The 

D. A. T ompkins 
: Company : 

Manufacturers, Engineers and Contractors 

Dealers in Wrought Iron Pipe, Fittings, 
Valves,Machinery and Electrical Supplies 
Cotton Seed Oil Mills : Acid Phosphate 
Works : Sulphuric Acid Chambers : 
Steam Power Plants : Modern Cotton 
Ginneries : Electric Light and Power 
Plants : Cotton Factories : Sprinklers 
and Fire Protection : Cotton Oil Re¬ 
fineries :::::: 
Steam and Hot Water -.H'eaT},N id": : fdr'V- V 
Manufacturing Plants, Public Buildings^ 
Private Dwellings, Etc. : . : 

H igh Pressure Steam Piping a Specialty 
MACHINE AND REPAIR WORK 
OF ALL DESCRIPTIONS : : 

Cylinders and Crank Pins Bored and 
Turned in Place : : : : 















tTh 7 ^ 

**T* (o(o 




f 


THg tr§8A«V Q¥ 

QONf4»|La§, 
TWO Cu#i^ Rh^KIvWj 

OCT 21 1903 

C/wvoMni-rr Mutin' 

+-(113 

CLASS ^XXa No. 

4 4 <f z <? 

COPY B. / 



Copyright 1903 
by 

The D. A. Tompkins Co. 













PREFACE. 


T HE business of this company has so developed, in volume and diversity, 
that it becomes necessary to issue an illustrated catalogue to show the 
products of our shops and foundry and some of the machines and supplies 
which are carried in stock. 

The business was originally founded upon the labors of one man work¬ 
ing as a machinist. The first augmentation of it was the sale of some 
machinery on commission. Then followed some contract work on a small scale. 
Then a little engine and a few machine tools were put into a hired room. Then 
came the making of engineering plans for cotton seed oil mills, cotton mills and other 
industrial works, and the making of contracts to build these complete or to equip 
the buildings with machinery and appliances complete. 

Meanwhile our shops (machine, pattern, and forge), continued to grow. The 
business outgrew the hired building we were in (200 feet long and 3 stories high), 
and we were compelled to erect a new building (200 feet by 4 stories and wider 
than the old one), where we are now lodged. We have also built a foundry for 
making castings for our own shop and for others also. 

The D. A. Tompkins Co. 



























Figure 1. 

Our New Shops and Offices. 

























































6 


THE D. A. TOMPKINS CO., 


ADVICE TO CUSTOMERS. 


1. Give specific description and always order by catalogue page and number 
when it is given. Avoid ordering goods “same as last.” 

2. State distinctly how the goods ordered are to be shipped, whether by 
freight, express or mail. If any special route is preferred, it should be mentioned 
on the order, otherwise, we will use our best judgment. 

3. Orders are filled promptly, and great care is used in properly packing 
goods—especially glassware—and obtaining receipts from carriers for delivery in 
good condition. We cannot, therefore, be responsible for goods damaged or lost in 
transportation. All possible precautions, however, will be used to prevent injury or 
delay, and if requested, shipments will be traced. 

4. All claims concerning shipments must be made within five days of the 
receipt of the goods, and should be accompanied by the packing slip, which is for¬ 
warded with each shipment. 

5. When referring to orders, always give the number or date of your order as 
well as the name of the consignee of the goods. 

6. When request is made to return material, or credit claimed for overcharge 
or allowance, the date of our invoice must be given. 

7. Do not return material of any kind without first communicating with us 
and obtaining, 1st, our approval for returning goods, and 2d, the proper shipping 
directions. 

8 . All returned goods must be plainly marked with the name and address of 
the sender, and proper notification of shipment, with copy of shipping receipt, must 
be sent us. 

9. Prices are subject to change without notice, and it is understood that this 
company will in no way be held responsible for such changes. 

10. All prices are listed at point of shipment. Charges for boxing and pack¬ 
ing will be made in accordance with our regular custom. 

11. Cuts of machines shown are from patterns in use at the time this catalogue 
is published. If later, patterns are changed, we reserve the right to ship the latest 
pattern. 




CHARLOTTE, N. C 


7 



Figure 2. 

Draughting Room in Our Engineering Department. 































8 


THE D. A. TOMPKINS CO., 







•«Wi 


HMWHPwrrIp.. - 




s}?M 








MM 


m 


-■r: Ui 




—-— I | 


1 




mm 


m 




mu 




Ml 


- *«» i!j 


ggjggjjjjjg^ 
■ — 


■ 


- 




> ' v-./vw 

' 


\ *4 




m 




V J M 


. 




r *1 r: ; 

USS^= 








■ • 


(Electrical Goods.) 





























CHARLOTTE, N. C 


9 



Figure 4. 

A Corner of our Supply Room. 
(Pipe fittings, Valves, etc.) 













10 


THE D. A. TOMPKINS CO., 



A Portion of our Machine Shop. 





























































CHARLOTTE, N. C. 


11 



Figure 6. 


A Corner of our Roll Covering Department. 


We make rolls and cover rolls. 
We make cots. 














12 


THE D. A. TOMPKINS CO., 




Figure 7. 
Our Foundry 






















The D. A. Tompkins Company 

Charlotte, N. C. 


ENGINEERING AND 
CONTRACTING 


Cotton Seed Oil Mills 
Cotton Oil Refineries 
Acid Phosphate Works 
Sulphuric Acid Chambers 

Sprinklers and 


Steam Power Plants 
Modern Cotton Ginneries 
Electric Light and Power Plants 
Cotton Factories 
Fire Protection 


Industrial development in the United States has reached a point where the suc¬ 
cess of any enterprise hinges upon bringing to bear upon the construction of a plant 
the accumulated knowledge and experience of the best men in special lines of manu¬ 
facture. 

This can only be done through intelligent Engineers, sufficiently educated to 
entitle them to be considered professional men, and who make the accumulation of 
this knowledge, and data determined by experience, a special study. 












THE D. A. TOMPKINS CO, 


TEXTILE SCHOOLS 

Designed by The D. A. Tompkins Company. 



Figure 8. 

Textile Building, Clemson College, S. C. 



Figure 9. 

Textile Building, A. and M. College, Miss. 



Figure 10. 

Textile Building, A. and M. College, N. C. 














































CHARLOTTE, N. C 


15 



Designed by The D. A. Tompkins Company. 



















16 


THE D. A. TOMPKINS CO 


♦ 



Figure 12. 

Highland Park Manufacturing Co., Gingham Mills, Charlotte, 















CHARLOTTE, N. C 


17 



Figure 13. 

Edgefield Manufacturing Company, Edgefield, S. C. Cotton Mills. 












18 


THE D. A. TOMPKINS CO., 



Designed by the D. A. Tompkins Company. 































CHARLOTTE, N. C 


19 







* 


1 








v, : ; x " ■' 
■ 


Designed by The D. A. Tompkins Company. 






















Figure 16 . 

General View 100-Ton Oil Mill. 












































CHARLOTTE, N. C 


21 



Figure 17. 

General View of Cotton Oil Refinery. 













































22 


THE D. A. TOMPKINS CO., 



Figure 18 . 

Southern Phosphate Works. 
(Fertilizer Plant.) 
















The D. A. Tompkins Company 

Charlotte, N. C. 


BOILERS, ENGINES AND 
APPURTENANCES 


We Make Contracts for Installa¬ 
tion of Complete Steam Plants 


Machine and Repair Work of Every Description 


Grate Bars and Other Castings 













24 


THE D. A. TOMPKINS CO. 


STANDARD RETURN TUBULAR BOILERS. 



Figure 19. 

Open Hearth Homogeneous “Flange” Steel. 







Horizontal Return Tubular Stationary Boiler. 


CHARLOTTE, N. C. 


O' 


oo 


vO 


in 


co 


04 


<b 

N 

CO 

o 

u 

43 

X) 

E 

3 

2 


o 

o 

04 


''j 

d OC 1 I OxOO \CJ .-VC x® d O 

OO OC VO CO d Ax Ax 10 _ Ax ^ 


8 § 


o 

in 

04 


OC 


8 

o 

CO 

to 


m 

rx 


OO OC 7 O sO o .« \n .o voc o o 

I s »— OQ VO CO 'T V- iX ■ r< f'.'' Tf ^ 


oo 


X* o 
O g 


8 

o 

oo 

cs 


o 

m 


C^ OO 7 C \0 O . VD X<N ,.*C x® d O 

1 ^ ■“* q iO co d — «n r^j vo 

rx 


s, 


m 

M 


£ 

WsO 7^ d xO O tc xw tc x® -to 

^ ■— o m co d *- Ax *v Ax co vo 

lx 


§ 8 


04 
. 04 


OX) 7^" O vO O npo vo vo x® o O 

'G —* Tt vo co -r Ax — ^ir-. Ax ro vo 

in 


■ 8 g 

fx X 

? ° 


8 

& 


m 


o 

o 


vo vO 7 ** ^ 'G O Npo » to Npo o o 
vo - t in fO «N N - V rj 
m 


O 

o 

o 

CO 


in 


OO 


o 

CT* 


7 *" d nO O npo tt -tc njo O O 
vo — ’rrtN h - ,c hi 4 «^)i 5 


in 


8 

lx 

04 


in 


O 

O 

rx 

tx. 


o 

oo 


O O 7* d 04 xO -r« o ..to x® oo Q 

VO — -, m n n HT V - rtN N.i 


d 

d 


I § 


o 

rx 


O d M d 04 xO He* to to \oo oo O 

■“ *“ — ““ “ - “*rt «HN N 


vo *-> oo m co co 


in 


o o 

g ft 

O' d 


8 

d 

d 


13 

43 

cd 

u 

j* 

3 

tn 

3 

9) 

05 

u 

4 > 

S 

O 

Ph 

i 

43 

co 

u 

O 

I 


C /3 


• 

tn 

* 4 -* 

-*—■ 

03 

0 ) 

• 

03 

03 

G 

JI 

03 

03 

>■*-« 

• 

• 

• 

rC 

O ----- - 

03 

O 
' JD 

G 

c 

• 

c -. 

- c 

cd 


• ^ 

V- 

• •-< 


• 

C 

• 

• 

03 

4 -* 

c 

• 

c 


43 

£ 

•5 


c 

« 


T 3 i 
0 > *‘, 
jy i /3 CO 

43 G - 

—• tn 

«/) n> 

° p jd 

OQ -g o 

v— ^ H 
O H I 

o ? 


u 

03 


03 

E 

cd 


JI v 
~ JD 
tl £ 

g 5 

<13 =3 

.-l 2 


03 
C/3 r- 

s § 
2 Q 

2 o 
o 

<13 

O -ft-* 

t £ 

SP E 

G 03 

03 *- 

X Q 


<13 
JI 
<13 C/3 

r*> V,_ 

3 

O 

Q 


JI 

bo 

• m 

03 

X 


tn 

13 

cd 

03 

X 

.5 

S 

•h 

- Y 


03 

JZ 

in 

03 

£ 

o 

Q 


c 

OJ 

03 

s 


tn 

03 

c n 
tn 
03 

C 

u 

IS 

H 


ns : 

2 •* jc 

r ^ <j 

Oh cd 

^ ^ w 

G 03 
O ^ 03 

Q ° ^ 

_T £ g 

co E 

w- CO 
° w- 

o ° 

03 ^ 

£ bfi 
cd C 
•- 03 

Q 


03 

JI 

<_3 

- 03 

« £ 
TJ t< 

« £ 
i> i_ 

_03 03 

o ’o 
CC CQ 
< »—• 
o o 

JZ JZ 
.til tl 

’03 *03 

> > 


o 

cd 

tn 

03 

5 

x 

£ 

T 3 

C 

cd 

v 
• «-* 
o 

X 


x: 

tp 

*03 

> 


8 

In 

■d* 

CJ 




J 


8 


O 

CO 


o 

o 

o 

<N 


8 

in 

O 


O 

o 

O' 


3 

-G C 
G 

^ cd 

uT 
^03 

’5 

;PQ 

~C 
03 
*G 
c 

r- CJ 

W £ 

^CQ 

P-.— 

cd 

°> 


bfi 3 

03 ^ 


8 

o 

m 

CO 


o 

Q 


o 

o 

X 

O 


o 

Q 

V/ 

M 

in 


TT 

O 

Vl 

O 

cO 


rx 

»r\ 

cs 



M 


TT 

CS 


8 

CH 





6o 

O N N OO N o -C« - VO NSC GO o 

vjO ^ OO t CO CO -vn rK N t 

8 8 
g % 

o 

8 

co 

— 

86oo 

o 

o 

in 

Tf 

O 

H 

i 

m 

V£3 

m »-4 O m CO CO ^r- Ax CM VO 

O O 

| eg 

OO cn 

8 

■d- 

04 

8 
■d- - 

oo 

CO 

o 

O 

VO 

tt t o ■'t* »«vo \co vO O 

m « so m co co ^ Ax ^ m 

8 8 

04 OC 

oo co 


Jo 

8 

in 

CO 

*-i 

01 

o 

in 

vf 1 N "t- OO O yf .,«x> .to ..to npo vO O 
m N \0 t CO CO **»- *°r* An (S 

o o 

8 S 

co 

8 

nO 

O 

M 

8 

O 

»—< 

O' 

m 

'vr 

00 ^ M ^ vO OO ^.to to ^«0 N® Tt o 

NT 1 - iniOM M -- »-. An Oi m 

8 8 
oo in 
•sO co 

o 

o 

CO 

O 

»-» 

8 

in 

xO 

8 

in 

— 

00 

o 

yr 

OO <N N 00 O OO ^.tc tt .to \co "t o 

'C H m t W CS An cs 43- 

o o 
o o 

O 

xO CO 

o 

o 

*d- 

O' 

8 

in 

O 

O 

04 

o 


6 

yr 

4^ 4t xO ^ CH *t -C« xoo _t* XPO CH o 

^ *-• ’ttmCH N r*K rtN N m 

o o 
o o 
in O 
in co 

O 

O 

in 

oo 

8 

in 

in 

8 

8 

** 


in 

CO 

^ N O OO M ^ „»* \® ft P* \® N O 

NT —• f ^ 04 04 O An m N tf 

o o 

g R 

-T 04 

o 

o 

xO 

in 

1 

vD 

o 

CO 

^TOsO 0« Ol *t ffif* NCO S* C4 m 

NT ■— ^ 04 04 « An An 04 CO 

8 8 
CO vO 
■d- 04 

o 

o 

s 

8 

co 

•d- 

8 

-t 

oo 

m 

m 

CH 

01 O OO W 04 .f* \® .W \« o m 

rf — CO d- 04 N Ax ^ An 04 CO 

8 8 

O in 

'd- 04 

8 

in 

•vO 

8 

ft 

8 

t'x 


o 

CH 

N OO W vO 04 ^ x® -Ct xco O 00 

yr CO CO 04 04 °V> An w o An 04 04 

8 8 
in 04 

CO 04 

8 

rx. 

in 

O 

ft 

CO 

8 

O 

rr?x 

CO 

m 

CH 

VO 040000 O N w \so ft w vpo. xO O 

CO — 04 tr 04 04 h\ An A r -1 yT 

8 £ 
yr o 
CO ^ 

O 

m 

co 

in 

8 

co 

co 

8 

t/N 

xO 

CO 

o 

M 

VO O OO 04 O 04 \jt NPO c« X®. lO m 

CO *-• 04 tr 04 CS Ax V ‘(T> Ax —. CO 

o o 

O m 
O' O' 

04 — 

O 

in 

% 

O 

eg 

04 

O 

O 

OO 

in 

CO 

in 

►4 

VO OO oo VD o CH Nt X00 P* x® xO OO 

CO 04 CO 04 04 h\ An ®Vj. An m 

8 8 
xD 

04 — 

O 

ft 

-d- 

O 

o 

in 

04 

O 

o 

CO 

in 

N 

c* 

*-t 

O OC O VO oo Onj^xpo.wnpo d- 00 

CO 04 CO 04 A An w «n Ax _. ^4 

8J 

04 »h 

& 

O 

o 

04 

04 

O 

g 

Tt 

M 

o 

H 

O N O VO OO ONt'^O-jiwx® -too 

CO 04 CO *— 04 *Ax rtyx W V> An pm cs 

8 8 

O' in 

8 

yr 

co 

O 

O 

oo 

— 

8 

d - 

d 


G 

O 

-Q 

cd 

tn 

03 

u 

G 

X 

£ 

- 4 -> 

G 

O 

i- 

lu 


p-< 

_c 


JI 

.kf 

" 03 

> 



o 

PQ 

V 

> 

o 

n 

< 

Vh 

o 

m 

<D 

X 

H 

JX 




03 



CO 

CO 



Ui 

V 

JD 

r-< 

c 



25 


O' 

M 

• • • • 

• • • • 0 O 
.... 0 


• • • • N 

OO 

• • • • 

• • • • oo 


• • • oo 

rx 

• d OC' *d O 

►- 

• o oo oo rx 


• •—< 

vO 

o d oc d O 

►< 

*— O OC CO tx 


— — 


oo 04 o d d 

m 

oo OO XX O in 

>-* 


m 

oo 04 O d d 

H 

oo oo tx o in 

d 

OC 04 O d d , 


oo oo rx xO »n 

CO 

04 d xO d d 

M 

Cx xD in in t | 

04 

04 d o d d 

M 

lx xO in m d j 

M 

04 d xO d d 

►- 

lx vO in in d j 

» 

x-t 

f<Y\ 

d OO 04 04 04 1 

o 

m d d d CO 1 

►- 



d OO 04 04 04 

o 

in d d d co | 



o 

d OO Ol 04 04 

l-t 

in d d d cn j 

O' 

d O xO d oo 


d d co co 04 

00 

d O xO d OO 


d d co co 04 


OO d O OO d 

O' 

co co co C 4 04 

Cx 

OO d o oo d 


CO CO CO 04 04 

vo 

OO d O oc d 


CO co CO 04 04 

m 

O OO xO 04 


CO 04 04 04 

• 

d 

O OC xO 04 


CO 04 04 04 

\d 

Ax 

O O OO 

CO 

04 04 i—i • 

• * 


• • 

O O oo 

CO 

04 04 ►* 

CO 

O O oo • • 


04 04 i- 

04 

• vQ • • • 


pm •• • 

►H 

• • • | 

. xQ ... 


• H • • • 


03 *03 • • 03 

• 

o • o • o 

• 

• 

•? : -? : •? 

• 

i 3 • xj : -o 


g : c : c 


oj • (XJ • nJ 


X : SB *. X 

• 

0*0 • G 

• 

• 

c : c : c 

• 

~ ^ rn * - 

■ 

c/) 13 i? * tn 

• 

03 JI 2 ^ 03 

• 

• 

JI =3 -2 n 

3 L -1 3 G 

• 

• 

• 

• 

• 

j o L r 
° 1 -S | o 

03 03 2 

• 

• 

JD , r~i Ji 

^13 

• 

i 3 j; 03 -a i 3 

• 

es 03 0 ! OJ 

• 

• 

03 T T 03 03 

• 

• 


• 

-ft-» y g 

• 

C £ O u c 


O ^ ^ (I! O 


X- C <13 »- 


^ .G c — ^ 


c <13 T -S c 


.— or <13 • — 


o dr o> 


03 JI O 03 


— . jz o — 


o -a i ji c 

• 

• 

J c c J £ 
i 13 i 

G J 2 ftS C C 


ni A ^ rt <t 

• 

^ jn tn ^ ^ 

• 

* 03 03 - 

• 

n _o c/D </) 


03 *G -3 03 03 

<13 

•° J J ^ 

N 

HrrHH 

C /3 

^ ^ X x. 

i«_ 

U .5 •— 03 O 

O 

r; r » c r; 

\C 4 NC 4 

1 «-rx —N , , 

03 

cO co co d d 

JD 

X'— x» V*-| »*— 

E 

o o o o c 

3 

6 6 6 6 6 

2 

Z 32 Z Z Z 

























































































































































































































































































































26 


THE D. A. TOMPKINS CO., 


HORIZONTAL RETURN TUBULAR STA¬ 
TIONARY BOILER. 

Regular Boiler Fixtures. 


Half-Arch Front, 

Anchors for Front, 

Stand for Rear End of Boiler, 
Grates, 

Grate Bearer, 

Rear Arch Bar, 

Rear Ash-Door and Frame, 
Smoke Stack, 


Safety Valve, 

Steam Gauge with Siphon, 

Water Gauge with Stand-pipe fitted to 
Boiler, 

Three Gauge Cocks, 

Blow-off Cock, 

Check Valve, 

Stop Valve. 


Galvanized Wire Rope Guys (six times the length of stack). 

Wall brackets are not furnished with Half-Arch Front Boilers. 

44-inch diameter and smaller boilers are without loops; 48-inch and 54-inch 
diameter have two loops; 60-inch diameter and larger, four loops. 

When a boiler is ordered “as per list,” we understand that Half-Arch Front 
fixtures as above are wanted. No. 19 has a special front. 


Full-Arch Front Fixtures. 


Full-Arch Front, 

Anchors for Front, 

Oval Stack Plate, 

Grates, 

Grate Bearer, 

Rear Arch Bars, 

Rear Ash-Door and Frame, 
Smoke Stack, 


Safety Valve, 

Steam Gauge with Siphon, 

Water Gauge with Stand-pipe fitted to 
Boiler, 

Three Gauge Cocks, 

Blow-off Cock, 

Check Valve, 

Stop Valve. 


Galvanized Wire Rope Guys (six times the length of stack). 

Four Wall Brackets, but no loops, are furnished with Full-Arch Front Boiler. 
No. 19 has a special front. 

Wall plates and rollers, and binding bars and rods are all subject to order, and 
are charged extra. 

The width of the grate surface in all cases equals the diameter of the boiler. 

Sawdust grates, six inches longer than regular, will be substituted for the 
regular grates, when ordered, without extra charge. 

Nos. 1 to inclusive have hand-hole in each head below tubes, but no man¬ 
hole in boiler. 

No. 4 to 9 inclusive have hand-hole in each head below tubes, and man-hcle in 
front head over tubes. 

Nos. 10 to 12 inclusive have hand-hole in each head below tubes, and man-hole 
in rear head over tubes. 

Nos. 13 to 19 inclusive have man-hole in front head below tubes, and man-hole 
in rear head over tubes. 

All steam openings 2 y 2 inches and larger are reinforced with a flange. 

All smoke stacks up to and including 28 inches in diameter are No. 16 gauge; 
30 inches, 32 inches and 34 inches in diameter of No. 14, and 36 inches and larger 
of No. 12; if heavier gauge is required, a proportionate charge will be made. 

When two or more boilers, up to No. 7*4 in size, are placed in a battery and de¬ 
signed to run separately, the fronts, smoke connection, etc, are arranged for a 16-inch 
division wall; boilers up to No. iof^, 20-inch and larger sizes, 24-inch division wall. 
Any deviation from the above must be noted in order. 

Note. —Any change in the length of boilers necessitates a change in the length of 
grates, making them correspond in length to grates used under boilers having same 
length of tubes. 

Proper credit or charge to be made for this change. 





CHARLOTTE, N. C. 


27 



SECTIONAL PLAN 
THROUGH FIRE-DOORS 



SECTION THROUGH FURNACE 



Figure 20 . 

Setting for Stationary Half-Arch Front Boilers. 

In setting Stationary Boilers the side walls should he so built that the longitu¬ 
dinal seams of the shell will be protected from the fire. 






















































































































































































28 


THE D. A. TOMPKINS CO., 



LONGITUDINAL SECTIONAL ELEVATION 



Figure 21. 

Half-Arch Boiler. 






































































































































Measurements for Setting Stationary Boilers with Half-Arch Fronts. 

Reference Letters on Diagrams Figs: 20 - 21 . 


CHARLOTTE, N. C 


29 


o 

X 


^ ^ ^ ^ 

m ci co co co rf uno r^-t^oo uo o o « pi co t m loo r^oo on 


sppa 

aomuio 3 


8888888888888888888888888 

’t'QO h fxoo co t O' O O O O O IX ^ Cl vn t m o >-0 jo t t 


co co T T 


t “P >0 tx 0, O — ci OPON t ltvO tx txco _ 

«mhh----m«-MPIP| 


wa 

3J !H 


8 &8 8 8 8 ag 8 S>&8 8 &S>8 8 8 8 S>&8 8 8 8 

LOVOO txQO tx Ixoo O'O' O'O — ro CO cO -rf T urn i/yO txOO O'O 




*« *2 bfl 

° OL « S 

© S 

S W « Q S 


XCIX?IX?IX?I X f| l-J®. I®. PO.I®. |I8,I»_IW. I« 

~\ —S -X ~\ —\ l'|„ «- _ „ 0 —' — *„ l~ ^ t- __ 

'O'O'O'O'O ICUC|U-IU-. lAUV-nNNtsNNNNXNN txOO 00 



n— bn 

° i g.5 

"ion 

.S£flS 

w g 


n n n m N co ro co co co co co >o co co to to to co >o co co ci ci 

x x x x x xxxxxxxxxxxxxxxxxxxx 

— \ — x —\ ‘-•X -d fox cp. r^x rnx ci\ r*y\ cp Ox <-v\ CP <^x 

Cl Cl C-l Cl C| —C —f- —f- —f O" —c *-f —t“ -"f T rt ct Tf T T T T XO O 


S9L(DU] 


O' O' O' O' O' Cl Cl cl Cl Cl T T co co cove VONO tx tx tx O O O O 


ssqouj 


x^j. x-p \-f.Xst-XsJ-XjpXj* Xj* XSC N?0 X30 X?l Xfl XJI 

ct\ cn\ f^s. «x ox Ox Ox Kx txx txx —X —X ~\ 

cvc in iciin O'O'O'O'O'O O t T T T t t O O O T T Q 00 
Cl d Cl Cl Cl Cl Cl Cl Cl Cl cncnm(C)fOcocc)cc)inimmn u-ixo -O 


03 


saqouj 


PI Cl Cl Cl M XO XO 'O O T O T O T T Q -OTTTTTTT Tf- 
— «, H .H,-.i- l cjciddddClddddClddddCI 


s^qouj 


-coo co oo oo ci ci'O'O'O'O'O ci ci ci oo oc co t t t t t t t 
Cl Cl Cl ci Cl core tCPCCOcciPOTf'>t^-'t'tctininimnininiO 


N 


soipui 


saipm | 'O'G'O'O'O'O'O'O'O'O'O'O'OOOOOCOCCCOOOOOCO CO OO 00 00 

in in — m cc NNKNt^NNPnrCMfCfCtCOOOininwOO 
't'tininiomminin vOiO O NN fxec 00 00 00 00 00 O' O' O O 




saipuj 


saipui 


Njtx^ X^Xj* 

** \ ** \ \*•\ cos. cn\ ■“N. •• x *+\ Ws «*v\ cos. rnx W\ enx cnx <x rnx cnx 

'OO'O'C'O'O'O'O'C'O C'O'O O O O O O O O O O O O O 


ec ■£ n -s cc « 


saqoui 


XJIXCIX^IXCI s^JN^IXJIXQIX^l x^* 

'O'O'O'O'OOOOOOOOOOO O'O'O'O'O'O'O'O' 


■£ t . -J 


Cl N 


soipui 


■IX —X i^X W -IX .lx p*^i --X .-\ -X ^x -' 

O O rCfCOO O 6 O O 0'0'0'C'0'0'0'0'0'0'0' l o>JO-t^ 

•n- rt’t't'r-tif^-'tTj-mmmrncocc,rorr, 


-c >t -r ci O' -c ci ci 0"f O'tO O no O' -cciO O o oo o oo oo oo 
cororO-rrt-co-r'T rt-00 •^•OO ^ O' O' -f CO O' O O' o O' O O O 

— — — —. 


saqoai 


(/) 


soqoui 


vOvOpO Cl CO vO Cl CI 00 rroo ^-00 

mtCCOTt^'cn^tit —C LO ^ m, -i- LX vn —r Lr> uc liS lO 


^-oo rt T,- rr Tf'g 


\SSS 


a 


S 9 ipui 


'OOvO'O'O'O'O'O'O'O O OO O O t rj-^ >t rt rf ^ 

N M M W H - H « - m Cl N N Cl N ci n ci M PI Cl CI n Pi M 


Q» I saqouj 


ci ci ci ci ci ci ci ci ci N ci ci ci'O'O'O'O'O'C'O'O'O'O'O'O 


saqoui 


cpiporoainciooco -coco -too n n xn 

cn cnmfn^Tcmmtiri'tintinuO'tin 


CO ci ci co ci cc co oo 

ininiflinminini/) 


* 


saqDUj 


O O ■'TOO 00 TOO CO Cl O d \Q d'O'O CIVO 
d d d d Cl d-d d COCOCOCOCICOCOCOCO 


0X3000000 

TCOTTTTTT 


saqouj 

J 33 J 


CCrCCVCCOrCfCNrsXNN - — M — « 
II 1 I I I I I I I I I I I 1 I I 

O — — miflH rnPCmNinNinO'O'OOO 

— _ — — — — — — Cl — — 


fCini/iinNNNtx 

I l I I l I l l 

O O'OdOddCi 
d - N d d NiCi N 


saqouj 


O O d Cl Cl CO CO CO CO CO Cl d T T T T T 
d ci d d (I d ci d d Cl ci d d d <1 Vi ci 


TTTTTTTT 
Cl Cl <1 d d d d <| 


saipui 


<t-tmin iovO vO inini/)imninini/)inm 
ddddNddddClddddCIdd 


ininiOininminifl 

ddClddddCI 




saipui 


min-t it'f'd n coco CO'O pQ ininiOO Q 

lOO tNlx r^OO CO OO CO 00 CO CO O' O' O' O O 


XfIXCIXN VJIXPIXIN 

8 000 d d» I- 
QOO---PI 


saqoui 


Cl d CO OO 00 T TvO vO NO CO CO T T TOO COOO T T T O 0^0 N 

vO'O'O'-O^ NNlxN r^CC COO'O'O'OOO-M-dddCO 


*+ 

ssqoui 

T TX 3 vO O fx 1^ tx txiO 'OOOOOOOOOCOCOOOOOOOCOCOOOOO 

ddddciddddciddddciddciddcidddci 

X 

saqauj 

jx fxCO XOOXOO o O O O O O O O Cl Cl Cl PI PI Cl d Cl d N 

o 

saqDuj 

X^ix^l X^l X^I N^l 

O' O' d d Cl T T c~) CO co — •— TTTTTTTTTTTTT 
Tp ^ in 1/1 ui in in in iniflinininini/iininininuiininininifl 

Lu 

saqoui 

O' 00 00 00 NNO'O'OOO'OOO^OC'O'O 

^ Tf —f- Tf ^ Tf *?+ *"t *~f Tj* 

w 

S3U3UI i 'O'O'O'O'O'O'O'O'O'O'O'O O O O O O O O O o o o o o 

ba 4 JU I | 2 --HMM»-WM-Hf|dNCIdddSddddPi 

Q 

c ill 11I i I O O O O O O O TTTTTTTTT TVO OO 00 OC o OOO 

sjqjuj | Nf)N ^ NN NMCIPIPlddP|PlOOcOO 

o 

cainn I 1 T T T T TOO CO CO CC 00 O' O O' O' O' - —■ <-> TTTTTTT 

saqouj 1 ^ j ^ j s - --»M----MdciMPiNdddciPi 

OQj | saqDui 

O O'O'O'O d d TT TOO OOTTTQQQ'O'P'QCICICOT 

c0rC)C0c0COTTTTTTTininvO'O'O'O'O'O'O fx lx fxOO 


*One Opening. 




















































































30 


THE D. A. TOMPKINS CO. 



ooooo ooooo 
ooooo ooooo 
ooooo ooooo 
ooooo ooooo 
ooooo ooooo, 
^ oooo oooo A 
ooo ooo M 


\'////A 


'///• 


SECTION THROUGH ARCH SECTION THROUGH FURNACE 



SECTIONAL PLAN 
THROUGH FIRE-DOORS 



Figure 22. 


Setting for Stationary Full-Arch Front Boilers. 

In setting Stationary Boilers, the side walls should be so built that the longitu¬ 
dinal seams of the shell will be protected from the fire. Pressed steel wall brackets 
furnished on the larger sizes. 
















































































































































































































CHARLOTTE, N. C. 


31 



LONGITUDINAL SECTIONAL ELEVATION 



Figure 23 . 

Full-Arch Boiler. 
























































































































Measurements for Setting Stationary Boilers with Full Arch Fronts. 


32 


CO 

CM 

"u/ 

rt 


CM 

CM 

c/3 

# bJD 

E 

C/3 


03 

Vh 

bx> 

03 

5 

c 

o 

C/3 

s 


<U 

uJ 

<u 

O 

a 

Vh 

<D 

M-i 

<D 


THE D. A. TOMPKINS CO., 


No. 

■i cm cococotmO'O t^t^oo ovo o o m n co^inino r^oo o 

Com¬ 

mon 

Brick 

8888 Si8 8888888888888888888 

O iAO Tt h ao tnc© C m 0 O CM t — m O f3Q — O O woo 

rf in\© vO C^OO O' O — CM CO f ■'T <t>0 OOOO Ov O' - MCO M 

MH---H-HH-H-NNNCO 

Fire 

Brick 

8&8 8 8 8 3,8 8 S.&8 8 &S.8 8 8 8 8>&8 8 8 8 

tn mo t^OO r-* t^OO O' O' O' O — rofO cO't ^ mi/OvO t^.00 O' O 

Size of 
Each Ash- 
Pit Door 
Opening 

* * * id * 

vO'O'O'O'O U'U'U'U'UIUUONNI^NNNNNNN t^OO 00 

xxxxkxxxxkxxxxXxxxxkxxxxk 

NSM Nr* NCI NJM NT* M - - - H - - N*»''jt Xst •Njt-Xjt'sjt'O 'O 

m m m m M ^ n* en\ f*i\ f*vs «*jn c*y\ r*y\ cn\ ro\ rnx c*v\ cnx M 

O' O' O' O' O' — — 

Size of 
Fire Door 
Opening 

'O'O'O'O'ONNNNNMNOOOO 00 00 00 00 00 00 OC OO 00 OO 00 

CM CM M CM CM cOrOfOrOntOfOtOrOfOcOCOncOCOcorOcON CM 

xxxxKxxxxKxxxxKxxxxKxxxxK 
VN Nf« NN Nfl NN -t - tC Tf *}■ Tt- vO 

«\ »\ m •• m m H m m n\ ens n\ ^ rn\ co\ ^ « M 

n n n n N -r--r-T}-~r--r--r'r-^--r-»r--r- 

N 

ssqouj 


> 

S3l|3UI 

'O'O'O'O'O'O'O'O'O'C'O'O'OOOOOOOOOOOOOOOOOOOOOOOOO 

X 

saq.Tui 

in to — — M rvNNNf'NNfOCOrOfOfOrOO'O'O'U'^'- Cl 

•*3-rt-tntnvOtntntntn irj'O O I—GO oo OO oo 00 oo O' O' O cO 

£ 

S3qoui 

rf Tt rf rt*0O 00 OO N 

> 

S3qDU[ 

irur\imr> lO'O iAiruONNNN t^OO 00 00 OO 00 00 N 1^00 O 

H 

D 

ssqouj 

inu'TfiJ'^N M cs cn O) truri it ^ <t O O O 'O'O O N r> O N 
O' O' O O O — — — — •- — — N M N fOfOnc'lMtO't'ttn^j- 

h 

soqaui 

-t -r -t cs 0"tN N O' O' -r O' O 'O O' ■^■'O Q'OcO'OoOOOM 
fOncO't'tcO't't ^J-00 ^roo re TOO O' O' O' O O' O OO 

tn 

saftpui 

tO'O'O N 00 vO M PJOO 't’OO -too rt- Tt-ao -t -t -t xt- o ^ O O O 

c'lt'3P3'>t'tc , 3^ ,, t'tl/)'t»/''tu'lO'tu'uMn lO'O mvO 'O >0 

DC 

s^qoui 

'O'O'O'OO'O'O'O'O'O O O O O O •+'tt-+'t'trt»trttt 
„„„MH---.-MNCICIdNCINNNNNNCIN« 

o> 

saqDUj 

n n n n n m r> n n N n cs cs'O'O'O'O'O'O'O'O'O'O'O'O 

Du 

saqouj 

O O OtO NO'O'O MOO MOO Ml <3 <3 O'O'O'O'O CS O'O'O M 

TtTt'^-'^'l/l'M-'rt^t-intOmmmininininmm lO'O tO 'O M5 >0 

o 

saqoui 

O O -roc 00 -Ctoo ooNON'ON'O'Od'OO'OOOOOOO 

n M M CM Cl CM CM CM 

z 

ssqouj 

o o 

'O'O'OO'OOOOO O O p CM CM'OOOOO — ~ CM CM CM CM -f-f tCO 

i i i I T I 1 I T T i i i | I I 1 i i | i i | i i 

— CM CM -f vO CM •TLTitNO'N O'NO 11 f^O'CM — CM T* CM 

— — — — m~ — — CM(M«- — CMCMNCMCMCMCMCM 

s 

ssqouj 

O O CM CM CM fOfOfOfOCOCM CM •tM-'t't’tM-tiJ-'t't’t'tTt 

CMCMCMCMCMCMCMCMCMCM''>CMCM(MCMCMCMCMCMCMCMCMCMCMCM 

•J 

1 

ssqouj 

N^l NS^ 

in mvO 'O'O'O'O m in m m iniO 'O'O'O'O'O'O'O'O'O'OOOOO 

mcmcmcmcmcmcmcmcmcmcmcmcmcmcmcmcmcmcmncmcmcmcmcm 


ssqouj 

X^l N^l 

O' O'O^OO 00 tn mvO tO O O' O'OO 00 00 -1- -t -t O O OvOtO -r CM 
00 00 O'O'O'O O O O O O O — — *- CM CM CM ncOMlfOMl't Tj- 

►n 

ssqouj 

CM CM 00 00 OO TtvO 'O'OCOOO -t Tj-OO 0000 'tM’ttO OvO CM 

'O'O'O'OO t>*oo ooO'O'O'OOO — — cmcmcmco 

M 

ssqouj 

-t- •^t'O iO o r^. r^io iooooooooooooooooooooooooooo 

cicmcmcmcmcmcmcmcmcicmcmcmcmcmcmcmcmcmcmcmcmcmcmCI 

as 

ssqouj 

r^OO OOOOOOOOOOOOOOOOCMCMCMCMCMCMINCMCMCM 

o 

ssqouj 

NN NN NJI\N \N^I VJM NJN -sN 

o o cncncO'^^tcnmccjfM cm -t-t t-t t rt tt it -t'O 

in in in tn vo tn inininiflinmin in iflinminm UO in in in in to 

Du 

ssqouj 

N^N^N^N^i N^i-SN 

in inoo 00 00 O' O'OO WOO NNO OOOOOOOOOONN 
't , t't ttininv/iminininiflinininmi/) 

w 

SSUOUT 1 '0'0\0'0'0\0\0'C'00'0'0 o o o o o o o o o o o o p 

l 1 — — — — w — — ~ ~ W--NNNnNNNMMNMNN 

Q 

ssuoui 1 -i-tp oo 00'oo O O O O 

^ l l NNNNNNNMNNNNNNNNNfiNNNcnrOcntl 

O 

SSqOUJ | M N O M N *r -t t *t 'O'O'O'OOOOOOOOOOOOOOOOOOO 

« 

SSUOUT 1 OO'fi^C'OMCIt't rt-OO 00 Q O'O'O'O CM Cl 00 Tf 

“ *1 ^rOfOcOCO't'tt't't't'ti^Ln IOM5 O'i 5 vO 'O vO r^. r^oo 

< 

}33^ | r^OO oo ONCCOOClTTN-tCI tn>0 CM -t-\0 U3^ 00 vO 00 00 00 

No. 

m cm co co co tj-iovo r-r^oo oo o o h n coM-imoo r>»oo O' 


One Opening. 

















































































Water-Bottom Portable Boiler. 


CHARLOTTE, N. C 


C/> 

C 

.2 

4 —> 

cG 

(J 

UG 

• ^ 

cj 

CX 

(/) 


5 


OO N N N tei^soovO 00 d O O 

^f\0 Tt vr»ir> *+ Cl d M m d 


88 

CO 


8 

to 


O 

o 

CO 


o 


o 

m 


^-00 

^-vo CO 


O VO toi»\co N^NO^tl o 8 

r h^ Cl Cl Cl rj- Qs j Qs{E 


8 


Cl 


oo 


o 


O O ^roo ^ oj\oo Cl rfO O*^ 

H*"v£> O't rf O I«OcC r^N ci Cl Cl Tf K 


o o 

ic io 

O cO 
*-» 


o 

& 

a 




3 


O O CO o O' J**spo M rt o lOO 

TfvO co ci ci (Oh 


o o 

vo vo 
rt d 
rv. ~ 


8 

00 


8 

CO 

O' 


o 

CO 


O O CO00 00 _?* _«*NP 0 Cl o- o O to 

Tf ^£> CO rf CO » eoCl n Cl CO - 


§ o 

VO 


o 

VO 

00 


8 

00 


vO 


lO 

d 


vO d O O dO Cl 00 ^ to 
CO vo CO rfr COqq ^ Cl Cl ~ d -• 


I 


vo •—« 


8 

VO 


m 


Cl oo 

VO d 


r^oo oo 

co d 




b»\oo O 
<*N d 


d vO G-~ N 
d — Cl 


vN 


8 


O 

vo, 
•—i O' 
VO 


O 

vo 

v8 


$ 


VO 


Cl T-fVO to xf- rw^^^xoooo O vO o co 
CO Cl co Cl ~X"eo JN ~ Cl — Cl •-• 


O O 
vo vo 
HH VO 

g- 


o 

o 

00 

G* 


co 

vo 


CO 


d 


Cl CO VO torfYJvj. -WN 0 O 0 O OVO 

cOcod fON v0 w \>^ H n h ^ m 




CO 


vo 

g- 


vo 


d 


OCO Tj-ioO N\4- Jwvoo VO CO G* O Cl 
CO CO d co d |nt<K H H-. I-H d ^ 


o o 

vo vo 
vO to 
CO 


d 

G- 


g 


oo 


00 vo Cl co 00 vo 

d CO d CO H 


G 

. *j\oo GVO GO 1 -* 
Q |«<*K H-l *-H H-l d 


&8 

M VO 

co 


O 

vo 

VO 

CO 


V 

N 

• pH 

CO 


O 

x 

8 

G 


•o 

CJ 

4-> 


<D 

S 

o 

Oh 

I 

<L> 

(/) 

U 

O 

K 



qj>I2j s qkq 


3 

o 

•O 

G 


C/> 03 
73 CJ 

•g *- 

D 

CO ■*-* 
c * 

JU CJ 

‘5*5 

C23 

v*-l V4-( 

c c 

4-* 4-* 

LG X 

to tsj 

*5 *33 


2 

03 


c/y 

2 

12 

03 

c 

o 

a; 

•*-* 

jj 

a 

£ 

o 

u 

oT 

cj 

u 

3 

+-* 

X 

• PH 

c 

CTj 

u 

CJ 

‘5 

pa 


jc 

b/j 
• •—< 

CJ 

£ 


3 

O 

ja 

G 


03 

"33 

CJ 

X 

* 

c 

o 

d) 

■*-* 

jv 

a 

E 

o 

U 

9k 

03 

<U 

3 

•*-» 

X 

£ 

73 

C 

03 

u 

<u 

o 

PQ 


.5? 

*33 


<D 

3 

4-» 


k- 


<L> 


03 

3 

o 

73 

G 

n 

x 

o 




a > 

►> c3 ^ 

U n 

g 3 6 

U CO CO 


V CJ 

> o 
>,? 


0) 


£ 

m pq 


a-) 

CL 

£ 

73 


P 7" 

<D 00 

03 ^ 

aj 

03 f-rj 

3 C 

^ cC 

>J= u « 

• G c3 O 

SOU 

^ u d) 
d) bJO 


7^ « 


d) 

4-* 

d) 

Cl 

P 

o 

u 

>• 

73 

CJ 

u 

aj 

73 

O 

i 

d) 


03 


d) g 


O 03 


03 

d> 


i 

73 

P 

oJ 


05 

03 

d) 

<u 

4-» 

d 

5E 


L, 

d> 

P 

CJ 

*> 

d) 


CJ 

o 

>-* 

u 

d) ^ 

73 

« J 
P ^ 

C i-* 

cj ti 


^ <u 


CJ 


03 


b£).- 
J- G 
oj d. 


d) 

4_, U 

C3 «t5 
cj 5 cj 

bo.2 ^ 

n 4-» 

Li u 

Ojc 
Cl 

i- G 
CL aj 

oj CJ 

G 
bo 
G 

32 

V-i ' 


03 


oj 


4-0 

73 d) 
CJ 

u 

o 


aj 03 
V-. C/3 


<U 

S 

oj 

03 


CJ 

TJ 

oj 

3 

03 

• M 

CJ 

E? 


oj 

u 

4—* 

X 

CJ 

r* 

CtJ 

• «. 
73 
CJ 

w 

G 

a 

* 

03 

CJ 

4—» 

03 

CJ 

u 

u 

03 

Oj 

a, 

III 

a 

bO > 

rj CsC 
U 

*C 03 
03 

^ 4-> 

° P 
oj O 

4—* rj 

^ 03 
P CJ 

"bb-B 

05 -m 
u 03 

4—* 

03 TO 


*o 

C<3 CJ J- 
03 ^ " 

bo 


CJ 

bo 

G 

G 

o 


G ^ 

03 ^ 

_ U G 
CJ nj CJ 


CL 

o 


4-» I 

1/5 a 3 


c | v> r a 
c ^ ^ 

nJ O O 

2Sc 

03 03 CJ 


O £ 73 
UG ? 

.«5-S 

^ 03 G 
03 d) CJ 


^ c 


G 


^ ^ ,—,,—i ► r c 

<<£ cO 


Oh 

s 

CL 


CL 

O 

X 

03 

CJ 


(fl 

CJ 

> 

G 

CJ 


CJ 

u 

c 

'— 

CJ 

JC 


G 

CJ 

4-» 

03 

V* 

CJ 

73 

G 

G 

73 

OJ 

4—* 

03 

CJ 

4-» 


bO 

G 

O 

u 

O 


03 

J-* 
CJ 


PQ 

j— 

CJ 

w 







































































































34 


THE U. A. TOMPKINS CO., 


r- « 

C ^3 


^ aJ 2 A bo. 2 

l '' ^ C , 

H'-c u'x: o 

CJ —I 

<U O <U "2 

• ri M O 

. 2 ^ be£ b; 

O-J} 

- cn X 

^ ^ G ^ T3 

Ur O (U o ^ X 

<-H • —• _r“ p, 03 — 

5 ^ & 

P rt 03 bC 03 cj 

03 -« > 03 

— £ r- 03 *7 jx 

•go- ^ ^ 

U 03 .ti 5 

— rt 7J Jd > > 

*cxpxx * 2 

^S3 = u 

g £ g jx 

o cd o ^ x ^ 

w 5 o d 

• —< 03 ^ _n G 

,—< . i •"* — • ■“' 


u n ^ ^ - 

° 

27 V > 7X 

.2 ~ S H " 3 

£ ^ > 
rt c/3 2 03 rO 

° > ” n "G 

03 •—• hr r ^ 

r- 1 b£) 7 7 ' O 

S ...5 o g 

rt bX) *-• 

w 5 C d o 
aA* o £ 

^ XG G 

>,o ^ 

. 03 r -1 

Cu 73 


Up 

CJ 


CQ 

jj 

X) 


bo 


03 


C/2 


Cd 


C/3 


J-H 

Tl ^ 

P C/2 

03 h 


C/2 


Uh 

O 

Oh 


*—• • c—■ ■ 

7 J-. C O 
JJ ^ U 

*"G *7 UX c /2 


rH - cu 
” tx p^ 

O * 


bJD 

G 

'5 

03 ' 

7 

o 

p 

o 

o 


03 

a 

a 


C/2 

C/2 

0 ) 

CJ 


tx '■a 




o <u ^ £r 3 4-1 

^ i)!22rt« 

l 

a _ , 

U in -m 

aS OT 


— 3 ° cj 

Hi 

7X 
03 7 


03 


Tj 
03 «D 

— 4—» 

t> 03 


ns ' 

H u'O 

D 'Ll 


o 


u 

03 


*—< ■— 
^ o 

03 73 


£ 3 Oj 03 03 

CJ o o bOT* 

p ^ cj O 

O -v u ^ _ 

L. OT3 

^2 _, a; a; , 

7J 4_j Ch 

g ^ g 03 03 _o 


cx 


C/2 


C/2 


CM P > 


n 


03 

bp~£ bJD cu 

2 <u C b 


o 

03 


C/2 

£3 

O 

4-J 

rd 

o 

C-C 


rt -p 

cj 

u V 

3 CU 

_i__i 

ld 




C/2 

03 

blD 


03 


- Jh 3 

m-i O^ XT c /2 _ 

v d b; 

oux 

J—i 7) U C/2 

C p C3 ^ il 

H H +J ^ H—I 

w "bo 5" 03 ^ H 

•— ^ 03 p 
^ ^ ^ [-H 


03 

o 


£ 


03 C - ' 03 
C^ c^ 

■ssS^ 


03 

U 

03 

C 

l* 

3 


03 


ct — ^ 

Jp bO ri CU <-< 

H.S b oS 

v^:o ^ +3 
O 03 ^ -p O 
o - tb cj ip 
a lh 2 o3 c 

Ph “ O P-> •—. 


bO 

O 


03 

"O 

oj 

s 

^03 

>> 


bO 

P 

O 

u 

o 


m 


m 


5 & $ '&'S ^- to - tev0 ° N - °- 


V p CO rj* m U") 


8 


OO <N 




Tf o CO H Q rf\« J^NOOVC O O O 
nO \C *-< f^K p JK co ^ co lT) 


88 
C^ CO 
r4 




co 


o 

o 


N O^O O O ~+\oo l«o\oo C4 VO O O 
\Q \Q l ru^Ov M ^ *-< COCOCOIO 


VO CH 


O' 


C^ 


o 

O' 


00 O NOOvO ,J«\oo cjvOvO O 


lOO VCh Tf N M HW 


COCO C4 in 


88 
O TT 
LO CN 


O 

00 


00 O cn co vO ri pwi«soo ri vC vO O 

lOvO i^rflSN CO cO C4 


o 

in 

ri 


O 

1-0 

vO 


O 

r- 


VO O O rfvo n -4N !«so6 o ^vC O 

irjhO lO ^f\Q *— r-kc lo H«nS CO 


co co ri 


8 


00 
N Ci 


o 

o 

CO 

"-f 


O' 


o 

VO 


^ Q CO 7Q *-< ^te^KCNOO O 


lOvO Tf •^■'O 


co co n co 


o 

in 

CO 


o 

uo 

CO 

ri 


00 


o 

m 


JN 


oo o- ri o _&_i<s\oc\o oo ri vo 

rj- vr -t rf m o V n ri ri co 


O 


Tj- Q CO VC O 

7 U1 r, CO T M 


In .icvoovO OO O O 

^coo^f^K ri ri n co 


8 


O 
O 
m ir» 

CO ~ 


vO 


in 

CO 




O 00 VC 

lh cO fO rf 




CO 


cj ,<r\oevO CC O 

eo ^r^s ri ri ri 


O 

CO 


o o 
o 

»-r^ 

hh 


£ 


O 

O 

a 


m 


o 

co 


ri o vo U o co 

rj-ir rOcOT* 


In i«\oo ri 
cr> ir^JK ri ri 


o ^t- 

ri ri 


o o 

Q V-O 


o 

ur> 

00 


m 
ri 


O CO 7 co ^t*00 

^d- co co co ®ts>fo' 


oo ri o-co ^d- 
ri ri — ri 


8 


O 

IT 

CO — 

vc *-• 


o 

1^1 


<13 

N 

(/) 


03 

X3 

6 

D 

2 


*C 

03 

4-» 

cd 


at 

3 

co 

3 

(0 

aS 


03 

•S 

o 

CU 

i 

03 

10 

u 

O 

as 



QIDJ 


D 

O 

cd 


co 
03 
u 
C 
-*—* 

X 

Uh 


03 <L> 

Oo 

Vfc -* «-*-* 
O o 
*-* -*-* 
JX J3 
B bc be 

’S *5 


c 

o 

rO 

cd 


03 

-*-• 

JU 

Cl, 

s 

o 

u 

CO 

03 

u 

D 

•*-» 

X 

Uh 

t: 

c 

cd 

i— 

_0J 

*5 


x: 

b0 
* 03 
> 


03 

U 

cd 

- 03 

z S 


o 

io cd 

r-H 03 

>> 




<L> 'P. 

r* 03 


cd 

^"5 


03 


« u y 
cu O — 


C/2 

^ C/2 • — 


G 


C/2 
03 *- 
O U 

_ c 03 

cj .03 03 cd rx 

(*< bO cj V— o 

— j— 


03 ^ U 


^ X) ^ £ 
<lT ^ U 3 

i ^ S 


7 

C/2 


u ^ 2 
o c — 


U 03 
^ 03 


03 

U C/3 C/5 T3 


cd ^ 

.2 c 

t“* cd 

o d Cu-r 

ao ^ 

2 ’g "xj 
cuo Ta¬ 
rt cu- ^ 


c n cd 


CU 


C/2 

U 

03 CJ cd 

‘ 7) ^ 

— ri ^ 
ro ^ .. 

k. •+, 03 


<V < 

-t—I w 

cd 


c/: 


rC\ 


w 


< 


"O ^ 

03 

U i—i 

- 03 


J O 
03 -S 


.2 £ 
03 ^ 

boi 

bo 03 


p r2 r c2 

03 c /2 • —- 


CJ 03 
03 cj 

Q_ P 

C/2 O 

^ # c: 

-j— i *— 

O 03 
•U- 0 

4-» ■— 1 

cd r7 
cj u 


P-. rH 

° 03 £ 


C/2 

OJ 


X 


03 , 

bO. 


.. 03 
p 1 p_ 

S X 

C/2 

cd cd 

— uc 

p-> *7 

X 2 

^ T3 
be <L» 

c ti 
’S '-c 


n " 

03 CU cj 

jz; w j_r 

^ ^ ^ 

c: 03 2 

JX cd p- ^-4 

^ 7D 2 "o 

^ O —5 

— S cu 

^ 7J 

*7 P p- 1 CJ ^ 

£ O ^ , - 

03 03 •*-* 

in ^ 


7X 03 


03 .2 c 


CU w . 


U ^ 


03 ^ p 
— # 
CU S 


03 o 2 


03 E/2 


03 


cd 


03 03 




C/2 


u p 7 
p ^ rri cd o 

bo -^ .ux 

o 03 w " 

5 WUajJS . r U U 

^ Td , 7 7 — 
a in <u 


w cd O 

03 G G rt ^ G 

z> ~ V w o'~ 
03 bO 03 in 

rt 


O 

CU 

c^ 


j- 

“2 


H 


03 

p-» 

03 

CU 


"O 

03 

03 


03 


r h r-< 

G .7 


d U 03 - 

h n p d 

03 

S T3 

7.2 ^ 

C^^ 03 
bO ^ *-* 
C 03 


cr • 

in 

S—. fl 
03 rt 

cu a 

03 S 

7 O 
V3 (U 


be«« 2 u 
'2f§--n^ 




rt — 


S 3 

td C/2 


. ^ rt ^ 

B 


7 


C^ r-. 03 03 ^ 7 ' 03 

03 7 '*-* bJO - uc 

p G c /2 iir J- y 7 

cd ?? H ^ 


U 03 XX rt > 7 >>. 

rt O(^< OT -C 

O T3T3 
5 ^ c OJ 

- O 3 3 

> ° O 

-* ^ p-2 





































































































WATER TUBE BOILERS 


CHARLOTTE, N. C 


35 



Made in sizes 150 H. P. to 500 H. P. For steam pressures up to 200 pounds. 




















36 


THE D. A. TOMPKINS CO., 


BOILER FRONTS. 



Half-Arch Front “B”. 



Three-Quarters-Arch Front. 



















































































CHARLOTTE, N. C. 


37 


BOILER FRONTS. 



Figure 27. 

Half-Arch Front “C.” 



Figure 28. 

Full-Arch Front. 






















































































































38 


THE D. A. TOMPKINS CO., 



Figure 29. 


FEED WATER 
HEATERS. 


60 Horse Power. 


This cut represents a No. 
6 (60 horse-power) Heater, 
with a portion of the shell 
cut away, to show the coil. 
It also shows how easily the 
Heater can be put up and 
connected to the exhaust 
pipe and the feed pipes. 


No. 

Horse¬ 

power 

Diameter 
of Feed¬ 
pipe Inches 

Diameter 
of Exhaust 
pipe Inches 

Outside Dimen¬ 
sions of Heater. 

Weight 

Pounds. 

No. 

Horse¬ 

power 

Diameter 
of Feed¬ 
pipe Inches 

Diameter 
of Exhaust 
pipe Inches 

Outside Dimen¬ 
sions of Heater. 

Weight, 

Pounds. 

Height, 

Inches. 

Diam., 

Inches. 

Height, 

Inches. 

Diam., 

Inches. 

05 

5 

54 

2 

*10 

7 

35 

25 

250 

2 

8 

76 

26 

1,450 

1 

10 

54 

2 

12 

11 

65 

30 

300 

2 

8 

84 

26 

1,650 

1/4 

15 

54 

254 

17 

11 

80 

40 

400 

254 

10 

88 

36 

1,900 

2 

20 

% 

254 

18 

16 

180 

50 

500 

254 

10 

102 

36 

2,200 

214 

25 

1 

3 

20 

19 

270 

60 

600 

3 

12 

101 

42 

2,800 

3 

30 

1 

4 

34 

20 

350 

70 

700 

3 

12 

105 

42 

3,(K)0 

4 

40 

1 

4 

36 

20 

390 

80 

800 

3 

12 

111 

42 

3.200 

5 

50 

1 

4 

41 

20 

420 

100 

1,000 

4 

18 

117 

56 

5,100 

6 

60 

1 

4 

46 

20 

475 

125 

1,250 

4 

18 

133 

56 

5,600 

8 

80 

1 

4 

51 

20 

515 

150 

1,500 

4 

18 

143 

56 

5,900 

10 

100 

154 

5 

56 

22 

800 

200 

2,000 

5 

18 

138 

66 

9,400 

12 

125 

154 

5 

56 

22 

850 

250 

2,500 

5 

18 

153 

66 

10,500 

15 

150 

154 

8 

60 

26 

1,150 

300 

3,000 

5 

24 

170 

66 

11,500 

20 

200 

2 

8 

70 

26 

1,300 

400 

4,000 

6 

24 

198 

66 

13,500 


*The heights from No. 3 to No. 400 include legs: no legs below No. 3. 

Sizes Nos. 1 to 2% have exhaust-inlet and outlet in top head. Sizes No. .05, No. 3, and above 
have exhaust-inlet in bottom and outlet in top heads, unless ordered different. Size of exhaust can be 
varied to suit requirements. Two or more exhausts in bottom head, if necessary. Shells No. .05 to 30 
are cast iron. 


























































CHARLOTTE, N. C. 


39 


GRATE BARS. 



Figure 30. 

Shaking Grate. 



Figure 31. 

Regular Plain Grate. 

This Grate is sent unless otherwise specified. 




The Regular Plain Grate is usually furnished with boilers; if, however the 
Tupper of Sawdust Grate is preferred, either style may be substituted without 
extra charge. Sawdust Grates are six inches longer than Regular. 1 he width of the 
grate surface, in all cases, equals the diameter of the boiler 

In ordering grate bars state length wanted and width of furnace. 

We make patterns and cast bars of any design on order. 


Figure 33. 

Sawdust Grate. 



















40 


THE D. A. TOMPKINS CO., 


VERTICAL TUBULAR BOILER AND VER¬ 
TICAL ENGINE. 



Figure 34. 

Vertical Tubular Boiler. 



Figure 35. 

Vertical Centre-Crank Engine. 
2 to 50 Horse Power. 
























































Vertical Tubular Boilers. 

The fixtures comprise Base, Grates, Hood, Steam Gauge, Water Gauge, Gauge Cock, Safety Valve, Blow-off Cock, Check and Stop Valves. 

Specifications, Fig. 34 . 


CHARLOTTE, N. C 


41 


o 

5 

rvCO O ^NOO • oo rr 

m ^ ^1- m^UtV C n n cs 

5 § 

vO ro 

1 




i o C4 


m 

o 

oo O too ^NOO -0^0 
•-* rf ro°i— «n\ O Qs vj (sj 

O O 

o o 

o 

o 

M 

m 

O 





LTi i-t 

vO 

rf 

M 

m 

n 

00 fvfOO _• OO O 

<<r -rf roV"K o n 

o o 

VO ° 

8 

cn 



z ~ 

'Tf •— 

vO 

co 

o 

00 CO o lA ^\po • M Og o 

rtoo m ^«^N O £ N 

z 

88 

o 

o 



’-r 

>—« 




VO 

M 

35 

N ^ • n- n oo 

Tt Q, n M t^O 00 Oh 

88 
OO N 

o 

o 

o 



m ^ 

1-0 




o o 

o 

►H 

o 

NitNK bivoo • M MOO 

^00 to o t^O^ 

Z 

o o 

vS 

M 

ro 

(N 



m *+ 

Tf 



N 

o o 

n 

O 

M 

m 

N 

rc ^ ^..innoo • o moo 
Z 

8 8 
o n 

m ~ 

8 

Os 


N 

5 o 

o 

o 

vO oo ^ r^\^\oo • o co ^ 
CO ro ° vn \0 ~ 

Q LT| 

\~r\ 


0* 

VO CO 




z 

C4 

m 




o o 

o 

00 

00 

O N^- rw^soo • r^oo 

ro ro n ^ o voso »—i 

o ^ 

\-r\ 


M 

rnoo 

>—• 



Z 

M 

m 


m 

vO — r^X^NOO • HCO VA 

COO ro d O unxO ^ 

8 & 

o 

V-O 


M 

~ CO 

o 



z 

N 





Q o 

O 

o 

N 

O N^Nv\oo ^ r^-OO 

O 

w-» 


M 

ro el CS r^\ ^ l_n ^ ^ 


C4 



z 

»-4 

N 



N 

o o 

O 

m 

O 

M 

OO ^ r\Xj4.\00 • enoo 
co n N -Xds C Tt i 1 N 

o ^ 

»-r> lt> 

w~v 

O 



z 






o o 

o 


00 

O r^-\j4.\po • #noo ^t 

ro h n-n^o 0 7-^ 

v_n i_r^ 

o 



»-H l/t 




z 

►H 

>—« 




O Q 

o 

ro 

o 

Tj-\0 O "T • N00 • CO CO M 
M M N O r^\ 0 rf M ^ 

i-o o 

XJS 


*-• Tt" 

v-O 



z z 

»-H 

t-H 

rj 

m 

rt* n 

TfLi^O rt* • NPo • VO CO M 
cj n n o»4sO ton m 

s§ 

8 

O rf 

' r i m 



z z 

►—» 





o o 

O 

M 


o rf * spo • rf 00 M 

o o 

O 



O' 

rn 



z z 




IS) ♦-» ifi | if) 

■*-» 

4—' 

1 

• 

03 CJ d) 1 CJ 

P 

p 

1 

i 

^ ~ 1 JZ 

o ^ 

o 

t 

1 

i 

CJ U-r-'*'* ‘ CJ 

C G G ~ " " " 1 G 

G 

p 

1 

1 

i 

i 

in 

in 

in i 

i 1 

i * 

1 

1 

1 


• 1 T 1 1 1 1 i 


1 



l 1 1 1 • 1 • U i 

1 






1 



1 1 f 1 * • •4—* 1 



• 


i • . • • • « 1 CJ i 

i 1 

1 

1 

1 

i 

T3 

; i ; . ; ; ' : s : 

C/3 1 

OJ • 

I 

1 

1 

» 

V 

4-» 

: ; : : ig :.s ; 

• 1 ■ ;JS t-O 

U. i 

P • 

1 

I 

aJ 

4—* 1 

1 

i 

i 

1 

1 

1 

u 

>s 

n 

Is- 

ace P 

2 -in. 

uired 

X « 

VC 1/3 
CJ 

P >- 

5 ^ 

O 4^ 

1 

CJ 

4-* • 

V 

CL 


a 

• , 1 i G u « __ CT 

JG X 

e 


If) 

• . CJ , n» ^ s-«—■ CU 

•*—• • •— 

1 

1 

1 

CJ 

N 

(?) 

p 

C/) 

cC 

u 

QJ 

meter of Boiler. 

ght of Boiler- 

meter of Furnac 
ght of Furnace 
l Sh< 

m J Re 

hicknesses. 1 p u 

ith of Tubes usee 
nber of Tubes (a 
meter of Stack r 

'5 T 

o 

u 

u 

CJ 

o 

P3 

O 

u 

<L> 

x> 

e 

p 

£ 

£ 

i 

03 

(/) 

»-*— 

o o 
+-» •*-» 
XX 
to frfl 

*-4— 

o 

4-* 

XX 

t b£) 

U 

O 

K 

.S‘C.2*cl> £ ^.2 

QKQE 32 JZ2 

Cj CJ 

CJ 


m 

v 

c 

• r—H 

bjo 

G 

W 

XS 

C 

2 • 

(J CO 

is £ 

G 

<L3 

u 


nj 

CJ 

• 

H-> 

u. 

OJ 

> 


o 

m 


o 


m 

C« 


o 

n 


m 


m 


ro 




Ut 

<u 

ft 

o 

X 

<u 

(/) 

1-4 

o 

X 


^ 7 - 




rH 







>-4?l 

to 

Hbi 



X 

O 

O 


ro 

Tt* 

0 

in 

vO 

rH 

X 



0 

rf* 

rH 



rH 



00 

rH 




in 



to 

n 




0 




rH 



•Hn 

rf 

Hn Hc« 



O. 


OJ 


04 

ro 

0 

X 

vO 

in 

rH 

X 



0 


rH 



O 



ro 

rH 








O 




in 




rH 



•hIim 

ro 

Hn 



X 

O 

00 

O 

OJ 

ro 

O 

vO 


rH 

X 



in 

O 

rH 



in 



On 

rH 




ro 



OJ 





OJ 




GV 



-Hm 

rO 




O 

0 

00 

OJ 

ro 

O 

X 

vO 

"H" 

X 


O 

ON 

rH 



04 

rO 



rO 

OJ 





rH 




00 


vO 


ro 

Him p4n 


O 

00 

rH 

OJ 

c 

X 

00 

ro 

X 


0 

00 

rH 



rH 



00 




ro 



rH 





Ov 




l> 




04 

•He* 



O 

O 

vO 

rH 

OJ 

O 

X 

ON 

ro 


X 



O 

I> 

rH 



Ov 








04 



rH 

VO 




OJ 

Hh< Hm 


O 


to 

rH 

rH 

Is. 

X 

O 

OJ 

X 



00 

VO 

OJ 










OJ 








rH 




in 




OJ 

»Hh 

Hn 


in 


in 

rH 

rH 

0 

X 

OJ 

OJ 

X 



in 

to 

OJ 



rH 



i> 





OJ 








O 




in 




OJ 


r-f»T 


0 

0 

to 

rH 

rH 

0 

X 

s 

04 


X 



ro 




0 



in 





OJ 




in 




00 

rH 




x 

0 

O 

'H* 


W rH 

0 

r4C* 

ro 

in 

OJ 


X 



to 

OJ 



00 

rH 



ro 





vO 








rH 



in 


0 

vO 

rf* 


«W rH 

X 

in 

rH 


X 



i> 

ro 

OJ 



VO 



OJ 





rH 




C/3 

• 

C/3 





C/3 

QJ 

• 

CJ 





TJ 

XX 

• 

JC 





G 

0 

• 

U 

■4 


4 

4 

4 

4 

P 

c 

• 

c 





O 



• ^4 





a 

G 

• 

G 






• H 


•H 





G 

• 


• 





•K4 

• 

C/3 

• 

• 




• 


G 


• 

• 

• 

• 

• 

o> 

O 

• 

t 

• 

• 

• 

• 

0 

• r 
-4-» 

• 

• 

• 

• 

• 

• 

• 

• 


P 


• 



• 

• 

CO 

^-4 

O 

• 

A 

• 

• 

• 

CJ 

4-» 

«4-4 

O 

> 

• 


• 

• 


CJ 

HP 

tb 

OJ 

C* 

• 

• 

• 

• 

• 

• 

• 

• 

• 

"H 4 

G 

a 


• 


• 

• 

• 

G 

a> 

«4-| 


• 

• 

• 

CJ 

O 

hP 

O 



• 

• 

CJ 

Cl 

a 

0 

nz5 

PC 

c3 

Ih 

CJ 

*—4 

• 

• 

• 

* 

• 

E 

CJ 

G 

S-. 

XX 

P 

• 

• 

Ph 

4 -* 

#H 

OJ 

t3 

B 

Dh 

CJ 

# 

• 

c 

C/3 

P 

60 

c 

-S 

P 

*7 

<4-1 

p 1 

•-t 

CJ 

C/3 

G 

cC 

G 

m: 

w 



« O Q &H C/3 


60 

cj a; 
n n ^ 

C/3 C/3 ^ 


>-< c/3 

bo £ 

aj 3 

t- 

oD 

£'2 
"O c 
£ 3 . 

rQ <U 

0J G 
^ c 

a 3 

^ c ° 

> bJO 
flj ^ 

£ <U 

. 5 ^ > 

bJDG ^ 
2 03 aj 

d) *-« 

<u <u 

r -1 

r^H *73 

"o ^ 

C/3.S 


X 

CD 


03 O 

OhC 


a 

a; 

u 

X 

<D 


_ CJ 
03 bo 


T3 OJ 

oj lh 
a; 

U C/3 G3 

•«—» qj _m 

c- ° 
o u - 
u 


OJ 

<l> >- 


in —u O 

2 

u £ xx 
U w’fe 
CJ C c? 

^CQ « 

C /3 

in 
<U 
CJ 
OJ 

m 


m 
3 m 
>v o 
UTi 

^3 oj 


03 3 <u 
c /3 O rP 

aa £ 

u.ij'g 

— CJ bJD 
•jr ro 

oC r § 

►'O-g 
$ £ <u 
a; > 

ij o' —- 

20T 


___ U 

aj 2 
Oj 

CJ *—I 

3 ^ 
am: 

m 

CJ 


CJ 


o C 
°h 

cj ^ 

in r- 

03 p 





























































































































































SLIDE VALVE ENGINE. 


42 


THE D. A. TOMPKINS CO., 



Figure 36 







CHARLOTTE, N. C 


43 


c n 

W 

£ 

hH 

o 

55 

w 

CO 

W £ 

> a 

—i t - 

<J 

> 

w 

Q 

HH 

P 

CD 


vO 

o • • 

3000 ri -• ?D <M .£ .S p 
hcd h E Lcoh ^ 
i ix i N^Npr? 

OOCOCO^OCO H\Hv L 

iOiOH O) rH 

rH O*' 

to 

c<jtjh'-h • *cof-i c goo 

i i x.S.S i i i 

tO to O} ^ N'tVH’O 

t"* CO r-H CO AO H CO CO v r-H 

r—< CO CO 

Tt- 

(NON • O CM p p H\ 

C4COH S • CO H .« .5 t> 

i x .£ i i i 

lit) O H \W 05 ^ \C3\03\r* 
L* CO H rH\CO AO hH rH\H\ tH\ 
t—h Cl CO CO Oh 

CO 

aO \W 

C3 0C4 ' OCQ p LA 

03 CO ^ .p PCOi-h.S.S^ 

OiOO 00 O) 

tT 1 * CQ r—( rH\CO ^ r-H rH \rH\r-f\ 

r-H cn CO CO go 

N 

aO \Ci 

(MaO(M p OO O P LhX 

CMC^r-l P.SOQrH.E.S^O 
i i i .£ ill 

lO o Ci \CQ00 (M \^' 

t'* CQ Cl r-LsTf* T—i\rH \ »H\ 

T-H 03 CO CO 00 

x 

HH 

ooo •'*& o 

03 03 P .S 03 t-h p pcO 

1 i x.p i i .5.5 i 

0 0\W \WC1 l> 

0> r-H P\03 r-H CO CO 

03 00 03 

o 

O 

ao ao o p o p p 

OJhh.E P 03 00.5.5^ 

i i x .5 > i 

OOI^\W OX\1< TfiO 
o T-H r-N03 Tt< CO CO 

03 H 03 03 




<U 

N 

t/) 


u 

•Q 

6 

P 

2 


03 

o 

u 

■*-» 

C/3 


bJO 

r O p 

03 a; 


03 

£ 


P 

J- "O 

. q ^ 


03 

a, 


§ S 

55*0 

p .S 

C/3 


P 


£-< C/3 C/3 

r- P >> 

P 03 ^ 

P ^ 

— 03 X 3 c/3 

rt U <s> W ^ frO 

U -P . 

03. 


PC 

p 

p 


C/3 


*2° 


O 3 


o o 


J-H V- >—I 

03 03 03 03 t 

_ 03 03 03 03 O 
03 r-< i— 1 r* 1 
«/3 P P P 
t P P P 




r\ 


£ v 

p <-> 
- p 


u 
<v 
+-* 

03 

6 

P # 

/h 


be 

a 

03 

hJ 



03 

PQ 


i— 

03 

L* 

o 

O 

u 

O 

P 

u- 

03 


O 

O) 3 

C/3 'p 
• ■—* J—< 

Lh 

PL 

£ 

O 
03 

C/3 
03 

P 
•*-» 


J- 

o 

+-» 

p 

£ 

p 

hJ 

03 

b- 

P 

> 

Lh 

O 

<HH 

"O 

03 


C/3 

03 

a 

a 


c/3 

p 

p 

1< 

03 

"O 

p 

p 

6 
p 
03 
-*—» 

C/3 

<s7 


T3 -5 
Cl C 

a o 

'5 S 
1 1 


P 


P 

o 

Uh 






































THE D. A. TOMPKINS CO., 


AUTOMATIC ENGINES. 



High-Speed Engine—High-Grade Automatic Type. 





CHARLOTTE, N. C 


45 


Table of Sizes and Dimensions. 


CYLINDER 

Revs, per 
minute 
unless 
otherwise 
ordered. 

Horsf-Powers at 
Cut-off. 

FLY-W HEELS. 

Diam. 

Steam 

Pipe. 

Inches 

Diam. 

Exhaust 

Pipe. 

Inches 

Length over all, 
INCLUDING 

Fly-Wheels. 

Width over all. 

Weight with 
Sub-Base. 

Weight with¬ 
out Sub-Base. 

Diam. 

Inches. 

Stroke. 

Inches 

80 lbs. 
initial 
pressure 

90 lbs. 
initial 
pressure. 

Diam. 

Inches. 

Face. 

Inches. 

Feet. 

Inches. 

Feet. 

Inches. 

8 

IO 

320 

3 2 

36 

5 ° 

9 

3'A 

4/4 

7 

8 

4 

4 

6.35° 

5,850 

9 

IO 

3 2 ° 

42 

47 

5 ° 

9 

3'A 

4K 

7 

8 

4 

4 

6,400 

5,900 

IO 

10 

3 2 ° 

5 2 

57 

50 

9 

3/2 

5 

7 

8 

4 

4 

6,450 

5 * 95 ° 

11 

IO 

320 

63 

69 

5 ° 

10 

3'A 

5 

7 

8 

4 

4 

6,550 

6,050 

**M 

IO 

320 

“ 68 

75 

50 

10 

3'A 

5 

7 

8 

4 

4 

6,600 

6,100 

11 

12 

3 ° 0 

71 

77 

60 

12 

4 

5 

9 

3 

5 

2 

I 0,000 

9,200 

12 

I 2 

3 00 

85 

9 1 

60 

1 2 

4 

6 

9 

3 

5 

2 

I 0,1 00 

9*300 

'3 

1 2 

3 ° 0 

99 

108 

60 

*3 

4K 

6 

9 

3 

5 

2 M 

*0,350 

9 * 55 ° 

■4 

12 

• 300 

114 

125 

60 

l 3 

4^ 

6 

9 

3 

5 

2 K 

10,450 

9,650 

1 4 

<4 

270 

121 

* 3 * 

70 

>4 

5 

7 

IO 

7 

5 

IO 

* 5*350 

*4**50 

'5 

1 4 

270 

*39 

> 5 ° 

70 

*5 

5 

7 

10 

7 

5 

I 1 

* 5 * 5 oo 

*4*300 

16 

1 4 

270 

158 

1 7 1 

70 

16 

6 

8 

10 

7 

5 


15,700 

*4*500 

16 

l6 

240 

160 

1 73 

78 

16 

6 

8 

12 

3 

6 

6 

22,000 

19,600 

*7 

16 

240 

181 

196 

78 

1 7 

6 

9 

1 2 

3 

6 

6 K 

22,400 

20,000 

18 

16 

240 

2 °3 

220 

78 

18 

6 

9 

12 

3 

6 

7 

23,000 

20,600 

18 

18 

2, 5 

204 

221 

84 

18 

6 

9 

>3 

10 

7 

7 

35,000 

32,600 

'9'A 

18 

215 

240 

260 

84 

20 

7 

9 

*3 

10 

7 

9 

35,900 

33*500 

21 

18 

21 5 

2 79 

3° 2 

84 

22 

7 

10 

'3 

10 

7 

10 

36,800 

34,400 

22 

18 

21 3 

302 

33 2 

84 

22 

7 

10 

>3 

10 

7 

.10 

36.95° 

34 * 55 ° 


Blue /print of foundation furnished -with engines on application. 


Table of Horse Power of Automatics Engines. 

At Various Initial Pressures and Speeds—Cutting off at One-Quarter Stroke. 


Revs 

per minute. 



225 

Revs. 


250 Revs. 

275 Revs. 

300 Revs. 


325 Revs 


Initial 






















Pressure, 
lbs. per 

60 

80 

100 

130 

60 

80 

100 

130 

60 

80 

100 

130 

60 

80 

100 

130 

60 

80 

100 

130 

sq. in. 






















8x10 


, 



35 0 

18.5 

25 5 

32*2 

38.5 

20.4 

28.0 

35 4 

42.5 

22.3 

3 f 5 

38 6 

46.0 

24.0 

33 0 

41.8 

50.O 

9 X 10 


. 

-• • • • 

.... 

45 6 

233 

329 

42.4 

50.7 

25.6 

36" 

46.6 

55 8 

27 9. 

39 4 

50 9 

60.9 

30 - 2 

42 7 

55 • 

65 9 

10 X 10 


. 

..... 

.... 

56 6 

28.8 

40.7 

52.6 

62.9 

3 * 7 

44 8 

57.8 

69. 2 

34-6 

48 9 

63 ' 

75-5 

37 5 

53 0 

68.3 

.... 

1 1 X 10 



.... 

.... 

68.6 

35 -o 

49-4 

63 7 

76-2 

385 

543 

70.0 

.... 

42.0 

59 3 

76 4 


45 5 

64.2 

.... 

.... 

1 i>£xio 


. 

.... 

.... 

73 0 

39 -o 

53 0 

67-5 

.... 

42,8 

58.5 

740 

.... 

46. ‘5 

64.0 

.... 

.... 

50.5 

69.0 

.... 

.... 

11 X 12 


. 

.... 

68.5 

81.9 

41.8 

59 0 

76.1 

9 *' 

45 9 

64.9 

83 7 

IOO. 2 

50.1 

70 8 

9 * 3 

' 09-3 





12 X 12 


. 

6 3 3 

81.7 

97.8 

49-8 

70.4 

90.8 

108.6 

54 8 

77-4 

99.8 

"95 

59.8 

84.5 

108.9 

.... 


200 Revs. 


13x12 


. 

74 5 

96 1 

115.0 

58.6 

82.8 

106.8 

.... 

645 

91.1 

"75 

.... 

70 4 

99 4 

.... 

.... 



14 X 12 

62 

0 

85.0 

108.0 

.... 

69.0 

945 

120.0 

.... 

76.0 

104.0 

.... 

.... 

83 0 

1136 

.... 

.... 


89.6 


138 2 

14 X 14 

7 * 

3 

100 8 

130 0 

'55 5 

79-3 

112.0 

1444 

172.8 

87.2 

123.2 

158.8 

190.1 





.... 

"5 5 

15XM 

82 

1 

115 9 

'49 5 

178.9 

91.2 

128.8 

166.1 

198.8 

100.3 

' 4*-7 

182.7 

.... 


175 Revs. 


72 9 

103.0 

'32 9 

'59 0 

16x14 

93 

5 

* 3 2 1 

'70 3 

.... 

'03 9 

146.8 

* s 9-3 

.... 

"43 

161.4 


.... 





83 ' 

"7 4 

* 5 * 4 

181.2 

l6xl6 

105 

9 

149 6 

192 9 

230.8 

117-7 

166. 2 

2'4 3 

256.5 





.... 

"6.3 

150.0 

'79 5 

94 » 

'33 0 

* 7*5 

205. 2 

17X16 

119 

8 

169 2 

218.2 

261.2 

'33 2 

188.1 

242.5 

.... 


150 Revs. 


93-2 

131.6 

169 7 

203 1 

106. 5 

150.4 

194 0 

232.2 

l8xi6 

*34 

6 

190 1 

245-2 

.... 

1496 

211.2 


.... 





104.7 

'47 8 

190.7 

228. 2 

119.7 

169.0 

2179 

260 8 

l8xi8 

* 5 * 

1 

2*3 3 

275 ' 

329 2 

.... 

.... 


.... 

... 

142.2 

'83 4 

2'9 5 

"7 5 

165.9 

214.0 

256. 1 

' 34-3 

189.6 

244 5 

292 7 

19^X18 

'77 

8 

251.1 

323 9 

.... 

.... 

.... 


.... 

1185 

167 4 

215.9 

258.4 

'38 3 

' 95.3 

251.9 

3 °' 4 

158.1 

223 2 

287 9 

344 5 

21 X 18 

206 

7 

292 0 

3*6.5 

.... 

.... 

.... 



'37 8 

194.6 

251 0 

300.4 

160 8 

227.1 

292 8 

350.4 

183.8 

259 5 

334 7 

.... 

22 Xl 8 

2 3 » 

0 

316.0 

.... 

.... 

.... 



.... 

154.0 

210.5 

267.0 

3'8.o 

180.0 

245 0 

3»i.o 

37 * 0 

205 0 

281.0 

356.0 

.... 


Powers for speeds or pressures intermediate to those given may be obtained by pro¬ 
portion. 











































































































































Compound Automatic Engines. 

Ratings of Tandem Compound Engines. 
Non-Condensing. 


46 


THE D. A. TOMPKINS CO., 



o 

*0 • • 

ZD • • 

eg ^ • 

00 GO o 

*o 00 • 

*o eg oo 

o eg ^ 

rH rH rH 

CO rH f- 


rH 

o • • 

'00 • • 

co *o • 

rH ^ 00 

CO CO • 

*oGi eg 

CO GO 04 

oo eg co 

oo eg *o 


r-H • • 

rH 

eg eg • 

eg eg eg 

eg eg • 

eg eg co 

eg eg co 

04 co co 

04 co co 


o 

rH Gw • 

os ^ • 

OH(M 

co co *o 

*0000 

eg co o 

co co ts- 

eg o t- 

CO o co 


CO 

rH 

co o • 

o • 

M^CO 

o CO CO 

eg *o go 

-tt-H 

^ L- O 

CO O CO 

CO o co 

W 

rH Ckl • 

rH eg 

eg eg eg 

eg eg eg 

eg eg eg 

eg eg co 

eg eg co 

04 CO CO 

04 CO CO 

o 

HOi CD 

O GO 

GO GO GO 

co ^ eg 

^ iO 

CO 00 rH 

ooot- 

co cz> *o 

t- GS —1 

D 
c n 
tn 

<s 

00 GO rH 

t- GO rH 

0(M^ 

go eg *o 

rH ^ t- 

04 *0 GO 

>co *o 00 

*o oo eg 

*o oo eg 
eg eg co 

rH rH 

rH rH Cg 

eg eg eg 

rH eg eg 

eg eg eg 

04 04 04 

04 04 04 

eg eg co 

W 

rH 









Cl, 












o 

O CO CO 

o eg *o 

G O CO 

^ O ZD 

1—I O 00 

*o co 

oo *o eg 

t- rH LO 

rH rH rH 

< 


t - 00 o 

CO 00 o 

GO rH CO 

00 rH CO 

gO CO iO 

rH ^ 

rH r^H 

CO o o 

^ !> O 

H 

rl 

rH 

rH rH Cd 

rH rH eg 

rH eg eg 

rH 04 eg 

eg eg eg 

eg eg eg 

eg eg eg 

eg eg co 

eg eg co 


o 

CM t- 

00 00 o 

rH 00 CO 

O ^ 00 

co eg go 

CO 04 

Gi^O 

Gi> rH 04 

CO t-h G5 


o 

rH 

*0 t- 00 

co GO 

00 GO rH 

L— GO rH 

00 rH CO 

go eg *o 

Gw eg ^ 

rH lQ 00 

eg »o t- 
eg eg eg 


rH t-H rH 

rH rH rH 

rH rH 04 

rH rH 0^ 

rH eg eg 

rH eg eg 

rH eg eg 

eg eg eg 



04 CO GO 

co eg rH 

GO *0 

CO t- 

oo eg co 

G h G 

00 rH CO 

00 t- iO 

rH p- 04 


O 

TfiOCD 

coot- 

ZD GO 

*o t- o 

COGJH 

t- o eg 

t- o eg 

gc eg *o 

o eg *o 


0) 

rH rH rH 

rH rH rH 

rH rH rH 

rH rH rH 

rH rH 04 

rH 04 04 

rH 04 04 

rH 04 04 

eg eg eg 

c n 

. 

o o o 

*0 0*0 

o o o 

*0 0*0 

*0 0*0 

*0 0*0 

o o o 

*0 0*0 

o o o 

> »- u 

rHCOlO 

t-0(M 

rH CO *0 

t- oeg 

o eg 

t-oeg 

CO 00 o 

t - o eg 

CO GO O 

<D 

04 aS 

eg eg Cg 

rH eg oi 

eg eg eg 

rH 04 04 

rH eg eg 

rH eg eg 

rH rH 04 

rH eg eg 

rH rH .eg 



CO 

00 

co 

00 

00 

00 

o 

00 

o 



rH 

rH 

rH 

rH 

rH 

rH 

eg 

rH 

eg 



X 

X 

X 

X 

X 

X 

X 

X 

X 

w 











o 

o 

eg 

eg 

CO 



»o 

*o 

3 

x 

eg 

eg 

eg 

eg 

eg 

eg 

eg 

eg 

eg 


<** 

# 

£5 


zki 

0>j 



w 

o 

w 

CO 

rH 

sr 

co 

rH 

rH 

£ 

*o 

r-H 

SR 

*o 

rH 

iO 

CO 

rH 

co 

rH 

N 

J^ 


U 

Jr 

J-. 

U 

u 


U 

3 

o 

o 

O 

O 

o 

O 

O 

o 

O 




SR 

SR 

SR 

SR SR 

SR 

r-K 





eg eg co 

eg eg co 

CO CO ^ 

CO CO 

CO ^ ^ 

^ *o 

^ *0 

iO *o CO 

*o *o CO 



rH rH rH 

rH rH rH 

r-H rH rH 

rH rH rH 

rH rH rH 

rH rH rH 

rH rH rH 

rH rH rH 

rH t-H rH 


o 

o t- 

Gt-OO 

o co • 

*0 • • 


niOGi 

rH rH 04 

OO . 

t- o • 


rH 

t - i> 00 

o h eg 

eg co • 

CO • • 


*0 G t- 

^ CO GO 

CO GO • 

*o oo • 



rH rH rH 

rH rH 

rH • • 


rH r— rH 

rH rH rH 

rH rH • 

rH rH • 


o 

00 ^ rH 

eg co co 

lO 00 H 

CO GO • 

• • • 

04 gD* 1 

co eg rH 

^ o • 

^ CO • 


CO 

rH 

CO t- 00 

o rH eg 

rH eg ^ 

04 CO • 

• • . 

rf 40 CO 

co *o L- 

co oo • 

iO t- • 

W 

c* 

D 


rH rH rH 

rH rH rH 

rH rH • 


rH rH rH 

rH rH rH 

rH rH • 

rH rH • 

o 

CO GO ZD 

OG5X 

rH co co 

rH CO *C 

• • • 

CO OO rH 

t- *o CO 

CO rH CO 

CO f— 00 

CO 

Ci 

rH 

ZD ZD t- 

Gw O rH 

rH 04 CO 

04 CO 

. 

CO Tf CO 

eg ^ co 

*Ot-QO 

^ CO 00 

CO 

W 

£ 

Ph 

G 


rH rH 

rH r-H rH 

ri rH rH 


rH rH r-H 

rH rH rH 

rH rH rH 

rH rH rH 

o 

GO *0 rH 

rH O GO 

04 CO *0 

co »o CO 

00 • • 

t-O rH 

'Gw CO CO 


t- t- CO 

< 


*DGt- 

GiOO 

O rH 04 

rH 04 CO 

04 • • 

eg co *o 

rH CO LO 

^Gt- 

co*ot- 

H 

X 

rH 


rH rH 


rH rH rH 

rH • • 

rH rH rH 

rH rH rH 

rH rH rH 

rH r-H rH 


o 

co eg oo 

CO ^ CO 

CO t- 00 

*0 *0 CO 

00 rH 

t- GO O 

o co eg 

*0 00 rH 

t- *o CO 


o 

rH 

iO ZD ZD 

go go o 

GO rH 

O rH 04 

rH CO • 

rH 04 

rH 04 ^ 

CO co 

eg co 



rH 

rH r-H 

rH r-H rH 

rH rH • 

rH rH rH 

rH rH rH 

rH rH rH 

rH rH rH 



rH ZD rH 

t- oco 

t- t- CO 

CO CO 

CO 00 GO 

*0*0*0 

GiCO t- 

04 *0 

*C H 


o 

lO iO G 

C-OOGi 

XOO 

GSOh 

O rH 04 

o rH eg 

gc> rH eg 

eg co ^ 

r-H CO ^ 


a 



rH 

rH rH 

rH rH rH 

rH rH rH 

rH rH 

rH rH rH 

rH rH rH 


Rev’s 

per 

Min. 

0*0 0 
*ot-o 
eg eg co 

0*0 0 
*o l> o 
eg eg co 

*0 0*0 
cg*ot- 
eg eg eg 

o »o o 
»ot-o 
eg eg co 

*0 0*0 
egoh 
eg eg eg 

o o o 

rH CO *0 

eg eg eg 

*0 0*0 
t-OC4 

rH eg eg 

o o o 

r-H CO *0 

eg eg eg 

*0 0*0 
c- o eg 
rH eg eg 


eg 

eg 

*o 

eg 

*o 

CO 

00 

co 

00 


rH 

r 

rH 

rH 

rH 

rH 

rH 

r-H 

rH 


X 

X 

X 

X 

X 

X 

X 

X 

x 


CO 

’CO 

CO 

00 

00 

00 

00 

GC 

o 

w 

rH 

rH 

rH 

rH 

rH 

rH 

rH 

rH 

r-H 

X 

TO 

o 

o 

o 

o 

o 

o 

o 

o 

3 

£ 

c 

G 

(H 

G 

G 

G 

G 

o 


nj 

aS 

a 

as 

G 

as 

as 

aS 

as 

w 

to 






eg 

rH 




O 

i'YT 

O 

o 

eg 

eg 


eg 

eg 

eg 

W 


rH 

rH 

rH 

rH 


rH 

rH 

rH 

N 





ir 



Jr 

Vh 

3 

o 

O 

O 

O 

a 

o 

o 

o 

o 








\C4 

H\ r-K 


SR 


7 

7 

Gi GC O 

G5 Gw ^0 

O rH rH 

O rH rH 

<D> rH rH 

O rH rH 

r-H rH 04 

rH rH 04 



rH 

rH 

rH rH rH 

rH rH rH 

rH rH rH 

rH rH rH 

rH rH rH 

rH r-H rH 


4 


We will determine the size of the high pressure cylinder when all the conditions are made known to us. 




























































































































































































CHARLOTTE, N. C. 


47 



CORLISS ENGINE REPAIRS 

AND OTHER HEAVY REPAIRS. 


We send out men to indicate Corliss Engines (or any other engines for that 
matter), and determine to what extent they are in order or out of order. With the 
data obtainable on the ground, we can figure what an engine ought to do in the 
way of developing power and consuming steam which it takes fuel to make. We 
can tell how far it is failing to do what it ought to do and we can make an estimate 
of cost necessary to make the engine do what it ought to do. 

We have made in our machine shop a full set of boring bars to bore any Corliss 
cylinder. We have overhauled several engines of one thousand horse power and 
over, and many smaller ones In every case our work has given the very best satis¬ 
faction. 

We are in position to do any repairs on a Corliss or any other engine. When 
necessary, we make new valves from patterns made in our own pattern shop and 
from castings made in our own foundry. 

Our facilities have been very materially enlarged, our organization very mater¬ 
ially enlarged and the field of work we cover very materially extended. We seek 
heavy repair jobs. We are fixed with men and tools to take good care of work en¬ 
trusted to us. 

If you do not know whether your engine is giving you satisfactory results, let us 
send a man to “indicate” it and report on it. After that we can tell you how it is 
doing and if not doing right, we can tell you what to do about it and how much it 
will cost to fix it right. 












STANDARD CORLISS ENGINE. 

GIRDER FRAME TYPE. 


48 


THE D. A. TOMPKINS CO., 



Figure 38 























CHARLOTTE, N. C. 


49 


c n 

v 

c 

’So 

c 

w 

m 

in 

'u 

O 

U 

jj 

"5, 

6 

J) 

m— i 

o 

x 

V 

N 

CO 

TJ 

Ut 

a 

Tj 

c 

rd 

CO 


M—I 

o 

JD 

3 

nj 

H 


<v 

|-S«2 

!§i|i 

peg 
a> a- ui o 
ex fl a 
< •£ 


•J 

w 

w 

S 

> 


>< 

J 

h 


Hj 3 c 


ht 3 


O 4>, 

gs' 

ex 

< 




d 

z 

HH 

C/5 

z 

w 

a 

z 

o 

u 

z 

o 

z 


X 

w 

£ 

o 

a 

w 

t/3 

K 

O 

K 

Q 

w 

H 

<3 

O 

s 

z 


0> 

Ih 

Sfc 

0 

3 

4-3 

l/l 

CO 

a 

a> 

0 

CL 


CO 


5e 

a 

a 

O 

0 

4-3 

CL 

3 

8 

t-H 

O 

lO 

1 




5e 

a> 

u. 

0 

3 

—■ 

00 

a 

CO 

0> 

0 

*-» 

•*r 

CL 


CO 


■o 

5C 

a 

O 

a 


0 

0. 

4-3 

3 


O 

O 

lO 

05 

o5 

u 

5C 

O 

a 

«J 

CO 

CO 

0> 

a 

0 

u 

CL 

? 


5C 

'O 

a 

a 

O 

O 

4-3 

Ph 

3 


O 

§ 

10 




•suotinioAaa 



0) 




0 



w 

5? 

N! 


C/5 

4-3 0) 

®^T3 

0o.2 


03 ^ 




O 

0000 

O 

000 

O 

O 

O 

0 

O 

O O 

O 

0 

000 

O 

0 

0 

0 

O 

O 

O 

0 

O 

O 

O 

©_ 

0 c 0 

0 

O 

0 

0 

0 

O 

O 

O 

0 

O 

O O 

x‘ 

10 

00 

CO 

CD 

05’ 

05 

X 

X 

in 

X 

X rH 

0 in 

O 

rH 

rH 

t-h 

CO 

CO 

CO 

COX^^r^ 

X 

CD 

n- 


X 

0 

0 

0 

0 

c 

c 

O C 

0 

0 

0 

0 

O 

0 

O 

0 

0 0 

0 

0 

c 

0 0 

0 

0 

0 

0 

0 

O 

0 

O 

0 

00 

CM O 

in 

m 

000 

0 

0 

0 

0 

O 

0 

O 

0 

rH IO CD 

00 

05 

rH 

X 

X 

X 

t- 

05 



X 

O 

x~ 






rH 

rH 

rH 

rH 

rH 

t-h 

X 

X 

X 

X 

X 

£ 

c 

£ 

£ 

£ 

c* 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

















rH 10 


05 

X rH rH 

CD 

05 

05 

T— ' 

CD 

X X rH rH 

t-h 

rH 

H 

rH 

CO 

CO 


CO 

X 

X 

X 

X 

X ^ rH rH 

4-J 



4 -> 

,4~i 

,+J 

-W 

4-1 

+J 

, 4-1 


4—1 

4-J 

,+J 

# 4 -> 

4-1 



Lm 


L—1 

C- 



cc 

L»-. 

<-r« 






00 

00 

05 

O X X rH rH 

in 

in 

CD 

ID 

CD 

X 

O 

C 




rH 

rH 

rH 

rH 

rH 

rH 

rH 

rH 

.rH 

rH 

rH 

X 

X 

x 

CO ^ 

00 

CO 

05 

05 t- O 

CD 

CD 

X 

rH X 

X 

CO 00 

05 CO 

CD 


05 

X 


05 

X X 

rH 



05 




rH 

t-H 

rH 

t-h 

CO 

X 

X 

X 

X tH 

X 

X 

10 

05 

00 

b* m 0 

CD 

05 


X 

rH 

X 

x 

X 

r- 

1^ 

10 

CD I s - O 

CO 

m 

CD 

X 

X rfi 

I s - 05 rH 

0 

X 

0 




rH 

rH 

rH 

T— 1 

rH 

X 

X 

X 

X X T* 


X 


X 

X 


ID 

10 

0- 00 

rH 


m 


CD 

05 

rH 

£ 

X 

X 

CO 




rH 

rH 

rH 

rH 

X 

X 

X 

X 

X 


X 

ONOlO 

0 

X 

X 

X 

0 

05 

X 

m 

f"- O CD tH 

IO 

CD 


05 

CO CO rH 

0 

0 

rH rH 

CD 0 

CD 

0 

rH 





t-h 

rH 

rH 

r-< 

X 

X 

X 

X 

X 

X 

rH 

05 

m co 

O 

cd 05 m 

CD 

0 

O rH 

X 

X 

X 

CO X 


CD 


O 

CO 

X 

X 

l> 

rH 

X 

X 


X 

r- 

X 

X 




t-H 

rH 

rH 

rH 

rH 

X 

X 

X 

X 

X 

x ^ ^ 

O rf H 

CO 

m 

CD 

05 


m 

X 

t-h 

X 

X 

in 

X 

X 

rH m 

CD 00 O 

rH 

X rH t» 05 

T-h 

X 

CD 

rH 

X 

X 





t-h 

tH 

rH 

rH 

rH 

rH 

X 

X 

X 

X 

X 

X 

0 

0 

m 

in 

CO 

X 

0 

X 

X 

X 

in 

.X 

0 

0 

X 

X 

rH 

05 

00 

X 

X 

r- 


CD 

CD 

rH 
















c 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

£ 


£ 

£ 

£ 

















rH 

O 

CD 

CD 

CD 

CO 


X 

X 

X 

X 

X 

X 

X 

X 

X 

X 

CO 

CO 

CO 

X 

^ X ^ 

rH ^ rH rjl 

^ Tf 1 r f 

c 

c 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

















t-H 

CO 

CO 

rH CD 

CD 

X 

X 

O 

O 

X 

X rH 

X X 

O 

rH 

rH 

rH 

rH 

tH 

rH 

rH 

rH 

X 

X 

X 

XXX 

X 

x ! 


Note i —The speeds can be varied to suit particular requirements with corresponding changes in power. 
Note 2 —Sizes and weights of wheels can be changed if desired. 























































50 


THE D. A. TOMPKINS CO., 


w 

z 

h-H 

o 

z 

UJ 

CO 

co 

M 

o 

u 

Q 

< 

Q 

Z 

< 

H 

co 


w 

a- 

K. . 

H 

H 


< 

w 



Figure 3y 































STANDARD CORLISS ENGINE. 

HEAVY DUTY TYPE. 


CHARLOTTE, N. C 


51 



Figure 39. 






















Indicated Horse Power of Standard Compound Corliss Engines. 


52 


THE D. A. TOMPKINS CO 


bio 

c 

cn 

G 

CD 

TJ 

G 

O 

U 

G 

O 

£ 


Ed 

OS 

D 

CO 

cc 

Ed 

OS 

G 

id 

o 

3 

< 

O 

cc 

s 


Q 

z 

3 

!h 


as 

& 

CO 

a: 

Ed 

OS 

G 

Ed 

O 

3 

-< 

o 

cc 

j 


os 

Ed 

Q 

z 

3 

>< 

o 


Ed 

as 

3 

EC 

EC 

Ed 

as 

G 

Ed 

O 

& 

•< 

9 

m 

j 


V 


E 

g 


G 

G 

X 


■C 

c 


IE 

O 


3 

G 


•Vi a H 


•0JIOJ1S 


a> 

G 

G 

G 


y 

ft 

■C 


fE 

O 


3 

9 


iCifluCOQQ 

occiCiciC'Haoo i/c o iow^oxi'Weoi'OCiooicin^ oo 


oSSSI^oq — loco — — — ’Niocoouoc-Jincoi'' 


• ®OMh-_r)iCOi 

'GGGG<NoiS'4oieocoGcOTj<Tj<ira»nocdGc5Go‘coe'iioG 


WO®OiO IN iC KO 

cooi/co — — — — kococo — — ot^E^accooiocoi^t^os — ooicj-Tf* 

CO 1-- 05 05 h CO O K CO >— — CC ®| Cl CO iO O — — CO — Ol O 30 — 05 -r* 05 l'; 

‘GGGGG<N<N"(ciecc4eoecGGioioc6Gc5o6G©5<cieocd 


.. - ww-- - . — X oc t" Cl CO t" 1-1 Cl CC O — iO O —I O < 

-ICO — iOcO — CO — l^aOiCCOOi — — OQGOC 10 i 005 I^CCiO — ClGCt 

— — — — — oi® 40 icioicococOTj , -cJ"'j , iftiOcct^i^ao 05050 — cieoc 


aooi'HH^ixiNo®co®05ioQiniNi'i'Oinio 
ao — — t^aoo — ■'I'coco — t—cot^aocoiOQcoco-g'G 
— ddCldeOCOeOCOCO-^i-cfUOiOOl^l^aDCiOOiOO 


w05®ioc^Ttnflor'COffii'£0®io®i^’frJ«oioo(NX5''c)‘®® 
l>t'XO) 0 «’>J>X®l'-i'M^XI'XOiAXf'l®' 0 ' 5 fJ®Ci-c|'«W 
— — — — — — ddddddeOCOCOTj—J'iOiOCOCCCOt-.aOQO 


KOiOOOOOO UOOOO 

M®iQ®«iOOii5c)'M»0«OOOX'^0'3'iCQOWOXOt"f 

x o o5 c^ in i'; h Tf ^ x rn w fi x i' « x o o ® o q r- » ci« o 

‘ G G G G G ci d’ ci d‘ co co G G G G >o >o «5 so oi d G d ci co cc d 


i iOO o iO 

)^iuC*CSXNt)<mm^-joXXXO®XiE5iOQ 
iX^Mli-^’HCXOMOMO’-Ci'cj'iXXall'io 
' — — — — — oicidcoeoeocoddioificoGcoaocjoiciccco 


INOMOXO-i^iOiOO io t- 

Ci^WM®5rfN«t'-cNiOH®OtH(NMI'®iniCO®t^XO'9i 
■^c®t>t>ac50coiOTj;c©C5d«f5ioaocod — ci — r~cooio> — ccuoaocs 
— — — — — — cid’cicicicococoddiodcooodoidci 


8 fflM®®u'3®fflOl'®®t'®0®^NC-l»MOON®l'OIIMiN 
O ^ Cl M I' X C Cl Cl X C. - EO ® I' O ® O ® O Ol » X rp O l' O O 
rtr-iHT-ii-iiHrHi-iciiNCicicowcoM's">j'iOifC®i'i't'Xroa'. 


iogo — — — eocoooccdiocoo — cocitcioccuocoai — otp — died 

00 05 O CO — — O — Cl CC L® — CC O iO l" d tfC CO OC 05 CO 05 — Cl < 
— — — — — — Cldddd Cl COCOCO-'C-'? , i®iOiOcC'CCt^GC< 


k a h 


•enoJ?S 


a> 

G 

G 

X 


w 

ft 

J3 

c 

!E 

9 

-ft 

3 


k •<! a 


•ajfoais 


<COC0CCO500dO5 — dCC —' —HO — —<cjno^ixWX®ONiONh- 

■" ‘ ‘ < 04 ci c^ i> i-- 05 g> — j-i — 05 co io ci no m os co 


2222222°5°oo®o®o®o®o®®iooooooo 


3|O®O®O®CI®0l®CJXCIXCIXCIXCIXXOXOXOOCI 
dCOCOCOCOCOCOTjicO-^CO-cJiTJc — — — -pf — — — — — COTfic®TJ«c®CCi'~ 


XXfflXXOOOCIlNif'I'rPOXXXiMC'I.P.l'XXCKM^'cl'XX 

— —iHr-i — dddddddddddCICOCOCOCOCOCO — — — — — — 


i'-iH«MM'fT|ioaxt^[^xxoocici'ci , ') | ®®xxoo 

IrtHriHf-irtr^i-IHrHr^pHr-iT-lMClMCICICICIClMCIXM 


!>0®ON l® 
®®®1'®T|i®t'Clh- 


cocoi® — cc — i® — cir~ — — di®i®t^ — C0CI00Tfi®co — © 
NC5HH«A®hH^^ B coaOiPO«OMCIcPiic 
i— if— if—i — — — cioioioic®coc®' , c — »®i®cccci'.i^ 


CC GC © d Cl l® 


NOOOH t^OOiOOO i® ICO 

®iHLQTtlrH© 05 «OLOI'l'l'®f'HXOOIXI'XUC®lOI'OXX 
iot^xxortMco®X[->q«(N®qoii^®'cj'a«T)<(MMt'r-9io 
GGG — ftftftddcid'eoeoeoeoddiriicicdcccdcSosft 


NONOfflO® cfiQOOO® i® i® O i® © iC 
3 1.0 CO uO I' O Ol X Cl X Tf 1^ 1^ t' Cl X 06 « Ol lO O CO Ol lO LO iff o 
cpi0®®b-05OOCI'cp«®Xl'O«®XOX®'-M0l35CIOXO 
— — —ihhGGp loidoioicococoddddicddci 


dco — — comci^i^ — oOt^i®d — — i®cot^©t^t^ — t^ — ©©d©i® 

05050 —'CliOOI'OO.r^ciTPi, ooo®I^CIiOO'W 05 tpXXOO'^ 

— — — — — — — — dddddCOCOC0.J'Tt<i®i®i®E©C®COaCO5O5 


— G fb Si'S 2iQ — G32Sj2? c G' - 'j2 <: 2 !:<:i ' ; * ,, ''^ , ^ | ^ < 3i2c , z)—'sorf 

c® i" r~ oo -05 — d cc — — ocoi'-o — m ® i' — cof-oeoi'-ooo 5 coo 5 

— — — — — — — — dddddCOCOCO-cfT}'iJ<i®i®i®C©CO 


f2H2Si2P5Cr>JGGG2SS£ < 5 w: ’' 30 2?' st ^ lf 5C' — -wo — — goico5 

lOC® ®I'®C5 0— — d Cl CC © © © — — © 05 — — l'- 05 05 in — CO 

-rt-rt--rtrH-CICICICICIMWW»Mc|'®® 


|88888888S8SJS8Si?S*2SS2SJ?^l$SJ5SgS 


SSsSSS^S^ 100 ' 0 ^'°c ci *0*01X01X01X0X0 


O CD co QO 00 


O O <M <N’t rf< O D r D O O M O O 00 00 n M CC r/5 
WN(MWNWWCKNMMWC0 W«W«WW^Aj!5!?? 


»-<r-i^M^J*fT}'iCiC»CiCe)O00 00XOOC v lC'l'^^DDCt003D'N^| 


.2 

d 

ft 

>5 

G 

o3 


cc 

<v 

.2 

‘So 

G 

<V 


CL 

CL 

G 


<U 

ft 

d 

CC 

<v 

ft 

a 

aj 

j- 

03 

a; 


G3 

G 


<U 

b£ 

03 


G 

<v 

> 

’So 

<D 

ft 

03 

EC 


<L> 

T3 


>5 

u 

GJ 

ft 

03 

'O 

— 

03 
— 
e n 

HJ 


rO 

03 


H 


special service or conditions may make desirable. 

























































































CHARLOTTE, N. C. 


m 

CD 

G 

b/i 

G 

w 

l/) 
in 

12 

O 

O 

G 

G 

O 

a 

S 

o 

(J 

"O 

u 

G 

T3 

G 

G 

4-> 

CO 


5—i 

D 

& 

O 

PU 

v 

in 

u 

O 

ffi 

<d 

p-> 

g 

u 

‘-a 

c 


be 

c 

t/3 

G 

QJ 

"O 

G 

O 

U 


K 

03 

P 

X 

IC 

w 

03 

ft 

W 

O 

P 

< 

O 

cc 

p 

8 


s 

d 


o 

a 


>> 

o 

ft 

d 

c 

«c 

9 

P 

3 

U 


K d H 


os 

w 

ft 

y 

> 


a^o-ns 


w 

os 

p 

CO 

co 

w 

os 

ft 

w 

o 

U -I 

< 

o 

CO 

M 

8 


0) 

ft 


>> 

o 


ft 

d 


<3 

9 

P 

3 

O 


*H d H 


CO 

os 

w 

ft 

2 

p 

0" 

O 


'd^oj^s 


s 

p 


W 

03 

P 

co 

CO 

H 

as 

Ah 

H 

O 

P 

< 

0 

« 

p 

s 


<u 

a 

ft 

ad 


a 

d 


t: 

9 

P 

3 

O 


W d H 


CO 

03 

w 

ft 

SO 

P 

P 

0 


•ajioj^g 


C 

p 


lOXff.lNOl'PTHMiCCOOlOXffiTfr.r-iCOCC-KN'J'tOWKTii 


(O^C'lTftOHO'.rHiOMiOINpNOONl'iOCl^MntteOC'I'fOQiO 

M«0<0®MC0!0l'rHr-(4«flC0Ol'T|'O05MCOC0aiMO5©O 


■fO'f wc?HCH«(poiOD»coi}iioinsiM®ooicooooico 

Ol-HKiOOQ^iOO^INt'OCMMiOOOiOCOCOiCINCIiC'^l'Xl' 

•-i(NC^<N(Neoe>5eooo'VHj*T}<Tt<ic»cutici^i''Ooa30t-iC')CHccirtirtirt 


lOl'ftOrtTjnfiOQacO'WiaCOJiNfb'I'QO 

T-(r-lrHC : 5oHNc4?lCHeOlMCOeOT)<'«S<'g<T}< 


OJCOOlOOl'iM'fOOMOCCINK 

- JOlOlOriCC l-x l' 

©Moa.aooMCHei 


<OlO(N>Or<aOiO'<1'(NMIN<0®-HXiNO«»l'INT)'tOO--'M--M« 

eO'ftor-aopT-iTfiftaQoiiNoococoao — od 

ft ft rtH r-i?iCH(N(NC>iN«WCOCO«'>»''^iOiO<Ot'l>»x3iOOO 


2S29?2Q9Q5090^ooiOOiooiOO«5icoooico 

oftoaoo®ooa®®<o5«t'a»i'Xi'>»i'«t'ffli'©!Si/5L'3 


0®0©M®(N©Clffl(N®INX®f)XINXCHXIN«0»0Q©IN 

CCeOCOSOT)<COTl<M'>S<CO'^<M'»Ti'^'COT»>'<}<-<J<'5<'<f'q<'<j<Tj*CC>rti«COPl^ 


i<Nc^eHCH®4(NMc<3cooo«MMeoeoTj<T5<Tj<'j<'«j<'^<Trucir:io 


S««^§m^iCCO^O)Oc5ocO^MOOhCc£O^MOQOO 

6|iCoOoO(NW^rHHCDcoco5Ci'i , rHrHocr.c , .i^xicxa'.a'-«^icco 

IH i-H H d W d CO CO CO CO TJH 'if iO C CO CO L-^ 00 CO oi Tf Tf |>! c r-i 

HHHMrKM 


§ iOQW«iCCO^«DC5QQa)c540QrHu:iO^C^rHCOCOiCiOiOO« 
^ 04 lO *C GO 00 rH lib ift 05 OlOh^OU^C^W^OOOHOlOTj'ri 
rHr-JrHi-Jf-Ji-HC^C^C^cicOCOcO^OiCiOiOOCOr^r^OCaic^f-HTjJcOi^ 


LC^GOH*ir^O^OiCW«0«iOOO)C)HOMMOWOOOO^LO 

ci?o<NcciCioaD»-j(NiOiooac^t^coc^oo.oo»cco^a5Xco^OLC, 

rHrHf-lr-irM»HC^c4cidc4wCC^^'^TjJlOiO«OlO(DQ66d^irHTji 


^iO^OOOO^^iCOQa)W^r-icC«Oa)(Nica)»HCOQOCCGl^l^OrrX 

HT-iHr-(fj^(N(NC^C^COCOrJ<^'^TriOiOiC^GGL^GOa)0^(NCO 


WCieO»C«OOO^pWWC'GO^»Cl^OC5»COOO^<OCMN05h-’^Qt 

rirlHH»Hf-irH6iC^C4NC^COCC«^Tj«Tj<'Tjs^uClbGl>'t^XOO' 


COt^iO’-Hi-HI^OO^OO^fOOl^ 
OOHCO^iOOHOOCJCOOOIN^ _ 
iHHHrir^HHHr-(5lC^CNC s JCCWCOW 


_ _ r C0©©t^eMC'l50O0lr^C s i 

iNvooCHCcci^HCu^iCH»nic 
- JtJS^^^iOCDCOL^OOOOO 


■ X G G O 


XOOXOOWWIN^^GGXXXOC^INI'^OGOO^tJ'XX 

r-»«-Hf-.C^C^C^6l(NC^C^C4C^(N<N(NOOeOCOCOCOCOCOCO^^T}s T j < ^Tf 


T—l *H rH rH rH r—i rH rH rH HHriHHHHHHr , 1rHHOJC v IC^C s JC^blC^C^ 


f-nOOOOOQOiOQO 

^^H^S^G^xift^QOONWGGiCpOiOiCOOOOOOiO 

6H^t^O6^'HGOC^OTfC , 4G>OGO5lC0OOCCM'CCiOOC^ 


88S828SS! 


>c5S< 


HrtrtrlCHN030MW'0'40Hj<iO®®t'l'0>OeO(N®'<tit' 




!ǤiS^2SS$i2aQr-i>g<<Ni2Ti<c5icicc5Qeoooeo90^Hojo 
> 3j •*< ti« t>; in io ift 05 <F» ao co ® io <m. cq •<* »o r-; ao os r-; © ft c*5 
‘PPPPc^ci<Nojc*3oi'LcO'LiOicp’cDt'^oCPococ'iicPCT> 


eoc'‘t'--'j'a07i<ft»Qu , 50iftft<oco©iC5-Hjieo©©ft©©©QO»oo© 

rH«Nr>xp5)a6aoi^iiNi«®6c5i-'t*S55«©o35«2i»9 


5»«ff'a , ^T0OeOO5<N0C)0OPt^CO'rJ<OQ< 

£r> ci ©Tj«ioc©aocOTj<©t~-»j<ifjccftC'i' 

HHHHi-(C^^ldC^COCOCO^^" 


)iO*-Ht^-iOCslQ04^1 4 iOC^ 

;s$8&8§8is?3 


as e*o>-*j««-Heo^a>r^< 
t^0000C^p0^i005O( 


18883; 

>00hJ«h*4Oi 


> 00 op CO © r- © < 

> 00 OO 05 © < 


8888888888S ; 88S28888888gSgSSS83 


'OeO®Offi®P*CIN®NX®O«D®(N®e0QXQXQO® 

i,eoeQeoe»cocoe*3'«s<c'0''j«o'5Tj<'H»<oO''*'!j<' , *<'«*< T S , -'S , ' , s | c5''J , c£''t , '2 1 '5o 


®«®OOINfl'»"1iB®OOONflfl©®0 0'( l ') l *XOO^t 

rlrt,iC4(NINlNO4Ol<NCHMWMMM«MC>0Tf<I''J''VT)"ijuO‘OiO>n 


88S2222!2;S2S£22888?]Si3;3!883888S8 


G 

G 


cn 

<u 

.s 

Sd 

G 

<U 


a 

9" 

G 

</} 

O 

ft 

GD 

aj 

i_ 

03 

CP 

cd 

ft 

P-, 

<v 

ft 

G 

<L> 

is 

■ft 

G 

4a 

in 

.2 

ft 

G3 

G 

V 


as 

bJD 


<U 

> 

G 

<U 

pa 


b£) 


<u 

G3 

G 


G 

GD 

G 

G 


<D 

> 

O 

pa 

G 


H 


53 


special service or conditions may make desirable. 





















































































54 


THE D. A. TOMPKINS CO., 


GARDNER GOVERNORS. 



Figure 40. 

Standard—Class A. 


/ 



Figure 41. 

Standard—Class B. 



Figure 42. 

Spring—Class A 


The Gardner Governors are made in two styles, the Standard and Spring. 

The Standard is recommended for slow and medium speed, and the Spring for 
high speed and portable engines. 


PRICE LIST. 


Size of Governor- 
Diameter of Opening. 

% 

1 

m 

m 

2 

2^4 

234 

3 

3/4 

Price, Class B, Plain ... 

$16.00 

$18.00 

$21.00 

$25.00 

$30 00 

$35.00 

$40.00 

$50.00 

$60.00 

Price, Class B, Finished 

18.00 

20.00 

24.00 

29.00 

34.00 

40.00 

45.00 

58.00 

69.00 

Price, Class A, Plain .. . 

24.00 

24.00 

24.50 

29.50 

36.00 

42.00 

48.00 

59.00 

71.00 

Price, Class A, Finished 

27.00 

27.00 

27.50 

33.50 

40.00 

47.00 

53.00 

67.00 

80.00 


Size of Governor— 
Diameter of Opening. 

4 

434 

5 

6 

7 

8 

9 

10 

Price, Class B, Plain .. . 

$71.00 

$83.00 

$ 94.00 

$122.00 

$150.00 

$185.00 

$215.00 

$240.00 

Price, Class B, Finished 

81.00 

94.00 

106.00 

136.00 

166.00 

202.00 

235.00 

260.00 

Price, Class A, Plain.. . 

83.00 

96.00 

109.00 

140.00 

170.00 

210.00 

241.00 

270.00 

Price, Class A, Finished 

93.00 

107.00 

121.00 

154.00 

186.00 

227.00 

261.00 

290.00 


Class B is without Automatic Stop and Class A with Automatic Stop. Prices on sizes from 12 to 16 
inches inclusive will be sent on application. Standard Class A Governors are not made in sizes 
smaller than 1%. 


IN ORDERING. 

In all orders for Governors be particular to state the size; if plain or finished; 
the style, Spring or Standard; the class, A or B ; and the kind of openings wanted 
in chamber. If Class A is wanted, specify whether for horizontal or vertical en¬ 
gine, as a special design is necessary when wanted for vertical engine. 

REPAIRS. 

All Governors are made in duplicate, so that new parts can be supplied for 
those worn or broken. As many changes have been made in the patterns, it is al¬ 
ways best to send broken or worn parts for duplication; but if this be not con¬ 
venient, give the trade number of the Governor, which, if of the Standard style, 
will be found stamped upon side of the head, and if of the Spring, on the flange 
of the frame. 

















































CHARLOTTE, N. C 


55 


THE PICKERING GOVERNOR. 

IN ORDERING GOVERNORS, BE PARTICULAR TO SPECIFY THE 
CLASS OR FIGURE WANTED. 


As shown below, otherwise Class B, with speeder (figure 43 ,) 

will be sent. 



Figure 43. 

Class B—With Speeder. 



Figure 44. 

Class B—With Speeder and 
Sawyers’ Lever. 



Figure 45. 


Class A—With Speeder, Saw¬ 
yers’ Lever and Auto- 
tomatic stop. 


THE OPENINGS CAN BE EITHER FLANGED OR SCREWED, 

As required; but if not specified in order, will be sent as described in price list. 


Size of Governor or 
Diameter of Steam Pipe. 

Y 2 

% 

1 

M 

1 & 

2 

2M 

234 

3 


% 

% 

% 

$ 

$ 

$ 

$ 

$ 

$ 

Price, Class B, Plain ... 

14.00 

16.00 

18.00 

21.00 

25.00 

30.00 

35.00 

40.00 

50.00 

Price, Class B, Finished 

16.00 

18.00 

20.00 

24.00 

29.00 

34.00 

40.00 

45.00 

58.00 

Price, Class A, Plain ... 

16.50 

18.50 

21.00 

24.50 

29.50 

36.00 

42.00 

48.00 

59.00 

Price, Class A, Finished 

18.50 

20.50 

23.00 

27.50 

33.50 

40.00 

47.00 

53.00 

67.00 

Price, Globe or Angle 










Stop Valve. 





8.00 

9.75 

11.50 

12.50 

18.00 


Size of Governor or 
Diameter of Steam Pipe. 

sy 2 

4 

434 

5 

6 

7 

8 

9 

10 


$ 

$ 

$ 

$ 

$ 

$ 

$ 

$ 

$ 

Price, Class B, Plain ... 

60.00 

71.00 

83.00 

94.00 

122.00 

150.00 

185.00 

215.00 

240.00 

Price, Class B, Finished 

69.00 

81.00 

94.00 

106.00 

136.00 

166.00 

202.00 

235.00 

260.00 

Price, Class A, Plain ... 

71.00 

83.00 

96.00 

109.00 

140.00 

170.00 

210.00 

241.00 

270.00 

Price, Class A, Finished 
Price, Globe or Angle 

80.00 

93.00 

107.00 

121.00 

154.00 

186.00 

227.00 

261.00 

290.00 

Stop Valve. 

22.00 

25.00 

32.00 

38.00 

50.00 

80.00 

103.00 

140.00 

180.00 













































56 


THE D. A. TOMPKINS CO., 


SPEED INDICATORS. 



Figure 46. 

STARRETT’S HIGH SPEED INDICATOR. 


Price.$i oo \ We supply the Indicators with a spindle 7^4 in. long 

In Leatherette case.... i 50 ) for use on Dairy Machines, etc., for 50c. extra. 



Figure 47. 


STARRETT’S REGISTERING SPEED INDICATOR. 

Prices: In pasteboard box.$3 00 In Leatherette case.$3 50 



Figure 48. 


TAYLOR’S SPEED INDICATOR. 
Price each, $7.00. 
































Have your Engine Cylinders bored by up-to-date Machines. 


57 


CHARLOTTE, N. C. 










Figure 49. 

Boring bar for Engine cylinders. 
(Made in our shop.) 
















58 


THE D. A. TOMPKINS CO., 




Figure 50. 

One of our engine experts reboring Corliss Cylinder for Dallas Mfg. Co., Huntsville, Ala. 
























CHARLOTTE, N. C. 


59 


WE OVERHAUL ENGINES, 

USING OUR 

PORTABLE BORING MACHINE. 


Have your cylinders bored in place, thereby saving time and expense. 


The cut on the opposite page shows our Latest Improved Portable Cylinder 
Boring Machine, boring a cylinder 48 inches in diameter by 60 inches stroke at 
Dallas Mfg. Co., Huntsville, Ala. We claim this bar is a decided improvement 
over the many boring bars now in use, thereby insuring the accuracy of the work, 
and at the same time quicker in operation, which lessens the cost materially. 
This machine is designed for re-boring all makes and sizes of engine cylinders, 
pumps, Corliss valves, large wheels, etc. It will bore with one or both cylinder 
heads off, either vertical or horizontal. It is so constructed that the piece being 
bored serves as a support of the bar. It is only necessary to take off the cylinder 
head and remove piston, then the cylinder can rapidly and accurately be bored out. 
This saves breaking the steam joints, etc., and often a cylinder can be re-bored in 
less time than it would take to remove the cylinder from its bed. 

It is absolutely necessary that the cylinder should be perfectly true with 
properly fitted piston therefore insuring great economy in fuel. 


Piston Heads, rods and packing rings made to order. 


Estimates promptly given. 





60 


THE D. A. TOMPKINS CO., 



Figure 51. 

One of our engine experts reboring the cylinders of a Compound Corliss Engine at Lancaster, S. C. 

















The D. A. Tompkins Company 

Charlotte, N. C. 


PUMPING MACHINERY AND 
WATER WHEELS 


We Make Contracts for Installa¬ 
tion of Complete Plants : : : : : 


Machine and Repair Work of Every Description 


Casting’s 

















62 


THE D. A. TOMPKINS CO., 





DUPLEX BOILER FEED PUMPS. 


Figure 52. 


Figure 53. 


Figure 54. 










CHARLOTTE, N. 0 


63 


ft 

2 

2 

co 

•s 

o 

c n 

bJO 

Uh 


cn 

OJ 

4—* 

4—* 

cC 

a 

ft 

r h 

s 

X 


OJ 

ft 

7ft 

a 


TP 

QJ 

OJ 

Ph 

u 

<u 

o 

pp 


03 

bJO 

2 

ft 

03 

4 —• 

Ives can 

11 valves 


TP 

03 

ft 

U 

2 

ft 

:s are of 

C/3 

C/3 

03 

ft 

>-4 

03 

in 

ft 

2 

2 

O 

ft 

:ceeding 

*c n 

2 

2 


03 

03 

44 

LT) 


O 

ft 

ft 

> 

2 

O 

4-> 


ft 

2 

4-4 

2 

ft 

• 

rn 

03 

03 

V- 

O 

03 

O 

• rH 

4-4 

CJ 

**■■< 

C/3 

C/3 

03 

CJ 

<-4 

C/3 

2 

T? 

03 

4—» 

/-s 

w 

^H 

ft 

O 

<4-4 

bJD 

r-H 

r-> 

C/J 

C/3 

03 

4-» 

(—< 

•—* 
C^ 

'w' 

2 

03 

4—t 

4-4 

2 

2 

r - * 

#-4 

2 

f* 

M 

O 

U- 

ft 

r—> 

03 

bo 

2 

ft 


in 

ft 

1 * 

b£ 

r~* 

C/3 

4 —» 

r-* 
<—1 

ft 

rH 

\ w 


in 

O 

4—4 

2 

*5d 

4-4 

03 

in 

% j_, 

in 

03 

2 

2T* 

ft 

ft 

V- 

4 -* 

»u 

U- 

4-J 

C/J 

2 

2 

4-4 

03 

ft 

bo 

ft 

£ 

O 

£ 

4-4 

C/3 

r- 1 
»—< 

.—v 

1—4 

4—* 

03 

# 2 

2 

ft 

.£ 

2 

in 


C^ 

2 

»v 

03 

CP 

ft 

X 

CJ 


rH 

are 

2 

O 

• t—4 

03 

r-* 


ft 


2 

O 

• 

2 

2 

J-H 

2 

biD 

ft 

# 2 

4-4 

X5 

03 
4 — » 

03 

4 —» 

O 

TP 

ft 

« 

03 

03 

4—» 

2 

2 

m 

ft 

r-< 

• rH 

ft 

rH 

2 

2 

03 

4-4 

rH 

f-4 

O 

CJ 

U 
. 03 

5 

2 

J* 

03 

O 

v-. 

rn 

2 

t 

2 

2 

!— < 

MH 

O 

03 

4-4 

2 

03 

*** 

ft 

2 

\> 

r~! 

^-H 

O 

4-4 

^4 

O 

C/3 

C/3 

03 

• 

O 

' 4—1 

C/3 

biD 

*— 

X 

Ln 

X 

4-4 

2 

03 

r-* 

rH 

T! 

2 

£ 

O 

rj 

2 

03 

• 

C/3 

ft 

m 

m 

<H-H 

03 

ft 

2 

ft 

bo 

2 

ft 

03 

44 

ft 

#r 5 

03 

03 

^H-4 

CO 

biD 

4-4 

03 

Q 

>-» 

rH 

4—* 

• rH 

2 

ft 

4-4 

• rH 

2 

C/3 

ft 

t 

O 

2 

ft 

2 


u. .2 _ft 

D T; <D 

^ 4-» 

'“ s . Co 


ft 

o 

<H4 

ft 


CJ 


ft 

<v 


2 

C/3 


03 


C/3 


03 .2 
C & 

^ 03 


X X 03 
b fO 

ft X o 
2 * bo 

rN \<N J-. 

*-“• PN 2 

03 

^ £ « 

£ J ^ 

03 C/3 

b i <i> 


C/3 J- 


03 

£ 

o 

rH 

03 

ft 

r> 

4-4 

C/3 


c/3 


C/3 


c ^ 

a; o 3 


u 

03 


C/3 

cl <S 
2 x | 
2 £ 1 


CN 

X 

rP 

03 

CNi 

C/3 

bx» 


Pin 

0) 

cj 

X 

03 

C/3 

PL 


03 J-, 

2 CD 

— C/3 


t 

C/3 

C/3 


£ ^ 

03 03 


r 

o 


2 03 

■ £ 


03 


J. 

Co 

in 

/. 

03 

J- 

n 


C/3 

O 


a 

PX 

03 

C/3 

03 


2 a 

ft 

03 
ft 
03 
03 

a 


~ ft 


a« 


a 

03 


a 

r-4 

o 

4-4 

2 

03 

4—» 
4—* 

TO 

03 


03 

ft 

03 

C/3 


p 
(O' 

4—* 

ft 
03 2 

r 1 ’ ^ H 

2 rrH 

s TP 

CP 03 

o ti 

(3 Co 
<D CJ 

J2 

03 

> v 


u 5 

^ r2 

ft Ph 

‘ft, ^ 
03 
03 

g ^ 

» 

bJO 5 


2 ^ 
ft PQ 


2 

C/3 

CP 

03 


C/3 

o 


J-4 

03 

ft 


Oh CJ *“« 


C/3 


03 

C/3 

03 


o 2 
u 2 

bo .2 

rH 4-* 

> £ 

1 •~~ i r o 

b£) o: 

C/3 ^ 

53 2 

b£) B 

2 C/3 


C/3 

o 

ft 

£ 

o 

u 


03 

O 


- H 

«-4 

O 


_ £ 
£.< 5 


03 

O 

4-» 

ft 

03 

Vh 

Co 

ft 

03 

ft 

/^s 

W' 

C/3 

02 

03 

2 

03 


C/3 

03 

« 

2 

03 

ft 

J ^ 

4—» 

03 


C/3 

o 


2 

p 

TP 

03 

ft 

U 

2 

o 


03 

"2 
f—4 
/. 
4—' 

*■4 

o 

03 


2 


m 

03 

ft 

03 


J-. 

o 


cj 

2 


2 


03 

C/3 

C/3 

03 

2 

2 

in 


TP 

03 

03 

ft 

C/3 

£ 

C/3 

4—4 

2 


03 

4—' 
2 

6 

4—1 

C/3 

03 

H-H 

o 

C/3 

C/3 

2 

r> 


C/3 

03 

X 

o 

r 

03 

jvj 

■'-s 


ft 

03 

in 

03 


03 

I> 

C/3 03 

r C H-* 

2 

—H 

2 


4 —» 

* > 

ft 

ft 


2 

2 <X3 


2 



O 

r4 

C/3 

03 

• 

K. 

K" 

2 

3 ^ 

0 

Oh 

2 

03 

in 

2 

03 


ft 

03 

rH 

ft 

CJ 

2 

ft 

*o ^ 

CM ^ 

ft 

p 

4-4 


1/3 

03 

< 

v- 

03 
4 —• 

0 

03 

C/3 

C/3 

M ft 

• r^» 

C^ 

ft 

C/3 


2 

j- 

2 

2 

2 


>v 

V-4 

O ^ 

r* 

r-> 

t 

• 

<44 

2“ 

X 

\_3 

03 

.£ 

rH 

<H-H 

J£ S, 

(P 

03 

b 

n 

£ 

03 

ft 


0> (L) h 

03 r/3 

Ph b 


cj 

2 

03 


03 


ft 


03 ft 

^ £ 

ft T^ 
O 03 
2 XP 

1 C/3 


^ 03 h 
c/3 cx $ 3 


03 qj 

ft +-* 
o 2 

ft ^ 


C/3 

U- 

O 


!> 

O 

X 

LO 

X 

GO 

biD 

2 

• rH 

TP 

^2 

2^ ft 
2 Tj 
.2 03 

biD 


C^ 2 
03 C 


2 03 

2 


03 O (j 
ft ^ *r 
2 ft 


2 

O 


2 

qp 

03 


# y 

'O 


bo 


C/3 


2 

2 

03 


03 

CJ 


03 


S-. 

13 

4-- 

2 


ft 


03 

ft 

C/3 

— *73 
03 2 

ft 3 

X o 

03 ^ 

tJ lO 
2 rl 


. 23 ft 
.£ ft 

2 ^ 03 

»_ 4 —» 03 

<u .Jr Uh 

03 ft 4—> 

"O H 


X w 
_ biD 

rO /-h 

X rH 

\N 


03 
ft 
^ O 
in 
03 
NJ 


03 

ft 


C/3 


C/3 

03 


bo 

c/5 ft 


a 

£ 

a 

o 

«w 

2 

00 


a 

£ 

4H 

I 

32 

ft 

► 


E 

s 

? 

s 


fe p 
^<•2 

a ^ 


© 

2 

32 


2 

0 a 

t a 

-S 

s 0 

! & 
Q « 


2 

^ ® 

O a 


3 

O 


ti 

0) 

•8 

S 

«a 

£ g 


ddddddddddddd 

M *H *H *H *H *fH <H *H •« 

\w 

-h ft^| 


.5.a.s.s.s.5.s.g.a.s.9.a.s 

\« 


3.S.S.9.3.3^.25.2.23.3 

^ N ?J X\ 

nX r-H -4 ftf(M <M 5l 00 CO CO CO 


sscficsflflcgcgfl 

*^H *H «r4 *rH «r4 *rH »^4 -H *H »rH *r4 

*-h *—< r-4 f-4 *—1 04 CM Ci 


# r-Hc 4 cMcdcd»di>^ow 


.35.2.35.3.2.3555.2.2 


CPCCCPPPPPPPP 

• r—« «r4 a H «rH *r4 »»H 'H »r4 *rH *^4 »rH 

s x cs \w 

^4\ p4\ 

CMC 0 C 0 ^^^rO» 0 cDL^Q 00005 


ccaccscflcccflfl 

• rH .(>4 »i-4 «r4 »»H -i-* **H *r4 «r4 *r4 -r4 »»H »r4 

ft ^ 

CO rji ft CO l-b-L-XOWCl^ ^ 






































64 


THE D. A. TOMPKINS CO., 



TRIPLEX BOILER FEED PUMPS. 


Figure 55. 






65 


CHARLOTTE, N. C. 


~ c — 

X <X 
CTJ 


‘5 Ex 
> ^ 
oj 

73 x 

03 

| ■ Im - 

C o- 

4« 


o 

73 


73 .2 

C/3 •*_> 

03 U 

a. 3 

' C /3 _ 

£a>JH 

c ^ 3 


a; 


«’2 

u. C 

X «S^ 
GX 

13 03 

V * 

-C 


c 

U. 

o 

■*—« 

5 

3 

C/3 

>•» 

03 


E 

3 

U 

<J 

oS 


£ E 03 

.3.2 

D <D 

£Xt 3 

« S.W 
> ^ 

•— P 73 


° £ 

73 

3 73 

oS <d 

<D ^ >, 

E 33 

>>£-~ 
-Q 2 3 
O rr* 
C/3 U ^ 


i>x 
*o c 


rt 
. 73 

o u 

<D 
v- —< 

iJ’o 
o-° 

X) 


iO 

bi) 

r 


cn 

a 

g 

3 

n 


X 

cl; 

<u 

(X 

. 

jj 

o 

OQ 

X! 

JD 

• F-H 

. 

H 


0) 

r a;-- 

-a 3 

x 7 a; 

“ r-> 
^ 2 - - 
o G o 
03.2 £ 
>to 

3 i> 73 

?&§ 

5~« 

u o g 

D ^ ° 
= 3,03 

*'G c 

13 37 

D *p &> 

= a.E 

^ CD — 
T3 X 3 

= Ui 1/3 
S X <D 
. 


<D 

-*-» 

03 


0 ) 

. 

3 

73 

in 
<D 
. 
a 

•£ a; 3 

- £?* 

o £ <D 

73X.2 
X o > 
*>.2 . 
G^ 
^oo 

^x^ 

o.£ o 

x >.2 

<D O—« 
4-» . <D 
03 Q. . 

3 03 D 
bfiXX 

!2 5 

<D 3 S 
X o G 
rj-3 
b C/3 
CS 

cj a; <d 

~ >-c 

’7 3,7 

. X’ x 

<D 3 
4-» (D 03 
h 

£,o 
O aj tJ 

Xp^3 

. Z*w 

Sis 

IS” 

-11 a 

Sgn.? 

—• O 03 

a -o E 

3 3 

~ G <D . 
w o. CD 

s.a«* 

oR:S 2 


73 Q. 


73 \ 


OX 
3 CD 

" § o 

. 

^ -*-» _c 
P cj X 
3 CD 

-*-<£< D 

S C - 12 
§22 
° 03 ^ 

2 D. ° 
• .PTX 
x a, 73 

O 4) 
Q.-3 

^7 03 
D 2fX 
X 3 CJ 

■*^7 — 

CD oS X 

•SE « 


X 


P 

<0 

P, 

03 03 

fi -JS 

o P 

2 s 

o ^ 

> 

0 ) 


£ g 

O' o 

^ tx 

« c 

2 5 
* c 

S k 


CM t€ 


o G 
o X 

••h rz 

C f-H r—t r-H p-H »-H rH 

coooooooo 

4~> cz 

4—* 4-^» 4—> 4-J 4-> -M -M 4— 1 4—* 

Co w 

K O 

»o »o »o »o *o iC »o »o 1C 

<D 


03 


O 


vJ 

gCCfifiCSCC 

•f-H -f-H »»H -f-H >H »H HH «rH «f-H 

x pi 

w \CN\t\jt\rf C4 <4 

—• \-^ *H » \H\ 


P r-t 

cd g 
-M D-* 

KKKKKKHKK 

H 

(>iC^(MiOcOCX)p^QO 

iHHi-<*—C^iCMCNi 

U) 

tH 


H • 


P 

CD 

X <D 

»o 

Oi »C 00 ^ 

r3^i7^oc6(>iQ^Hiv 

rH CM ^ ^ 


1 § 

rH *-H 

0000000-00 

X rz 

-M'M4-'4-h-M4-'4-»-M4-h 


40 »C 40 40 

• •••••••• 

O 

^HCCCCOiOOOiO'^QO 
*-H r—( CO b" Oh 

» g 


& .2 


rn 4-* 

e p 

C04^(M4O CO 40 »OCO 
OOrHCQCOCO O0^ 

£ o 
x > 

• •••••••• 

HHCi 

ca o 

o tf 



»C‘ 0 >C» 0 »C »0000 

OCOCOCDCOCO^COCP 

000000000 

SSSSSS5§^ 


Ph 


Discharge 

ggggggggg 

•H *H “f-H «H “rH ^ *»H hH 

\^< \Hf .54\C4sC4\W 

rH r-H Oi CM CO CO 

G 


O 

GGGGG3GGC 


• pH »f-H -rH *rH f-H »rH -rH «iH f-H 

o 

Vf \?«NP« 

P\pH\rH\ 

H 

r-H f-^ rH rH CJ CO CO ^ ^ 

D 


** 

CGG3CGGGC 

O 

•ph »pH • «-h »rH »^h »r »r *r *r 

P 


4-> 


OO 

(MOICO’^f'^^OCCOO 


CCCCChCCC 

• p4 ^ 

vtvr \w \C< 

a x \^v\ #^\ 

•H P W Ol CO 


CD 

s 

D 

D-t 

X 

<u 

• »—H 

i-H 

H 

QJ 

4 —» 

03 

v-. 

a; 

CL 

o 


a; 

Uh 

3 

cr 

aj 

3—• 

OJ 

o 

Ph 

1 

<v 

in 

u 

O 


O 

aj 

3 

03 

H 


pi 

w 

o 

Ph 

w 

C /3 

O 

35 


x 

aJ 

<D 

35 

4-» 

CD 

<D 

U* 

8 

ro 


X 

cd 

D 

W 

-*-> 

<D 

<D 

u< 

6 

m 

N 


X 

cd 

V 

35 

D 

D 

1 

8 


X 

cd 

D 

w 


D 

D 

fa 


X 

cd 

<D 

35 

-*-» 

D 

D 

a. 

1 

o 


Ih 
^ D 

^5) 

o 2 7 

03 3 g 

a o.S 

03 O 5 

u 03 ^ 

o 


0 

> 

<D 


P . 

D CD 

7} 2 

S ® 




Tf N Q 

roO M O O 7)0 i^O T'.id O 
• •••*•••••••••• 

H (N CO UT)X »-• Tf moo f^)n NN 
►H H4 d C| CO Tf ^ IT) 


O vO 
to uo 


00 m O 

• • • 

IH Cl 


uo uo 


88 


UO 

o o 


uo 


7310 O rOMvO « On rf k 
MM ddmm^-^* 


vO 00 

d Tj- 


Cn rf 
• • 

w d 


88 


7310 O m O O O m 


rf TfOO M M 
M W d 


iO ^ NiO 

c* m m tt 


X 

ot 

D 

w 

+-> 

D 

<D 

6 

10 


OO OOOO^ 

d Tf N d VO O vr> o O O O O o rn tr; 

m ih m mx os Tf o moo Tf 

»h hh d d d m 


X N 

m m moo 


OOC 

) C 

> 

O m C 

) m C 

) O m m 


m d d mt^O mr^d mO 

»i i-i ih d d rr 


00 x 

O H 4 co Tf 


8 m 8 m 8 O 8 


m m 


m w m TfX 00 Os m d m 


m 

On lOOO 01 rf 
• • • • • 
m rf r^x cq 

»H d 


dOOXOOmOOO 
d O m no d •- m O* 

r^-vO h rt n vo m On m 

m ih d m m Tf Tf x> 


vo m m m m m O O 

xxxxxxxx 


000 

X X X 


m m O 0 

vo vo m vo 


G 

P 

Ph 


D 

N 

• 


NTS 

O O N d 

d d m Tf rf o OOOCOOOwhmw 

XXXXXXXXXXXX XX X 

NN \N\N 

— \ f*V\ *- , \ P\ 

I-I M d d rn Tf m m t^OO 00 ON On O 


The Theoretical H. P. required to elevate water is found by multiplying: the gallons pumped per minute by the total lift (including friction) in feet, and 
dividing by 4,000 The actual H. P. for 100 feet lift is 1.7 times the Theoretical; for 200 feet lift is 1.45 times, and for 300 feet lift 1.25 times for Triplex Pumps. 





























































66 


THE D. A. TOMPKINS CO., 


PUMP REPAIRS. 


We are excellently equipped for repairing 
pumps and on short notice will overhaul and 
put in first-class condition any pumps sent to us 
or will cast new parts and ship in a few days 
after receipt of order. 


Pipe, valves, fittings, lubricators, etc. 

Carried in stock. 


Machine and Repair Work of every 
Description. 


Castings. 











CHARLOTTE, N. C 


67 


in 

a 

E 

3 

CL. 

X 

JJ 

Q 



The diameters of suction and discharge flanges given above are for short lengths of pipe only and low lifts. If the 
suction and discharge mains are long, or the suction lift high, the diameter of pipes must be increased. A suction air or vacuum 
chamber materially assists in the smooth operation of the pump. 

















































68 


THE D. A. TOMPKINS CO., 


ARTESIAN WELL ENGINE 


OR 

DEEP WELL PUMP. 



Figure 56. 









Artesian Well Engines or Deep Well Pumps. 


CHARLOTTE, N. C. 


69 


co 

o 

Uh 


g 

15 

- 4 —> 
4 -> 

3 

CL 

15 

-X 

O 

i— 

4-5 

C/2 

be 

c 

o 


jD ^ 

f 'i 


15 

be 

J- -Q 

3 

3 

3 

45 2 

s? s 

3 

_o 

bO 

3 C 

■S.-S 

-4—5 


15 

JJ 

c 

15 

15 

>4.5 




c /5 TO 

u 2 X5 

■£ Q. 


S a 

•a £ 

^ * 

qj 


a, 

a. 


3 
15 
v- 
bjo 

a 
<u 

03 1> 

X _g 03 
3 ■£ -c 

c/5 


3 

TO 

3 j_ 

<u 

u, 

tuo 

3 "O 

_r- r " 

y ° 

W J—» 


3 

o 

4-5 

o 

c 


C/5 


C 

3 


C/5 

cd 

jo 


TO 

c 

cd 


X 

O 

JO 


cd 

£ 

TO 

15 

c 

15 


< 

4 - > O J_i 

• ^ o 

>5 <u L‘ a, 

• ~ " 0 

45 TO c/5 G 

<"* 4-5 qj O 

3 5 - 

i; ^ be 

JO u 3 

-<-> <l) y 

= l T 

O J IJ 

" " o 

j£ t 

3 c/5 

C/5 G __ 

3 —i ^ 

.0L, TO j- 
TO 45 3 

rt « £ 

, 23 a 
-*-* a, 3 

3 

_H 45 ■.« 15 

jg 

> <U C/5 ' 

5 T3 > _£ c 

5- S p V O 


V 

C/5 

03 


JJ C/5 

> <U 

> - 
. o o 

15 •- 
52 1; 45 

? v- JO 

4-> 

T3 

S £ 

03 o 


15 

« £ 
£ 

15 

JO 


15 

TO 

c 


^ "cd u 
u D cd "H 

<u _c a, c 


*- J - 1 3 

y ™ 

*« y 

•v v > 

"O hr _!C 


•— 

15 

-Q 

£ 


u 

S-H 


bo 

c 

3 


s ^ 

J*- cd y 

3 « .> 

W C/5 


c a. tJ 2 


t-U <u ^ ■— 1 

c is <u - o-£ S 

03 - T; g-^ 

o <-> cd o £ 

, > u. • ■*- > 


15 

JO 


3 

«is 


3 

be u 


c/5 

1) JO . 

»- 3 _ 

3 C/5 — 1 

« « 2 

*! « 


.JO 
c^ > 

- « *3 

bo ^ 


in r " 

c^ 


z; <u 

•?l 

p 2 


C/5 C/5 

bo o 

.£ 3 

u Ta 

O T3 
.- y 

C/5 

3 3 


cd 


<u -3 £? a, 

aj jo . ^ v 

c tt! H ^ 

o •- 


<u 

3 


O 

-t-j 

3 


<u 

3 


X 

aj 


r' 

CX C 


TO 

3 


jJ 

15 

c -1 

3 

4-5 

u, 

/•v 

C/5 .TO 
15 > 

3 > 

3 

c 

U 

CL 

bO 

3 

CL 

3 3 

3 

JO 

O 

w ? 

u- 

15 

> 

o 

15 

4—5 

3 

£ 

amp 

V- 

cx 

C/5 


• <U 
TO U 
aj 3 
^ cd 


C/5 

<U 

TO 


C/5 

3 


— u, 
- 15 


a; 


C/5 

o 

° .3 

3 c/5 

3 bO 

.2 c 

•4—* "JO 

TO S' 

^ ° 
3 (j 

3 3 

u £ 

c n • — 
3 ^_i 
-3 JO 
<d be 

JO 3 
O 

v. g 

O > 

Uj 

JO 
TO ' l -' 
<u *> 

”3 1> 


C/5 

TO 


in 

E 

3 

15 

4-> 

C/5 

C/5 

3 

J^ . 

= "S 

£ “ 

C/5 - 1 

3 TO 
3 

. — j_ 


s 2 

CL ^ 

V4 

15 y 

co be 

—I 3 
30 3 

^ 3, 

v -3 
3 c^ 

be rt 
3 TO 

'a S 
Pd s 
'co S 

3 o 

15 15 

i— qj 
15 v- 

^ y 

6 £ 




© 

3 


.a 

00^ ^ OQIO 

«-h cvi co J5 ^5 

o 

KKMKKK 

© 

N 

s5 2 

CD 

h 

o 

Vi 


*8 

•M 

P# 

OS 

X « « M H M 

\*\*vr\rv*v* 

3 


◄ 


© 


a © 

PQ tJ 


a 2 
-S 

c a c d c a d d c c 

,£S 


G W 


© U 




© 


3® 


-if 



ddddddcddc 



£ ^ 
&e 


o 


© 

a 

•H 

d, 


ddddddddde 



d 

Jh 

H 

*-^T-4CMCMCMCVi(M(MCOCO 

© 


a 


(X 

GCaaaacfiCf: 

a 


aS 

S 

-*-> 

HHHHHHfHHWW 

CD 


© 


O 

daeadaaddc 

(4 

445 

00 

2S^88S8S?88 

u 




®o 

§a ■ 

aaacaaaacc 

H *H «H »H *H "ri -r^ *H *H *H 

oot-t-dsas^H^ioicr; 

rH pH rH 

Q ® 


OQ 


































70 


THE D. A. TOMPKINS CO., 


DEEP WELL PUMPS. 

FOR HAND USE. 



Figure 59. 

With 3 way Cock. 

































71 


CHARLOTTE, N. C. 


DEEP WELL PUMPS. 

FOR HAND USE. 

Represented by Figs. 57, 58 and 59, on opposite page. 

For Wells From 30 to 40 Feet Deep. With 

Plain. 3-way Cock. 

With 4 in. porcelain-lined lower cylinder.$19 50 $22 00 

With 334 in. porcelain-lined lower cylinder. 17 00 19 50 

With 334x13 in. brass cylinder. 18 00 20 50 

For Wells From 30 to 70 Feet Deep. 

With 3 in. porcelain-lined lower cylinder......$15 00 $17 00 

With 3x13 in. brass cylinder. ... 16 00 18 00 

With 3x18 in. brass cylinder. 17 50 19 50 

With 2 Z2 in. porcelain-lined lower cylinder. 15 00 17 00 

With 2^x13 in. brass cylinder. 16 00 18 00 

With 234 xi 8 in. brass cylinder. 17 50 19 So 

For Wells Over 70 Feet Deep. 

With 234 in. porcelain-lined lower cylinder.$15 00 $17 00 

With 23^x13 in. brass cylinder. 16 00 18 00 

With 234 xi 8 in. brass cylinder. 17 50 19 50 

NOTE.—All 3 inch Cylinders, or smaller, fitted for i 34 inch Pipe. All 334 inch 
Cylinders fitter for 1 34 inch Pipe. All 4 inch Cylinders fitted for 2 inch Pipe. 

All Pumps are priced without Suction Pipe. If Pipe is wanted, state so in 
order, giving depth from top of platform to bottom of well, and depth of water in 
well in dry season. 


















72 


THE D. A. TOMPKINS CO., 


AUTOMATIC RECEIVER AND FEED PUMP. 


The combined Automatic Receiver and Feed Pump is designed primarily to 
drain heating systems and automatically deliver to the boilers the water of con¬ 
densation in its hottest condition. It is, therefore, a necessary and economical ap¬ 
paratus for office buildings, hotels, apartment houses, factories, etc. It is also a 
valuable auxiliary in connection with oil refineries, brick yards, chemical labora¬ 
tories, etc. 

Its operation is entirely automatic, being placed in a position to receive by 
gravity the condensed water from the entire system for which it is operating, and as 
the returns accumulate in the receiver the float located therein gradually raises and 
opens a special valve, admitting live steam to the steam chest of pump. As soon 
as the receiver is relieved of its condensed water the pump gradually ceases to 
operate, and does not resume until water again accumulates. 

Both receiver and pump are mounted on a cast-iron base, the height of re¬ 
ceiver being restricted so that it affords a drain for the lowest pipe or radiator. 

Should the pump be desired as the sole means of feeding the boilers a suffi¬ 
cient quantity of cold water may be introduced directly into the receiver to supply 
the deficiency occasioned by leakage, etc. 

It will be observed, therefore, that this apparatus is desirable and economical 
in the highest degree, not only on account of the direct saving effected, but it re¬ 
lieves the system of ever accumulating condensation, returning it directly to the 
boilers at a temperature closely approximating the boiling point, and also relieves 
the radiators, coils, etc., of that objectionable hammer due to the presence of 
entrained water. 


Size Pump. 


Capacity per Minute. 


Square Feet of Heating Surface 
it will Drain 


3x2x4 
4 ^x 3 x 4 
5 J 4 x 334 x 5 


12 Gallons 
20 
35 
60 
100 


5,000 

10,000 

20,000 

40,000 

80,000 


6 x 4 x 6 

7 x 434 x 10 












Combined Jet Condensers and Air Pumps. 


CHARLOTTE, N. C. 


73 


k G 
° £ 


V 

Du 

H 

c 

CJ 

V 

"bjo 

G 

c/5 


o 

u- £ 

o o 


03 

£ 

. — • •- *_i 

bJDZZ cj 

o>U ^ 

>>“0 £ 
-O 0) 03 
CJ >> 

"? 3 b* 

0JT3 V- 
£ 03 03 

re " 

C/3 £ 

03 q 
O (j 

w C V 

E 3 re 
re cr£ 

03 03 o 
c/3 2 
w £ £ 
v*—• o 

O CJ 


£ 

03 


V 


s 

£ ^ O 

O £ -*-* 

E -o "O 

re re .2 

rt ' o. 

a 


03 




£ 


<-*-! 03 w 

or££? 
c.gc 
•2 „ o 
u^T 

4-* 03 

•o^ 


-Q ^ 


03 

as 

a> hd P 

/—« 03 *“* 

"Z> <v 

5 ^ 

-s n «J 

^H-c 

O « re 

j= "res 
■“ tn « 

tn - '~ <n 

2 £-a 

— 13 *_. 

i- 4-4 

cj aJ u, 
CJ ^ O 
as ^ 

c/3-LT 
^ ix) aj 
-* 03 £ 

£ 

cS.hTo 

|s 


£ 

O 


b4~ q. 
£ ; - £• 
•— C/3 c 

£2 3 

0 ) as 2 

T-J ^ ^ 

5 as O 
O 9-0 

- rt £ 
O »_ as 

<D 03 c/> 

2 n <u 

3 S-G 

03 ^ 

-c 

~ o- 
£ u £ 
2-g^ 

^ a: « 
b£ a).£ 

^ as 

5*° 

0) £ a; 
v- o 


-a S « 

(D O £ 
A) u- 0) 

-a 

»- a> a 

5=8 

'— .-. M -4 

•*> re © 


.5 


<-g 

as 

*> -T 
£ £ 
O 

ra C5 

9-Jd 

►—« 4—< 

as as 

03 03 

££ 


£.^ 
O CTS 

^ U 

T3 03 
<d H3 
cj £ 
£ — 
XJ >, 
03 CJ 


— ■^03 
2 ^ 
u* bfl 3 
0) £ 

9* 5 — v*__ 
P J£ o 

*—I w I » 

a b£) E ^ ~ 

i> £ n u -Q 

£ hi) 
v * 


•° buc 

-*-> £ 03 
c n 
£ 

s 


"Sl 1 
si 

o 03 

■c 3 

-*-> C7 
• - O £ 




>. C o 

-*-* ^ZZ i- 

- TJ <■ 

“ <D 


o 

G £ 
a; .£ 


(J £ 

2 <& "£ cj--. 

^ fl*| 3 

as ^ *£ CT 

M-t ^ 

o 

T3 
£ 
as 


<l> 

£ 

O 


i~. 


-£ 

c^ 

0) 


^ * 


• +J ^ ^ 

O _C -C— 
n q ^ . 

6 0.2 
£ Q. 

»- O £ 

0) £ 4_» 

■£ O £ - 

g cj u c/) 


CJ 

£ 


(/) 


£ CD'O 


£ 

O 

CJ 


<D 

r* 

I « 

a 

a> 

V- ■—* 

re .-2 

0 ) Vt “ 
G O g 
" G-S. 

£ C/3 ^ 

(D as 

CJ _C 
£ ■*- 
aS u- 

^ ° 
aS <-*-• 


0) 


^ <13 £ 

u o _a v 
v >»ch — 
t: z? : cd 
>*-£ "£ 

^ as (D 

V- £ C/3 U. ^ 
CJ* O £ £ 
5 . CJ c^.£ 

mT -m « “ 

£ 2 C/3 ^ 

1 ) P ^ 

■a ^ 

S ro 3 re tS 

0 ^-g j- 2 
^ <d •*-» bn c 

0 re 53 rt OT 

4-* •— 1 

o 


0) 

a 


03 


C/3 

03 
CJ 
£ 

as ») 

»~ j£-£ 

as cj £ 

03 

Tj TD 
U 03 

0) g 

-C£Z 
4 -* TU 
03 

£ >- 

.2 « 


as 


03 


as 


0 Uh 

S H 


x 

03 


c^ 

03 

4—» 

as 


aJ 

V-. 

as 

£. 

D. 

as 


a 

9* as ^ 

3 c/3 £ 

W u- O 

03 

x: °S e 

• 4 - J C/3 > • 

4-» ^ • 

03—•_ c^ — 
»- aST3 03 H 
03 C/3 CD , 

X! . £ as 

> >>• 


a 
o 

4-4 o —__ 

• —. u. 4-» 

s M c 
o-c 3 


£ 

£ 


CJ 

aS 

0) 


03 

;-c 


£ 
-C <J3 

03 -r 


as • 


to t;_c 03 
5 CCS o fr 
.2 « u 

o 

c-- - 

o ^ 3 
H ^ um-. 

■G u 0 

Si2i2 

ts rt as — 

£ £ > ^ 

£ t*-; g 

<u 2 3 

to a.S 


4_* 0) 

C/3 cj 
O aS 

u a 

03 


o — 

-w 03 


— CJ 

3 

•~* 03 03 
V- 

O 

as 

T3 CJ 

J- 03 £ 
O-Q -1 

£ >> 5 


C«£ 

aS c^ 

. C/3 

S g. 

£ a 
£ 4-» 

as c/3 

B os 
03 

£ 

•CjC 

s 5 

C/3 '4-4 

c° 

03' 

l- C/3 ^ 

_03 a ^ 

as 03 ^ 

g >,0 

.2^0-a 

4-» 4-» 

X'V o 

^ 03 4-» 

*£ ^ a 
.£ £ — 

w 

0fi“O 03 

£ £ be 
*£ ° Jr 
« u 3 
3 4>t5 

— OT5 
<D ^TS 

5S£ 

^ as as 
to 03 o 
-•-*-»*£ 

C/3 g 

__ 03 5 
a J£ O. 03 

t_ . .1_* - 1 1 

u. >. 
03 _, •— 4 ^ 
t- S as 73 

'*-» O 03 -*-* 

^i;-£ 

^t^-£ 

. 4-* 

03 £ O 

> 03 ■*- 
’T-C'TD — 

5««£ 
t a 

£ . as o 

•^^cjO 

3.5 C/3 £ 

-Q o— ^ 
03 


03 

4-* 

iS 

£ * 

03 


V 


i— 

£ 

»-4 

t- 

*—. 

£ 03 
£ O* 


c 

03 


r- —“ 

^ >» 

"5 


HD 

• 

-4-^ 

HD 

03 

fc-w. 

£ 

u. 

0 

4-4 

P4 

P4 

«.2 

1 -^ 

£ 

£ 

03 

03 JD 

4-4 

O 


O 


£ 

4-4 

£ 

£ 

> 

HD 

£ 


a 

— 03 

</) 03 as <d 
£ c CJ-^jiS 

C^XS £ 2 


£ 


’> 3 


u 

_ °o c 
a >* £ ■£ o 
G|- 0 « a 
c £ ^ H u - 
co 55 o. 


£ C/3 
03 - u 

Si: 03 03 
--£T3 
2 ^ £ 
cr^ S 

4 ^ >- 


^ oT 


03 


£ 


- LJ ZT— 1 
£ 

O 

^.G g 


“■Se-S 

£ as ^ as 
S ^ a 

S £ 03 X 

■2-G.2 

o 

fl ■» »-•« 


bD 

C/3 £" 03 ^ 
to ^ 03 - -*-» £ 

^ as £ 

03 ^ 

_Q 

►>2 
as -S 

E 


1 - _ 

03 O 
> *- 
O C/3 


o ^ 

.2 cj 

z. ° 


1 c 
£ 
C/3 
£ 
O 
CJ 

"03 

£ 


►^ 4-4 

O 

_ re ^ 
g re^_ 

G V - o 
G c 

^ t O § « 

^ u re 

5-2 3 re 

y-s l-l £ 
O Q 4-» 

C/3 ^ £ 4-4 

— rH £ CO 
^.£ 2*> 
O rtf to % X 

r ) c/3 qj £ £ aS 

u 03 P z: o £ 


03 

£ 

£ 

V) 


to - c 
£ ^ 
03 


03 


03 

2 3 

•a Q 

£ 

a 

b^. 
c 


^ O £ 

£ <-3 C/3 


03 


co a g 

^ art - 

03 £ JC 03 

— bt x; 

j—t — ■ —• rn 


£ 

03 

CO . , u _ l 

«.-re 

—- n 

7) >- 3 

S os 

^ a 03 
2 as >- 

£ > C/3 
CO „v -*-* 
03 •—' 
'+* _rr — 

o-£-3 

4-* 

.£1 £ > 
£ 4-» 03 

bc^’S 

0 J £• Kjd 

^ £ O 
£ ^ 

£ Q. 

£ £ 

£ a 


£ 03 

> ^ bj-2 

^ f/l o w 
03 

£2 
!x 
re .2 


^ O'TJ 
CO 2 

7D 03 
03-0 

2 03 O 

>^5- 

O ^ £.£ 
*- O co c 
0,4-* c! Wh 

CO 03 03 2 
j- c £ ° 

03 £ o 4-» 

CO ^ CJ-^ 

£ 03 4 ^ 03 
03 j* o u 

2- V- « 

S a 03 a. 

O £ 4-4 03 

rj u- £ u. 

0 ^ a 

4-» ^4-. -> 

3 T3 <U 2 
£-0 £ 

5«i% 

" £ £ 

_a - 

.-4 1 - 
U. 03 

4-» 4 -* 

£ £ 

“O ^ 



£ 

O 

•pH 

4-4 

8 

d 



a 

s 


3 

£ 


03 

-M 

00 




I0*0>0i0k0»0i0*0*0*0*0*0*0*0*0»0 


\N 

^H<MC^C 0 C 0 ^^kOO 4 C<® 0 DC 0 ?D 00 (X> 00 OO' 


BBBBBBBBBBBBBBBBBBB 

\n\^ 

<M5ico^f^iOio?ooocoooooooooogoe^ji 


.s.g.g ,9.^.9 .si.g.g.g.g.ga.g.g.ga.s 

vr \w\^\w\« 

<n\ H\H\iH\J\ 

^H,-,pHrHFH(M^|C^CQ^lCOCQCOCOCOCOOOCO 


dddadddddqdadddqdflg 

•pH *H »pH *^H «pH »pH *pH «rH *H »P4 »pH »p^ «rn •« *^4 

^ 3 R 

hhhhphhhihhNhWNNNWW 


.s.s.s.s.a.s.s.g.a.s.d 3 .sa.si.aa 3 


u 

u % 


08 

5 


.a.a.a.a.g.a.g.a5.H.2.a.a.H.g.g3.a3 

^»Ot-OOOOOOWWW^^CO«OOOOOOW^ 

ww £Sphhphhphhhhh?INW 



.a .a .a .a .a .a .a .a .a .a .a .a .a .a .a .a .a .a .a 

<Oi*—«cococooo 

p-H hhhhhh 










































74 


THE D. A. TOMPKINS CO., 


DIRECTIONS FOR SETTING 


AND OPERATING 


PUMPS. 


It should be the first care in installing the pump, to provide for full and con¬ 
stant supply of liquid to be pumped; in order to accomplish this observe the 
following points: 

The suction pipe should under no circumstances be of smaller size than given in 
the tables. Where necessary to employ long lines, larger sizes must be used, as the 
frictional resistance due to the unusual length will partly counterbalance the head 
due to vacuum, and prevent an adequate supply to the pump. 

Use as few T’s and L’s as possible. 

All valves employed should be of the gate pattern, so that the free way for the 
passage water may equal that of the pipe. 

In laying your suction line, a uniform grade should be maintained, in order 
to avoid air pockets. The suction line should have a drop not less than six inches 
in each one hundred feet towards the supply. Extreme care should be exercised, 
in order to make the suction line and connections absolutely tight. It should be 
remembered that a very small leak will supply the pump with quantity of air that 
little or no water could be obtained. It is desirable, therefore, that the suction 
line be tested under water pressure of from 25 to 50 pounds per square inch, in 
order that any leaks may be detected. 

A large vacuum or suction chamber on the suction pipe, placed on the opposite 
side of the pump from where the suction enters, or on the line near the pump will 
be found of great advantage, and in case of long pipe and high lift, it is a 
necessity. 

A foot valve can be employed to advantage, if its location is such as to enable 
it to be drained in cold weather, so that no danger will result from freezing. The 
valve will insure quick starting of the pump by maintaining the suction line free 
from air and full of water. 

A strainer is desirable, and is absolutely essential if the supply is taken from 
a point that may permit the entrance of foreign matter that will have a tendency 
to clog the water passages and valves of the pump. The area of the openings 
of the strainer should be four times the area of the suction pipe; and they should 
be frequently inspected, and all extraneous matter removed. 

Priming pipes are desirable, connected to the discharge above the pump, so that 
the water boxes can be filled with water and started quickly. This is especially 
desirable, and a necessity for a fire pump. 

When hot water is to be pumped, the difficulty of lifting by suction increases 
with the temperature. It should therefore be arranged to flow into the pump, if so 
hot as to vaporize when the pressure of the atmosphere is removed. Thick liquids 
should also flow to the pump by gravitation. 




CHARLOTTE, N. C. 


75 


The steam and exhaust pipes should be as direct and as free from L’s as 
possible. Both pipes should be thoroughly cleaned before starting the pump, so 
that metal chips from cutting pipe may not be carried into the steam chest and 
score the valves and seats. Proper allowance should be made for the expansion 
of the steam pipes in connecting same up. 

A drain pipe or bleeder should be provided for live steam pipe; connection be¬ 
ing made directly above throttle valve and with the drain, so that the water of 
condensation may not have to pass through the pump. 

All cocks and drains provided for both steam and water ends should be 
opened after the pump ceases operation, so that the water may be thoroughly 
drained, thereby avoiding any possibility of freezing. 

If it is desirable to connect the steam and water cylinder drips in the same 
pipe, a check valve must be placed, closing toward the water cylinder, to keep it 
free from steam. 

All pipes leading to and from the pump should be properly supported, to avoid 
undue strain on flanges of pump. 

In starting a pump under heavy pressure it may fail to perform, because of 
full pressure resting on discharge valves. You will discover that the air in pump 
cylinder is compressed, and prevents water from entering; it is therefore advisable 
to start the pump without any pressure and run until all the air is expelled. This 
can be accomplished by suitable connection in pipe and waste pipe. 

In starting a new pump, if it does not operate with uniform and smooth motion, 
usually the first impression is that the steam valves are not properly set. These 
valves should be the last thing to be disturbed; make sure that the suction and dis¬ 
charge connections, water valves, and everything connected with the water end is 
all right before investigating steam end. There is only one proper position for 
the steam valves on Duplex Pump, and this position is given them in testing 
room, and any changes made by the operator will be wrong. 

If on starting a pump it is found that one or perhaps both the pistons do not 
make full stroke, the cause can usually be located at the stuffing boxes. They are 
probably packed too tight. In properly packed stuffing boxes it is only necessary to 
draw lightly on the glands to prevent leakage, thereby not only saving friction, but 
having a much smoother working pump. 

When the water plungers are packed with fibrous packing, the trouble some¬ 
times arises from the swelling of the packing, causing the pump to operate stiffly, 
and make uneven strokes, etc. This is especially so when pumping hot liquids, 
and sometimes it is necessary to take out the packing and thin it down. This is 
done by stripping a layer from one side of the strand or ring, as the swelling 
is usually lateral. In providing a piston with new packing, it is well to soak the 
packing in warm water over night before fitting it in. New packing should not 
be crowded into the piston, but should fit the packing space loosely, and when it 
becomes wet the swelling will cause it to fit in the space. > 

In feeding a boiler or battery of boilers the discharge pipe should be provided 
with a relief valve, so that if the pipe is throttled in any way the pump may be 
relieved; otherwise excessive pressure will quickly accumulate. Such relief is a - 
solutely necessary for power pumps. The excess of water may be by passe 
suction, or delivered to waste pipe. 



76 


THE D. A. TOMPKINS CO., 



WATER WHEELS. 


W E are prepared to give advice on the availability of 
water powers, to estimate their capacity, engi¬ 
neer their development, and furnish estimates on 
the cost of installing Water Power Plants. 

Parties writing us on this subject should give us the 
following information : 

1. Power Required, stating for what purpose the 
wheels are to be installed, that is, for cotton mills, electric 
lighting plant, etc. 

2. Approximate Speed desired for head shaft. 

3. Available Pressure or Head in feet; that is, 
the elevation of head water above tail water. 

4. Available Quantity of water in cubic feet or 
gallons per minute. 

5. Variation of Water Supply in different seasons. 


HIGH CLASS WATER WHEELS 
FOR POWER PLANTS. 














CHARLOTTE, N. C 


77 



Pair of Turbines on Horizontal shaft. 





































































































































































































































































































































































































































































































































































































































































































78 



Figure 61 . Figure 62 . 

Sectional view of Horizontal Turbine, Head Race, Flume and Tail Race. Sectional View of Vertical Turbine. 


























































































































































































































































































































































































































































































































































































































































































































































































































































































































































































The D. A. Tompkins Company 

Charlotte, N. C. 


STEAM AND HOT WATER 
HEATING 


Fire Protection 


Tanks 


We Carry a Large Stock of Pipe and 
Fittings and do all Kinds of Pipe work 













80 


THE D. A. TOMPKINS CO., 


HEATING. 


We are fully equipped and prepared to take contracts for heating factories, 
public buildings and private residences. 


FACTORY HEATING. 

We heat factories by either live steam or exhaust steam. 

For factories excellent results may be obtained by live steam in pipes. We will 
guarantee to utilize exhaust steam for heating and to make it circulate freely 
through the pipes without putting any back pressure on the engine. 

PUBLIC BUILDINGS AND DWELLINGS. 

For private houses, we think that a hot water system or a low pressure steam 
system is best,—the preference being usually for hot water in private houses. 

For public buildings we think that low pressure steam or hot water should 
be used,—the preference being for low pressure steam and especially so in large 
buildings. 










CHARLOTTE, N. C. 


81 


SHOWING HOUSE HEATED WITH HOT 

WATER. 





Figure 63. 
Concealed Work. 


Figure 64. 
Exposed Work. 








































82 


THE D. A. TOMPKINS CO. : 


STEAM BOILERS. 

FOR HARD OR SOFT COAL OR WOOD. 



Figure 65. 

TABLE OF DIMENSIONS AND CAPACITIES: 


6 

Z 

Capacity 

Direct 

Radiation. 

0> 

u 

Ui 

0^ 

Size of 
Grate. 

Depth, 

Inches. 

Shipping 

Weights. 

6 

Z 

Capacity 

Direct 

Radiation. 

Price. 

Size of 

Grate. 

Depth, 

Inches. 

jfa 

a|> 

•— <u 

418 

350 

$ 221.00 

18x18 

26 

1460 

838 

2850 

$ 1112.00 

38x48 

70 

8450 

518 

475 

276.00| 

18x24 

32 

1740 

938 

3300 

1225.00 

38x56 

78 

9350 

618 

600 

338.00 

18x36 

38 

2040 

1038 

3800 

1350.00 

38x64 

86 

10250 

718 

725 

397.00 

18x36 

44 

2330 

1138 

4300 

1475.00 

38x72 

94 

11150 

818 

850 

444.00 

18x42 

50 

2740 

1238 

4800 

1600.00 

38x80 

102 

12050 

626 

1000 

500.00 

26x30 

38 

3140 

1338 

5300 

1725.00 

38x88 

110 

12950 

726 

1200 

575.00 

26x36 

44 

3520 

850 

4100 

1425.00 

50x48 

70 

10100 

826 

1400 

650.00 

26x42 

50 

4000 

950 

4700 

1575.00 

50x56 

78 

11100 

926 

1600 

725.00 

26x48 

56 

4420 

1050 

5400 

1750.00 

50x64 

86 

12100 

1026 

1800 

800.00 

26x48 

62 

4850 

1150 

6000 

1900.00 

50x72 

94 

13050 

1126 

2000 

875.00 

26x54 

68 

5330 

1250 

6700 

2075.00 

50x80 

102 

14050 

1226 

2250 

962.00 

26x54 

74 

5730 

1350 

7300 

2225.00 

50x88 

110 

15250 

1326 

2500 

1025.00 

26x60 

80 

6130 

1450 

8000 

2400.00 

50x96 

118 

16350 

1426 

2750 

1087.00 

'1 26x60 

86 

6530 








Total height of boilers Nos. 418 to 818 inclusive, 56 inches. 

Total height of boilers Nos. 626 to 1426 inclusive, 60 inches. 

Total width of boilers Nos. 418 to 818 inclusive, 28 inches. 

Total width of boilers Nos. 626 to 1426 inclusive, 38 ’inches. 

Height of water line Nos. 418 to 818 inclusive, 46 inches. 

Height of water line Nos. 626 to 1426 inclusive, 50 inches. 

Size smoke pipe collar, Nos. 418 to 818 inclusive, 9 x 10 inches. 

Size smoke pipe collar, Nos. 626 to 1426 inclusive, 10 x 12 inches. 

Total height of boilers Nos. 838 to 1338 inclusive, 72 inches. 

Total height of boilers Nos. 850 to 1450 inclusive, 76 inches. 

Total width of boilers Nos. 838 to 1338 inclusive, 58 inches. 

Total-width of boilers Nos. 850 to 1450 inclusive, 70 inches. 

Height of water line, Nos. 838 to 1338 inclusive, 63 inches. 

Height of water line, Nos. 850 to 1450 inclusive, 67 inches. 

Boilers Nos. 838 to 1450 inclusive, tapped for 2-4 inch and 2-6 inch outlets and 
4-4 inch inlets. 

Lists show maximum length of grate. Under suitable draft conditions we do 
not recommend depth to exceed 64 inches. Bridge wall sections can be supplied to 
make grates required length on any fire pots with depth exceeding 56 inches. 












































CHARLOTTE, N. C. 


83 


HOT WATER BOILERS. 

FOR HARD OR SOFT COAL OR WOOD. 



Figure 66. 

TABLE OF DIMENSIONS AND CAPACITIES. 


No 

Capacity 

Direct 

Radiation. 

Price. 

Size of 
Grate. 

Depths, 

Inches. 

Shipping 

Weights. 

418 

575 

$209 

18 x 18 

26 

1460 

518 

775 

262 

18 x 24 

32 

1740 

618 

1000 

325 

18 x 30 

38 

2040 

718 

1200 

384 

18x36 

44 

2330 

818 

1400 

431 

18x42 

50 

2740 

626 

1650 

487 

26 x 30 

38 

3140 

726 

2000 

562 

26 x 36 

44 

3520 

826 

2325 

638 

26 x 42 

50 

4000 

926 

2650 

712 

26 x 48 

56 

4420 

1026 

2975 

788 

26 x 48 

62 

4850 

1126 

3300 

850 

26 x 54 

68 

5330 

1226 

3725 

939 

26 x 54 

74 

5730 

1326 

4125 

1000 

26 x 60 

80 

6130 

1426 

4550 

1062 

26 x 60 

86 

6530 

838 

4700 

1087 

38 x 48 

70 

7600 

938 

5450 

1200 

38 x 56 

78 

8400 

1038 

6275 

1330 

38 x 64 

86 

9200 

1138 

7100 

1450 

38 x 72 

94 

10000 

1238 

7925 

1575 

38 x 80 

102 

10800 

1338 

8750 

1700 

38 x 88 

110 

11600 

850 

6775 

1400 

50 x 48 

70 

8850 

950 

7750 

1550 

50 x 56 

78 

10000 

1050 

8900 

1725 

50 x 64 

86 

11000 

1150 

9900 

1875 

50 x 72 

94 

11900 

1250 

11050 

2050 

50 x 80 

102 

12800 

1350 

12050 

2200 

50 x 88 

no 

13700 

1450 

13200 

2375 

50 x 96 

118 

14600 


Total height boilers Nos. 418 to 818 inclusive, 56 inches. 

Total height boilers Nos. 626 to 1426 inclusive, 60 inches. 

Total width boilers Nos. 418 to 818 inclusive, 28 inches. 

Total width boilers Nos. 626 to 1426 inclusive, 38 inches. 

Extra tappings can be supplied if desired. 

Size smoke pipe collar Nos. 418 to 818 inclusive, 9x10 inches. 

Size smoke pipe collar Nos. 626 to 1426 inclusive, ioxT2 inches. 

Total height of boilers Nos. 838 to 1338 inclusive, 65 inches. 

Total height of boilers Nos. 850 to 145 ° inclusive, 68 inches. 

Total width of boilers Nos. 838 to 1338 inclusive, 58 inches. 

Total width of boilers Nos. 850 to 1450 inclusive, 70 inches. 

Boiler No. 838 tapped for 4-4 inch flows, returns duplicate. 

Boilers Nos. 938 to 1450 inclusive, tapped for 2-4 inch and 2-6 inch flows, re¬ 
turns duplicate. ... 

Lists show maximum length of grate. Under suitable draft conditions we 
do not recommend a depth to exceed 64 inches. Bridge wall sections can be sup¬ 
plied to make grates required length on any fire pots with depth exceeding 56 
inches. 





































HEATING SURFACE-SQUARE FEET 


84 


THE D. A. TOMPKINS CO., 


ex; 1 " <u 
•7 be -m 
-L CT 
S <U c/3 *- 
^HrH 4> 
hU(M ci 


^ilH^^_t r _iOqc^C<lcvlC<lCOCOCOCOCO'^'^'^'^'^*0 1 O l ^ )l ^ lir:)tC) '^ >cc> 


23 -in. 

Height. 

2 V 3 sq. ft. 
per Sec. 

\C0 \«\M \W\50 \05\M \M\50 \W\50 \M\M \03\P3 ^P 3 ^ ^iP 3 

cK w\w\ ,-kcT i-K«\ g\cT r-KcK 

^t,Q 5 r H^H® 00 rHC 0 ‘ 000 O<M‘Ot*C 5 (M'^CD 01 '-iC 0 CDC 0 OWiCt--pC 2 '^ 

26 -in. 

Height. 

2% sq. ft. 
per Sec. 

\W \W\M \SO\W \M\CO \M\M \PJ\W \M\M \OTxW \£0\£3 

IC 00 OOTCD 00 r-i^CD 05 (N^t-ONi 0 XOC 0 X) 00 --i 7 tD^M^t-CWi 0 

„ r HfHrH^Cq(MC<lOTCOCO'^'^'^ - ^‘OkO‘C‘OCDCOCDCDt*r-J>OOXX 

32 -in. 
Height. 
V/ z sq. ft. 
per Sec. 

\C0 \CO\CO vOxCS \CC\CO \W\M \OOXtO \MnM \05nM \K\M \M\p3 ^P 3 ^ 3 

r\> . _| r<y r> 7r\ r-K^K iH\QJ\ OTXCrx rH\CJ\ rHXOTX ft\CQx 

COO CO OO CO'cO O CO CO O COCO OCOCOOCOCOOCOCOOCOCOOOOCOOCOCO 
^.-ht— lOJCgQJCOCOCO'^-’^TtiiOeQiQCOCOCOfr-t- E-QOJOOQOSCTbObOOO 

38 -in. 

Height. 

4 sq. ft. 
per Sec. 

OONCDO^OOtNCDO^OOtNtDO^OO'MCDO^OOtNCDO^OOiMCOp^OO 
HH(M(MNC0C0^'<Ji7‘0‘0CDCDC0t-t'00 00Q0CiC5OOOi-iH(MM(M 

rH rr rH rH rH rH rH rH 

45 -in. 

Height. 

5 sq. ft, 
per Sec. 

OOOiOOiOOiOOeOO^OOkOOiOOiOOtOOeOOiOOiOOeOOiOO 

HrHNCQC005'^^iCuOCDC0r'r-000005C5OOHiHN(MC0C0'^-^iOi0CD 

rH rH rH rH rH rH rH rH rH rH rH rH rH 


-fl . <J 
-*-» r 1 <D 

bxj.Sc/) 

ft 


\W \W \W \0I \W \W \W \W \N \N \N \W \W \N \N 

iHN H\ rH\ h\ H\ tH\ rH\ H\ rH\ r-T\ r-l\ H\ H\ rn\ 

ii5t'ON*Ct»0(Mii:t'0(NiOt'OlNOt«ONiOl'ONiOt'ONiOI>0 

,_(,_i r _l,-HCO)0]<NC<]COCOCOCO''tf''cr''t l 'ctleO*0*OiOCDCOCOCDC'-C-t-t-00 


°| 

2 £ 
in 


(N'TO^iOCDt'OOaiOH^lCO^iOCDt'XOlOHlMJO^iOCOf'OOOlOH^ 
rH rH rH rH rH rH rH rH rH rH 04 04 (M ^4 04 ^4 C4 C4 C4 CO CO CO 


O 

H 

<1 

kH 

Q 

<1 



We also furnish three and four column radiators. 




































CHARLOTTE, N. C. 


85 


RADIATORS (Continued). 


INDIRECT RADIATORS. 



Figure 68. 


This illustration shows method of introducing hot air into a room through 
a register in floor. 


DATA FOR INDIRECT STEAM RADIATORS. 






Size for 





Heat¬ 

ing 

Surface. 

Cold 

Air 

Supply. 

Diameter 
of Duct 
if Round. 

Hot Air 
Flue. 

Brick 
Work if 
Hot Air 
Flues. 

Size of 
Register. 

Ratio 

of 

1 to 30. 

Ratio 

of 

1 to 35. 

Ratio 

of 

1 to 40. 

Sq ft. 

Sq. in. 

Inches. 

Sq. in. 

Inches. 

Inches. 

Cu. ft. 

Cu. ft. 

Cu. ft. 

24 

36 

6.8 

48 

4 x 12 

8 x 8 

720 

840 

960 

36 

54 

8.3 

72 

8 x 12 

9 x 12 

1080 

1260 

1440 

48 

72 

9.6 

96 

8 x 12 

10 x 14 

1440 

1680 

1920 

60 

90 

10.0 

120 

12 x 12 

12 x 15 

1800 

2100 

2400 

72 

108 

11.7 

144 

12 x 12 

12 x 19 

2160 

2520 

2880 

84 

126 

12.7 

168 

12 x 16 

14 x 22 

2520 

2940 

3360 

96 

144 

13.5 

192 

12 x 16 

14 x 24 

2880 

3360 

3840 

108 

162 

14.4 

226 

12 x 20 

16 x20 

3240 

3780 

4320 

120 

180 

15.2 

240 

12 x 20 

16 x 24 

3600 

4200 

4800 

132 

198 

15.9 

264 

12 x 24 

20 x 20 

3960 

4620 

5280 

144 

216 

16.6 

288 

12x24 

20x24 

4320 

5040 

5760 


Each Section contains 12 square feet of heating surface in both Steam and 
Hot Water. 






















36 


THE D. A. TOMPKINS CO., 


RADIATORS (Continued). 

DIRECT—INDIRECT RADIATORS. 

Outside measurements of flange or lip around back air-inlet of Box Base, for 
attaching sheet-iron sleeve or pipe, are: 


Base. 

Inches. 

12-section 

24 M x 3 M 

11 -section 

21M x 334 

10-section 

1 8J4 X 314 

9-section 

1514 x 314 

8-section 

uy 4 x 3^4 

7-section 

11% x 3H 

6-section 

9 x 334 

5-section 

6 x 334 

4-section 

5% x 3H 

3-section 

m x 314 


Figure 69. 

Where air conduit is brought up through floor, under radiator, the opening 
in floor to be covered by dampers in Base should be: 


Base. 

Inches. 

Base. 

Inches. 

12-section 

2434 x 3 % 

7 -section 

11% x 3 % 

11-section 

2114 X 3 % 

6-section 

834x334 

10-section 

I—* 

00 

X 

cc 

5 -section 

614 X 3 % 

9 -section 

1514 x 3 % 

4 -section 

534x334 

8 -section 

14 % x 3 % 

3 -section 

3 h 



Note.— 12 -section Box Base is to be used for radiator of twelve sections, or 
any even number of sections larger. 11 -section Box Base for radiator of eleven 
sections, or any odd number of sections larger. Bottom of back air-inlet opening is 
one inch above floor level. 


















































CHARLOTTE, N. C. 


87 


AUTOMATIC HEAT REGULATORS. 



Adjust here. Its Automatic. 
Figure 70. 


The wise regulation of temperature in Winter means Home Comfort. 


It makes no difference whether you have furnace, steam or hot water apparatus, 
or whether it is new or old. All you need for securing UNIFORM TEMPERATURE 
is the 

ELECTRIC HP:AT REGULATOR. 

It automatically controls the drafts. A change of one degree at the thermostat 
is sufficient to operate the dampers. 

This device is as simple and no more expensive than a good clock. It embodies 
economy, comfort and health. Has proven its merit for 22 years. 

If not satisfactory in every way return at our expense. Write today. 















88 


THE D. A. TOMPKINS CO., 


STANDARD RADIATOR VALVES. 



Figure 71. 


Figure 72. 


With Union. 


Without Union. 



PRICE LIST, WOOD WHEEL AND UNION. Fig. 71. 


Style. 

Size, inches. 

% 

1 

m 

m 

2 

A 

Rough body, finished trim- 
in gs, each. 

$3.50 

$4.30 

$5.85 

$7.75 

$12.60 

B 

Rough body, plated trim¬ 
mings, each. 

3.75 

4.65 

6.25 

8.00 

12.85 

C 

Rough body, plated all 
over, each. 

3.80 

4.75 

6.40 

8.10 

13.10 

D 

Finished all over, 
each. 

4.00 

4.80 

6.40 

8.75 

13.85 

E 

Finished and plated all 
over, each. 

4.25 

5.25 

7.00 

9.25 

14.35 


PRICE LIST, WOOD WHEEL WITHOUT UNION. Fig. 72. 


Style. 

Size, inches. 

% 

1 

m 


2 

A 

Rough body, finished trim¬ 
mings, each. 

Rough body, plated trim¬ 
mings, each... 

$2.50 

$3.20 

$4.50 

$6.25 

$10.50 

B 

2.70 

3.50 

4.75 

6.50 

10.75 

C 

Rough body, plated all 
over, each. 

2.85 

3.65 

4.90 

6.75 

11.00 

D 

Finished all over 
each. 

3 00 

3.75 

5.25 

7.25 

11.75 

E 

Finished and plated all 
over, each. 

3.10 

4.00 

5.40 

7.75 

12.25 












































CHARLOTTE, N. C. 


89 


STANDARD RADIATOR VALVES. 




Figure 74. 
Left Hand. 


Figure 7 3. 

Right Hand. 

Figures 73 and 74 With Union. 


PRICE LIST, WOOD WHEEL AND UNION. 


Style. 

Size, inches. 

% 

1 

i M 

1 % 

2 

A 

Rough body, finished trim¬ 
mings, each. 

$3.85 

$4.75 

$6.45 

$8.55 

$13.85 

B 

Rough body, plated trim¬ 
mings, each. 

4.15 

5.15 

6.90 

8.80 

14.15 

C 

Rough body, plated all 
over, each. 

4.20 

5.25 

7 05 

8.95 

14.45 

D 

Finished all over, 
each . 

4.50 

5.50 

7.20 

9.55 

15.35 

E 

Finished and plated all 
over, each. 

4.85 

6.00 

7.80 

9.95 

15.95 

























90 


THE D. A. TOMPKINS CO., 


STANDARD RADIATOR VALVES. 

HOT WATER. 


Figure 75. 


Figure 76. 


With Union. 


Without Union. 




PRICE LIST, WOOD WHEEL AND UNION. Fig. 75. 


Style. 

Size, inches. 

% 

1 

1M 

m 

2 

A 

Rough body, finished trim¬ 
mings, each.. 

$2.45 

$3.25 

$4.50 

$6.50 

$10.00 

B 

Rough body, plated trim¬ 
mings, each. 

2.60 

3.35 

4.90 

6.65 

10.25 

C 

Rough body, plated all 
over, each. 

2.85 

3.65 

5.05 

7.10 

10.85 

D 

Finished all over, 
each. 

3.00 

3.85 

5.25 

7.50 

11.50 

E 

Finished and plated all 
over, each. 

3.40 

4.30 

5.80 

8.10 

12.35 


PRICE LIST, WOOD WHEEL WITHOUT UNION. Fig. 76. 


Style. 

Size, inches. 

% 

1 

m 

m 

2 

A 

Rough body, finished trim¬ 
mings, each. . 

$1.60 

$2.25 

$3.25 

$4.50 

$7.00 

B 

Rough body, plated trim¬ 
mings, each. 

1.85 

2.40 

3.60 

4.85 

7.25 

C 

Rough body, plated all 
over, each. 

1.95 

2.65 

3.70 

5.00 

7.75 

D 

Finished all over, 
each. 

2.15 

2.85 

4.00 

5.50 

8.50 

E 

Finished and plated all 
over, each. 

2.50 

3.25 

4.45 

6.00 

9.25 














































CHARLOTTE, N. C. 


91 


STANDARD RADIATOR VALVES. 

UNION ELBOWS. 



Figure 77. 


PRICE LIST. 


Style. 

Size, inches. 

% 

1 

m 

1 X 

2 

A 

Rough body, plain, 
each. 

$1.75 

$2.25 

$2.95 

$3.70 

$6.00 

B 

Rough body, plated trim¬ 
mings, each. 

1.90 

2.40 

3.10 

3.85 

6.15 

C 

Rough body, plated all 
over. 

2.00 

2.50 

3.20 

4.00 

7.00 

D 

Finished all over, 
each. 

2.20 

2.75 

3.60 

4.60 

7.50 

E 

Finished and plated all 
over, each. 

2.40 

3.00 

3.90 

4.85 

8.50 
























92 


THE D. A. TOMPKINS CO., 


AUTOMATIC AIR VALVES. 



Figure 78. 


With Metal Cap 


Price, per dozen, $ 7 . 50 . 



Figure 79. 

With Wooden Wheel. 



Figure 80. 

SECTIONAL. 

The plug is of specially prepared composition which extends into the coil but 
is protected from the steam by a metal casing. As the heat is imparted through the 
casing to the composition, steam cannot injure the expanding composition. 










CHARLOTTE, N. C. 


93 


FACTORY FIRE PROTECTION. 


Insurance Equipments for Manufacturing Establishments consist of the follow¬ 
ing items, which are all governed by certain rules laid down by the Insurance 
Companies, and are usually subject to special survey and estimate for cost of 
construction. 

First. Automatic Sprinklers and Piping inside all buildings. 

Second. Special Fire Pumps, either Duplex Steam, or Rotary, Iron Geared 
attached to water wheel. 

Third. Outside Fire Hydrants and piping, the number governed by size of 
risk to be protected. 

Fourth. A Standard Watchman’s time detector. 

Heretofore the best protection against fire has been put in Textile factories. 
Lately, however, we have made several important installations in large saw 
mills, wood-working establishments, cotton seed oil mills and cotton ginneries. 
It is amazing that insurance rates on standard cotton factories should be 1-5 of one 
per cent, while cotton ginneries are insured at 6 to 10 per cent. We can construct 
and equip a cotton ginnery to be as safe as a cotton mill. We especially invite cor¬ 
respondence on the subject of protection against fire. 


SPRINKLERS. 

Number of Sprinklers allowed on one section of piping. 

Size of Pipe. %" 1" 1^" W 2" 2^" 3" 34 5 6 

No. Heads Allowed. 1 2 4 8 16 28 48 78 110 150 200 

Automatic Sprinklers should be placed not exceeding five feet from sides of 
building or partitions, and not exceeding ten feet from centre to centre. When 
building is of mill or bay construction the sprinkler lines must run in each bay. 
When the ceilings are of a joisted construction, owing to the inability of any 
sprinkler to properly wet the same, the sprinklers should be brought nearer to¬ 
gether. 

Piping. —There should be a riser in each building, and in each section of the 
building divided by fire walls, of sufficient size to supply all the sprinkler heads 
on any floor in each section under standard regulations as to size of piping. 





94 


THE D. A. TOMPKINS CO 



One of our pipe gangs putting in Fire Protection at Pelzer, S. C. Mill No. 


















CHARLOTTE, N. C. 


95 


An adequate equipment, consisting of Fire Pump, Water Mains, Hydrants, etc., 
for an ordinary mill, represents a large outlay of money, all of which may be ren¬ 
dered useless if the hose and implements (which form but a small portion of the 
whole cost) are kept in towers or buildings where they are liable to be made in¬ 
accessible by fire or smoke. 

We submit on following pages full illustration and description of Standard 
Hose House, which provides an accessible place where all such implements may 
be assembled and kept ready for instant use. 

This method avoids delay by having everything at hand, in addition to which 
the life of the only perishable part of the equipment, viz.:—the fire hose—is pro¬ 
longed by keeping it as shown, on slatted shelves in well ventilated houses. 


EQUIPMENT. 

ioo feet of hose attached to hydrant and coiled on lower shelf as shown, with 
standard play pipe attached. 

Three lengths (or 150 feet) of extra hose arranged on upper shelf, divided 
by partitions as shown. 

Two axes, two bars, four spanners, two extra pipes, one lantern, all arranged 
as shown. 

Ladder straps and coils of one-half inch hemp rope to suit height of buildings 
should be hung in each house. 

Wrench always on hydrant. 

A liberal supply of rubber hose-washers to be provided and hung in a con¬ 
spicuous place. 

Hose to be attached and coiled as shown in Fig. 83. Any other way of coiling 
will cause last loop or coil to twist short at coupling. If coiled as shown, it will 
come off the shelf perfectly straight. 

Extra hose to be coiled on upper shelf as shown in Fig. 83, with male end 
of coupling to the front, each length separated from the others by partitions six 
inches high, so that pulling out of one length will not foul and tangle with others. 

For equipment and arranging of same in four-way hydrant house, see Fig. 84. 

Note. —The National Standard for hydrants now requires that gate valves 
must be attached to each hydrant outlet as shown in the cut in order to control 
each hose stream independently. 





96 


THE D. A. TOMPKINS CO., 

























































































































CHARLOTTE, N. C. 




Fig. 85 represents a rack for drying hose after it has been wet either at 
a fire or at a test. This rack should be 50 feet long, one foot high at the 
lower end, 5 feet high at the upper end, and we have shown it 3 to 4 feet wide 
with a slatted top so that a half dozen lines of hose may be dried at one time. 

This is a simple and effective arrangement, and does away with the necessity 
of hoisting the hose on the outside of the tower as is sometimes done. We 
consider this one of the essentials in the equipment of a fire protection system, as it 
will allow the hose to be properly cared for, which will tend to prolong its life 
^nd thus reduce the cost of the one perishable part of an equipment. 






























































































98 


THE D. A. TOMPKINS CO., 


UNDERWRITERS’ FIRE PUMP. 


Properly Equipped and Connected. 



Figure 86. 



















































Underwriter Fire Pump. 


99 


CHARLOTTE, N. C. 


CO 

oo 

43 

u 

3 

bo 

pH 


• <D J-. 

I S-2 

<-> ~ 6 
13 V v 

U CL X 

g X ~ 

G 


3 

(O 

c 


G 

4-> 


u 

G 

►*h 

73 

13 

*-» 

.2 

u 

o 

c /3 

C/3 

< 

13 


a; 

> 


>> 

X 


73 jO 
g x f trL 
• G be 
<-3 03 # G 

13 X 

CL G rtl 

C/3 Q O 

'*“* ^G 
o .2 ~ 

13 CL O 


73 

13 
> 
O 

a, 

CL 
13 G 


C/3 

G 

13 

4-4 

X 

u 


as 

JO 

4-4 

G 

O 

+-* 

u 

G 

•*—> 

c/3 

G 

O 

U 


c/3 


G 
JO 

13 
G 
O 

73 
G 

as _ _ _ 

- 13 

Cl £ 


O 


- *-r G 
w -r +■* 
be <u 

.£ £ 
C 73 — 

as 


CL 

C/3 


G 

U 

<£ 

*U 

13 

CL 

C/3 

13 

X 


o 

G 

VJ 

13 


G 

tn 

CL 

4 -» 

G 

c/T 

G 

13 



j-h 

C/3 


13 

13 

13 

Lh 

G 

4 -» 

G 

U. 

Uh 

B 

G 

XJ 

G 
# — 

13 

be 

G 

13 

M-H 

13 

G 

13 


^G 

G 

• m 

J3 

G 

C/3 

4 -» 

U 

tn 

CL 

u 

U 

• ^ 

G 

u. 

o 

13 


13 

13 

M-l 

CL 


£ 

be 


C/3 


W —t 

rH 

G 

7^ 


G 

c/3 


1) 

X 


G 


L 


rf A 
*3 J v 


*-• c/3 

13 4j 
73 ’*3 
G ^ 

G ° 
3 J 3 

73 £ 
13 a; 

4-» 

u 
G X 
J-. Cb 

§7 
8 £ 
O.S 
I fl 

Oh 

£ § 

c/3 

Oh .2 

*"• T3 
2! G 
T G 


be 
G 

w 
* 

„ Z 

H ^ 

c n 

13 
• ^ 

G 
G 
G. 


— O 
JO G 

be a 

§ “ 
J-* 

o 

JO 


a i> 
”G >> 


G 


G 

U 

<v 

CL 

C/3 


5 .ti 


u 

CL 

G 
• ^ 

13 

4-* 

G 

X 

G 

u. 

13 

u. 

O 

£ 

13 

13 

U. 


JO 

H 

G 

< 


G 



r .2 


73 

13 

cl 

CL 


G 

cr 

C/3 a; 


G 

13 


G 
13 
G X 


U 
• <—■ 

73 


£ ^ 

G ^ 

a, u 

i> 

• CL 

X CL 

8 O 
2 u 

CL 


13 

73 

G 

D 


m 
X 
w m 

oj • •—« 

,3 }-. 

G 

G ,!o 
CL D 

I z 
u « 

13 a3 

£ £ 

G 3 

G 

Vh 

G 

C/3 _ 

G H-i 

•S g ^ 


V3 C/3 
G 13 

0 G 

4-» 

G X 
• •—< 

= S 
g be 

G 

13 

£ 

G 
73 
G 
G 


^ w> 2 & 

v 3 CL nT 

r« a. 3 

H W) as 


u. 


4-* 


G 


be 

G 

• 

u, 

tn 

be 

G 

70 

G 

.£ 

*c 

• ^ 

u 

o 

G 

o 

O 


•——» 

CJ 



be 

tn 


u 

70 

4-» 

> 

o 

J3 

G 

G 

G 

C/3 

G 

C/3 

13 

> 

13 

JO 

4-» 

3 

13 

13 


o 

X 

o 

U 

CL 

G 

u, 

JO 

4-4 

X 


44 

X 

• M 
> 

be 

4—• 

13 


G 

£ 

C^ 

u 

13 

73 

G 

73 

G 

73 

13 

13 

G 

4-» 

in 

G 

CL 

tn 


e 

G 
13 
■*—» 
C/3 


13 

CL 


CL 

^ G 


• ^ 

>> 2 
.to u 

° 3 
g gS 

CL ^ 
G »- 
cj CL 

be 

u, 73 
- G 
G 


u 

13 

> 

O 


•*—* 
G 
G 


D 

J2 
£ 73 
G >> 
JO 

u . 


jo ±: 
be g 

s > 

M-l 
^ <V) 

O ^ 

-*-» <d 


G 

73 

G 

G 


6 

13 

4-* 

C/3 


S 


13 w 

X 


13 


13 G 

O* S 

n w 

2 a 

G ^ 

13 $3 

J3 Ji 

JO G 

13 ^ 

S .a 
5 g 

be £ 
g o 

C/3 4-* 

C/3 3 

2 C 

CL ^ 


£ 

G 

JO 

u 

£ 

G 

G 

U 

G 

> 


u. 

O 

C/3 

be 

G 

G 

13 

CL 

O 


>> 73 
> 13 

G 73 
D C 

X G 


13 “ 

+-* C/3 

^ J2 

13 -G 


13 

• ~ be 

C/3 ^ 

13 G 

> JO 
G 2 

- ^ 

.2 73 
u G 
13 G 

w g 
JO -r; 


13 

U. 

O 

-*—* 
G 
U 


X 

G 


g e 

*-• <U 

•*-» _zi 
X ^ 


13 

In 

G 


G 

O 


.2 •» 


13 

JO 


G 

4-* 

^ c^ 

4—( r4 

o .£ 


.£ 

X 


o 

H 

G 

> 

M-4 

o 


13 

• 

u- 

G 

G 

O 

C/3 

• 

4-* 

73 

55 

o 

O 

J-H 

CL 

13 

£ 


*—• 

o 

G 

<J 

> 


13 

73 
G 
G c/3 
13 

D ^ 

n: n 
G 

O 73 

J— (U 

J3 c^ 
G 

.£ 13 

o 

.£ 

73 
G 


> 

G 

V-i 

4-* 

G 

O 

4-» 

C^ 

I 

CL 


73 

G 

G 


in 

G 


13 

V-H 

13 G 

be _ 
u 73 

G 13 


G 3 

L ct 1 
X £ 


13 


00 U 

£ 3 

C/3 

in 

D 13 ” 

CL be 73 

^ ^ aj 

CL G (L3 

be ^ 

c - X 

5 T 3 bO 

B u •- 
- « 

CL u !P 
13 

« S- G 
be , — 

3 13 


be 


in 

be 

G 


13 


G 

2 « 

G ^ 

13 73 
> G 
—! G 


G 

> 

13 

J3 

H 


C/3 

4-» 

G 

13 

£ 

JO 

u 

G 

4-* 

4-» 

G 


G 

be ^ 

^3 £ 

G 

G G 
^3 - 
C/3 13 

13 X 13 

J-i 4-» 

CL m_< 

O 


So 

13 


X 

o 


u 

13 

4-* 

G 

£ 

C/3 

G 


C/3 C/3 

13 

> 73 
70 G 


G 

13 


£ O — 


73 

-C 

b/ 

C 

43 


O 

JO 

CO 


<13 

a 


0) 

N 

CO 


43 


b« 


u. 


CTJ 


JO 

m co l— oo O 

u 


73 


Q 


0 


o 


-*-» 

CO 00 O <M ^ 

CJ 

HHH 

a 


tn 


•M 


7) 


o 


CTJ 

00 ^ ^ KO CO 

JO 

X 


w 


E 

aJ 


43 

OJ CO 00 ^ IO 

4-» 


tn 



T 3 130 • 
u. uic C 

asfr^s 

^ U U 
Cd c/3 CTJ 4) 

u a 

u 5 ! m 

o S o 

V S HH as O 
u 1300 • 
CTJ « 

OHWOs 


▼HC^«O^CD 


^ b*^ 

^ J0.° 

u § r 

as 2 5 . 

« £:§ o 

(J. r rt 13 
w »-< CJ 

E bio u. 

13 G 13 
« c CTJ^.2* 

w 


mccooo 

WH*OOOiO 


a uw S3 

CTJ 13 JO . 

U 0.-5 g « 

—. 7) 3^-0 
CTJ ctJ 

GO- (h 

G 0.13 


OQO 
NOW 
00 rn tr- 


JS jj 
ti 2 

G 4-» 
43 

X 


(M(M(M 03 CO 


73 

u 

1) 

O 00 

»- .£ 
«3 ^ 

(U JJ 

s l 
.2 « 
Q « 


cot- 05003 


73 

^-1 4) 

O ^3 

». « 
u — 

E ° 

.2 E 

Q rt 

‘—I D 

4-» 

c/i 


(M^C 0 CX 3 O 
^ tH Ol 






























100 


THE D. A. TOMPKINS CO., 


HOSE HOUSE EQUIPMENT. 



Figure 87. 

RED, WHITE, AND BLUE COLOR-LINES. 

Stripe consists of four warp-strands of red, and four of blue, separated by four 
of white, so as to produce a longitudinal stripe of red, white, and blue. Accepted 
Underwriters’ Standard Fire-hose, cotton rubber-lined. Antiseptically treated by 
the best-known method, approved by Underwriters, for prevention of mildew and 
rot. The Standard Factorv Fire-hose accepted by “The Associated Factory Mutual 
Fire Insurance Companies,” “Factory Insurance Association,” and “National Fire 
Protection Association” for factory-fire protection. 

2^-inch internal diameter.per foot, $0.90 

2 I /6-inch internal diameter.per foot, .80 

134-inch internal diameter.per foot, .70 



Figure 88. 


“eureka mill” hose. 

Seamless Woven and rubber-lined mildew-proof cotton hose for mill and factory 
fire purposes. The “Eureka Mill” is a single-ply hose, and intended particularly for 
mills, warehouses, public institutions, hotels, and all places where hose is kept at¬ 
tached to stand-pipes, fire-pump, etc. It will stand a pressure of 350 pounds per 
square inch. 

1- inch internal diameter 
1 14 -inch internal diameter 
ip2-inch internal diameter 

2- inch internal diameter 
2l4-inch internal diameter 
2p2-inch internal diameter 

3- inch internal diameter 
3p2-inch internal diameter 

4- inch internal diameter 


per foot, .45 
per foot, .50 
per foot, .60 
per foot, .65 
per foot, .70 
per foot, 1.00 
per foot, 1.50 
per foot, 2.00 


























CHARLOTTE, N. C. 


101 



Figure 89. 

PATENT EXPANDED RING-COUPLINGS. 


These Couplings, being of expansion-ring pattern, give an unobstructed water¬ 
way of the exact size of hose, and when attached can not 1>e blown off. 

154-inch.per set, $3.00 each 

154-inch.per set, 3.00 each 

2 -inch.per set, 3.50 each 

254-inch.per set, 4.00 each 



Figure 90. 


KEROSENE LANTERN. 



Figure 91. 


STANDARD UNDERWRITERS PLAY-PIPES. 

These Play-Pipes are thirty inches long, are wound with cord and painted red, 
with metal swivel-handles and screw tips, any size outlet desiied. 


Price 


each, $10.00 























102 


THE D. A. TOMPKINS CO., 



Figure 92. 

PLAIN, SHORT, CAST HOSE-PIPES. 


Size. Y\ I I Va I Vi 2 2 Vt. 2 V\ 

Length, inches, .... 8 g io io 1 /^ n 12 15 

Per dozen . $7.00 $9.00 $15.00 $18.00 $30.00 $48.00 $65.00 



Figure 93. 
SPANNER. 


Will turn coupling right or left. 

Malleable iron, galvanized.per dozen, $6.00 



FIRE-AXE, WITH PICK BACK. 


Best quality, 8-pound.per dozen, $30.00 

Best quality, 6-pound.per dozen, 24.00 

Best quality, 8-pound with plain head.per dozen, 24.00 

Best quality, 6-pound with plain head.per dozen, 20.00 

STEEL CROWBARS 

Regulation size, painted. $3.00 

Regulation size, polished. 4.00 

Regulation size, polished and plated. 5.00 

CROWBAR-HOLDERS 

For side-walls, japanned.per set, $2.50 

For side-walls, polished brass.per set, 3.50 

For side-walls, nickeled.per set, 4.00 

AXE-HOLDERS 

For side-walls, japanned.per set, $1.00 

For side-walls, polished brass.per set, 2.50 






















CHARLOTTE, N. C. 


103 



Figure 98. 


Prices quoted on application. 



STANDARD COMPRESSION FIRE HYDRANT. 


104 


THE D. A. TOMPKINS CO., 



£ 

Q 

w 

P4 


P-H 

£ 

o 


C/) 

<u 

cj 

c 

r— 
*—• 

cP 

c/} 

G 

O 

*c/) 

c 

CJ 

r -1 

6 

s 


<L> 

c/3 


CO u 


CO ^ 

W £ 
<*: 

Ph s 

k-H C 

<i •£ 

p 5 
u s 


30 

o 

"O 

G 

05 

r- 

Ob 

c/5 

bo 

• 

Uh 


o rt CJ 

a > 

5 §2IS 

5 C)^K 
*T, gj 

C/3 


iC o o o o o 
iO iO o o o 


O l> J> 


o 0 


<3J —, 
e/) aJ 
aJ c5 
U O 


<«TJ 


0) 

N 

S OJ 
° G 
O 

*•« Q1 • 

w f=2 

«5 

Cj ” 
-*-* 

«/) 


HO O O O O O 

c/) iO *0 ‘O o *o *o 

*-)co PO CO CO CO CO 


Cj 

N__ 

Sg 

■s 525.2 

CO f •*"* 

W 

G 7D 

CYI 


HO O O O O O 

2 o o o o o o 

03 03 03 03 03 03 

€f& 


b: c/} 


Si 

r* 

" 0.5 

i><D 


S 

cj £ 

£ o 

G i_ 
cj — 


t- u 

o G 

CJ 

* 


aj ^ 
SP b/, 
G 


H O O O 40 a-O 
t^OOO(MCJ 


O 

t- 


£ o 

o~ 


G 

CJ O 


iC 


J- c C 

tEco 
bo a> g’G 

G > £ <J 
CJ CO *-* CJ 

^a-, o c 

^ 03 


O © O O O O 
HO O O O O 00 

oo co oo «o oo i—i 

J CO 00 CO 00 CO »o 

m 


Si 

CJ 

N 

N 

O 

Z 


CJ 

N 

c/3 

"O 

G 

03 


CJ 

-Q 

s 

a 

Z 


r-G O 
V y £ 

c c +-> 

u 

° 

03 


C # G P C 

bfcfcfefe 

oq oo oj oa 

qj O 

5 £ 


© 'V 

2 c c 

w 03 


rt 


« P H 
C £ ~ 

OH 2 


QJ v 


<v 


as 

OJ 


qj 
G 
<u 

’Si r si(nuri 

<U U D (L) 

G G G C 

O O O O 


b/> 

<D fl 

rt S 
> - 
o 


ws - ^ ~ ^ ^ 


CO rf O O sD 


CJ 


« .2- 


t; 

<A ~ ~ ^ ^ 

S"qt3 

03 G 
*pr «! 

iO CC t- C- 05 

w C/3 


! i 

CJ fli •*-* 

^ ^ u 

<U ^ <jj 

S'i C 
.2 o 
Q U 


G 


Tt’ o o o o 


J-H 

o 


l— 

o 


CO ^ ^ Tt 1 ZD 


HO O O O O O 
ooiO O O O O O 

LO iO o o o 






































































































































CHARLOTTE, N. C. 


105 


INDICATOR POSTS. 



Figure 99. 


When ordering kindly send us full dimensions or, what is much more preferable, 
a valve. 

Always’ state number of turns to open Valve and whether valve opens by turn¬ 
ing to the Left or Right. 

List Price, $36.00. Write for Discounts. 










SPECIAL FIRE OR INDICATOR VALVES. 


106 


THE D. A. TOMPKINS CO., 























































































CHARLOTTE, N. C. 


107 


fire door fixtures. 


SLIDING FIRE DOOR. 


Closing Automatically by Heat. 



' / 


Figure 102. 


The above cut of open door shows releasing device exposed to either side of 
opening. Wood ignites at 700° ; this link fuses at 160°, releasing the balance weight, 
when door runs down inclined track by gravity, and is firmly wedged over the open¬ 
ing. 


Prices on application. 




































108 


THE D. A. TOMPKINS CO, 


TANKS AND TANK TOWERS. 



TOWER AND TANK. 

Made in Our Shops. 

Write us for Prices on Tank Towers. 











































































CHARLOTTE, N. C. 


109 


TANKS. 

IRON TANKS. 







Thickness of 

Price 

F. O. B. Factory. 

Diam. 

Height 

Gallons. 

Legal 

Barrels. 

Weight 

Metal. 

*See Foot Note. 






Side. 

Bottom 

No. 1. 

No. 2. 

No. 3. 

3 ft. 

3 ft. 

158.6 

4.8 

243 

No. 10 

No. 10 

$ 38.00 

$ 34.50 

$ 58.00 

3 “ 

5 “ 

264.3 

8.0 

357 

“ 10 

“ 10 

53.00 

47.35 

73.00 

5 “ 

3 “ 

440.5 

13.0 

516 

“ 8 

“ 8 

72.00 

64.60 

92.00 

4 “ 

4 “ 

375.9 

11.4 

460 

" 9 

“ 9 

59.00 

51.75 

79.00 

4 “ 

6 “ 

563.8 

17.0 

665 

“ 8 

“ 8 

76.00 

66.00 

96.00 

6 “ 

4 “ 

845.7 

25.6 

830 

“ 8 

“ 8 

100.00 

84.75 

120.00 

5 “ 

5 “ 

734.2 

22.2 

780 

“ 8 

“ 8 

94.00 

79.75 

114.00 

5 “ 

7 “ 

1027.8 

31.0 

1004 

“ 8 

“ 8 

120.00 

103.22 

140.00 

7 “ 

5 “ 

1439.0 

43.6 

1180 

“ 8 

“ 8 

128.00 

99.00 

148.00 

6 “ 

6 “ 

1268.6 

32.4 

1103 

“ 8 

“ 8 

121.00 

93.75 

141.00 

6 “ 

8 “ 

1691.5 

51.2 

1376 

“ 8 

“ 8 

138.00 

104.25 

158.00 

8 “ 

6 “ 

2255.4 

68.3 

1626 

" 8 

“ 8 

162.50 

123.00 

182.50 

7 “ 

7 “ 

2014.6 

61.0 

1510 

“ 8 

“ 8 

151.00 

115.75 

171.00 

7 “ 

9 “ 

2590.2 

78.5 

1825 

“ 8 

“ 8 

182.50 

145.50 

202.50 

9 “ 

7 “ 

3331.0 

100.9 

2080 

“ 8 

“ 8 

208.00 

157.00 

228.00 

8 “ 

8 “ 

3007.0 

91.1 

1980 

" 8 

“ 8 

198.00 

150.00 

210.00 

8 “ 

10 " 

3759.0 

113.9 

2340 

“ 8 

“ 8 

234.00 

187.00 

254.00 

10 “ 

8 “ 

4699.8 

142.4 

2648 

“ 8 

“ 8 

264.50 

200.25 

284.50 

8 “ 

9 “ 

4282.7 

129.7 

2468 

“ 8 

“ 8 

248.60 

186.60 

268.60 

9 “ 

11 “ 

5234.4 

158.6 

2892 

“ 8 

“ 8 

289.20 

229.70 

309.20 

11 “ 

9 “ 

6396.2 

193.8 

3146 

“ 8 

“ 8 

314.60 

236.10 

334.60 

10 “ 

10 “ 

5874.8 

178.0 

3093 

“ 8 

“ 8 

309.30 

233.30 

329.30 

10 “ 

12 “ 

7049.7 

213.6 

3541 

“ 8 

“ 8 

354.10 

283.10 

374.10 

12 “ 

10 “ 

8481.0 

257.0 

3740 

“ 8 

“ 8 

335.30 

257.50 

375.30 

12 “ 

12 “ 

10178.3 

308.4 

4280 

“ 8 

“ 8 

402.80 

309.80 

422.80 

12 “ 

14 “ 

11874.6 

359.8 

4870 

“ 8 

“ 8 

462.65 

358.00 

482.65 

14 “ 

12 “ 

13814.5 

318.6 

5114 

“ 8 

“ 8 

480.71 

350.00 

500.71 

14 “ 

14 “ 

16116.9 

488.3 

6680 

a " 
T6„ 

K 

627.92 

488.00 

647.90 

14 “ 

16 “ 

18419.4 

558.1 

7400 

16 , 

IS 

695.60 

531.00 

715.60 

16 “ 

14 “ 

21050.7 

637.9 

7660 

3 " 

1 6 

lY 

704.72 

530.00 

724.71 

16 “ 

16 “ 

24058.0 

729.0 

8580 

3 " 

1 6 

3 " 
T6 

789.36 

597.00 

809.36 

16 “ 

18 “ 

27065.2 

820.1 

9400 

3 " 

16 

3 " 

1 5 

864.80 

654.80 

884.80 

18 “ 

16 “ 

30448.4 

922.6 

9860 

3 " 

1 5 

3 " 

T f> 

908.96 

680.00 

928.96 

18 “ 

18 “ 

34254.4 

1038.0 

10800 

3 n 

T6 

lY’ 

972.00 

725.50 

992.00 

18 “ 

20 “ 

38060.5 

1153.3 

11785 

3 " 

AM" 

tY' 

1060.65 

794.65 

1080.65 

20 “ 

18 “ 

42298.5 

1281.0 

14253 

k 

1282.77 

984.00 

1302.77 

20 “ 

20 “ 

46998.3 

1424.1 

15360 

t 3 6 M" 

k" 

1382.40 

1062.50 

1402.40 

20 “ 

22 “ 

51698.1 

1566.6 

16420 

iVA" 

k" 

k" 

1477.80 

1195.00 

1497.80 

22 “ 

20 “ 

56855.8 

1722.9 

17600 

hy± 

| 1584.00 

1209.00 

1604.00 


*Foot Note. Legal Barrel 3i X A Gals. 


No. i. Price is for tank complete F. O. B. Factory. 

No. 2 . Price is for tank rolled and punched with rivets. 

No. 3 . Price is for tank rolled and punched with rivets and including time of 

man and help to rivet up in place. Purchaser to pay freight and rail¬ 

road fare of man. 

For tanks delivered and set up without expense to purchaser add estimated 
traveling expenses to list No. 3 . 
































110 


THE D. A. TOMPKINS CO., 


TANKS, CISTERNS AND VATS 

OF ALL SIZES AND FOR ALL PURPOSES. 


PRICE. 


CAPACITY OF TANKS. 


Gallons. 

Ap. Weigh 
in Pounds, 

Pine. 

Tupelo. 

Cypress. 

.w 

a! 

o 

Diameter 

in 

the Clear 

1 foot deep 

in the clear 

will hold. 

Diameter 

in 

the clear. 

i 

1 foot deep 

in the clear 

will hold. 

500 

400 lbs. 

$ 11 50 

$ 12 00 

$ 14 00 

$ 16 00 

ft. 

in. 

galls. 

ft. 

in. 

galls. 

750 

500 “ 

12 80 

15 00 

16 00 

18 00 

2 


23 )£ 

10 

6 

648 

1000 

600 “ 

16 20 

16 50 

19 00 

22 00 

2 

6 

37 

li 


710 

1250 

700 “ 

17 20 

18 00 

22 00 

26 00 

3 


52 

li 

6 

778 

1500 

800 “ 

20 00 

21 00 

25 00 

30 00 

3 

6 

72 

12 


846 

1750 

900 “ 

22 40 

23 50 

28 00 

35 00 

4 


94 

12 

6 

918 

2000 

1000 “ 

25 60 

26 00 

32 00 

40 00 

4 

3 

106 

13 


995 

2500 

1100 “ 

28 80 

29 00 

36 00 

45 00 

4 

6 

118 

13 

6 

1070 

3000 

1200 “ 

32 00 

32 00 

40 00 

48 00 

4 

9 

133 

14 


1150 

3500 

1500 “ 

36 80 

36 50 

45 00 

52 00 

5 


147 

14 

6 

1238 

4000 

1700 “ 

41 60 

40 50 

52 00 

55 00 

5 

3 

162 

15 


1321 

4500 

1900 “ 

44 00 

45 00 

55 00 

60 00 

5 

6 

177 

15 

6 

1400 

5000 

2100 “ 

48 00 

49 00 

60 00 

65 00 

5 

9 

195 

16 


1500 

6000 

2300 “ 

54 00 

51 00 

68 00 

72 50 

6 


212 

16 

6 

1600 

7000 

2500 “ 

60 00 

58 00 

75 00 

80 00 

6 

3 

230 

17 


1697 

8000 

2700 “ 

66 00 

61 00 

82 00 

90 00 

6 

6 

248 

18 


1902 

9000 

2900 “ 

72 00 

70 00 

90 00 

100 00 

6 

9 

268 

19 


2120 

10000 

3300 “ 

80 00 

80 00 

100 00 

110 00 

7 


287 

20 


2350 

12500 

4200 “ 

88 00 

90 00 

110 00 

120 00 

7 

3 

310 

21 


2590 

15000 

4500 “ 

96 60 

98 00 

120 00 

132 00 

7 

6 

330 

22 


2843 

17000 

5000 “ 

105 60 

112 00 

132 00 

145 00 

7 

9 

355 

23 


3107 

20000 

5500 “ 

116 00 

123 25 

145 00 

160 00 

8 


376 

24 


3383 

25000 

6500 “ 

128 00 

135 00 

160 00 

190 00 

8 

3 

400 

25 


3671 

30000 

7500 “ 

152 00 

159 50 

190 00 

215 00 

8 

6 

424 

26 


3771 

35000 

8500 “ 

174 70 

182 50 

215 00 

235 00 

8 

9 

450 

27 


4282 

40000 

9500 “ 

188 00 

200 00 

235 00 

250 00 

9 


475 

28 


4605 

45000 

10000 “ 

200 00 

215 00 

250 00 

275 00 

9 

6 

530 

29 


4940 

50000 

10600 “ 

220 00 

233 00 

275 00 

300 00 

10 

0 

587 

30 


5287 


There are 7*4 gallons in one cubic foot. Therefore to find capacity of 
square tanks, multiply the length, breadth and depth in feet, inside measurement, 
and multiply this product by 734, which will give the number of gallons. One gal¬ 
lon of water weighs 834 lbs. 

We call your attention to Tupelo wood which is very similar to Cypress. It is 
very close grained, almost impossible to split and will last a lifetime. 

The Tupelo Tank for storage of Crude Oil is far superior to any other wood 
known and cheaper than iron tanks. It is tasteless for water storage, 































The D. A. Tompkins Company 

Charlotte, N. C. 


POWER TRANSMITTING 
MACHINERY 


We Make Contracts for Complete Plants 


Castings of all Kinds 


Repair Work 















112 


THE D. A. TOMPIKNS CO., 


Price List, Shafting-. 


Size. 

Price 

Weight 

Price 


Price 

Weight 

Price 

CJ-- 

Price 

Weight 

Price 

per lb. 

per ft. 

per ft. 


per lb. 

per ft. 

per ft. 

oize. 

per lb. 

per ft. 

per ft. 

TS 

$0 10 


.005 

$0 01 


$0.05! 

3,38 

$0.19 

m 

$0.05 

21.15 

$1.06 

3 I 

.10 


.130 

02 

1* 

.05! 

3.77 

.21 

V/s 

.05 

22.09 

1.11 

% 

.10 


.167 

.02 

H 2 o 

.05! 

3.86 

.'22 

Ol 5 

.05 

•23.06 

1.16 

TS 

tt 

oo oo 
o o 


.260 

.320 

.02 

.osr 

V4 

1* 

.05! 

.05! 

.05! 

4.17 

4.61 

5.05 

.23 

.26 

.28 

3 

334 

.05 

,05| 

24.05 

26.09 

1.21 

1.37 

% 

.07 


.375 

.03 

m 

.05! 

5.26 

.29 

3 if? 

.05! 

27.16 

1.43 

|§ 

.07 


.450 

.04 

H? 

• 05| 

5.52 

.31 

3*4 

.05| 

28.22 

1.49 

7 

.07 


.511 

.01 

Iff 

.05 



3/s 

.05! 

30.43 

1.60 

1 5 

TT 

.07 


.586 

.05 

5.60 

.31 

3tV 

.05! 

31.58 

1.66 

% 

.07 


.667 

.05 

H4 

.05 

6.01 

31 








H 9 ? 

.05 

6.52 

.33 

3)4 

.05! 

32.73 

1.81 

T? 

.06 


.845 

.06 

IX 

.05 

7.06 

.36 

3X 

.05! 

35.20 

1.94 

R 

.06 

1 

.00 

.06 

HI 

.05 

7.61 

.39 

3x1 

05! 

36.40 

2.01 

.06 

1 

.05 

.07 


05 

8.18 

.41 

3)4 

.05! 

37.57 

2.07 

f ! 

.06 

1 

.17 

.08 

Hf 

.05 

8.78 

.44 

3/ 

.05! 

39 95 

2.20 

H 

.06 

1 

.26 

.08 

1 Vs 

.05 

9.39 

.47 

915 

<*16 

.05! 

41.25 

2.27 

If 

.06 

1 

.38 

.09 

HI 

.05 

10.03 

.51 



X 

• 05| 




2 

.05 

10.69 

.54 

4 

.06 

42.75 

2 57 

1 

.50 

.09 


.05 

11.35 

.57 

1 4y 3 <r 

.06 

47.40 

2.85 

n 

. 05 £ 

1 

.77 

.10 

234 

.05 

12.07 

.61 

4/ 

.06 

48.26 

2.90 

ti 

.05! 

1 

.90 

.11 

2A 

.05 

12.80 

.65 

4 3/s 

.06 

51.80 

3.11 

if 

• 05| 

1, 

.94 

.11 

2 34 

.05 

13.52 

.68 

4rV 

.06 

52.62 

3.16 

% 

.05! 

2. 

05 

.12 

2A 

.05 

14 35 

.72 




2 9 

S2 - 

.05! 

2, 

.20 

.13 

2/ 8 

.05 

15.07 

.76 

434 

• 06! 

54.11 

3.52 

if 

.05! 

2, 

.35 

.13 

2 t V 

.05 

15.89 

.80 

4H 

.06! 

58.66 

3 82 

H 

• 05| 

2. 

. 52 

.14 

2)4 

.05 

16.70 

; 84 

4/ 

.06! 

60.88 

3.96 

1 

• 05! 

2, 

.68 

.15 

2 t % 

.05 

17.55 

.88 

4{f 

• 06! 

65.50 

4.26 

HV 

. 05! 

3. 

,02 

.17 

2% 

.05 

18.41 

.93 



.05! 

3. 

11 

.17 

2H 

.05 

19.31 

.97 

5 

.07 

67.45 

4.72 


• 05| 

3. 

,20 

.18 

2^ 

.05 

20.21 

1.02 




The above prices are for shafts from 1 foot to 24 feet Jong inclusive. 

I or shafts 6 to 11|4 inches long, *4 cent per pound net extra. 

For shafts 3 to 5% inches long, 1 cent per pound net extra. 

For shafts shorter than 3 inches, special prices will be quoted. 

For shafts over 24 feet long and less than 30 feet, 34 cent per pound net extra. 
For shafts 30 feet long and less than 35 feet, 1 cent per pound net extra. 

For shafts 35 feet long and less than 40 feet, 1*4 cents per pound net extra. 

For shafts 40 feet long and less than 45 feet, 2 cents per pound net extra. 

For shafts 45 feet long and over, 2^4 cents per pound net extra. 

J3oxing at cost. 









































CHARLOTTE, N. C. 


113 


RIBBED COMPRESSION COUPLINGS. 



Figure 104. 

All compression couplings furnished complete with keys and socket wrenches 
when required. 

Couplings furnished with keys and bolts and fitted for shafts. 

A low priced and desirable coupling. 


PRICE LIST. 


Size of Shaft. 

Price. 


Size of Shaft. 

Price. 

*4 in * 

$3.05 


in. 

$11.00 

1* “ 

3.65 


2f! “ 

13.00 

iiV “ 

4.20 


34 “ 

16.50 

i n “ 

6.30 


34 “ 

20.00 

IB " 

7.40 


3R “ 

24.00 

24 “ 

9.00 


CO 

28.00 

2f 7 5 “ 

10.00 


44 “ 

38.00 





















114 


THE D. A. TOMPKINS CO., 


IMPROVED COLLINS COMPRESSION 
COUPLINGS 

WITH INTERLOCKING KEYS AND INCLINED KEY-SEATS IN 
COUPLING AND SHAFTS. 

The sleeve, which is in halves, is bored somewhat smaller than the diameter of 
the shaft. When the cone rings are driven well home by a copper or babbitt metal 
hammer or block of hard wood, and locked by the ring nuts on either end, the sleeve 
is so compressed upon the shaft as to prevent the slightest movement in the connec¬ 
tion. As the shafts are not turned down at the ends, the necessity for centering or 
putting them in a lathe is obviated and the entire strength is preserved. 



Figure 105. 


Size. 

Price. 

Size. 

Price. 

Size. 

Price. 

1 in. 

$4.50 

2 in. 

$8.25 

3 in. 

$19.35 

IVs “ 

4.60 

2fc " 

9.25 

CO 

23.90 

m “ 

4.75 

2 M “ 

10.35 

3y 2 “ 

28.15 

m “ 

5.10 

2% “ 

11.75 

CO 

£ 

32.15 

m “ 

5.50 

2 Yt “ 

13.10 

4 “ 

37.60 

“ 

6.10 

2% “ 

14.50 

434 “ 

43.50 

i% “ 

6.75 

2% “ 

15.85 

434 “ 

49.75 

“ 

7.50 

2% “ 

17.60 

4% “ 

56.00 





5 “ 

66.00 


Note— For reducing couplings add io per cent, to the price of the larger size. 




















CHARLOTTE, N. C. 


115 


FLANGE COUPLINGS 

FINISHED ALL OVER WITH TIGHT-FITTING BOLTS AND KEYS. 



Figure 106. 


Size of Shaft. 

Price of Coup¬ 
ling. 

Price for Fit¬ 
ting to 
Shafts. 

1 in. 

$5.00 

$4.55 

m “ 

5.85 

4.65 

i *4 u 

6.80 

4.75 

m “ 

7.95 

5.00 

2 

9.25 

5.25 

2*4 " 

10.80 

5.60 

2*4 " 

12.60 

5.90 

2% “ 

14.70 

6.50 

3 

17.15 

6.90 

CO 

20.80 

7.60 

CO 

24.25 

8.25 

3% “ 

28.30 

8.90 

4 

33.00 

9.25 

4i4 “ 

38.50 

9.75 

4*4 “ 

44.90 

10.25 


Size of Shaft. 

Price of Coup¬ 
ling. 

Price for Fit¬ 
ting to 
Shafts. 

5 in. 

$ 52.50 

$11.00 

5*4 “ 

66.50 

12.15 

6 

81.60 

13.35 

6*4 “ 

100.00 

15.55 

7 

118.00 

17.85 

7*4 " 

141.00 

20.60 

8 

179.00 

24.00 

£ 

00 

213.00 

28.00 

9 

247.00 

32.75 

9*4 “ 

293.00 

38.20 

10 

330.00 

44.55 

m “ 

375.00 

52.00 

ii 

411.00 

60.00 

11*4 “ 

477.00 

70.00 

12 

514.00 

81.50 


For reducing Couplings add io per cent, to the price of the larger size. 





















116 


THE D. A. TOMPKINS CO., 


UNIVERSAL COUPLINGS. 



Figure 107. 


Size. 

Price. 

Size. 

I 

Price. 

2 in. 

$ 70.00 

4 in. 

$ 150.00 

V/ 2 “ 

80.00 

4J4 “ 

185.00 

3 “ 

95.00 

5 “ 

230.00 

CO 

120.00 




CLUTCH COUPLINGS. 



Figure 108. 


Size of 
Shaft. 

Price of 
Couplings. 

Price of 
Shipper. 

Size of 
Shaft. 

Price of 
Couplings. 

Price of 
Shipper. 

\y 2 in. 

$20.00 

$8.00 

3 % in. 

$54.00 

$11.50 

m “ 

22.50 

8.20 

4 

60.75 

12.00 

2 “ 

25.00 

8.40 

4^4 " 

68.35 

12.50 

234 “ 

27.50 

8.80 

4^2 “ 

76.90 

13.00 

2^2 “ 

30.00 

9.25 

5 “ 

97.25 

15.00 

2fc “ 

33.75 

9.60 

6 

123.00 

19.00 

3 “ 

38.00 

10.00 

7 

164.00 

25.00 

334 “ 

42.75 

10.50 

8 “ 

219.00 

30.00 

3^ “ 

48.10 

11.00 

9 “ 

292.00 

35.00 






































CHARLOTTE, N. C. 


117 


Price List of the Orton Clutch. 



Figure 109. 


Size 

of 

Clutch. 

Largest 
Size 
Clutch 
will Bore. 

Extreme 
Outside 
Diameter 
iu Inches. 

H. P. 
at 100 
Revs. 

Will Drive Pulley 
as large as 

Price 

List. 

Standard Sleeve. 

Diameter. 

Face 

Outside 

Diam. 

Length. 

4 

In. 

It 5 ? 

In. 

5% 

In. 

ix 

12 

4 

$15 

00' 

9 3 

h4. 

5 

a 

It? 

ii 

6 % 

i< 

2 

15 

4 

17 

50 

2i? 

5 

6 

u 

Hi 

it 

7H 

II 

3 

16 

5 

20 

00 

2 H 

6 

7 

<< 

Hi 

it 

8% 

II 

4 

20 

6 

22 

50 

3 

7 

8 

(i 

2A 

It 

ioh 

II 

5 

24 

6 

27 

00 

8i 3 ? 

8 

9 

It 

2& 

it 

ii X 

•i 

6 

30 

6 

30 

00 

3% 

10 

10 

u 

2 H 

ti 

12% 

ti 

10 

30 

10 

37 

00 

4K 

11 

12 

(( 

m 

II 


it 

15 

36 

12 

45 

00 

5H 

12 

14 

«« 

Hi 

II 

17^ 

ti 

20 

40 

14 

55 

00 

6 % 

13 

16 

it. 

5 a 

ti 

19K 

ti 

25 

48 

14 

75 

00 

8 

14 




































118 


THE D. A. TOMPKINS CO, 


STEEL LOOSE COLLARS 


WITH STEEL SET SCREWS 



Note—W ith these ring-oiling bearings no outside collars should be used. 


Diameter 
of Shaft 

Price 

Diameter 
of Shaft 

Price 

Diameter 
of Shaft 

Price 

1 in. 

$1.20 

2 in. 

$1.40 

3 in. 

$2.50 

1% “ 

1.20 

2 Vs “ 

1.45 

3 M “ 

2.75 

iy 4 “ 

1.20 

2*4 « 

1.50 

3^ “ 

3.00 

i% “ 

1.20 

2% “ 

1.65 

3% “ 

3.50 

i K “ 

1.25 

2^ “ 

1.80 

4 “ 

4.00 

m “ 

1.25 

2^ “ 

1.95 

4^ “ 

5.00 

m “ 

.30 

2% “ 

2.10 

5 “ 

6.00 

m “ 

.35 

2% “ 

2.30 

6 “ 

7.00 
























CHARLOTTE, N. C. 


119 


CONCEALED COLLAR AND RECESSED 

BEARING 

FOR HEAD SHAFT OF LINES OF SHAFTING 



BEARINGS WITH ENDS CLOSED 


FOR COUNTER SHAFTS 



Figure 112. 


In cotton and other mills where cleanliness is indispensable, collars or shafts 
outside of the bearings are objectionable because of their liability to throw oil. The 
system illustrated above avoids this. In every case where this system has been used 
it has given entire satisfaction. 

Price of concealed collar, or for closing the ends of a pair of bearings, same as 
the price of a pair of collars given in list on opposite page. 

No XE —W ith these ring-oiling bearings no outside collars should be used. 




























120 


THE D. A. TOMPKINS CO., 


SELF-OILING BEARINGS 



Figure 113. 

RING-OILING BEARING. 


DIRECTIONS FOR USING RING-OIL BEARINGS. 

FOLLOW THESE DIRECTIONS CAREFULLY, AND NOT ONLY WILL 
YOU HAVE SATISFACTORY LUBRICATION, BUT YOU WILL 
SAVE MUCH OIL. 


On all hangers 2" and larger, the brass springs should be so adjusted that when 
the shaft is placed in position it will depress the scrapers about Y\". This will allow 
them to wear that amount before it is necessary to readjust them. A greater de¬ 
pression would cause increased friction and consequent wear. On sizes less than 2", 
]/%" to 3-16" is about right. 

The oiling rings should be put in carefully and the two ends brought nicely to¬ 
gether, so that they will not catch in turning on the shaft. 


We recommend, as 

the proper amount 

of oil for the 

various sizes, as 

follows: 

1)4 inch Hanger, 

14 pint oil. 

3)4 

inch 

Hanger, 

1)4 

pint oil. 

134 “ 

M 

3% 

a 

( i 

1)4 

“ 

2 " “ 

H 

4 

“ 

it 

1 

quart oil. 

2J4 “ 

)4 

414 

u 

a 

1)4 

a 

2 y 2 “ 

)4 

4)4 

“ 

u 

1)4 

“ 

2 % “ 

% 

5 

« 

n 

2 

a 

3 

1 

5)4 

“ 

n 

2)4 

a 

314 “ 


6 

ft 

a 

3 

a 


After starting the shafting, the bearings should be carefully watched for a few 
days, and if any of them become warm the upper half of the bearing should be re¬ 
moved to ascertain the cause of the heat. Being properly started, they should run 
without trouble for at least a year. 




















CHARLOTTE, N. C. 


121 


RING-OILING BALL AND SOCKET HEAD SHAFT 

HANGERS 

WITH VERTICAL AND HORIZONTAL ADJUSTMENT 
BEARINGS LINED WITH GENUINE BABBITT 



Figure 114. 


Length of Bearings =5 diameters of Shaft. 

Also length of Bearings = 4 diameters of Shaft for Shafts 2 }i" and larger. 
This Hanger is designed for supporting safely and securely heavy head shaft 
carrying main driving pulleys transmitting the duty of double and triple belts. It is 
strong, heavy and well proportioned. 

Ring-Oiling Ball and Socket Head Shaft Hangers 

and Shoes. 


Size of 

Shaft. 

8-incli 

Drop. 

10-lnch 

Drop. 

13-inch 

Drop. 

16-inch 

Drop. 

19-inch 

Drop. 

2” 

2 X 

2/2 

$11 60 

12 60 

16 00 

$12 05 

13 05 

16 70 

$17 85 

$18 90 

$19 95 

2X 

3 

17 50 

18 20 

19 30 

20 40 

21 40 

21 80 

22 50 

24 10 

25 70 

27 30 

3X 

3/2 

3X 

4 

23 80 

24 50 

26 10 

27 70 

29 30 

28 25 

29 50 

31 85 

34 20 

36 55 

30 70 

32 00 

34 30 

36 70 

39 05 

42 50 

45 00 

47 50 

50 00 

4 X 

4/ 

4X 

5 


45 50 

48 00 

50 50 

53 00 


56 10 

58 90 

61 70 

64 50 


59 60 

70 00 

62 40 

74 55 

65 20 

79 10 

68 09 
83 05 

5/2 

6 


85 00 

90 00 

95 00 

too 00 


101 00 

107 00 

113 00 

,119 00 

3/ 

7 


131 00 

168 00 




23-inch 

Drop. 


$21 

10 

22 

50 

28 

90 

30 

90 

88 

90 

41 

40 

52 

50 

55 

50 

67 

30 

70 

80 

88 

20 

105 

00 

125 

00 


Shoe 

2" thick. 

Shoe 

3" deep. 

Shoe 

4” deep. 

$5 90 

$6 20 

$7 10 

6 90 

7 55 

8 20 

9 10 

10 00 

11 00 

13 00 

14 00 

15 00 

14 25 

15 50 

16 75 

16 00 

17 25 

18 50 

18 70 

20 00 

21 50 

20 50 

24 30 

26 00 

22 60 

25 75 

27 75 

25 00 

27 00 

29 50 

31 00 

36 30 

42 80 

























122 


THE D. A. TOMPKINS CO 


RING-OILING ADJUSTABLE BALL AND 
SOCKET LINE HANGERS 

With Babbitted Bearings. 



Figure 115. 


Length of Bearings=5 diameters of Shaft. 

Also length of Bearings =4 diameters of Shaft for 2 y%" and larger. 

These Ring-Oiling Hangers are of the latest and best designs, and are fitted 
carefully. The threads in the frames and plungers are all chased , and the ends of 
the plungers are milled to secure a good fit on the boxes, which also are milled. This 
nsures the bearings being held perfectly in line. 


Size of 

8 inch 

9 inch 

10 inch 

12 inch 

13 inch 

16 inch 

18 inch 

21 inch 

tU in*h 

27 inch 

30 inch 

83 inch 

36 inch 

Size of 

Shaft. 

Drop. 

Drop. 

Drop. 

Drop. 

Drop. 

Drop. 

Drop. 

Drop. 

Drop. 

Drop. 

Drop. • 

Drop. 

Drop. 

Shaft. 


$3 

70 

$3 

75 

$3 

80 

$4 

00 

$4 

10 

$4 

85 

$4 

80 

$5 

30 

$5 

90 









IX' 

1 H 

4 

20 

4 

35 

4 

50 

4 

80 

5 

05 

5 

40 

5 

65 

6 

20 

6 

65 









iy» 

l'A 

4 

30 

4 

45 

4 

60 

4 

90 

5 

05 

5 

50 

5 

75 

6 

30 

6 

75 









IX 


4 

45 

4 

60 

4 

75 

5 

05 

5 

30 

5 

65 

5 

90 

6 

45 

6 

90 









iH 

l* 

5 

10 

5 

30 

5 

50 

5 

85 

6 

15 

6 

65 

7 

10 

7 

55 

8 

20 

$9 

00 







l* 

lji 

6 

45 

6 

65 

6 

85 

7 

30 

7 

45 

7 

95 

8 

65 

9 

35 

10 

00 

11 

85 







m 

2 

6 

60 

6 

80 

7 

00 

7 

45 

7 

60 

8 

10 

8 

80 

9 

50 

10 

15 

11 

00 

$13 

25 

$14 

50 

$15 

75 

2 

2 yi 

6 

80 

7 

00 

7 

20 

7 

65 

7 

80 

8 

30 

9 

00 

9 

70 

10 

35 

11 

20 

13 

45 

14 

75 

16 

00 

2 l A 

2% 

7 

00 

7 

20 

7 

40 

7 

85 

8 

00 

8 

50 

9 

20 

9 

90 

10 

55 

11 

40 

13 

65 

15 

00 

16 

25 

2% 

2 X 

8 

40 

8 

80 

9 

15 

9 

80 

10 

15 

10 

80 

11 

55 

12 

30 

13 

05 

13 

80 

14 

55 

17 

25 

19 

20 

2H 

2 x /i 

8 

60 

9 

00 

9 

35 

10 

00 

10 

35 

11 

00 

11 

75 

12 

50 

13 

25 

14 

00 

14 

75 

17 

50 

19 

60 

2'A 

2 X 

8 

85 

9 

25 

9 

60 

10 

25 

10 

60 

11 

25 

12 

00 

12 

75 

13 

50 

14 

25 

15 

00 

17 

75 

20 

00 

2# 

2X 

9 

10 

9 

50 

9 

85 

10 

■5Q 

10 

85 

11 

50 

12 

25 

13 

00 

13 

75 

14 

50 

15 

25 

18 

00 

20 

50 

2% 

2K 

12 

25 

12 

90 

13 

55 

14 

85 

15 

50 

16 

75 

18 

00 

19 

25 

20 

50 

21 

75 

23 

00 

24 

25 

25 

50 

2 H 

3 

12 

50 

13 

15 

13 

80 

15 

10 

15 

75 

17 

00 

18 

25 

19 

50 

20 

75 

22 

00 

23 

25 

24 

50 

26 

00 

3 

3 X 

13 

25 

13 

90 

14 

55 

15 

85 

16 

50 

17 

75 

19 

00 

20 

25 

21 

50 

22 

75 

24 

00 

25 

25 

26 

75 

3X 

3* 





18 

15 

19 

50 

20 

40 

22 

20 

24 

90 

27 

60 

30 

30 

38 

00 

35 

70 

38 

40 

41 

00 

3 X 

3* 





19 

15 

20 

50 

21 

40 

23 

20 

24 

90 

28 

60 

31 

30 

34 

00 

36 

70 

39 

40 

42 

op 

3X 

4 





28 

90 

30 

50 

32 

00 

34 

30 

37 

60 

40 

90 

44 

20 

47 

50 

50 

80 

54 

10 

57 

40 

4 

4X 





38 

00 

30 

00 

40 

15 

42 

50 

45 

00 

47 

50 

60 

00 

52 

50 

55 

00 

57 

50 

60 

00 

4X 


























CHARLOTTE, N. C. 


123 


RING-OILING BALL AND SOCKET POST 

HANGERS. 


WITH BABBITTED BEARINGS. 


Length of Bearings =5 diameters of Shaft. 


Also length of Bearings =4 diameters of Shaft for 2 ^s" and larger. 



Figure 116. 


Size. 

Price. 

1)4 

$ 3.60 

134 “ 

4.15 

1% “ 

4.35 

m a 

4.80 

m “ 

6.30 

2 “ 

6.50 

2)4 “ 

6.70 

2 )4 “ 

6.90 

m “ 

9.50 

2y z “ 

9.70 

2% “ 

9.95 

2 % “ 

10.20 

2 % “ 

14.25 

3 “ 

14.50 

SH “ 

15.25 


18.25 

3 % “ 

19.50 

4 “ 

29.90 

4)4 “ 

31.50 

434 “ 

38.00 

5 “ 

54.70 

534 “ 

72.50 

6 “ 

87.50 

634 " 

90.00 

7 “ 

133.00 


From Post to 
Center of Shaft. 


► 6 in. 


13M 

I 

J 
























































































124 


THE D. A. TOMPKINS CO., 


RING-OILING BALL AND SOCKET PILLOW 

BLOCKS 


WITH BABBITTED BEARINGS 


Length of Bearings = 5 diameters of Shaft. 

Also length of Bearings=4 diameters of Shaft for 234 and larger. 



Figure 117. 


Size. 

Price. 

From Base of 
Pillow Block 
to Center of 
Shaft. 

From Bottom 
of Shoe or 
Wall Frame 
to Center of 
Shaft. 

Size. 

Price. 

From Base of 
Pillow Block 
to Center of 
Shaft. 

From Bottom 
of Shoe or 
Wall Frame 
to Center of 
Shaft. 

134 in. 

$3 60 

2ft in. 

2ft m. 

334 in. 

$ 15.30 

5HI in. 

7ft in. 

1 % “ 

3 90 

2% « 

3% “ 

334 “ 

16.00 

5f® “ 

7ft “ 

1 % “ 

4.00 

2% “ 

3% “ 

3H “ 

19.00 

6% “ 

834 “ 

1% “ 

5.15 

3ft “ 

4ft “ 

334 “ 

24.00 

6H “ 

8H “ 

134 “ 

5.35 

3ft “ 

4ft “ 

4 “ 

30.75 

?34 “ 

934 “ 

1% “ 

6.30 

3% “ 

4% “ 

414 “ 

33.40 

834 “ 

10% “ 

2 “ 

6.60 

3% “ 

4% “ 

434 “ 

37.50 

834 “ 

10 % “ 

2% “ 

8.00 

4ft “ 

5ft “ 

5 “ 

47.70 

9 " 

11% “ 

214 “ 

8.35 

4ft “ 

5ft 

534 “ 

63.35 

9% “ 

12% « 

2% “ 

9.HO 

4% “ 

5% “ 

6 “ 

80.00 

10% “ 

13% “ 

2% “ 

9.70 

4% “ 

5% “ 

634 “ 

100 00 

11% “ 

15% “ 

2% “ 

11.35 

5ft “ 

6ft “ 

7 “ 

122.35 

1234 “ 

16 “ 

2 % “ 

11.85 

5ft “ 

6ft “ 

734 “ 

154.00 

13% “ 

17% “ 

2 y 8 “ 

13.25 

5% " 

7 “ 

8 “ 

177.00 

1434 “ 

1834 “ 

3 “ 

13.85 

534 “ 

7 “ 


























CHARLOTTE, N. C, 


125 


RIGID PILLOW BLOCK 


BABBITTED 


Length of Bearings—3 diameters of Shaft. 



Figure 118. 


Size. 

Price. 

From Bottom of 
Pillow Block to 
Center of Shaft. 

From Bottom of Shoe 
or Wall Frame to 
Center of Shaft. 

m in. 

$1.70 

134 in. 

1% in. 

iy 2 “ 

1.90 

1 H “ 

2 34 “ 

m “ 

2.25 

VV " 

2% “ 

2 “ 

2.90 

2 

3 “ 

234 “ 

3.55 

214 “ 

3% “ 

2 h “ 

4.45 

234 “ 

3% “ 

2% “ 

5.60 

2% “ 

434 “ 

3 “ 

7.20 

3 “ 

434 “ 

3M “ 

8.60 

334 “ 

4% “ 

334 “ 

10.20 

sy 2 “ 

534 " 

334 “ 

12.60 

3 % “ 

5% “ 

4 “ 

15.70 

4 “ 

6 “ 

4 34 “ 

18.60 

434 “ 

6 % “ 

4^ “ 

24.15 

4 ^ “ 

6% “ 

5 “ 

28.40 

5 “ 

% “ 

5^ “ 

35.35 

534 “ 

834 “ 

6 “ 

43.00 

6 “ 

9 “ 


The above is The Standard Rigid Pillow Block. We have also a large variety 
of special patterns up to 10", for which we will give description on application. 































126 


THE U. A. TOMPKINS CO., 


RING-OILING BALL AND SOCKET HEAVY 
FLOOR STANDS 

ADJUSTABLE IN EVERY DIRECTION 



Figure 119. 


Length of Bearings = 5 diameters of Shaft. 

Also length of Bearings =4 diameters of Shaft for Shafts 23/&" and larger. 

This Floor Stand is designed for supporting safely and securely heavy head 
shaft carrying main driving pulleys transmitting the duty of double and triple belts. 
It is strong, heavy and well proportioned. 

Frequently employed as Pillow Block when great flexibility is necessary. 

For Price List and Dimensions see those of Head Shaft Hangers, page 121 . 








CHARLOTTE, N. C. 


127 


RING-OILING BALL AND SOCKET FLOOR 

STANDS. 

LIGHT PATTERN 



Figure 120. 


Length of Bearings = 5 diameters of Shaft. 

Also length of Bearings=4 diameters of Shaft for 2 }i" and larger. 

Our Ring-Oiling Floor Stands are of the latest and best designs, and are fitted 
carefully. The threads in the frames and plungers are all chased, and the ends of 
the plungers are milled to secure a good fit on the boxes, which also are milled. 
This insures the bearings being held perfectly in line. 

For Price List see page 122 , 







128 


THE U. A. TOMPKINS CO 


PLAIN PULLEYS. 



Figure 121. 

Pulleys, 20 " wide and over, with two sets of arms. 



Note— When ordering Pulleys please specify whether they are to have Crown¬ 
ing or Straight Face, and whether they are for Single or Double Belt. 

Also, please state whether to be Key-seated or not. 










129 


CHARLOTTE, N. C. 


STANDARD PRICE LIST SOLID IRON 
PULLEYS. 

MACHINE MOULDED. 

Bored, Turned and Balanced, with Set Screws or Key Seats. 


Diam. 


6y 2 


7y 2 


Face. 


3 

4 

5 

6 

7 

8 
9 

10 

11 

12 

3 

4 

5 

6 

7 

8 
9 

10 

11 

12 

3 

4 

5 

6 

7 

8 
9 

10 

11 

12 

3 

4 

5 

6 

7 

8 
9 

10 

11 

12 

3 

4 

5 

6 


Single 

Belt. 


$1.95 

2.10 

2.30 

2.55 


2.05 

2.20 

2.40 

2.65 


2.10 

2.25 

2.50 

2.75 


2.20 

2.35 

2.60 

2.85 

3.10 


2.25 

2.45 

2.70 

2.95 


Double 

Belt 


$2.55 

2.80 

3.10 

3.45 
3.80 
4.15 

4.50 
4.85 
5 25 

5.65 

2.65 

2.90 

3.25 

3.70 

3.95 

4.35 

4.70 
5.05 

5.50 

5.90 

2.75 

3.00 

3.35 

3.70 
4.05 

4.45 

4.85 

5.25 

5.70 
6.10 

2.85 
3.10 

3.45 

3.85 

4.20 
4.60 
5.05 
5.50 

5.95 

6.35 

2.95 

3.20 
3.55 

3.95 


SOLID. 


Double 

Arm, I 
Double 
Belt. 


Diam. 

Face. 

Single 

Belt. 

Double 

Belt. 

Double 

Arm, 

Double 

Belt. 

8 

7 

$3.20 

$4.35 



8 

3.45 

4.75 



9 


5.20 



10 


5.70 



11 


6.15 



12 


6.60 



13 


7.15 



14 


7.75 



3 

2.35 

3.05 



4 

2.55 

3.35 



5 

2.80 

3.70 



6 

3.05 

4.10 



7 

3.35 

4.50 



8 

3.65 

4.95 



9 

3.95 

5.40 



10 


5.90 



11 


6.40 



12 


6.85 



13 


7.40 



14 


8.05 


9 

3 

2.40 

3.15 



4 

2.60 

3.45 



5 

2.85 

3.80 



6 

3.15 

4.25 



7 

3.45 

4.65 



8 

3.75 

5.10 



9 

4.10 

5.60 



10 


6.10 



11 


6.60 



12 


7.10 



13 


7.70 



14 


8.30 


9^ 

3 

2.50 

3.25 



4 

2.70 

3.60 



5 

2.95 

3.95 



6 

3.30 

4.40 



7 

3.60 

4.85 



8 

3.90 

5.30 



9 

4.25 

5.80 



10 


6.30 



11 


6.80 



12 


7.35 



13 


7.95 



14 


8.55 
















































































































































































130 


THE D. A. TOMPKINS CO., 


SOLID IRON PULLEYS (Continued). 


SOLID. 


Diam. 

Face. 

Single 

Belt. 

Double 

Belt. 

Double 

Arm, 

Double 

Belt. 


Diam. 

Face. 

Single 

Belt. 

Double 

Belt. 

Double 

Arm, 

Double 

Belt. 

10 

3 

$2.55 

$3.35 



14 

3 

$3.25 

$4.20 



4 

2.75 

3.70 




4 

3.55 

4.70 



5 

3.05 

4.10 




5 

3.90 

5.30 



6 

3.40 

4.55 




6 

4.35 

5.95 



7 

3.70 

5.00 




7 

4.70 

6 .55 



8 

4.05 

5.50 




8 

5.20 

7.20 



9 

4.40 

6.00 




9 

5.60 

7.90 



10 

4.75 

6 .55 




10 

6.10 

8.60 



11 


7.10 




11 

6 .55 

9.30 



12 


7.65 




12 


10.00 



13 


8.25 




13 


10.80 



14 


8.90 




14 


11.60 


11 

3 

2.70 

3.55 



15 

3 

3.40 

4.40 



4 

2.95 

3.95 




4 

3.75 

5.00 



5 

3.25 

4.40 




5 

4 15 

5.65 



6 

3.60 

4.90 




6 

4.60 

6.30 



7 

3.95 

5.40 




7 

5.05 

6.95 



8 

4.35 

5.95 




8 

5.50 

7.65 



9 

4.65 

6.45 




9 

5.95 

8.40 



10 

5.05 

7.05 




10 

6.45 

9.15 



11 


7.65 




11 

6 .95 

9.90 



12 


8.20 




12 

7 50 

10.70 



13 


8.85 




13 


11.50 



14 


9.50 




14 


12.35 


12 

3 

2.85 

3.75 



16 

3 

3.60 

4.70 



4 

3.15 

4.20 




4 

3.95 

5.30 



5 

3.50 

4’. 70 




5 

4.40 

6.00 



6 

3.85 

5.25 




6 

4.90 

6.70 



7 

4.20 

5.80 




7 

5.35 

7.45 



8 

4.55 

6.35 




8 

5.85 

8.20 



9 

4.95 

6.95 




9 

6.30 

9.00 



10 

5.35 

7.55 




10 

6.85 

9.90 



11 

5.75 

8.15 




11 

7.40 

10.60 



12 


8.75 




12 

8 00 

11.45 



13 


9.40 




14 


13.25 



14 


10.10 




16 


15.15 


13 

3 

3.05 

3.95 



17 

3 

3.80 

5.00 



4 

3.35 

4.45 




4 

4 20 

5.65 



5 

3.70 

5.00 




5 

4.70 

6.40 



6 

4.10 

5.60 




6 

5.20 

7.15 



7 

4.45 

6.20 




7 

5.70 

7.90 



8 

4.90 

6.80 




8 

6.20 

8.75 



9 

5.25 

7.45 




9 

6.75 

9.60 



10 

5.70 

8.10 




10 

7.30 

10 45 



11 

6.15 

8.75 




11 

7.90 

11.30 



12 


9.40 




12 

8 50 

12.25 



13 


10.10 




14 


14 15 



14 


10.85 




16 


16.15 

































































































































































CHARLOTTE, N. C. 


131 


SOLID IRON PULLEYS (Continued). 


SOLID. 


Diam. 

Face. 

Single 

Belt. 

Double 

Belt. 

Double 

Arm, 

Double 

Belt. 


Diam. 

Face. 

Single 

Belt. 

Double 

Belt. 

Double 

Arm, 

Double 

Belt. 

18 

3 

$ 4.00 

$ 5.25 



21 

11 

$ 10.20 

$ 15.85 



4 

4.45 

5.95 




12 

11.05 

16.00 



5 

4.95 

6.75 




14 

13.20 

18.55 



6 

5.50 

7.60 




16 


21.10 



7 

6.05 

8.45 




18 


23.90 



8 

6.60 

9.30 




20 


26.65 



9 

7.15 

10.20 









10 

7.75 

11.10 



22 

3 

4.90 

6.45 



11 

8.40 

12.05 




4 

5.55 

7 40 



12 

9.10 

13.05 




5 

6.15 

8.45 



14 


15.10 




6 

6.90 

9.60 



16 


17.20 




7 

7 65 

10 80 



18 


19.40 




8 

8.40 

lv . Ov 

12.00 









9 

9*15 

13/20 


19 

3 

4.25 

5.55 




10 

9.95 

14.50 



4 

4.70 

6.30 




11 

10.80 

15.75 



5 

5.25 

7.15 




12 

11.70 

17.00 



6 

5.85 

8.10 




14 

14.05 

19.70 



7 

6.45 

9.00 




16 


22.40 



8 

7.05 

9.95 




18 


25.40 



9 

7.65 

10.95 




20 


28.30 

$ 32.55 


10 

8.30 

11.95 




22 



36.25 


11 

9.00 

12.95 




24 



40.00 


12 

9.75 

14.00 




26 



43.85 


14 


16.25 









16 


18.50 



23 

3 

5.15 

6.70 



18 


20.90 




4 

5 80 

7 75 









5 

6.50 

8.90 


20 

3 

4.45 

5.85 




6 

7.25 

10.10 



4 

4.95 

6.65 




7 

8.05 

11.40 



5 

5.55 

7.55 




8 

8 85 

12.70 



6 

6.20 

8.60 




9 

9.65 

14.00 



7 

6.85 

9.60 




10 

10.50 

15.35 



8 

7.50 

10.60 




11 

11.45 

16.65 



9 

8.15 

11.70 




12 

12.40 

18.00 



10 

8.85 

12.80 




14 

14.85 

20.85 



11 

9.60 

13.90 




16 


23.75 



12 

10.40 

15.00 




18 


26.90 



14 

12.40 

17.40 




20 


29.95 

34.45 


16 


19.80 




22 



38.45 


18 


22.40 




24 



42.45 


20 


25.00 




26 



46.45 

21 

3 

4.70 

6.15 



24 

8 

5.40 

7.00 



4 

5.25 

7.00 




4 

6.10 

8.15 



5 

5.85 

8.00 




5 

6.85 

9.35 

. 


6 

6.55 

9.10 




6 

7.65 

10.65 



7 

7.25 

10.20 




7 

8.45 

12.00 



8 

7.95 

11.30 




8 

9.30 

13.40 



9 

8 65 

12.45 




9 

10.20 

14.80 



10 

9.40 

13.65 




10 

11.10 

16.20 



















































































































































132 


THE D. A. TOMPKINS CO., 


SOLID IRON PULLEYS (Continued). 


SOLID. 


Diam. 


24 


25 


26 


Face. 

Single 

Belt. 

Double 

Belt. 

Double 

Arm, 

Double 

Belt. 


Diam. 

Face. 

Single 

Belt. 

Double 

Belt. 

Double 

Arm, 

Double 

Belt. 

11 

$19 10 

$17 65 



27 

3 

$ 6.35 

$ 8.25 


io 

13 15 

19 00 




4 

7.30 

9.60 


14 

15.70 

22 00 




5 

8.15 

11.00 


16 

25 10 




6 

9.05 

12.50 


18 


28 40 




7 

10.00 

14.10 


20 


31.70 

$36 45 



8 

11.10 

15.65 


22 


40 70 



9 

12.20 

17.25 


24 



45 00 



10 

13.35 

18.90 


26 



49.10 



11 

14.60 

20.60 


28 



53 60 



12 

15.90 

22.20 


30 



58 35 



14 

18.60 

25.80 







16 


29 60 


8 

5 70 

7 40 




18 


33.55 


4 

6 50 

8 65 




20 


37.50 

$43.i6 

5 

7 25 

9 90 




22 



47.95 

6 

8 10 

11 25 




24 



52.55 

7 

8 95 

12 70 




26 



57.35 

8 

9.90 

14.15 




28 



62.10 

9 

10 85 

15 60 




30 



67.20 

10 

1 1 * 85 

17.10 








11 

12.90 

18.60 



28 

3 

6.75 

8.70 


12 

14 05 

20^05 




4 

7.70 

10.10 


14 

16.65 

23'25 




5 

8.50 

11.55 


16 

26 TO 




6 

9.50 

13.15 


18 


30.10 




7 

10.60 

14.80 


20 


33.60 

38.65 



8 

11.70 

16.40 


22 


43.05 



9 

12.90 

18.05 


24 



47.40 



10 

13.10 

19.80 


26 



51.80 



11 

15.45 

21.60 


28 



56.95 



12 

16.85 

23.30 


30 



62.10 



14 

19.55 

27.10 








16 


31.10 


3 

• 6.00 

7.80 




18 


35.25 


4 

6.90 

9.15 




20 


39.45 

45.35 

5 

7.65 

10.45 




22 



50.30 

6 

8*60 

11.90 




24 



55.10 

7 

9^45 

13.40 




26 



60.00 

8 

10.55 

14.90 




28 



65.00 

9 

11 50 

16 40 




30 



70.05 

10 

12.60 

18.00 








11 

13.75 

19.60 



29 

3 

7.25 

9.15 


12 

15 00 

21.10 




4 

8.10 

10.60 


14 

17.65 

24.55 




5 

9.00 

12.15 


16 

28.10 




6 

10.00 

13.85 


18 


31.80 




7 

11.15 

15.50 


20 


35.55 

40.85 



8 

12.35 

17.15 


22 



45.40 



9 

13.60 

18.85 


24 



50.00 



10 

14.90 

20.70 


26 



54.60 



11 

16.30 

22.60 


28 



59.25 



12 

17.70 

24.40 


30 



63.85 



14 

20.55 

28.40 


















































































































































CHARLOTTE, N. C. 


133 


SOLID IRON PULLEYS (Continued). 


SOLID. 


Diam. 

Face. 

Single 

Belt. 

Double 

Belt. 

Double 

Arm, 

Double 

Belt. 


29 

16 


$32.60 




18 


37.00 




20 


41.40 

$47.60 



22 



52.65 



24 



57.70 



26 



62.80 



28 



67 85 



30 



73.00 


30 

3 

$7.60 

9.60 



4 

8.55 

11.10 




5 

9.45 

12.70 




6 

10.55 

14.55 




' 7 

11.75 

16.20 




8 

13.00 

18.00 




9 

14.30 

19.80 




10 

15.75 

21.60 




11 

17.15 

23.50 




12 

18.60 

25.50 




14 

21.55 

29.70 




16 


34.20 




18 


38.70 




20 


43.25 

49.75 



22 



54.95 



24 



60.25 



26 



65.45 



28 



70.70 



30 



76.00 


31 

3 

8.05 

10.00 




4 

8.95 

11.65 




5 

9.85 

13.40 




6 

11.10 

15.30 




7 

12.35 

17.10 




8 

13.70 

19.00 




9 

15.10 

21.50 




10 

16.55 

22.70 




11 

18.05 

24.70 




12 

19.55 

26.75 




14 

22.60 

31.15 




16 


35.80 




18 


40.50 




20 


45.35 

52! is 



22 



57.40 



24 



62.80 



26 



68.20 



28 



73.65 



30 



79.20 


32 

3 

8.45 

10.45 




4 

9.40 

12.20 




5 

10.45 

14.10 




Face. 

Single 

Belt. 

Double 

Belt. 

Double 

Arm, 

Double 

Belt. 

6 

$11.65 

$16.05 


7 

12.95 

17.90 


8 

14.40 

19.85 


9 

15.90 

22.20 


10 

17.40 

23.85 


11 

19.00 

25.90 


12 

20.55 

28.00 


14 

23.70 

32.65 


16 


37.45 


18 


42.30 


20 

22 


47.15 

$54.50 

59.80 

65.35 

70.90 

76.75 

82.40 

88.15 

24 



26 



28 



30 



32 



3 

8.90 

11.00 

4 

9.90 

12.80 


5 

11.00 

14.80 


6 

12.25 

16.80 


7 

13.60 

18.80 


8 

15.05 

20.80 


9 

16.70 

22.85 


10 

18.25 

24.95 


11 

19.90 

27.10 


12 

14 

21.50 

24.80 

29.25 

34.10 


16 

39.05 


18 


44.10 


20 


49.15 

56.95 

22 


62.30 

24 



67.90 

26 



73.70 

28 



79.60 

30 



85.60 

32 



91.75 

3 

9.40 

11.60 

4 

10.40 

13.50 


5 

11.50 

15.50 


6 

12.90 

17.60 


7 

14.35 

19.70 


8 

15.85 

21.70 


9 

17.55 

23.85 


10 

19.10 

26.10 


11 

20.85 

28.30 


12 

22.50 

30.50 


14 

25.90 

35.60 


16 

40.70 










































































































































134 


THE D. A. TOMPKINS CO., 


SOLID IRON PULLEYS (Continued). 


SOLID. 


Diam. 

Face 

Single 

Belt. 

Double 

Belt. 

Double 

Arm, 

Double 

Belt. 

Diam. 

„ Single 

Face.| BeJt 

1 

Double 

Belt. 

Double 

Arm, 

Double 

Belt. 

34 

18 


$45.90 


38 

4 

$12.55 

$16.25 



20 


51.65 

$59.40 


5 

13.95 

18.65 



22 



64.60 


6 

15.60 

21.05 



24 



70.50 


7 

17.95 

23.45 



26 



76.45 


8 

20.25 

25.90 



28 



82.55 


9 

22.55 

28.35 



30 



88 70 


10 

24.85 

30.80 



32 



94 90 


11 

27.15 

33 35 








12 

29.45 

35.95 


35 

3 

$ 9.90 

21.30 



14 

34.05 

41.65 



4 

10.90 

14.10 



16 


47.65 



5 

12.10 

16.20 



18 


53.70 



6 

13.50 

18.40 



20 


59.80 

$ 68.75 


7 

15.00 

20.60 



22 


65.90 

74.80 


8 

16.60 

22.75 



24 


72.00 

81.45 


9 

18.25 

24.90 



26 



88.25 


10 

19.95 

27.20 



28 



95.15 


11 

21.75 

29.50 



30 



102.05 


12 

23.50 

31.80 



32 



109.00 


14 

27.00 

37.05 



34 



115.95 


16 


42.35 



36 



123.00 


18 


47.70 








20 


53.10 

61.80 

40 

4 

13.70 

17.75 



22 



66.95 


5 

15.30 

20.30 



24 



73.20 


6 

17.10 

22.90 



26 



79.60 


7 

18.90 

25.50 



28 



86.10 


8 

20.80 

28.10 



30 



92.70 


9 

22:75 

30.70 



32 



99.40 


10 

24.75 

33.30 








11 

26.80 

36.05 


36 

3 

10.40 

12.75 



12 

28.80 

38.75 



4 

11.40 

14.75 



14 

32.90 

44.80 



5 

12.65 

16.95 



16 


50.90 



6 

14.10 

19.20 



18 


57.50 



7 

15.70 

21.45 



20 


63 70 

73.25 


8 

17.35 

23.10 



22 


69.70 

80.15 


9 

19.10 

26.00 



24 


75.90 

87.30 


10 

20.85 

28.30 



26 



94.55 


11 

22.70 

30.70 



28 



101.90 


12 

24.50 

33.10 



30 



109.10 


14 

28.10 

38.55 



32 



116.60 


16 


44.05 



34 



124.00 


18 


49.55 



36 



131.35 


20 


55.05 

64.30 


38 



138 80 


22 


61.55 

69.45 


40 



146.20 


24 


67.05 

75.70 






26 



82.00 

42 

4 

14.90 

19.30 



28 



88.45 


5 

16.70 

22.05 



30 



94.95 


6 

18.60 

24 80 



32 



101.55 


7 

20.55 

27 55 



34 



108.25 


8 

22! 55 

30*30 



36 



115.00 










































































































































CHARLOTTE, N. C. 


135 


SOLID IRON PULLEYS (Continued). 


SOLID. 


Diam. 


42 


44 


46 


Face. 

Single 

Belt. 

Double 

Belt. 

Double 

Arm, 

Double 

Belt. 


Diam. 

Face. 

9 

$24.60 

$33.05 



46 

12 

10 

26.70 

35.85 




14 

11 

28.85 

38.75 




16 

12 

31.00 

41.60 




18 

14 

35.30 

47.95 




20 

16 


54.40 




22 

18 


61.00 




24 

20 


67.60 

$ 77.75 



26 

22 


74.30 

85.45 



28 

24 


81.00 

93.15 



30 

26 



100.85 



32 

28 



108.60 



34 

30 



116.40 



36 

32 



124.20 



38 

34 



132.00 



40 

36 



139.80 




38 



147.60 


48 

4 

40 



155.40 



5 

4 

16.25 

21.00 




6 

7 

5 

18.20 

23.90 




8 

6 

20.25 

26.85 




9 

7 

22.30 

29.75 




10 

8 

24.45 

32.70 




11 

9 

26.60 

35.65 




12 

10 

28.80 

38.65 




14 

11 

31.10 

41.80 




16 

12 

33.40 

44.90 




18 

14 

37.90 

51.60 




20 

16 


58.50 




22 

18 


65.50 




24 

20 


72.50 

83.45 



26 

22 


79.50 

91.40 



28 

24 


86.65 

99.65 



30 

26 



107.85 



32 

28 



115.10 



34 

30 



124.45 



36 

32 



132.SO 



38 

34 



141.10 



40 

36 



149.40 




38 



157.80 


50 

5 

40 



166.15 



6 







7 

4 

17.65 

22.75 




8 

5 

19.70 

25.80 




9 

6 

21.85 

28.90 




10 

7 

24.05 

32.00 




11 

8 

26.35 

35.15 




12 

9 

28.60 

38.35 

. 



14 

10 

30.95 

41.55 

. 



16 

11 

33.40 

44.90 




18 


Single 

Belt. 


135.80 

40.60 


Double 

Belt. 


19.00 

21.20 

23.50 

25.85 

28.25 

30.65 

33.15 

35.70 

38.20 

43.30 


22.80 

25.30 

27.75 

30.25 

32.80 
35.45 
38.10 

40.80 
46.20 
52.00 


$48.20 

55.30 
62.60 
70.00 

77.40 

84.40 

92.30 


Double 

Arm, 

Double 

Belt. 


24.50 

27.70 
31.00 

34.30 
37.65 
41.05 
44.45 
48.00 

51.50 
59.00 

66.70 

74.50 

82.30 
90.10 
98.00 


29.75 

33.30 

36.80 

40.30 

43.85 
47.45 

51.15 

54.80 
62.70 

70.85 

79.15 


5 89.00 
97.50 

106.15 
114.90 
123.70 
132.50 
141.45 
150.30 

159.15 
168.10 
177.00 


94.65 

103.60 

112.70 

121.90 

131.25 

140.65 

150.05 

159.50 

168.95 

178.35 

187.80 












































































































































THE D. A. TOMPKINS CO., 


136 


SOLID IRON PULLEYS (Continued). 


SOLID. 


Face. 

Single 

Belt. 

Double 

Belt. 

Double 

Arm, 

Double 

Belt. 


Diam. 

Face. 

Single 

Belt. 

Double 

Belt. 

Double 

Arm, 

Double 

Belt. 

20 


$87 40 

$100.50 


54 

22 


$107.00 

$123.05 

22 


95.70 

110.50 



24 


116.50 

133.95 

24 


104.10 

119.90 



26 


126.00 

144.90 

26 



129.50 



28 



155.95 

28 



139.45 



30 



167.10 

30 



149.40 



32 



178.25 

32 



159.35 



34 



189.40 

34 



169.50 



36 



200.65 

36 



179.50 



38 



211.95 

38 



189.65 



40 



224.35 

40 



199.85 



42 



237.50 

42 



210.05 



44 



250.65 

44 



220.25 












56 

6 

$30.85 

40.65 


5 

$24.50 

$31.85 




7 

33.55 

44.50 


6 

27.10 

35.65 




8 

36.30 

48.50 


7 

29.65 

39.30 




9 

39.25 

52.55 


8 

32.30 

43.00 




10 

42.25 

56.60 


9 

35.00 

46.75 




11 

45.45 

60.75 


10 

37.75 

50.50 




12 

48.75 

65.00 


11 

40.50 

54.35 




14 

55.40 

74.35 


12 

43.40 

58.15 




16 

62.30 

83.70 


14 

49.20 

66.45 




18 


93.50 


16 

55.30 

75.05 




20 


103.25 

119.75 

18 


83.80 




22 


113.10 

130.05 

20 


92.50 

106.40 



24 


123.15 

141.60 

22 


101.30 

116.50 



26 


133.20 

153.20 

24 


110.30 

126.85 



28 



164.70 

26 


119.30 

137.20 



30 



176.50 

28 



147.65 



32 



188.25 

30 



158.20 



34 



200 00 

32 



168.80 



36 



212.00 

34 



179.50 



38 



224.00 

36 



190.10 



40 



236.00 

38 



200.90 



42 



248.50 

40 



211.70 



44 



261.00 

42 



222 50 







44 



233.30 


58 

6 

32.80 

43.25 








n 

l 

35.50 

47.20 


5 

26.20 

33.95 




8 

38.35 

51.30 


6 

28.90 

37.90 




9 

41.35 

55.45 


7 

31.65 

41.80 




10 

44.55 

59.65 


8 

34.40 

45.70 




11 

47.95 

64.00 


9 

37.20 

49.65 




12 

51.50 

68.50 


10 

40.05 

53.60 




14 

58.60 

78.45 


11 

43.00 

57.55 




16 

65.90 

88.35 


12 

46.00 

61.50 




18 


98.50 


14 

52.20 

70.25 




20 


108.85 

125.20 

16 

58.70 

79.25 




22 


119.25 

137.15 

18 


88.50 




24 


129 80 

149.25 

20 


97.70 

112.35 



26 


140.40 

16L45 




























































































































CHARLOTTE, N. C. 


137 


SOLID IRON PULLEYS (Continued). 


SOLID. 


Face. 

Single 

Belt. 

Double 

Belt. 

Double 

Arm, 

Double 

Belt. 

Diam. 

Face. 

Single 

Belt. 

Double 

Belt. 

Double 

Arm, 

Double 

Belt. 

28 



$173.55 

62 

28 



$191.60 

30 



185.95 


30 



205.40 

32 



198.25 


32 



219.20 

34 



210.35 


34 



233.00 

36 



222.50 


36 



246.80 

38 



234.95 


38 



260.60 

40 



247.25 


40 



273.40 

42 



259.60 


42 



287.20 

44 



272.10 


44 



301.00 






46 



314.80 

6 

$34.80 

$46.00 



48 



328.60 

7 

37.50 

50.00 



50 



342.40 

8 

40.35 

54.10 







9 

43.45 

58.35 


64 

6 

$38.60 

$50.60 


10 

46.85 

62.75 



7 

41.90 

55.35 


11 

50.45 

67.30 



8 

45.35 

60.10 


12 

54.20 

72.00 



9 

48.80 

64.95 


14 

61.80 

82.55 



10 

52.75 

69.90 


16 

69.60 

92.55 



11 

56.65 

74.90 


18 


103.50 



12 

60.70 

80.00 


20 


114.45 

131.60 


14 

69.10 

91.35 


22 


125.45 

144.25 


16 

77.50 

102.35 


24 


136.50 

157 00 


18 


113.85 


26 


147.65 

169.80 


20 


126.25 

145.20 

28 



182.60 


22 


138.30 

159.05 

30 



195.40 


24 


150.90 

173.55 

32 



208.20 


26 


162.65 

187.05 

34 



221.00 


28 



201.15 

36 



233.80 


30 



215.20 

38 



246.60 


32 



228 25 

40 



259.40 


34 



243.25 

42 



272.25 


36 



257.35 

44 



285.25 


38 



271.30 

46 



298.35 


40 



285.30 

48 



311.45 


42 



299.25 

50 



324.55 


44 



313.20 





46 



327.15 

6 

36.70 

48.30 



48 



341.10 

7 

39*80 

52 65 



50 



355.05 

8 

42.85 

57.10 







9 

45.95 

61.65 


66 

6 

40.50 

53.00 


10 

49.75 

66.30 



7 

44.20 

58.05 


\l 

53.55 

71.10 



8 

47.95 

63.15 


19 

^7 40 

76 00 



9 

51.80 

68.30 


14 

O t . “u 

65.40 

86'.60 



10 

55.75 

73.50 


Ifi 

73.50 

97.25 



11 

59.80 

78.75 


IQ 

18 

108.70 



12 

64.00 

84.00 


20 


120.35 

138.40 


14 

72.70 

95.75 


99 


131.85 

150.60 


16 

81.50 

107.55 


UU 

94 


143.35 

164.00 


18 


119.50 


26 


155!15 

177!80 


20 


132.15 

152.05 







































































































































138 


THE D. A. TOMPKINS CO, 


FINISHED FLANGE PULLEYS. 



Figure 122. 


EXTRAS TO BE ADDED TO THE LIST PRICES OF PULLEYS 
HEREIN ENUMERATED. 



Up to 
12*4 in. 
Diam. 

13 to 24 
in. Diam. 

25 to 36 
in. Diam. 

37 to 48 
in. Diam. 

49 to 84 
in. Diam. 

85 to 120 
in. Diam. 


% 

% 

% 

% 

7c 

7c 

For Split Pulleys. 

60 

50 

40 

30 

25 

20 

“ Clamp Hub Pulleys . 

40 

33 

25 

20 

15 

12*4 

“ Tight and Loose Pulleys. 

25 

20 

15 

12*6 



For Pulley with Flange in Centre 

40 

40 

40 

40 



“ “ “ “ one side.. 

60 

60 

60 

00 



“ “ “ “ both “ 

100 

100 

100 

100 




Key-Seating Shafts for Pulleys. 




WIDTH OF FACE OF PULLEY. 

Size of Shaft. 

3 in. to 

6 in. 

7 in. to 

9 in. 

10 in. to 

12 in. 

13 in. to 

16 in. 

17 in. to 

20 in. 

21 in. to 

24 in. 

1*4 in. 

to 2 in 

$1.67 

$1.83 

$2.00 




2*4 “ 

“ 2*4 " 

1.67 

1.83 

2.00 

$2.50 

$2.67 


m “ 

“ 3 “ 

2.00 

2.33 

2.67 

3.00 

3.34 

$3.67 

3*4 “ 

“ 3*4 “ 

2.50 

2.67 

2.83 

3.17 

3.50 

3.83 

3^4 “ 

“ 4 “ 

2.67 

2.83 

3.00 

3.34 

3.67 

4.00 

4*4 “ 

“ 4*4 “ 

3.00 

3.17 

3.34 

3.67 

4.00 

4.33 

4% « 

“ 5 “ 

3.34 

3.50 

3.67 

4.00 

4.33 

4.67 

































CHARLOTTE, N. C. 


139 


SHEAVES OR GROOVED PULLEYS 


FOR MANILLA OR HEMP ROPES. 



Figure 123. 


We are prepared to furnish these sheaves from 3 feet to 30 feet pitch Diameter, 
with any number of Grooves required. 


Prices given on application. 











140 


THE D. A. TOMPKINS CO., 


MULE PULLEY STAND. 

ADJUSTABLE IN EVERY DIRECTION 



Figure 124. 


The line shafts may be at any angle with each other, may not be in the same 
plane, the pulleys may differ much in diameter, and the belt may be crossed. Locate 
the stand so that its shaft will be about io times the width of the belt from the line 
shafts. 


No. Single Belt Double Belt 

1, For 3 to 5" Belt. $4800 $6000 

2, For 6 to 8" Belt. 63 00 80 00 

3, For 9 to 12" Belt.117 00 146 00 

4, For 13 to 15" Belt.140 00 175 00 

5, For 16 to 19" Belt.227 00 284 00 

6, For 20 to 24" Belt. . 452 00 





































CHARLOTTE, N. C. 


141 


BELT TIGHTENERS. 

WITH RING-OILING BEARINGS 


This style to be bolted to vertical posts or to horizontal beams. 



Figure 125. 


TWO FEET RISE 


This style suspended from beams. 



Figure 126. 


Prices on application. 



























































5.754-' 


142 


THE D. A. TOMPKINS CO., 


STANDARD SECTIONS. 
STEEL BEAMS. 






Prices on application. 




































CHARLOTTE, N. C. 


143 


GEARING. 



Figure 132. 

We are prepared to furnish all 
kinds and sizes of Gearing. 
Prices quoted on application. 


figure 131. 


Cutting Gears in our shop. 








144 


THE D. A. TOMPKINS CO. 


GEAR PITCH GAUGE. 



Figure 133 

A very useful tool for a machinist or mill superintendent. 
(Made in our shops.) 

v Sent postpaid on receipt of $2.00 each. 




CHARLOTTE, N. C. 


145 


BELTING. 

LEATHER BELTING 

All discounts quoted apply to this Price List, Leather Belting Man’rs Associa¬ 
tion, Nov. 12 , 1901 , and which is in general use. 


Y 2 inch. 

.$0.10 

% 

. 0.12 

% 

0.14 

% . 

. 0.16 

1 

. 0.17 

ix . 

. 0 23 

. 

. 0.29 

m 

. 0.35 

2 

... 0.41 

*x 

. 0.47 

2 y 2 

. 0.53 

m 

. 0.59 

3 . 

. 0.64 

m 

. 0.70 

3 34 

. 0.76 

3 % 

. 0.82 

4 . 

. 0.87 


. 0.98 

5 . 

. 1.09 

534 

. 1.21 

6 . 

. 1.32 

6*4 

. 1.43 

7 . 

. 1.54 

8 . 

. 1.76 

9 . 

. 1.98 

10 . 

. 2.20 

11 . 

. 2.42 

12 . 

. 2.64 

13 . 

. 2.86 


14 inch.. 

.$3.08 

15 . 

. 3.30 

16 . 

. 3.52 

17 . 

. 3.74 

18 . 

. 3.96 

19 . 

. 4.18 

20 . 

. 4.40 

21 . 

.4.62 

22 . 

. 4.84 

23 ' . 

. 5.06 

24 . 

. 5.28 

25 . 

. 5.50 

26 . 

. 5.72 

27 . 

. 5.94 

28 . 

. 6.16 

30 . 

. 6.60 

32 . 

. 7.04 

34 . 

. 7.48 

36 . 

. 7.92 

38 . 

. 8.36 

40 . 

. 8.80 

44 

. 9.68 

48 . 

.10.56 

52 . 

.11.44 

56 . 

.12.32 

60 . 

.13.20 

64 . 

.14.08 

68 . 

.14.96 

72 . 

.15.84 


SOLID. 


% inch. 

, 5 cts 

3-16 . 

. 7 cts 

x . 

, 10 cts 

5-16 . 

. 14 cts 

% . 

. 18 cts 

TWIST. 


Vs . 

. 6 cts 

3-16 . 

. 10 cts 

x . 

. 14 cts 

5-16 . 

. 18 cts 

% . 

. 22 cts 

y 2 . 

. 30 cts 

% . 

. 36 cts 

% . 

.46 cts 

% . 

. 60 cts 

1 . 

.72 cts 

CUT LACING. 

Per Bundle of 100 Feet. 

X . 

.$ 1.00 

5-16 . 

. 1.25 

% . 

. 1.50 

34 . 

. 2.00 

% . 

. 2.75 

% . 

. 3.25 


The prices shown are for running feet of single belting in the widths stated; 
double belting is twice the price of single. Unlisted sizes take the price of the 

nearest higher listed size. , 

In orders for quarter turn belts, express mention should be made of such use; 
and in general it is advantageous to state for what purpose the belt is to be used. 


RUBBER BELTING. 
All discounts quoted apply to this Price List. 


Inch. 

2- Ply . 

3- Ply . 

4- Ply . 

5- Ply . 

6- Ply . 

7- Ply . 

8- Ply . 

1 

$0.07 

$0.09 

$0 11 





Wx 

.09 

.11 

.13 





m 

.11 

.13 

.15 

$0.19 




IK 

.13 

.15 

.17 

.21 




2 

.15 

.17 

.21 

.26 

$0.31 



2% 

.18 

.22 

.26 

.32 

.39 



8 

.22 

.26 

.81 

.38 

.46 



3 K 

.26 

.30 

.37 

.46 

.55 



4 

.30 

.34 

.42 

.52 

.63 

$0.73 



.33 

.39 

.47 

.58 

.70 

.82 


5 

86 

.43 

.52 

.65 

.78 

.91 


6 

43 

.52 

.62 

.77 

.93 

1.08 

$1.24 

7 

51 

.60 

.73 

.91 

1.09 

1.27 

1 46 

8 

59 

.70 

.84 

1.05 

1.26 

1.47 

1.68 

9 

67 

.80 

.95 

1.18 

1.42 

1.66 

1.90 

10 

.75 

.90 

1.07 

1 33 

1.60 

1.87 

2.14 

11 

.83 

1.00 

1.18 

1.47 

1.77 

2.06 

2.36 

12 

91 

1.08 

1.30 

1.62 

1.95 

2.27 

2.60 

13 

1 00 

1.18 

1.42 

1.77 

2.13 

2.48 

2.84 

14 

1 08 

1.28 

1.54 

1.92 

2.31 

2.69 

3.08 

15 

1.16 

1.38 

1.66 

2.07 

2.49 

2.90 

3.32 

16 

1 25 

1.50 

1.78 

2 22 

2.67 

3.11 

3.56 


Inch . 

2- Ply . 

3- Ply . 

4- Ply . 

5- Ply . 

6- Ply . 

7- Plv . 

8- Ply . 

18 

1.41 

1.70 

2.02 

2.52 

3.03 

3.53 

4.04 

20 

1.58 

1.90 

2.26 

2.82 

3.39 

3.95 

4.52 

22 

1.76 

2.12 

2.52 

3.15 

3.78 

4 41 

5.04 

24 

1.96 

2.86 

2.80 

3.50 

4.20 

4.90 

5.60 

26 

2 16 

2.60 

3.08 

3.85 

4.62 

5.39 

6.16 

28 

2.36 

2.84 

3.36 

4.20 

5.04 

5.88 

6.72 

30 

2.56 

3.08 

3.64 

4.55 

5.46 

6.37 

7.28 

32 

2.76 

3.32 

3.92 

4.90 

5.88 

6.86 

7.84 

34 

2.96 

3.56 

4.20 

5.25 

6.30 

7.35 

8.40 

36 

3.16 

3.80 

4.48 

5.60 

6.72 

7.84 

8.96 

88 

3.36 

4.04 

4.76 

5.95 

7.14 

8.33 

9.52 

40 

8.56 

4.28 

5.04 

6.80 

7.56 

8.82 

10.08 

42 

3.76 

4.52 

5.32 

6.65 

7 98 

9.31 

10.64 

44 

3.96 

4 76 

5.60 

7.00 

8.40 

9.80 

11.20 

46 

4.16 

5 00 

5.88 

7.35 

8.82 

10.29 

11.76 

48 

4 36 

5.24 

6.16 

7.70 

9.24 

10.78 

12.32 

50 

4.56 

5.48 

6.44 

8.05 

9.66 

11.27 

12.88 

52 

4.76 

5.72 

6.72 

8.40 

10.08 

11.76 

13.44 

54 

4.96 

5.96 

7.00 

8.75 

10.50 

12.25 

14.00 

56 

5.16 

6.20 

7.28 

9.10 

10.92 

12.74 

14 56 

58 

5.36 

6.44 

7.56 

9 45 

11.34 

13.23 

15.12 

60 

5.56 

6.68 

7.84 

9.80 

11.76 

13.72 

15.68 


All other widths and plies at proportionate prices. 




























































































































146 


THE D. A. TOMPKINS CO., 


SELF-LUBRICATING TRANSMISSION ROPE, 



Figure 134. 

It is self-lubricating; no external dressing needed. 

Graphited core to prevent internal wear. 

Outer yarns are “edged” to delay external wear. 

Stretched in process of manufacture. 

Selected long fibre Manila Hemp used throughout. 

Our Men Splicing Inch Rope at High Shoals Mill. 



Figure 135. 











The D. A. Tompkins Company 

Charlotte, N. C. 


MACHINE TOOLS 
PIPE AND PIPE FITTINGS 
VALVES 

STEAM SPECIALTIES 


Machinists’ and Steam Fitters’ Tools etc. 


We Make Contracts for 
All Kinds of Pipe Work 


Repair Work and Castings 















148 


THE D. A. TOMPKINS CO., 



Fig. 136 

A Coner of our Roll Covering Departments. 


We cover more rolls than any other concern in the country. 

The business has been built up entirely on the quality of our work. 

WE MAKE ROLLS. 

WE COVER ROLLS. 

WE MAKE COTS. 

We reneck and reflute bottom rolls. 

A trial order is solicited and prompt attention and satisfactory work guaranteed. 












149 


__ CHARLOTTE , N. C. 

IMPROVED 20-INCH STANDARD ENGINE 

LATHE. 



Figure 137. 


PRICE LIST STANDARD ENGINE LATHES. 



LENGTH OF BED. 

With Plain Rest. 

6 feet 

6 feet 

8 feet 

10 feet 

12 feet 

14 feet 

12 inch Swing. 

$215 

$225 





14 inch Swing. 


250 

$270 

$290 



16 inch Swing. 


315 

335 

355 

$375 


With Compound Rest... 

10 feet 

14 feet 

18 feet 

20 feet 

24 feet 

30 feet 

20 inch Swing. 

$510 

$565 

$620 




30 inch Swing. 

960 

1070 

1180 

$1235 

$1345 

$1510 


Compound rest, taper attachments, extra length of bed and other differ¬ 
ent features extra, and prices quoted on application. 




















































150 


THE D. A. TOMPKINS CO., 


IMPROVED 20-INCH NATIONAL DRILL 

PRESS. 



Figure 138. 


With wheel and lever feed. 

PRICE LIST NATIONAL DRILL PRESS. 


SIZES. 

20 inch 

21 inch 

22 % inch 

25 inch 

Price with wheel and lever feed. 

$ 65 

$80 



Price with power feed. 

80 

97 



Price with back gears. 


97 



Price with back gear and power feed. 


110 

$135 

$155 

Extra for friction rev. pulleys. 

17 

17 

21 

21 

Extra for arranging in gang, each. 

13 

13 

13 

17 










































151 


CHARLOTTE, N. C. 

IMPROVED 32, 36 AND 42-INCH STANDARD 
DRILL PRESSES. 



Figure 139. 


PRICE LIST STANDARD DRILL PRESS. 


SIZES.. 

25 inch. 

28 inch. 

32 inch 

36 inch. 

42 inch. 

Price. 

$187 

$242 

$310 

$365 

$390 

Extra for Compound Table. 

125 

125 

125 

165 

165 

Extra for friction reversing Pulleys 

21 

21 

25 

25 

30 


















































152 


THE U. A. TOMPKINS CO., 


IMPROVED 36-INCH IRON PLANER. 



Figure 140. 


PRICE LIST IRON PLANERS. 


WITH SINGLE HEAD. 

LENGTH OF TABLE. 

Planes Wide 

Planes High. 

5 feet 

6 feet 

8 feet 

10 feet 

12 feet 

18 feet 

22 inches 

22 % inches 

$ 475 

$ 500 





24 inches 

25 inches 


580 

$ 640 

$ 700 

$ 765 


30 inches 

33 inches 



915 

1010 

1100 


36 inches 

36)£ inches 



1130 

1250 

1375 

$ 1745 


For extra head on rail, right angle drive, etc., extra price quoted on ap¬ 
plication. 












































CHARLOTTE, N. C. 


153 



Figure 141. 


Will cut 30" diameter by 6^" face, to 6 diametral pitch. 
GENERAL DESCRIPTION. 

This machine is simple, strong and compact, and is designed for use in 
general machine and repair shops. It is especially adapted to the requirements 
of repair shops connected with textile factories. It is very conveniently ad¬ 
justed and operated upon all classes of gear cutting within its capacity. 

It will cut spur, bevel and worm wheels to 30 inches diameter by o-incn 
face, of 6 diametrical pitch and finer, in steel, iron, brass or wood. It is especially 

effective on all sizes under 15 inches. 

It will cut every number to 100, every even number to 180, and has a 

wide range of higher numbers. , „ , 

It may be accurately set at any desired angle for bevel gears by a proper¬ 
ly graduated arc, and has a graduated adjustment either side of the vertical, 
so that it may be conveniently set for cutting wheels to be operated by worms; 
also for trimming the sides of bevel gear teeth when set over at any angle. 
The cutter may be adjusted to the centre or inch either side, if desired. 
The cutter is fed through the blank by hand, as shown. 

The machine occupies a floor space of 24x48 inches, and weighs, when 
ready for shipment, 1,000 pounds. It is furnished with all necessary change 
wheels, tables of division, wrenches, etc., and an adjustable rim rest, for use 
when cutting gears of large diameter. . . . 

The countershaft has tight and loose pulleys, 7 inches in diameter, 2%- 
inch face, and should make 275 revolutions. Price on application. 





















154 


the d. a. Tompkins co., 


PATENT CUTTERS. 

FOR THE TEETH OF GEAR WHEELS, WHICH CAN BE SHARP¬ 
ENED BY GRINDING WITHOUT CHANGING THEIR FORM. 

The patent cutters for the teeth of 
gear wheels, from their peculiar con¬ 
struction, can be sharpened when dull 
by grinding the faces of the teeth. This 
operation can be repeated without alter¬ 
ing the form of the tooth which the cut¬ 
ter makes, thereby rendering them many 
times more valuable than cutters of or¬ 
dinary form. 

The larger sizes and cutters for worm 
wheels can be made to order at short 
notice. Orders should be given by an¬ 
nexed tables, stating the number of cut¬ 
ter and the diametral pitch required. By 
diametral pitch is meant the number of 
teeth to the inch in diameter on pitch 
circle of any wheel. In ordering cutters 
for worm wheels, give the number of 
teeth in wheel, the diameter of worm 
and number of threads to the inch. 

Directions for Using the Cutters.— 
The cutters should be kept perfectly sharp by grinding the face of the teeth on 
the side of a solid emery or vulcanite wheel, which has its edge 
beveled on one side so as to reach to the bottom of the teeth. This wheel 
should be put on an arbor with a shoulder and nut, so that the flat side will 
run true, and at a velocity of from 2,000 to 3,000 revolutions per minute. If 
used in a common hand lathe the top of the rest should be made square or 
vertical to the face of the wheel, or what is better, use a small platform in 
the place of the rest. Then by laying the cutter on the rest or platform, the 
face of the teeth can be ground square, which is very important. The cutters 
should not be crowded too hard, especially when cutting through at the end 
of the tooth. The depth of the space made by these cutters affords ample 
clearance, as it exceeds the working depth of the tooth by an amount equal 
to one-tenth of the thickness of the tooth on the pitch line. 



Figure l42. 


PATENT INVOLUTE CUTTERS.—FOR TEETH OF GEAR WHEELS. 


Eight cutters are made for each pitch, as follows : 


No. 1 will cut wheels from 135 teeth to a rack. 

No. 2 will cut wheels from 55 teeth to 134 teeth. 

No. 3 will cut wheels from 35 teeth to 54 teeth. 

No. 4 will cut wheels fr° m 26 to 34 teeth. 

In ordering give the number of cutter 


No. 5 will cut wheels from 21 teeth to 25 teeth. 

No. 6 will cut wheels from 17 teeth to 20 teeth. 

No. 7 will cut wheels from 14 teeth to 16 teeth. 

No. 8 will cut wheels from 12 teeth to 13 teeth, 

and diametral pitch required. 


CUTTERS FOR MITRE AND BEVEL GEARS. 


Diametral 

pitch 

Price of 
Each 
Cutter. 

Diameter 
of Cutter. 

Hole in 
Cutter 


Dimetral 

Pitch. 

Price of 
Each 
Cutter. 

Diameter 
of Cutter. 

Hole in 
Cutter. 

4 

$ 5 50 

3in. 

1J4 in. 


12 

$ 2 65 

2 in. 

7 A in. 

5 

4 40 

3rV “ 

“ 


14 

2 55 

2 


6 

3 90 

234 “ 

1 * “ 


16 

2 45 

ltf “ 

« 

8 

3 40 

2/4 “ 

“ 


20 

2 30 

1% “ 

“ 

10 

3 00 

214 " 

H “ 


24 

2 10 

m w 

“ 


Cutters for pitches not given in the above list will be made to order. 


SPECIAL GEAR CUTTERS. 

Worm Wheel Cutters and cutters of special dimensions are made to order 
at special prices. Spur and Bevel Gear Cutters, shown in lists, when ordered 
with special size hole, are made to order at an advance of fifty cents each on 






















CHARLOTTE, N. C 


156 


PATENT INVOLUTE CUTTERS. 

FOR TEETH OF GEAR WHEELS. 


All Gears of same Pitch cut with these Cutters 


are interchangeable. 


Diametral 

Pitch. 

Price of 
Each Cutter. 

Diameter 
3f Cutter. 

Hole in 
Cutter. 

*9 

$12 50 

5 " 

M" 

*214 

11 25 

416 

*214 

10 00 

414 

*' 

*234 

9 00 

4 

4 4 

3 

7 00 

313 

44 

*314 

6 50 


“ 

*3V6 

6 25 

3ft 

44 

*3% 

6 00 

U 


4 

5 50 

m 

44 

*416 

5 00 

314 

44 

5 

4 .50 

3* 

<4 

*5>4 

4 20 


44 

6 

3 90 

m 

he 

7 

3 60 

2 ft, 

4 • 

8 

3 40 

216 

44 

9 

3 20 

2% 

44 

10 

3 00 

214 

% 

11 

2 75 

2ft 

4. 

12 

2 65 

2 

44 

*13 

2 60 

2 

«4 

14 

2 55 

2 

44 

*15 

2 50 

2 

44 

16 

2 45 

Hi 

44 

18 

2 35 

A 

44 

20 

2 30 

m 

H 3 

4 < 

22 

2 20 

44 

24 

2 10 

m 

44 

26 

1 95 

1 ¥ 

44 

28 

1 80 


44 

30 

1 80 

** 

4 ' 

32 

1 80 

41 

44 

3ti 

1 80 


44 

*38 

1 80 


4 * 

40 

1 80 


*• 

*44 

1 80 


" 

48 

1 80 

•* 

" 

*50 

1 80 

• 4 

44 

*56 

1 80 


44 

*60 

1 80 


44 

*64 

1 80 

44 

*70 

1 80 

• < 

4 4 

*80 

1 80 

4* 


*120 

1 80 

41 

44 


FOR USE ON NO. 3 AUTOMATIC 
GEAR CUTTING MACHINE. 

Design of 1896. 


Diametral 

Pitch. 

Price 

Diameter 
of Cutter. 

Hole in 
Cutter. 

*4 

$.5 50 

314" 

1" 

*414 

5 00 

3% 

44 

5 

4 50 

314 

44 

*514 

4 20 

314 


6 

3 90 

3 

44 

7 

3 60 

2% 

44 

8 

3 40 

2% 

44 

9 

3 20 

234 


10 

3 00 

2% 


11 

2 75 

2% 


12 

2 65 

2% 


*13 

2 60 

2% 


14 

2 55 

216 


*15 

2 50 

214 

44 

16 

2 45 

214 

44 

18 

2 35 

2% 

4 * 

20 

2 30 

2% 


22 

2 20 

214 

* 

24 

2 10 

214 


*26 

2 00 

214 


*28 

2 00 

214 


*30 

2 00 

214 


*32 

2 00 

214 


*36 

2 00 

214 


*40 

2 00 

214 


*48 

2 00 

214 

44 


FOR USE ON NO. 4 AUTOMATIC 
GEAR CUTTING MACHINE. 


Design of 1896. 


Diametral 

Pitch. 

Price. 

Diameter 
of Cutter. 

Hole in 
Cutter. 

*3 

$7 50 

414" 

Ilf' 

*316 

6 75 

4 

4 

6 00 

m 

44 

*454 

5 50 

3 34 

44 

5 

5 25 

3% 

44 

*514 

5 00 

3% 

44 

6 

4 75 

314 

44 

7 

4 50 

m 

«t 

8 

4 25 

314 

44 

9 

4 00 

314 

44 

10 

3 75 

3 

44 

11 

3 50 

2% 

44 

12 

3 25 

2% 

44 

*14 

3 00 

2% 

44 

*16 

3 00 

2% 

« i 

*18 

3 00 

2% 

41 

*20 

3 00 

2 94 

44 


FOR NO. 5 AUTOMATIC GEAR 
CUTTING MACHINE. 


Design of 1896. 


Diametral 

Pitch. 

Price. 

Diameter 
of Cutter. 

Hole in 
Cutter. 

*2 

$13 50 

m" 

116" 

*214 

12 25 

514 


*214 

10 50 

5 

44 

*234 

9 50 

434 

it 

3 

8 00 

434 


*314 

7 75 

414 

it 

*314 

7 25 

4% 

tt 


6 75 

414 

44 

4 

6 25 

414 


*414 

5 75 

414 

44 

5 

5 25 

4 

44 

*516 

5 00 

3% 

44 

6 

4 75 

334 


7 

4 50 

3% 

14 

8 

4 25 

316 

44 

*9 

4 00 

316 

4i 

*10 

3 75 

316 

44 


FOR USE ON NO. 6 AUTOMATIC 
GEAR CUTTING MACHINE. 

Design of 1896. 


Diametral 

Pitch. 

Price. 

Diameter 
of Cutter. 

Hole in 
Cutter. 

*134 

$18 50 

616" 

134" 

2 

14 00 

614 


*214 

12 75 

6 


214 

11 00 

534 


*234 

10 CO 

516 


3 

8 50 

514 


*314 

8 25 

514 


*314 

7 75 

4% 


*334 

7 25 

434 


4 

6 75 

434 


*416 

6 25 

416 


5 

5 75 

434 


*516 

5 75 

434 


6 

5 50 

414 


*7 

5 25 

416 


*8 

5 00 

4 



Cutters marked * made to order. 







































































156 


THE D. A. TOMPKINS CO., 


KEYSEATERS. 


It often pays to take the Machine to the work. 

It saves time ; it saves room ; it often saves lots of money. 
Weighs, boxed, 100 pounds. 



Figure 143 . 


Portable Shaft Keyseater. 

Mills Keyseats in Shafting in position up to 5-inch diameter. 

Mills Keyseats up to ip^x^-inch. Full width at one cut. 

Support directly under cutter at all times. 

Mills Keyseats without Chatters. 

Mills Keyseats with true sides and smooth bottoms. 

Self-centering and automatic feed. 

Machine has five cutters by which Keyseats from *4 inch to 1% inch wide, 
varying 1-16 inch, may be cut full width at one operation. 

Price complete, $40.00. 





CHARLOTTE, N. C. 


157 


“ THE MORSE ” VALVE RESEATING MACHINES. 

Are indispensable money-saving outfits for repairing all flat and taper- 
seated valves and faucets from *4 to 18 inches, without disconnecting them 
from the pipes. Old valves that have been laid aside can be made as good as 
new eight or ten times. Highly recommended by several thousand users, 
including the United States and European Navies and War Departments, 
Railroad, Steamship, Electric Light, Gas, Power and Manufacturing Com¬ 
panies, Public Institutions, Breweries, Iron, Steel and Mining Industries. 



o 

o 

o 

o 

o 

o 

O 

o 

o 

o 

o 

o 

o 

O 

o 

VO 

VO 

VO 

o 

o 

VO 

Os 

N 

CO 


VO 

VO 

N 


hH 

M 

HH 

r- " 


CO 


G — G 
•- as 

W VO 
OS 

OXIO 


.> O 

c/3 

3 *s 

1 


„ C/3 

(f) <V 

J= o 
c 

On ON 

o o 


£ -2 £ 
2^2 


£ - 
o £ 
u o 


Cfl 


tn 

as 

CD 

as 

O 

as 

> 

as 


u 

<+H 

J> 

aS 



C/3 


> 


> 

<D 

K* 

> 


> 



"G 

as 


as 

> 

as 

-<-» 

aS 

as 

as 


aS 

as 

as 

as 


as 

in 

as 

c/) 

<D 

+-> 

tn 

Vh 

in 

u 

aJ 

V. 

as 


as 

<u 

as 

a 

as 


a w O, rt 


a ^ 

aS 


C X) 
aS 

aS 


J5 -m 
CC aS 
X 


■Z . O 


*a 

^ S 

aS « aS 

X -m qc 

aS 

-H G J-H 

a! ^ "ri 

be be .5 bflO 

.s “. c ' 


~ ^ ~ ~ -m as 


aS rt 

(L> 05 fl) 

uj cn 

u «) a) 


as •- 
as Q 


St 


U. Si u 
O O O 

fe fo 


i-i 1-1 G 
^ O aS 


I i I < I A * 

O rj- MD 0\ O'. 


cn -m o « w « 
JU 3 as g C 
*-< rj ^T 1 X I •- 

u I u lx 

u 2 ' s 2 1 

Q o m 


CO rj- 

6 6 6 6 6 
£ £ £ fc £ 


o 

£ 


o 

£ 


* 
















158 


THE D. A. TOMPKINS CO., 


“TOMPKINS” EMERY GRINDING MACHINES. 



Figure 145. 

Made in our shop. 

Price.each $35.00 












CHARLOTTE, N. C. 


159 


EMERY WHEELS. 


TABLE OF EMERY WHEEL SPEEDS. 


Diameter Wheel 

Revolutions per Minute 

for 

Surface Speed of 

4,000 feet. 

Revolutions per Minute 

for 

Surface Speed of 

5,000 feet. 

Revolutions per Minute 

for 

Surface Speed of 

6,000 feet. 

1 inch. 

15,279 

19,099 

22,918 

2 “ 

7,639 

9,549 

11,459 

3 “ 

5,093 

6,366 

7,639 

4 “ 

3,820 

4,775 

5,730 

5 “ 

3,056 

3,820 

4,584 

6 “ 

2,546 

3,183 

3,820 

7 “ 

2,183 

2,728 

3,274 

8 “ 

1,910 

2,387 

2,865 

10 “ 

1,528 

1,910 

2,292 

12 " 

1,273 

1,592 

1,910 

14 “ 

1,091 

1,364 

1,637 

16 “ 

955 

1,194 

1,432 

18 “ 

849 

1,061 

1,273 

20 “ 

764 

955 

1,146 

22 “ 

694 

868 

1,042 

24 “ 

637 

796 

955 

30 “ 

509 

637 

764 

36 “ 

424 

531 

637 


Above table designates number of revolutions per minute for specified 
diameters of wheels, to cause them to run at the respective periphery rates 
of 4 , 000 , 5,000 and 6,000 feet per minute. 

The medium of 5,000 feet is usually employed in ordinary work, but in 
special cases it is sometimes desirable to run them at a lower or higher rate 
according to requirements. 

The stress on the wheel at 4,000 feet periphery speed per minute is 4 b 
pounds per square inch. At 5,000 feet, 75 pounds. At 6,000 feet, 108 pounds. 

Wheels are tested immediately before shipment at not less than g,ooo feet 
per minute, giving them a stress of 250 pounds or more per square inch thus 
proving beyond any question that each and every wheel is entirely free from 
defects or weakness before it is sent out; nevertheless it is recommended that 
they be run in actual use as moderately as practicable, so that an ample 
margin of safety may be allowed. 























THE D. A. TOMPKINS CO., 


160 


PRICE LIST OF REGULAR WHEELS. 


Diameter 

Thickness of Wheels in Inches. 

in 

Inches. 

m 

% 

V6 

% 

% 

% 

1 

114 

1 >4 

1 

$ 25 

$ 30 

$ 30 

$ 35 

$ 35 

$ 40 

$ 40 

$ 45 

$ so 

U 

30 

35 

40 

45 

45 

50 

50 

55 

60 

9 

35 

45 

50 

55 

55 

60 

60 

65 

70 

21 

40 

55 

65 

70 

75 

80 

85 

95 

1 05 

3 

50 

65 

80 

90 

95 

1 05 

1 10 

1 25 

1 40 

3* 

60 

80 

95 

1 05 

1 15 

1 25 

1 35 

1 55 

1 75 

4 

75 

95 

1 10 

1 25 

1 35 

1 50 

1 60 

1 85 

2 10 

41 

90 

1 10 

1 25 

1 40 

1 55 

1 70 

1 85 

2 15 

2 45 

5 

1 00 

1 20 

1 40 

1 60 

1 80 

2 00 

2 20 

2 60 

3 00 

6 

1 40 

1 60 

1 75 

2 10 

2 40 

2 75 

3 05 

3 70 

4 35 

7 

1 85 

2 00 

2 15 

2 60 

3 00 

3 45 

3 85 

4 70 

5 55 

8 

2 10 

2 35 

2 60 

3 10 

3 60 

4 10 

4 60 

5 60 

6 60 

9 

2 50 

2 80 

3 10 

3 70 

4 25 

4 85 

5 40 

6 55 

7 70 

10 

3 00 

3 35 

3 65 

4 35 

5 00 

5 70 

6 35 

7 70 

9 05 

12 

3 60 

3 80 

4 00 

5 00 

6 00 

6 70 

7 40 

9 00 

10 70 

14 

4 05 

5 15 

6 25 

7 35 

8 45 

9 55 

10 65 

12 85 

15 05 

16 





10 85 

12 30 

13 70 

16 55 

19 40 

18 





13 25 

15 15 

17 00 

20 75 

24 50 

20 





20 25 

24 75 

29 25 

22 







25 00 

31 00 

37 00 

24 







29 00 

36 00 

43 00 

26 







43 00 

51 00 

30 








61 00 

36 









95 00 










Diameter 

in 

Inches. 

Thickness of Wheels in Inches. 

1H 

2 

2H 

254 

2 H 

3 

3 54 

354 

4 

1 

$ 

55 

$ 

60 

$ 

65 

$ 

70 

$ 

75 

$ 

80 

$ 

85 

$ 

90 

$ 1 

00 

U 


65 


70 


75 


80 


85 


90 


95 

1 

00 

1 

10 

2 


75 


80 


85 


90 


95 

1 

00 

1 

05 

1 

10 

1 

20 

21 

1 

15 

1 

25 

1 

35 

1 

45 

1 

55 

1 

65 

1 

75 

1 

85 

2 

05 

3 

1 

55 

1 

70 

1 

85 

2 

00 

2 

15 

2 

30 

2 

45 

2 

60 

2 

90 

31 

1 

95 

2 

15 

2 

35 

2 

55 

2 

75 

2 

95 

3 

15 

3 

35 

3 

75 

4 

2 

35 

2 

60 

2 

85 

3 

10 

3 

35 

3 

60 

3 

85 

4 

10 

4 

60 

41 

2 

75 

3 

05 

3 

35 

3 

65 

3 

95 

4 

25 

4 

55 

4 

85 

5 

45 

5 

3 

40 

3 

80 

4 

20 

4 

60 

5 

00 

5 

40 

5 

80 

6 

20 

7 

00 

6 , 

5 

00 

5 

65 

6 

30 

6 

95 

7 

60 

8 

25 

8 

90 

9 

55 

10 

85 

7 

6 

40 

7 

25 

8 

10 

8 

95 

9 

80 

10 

65 

11 

50 

12 

35 

14 

05 

8 

7 

60 

8 

60 

9 

60 

10 

60 

11 

60 

12 

60 

13 

60 

14 

60 

16 

60 

9 

8 

85 

10 

00 

11 

15 

12 

30 

13 

45 

14 

60 

15 

75 

16 

90 

19 

20 

10 

10 

40 

11 

75 

13 

10 

14 

45 

15 

80 

17 

15 

18 

50 

19 

85 

22 

55 

12 

12 

75 

14 

00 

15 

70 

17 

40 

19 

00 

20 

75 

22 

50 

24 

25 

27 

50 

14 

17 

25 

19 

45 

21 

65 

23 

85 

26 

05 

28 

25 

30 

45 

32 

65 

37 

05 

16 

22 

25 

25 

00 

27 

95 

30 

80 

33 

65 

36 

50 

39 

35 

42 

20 

47 

90 

18 

28 

25 

32 

00 

35 

75 

39 

50 

43 

25 

47 

00 

50 

75 

54 

50 

62 

00 

20 

33 

75 

38 

25 

42 

75 

47 

25 

51 

75 

56 

25 

60 

75 

65 

25 

74 

25 

22 

43 

00 

49 

00 

55 

00 

61 

00 

67 

00 

73 

00 

79 

00 

85 

00 

97 

00 

24 

50 

00 

57 

00 

64 

00 

71 

00 

78 

00 

85 

00 

92 

00 

99 

00 

113 

00 

26 

59 

00 

67 

00 

75 

00 

83 

00 

91 

00 

99 

00 

107 

00 

115 

00 

131 

00 

30 

72 

00 

83 

00 

94 

00 

105 

00 

116 

00 

127 

00 

138 

00 

149 

00 

171 

00 

36 

110 

50 

1 

1 

126 

00 

141 

50 

157 

00 

172 

50 

188 

00 

203 

50 

219 

no 

250 

00 
























































CHARLOTTE, N. C 


161 



Figure 146. 

A partial view of our Supply Room, where we carry a large stock of Fittings 

for Steam and Hot Water Heating. 













m 


THE D. A. TOMPKINS CO., 


ASBESTOS PIPE COVERING. 



Figure 147. 


PRICE LIST. 


SIZE. 

Cover¬ 

ing, 

Per 

lineal ft 

Elbows 

Each 

Tees 

Each 

Valves 

Each 

Cross’s 

Each 

SIZE. 

Cover¬ 

ing 

Per 

lineal ft 

Elbows 

Each 

Tees 

Each 

Valves 

Each. 

Cross’s 

Each. 

Inside 

Diam. 

Inside 

Diam. 

y 2 in. 

$0.20 

$0.25 

$0.33 

$0.25 

$0.35 

4 in. 

$0.44 

$0.44 

$0.59 

$0.59 

$0.73 

% “ 

.22 

.25 

.33 

.25 

.43 

4 Mt, “ 

.47 

.47 

.63 

.63 

.80 

1 “ 

.23 

.25 

.33 

.25 

.43 

5 “ 

.50 

.50 

.67 

.67 

.90 

m “ 

.24 

.25 

.33 

.25 

.43 

6 " 

.58 

.58 

.77 

.77 

1.00 

iy 2 “ 

.25 

.25 

.33 

.25 

.43 

7 “ 

.66 

.66 

.88 

.88 

1.10 

2 “ 

.27 

.27 

.36 

.27 

.48 

8 “ 

.73 

.73 

.97 

.97 

1.20 

2 & " 

.31 

.31 

.41 

.41 

.53 

9 “ 

.80 

.80 

1.07 

1.07 

1.35 

3 “ 

.36 

.36 

.48 

.48 

.60 

10 “ 

.90 

.90 

1.20 

1.20 

1.50 

sy> “ 

.40 

.40 

.53 

.53 

.68 

12 “ 

1.10 

1.10 

1.40 

1.40 

1.80 


So as not to confuse our trade we have but one price list for our different 
grades of coverings. Our discounts regulate the cost of our goods. Write 
for special net prices. 



Asbestos Cement. 





























CHARLOTTE, N. C. 


163 


STANDARD LAP-WELDED BOILER TUBES. 


Outside Diameter 
Inches. 

Price Per 

Foot. 

Thickness 

Inches. 

Thickness 

Nearest 

B. W. G. 

Nominal Weight 

Per Foot. 

1 

$ .30 

.095 

13 

.90 

m 

.28 

.095 

13 

1.15 

134 

.27 

.095 

13 

1.40 

1 % 

.22 

.095 

13 

1.66 

2 

.20 

.095 

13 

1.91 

234 

.24 

.095 

13 

2.16 

%y 2 

.28 

.109 

12 

2.75 

234 

.34 

.109 

12 

3.04 

8 

.35 

.109 

12 

3.33 

sy 

.40 

.120 

11 

3.96 

834 

.44 

.120 

11 

4.28 

3% 

.50 

.120 

11 

4.60 

4 

.55 

.134 

10 

5.47 

434 

.62 

.134 

10 

6.17 

5 

.75 

.148 

9 

7.58 

6 

1.00 

.165 

8 

10.16 

7 

1.20 

.165 

8 

11.90 

8 

1.50 

.165 

8 

13.65 

9 

1.70 

.180 

7 

16.76 

10 

2.10 

.203 

6 

21.00 

11 

2.50 

.220 

5 

25.00 

12 

2.90 

.229 

434 

28.50 

13 

3.20 

.238 

4 

32.06 

14 

3.65 

.248 

334 

36.00 

15 

4.10 

.259 

3 

40.60 

16 

4.60 

.270 

234 

45.20 


EXTRA WIRE GAUGE BOILER TUBES. 


For extra wire gauge boiler tubes, away from standard not exceeding 
four wire gauges, one cent for each inch in diameter of tube for each addi¬ 
tional gauge will be charged and added to net of invoice. 

Tubes more than four wire gauges heavier than standard will be charged 
by the pound the same as plain end stay tubes, arch pipes, dry pipes and water 
grates. 

















164 


THE D. A. TOMPKINS CO., 


STANDARD STEAM, GAS AND WATER PIPE. 

BLACK AND GALVANIZED. 


Nominal Inside 
Diameter. 

Price Per Foot. 

Thickness. 

Nominal Weight 
Per Foot. 

Number of Threads 
Per Inch of Screw. 

H 

•0534 

.068 

0.24 

27 

M 

.0534 

.088 

0.42 

18 

% 

• 0534 

.091 

0.56 

18 

y * 

•0834 

.109 

0.84 

14 

% 

1134 

.113 

1.12 

14 

1 

•16)6 

.134 

1.67 

H36 


•2234 

.140 

2.24 

H36 

1 

.27 

.145 

2.68 

1134 

2 

.36 

.154 

3.61 

113/2 

2 ^ 

•5734 

.204 

5.74 

8 

3 

• 7534 

.217 

7.54 

8 

sy 2 

.95 

.226 

9.00 

8 

4 

1.08 

.237 

10.66 

8 

4 % 

1.30 

.246 

12.49 

8 

5 

1 .45 

.259 

14.50 

8 

6 

1.88 

.280 

18.76 

8 

7 

2.35 

.301 

23.27 

8 

8 

2.82 

.322 

28.18 

8 

9 

3.40 

.344 

33.70 

8 

10 

4.25 

.366 

40.00 

8 

11 

4.75 

.375 

45.00 

8 

12 

5.20 

.375 

49.00 

8 


Unless otherwise ordered, black pipe, random lengths, with threads and 
couplings, will be shipped. 

For cut lengths an extra charge will be made above random lengths. 

For pipe smoothed on the inside, known as plugged and reamed, an extra 
charge will be made above regular pipe. 

For galvanized pipe an extra charge will be made above black. 

For asphalted pipe an extra charge will be made above black. 


LARGE O. D. PIPE. 

PLAIN ENDS 

Revised and adopted May i, 1902 . 


Size 

O. D. 

X in. 
Thick. 

tb in. 
Thick. 

H in. 
Thick 

tb in. 
Thick. 

X in. 
Thick. 

Size 

O. D. 

Va in. 
Thick. 

A in. 
Thick. 

H in. 
Thick. 

r 7 « in. 
Thick. 

Vt. in. 
Thick. 

14 

3.85 

4.80 

5.75 

6.65 

7.60 

21 


7.25 

8.65 

10.10 

11.50 

15 

4.15 

5.15 

6.15 

7.15 

8.15 

22 


7.60 

9.10 

10.60 

12.10 

16 

4.40 

5.50 

6.60 

7.65 

8.70 

24 



9.95 

11.60 

13 13 

17 

4.70 

5.85 

7.00 

8.15 

9.25 

26 



11 30 

13.15 

1U . IU 

14 93 

18 

4.95 

6.20 

7.40 

8.60 

9.80 

28 



12.15 

14 15 

lx . UO 

16 13 

20 

5.50 

6.90 

8.25 

9.60 

10.95 

30 



15/20 

17.65 


This pipe will be shipped in random lengths, plain ends, unless other¬ 
wise ordered. 

For cut lengths an extra charge above random will be made. 

For threaded pipe an extra charge above plain end will be made. 













































CHARLOTTE, N. C. 


165 


STEAM, GAS AND WATER PIPE. 

EXTRA STRONG. 


Size 

Inches. 

Actual 

Outside 

Diameter. 

Nominal 

Inside 

Diameter. 

Thick¬ 

ness. 

Nominal 
\y eight 
per Foot. 

Price 
per Foot. 

*4 

.405 

.205 

.100 

.29 

.11 

*4 

.540 

.294 

.123 

.,54 

.11 

% 

.675 

.421 

.127 

.74 

.11 

H 

.840 

.542 

.149 

1.09 

.12 

% 

1.05 

.736 

.157 

1.39 

.15 

1 

1.315 

.951 

.182 

2.17 

.22 

1*4 

1.66 

1.272 

.194 

3.00 

.30 

i y 2 

1.90 

1.494 

.203 

3.63 

.36 

2 

2.375 

1.933 

.221 

5.02 

.50 

2 y 2 

2.875 

2.315 

.280 

7.67 

.81 

3 

3.500 

2.892 

.304 

10.25 

1.05 

sy 

4.000 

3.358 

.321 

12.47 

1.33 

4 

4.500 

3.818 

.341 

14.97 

1.50 

4*4 

5.000 

4.280 

.360 

18.22 

1.95 

5 

5.563 

4.813 

.375 

20.54 

2.16 

6 

6.625 

5.750 

.437 

28.58 

2.90 

7 

7.625 

6.625 

.500 

37.67 

3.80 

8 

8.625 

7.625 

.500 

43.00 

4.30 


DOUBLE EXTRA STRONG. 


Size 

Inches. 

Actual 

Outside 

Diameter. 

Nominal 

Inside 

Diameter. 

Thick¬ 

ness. 

Nominal 
Weight 
per Foot. 

Price 
per Foot. 

34 

.84 

.244 

.298 

1.70 

.25 

% 

1.05 

.422 

.314 

2.44 

.30 

l 

1.315 

.587 

.364 

3.65 

.37 

1*4 

1.66 

.885 

.388 

5.20 

.52 

1*6 

1.90 

1.088 

.406 

6.40 

.65 

2 

2.375 

1.491 

.442 

9.02 

.95 

2*6 

2.875 

1.755 

.560 

13.68 

1.37 

3 

3.50 

2.284 

.608 

18.56 

1.92 

3*6 

4 

4.00 

2.716 

.642 

22.75 

2.45 

4.50 

3.136 

.682 

27.48 

2.85 

4*6 

5.00 

3.564 

.718 

32.53 

3.30 

5 

5.563 

4.063 

.75 

38.12 

3.80 

6 

6.625 

4.875 

.875 

53.11 

5.30 

7 

7.625 

5.875 

.875 

62.38 

6.25 

8 

8.625 

6.875 

.875 

71.62 

7.20 


Extra Strong and Double Extra Strong will be shipped in random lengths 
and plain ends unless otherwise ordered. 

For pipe fitted with threads and couplings an extra charge will be made 

above regular. 

For cut lengths an extra charge will be made above random. 

For galvanized or asphalted an extra charge will be made above black. 
Extra Heavy or Hydraulic Tubes away from Standard. Special prices given on 
application. ___ 

PRICE LIST FOR CUTTING AND 
THREADING PIPE. 


Standard Threads for Wrought Iron Pipe. 


Size Inches... 

% 

*4 

% 

*4 

% 

1 

1*4 

1*4 

2 

2*4 

3 

3*4 

4 

Price Each. 

05 

05 

05 

05 

05 

06 

07 

08 

10 

15 

20 

25 

35 

Size Inches. 

434 

5 

6 

7 

8 

9 

10 

12 

14 

16 

18 

20 


Price Each. 

45 

55 

70 

85 

1.00 

1.25 

1.50 

2.50 

3.50 

5.00 

8.00 

10.00 





















































































166 


THE D. A. TOMPKINS CO., 


CAST IRON WATER AND GAS PIPE. 

IN LENGTHS 12 FEET LONG. 



Figure 149. 


Size, inches. .. 

3 

WATER 

4 6 8 

PIPE. 

10 12 

14 

16 

18 

20 

24 

30 

36 

Thickness, inches. 

X 

H % 5* 

9 

TS TS 

X 

X 

% 

Vs 

1 

1 Vs 

m 

Weight per foot, pounds.... 

17 

22 33 42 

60 75 

117 

125 

167 

197 

250 

350 

475 

Size, inches. 

3 

GAS PIPE. 

4 6 8 10 12 

14 

16 

18 

20 

24 

30 

36 

Thickness, inches. 

% 

X TS T 7 B 

5* 5* 


X 


U 

X 

II 

Vs 

Weight per foot, pounds.... 

125* 

18 80 40 

55 70 

85 

104 

134 

150 

190 

277 

350 


APPROXIMATE QUANTITIES OF LEAD AND HEMP 
REQUIRED PER JOINT. 


Size, inches . 3 4 6 8 10 12 14 16 18 20 24 30 36 

Lead, pounds. 4 5^ 8 11 15 18 22 24 26 28 32 38 50 

Hemp, ounces. 6 7 9 11 13 18 20 22 24 28 32 38 44 


QUARTER BENDS OR ELBOWS. 
SPECIALS FOR CAST IRON PIPE. 


Size, inches. 

. 3 

4 6 

8 

10 

12 

14 

]6 

18 

20 

24 

30 

Weight each, pounds. 

. 48 

60 112 

200 

266 

376 

450 

650 

750 

1000 

1500 

2500 


EIGHTH 

BENDS. 








Size, inches. 


4 6 

8 

10 

12 

14 

16 

18 

20 

24 

80 

Weight each, pounds. 

. 42 

60 125 

200 

276 

390 

430 

510 

820 

1200 

1450 

2200 



SLEEVES. 









Size, inches. 


4 6 

8 

10 

12 

14 

16 

18 

20 

24 

30 

Weight each, pounds . . 


42 76 

110 

146 

208 

300 

360 

360 

557 

710 

965 



PLUGS. 









Size, inches. 


4 6 

8 

10 

12 

14 

16 

18 

20 

24 

30 

Weight each, pounds. 


12 22 

32 

46 

66 

70 

100 

125 

150 

185 

370 



CAPS. 









Size, inches. 






3 

4 

6 

8 

10 

12 

Weight each, pounds. 






15 

25 

60 

75 

100 

120 


The above weights on Cast Iron Pipe and Specials are approximate only 
and are given simply for convenience in estimating. 

Unless otherwise ordered all Cast Iron Water Pipe will be furnished 
coated inside and out, and Gas Pipe will be furnished not coated. 






















CHARLOTTE, N. C. 


167 


TEES. 


Size, 

Weight, 

Size, 

W eight, 

Size, 

Weight, 

Size, 

Weight, 

Inches. 

Pounds. 

Inches. 

Pounds. 

Inches. 

Pounds 

Inches. 

Pounds. 

3x3x3 

80 

8 x 8 x 4 

250 

12 x 12 x 10 

525 

24x24x24 

2000 

4x4x4 

100 

10 x 10 x 10 

390 

12 xl 2 x 8 

510 

30x30x30 

2880 

6 x 6 x 6 

204 

lOxlOx 8 

354 

12 xl 2 x 6 

500 

36x36x36 

4920 

6x6x4 

154 

lOxlOx 6 

312 

12xl2x 4 

480 

48x48x48 

9000 

8 x 8 x 8 

294 

lOxlOx 4 

300 

16x16x16 

900 



8 x 8 x 6 

266 

12 x 12 x 12 

540 

20 x 20 x 20 

1390 




CROSSES. 


Size, 

Weight, 

Size, 

Weight, 

Size, 

Weight, 

Size, 

Weight, 

Inches. 

Pounds. 

Inches. 

Pounds. 

Inches. 

Pounds. 

Inches. 

Pounds. 

3x3x3x3 

100 

8 x 8 x 4x 4 

296 

12 x 12 x 10 x 10 

670 

24x24x24x24 

2400 

4x4x4x4 

130 

10 x 10 x 10 x 10 

500 

12 xl 2 x 8 x 8 

625 

30x30x30x30 

3600 

6 x 6 x 6 x 6 

200 

lOxlOx 8 x 8 

496 

12 xl 2 x 6 x 6 

600 

36x36x36x36 

6160 

6x6x4x4 

190 

lOxlOx 6 x 6 

376 

12xl2x 4x 4 

572 

48x48x48x48 

10500 

8 x 8 x 8 x 8 

400 

lOxlOx 4x 4 

370 

16x16x16x16 

1020 



8 x 8 x 6 x 6 

354 

12 x 12 x 12 x 12 

714 

20 x 20 x 20 x 20 

1600 




REDUCERS. 


Size, 

Weight, 

Size, 

Weight, 

Size, 

Weight, 

Size, 

Weight, 

Inches. 

Pounds. 

Inches. 

Pounds. 

Inches. 

Pounds. 

Inches. 

Pounds. 

4x3 

80 

10 X 6 

270 

14 x 12 

475 

20 x 14 

575 

6x4 

150 

10 X 4 

260 

14 x 10 

430 

20 x 12 

540 

6x3 

120 

12 xio 

310 

14 x 8 

340 

24 x 20 

766 

8 x 6 

220 

12 x 8 

318 

16 x 12 

475 

30 x 24 

1022 

8x4 

180 

12 x 6 

300 

16 x 10 

435 

30 x 18 

1000 

10 x 8 

300 

12 x 4 

280 

20 x 16 

690 

36x30 

1730 


INCREASERS. 


Size, 

Inches. 

Weight, 

Pounds. 

Size, 

Inches. 

Weight, 

Pounds. 

Size, 

Inches. 

Weight, 

Pounds. 

Size, 

Inches. 

Weight, 

Pounds. 

4x3 

78 

8 x 6 

164 

10 x 8 

204 

12 x 10 

332 

6x4 

108 

10 x 4 

185 

12 x 6 

230 



8x4 

162 

10 x 6 

195 

12 x 8 

318 




Y BRANCHES. 


Lateral or Y Branches can be furnished in all sizes from 4 to 36 inches. 
The above weights are approximate only, and given simply for convenience 
in estimating 



168 


THE D. A. TOMPKINS CO., 


CAST IRON FITTINGS. 



Figure 150. Figure 151. 

Straight Elbow. Reducing Elbow. 


Elbows—Straight Sizes.—Fig. 150 


Size . 

. 4 

Vs 

4 

3/4 

1 

14 

14 

2 

24 

3 

Each .... 

.05 

.05 

.06 

.08 

.104 

.16 

.20 

.28 

.50 

.75 

Size . 


4 

44 

5 

6 

7 

8 

9 

10 

12. 

Each . 

. 1.05 

1.20 

1.75 

2.00 

2.75 

4.70 

6.75 

9.00 

.13.50 

20.00 



Elbows—Reducing Sizes.- 

—Fig. 

151 




Size . 

. Vs 

4 

3/4 

1 

154 

14 

2 

24 

3 

34 

Each .. .. 

.06 

.07 

.09 

.12 

.18 

.23 

.32 

.60 

.85 

1.20 

Size . 

. 4 

44 

5 

6 

7 

8 

9 

10 

12 


Each .... 

. 1.40 

2.00 

2.30 

3.15 

5.40 

7.75 

10.50 

15.50 

23.00 





Figure 152. Figure 153. 

Right and Left Elbow. 45 0 Elbow. 


Elbows—Right and Left.—Fig. 152 

Size . 14 Vs 4 Va 1 14 14 2 24 3 3/2 4 44 6 6 

Each .06 .06 .07 .09 .12 .18 .23 .32 .60 .85 

Elbows— 45 0 —Fig. 153 

Size .. 4 Vs l / 2 4 1 14 14 2 24 3 34 

Each .06 .06 .07 .10 .12 .19 .24 .34 .60 .90 1.25 

Size ... 4 44 5 6 7 8 9 10 12 

Each . 1.45 2.20 2.50 3.45 5.90 8.50 11.25 17.00 25.00 





















169 


CHARLOTTE, N. C. 


CAST IRON FITTINGS (Continued). 




Figure 154 Figure 155. 


Straight Tee. Reducing Tee. 

Tees—Straight Sizes. —Fig. 154 

Size . y A Vs 54 V 4 1 1 J 4 H /2 2 2/ 3 

Each .08 .08 .09 .12 .15 .23 .29 .41 .73 1.10 

Size . Sy 2 4 4/ 5 6 7 8 9 10 12 

Each . 1.50 1.75 2.55 3.00 4.00 6.80 9.75 13.00 19.50 29.00 

Tees—Reducing Sizes —Fig. 155 

Size . s/s y 2 y 4 1 iy 4 iy 2 2 2 y 2 3 3y 2 

Each .09 .10 .14 .17 .27 .33 .47 .83 1.25 1.75 

Size . 4 4 l / 2 5 6 7 8 9 10 12 

Each . 2.00 2.95 3.50 4.60 7.80 11.25 15.00 22.50 33.50 




Figure 156. Figure 157. 


Straight Cross. Reducing Cross. 

Crosses—Straight Sizes. —Fig. 156 

size . y 8 y 2 M 1 i'A I'A 2 2 y 2 3 sy 2 4 4y 2 

Each .15 .16 .22 .27 .42 .53 .75 1.30 2.00 2.70 3.15 4.60 

Size . 5 6 7 8 9 10 12 

Each . 5.50 7.25 12.25 17.50 23.50 35.00 52.50 

Crosses—Reducing Sizes. —Fig. 157 

Size . H Va 1 1J4 1 ^ 2 2y 2 3 3/ 4 4/ 

Each .18 .25 .30 .46 .60 .83 1.45 2.20 3.00 3.50 5.10 

Size . 5 6 7 8 9 10 12 

Each . 6.00 8.00 13.50 19.25 26.00 38.50 58.00 























170 


THE D. A. TOMPKINS CO., 


CAST IRON FITTINGS (Continued). 




Figure 158. Figure 159. 

Reducing Coupling. Offset Reducing Coupling. 

Reducing Couplings —Fig. 158 

Size .... 2 2y 2 3 Sy 2 4 4y 2 5 6 7 8 9 10 12 

Each .... '43 .60 .80 1.00 1.35 1.85 2.00 2.70 5.35 6.75 '8.35 10.00 15.00 

Offset Reducing Couplings. —Fig. 159 

Size.2x1 % 2y 2 xl l A V/ 2 x 1% 2^x2 3 x 2 3 x 2^ 3^x3 3^x2 % 4x8^ 4x3 5x4 6x4 

Each. 1.00 1.50 1.50 1.50 2.40 2.40 3.00 3.00 4.00 4.00 6.00 8.00 




Figure 160. 

Square Head Plug. 


Figure J61. 

Locknut. 





Figure 162. 

Socket Plug. 


Figure 163. 

Cap. 


Figure 164. 
Bushing. 


Plugs.—Square Head. —Fig. 160 


Size . 54 Vs 'A Va 1 154 154 2 2y 2 3 3*4 

Each .02 .02 .02 .03 .04 .05 .07 .10 .18 .25 .38 

Size . 4 4y 2 5 6 7 8 9 10 12 

Each .42 .65 .88 1.20 1.85 2.75 3.25 3.75 5.00 


Locknuts. —Fig. 161 

Size . 2 2y 3 Sy 4 4y 2 5 6 7 8 9 10 12 

Each .25 .27 ,.34 .47 .64 .85 .90 1.30 L70 2.35 2.70 3.00 4.00 


Straight Bushings, i.e., sizes that reduce one size only, up to and including 
2 * 4 ", are not made except in malleable; hence the above prices up to and 
including 2 y 2 " are for Bushings reducing more than one size, as 1 x J4, 2 x 1 , 
etc. Bushings 3 " and larger reduce one or more sizes. 


(Continued on opposite page.) 















CHARLOTTE, N. C. 


171 


CAST IRON FITTINGS (Continued). 


Caps.—Fig. 163 


Size . 2 

2J4 3 3/2 4 4i/4 5 6 

7 

8 

9 

10 

12 

Each .26 

.40 .54 .75 .87 1.05 1.20 1.55 

Socket Plugs.—Fig. 162 

2.50 

2.85 

4.75 5.50 

7.00 

Size . 


54 

X 

i 154 

IX 

2 

Socket plugs, Fig. 

14, each. 

.04 

.06 

.08 .09 

.11 

.15 

Plugs tapped for air cock, each. 


.12 

.15 .20 

.25 

.30 

Left-hand plugs, each. 


.06 

.08 .09 

.11 

.15 

Solid plugs, each. . 

Bushings.—Fig. 164 

.04 

.06 

.08 .09 

.11 

.15 

Size . 

. H H 1 154 1*4 2 

2/4 

3 

CO 

454 

5 

Each . 

.04 .05 .06 .07 .09 .14 

.21 

.30 

.40 .50 

.75 

.93 

Size . 

..... 6 

7 

8 

9 

10 

12 

Each . 

. 1.25 

1.87 

2.75 3.25 3.75 

5.00 




Figure 165. 

Offset. 


Figure 166 . 

Flange Union. 


Offsets.—Fig. 165 


Size . 

H 

1 

154 

1/^2 

2 

254 

3 

3 54 

4 

5 

6 

To offset 4 inches 

.45 

.70 

1.00 

1.20 

1.80 

3.00 

4.00 

5.00 

6.00 

8.00 

10.00 

To offset 6 inches 

.67 

1.05 

1.50 

1.80 

2.70 

4.50 

6.00 

7.50 

9.00 

12.00 

15.00 

To offset 8 inches 

.90 

1.40 

2.00 

2.40 

3.60 

6.00 

8.00 

10.00 

12.00 

16.00 

20.00 


Flange Unions.—Fig. 166 


Size . H 3 A 1 Wa VA 2 2^ 3 314 4 

Diameter of flanges. 3 3}4 3^4 454 4^4 554 5^4 ^54 3 

Number of bolts. 4 4 4 4 4 4 4 4 4 5 

Each .40 .46 .52 .64 .78 1.00 1.25 1.50 1.80 2.10 

Sj ze . 454 5 6 7 8 9 10 12 

Diameter of flanges. 8^4 954 1254 14 15 17 19 

Number of bolts. 5 5 6 6 8 8 10 12 

. 2.70 3.15 3.95 5.50 7.00 10.00 11.50 16.00 
























172 


THE D. A. TOMPKINS CO, 


CAST IRON FITTINGS (Continued). 




Figure 167. Figure 168. 

Side Outlet Elbow. Side Outlet Tee. 

Side Outlet Elbows. —Fig. 167 


Size . y A 1 ly ly 2 2 y 2 3 sy 2 4 4 ^ 5 6 

Each .18 .24 .30 .48 .60 .84 1.50 2.25 3.15 3.60 5.25 6.00 8.25 

Side Outlet Tees. —Fig. 168 

Size . y* y A i iy 4 iy 2 2 2y 2 3 sy 2 4 4^ 5 6 

Each .27 .36 .45 .70 .90 1.25 2.25 3.25 4.50 5.25 7.65 9.00 12.00 



Valves 
Fittings 
and pipe 
furnished 
to sketch 
on short 
notice 










CHARLOTTE, N. C. 


173 


CAST IRON FITTINGS (Continued). 




Figure 169. 

Cast-Iron Flange. 


Figure 170. 

Curved Flange. 


Cast Iron Flanges. —Fig. 169 


Size Pipe. 

1 


1 

u 

n 

2 

2J 

3 

34 

4 

H 

5 

6 

7 

8 

9 

10 

12 

Diameter. 


















- 1 

3 

.10 


















31 

.15 

.15 

.15 

.16 















4 

.22 

.22 

.16 

.16 















H 

.25 

.25 

.25 

.25 

.22 














5 

.35 

.30 

.30 

.30 

.30 

.35 













•H 

.45 

.45 

.40 

.40 

.40 

.35 

.40 












G 

.50 

.50 

.42 

.40 

.40 

.42 

.42 

.50 











H 

.65 

.60 

.60 

.60 

.55 

.50 

.50 

.50 

.65 










7 

.75 

.75 

.75 

.70 

.70 

.62 

.62 

.62 

.75 










1\ 

.90 

.90 

.90 

.85 

.85 

.80 

.80 

.75 

.85 

‘ .90 







... 


s 

1.00 

1.00 

1.00 

.95 

.95 

.90 

.90 

.90 

.90 

.90 









8£ 

1.25 

1.25 

1.25 

1.15 

1.15 

1.10 

1.10 

1.10 

1.00 

1.00 









9 



1.35 

1.35 

1.35 

1.30 

1.25 

1.15 

1.15 

1.15 

1.15 

1.40 







91 




1.90 

1.90 

1.75 

1.75 

1.60 

1.60 

1.50 

1.25 

1.50 

.1.50 






to 




2.25 

2.25 

2.15 

2.00 

1.80 

1.50 

1.50 

1.50 

1.50 

1.50 






11 







2.50 

2.25 

2.25 

2.00 

1.75 

1.75 

1.75 

2.20 





12 








3.00 

2.75 

2.50 

2.50 

2.20 

2.20 

2.20 

2.80 




13 










3.25 

3.00 

3.00 

2.80 

2.80 

2.80 




H 








4.00 

4.00 

3.75 

3.75 

3.50 

3.25 

3.25 

3.25 

3.75 

4.00 


15 

... 





... 








4.00 

4.00 

4.00 

4.50 

• . • 

16 














5.00 

5.00 

5.00 

5.00 

6.00 

17 














6.50 

6.50 

5.75 

5.75 

7.00 

18 















8.00 

8.00 

7.00 

7.00 

19 

















7.50 

7.50 

20 

... 


... 


1 

...| 







... 






8.50 

Size 1’ipc. 

1 

f i 1 

H | 

n 

2 

2* 

3 

31 

4 

H 

5 

6 

7 

8 | 

9 

10 

12 


Curved Flanges—Fig. 170—made to order at double above prices. 



























































































174 


THE D. A. TOMPKINS CO., 


CAST IRON FITTINGS (Continued). 




Figure 171. 

Return Bend—Close Pattern. 


Figure 172. 

Return Bend—Open Pattern. 


Return Bends—Close Pattern. —Fig. 171 


Size . 

. 54 

Va 

1 

154 

154 

2 

254 

3 

Centre to centre. 

. I /2 

1/2 

iy 4 

2'54 

23/4 

354 

354 

43/4 

Each . 

.18 

.20 

22 

.28 

.40 

.57 

1.20 

1.70 

Right and left, each. 

. 21 

.23 

.26 

.33 

.46 

.66 

1.40 

1.95 

With pitch,to order, each.. 



.26 

.33 





Return 

Bends—Open Pattern. —F 

ig- 1 

72 




Size . 



1 

154 

154 

2 

254 

3 

Centre to centre. 


2 Mi 

254 

3/4 

354 

4 

5 

654 

Each . 


.26 

.30 

.40 

.55 

.80 

1.35 

2.20 

Right and left, each. 


.30 

.35 

.46 

.64 

.92 

1.55 

2.50 




Figure 173. 

Return Bend—Back Outlet. 


Figure 174. 

Y Branch. 


Return Bends—Back Outlet. —Fig. 173 

Size . y 4 1 154 iy 2 2 254 3 

Centre to centre. 2 % 2 y 2 3 y 3 % 4 5 §y 2 

Each . 38 .42 .60 .80 1.15 2.00 3.00 

Y Branches. —Fig. 174 

Size. % y A 1 VA 1% 2 2H 3 3% 4 454 5 6 7 8 10 12 

Each.....20 . 28 .34 . 54 .66 .94 1.66 2.50 3.50 4.00 5.90 7.00 9.20 15.60 22.50 45.00 67.00 

Reducing, Each .23 .33 .40 .62 .76 1.08 1.90 2.90 4.00 4.60 6.80 8.00 10.60 18.00 26.00 51.75 77.00 
























CHARLOTTE, N. C. 


175 



Figure 175. 

Style A. 



Figure 176. 
Style B. 



Figure 177. 
Style C. 



Figure 178. 

Style D. 

Branch Tees, No. i.—Fig. 175 
1 $4 inside diameter, 2*4 centre to centre, for %-in. pipe. 


No. branches . 2 3 4 5 6 7 8 9 10 12 

With 1 or l*4-in. run.70 .80 .95 1.10 1.35 2.05 2.35 2.55 2.85 3.75 

Branch Tees, No. 2 .—Fig. 175 
1^4 inside diameter, 2^4 centre to centre, for i-in. pipe. 

No. branches . 2 3 4 5 6 7 8 9 10 12 

With 1 or 114-in. run.90 1.05 1.15 1.35 1.60 1.90 2.20 2.65 3.15 4.40 

Branch Tees, No. 3 .—Fig. 175 
2^4 inside diameter, 2*4 centre to centre, for i-in. pipe. 

No. branches . 2 3 4 5 6 7 8 9 10 12 

With 154-in. run. 1.00 1.15 1.30 1.45 1.75 2.20 2.45 2.90 3.30 4.75 


All above prices are for Tees of style shown by Fig. 175 . 

Back or Side Outlets, as shown by Figs. 176 , 177 and 178 , are charged as 
additional Front Outlets. When not otherwise ordered, all openings are tapped 
right-hand. 

Back or Side Outlets larger than the size of run will add 50 per cent, to 
above prices. 


(Continued on following page.) 

















176 


THE D. A. TOMPKINS CO., 


BRANCH TEES.—Continued. 

Branch Tees, No. 4.—Fig. 175 
2 ^ inside diameter, 2 J /2 centre to centre, for l-in. pipe. 


No. branches . 2 3 4 5 6 7 8 9 10 12 

With 2-in. run. 1.15 1.35 1.60 1.85 2.10 2.45 2.75 3.40 4.00 5.10 

With 2^-in. run. 1.75 2.05 2.40 2.75 3.10 3.50 3.75 4.30 5.00 5.85 

Branch Tees, No. 5.—Fig. 175 
2 ^ inside diameter, 3 centre to centre, for iy-in. pipe. 

No. branches . 2 3 4 5 6 7 8 9 10 12 


With l'A or 1^-in. run.. 1.30 1.65 2.00 2.40 2.80 3.20 3.60 4.30 4.80 5.25 

Branch Tees, No. 6 .—Fig. 175 
2 .y% inside diameter, 3 centre to centre, for i* 4 -in. pipe. 


No. branches . 2 3 4 5 6 7 8 9 10 12 

With 2-in. run. 1.50 1.90 2.40 2.90 3.30 3.90 4.50 5.25 5.85 6.50 


Branch Tees, No. 7.—Fig. 175 
3 inside diameter, 3 centre to centre, for iy~in. pipe. 


No. branches . 2 3 4 5 6 7 8 9 10 12 

With 2^-in. run. 1.95 2.40 2.85 3.55 3.95 4.20 4.95 6.15 6.85 7.65 


*mmaBSrwatAvr~ , 

Branch Tees, No. 8.—Fig. 175 
3 centre to centre, for 1 ^ 2 -inch pipe. 


No. branches . 2 3 4 5 6 7 8 9 10 12 

With l l / 2 or 2-in. run- 2.10 2.70 3.35 4.00 4.65 5.25 5.85 6.50 7.60 8.50 

With 2 ^-in. run. 2.85 3.45 4.15 5.00 5.75 6.50 7.00 8.25 9.25 10.50 


Branch Tees, No. 9 .—Fig. 175 
4 y 2 centre to centre, for 2 -in. pipe. 


No. branches . 2 3 4 5 6 7 8 9 10 12 

With 2-in. run. 4.10 5.25 6.40 7.65 8.80 10.60 11.50 12.25 13.50 15.00 

With 2y 2 -in. run. 4.50 5.75 7.00 8.50 9.75 11.75 12.75 13.50 15.00 16.50 


All above prices are for Tees of style shown by Fig. 175 . 

Back or Side Outlets, as shown by Figs. 176 , 177 and 178 , are charged as 
additional Front Outlets. When not otherwise ordered, all openings are tapped 
right hand. 

Back or Side Outlets larger than the size of run will add 50 per cent, to 
above prices. 















CHARLOTTE, N. C. 


177 


WROUGHT NIPPLES. 



Figure 180. 

PLAIN RIGHT HAND. 


LENGTH IN INCHES 

Size 

PRICES 

Prices of Extra Long R . and L . Nipples 

Lengths in Inches 

Close 

Short 

Long 

Inches 

Close or 
Short 

Long 

4 

5 

6 

7 

8 

9 

10 

11 

12 

3 A 

1 % 

2 

2 <A 

3 

3'A 

'/* 

.05 

.08 

.09 

.11 

.13 

.10 

.18 

.20 

.23 

.25 

.27 

r» 

i 'A 

2 

2 ‘A 

6 

3'A 


.05 

.08 

.09 

.11 

.13 

.10 

.18 

.20 

.23 

.25 

.27 

i 

VA 

2 

2‘A 

3 

3'A 

b s 

.05 

.08 

.09 

.11 

.13 

.10 

.18 

.20 

.23 

.25 

.27 

1 /s 

VA 

2 

a >A 

3 

3'A 

54 

.07 

.10 

.11 

.13 

.10 

.18 

.21 

.24 

.27 

.29 

.31 

m 

O 

2 ^ 

3 

3'A 

4 

K 

.08 

.12 


.15 

.17 

.23 

.25 

.27 

.29 

.32 

.35 

VA 

o 

2'A 

3 

3'A 

4 

1 

.11 

.18 


.20 

.24 

.31 

.33 

.37 

.41 

.45 

.48 

IK 

2'A 

3 

3'A 

’4 

4'A 

VA 

.15 

.23 


.27 

.32 

.39 

.45 

.50 

.55 

.00 

05 

IK 

2'A 

3 

3'A 

4 

4'A 

• 54 

.18 

.27 


.34 

.39 

.48 

.52 

.00 

.07 

.72 

.80 

o 

2'A 

3 

3'A 

4 

4'A 

O 

.24 

.30 


.43 

.51 

.07 

.72 

.80 

.87 

.90 

1.03 

2*4 

3 

3'A 

4 

4'A 

5 

254' 

.52 

. 7(1 



.91 

1.20 

1.30 

1.40 

1.55 

1.08 

1.80 

2‘A 

3 

3'A 

4 

4'A 

5 

3 

.05 

90 


.... 

1.13 

1.44 

1.00 

1.77 

1.93 

2.10 

2.27 

2'A 

4 

4'A 

5 

5'A 

0 

354 

1.00 

1.40 




1.75 

1.95 

2.15 

2.35 

2.55 

2.75 

3 . 

4 

4'A 

5 

3'A 

0 

4 

1 .15 

1.00 


.... 


2.00 

2.25 

2.50 

2.75 

3.00 

3.25 


Nipples made to order from extra heavy pipe at double above list. 
PLAIN RIGHT AND LEFT. 












PRICES OF EXTRA 

LONG 

NIPPLES 


LENGTH IN INCHES 


Size 

EK1CES 





















Lengths in 

Inches 



Close 

Short 

Long 

Inches 

Close or 
Short 

Long 

4 

5 

6 

7 

8 

9 

10 

11 

12 

% 

1J4 

2 

2'A 

3 

3*4 

l A 

.04 

.00 

07 

.08 

10 

.12 

.14 

.15 

.17 

18 

.19 

% 

VA 

o 

2'A 

3 

3*4 

*4 

.01 

.00 

.07 

.08 

.10 

12 

14 

. 15 

17 

18 

.19 

1 

\'A 

2 

2'A 

3 

3*4 

% 

.04 

.00 

.07 

.08 

.10 

12 

14 

15 

.17 

18 

19 

l'/e 

VA 

2 

2'A 

3 

' 3*4 

'A 

.05 

.07 

.08 

.10 

.12 

11 

.10 

18 

.20 

.22 

23 

1 K 

2 

2'A 

3 

3*4 

4 

Vx 

.00 

.09 


.11 

.13 

17 

18 

.20 

.22 

.24 

20 

1 !4 

2 

2'A 

3 

3 

3*4 

4 

1 

.08 

.13 


.15 

.18 

.23 

.25 

.28 

.31 

34 

.30 

1 H 

1 A 

2'A 

3*4 

4 

4'A 

VA 

11 

.17 


.20 

.24 

.29 

.33 

.36 

40 

.44 

.47 

2 'A 

3 

3'A 

4 

4'A 

VA 

.13 

.20 


.25 

.29 

.30 

.40 

45 

.50 

54 

.59 

o 

2'A 

3 

3 

3'A 

4 

4'A 

2 

.18 

.27 


.32 

.38 

.50 

54 

.59 

.05 

72 

.77 

214 

314 

4 

4'A 

5 

2*4 

.39 

.59 



.08 

90 

97 

1.00 

1.17 

1.26 

1.35 

2*4 

3 

3'A 

4 

4'A 

5 

3 

.48 

.72 



.85 

1.08 

1.20 

1.33 

1.45 

1.58 

1.70 

2'A 

3 

4 

4'A 

5 

5*4 

0 

3*4 

.75 

1.05 




1.30 

1.45 

1.00 

1.75 

1.90 

2.05 

4 

4'A 

5 

5*4 

0 

4 

.85 

1.20 




1.52 

1.09 

1.87 

2.05 

2.22 

2.40 

3 

4 

4'A 

5 

5*4 

0 

0 

4'A 

1.25 

1.70 




2 25 

2.50 

2.75 

2.95 

3.17 

3.40 

314 

4'A 

5 

5*4 

6*4 

5 

1.55 

2.45 




2.58 

2.83 

3.10 

3.35 

3.00 

3.85 

3'A 

4'A 

5 

5*4 

0 

3'A 

0 

1.85 

2.90 




3.05 

3.35 

3.70 

4.00 

4.30 

4.65 

4 “ 

5 

0 


7 

3.20 

3.60 




4.05 

4.45 

4.90 

5.30 

5.75 

0.15 

4 

5 

0 




8 

3.55 

4.05 




4.55 

5.05 

5.50 

0.00 

6.50 

7.00 

5 

0 

8 




9 

5.25 

0.50 






7.10 

7.75 

8.40 

9.00 

5 

0 

8 




10 

6.75 

8.25 






8.90 

9.70 

10.40 

11.15 






11 









.... 


5 

0 

8 




12 

8.00 

10.66 






10.80 

1 i .75 

12.70 

13.65 


Add 60 per cent, to above prices for Galvanized Nipples, threaded R. and L. 

(Continued on following page.) 
































































































































178 


THE D. A. TOMPKINS CO., 


WROUGHT NIPPLES (Continued). 

GALVANIZED RIGHT HAND. 


LENGTH IN INCHES 

Size 

Inches 

PRICES 

Prices of Extra L 

ong Galvanized 

NlPPI 

LES 

Close 

Short 

Long 

Close or 
Short 

Long 

Lengths in Inches 

4 

5 

6 

7 

8 

9 

10 

11 

12 

x 

1'A 

2 

2'A 

3 

3'A 

Vs 

Ofi 

11 

12 

.15 

.17 

.21 

.24 

..26 

.29 

.31 

.34 

K 

)'4 

2 

2'A 

3 

3'A 

X 

00 

.11 

12 

.15 

.17 

.21 

.24 

.26 

.29 

.31 

.34 


1 % 

2 

2'A 

3 

3 >r 

H 

.00 

11 

.12 

.15 

.17 

.21 

.24 

.20 

.29 

31 

.34 

1 'A 

W 

2 

2'A 

3 

3'A 

'A 

.00 

11 

.13 

.10 

.18 

.23 

.26 

.28 

.31 

.33 

.30 

m 

2 

2'A 

3 

3 a 

4 

y * 

.08 

14 


.18 

.21 

r 20 

.29 

.32 

.35 

.38 

.41 

i'A 

2 

2'A 

3 

3'A 

4 

1 

.11 

.19 


.24 

.28 

.34 

.38 

.42 

47 

.51 

.55 

IK 

2'A 

3 

3 A 

4 

4 J ■ 

\x 

.17 

.29 


.32 

.38 

.45 

.51 

.57 

.63 

.69 

.75 

w* 

2'A 

3 

3 a 

4 

■»'. 

)'A 

.21 

.35 


.39 

.40 

.55 

.63 

.70 

.77 

.84 

.91 

2 

2 A 

3 

3'A 

4 

4'A 

2 

.27 

.47 


.52 

.61 

.74 

.as 

.93 

1.03 

1.13 

1.23 

2 X 

3 

3'A 

4 

4'A 

5 

2'A 

.50 

.80 



1.00 

1.20 

1.41 

1.56 

1.71 

1.86 

2.01 

2'A 

3 


4 

4'A 

5 

3 

.70 

1.10 



1.30 

1.00 

1.80 

2.00 

2.20 

2.40 

2.60 

2% 

4 

1 ', 

5 

3'A 

6 

3'A 

1.20 

1.70 




2.10 

2.35 

2.60 

2.as 

3.15 

3.40 

3 

4 

4'A 

5 

3'A 

6 

4 

1.35 

1.87 




2.30 

2.60 

2.90 

3.20 

3.50 

3.80 

3 

4 

4'A 

5 

3'A 

6 

4'A 

1.85 

2.60 




3.30 

3.65 

4.05 

4.45 

4.85 

5.25 

3'A 

4)4 

5 

5 K 

6 

3'A 


2.30 

3.15 




3.75 

4.20 

4.60 

5.00 

5140 

5.85 

3)4 

4 A 

5 

5^ 

6 

3'A 

3 

2.80 

4.25 




4.50 

5.00 

5.55 

6.05 

6,60 

7.15 

4 

5 





7 

4.25 

4.95 




5 KS 

6 35 

7.05 

7.75 

8 45 

9.20 

4 

5 





8 

5.00 

5.80 




6i05 

7.50 

8*35 

9^25 

10 T 0 

10!95 


For list on R. and L. galvanized nipples add 60 per cent, to R. and L. plain 
nipples. 

MALLEABLE FITTINGS. 



Figure 181. 

Right-Hand Coupling. 


Figure 182. 

Right and Left Coupling. 



Size 


Malleable Couplings, Right-Hand.— Fig. 181 


Galvanized, each 


X 

X 


X 

1 

1V4 

IX 

2 

.08 

.04 

.07 

.10 

.14 

.20 

.25 

.35 

.05 

.07 

.10 

.17 

.23 

.30 

.40 

.55 

and Left. 

—Fig. 182 




X 

n 


X 

1 

IX 

IX 

2 

.04 

.05 

.08 

.12 

.16 

.25 

.36 

.52 

.06 

.08 

.10 

.17 

.25 

.35 

.55 

.75 



Figure 183. 

Malleable Union. 


Figure 184. 

American Union. 



Size . 

Plain, each . 

Galvanized, each 


Malleable Unions. —Fig. 

Vs y* X X X 1 

.18 .18 .20 .22 .27 33 

.27 .27 .30 .33 .40 .50 


183 

IX IX 

.46 .58 
.70 .90 


2 2/ 2 3 3y 2 4 

.75 1.55 2.10 3.65 4.35 

1.15 2.35 3.15 5.50 6.50 


(Continued’on opposite’page.) 
























































CHARLOTTE, N. C. 


179 


MALLEABLE FITTINGS (Continued). 

American Unions.—Fig. 184 


Size . y A y s y 2 y 4 1 iy 4 iy 2 2 254 b 

Plain, each .20 .24 .28 .35 .40 .56 .80 .95 2.00 2.75 

Galvanized, each .24 .28 .35 .46 .55 .78 1.12 1.35 2.90 3.75 

Tinned, each .30 .33 .45 .55 .65 .90 1.40 1.55 . 


Enameled fittings same list as galvanized. 




Figure 185. 

Gas Elbow. 


Figure 186. 
Beaded Elbow. 


Elbows.—Figs. 185 and 186 


Size . % J4 Vs V* 

Plain, each .04 ,04 .06 .10 

Galvanized, each.05 .08 .14 



Figure 187. 

45 0 Elbow. 


Va 1 1J4 l/ 2 2 2/ 2 3 3/2 4 

.15 .22 .25 .35 .50 .80 1.50 2.25 3.00 

.20 .32 .40 .60 .90 1.35 2.60 3.75 5.00 



Figure 188. 

Street Elbow. 


Elbows, 45 0 —Fig. 187 

Size . 

Plain, each .... 

Galvanized, each 

Street Elbows.—Fig. 188 

Vs V* Va 1 154 154 2 

.10 .12 .20 .25 .40 .55 .90 

.12 .15 .28 .35 .55 .80 1.30 


Vs V* Va 1 Wa in 2 

.10 .12 .18 .26 .36 .54 .82 

.15 .20 .25 .40 .50 .85 1.35 


Size . 

Plain, each . 

Galvanized, each 
















180 


THE D. A. TOMPKINS CO., 


MALLEABLE FITTINGS (Continued). 



Figure 189. Figure 190. 

Side Outlet Elbow. Drop Elbow. 

Side Outlet Elbows. —Fig. 189 


Size ... 

14 

Va 

1 

H4 

114 

Each .08 

.10 

.18 

.30 

.45 

.60 

Drop Elbows. —Fig. 190 







34 

Vs 

14 

Va 

1 

Plain, each . 

.06 

.08 

.12 

.20 

.25 

Galvanized, each . 


.12 

.20 

.35 

.40 


Enameled fittings same list as galvanized. 




Figure 191. 

Gas Tee. 


Figure 192. 

Beaded Tee. 


Tees. —Figs. 191 and 192 


Size ... y s ^4 Vs 'A Va 1 i *4 i*4 2 2 y 2 3 sy 2 4 

Plain, each .07 .07 .08 .11 .15 .25 .30 .45 .60 1.05 1.70 2.50 3.40 

Galvanized, each.10 .16 .20 .38 .50 .70 1.00 1.90 3.00 4.25 5.75 




Figure 193. 

Side Outlet Tee. 


Side Outlet Tees. —Fig. 193 


Figure 194. 
Drop Tee. 


Size . 

Plain, each 


*4 Va 1 114 
.14 .20 .35 .50 


Drop Tees. —Fig. 194 

Size . 

Plain, each . 

Galvanized, each . 


14 Vs A V 1 

.08 .10 .14 .22 .30 

.. .15 .25 .40 .55 

















CHARLOTTE, N. C. 


181 


MALLEABLE FITTINGS (Continued). 



Figure 195. 

Gas Cross. 

Crosses.—Figs. 195 and 196 


size . 54 s/s y 2 s / 4 1 154 ij 4 2 254 3 354 4 

Plain, each .08 .10 .12 .20 .30 .40 .60 1.00 1.75 3.00 3.25 5.25 

Galvanized, each.15 .17 .25 .45 .60 .90 1.50 2.75 4.25 5.00 8.00 


Enameled fittings same list as galvanized. 



Figure 196. 

Beaded Cross. 






Figure 198. 

Plug. 


Figure 199. 

Locknut. 



Figure 197. 

Cap. 





Figure 200. 
Bushing, 


Figure 201. 
Faced Bushing. 


Figure 202. 

Reducing Coupling. 


Caps.—Fig. 197 

Size . 54 Vs 'A V4 1 1'4 2 254 3 354 4 

Plain, each . .03 .04 .05 ,08 .12 .16 .24 .32 .45 .85 1.50 2.00 

Galvanized, each.04 .05 .08 .12 .17 .24 .38 .52 .76 1.30 2.25 3.00 

Plugs.—Fig. 198 

Size . Va Vs V* Va 1 1/4 1/4 2 

Plain, each .03 .03 .05 .08 .10 .16 .19 .30 

Galvanized, each .05 .05 .07 .11 .15 .25 .30 .45 

Locknuts.—Fig. 199 

Size . 54 Vs A Va 1 154 l T /4 2 254 3 

Plain, each.02 .03 .04 .05 .07 .09 .11 .18 .40 .50 

Galvanized, each .03 .04 .05 .07 .10 .14 .20 .30 .55 .70 

(Continued on following page.) 

















182 


THE D. A. TOMPKINS CO., 


MALLEABLE FITTINGS (Continued). 


Bushings.—Fig. 200 

Size . h J A 3 A 1 VA 154 2 2 y, 

Plain, each .04 .04 .05 .06 .07 .09 .14 .21 

Galvanized, each .08 .08 .10 .12 .14 .18 .28 .42 

Faced Bushings.— Fig. 201 

size . y A 1 1 y A iy 2 2 2 y 2 

Plain, each .11 .13 .17 .22 .32 .48 

Reducing Couplings.— Fig. 202 

Size . 54 Vs y 2 34 1 114 iy 2 2 254 3 3 / 2 4 

Plain, each .03 .03 .0-5 .10 .16 .20 .28 .45 .70 1.00 1.50 1.85 

Galvanized, each.05 .08 .15 .25 .35 .45 .75 1.05 1.65 2.40 3.05 


Enameled Fittings same list as Galvanized. 

WROUGHT-IRON COUPLINGS. 



Figure 203. 

Wrought-Iron Couplings.— Fig. 203. 


Size . y 14 3/s y 2 3/ 4 1 iy A iy 2 2 254 3 

Plain, each .05 .05 .06 .07 .10 .13 .17 .21 .28 .40 .60 

Galvanized each .06 .08 .10 .13 .18 .25 .32 .40 .55 .80 

Size . 3 J4 4 4>4 5 6 7 8 9 10 12 

Plain, each .80 1.00 1.50 1.65 2.40 3.25 4.25 5.50 7.50 10.00 

Galvanized, each . 1.05 1.40 2.00 2.25 3.25 . 


PIPE HANGERS. 



Figure 204. Figure 205. 

Hanger Rolls, 2" and smaller. Hanger Rolls, 2 j 4 " and larger. 

Hanger Rolls— Fig. 204 
2 " and Smaller. 


No. of pipes. 1 2 3 4 5 6 

For 1-in. pipe, 2 y 2 in. centre to centre, each.06 .12 .18 .24 .30 .36 

For l*4-in. pipe, 3 in. centre to centre, each.07 .14 .21 .28 .35 .42 

For lj4-in pipe, 3 in. centre to centre, each.08 .16 .24 .32 .40 .48 

For 2-in. pipe, 3% in. centre to centre, each.13 .26 .39 .52 .65 .78 


Above prices for Rolls only, without Rods, Bolts or Flanges. 


(Continued on opposite page.) 




























CHARLOTTE, N. C. 


183 


PIPE HANGERS (Continued). 


Hanger Rolls.—Fig. 205 
2 .y 2 " and Larger. 


Size . 2 y 2 3 3y 2 4 4*4 5 6 7 8 10 12 14 

Length end to end. 4}% 5 y 2 hy 2 6 6 8 9 \\y 2 14 17}4 

Weight . 2 2 Sy 2 Sy 2 4 4 4 54 6 7J4 12 17^4 22 

Each .15 .18 .21 .21 .24 .24 .27 .36 .44 .72 1.05 1.32 

Malleable Pipe Rings. 

Size . y A 1 iy A iy 2 2 zy 2 3 3 y 2 4 4y 2 5 6 7 8 

Weight per 100.. 9% 15 y 4 18 28 35 39 49 y 2 71 84^4 91 100 . 

Each .02 .03 .03 .04 .05 .06 .08 .12 .15 .20 .25 .40 .50 .60 


7 and 8 inch Wrought Iron. 


Coil Stands.—Fig. 206 
For 1 " Pipe. 




Figure 206. 

Coil Stand. 


No. pipes . 4 6 8 10 12 

Weight per pair. 5 7 9 10 IQA 

Per pair .30 .42 .54 .60 1.00 


HOOK PLATES. 




Figure 210. 
Beam Hook. 


Hooks.—Figs. 207 , 208 , 209 and 210 


Size pipe . 

Fig. 207, Short shank hooks. 

Fig. 208, Expansion hooks. 

Fig. 209, Ring hooks. 

Fig. 210, Beam hooks. 


y 2 y 1 va va 2 2y 2 3 

.. .08 .09 .10 .15 .22 .. .. 

.. .12 .15 .17 .25 . 

.16 .21 . 

.10 .11 .13 .15 .18 .24 .45 .60 


(Continued on following page.) 





















184 


THE D. A. TOMPKINS CO, 


HOOK PLATES (Continued). 



Figure 211. 
Hook Plate. 



Figure 212. 

Offset Hook Plate. 



Figure 213. 
Expansion Plate. 



Figure 214. 

Ring Plate. 

Hook Plates. —Figs. 211 to 214 
Hook Plates.—Fig. 211 


No. of hooks. 

. 2 

3 

4 

5 

6 

7 

8 

9 

10 

12 

For pipe, 2 l / 2 centre to centre. .. . 

. .16 

.21 

.24 

.28 

,34 

.40 

.45 

.50 

.56 

.72 

For 1 pipe 2*4 centre to centre. 

.18 

.23 

.26 

.32 

.38 

.48 

.59 

.65 

.70 

1.00 

For 1% pipe, 3 centre to centre. 

, .21 

.27 

.32 

.41 

.52 

.68 

.80 

.90 

1.20 

1.40 

For \ l / 2 pipe, 3 centre to centre. 

, .28 

.43 

.58 

.72 

.88 

1.10 

1.25 

1.40 

1.55 

1.90 

For 2 pipe, 4}4 centre to centre. 

. .43 

.65 

.90 

1.15 

1.35 






Offset Hook Plates.- 

For \ l Y pipe, to offset \]/ 2 inches.84 1.10 

-Fig. 212 

1.40 1.80 2.25 

2.50 

2.80 




For 1*4 pipe, to offset 3 inches. 

, 1.10 

1.70 

1.95 

2.25 

2.50 

2.80 

3.35 

. , 

, , 

. . 

For \ l Y pipe, to offset 4 inches. 

, 1.70 

1.95 

2.25 

2.50 

2.80 






Expansion Hook 

For 3/4 pipe, 2*4 centre to centre.23 

Plates. —Fig. 213 

.34 .45 .55 

.65 

.77 

.90 

1.05 

1.25 

1.65 

For 1 pipe, 2^4 centre to centre.... 

.25 

.35 

.50 

.60 

.70 

.80 

.95 

1.10 

1,35 

1.70 

For 1% pipe, 3 centre to centre.... 

.27 

.40 

.60 

.70 

.80 

.90 

1.15 

1,30 

1.50 

2.00 

For \ l / 2 pipe, 3 centre to centre.... 

, .40 

.60 

.75 

.90 

1.00 


. . 

• • 

• . 

, . 

For 2 pipe, 4*4 centre to centre.... 

. .60 

.85 

1.00 

1.35 

1.55 

2.00 

2.45 




Ring Plates.—Fig 214 

For 1 pipe, 2*4 centre to centre.28 .41 .50 

.62 

.72 

.96 

1.00 

1.20 

1.30 


For 1*4 pipe, 3 centre to centre.... 

, .35 

.50 

.62 

.75 

1.10 

1.25 

1.40 

• • 

, , 

, , 






















CHARLOTTE, N. C. 


185 


PATENT CEILING PLATES. 

In Halves. 



Figure 215. 


Inch . 24 1 1M 154 2 2 y 2 3 Sy 2 4 5 6 

Each .22 .28 .32 .40 .50 .65 .90 1.00 1.20 2.00 2.50 


FLOOR PLATES. 



Figure 216. Figure 217. 

Inch . 14 Yi 1 154 154 2 254 3 3 54 4 5 6 

Each .00 .06 .08 .11 .14 .16 .24 .30 .35 .42 .60 .75 


COMPRESSION HOSE BIBBS. 



Figure 218. 

For Lead Pipe. 



Figure 219. 


For Iron Pipe. 


Compression Hose Bibbs. —Fig. 218 
For Lead Pipe. 


Size . 

Finished, per doz.... 
Nickel plated, per doz 


V2 Va 1 

12.00 13.00 15.00 20.00 37.00 

14.00 15.50 17.50 22.50 40.00 


VA 

56.00 


154 2 

86.00 170.00 


Compression Hose Bibbs. —Fig. 219 
For Iron Pipe. 

y s y 2 h A 1 154 134 2 

14 00 15.00 17.00 22.00 40.00 60.00 92.00 180.00 

16.00 17.50 19.50 24.50 43.00 . 


Size . 

Finished, per doz.... 
Nickel plated, per doz 
















186 


THE D. A. TOMPKINS CO., 


AIR COCKS. 



Figure 220. 

Air Cock, T. H. and Shoulder. 



Figure 222. 

Air Cock, Bibb Nose, T. H. 

Price List. 

Number . 

Size of blank shank, inch. 

Size of shank pipe thread, inch. 

Fig. 220, T. H. and shoulder air cock, each. 

Fig. 221, T. H. double end air cock, each. 

Fig. 221, L. H. double end air cock, each. 

Fig. 222, T. H. bibb nose air cock, each. 

Fig. 223, L. H. bibb nose air cock, each. 

T. H. bibb nose air cock, hose end, each. 

L. H. bibb nose air cock, hose end, each. 



Figure 221. 

Air Cock, Double End, T. H. 



Figure 223. 


Air Cock, Bibb Nose, L.H. 


1 

2 

3 

4 

H 


y 


y& 


y 

X A 

.40 

.50 

.60 

.80 

.50 

.60 

.70 

1.00 

.60 

.70 

.80 

1.10 

.65 

.75 

.90 

1.10 

.75 

.85 

1.00 

1.20 

.90 

1.00 

1.25 

1.50 

1.00 

no 

1.35 

1.75 


STANDARD BRASS COCKS. 



Figure 224. 

Steam Cock, Square Head. 


Figure 225. 

Steam Cock, Flat Head. 


Figure 226. 

Steam Cock, Tee Head. 
Size % to % only. 


Steam Cocks. —Figs. 224 , 225 , 226 

% V 4 H y 2 y 4 1 134 iy> 2 2% 3 sy 2 4 

.85 .85 1.00 1.25 1.70 2.35 3.70 4.85 7.30 14.50 22.50 38.50 50.00 


Size 

Each 

























CHARLOTTE, N. C. 


187 


STANDARD BRASS COCKS (Continued) 




Figure 227. 

Flanged Steam Cock. 


Figure 228. 

Three-Way Cock. 


Steam Cocks, Flanged.— Fig. 227 

Size . 1 iy 4 1*4 2 2y 2 3 3 y 2 4 

Diameter flanges . 4 4*4 5 6 7 iy 2 8y 9 

Face to face. 3?4 3^ 4$4 5/4 6 8 8*4 9 

Each . 7.30 9.70 11.75 18.00 27.50 43.00 62.00 84.00 


Size 

Each 


Three-Way Cocks.— Fig. 228 

*4 H 1 154 W 2 2*4 3 3*4 4 

2.50 3.00 3.75 5.75 7.15 11.00 18.75 26.00 50.00 70.00 


STANDARD BRASS VALVES. 



Figure 229. Figure 230. Figure 231. 

Globe Valve, Screwed. Angle Valve, Screwed. Globe Valve, Flanged. 

Globe and Angle Valves. Screwed.—Figs. 229 , 230 
Size .. V 8 J A Vs / 2 ^4 1 1/4 I /2 2 2^2 3 3*4 4 

Each .72 .72 .77 1.00 1.26 1.80 2.52 3.50 5.30 10.00 14.40 26.50 36.00 

(Continued on following page.) 







































188 


THE D. A. TOMPKINS CO., 


STANDARD BRASS VALVES (Continued). 

Globe Valves. Flanged.— Fig. 231 


Size . 1 \y A I 54 2 2 l / 2 3 3^ 4 

Diameter of flanges . 4 4 l / 2 5 6 7 1V 2 8V 2 9 

Face to face .. 3\$ 4 y 8 5H 5*1 A 8# 8^ 

Each . 6.75 8.50 10.50 16.00 23.00 35.00 50.00 70.00 


Angle Valves.—Flanged. 

Not Illustrated. 


Size . 1 iy A iy 2 2 2^ 3 3/2 4 

Diameter of flanges . 4 4 y 2 5 6 7 iy 2 8^2 9 

Centre to inlet . 2 r 9 s 4 4 l / 2 5 5% 6 

Centre to outlet .... . 2^s 2% 3 34 4 4 y 4 5 

Each . 6.75 8.50 10.50 16.00 23.00 35.00 50.00 70.00 



Figure 232. 
Cross Valve. 


Cross Valves.— Fig. 232 


size . Vs y 2 y 4 i iy 4 iy 2 2 2y 2 3 

Each . 1.25 1.25 1.50 2.00 2.50 3.50 5.00 8.00 16.00 24.00 


Flanged Cross Valves to order 














CHARLOTTE, N. C. 


189 


STANDARD BRASS VALVES (Continued). 


Figure 233. Figure 234. 

Horizontal Check Valve. Vertical Check Valve. 

Horizontal Check Valves. —Fig. 233 

size ... Vs y 4 Vs y * y* 1 154 i/4 2 214 3 3^4 4 

Each ... .65 .65 .70 .90 1.15 1.60 2.25 3.15 4.75 9.00 13.00 24.00 32.50 

Horizontal Check Valves. —Flanged 


Size . 1 154 154 2 2J4 3 3^4 4 

Diameter of flanges . 4 4 y 2 5 6 7 7^4 8}4 9 

Face to face. 3 T 7 ff 3ff 4^4 §Vs off 6 r 9 * 8^4 8 7 /s 

Each . 6.50 8.25 10.15 15.50 22.00 33.50 47.50 66.50 


Size 

Each 


Vertical Check Valves. —Fig. 234 

54 Vs y 2 V 1 1/4 1/2 2 2j4 3 3^4 4 

.72 .77 1.00 1.26 1.80 2.52 3.50 5.30 10.00 14.40 26.50 36.00 




JENKINS BROS.’ VALVES. 




Figure 235. Figure 236. 

1. Manufactured of the best steam metal. 

2 . No regrinding; therefore not constantly wearing out the seat of the 
valves. 

3 . Contain Jenkins Disc, which is suitable for all pressures of steam, oil 
and acids. 

4 . The easiest repaired, and all parts interchangeable. 

5 . Every valve tested before leaving the factory. 

6 . All genuine stamped with trade mark. 


(Continued on following page.) 


















190 


THE D. A. TOMPKINS CO., 


JENKINS BROS.’ VALVES (Continued). 



K 

H 

K 

Ya 

1 

IK 

IK 

2 

2K 

3 

Brass Globe and Angle Valves, Screwed. 

1 10 

1 25 

1 60 

2 20 

2 80 

4 00 

5 50 

8 75 

15 75 

22 00 

‘ “ “ “ “ Flanged. 





6 00 

9 00 

11 00 

16 50 

25 00 

34 00 

Brass Cross Valves, Screwed. 

1 70 

2 - 00 

2 25 

2*50* 

3 25 

4 75 

6 25 

9 50 

20 00 

27 50 

“ “ “ Flanged. 





8 64 

11 45 

15 10 

22 70 

32 82 

44 30 




JENKINS BROS.’ IRON BODY VALVES 


Have a wide and favorable reputation 
among engineers and steam users. They 
are extra heavy, contain the Jenkins Disc, 
and are easily repaired. All parts are inter¬ 
changeable. They are fitted with brass 
hubs when specified, but unless otherwise 
ordered are fitted with yokes, as per cut. 
They are easy to repack, the yokes being 
large and with plenty of room. The flanged 
valves have the Master Steam Fitters’ Stan¬ 
dard, but can be fitted with other flanges if 
ordered. 


Figure 237. 


Figure 238. 


Size.j 

Ya 

1 

IK 

IK 

2 

2K 

3 

3K 

4 


5 

6 

7 

8 

10 

12 

Globe and Angle | 

Valves: 

Brass Hub, Screwed... 
“ “ Flanged... 

2 75 

2 85 

3 85 

5 00 

7 25 

8 50 
10 00 
11 75 

11 00 

13 00 
12 00 

14 00 
16 00 
19 00 

16 00 
18 00 
16 75 
18 50 
21 00 
24 00 






80 00 
80 00 

90 00 
90 00 

130'00 
130 00 

1.85 00 
185 00 

With Yoke, Screwed.. 

“ “ Flanged.. 

Cross Valves, Screwed 
“ Flanged 





19 50 
21 50 
26 00 
29 00 

24 00 
26 00 
30 00 
33 00 

32 66 
34 00 
42 00 
45 00 

40 00 
42 00 
45 00 
48 00 

48 00 
50 00 
58 00 
62 00 



Figure 239. 

Vertical. 


Figure 240. 

Horizontal. 


BRASS. 

Size.,. 34 

Brass, Horizontal, Angle, and Vertical, screwed. 1.10 

“ “ flanged. 

Swinging, screwed. .... 

“ “ “ flanged. . 


Figure 241. 

Angle. 


% 


% 

1 

1.20 

1.30 

1.90 

2.60 



4.75 

5.50 

i'20 

T30 

1.90 

2.60 

.... 


.... 

5.50 


(Continued on opposite page.) 




















































































CHARLOTTE, N. C. 


191 


JENKINS BROS.’ CHECK VALVES (Continued). 

Size . m m 2 iy 2 3 

Brass, Horizontal, Angle, and Vertical, screwed. 3.60 5.00 7.50 13.50 20.50 
“ “ “ “ flanged. 7 80 9.80 15.00 22.80 32.40 


Swinging, screwed. 3.60 5.00 7.50 13.50 20.50 

“ flanged . 7.80 9.80 15.00 22.80 32.40 




Figure 242. Figure 243. 

Horizontal, Screwed. Horizontal, Flanged. 

IRON BODY. 

Size. 

Iron Body Check, screwed, horizontal, angle, and vertical 
“ “ flanged, “ “ “ 

“ swinging, screwed. . 

“ “ swinging, flanged. 


Size . 

Iron Body Check, screwed, horizontal, angle, and vertical 
“ “ flanged “ “ “ 

“ “ swinging, screwed. 

“ “ swinging, flanged . 



Figure 244. 

Angle, Flanged. 



3 

sy 2 

10.50 

14.00 

17.00 

12.50 

16.50 

20.00 

12.00 

15.50 

18.50 

13.90 

17.75 

20.60 

4 

5 

6 

20.00 

30.00 

40.00 

23.00 

33.00 

43 00 

22.75 

32.90 

43.75 

25.45 

36.10 

47.10 


IRON-BODY EXPANSION JOINTS. 



Figure 245. Figure 246. 

Iron-Body Expansion Joint. Iron-Body Expansion Joint, Flanged. 


Iron-Body Expansion Joints. —Figs. 245 and 246 

6 -inch Traverse. 


Size . 2 ^ 3 Sy 2 4 5 6 

Traverse . 6 6 6 6 6 6 

Screwed . 13.00 17.50 25.00 30.00 45.00 55.00 

Flanged . 20.00 25.00 35.00 40.00 55.00 65.00 

Diameter flange . 7 iy 2 8 y 2 9 10 11 


(Continued on following page.) 

























192 


THE D. A. TOMPKINS CO., 


IRON BODY EXPANSION JOINTS (Continued). 

Iron-Body Expansion Joints. —Figs. 245 , 246 
Western Traverse. 


Size . 2y 2 S 4 5 6 7 8 10 12 

Traverse . % l / 2 2^4 3 3J4 4 5 6 7 7 8 

Screwed . 8.00 10.00 14.00 18.00 38.00 45.00 70.00 100.00 160.00 225.00 

Flanged . 16.00 18.50 25.00 30.00 48.00 55.00 80.00 110.00 175.00 250.00 


Diameter flange . 7 iy 2 8 y 2 9 10 11 12^2 13 y 2 16 19 


STANDARD IRON COCKS. 



Figure 247. 
Iron Cock. 



Figure 248. 
Three-Way Cock. 


Iron Cocks.—Screwed Ends. —Fig. 247 

Size . *4 34 1 1J4 lp 2 2 2y 3 Sy 2 4 5 6 

Standard pattern .. .90 1.05 1.30 1.60 1.95 2.70 4.40 6.75 12.00 15.50 32.00 45.00 

Heavy pattern . 1.15 1.25 1.75 2.10 2.80 3.65 6.50 9.00 16.75 22.50 45.00 62.00 

Standard pattern 


with brass plug.. 1.30 1.60 1.90 2.65 3.75 5.25 8.75 13.00 27.50 36.50 67.00 94.00 
Heavy pattern 

with brass plug.. 1.70 2.25 2.80 3.85 5.60 7.00 13.25 19.00 42.00 56.00 98.00 133.00 

Iron Cocks—Flanged Ends. 


size . 1 iy 4 iy 2 2 m 3 sy 2 4 5 6 

Standard pattern, each... 2.25 2.75 3.25 4.25 6.25 9.50 15.00 19.00 36.00 50.00 

Heavy pattern, each. 3.15 3.85 4.90 6.10 9.10 13.30 21.70 28.00 . 

Standard pattern with 

brass plug. 3.00 3.75 5.00 7.00 10.50 15.75 30.00 40.00 70.00 100.00 

Heavy pattern with 

brass plug. 4,20 5.60 7,70 9.45 16.10 23.10 46.90 61.60 . 

(Continued on opposite page.) 






















CHARLOTTE, N. C. 


193 


STANDARD IRON COCKS (Continued). 

Dimensions.—Iron Cocks, Flanged Ends. 


Size. i ly i y 2 2 2 y 2 3 sy 2 4 

Diameter flanges. 3y 4% 5 6 7 iy 8y 2 9 

Face to face standard pattern. 8%. 4 45 6y 8/4 9^4 

Face to face heavy pattern. 4 4 l / 2 h l / 2 654 l l / 2 8y 2 10 11 

Three-Way Cocks.—Screwed Ends. —Fig. 248 

Size . y 1 1 J 4 1 y 2 2 254 3 3 y 2 4 

All iron, each . 1.65 1.80 2.05 2.65 3.65 5.35 7.50 14.00 19.00 

With brass plug, each . 2.20 2.40 3.10 4.50 6.25 9.75 13.75 30.00 40.00 

Extra for Brass Washers on all Above. 

Size . 54 V 4 1 154 134 2 254 3 354 4 

Each .10 .15 .25 .35 .40 .50 .75 1.00 2.00 3.50 


SPECIAL IRON COCKS. 



Figure 249. 

Asbestos Packed Cock. 



Figure 250. 

Asbestos Packed Cock, 
With Stop and Waste. 


Asbestos Packed Iron Cocks. —Figs. 249 and 250 

size . y y 1 iy iy 2 2y 2 3 3y 4 5 6 

Screwed ends, each.. 1.60 2.10 2.50 3.50 4.75 7.00 12.00 18.00 27.00 30.00 45.00 60.00 

Flanged ends, each. 2.50 3.50 4.75 7.00 12.00 18.00 27.00 30.00 45.00 60.00 


Asbestos Packed Brass Cocks. 

size . 54 y y y 1 iy ly 2 254 3 

Screwed ends, each. 2.00 2.25 2.50 3.15 4.20 6.00 7.75 12.00 20.00 28.00 

(Continued on following page.) 









































194 


THE D. A. TOMPKINS CO., 




Figure 251. Figure 252. 

Asbestos Packed Cock, Extra Heavy. With Gland. 

Asbestos Packed Iron Cocks. —Fig. 251 
Extra Heavy. 

Size . / 2 3/ 4 1 114 \ y 2 2 2>4 3 3*4 4 

With screwed ends . 2.40 3.00 3.50 4.75 7.00 12.00 18.00 27.00 30.00 45.00 

With flanged ends. 7.00 12.00 18.00 27.00 30.00 45.00 

Asbestos Packed Cocks. —Fig. 252 


With Gland for Ammonia. 

Size . y A Vs y 2 24 1 1x4 114 2 2^4 3 314 4 5 

Fig. 252 . 1.45 1.60 2.10 2.50 3.50 4.75 7.00 12.00 18.00 27.00 . 


Fig. 252, 

screwed ends. 1.30 1.45 1.60 2.10 2.50 3.50 4.75 7.00 12.00 18.00 27.00 30.00 45.00 

STANDARD IRON-BODY VALVES. 




Figure 254. 

Angle Valve. 

(Continued on opposite page.) 


Figure 253. 

Globe Valve. 







































CHARLOTTE, N. C. 


195 


STANDARD IRON BODY VALVES (Continued). 


Iron-Body Globe and Angle Valves. —Figs. 253 and 254 

Plain Top, Screwed Ends. 


Size . 1 ly 1 y 2 2 2 ^ 3 

Each . 2.25 2.75 3.50 5.40 7.35 9.80 



Figure 255. Figure 256. 

Globe Valve, Flanged. Angle Valve, Flanged. 

Iron-Body Globe and Angle Valves. —Figs. 255 and 256 

Plain Top, Flanged Ends. 


size . iy 4 iy 2 2 zy 3 

Each . 3.85 4.80 7.00 9.00 12.50 


Dimensions. —Figs. 255 and 256 


Size . 2 2 l / 2 3 

Diameter flanges. 6 7 7 y 2 

Face to face, Fig. 255. 0y iy 8 

Centre to inlet, Fig. 256. 4 y A l / 2 5 

Centre to outlet, Fig. 256. 3 l A 4 4 

























196 


THE D. A. TOMPKINS CO., 


STANDARD IRON-BODY VALVES (Continued). 




Figure 257. 

Globe Valve, Screwed Ends. 


Figure 258. 

Globe Valve, Flanged Ends. 


Iron-Body Globe Valves, Screwed Ends.— Fig. 257 
With Yoke Top. 

Size . 2 2 % 3 3% 4 4% 5 6 7 8 10 12 

Each . 7.00 9.00 12.50 15.25 19.00 24.00 27.00 37.50 63.00 72.00 114.00 170.00 


Iron-Body Globe Valves, Flanged Ends.— P'ig. 258 
With Yoke Top. 

Size . 2 2 % 3 3 / 2 4 4^ 5 6 7 8 10 12 

Diameter of 

flanges .... 6 7 7% 8 % 9 9% 10 11 12% 13% 16 19 

Face to face. 6 % 7% 8 83/6 9% 10 13 12 % 14 16% 23 27% 

Each . 8,60 10.75 15,00 18.50 22,50 27.50 31,00 42,00 68.00 77,00 123.00 187.00 










CHARLOTTE, N. C. 


197 


STANDARD IRON-BODY VALVES (Continued). 




Figure 259. 

Angle Valve, Screwed Ends. 


Figure 260. 

Angle Valve, Flanged Ends. 


Iron-Body Angle Valves. —Fig. 259 
Screwed Ends, with Yoke Top. 


Size . 

2 

2 ^ 


3 

sy 2 

4 

434 

Each. 

7.00 

9.00 

12 

!.50 

15.25 

19.00 

24.00 

Size . 

5 

6 


7 

8 

10 

12 

Each. 

27.00 

37.50 

63 

1.00 

72.00 

114.00 

170.00 


Iron-Body Angle Valves.—Fig. 260 




Flanged Ends 

>, with 

Yoke Top. 1 



Size. 


2 

234 

3 

sy 2 

4 

4^2 

Diameter of Flanges 


6 

7 

734 

334 

9 

9M 

Centre to Inlet. 


434 

434 

5 

5M 

6 

6 

Centre to Outlet 

... 

3^ 

4 

4 

4M 

5 

5 

Each.. 


8.60 

10.75 

15.00 

18.50 

22.50 

27.50 

Size . 


5 

6 

7 

8 

10 

12 

Diameter of Flanges 


10 

11 

1234 

1334 

16 

19 

Centre to Inlet . 


6)4 

7 

sy 2 

9 

10 

1334 

Centre to Outlet . . . . 


5^ 

634 

8 

334 

9>4 

1334 

Each.. 


31.00 

42.00 

68.00 

77.00 

123.00 

187.00 



























198 


THE D. A. TOMPKINS CO., 


STANDARD IRON-BODY VALVES (Continued). 




Figure 262. 

Cross Valve, With Yoke. 


Figure 261. 

Cross Valve, Plain Top. 

Iron-Body Cross Valves.— Fig. 261 
Plain Top. 


Size . 2 2}4 3 

Each . 6.50 9.00 12.50 


Iron-Body Cross Valves.— Fig. 262 
With Yoke Top. 

Size . 2 2J4 3 8y> 4 4J4 5 6 7 8 10 12 

Each . 8.50 11.75 16.25 20.00 23.50 30.65 35.25 47.25 78.00 92.00 162.00 240.00 


Iron-Body Cross Valves, Flanged Ends. 


Size . 

2 

2/2 

3 

3^2 

4 

4y 2 

Diameter flanges . 

. 6 

7 

7y 2 

8^2 

9 

9 34 

Centre to inlet. 

. i'A 

4y 2 

5 

5y 

6 

6 

Centre to outlet . 

. sy 3 

4 

4 

4y 

5 

5 

With plain top, each . 

. 9.00 

11.75 

16.50 




With yoke top, each . 

. 11.00 

14.50 

20.00 

25.00 

28.50 

36.00 

Size . 

. 5 

6 

7 

8 

10 

12 

Diameter flanges. 

. 10 

11 

12 % 

13J4 

16 

19 

Centre to inlet . 

. 6y 2 

7 

sy 

9 

10 

13*4 

Centre to outlet . 

. 5y 2 

6^2 

8 

8y 2 

9y 2 

13^2 

With yoke top, each . 

. 41.00 

54.00 

85.00 

100.00 

175.00 265.00 
























CHARLOTTE, N. C. 


199 


STANDARD IRON-BODY VALVES. 



Figure 263. 

Horizontal Check Valve, 
Screwed Ends. 


Figure 264. 

Horizontal Check Valve, 
Flanged Ends. 



Iron-Body Check Valves.— Fig. 263 


Screwed Ends. 

Size . 2 2J4 3 Sy 2 4 4^ 5 G 7 8 10 12 

Each . 3.60 6.50 8.90 12.25 14.25 19.00 22.00 30.00 45.00 57.00 105.00 155.00 


Iron-Body Check Valves.— Fig. 264 


Flanged Ends. 

Size . 2 254 3 3}4 4 4]/ 2 5 6 7 8 10 12 

Each . 5.25 8.25 11.50 15.50 18.00 22.50 26.00 35.00 50.00 62.00 115.00 175.00 


Dimensions of Horizontal Flanged Check Valves.— Fig. 264 


Size .. 2 

Diameter of flanges .. 6 
Face to face. 6 l A 


2J4 3 3*4 4 4y 2 5 

7 7/2 8j/ 2 9 9*4 10 

1% 8 83/4 9 H 10 13 


6 7 8 10 12 

11 12 y 2 1314 16 19 

12 ]/ 8 14 16 y 2 23 2714 


Note.—Iron-Body Check Valves, 3 inch and smaller, have brass caps; 3*4 
inch and larger, iron caps. 

















200 


THE D. A. TOMPIKNS CO., 


STANDARD IRON-BODY VALVES (Continued). 



Figure 265. Figure 266. 

Globe Safety Valve. Globe Safety Valve, 

Flanged Ends. 

Iron-Body Globe Safety Valves.— Fig. 265 . 

Screwed Ends. 

Size. 1 % 1% 2 214 3 3y 2 4 4*4 5 6 

Each . 5.00 5.80 7.80 13.25 17.25 23.00 28.75 34.50 41.50 57.75 

Iron-Body Globe Safety Valves. —Fig. 266 
Flanged Ends. 

Size. 2 214 3 3 y 2 4 4]/ 2 5 6 

Diameter of flanges. 6 7 754 814 9 9l4 19 11 

Centre to inlet. 4*4 454 5 5l4 6 6 6*4 7 

Centre to outlet . 3l4 4 4 4*4 5 5 514 654 

Each . 10.25 16.00 21.50 27.50 34.00 40.00 48.00 65.00 

Iron-Body Angle Safety Valves. 

Screwed Ends. 

Size. 114 W 2 214 3 314 4 414 5 6 

Each . 5.00 5.80 7.80 13.25 17.25 23.00 28.75 34.50 41.50 57.75 

Iron-Body Angle Safety Valves. 

Flanged Ends. 

Size . 2 2*4 3 314 4 414 5 6 

Diameter of flanges. 6 7 7l4 8j4 9 914 10 11 

Centre to inlet. 454 4J4 5 514 6 6 654 7 

Centre to outlet . 314 4 4 4% 5 5 554 614 

Each . 10.25 16.00 21.50 27.50 34.00 40.00 48.00 65.00 


Safety Valves with bottom opening, flanged and side opening screwed, 
same list as flanged. 

For Flanged Valves with flanges of larger diameter, add 25 per cent, to list. 
























CHARLOTTE, N. C. 


201 


STANDARD IRON-BODY VALVES (Continued). 




Figure 267. 

Back Pressure Valve. 


Figure 268. 
Butterfly Valve. 


Iron-Body Back Pressure Valves.— Fig. 267 


Screwed Ends. 

Size . 2 2^4 3 3A 4 4y 2 5 6 7 8 10 12 

Each . 11.00 13.00 15.00 19.00 22.50 28.50 33.50 43.00 70.00 85.00 120.00 180.00 


Iron-Body Back Pressure Valves. 

Flanged Ends. 

3 3y 2 4 4y 2 5 6 7 8 10 12 

7 8 iy 2 9 9y 10 11 12^4 13^4 1G 19 

7y 8 8y s 9$/s 10 13 12^ 14 16^4 23 27^4 

15.00 17.50 22.00 26.00 32.00 37.00 47.00 75.00 90.00 130.00 200.00 


Iron-Body Butterfly Valves.— Fig. 268 

Screwed Ends. 


Size . VA 1H 2 2}4 3 3A 4 5 6 

Each . 6.35 7.00 8.00 9.50 12.00 16.00 18.50 28.50 42.50 


Iron-Body Butterfly Valves. 

Flanged Ends. 


Size . 2*4 3 354 4 5 6 

Diameter of flanges. 7 7A 8 y 2 9 10 11 

Face to face. 7 7J4 8 8}4 9A 10/4 

Each . 11.50 15.00 19.00 22.00 32.00 47.00 


Size . 

Diameter flanges.. 

Face to face . 

Each. 

















202 


THE D. A. TOMPKINS CO., 


STANDARD IRON-BODY VALVES (Continued.) 



Figure 269. Figure 270. 

Iron-Body Foot Valve. Iron-Body Foot Valve. 


Iron-Body Foot Valves. — Figs. 269 and 270 

size. 1 iy 4 iy 2 2 % y 2 3 sy 2 4 5 e 8 10 12 

Fig. 269, each.44 .52 .68 .90 1.30 1.85 2.60 2.80 4.25 7.00 16.00 29.00 41.00 

Fig. 270, each. 2.50 3.25 3.60 5.00 8.00 17.00 30.00 42.00 

Pig. 269, galvanized .60 .75 1.00 1.45 2.00 2.70 3.00 4.25 6.50 10.00 30.00 50.00 90.00 

Fig. 270, galvanized . 3.50 4.50 5.50 7.50 12.00 32.00 52.00 95.00 



Figure 271. 

Swing Check Valve. 


Figure 272. 

Swing Check Valve. 



Iron Body Swing Check Valves.—Fig. 271 
Brass Seat, Leather Disc, Screwed Ends. 


Size . 2*4 3 3 y 2 4 5 6 

Each . 10.00 12.00 16.00 18.00 25.00 32.00 


Iron-Body Swing Check Valves.—Fig. 272 
Brass Seat, Leather Disc, Flanged Ends. 


^ lze . 2*4 3 3p2 4 5 6 

Diameter of flanges. 7 7*4 8% 9 10 11 

Face to face. 7*4 8 8*6 9^ 13 12% 


10.00 12.00 16.00 18.00 25.00 32.00 

















CHARLOTTE, N. C, 


203 


IRON-BODY CHECK VALVES (Continued). 



Figure 273. 

Swing Check Valves. 
Sizes 2 x / 2 " to 16 ". 


Figure 274. 

Swing Check Valves. 
Sizes 18 " to 24 ". 


Iron-Body Swing Check Valves.—Figs. 273 and 274 


Size . V/ 2 3 Sy 2 4 4 y 2 5 6 7 

Screw ends . 7.75 9.75 14.50 20.50 23.00 25.50 31.00 41.50 

Flanged ends . 8.75 11.00 15.50 21.50 24.00 27.00 32.50 43.00 

Size . 8 10 12 14 16 18 20 24 

Screw ends . 44.50 77.50 97.00 . 

Flanged ends . 46.00 76.50 _ 95.00 150.00 165.00 230.00 285.00 400.00 


Figs. 273 and 274 , 14 inch and larger, are with By-Pass. 



Figure 275. Figure 276. 

16 " and Smaller. 18 " and Larger. 


Iron-Body Swing Check Valves.—Figs. 275 and 276 

Size . 3 4 6 8 10 12 14 16 18 20 24 

Hub ends, each 10.25 20.50 28.50 43.00 73.00 92.00 146.00 160.00 225.00 280.00 390.00 

Figs. 275 and 276 Check Valves, 14 inch and larger, are with By-Pass 
Valves. 











































































































204 


THE D. A. TOMPKINS CO., 


Composition Standard Wedge Gate Valves. 

WITH EITHER SCREW OR FLANGE ENDS. FOR STEAM OR 
WATER. BOTH STATIONARY AND RISING SPINDLES. 




tigure 277. i’igure 278. 

Stationary Spindle Rising Spindle. 

The gates or plugs of these Valves are constructed of one piece, guided 
in the body by ribs or splines, which take the strain, thus preventing contact 
till seated. These gates can easily be renewed should it become necessary, at 
a slight expense, all parts being interchangeable. Either end can be used for 
inlet or outlet. 

Every Valve is thoroughly tested and inspected before leaving works. 


Figures 277 and 278. 


Diameter of opening, ins... 

• % ^ 

% 

1 

1M 


2 

2/4 

3 

334 

4 

5 

6 

Face to face, screw ends.... 

. 2 

2 % 

3 

314 

sy 2 


4% 

5% 

6 

7 


P ace to face, flange ends... 


3 

3 


4 

434 

% 

6 

6 M 

7 

8 

9 

Diameter of flanges. 

3 

3 

4 

W2 

5 

6 

6)4 

7 


9 

10 

11 


PRICE LIST. 

Diam. of 

opening, in.. % 34 % 1 134 2 234 3 334 4 5 6 

Screw ends. .$1 40 1 40 1 80 2 50 3 50 5 00 7 50 14 00 20 00 32 00 40 00 55 00 78 00 
Flange ends. 2 50 2 75 3 50 4 50 5 50 7 50 12 00 18 00 25 00 40 00 48 00 66 00 94 00 

Larger sizes to order. Prices on application. 









CHARLOTTE, N. C. 


205 


Composition Wedge Gate Valves, Solid Bronze Seat, 

Hose Ends. 

WITH OR WITHOUT CAP AND CHAIN. 

Unless otherwise ordered, New York standard thread will be cut on hose end. 



Figure 279. 


Diameter of opening, inches. 

94 

1 

l M 

134 

2 

234 

3 

Outside diameter thread on hose end 

Diameter of bottom thread on hose end 
Number of threads per inch. 

1 5 

rs 

11 

1 5 

1 3 

a ts 

11 

1% 

m 

ii 

234 

2 X 

11 

03 s 

91 3 

11 

3 

2*1 

8 



PRICE LIST. 


Diameter of opening, inches. 

% 

1 

m 

W 2 

2 

234 

3 

Without cap or chain. 

$1 75 

2 25 

3 25 

4 25 

6 25 

11 50 

16 00 

Finished all over, brass wheel. 


4 00 

5 00 

6 00 

8 25 

18 00 

25 00 

Finished and nickel plated all over, 
brass wheel. 


4 50 

5 50 

6 50 

9 00 

19 00 

26 00 

Finished brass cap and chain, extra.. 

1 00 

1 25 

1 35 

1 50 

1 75 

2 50 

3 50 


When other than New York standard thread is required send gauge or 
coupling. 



















































206 


THE D. A. TOMPKINS CO, 


Iron Body Composition Mounted Double Gate Valves. 

STEAM AND WATER VALVES TO BEAR HEAVY PRESSURE 
EITHER SIDE OF GATE. 



Figure 280. Figure 281. 


The bodies, caps and wheels of these Valves are made of cast iron and 
composition stuffing boxes and spindles. The gates are also of cast iron, 
faced with best composition metal. The seats are of composition metal and 
firmly held to the body in a manner found by experience to be the best. 

The larger sizes have bolted gland stuffing boxes. 


Iron Body Composition Mounted Double Gate Valves. 

BOLTED TOP. Figures 280 and 281 . 


Diameter of opening, inches 

m 

2 

234 

3 

sy 2 

4 

4 % 

5 

6 

7 

Face to face, screw ends.. 

4 

5 

6 

6% 

m 

7 

7% 

8 

8% 

10 

Face to face, flange ends. .. 

514 

6 

6 % 

7 % 

7 % 

s% 

8% 

934 

9 % 

10% 

Diameter of flanges. 

5 

6 

7 

8 

*y 2 

9 

9 34 

10 

11 

12 

Diameter of opening, inches 

8 

9 

10 

12 

14 

15 

16 

18 

20 

24 

Face to face, screw ends... 

1034 

11 % 

uy 2 

1314 







Face to face, flange ends .. 

11 

11 % 

12% 

1314 

1414 


1414 

1534 

16 

17% 

Diameter of flanges. 

13 

15 

16 

18 

21 


23 

25 

27 

31 


(Continued on opposite page.) 
































CHARLOTTE, N. C. 


207 


Iron Body Composition Mounted Double Gate Valves 


(Continued). 

PRICE LIST. 


Diameter of open¬ 
ing, inches. 


2 

2 % 

3 

3^ 

4 

± l A 

5 

6 

7 

Screw ends.. 


$ 10 00 

12 00 

15 00 

18 00 

20 00 

23 00 

25 00 

30 00 

43 00 

Flange ends. 


10 00 

12 50 

15 50 

19 00 

21 00 

24 00 

27 00 

32 00 

43 00 

Diameter of open¬ 











ing, inches . . 

8 

9 

10 

12 

14 

15 

16 

18 

20 

24 

Screw ends. 

53 00 

60 00 

70 00 

95 00 







Flange ends. 

53 00 

60 00 

70 00 

95 00 








Diameter of open¬ 
ing, inches . 


2 

V-A 

3 

VA 

4 

lA 

5 

6* 

7 

Sliding stem and 
lever screw ends 



$ 16 00 

20 00 

22 00 

25 00 

28 00 

30 00 

35 00 

48 00 

Sliding stem and 
lever flange ends 



16 00 

20 00 

22 50 

25 00 

28 50 

32 00 

37 00 

48 00 

Diameter of open¬ 
ing, inches. 

8 

9 

10 

12 

14 

15 

16 

18 

20 

24 

Sliding stem and 
lever screw ends 

58 00 

65 00 

75 00 

100 00 







Sliding stem and 
lever flange ends 

58 00 

65 00 

75 00 

100 00 








PUMP VALVES. 


These valves are especially adapted for pumping hot water, syrups, beer, 
and other destructive fluids, also muddy and gritty water. When rubber 
valves have been found useless, these valves have given entire satisfaction. 

For mining and high pressure service No. 88 Pump Valves are in use on 
450 pounds pressure, and are giving entire satisfaction. 

We also sell a fine grade of Rubber Valves for cold water and air service. 
When ordering valves, please state for what purpose you desire to use them. 

PRICE, $ 1.00 PER POUND. 

In ordering Pump Valves, give Diameter, Thickness, and Size of Hole. 

TO MANUFACTURERS OF VALVES AND THOSE USING VALVE 

DISCS. 

We desire to call your attention to the new and improved Jenkins Discs, 
for valves, gauge-cocks, etc. Patented Oct. 5> 1880 . 

The Jenkins Discs will stand steam, oils, or acids. Soft Discs for cold 
water. 


REVISED 

Size. 

Price . 03 

Size. 4J4 

Price. 60 


PRICE LIST OF JENKINS DISCS 

FOR 

VALVES. 

% Yt 

% 

1 IH 

IY2 

2 


3 3^ 4 

04 04 

05 

06 09 

12 

18 

24 

33 45 52 

5 6 

7 

8 10 

12 

14 

16 

18 20 24 

68 90 

98 

1 20 1 75 

2 25 

3 00 

4 00 

5 00 6 00 9 00 













































































208 


THE D. A. TOMPKINS (XL 


Iron Body Water Gates, Composition Mounted, Bell or 

Spigot Ends (Continued). 



Figure 282. 

These Valves are operated by a two-inch square nut on spindle, unless 
otherwise ordered. 

The bodies, caps, nuts, stuffing boxes and glands are made of cast iron; 
the gates are also cast iron, faced with composition. The seats are of compo¬ 
sition, firmly held to the body according to the most approved practice. The 
stems are large and strong, to prevent twisting, and of solid gun-metal 
composition, and are all interchangeable. 

These Valves are specially constructed for street mains, and are extra 
strong to withstand rough usage. 


Diameter of open¬ 
ing, inches. 

2 

3 

4 

5 

6 

8 

10 

12 

14 

16 

18 

20 

24 

End to end of pipe 
when laid in bell 

3 

3% 

4 

5 

5 

5 % 

6 

m 

7 X 


8 5* 

m 

9J4 

Diameter of bell 
socket. 

sy 8 

m 

5% 

m 

m 

10 

12 

ux 


isy 

20 y 

22% 

26K 


PRICE LIST. 


Diameter of open¬ 







' 







ing, inches. 

2 

3 

4 

5 

6 

8 

10 

12 

14 

16 

18 

20 

24 

Bell or spigot end. 

$10 

15 

20 

25 

30 

53 

70 

95 







When ordering, state if Valves should open by turning to the left or to the 
right. When not otherwise mentioned, we send Valves which open by turning 
to the left. 

These Valves will be furnished with Brass Stuffing Boxes on all sizes if 
required, 

















































209 


CHARLOTTE, N. C. 


JENKINS STANDARD ’96 PACKING. 



Figure 283. 

Jenkins ’96 Packing, 80 cents per pound. 


Westcott’s Patent IXL Independent Lathe Chuck. 

The Westcott Patent Independent Chuck. Made with Four Jaws. 



Figure 284. 


PRICE LIST. 


Diam 

eter. 

Capacity. 

Approximate 

Weight. 

Diameter 

of 

Center Hole. 

Diameter of 
recess for face 
plate. 

Price 

with 3 or 4 
Jaws. 

Unfinished 
face plate 
castings. 


in. 


in. 

14 lbs. 

1 in. 

3 

in. 

$ 14 

00 

$ 0 25 

6 

u 

634 

a 

22 " 

m “ 

5 r 9 8 

n 

18 

00 

75 

8 

a 

9 

ii 

39 " 

m u 

4 nr 

ii 

22 

00 

50 

10% 

a 

12 

ii 

51 “ 

2 “ 


ii 

26 

00 

75 

13 J4 

a 

17 

a 

88 “ 

3 “ 

ey 2 


32 

00 

1 00 

16 

a 

20 

a 

139 “ 

3 “ 


ii 

38 

00 

1 50 

1 

a 

23 

a 

180 “ 

4 “ 

8 

ii 

44 

00 

2 00 

2 II 4 


26 

ii 

228 “ 

4 

vy 2 

ii 

55 

00 

3 00 

24 


30 

ii 

241 “ 

4 % “ 

10 

a 

65 

00 

3 00 

30 


36 

ii 

447 “ 

6 “ 

12 % 

a 

120 

00 

4 00 

36 


43 

ii 

650 “ 

7J4 “ 

15 


210 

00 

5 00 


Three jawed IXL Independent Chucks above 13 J 4 inches in diameter 
are made to order only. 






































































210 


THE D. A. TOMPKINS CO., 



Pratt’s Patent Improved 
Positive Driving 
Drill Chucks. 


List 

Nos. 

Diameter. 

Holding 

Drills. 

Weight 

Price 

Each. 

1 

2 34 in. 

oto y 2 " 

234 lbs 

$8 00 

2 

3 “ 

Oto 

% “ 

9 00 

3 

3% “ 

Oto 1 " 

10 “ 

10 00 

4 

5 “ 

Oto 134 " 

2334“ 

20 00 

5 

6 “ 

Oto 2 " 

00 

■'f 

25 00 


Figure 285. 
Working Parts. 



Figure 286. 
X-Ray View. 












CHARLOTTE, N. C. 



Center Arbors and Taper Split Sleeves for Pratt s 

Chucks. 


Center Arbors for attaching chucks to lathes and drill presses. 

No. 1. 


Taper arbor for drill press made to order from dimensions furnished. Price ac¬ 
cording to size. 

No. 2. 


Arbor with nut, for forcing off chuck. Price, $1.75 each. 

No. 3. 


Drill Press Arbor, 34 in., % in. and in- shank for blacksmiths. Price, 60 
cents each. 

Taper Steel Split Sleeves for driving Taper Shank Drills. 

One Sleeve for No. 1 Chuck, capacity, 34 to 1 § in- Diameter.$0.40 

Two Sleeves for No. 2 Chuck, capacity, 34 to II in. diameter. 0.80 

Three Sleeves for No. 3 Chuck, capacity, 34 in. to 134 ,n - diameter. 1.30 

Four Sleeves for No. 4 Chuck, capacity, 34 in* 1° 2 in. diameter. 2.30 

Five Sleeves for No. 5 Chuck, capacity, 34 in. to 2)4 in. diameter. 3.60 

Above applies to Morse and Standard tapers. 


Figure 287. 















212 


THE D. A. TOMPKINS CO., 


PATENT INCREASE TWIST DRILLS. 


WITH MORSE TAPER SHANKS. 



Figure 288. 



Length. 

Socket for 

Diameter, 

Price, 

Length, 

Inches. 

Morse Taper 

Inches. 

Each. 

Inches. 

514 



HI 

$5.00 

14% 

5% 



1% 

5.20 

14% 

5% 



HI 

5.40 

14% 

6 


1 

LV 

5.60 

14% 

6% 



HI 

5.80 

14% 

6 % 


2 

1 % 

6.00 

15 

6% 


0 

m 

6.30 

15 

6% 


H- 

H 9 6 

6.60 

15% 

6% 


m 

hi 

6.90 

15% 

7 


►—» 

}% 

7.20 

15% 

7% 


LV 

O 

1 H 

7.50 

15% 

?% 



}H 

7.80 

15% 

m 



HI 

8.10 

15% 

8 



1 % 

8.40 

16 

8% 



HI 

8.60 

16 

8% 

) 


HI 

8.80 

16% 

m 

) 


Hi 

9.00 

16% 

9 



1 % 

9.20 

16% 

9 % 



1 2 9 

9.35 

16% 

9 % 


O 

1 15 

9.50 

16% 

9 % 

! 

cc 

m 

1 st 

9.65 

16% 

9 % 

1 

2 

9.80 

16% 

10 


1 —* 

bo 

2R 

10.20 

16% 

1014 


p 

2 r V 

10.60 

17 

10% 



2% 

11.20 

17 

10% 



2r 3 e 

12.00 

17 

10% 



2% 

12.80 

17% 

10% 



2ft 

13.60 

17% 

11 



2% 

14.40 

18 

11% 


0 

24 

15.00 

18% 

11% 


cc 

2% 

15.60 

19 

11% 

\ 

1 

>• m 

Q 9 

16.20 

19% 

11% 


to 

Cri 

2% 

16.80 

19% 

20 

11% 


p 

2% 

17.60 

12 



2% 

19.00 

20% 

12% 



2ff 

20.00 

20% 

12% 



2% 

21.00 

21 

14% 

! 

1 p 

2R 

23.00 

21 

14% 


i 

3 

25.00 

22 


The above we furnish by 64 ths if ordered. 


Socket 
for Morse 
Taper. 


2 

o 



o 


No. 5, $7.50 




































CHARLOTTE, N. C. 


213 


Increase Twist or 


Constant Angle Straight Shank 
Drills. 



Figure 289. 


Jobbers'' and Machinists’ 

Sets. 

Letter Sizes. 

Diameter 

Price per 
Dozen. 

Price, 

Each. 

Length. 

Diameter. 

Price per 
Dozen. 

Price. 

Each. 

Decimals 
of 1 Inch. 

Length. 

1 

T G 

$ 1 

00 

1 9 

2* 

A 

1 5 

(5 4 

in. 

$ 2 

90 

$ 26 

.234 

•D 6 

5 
t\ 4 

1 

10 

10 


B 


3 

00 

27 

.238 

i 4 

3 

71 2 

1 

20 

11 

2f 

C 



3 

10 

28 

.242 

4 4 

7 

(i 4 

1 

30 

12 

2* 

D 



3 

20 

29 

.246 

4 4 

1 

8 

1 

45 

13 

3 

E 

4 in. 

3 

30 

30 

.250 

4 4 

9 

KT 

1 

60 

15 

31 

F 


- 

3 

40 

30 

.257 

4* 

5 

3 2 

1 

80 

16 

3± 

3* 

G 



3 

50 

31 

.261 

4 4 

H 

2 

00 

18 

H 

1 7 

6 4 

in. 

3 

60 

32 

.266 

4 4 


2 

20 

20 

34 

I 


3 

70 

33 

.272 

4 4 

■ol 

2 

40 

21 

3| 

J 



3 

80 

34 

.277 

4 4 


2 

65 

23 

31 

K 

9 

3 2 

in. 

3 

90 

35 

.281 

4 4 

45 

2 

90 

26 

3$ 

L 


4 

00 

36 

.290 

t 4 

V 

3 

15 

28 

4 

M 

1 o 
R 

in. 

4 

10 

36 

.295 

4 4 


3 

40 

30 

44 

N 


4 

20 

37 

.302 

4 4 

9 

"3 75 

3 

65 

32 

44 

O 

5 

in. 

4 

30 

38 

.316 

4 4 

1 :> 

3 

90 

35 

4| 

P 

2 1 

R 

in. 

4 

40 

39 

.323 

4* 

5 

4 

20 

37 

44 

Q 


4 

60 

40 

.332 

4& 

21 

1 1 

4 

4 

50 

80 

40 

42 

44 

4| 

R 

S 

1 1 

32 

in. 

4 

5 

80 

00 

42 

44 

.339 

.348 

n 

4f 

23 

5 

10 

45 

47 

* 8 

T 

2 3 
R 

in. 

5 

20 

45 

.358 

n 

3 

5 

40 

48 

5 

U 


5 

40 

47 

.368 


2 5 

5 

70 

50 

54 

V 

3 

8 

in. 

5 

60 

49 

.377 

5 

13 

6 

00 

53 

54 

w 

2 5 
£4 

. in. 

5 

80 

51 

.386 


« 

G 

40 

55 

54 

X 


6 

00 

53 

.397 

51 

6 4 

JL 

6 

80 

59 

54 

Y 

1 3 
"j 6 

in. 

6 

40 

55 

404 

51 

1 G 

2 a 
oT 

7 

20 

63 

54 

Z 



6 

80 

59 

.413 

5# 

1 5 

7 

50 

65 

5f 









H 

JL 

7 

8 

75 

00 

67 

70 

54 

6 

For very exact work, a gauge plainly marked should 

2 


accompany an 

order 
































































214 


THE I). A. TOMPKINS CO., 


JOBBERS’ REAMERS. 



Figure 290. 


Diameter, 

Inches. 

Price, 

Each. 

Full 

Length, 

Inches. 

Length 
of Flutes, 
Inches. 

4 

#1 00 

3 

14 

3 5 2 

1 10 

3 4 

l f 

3 

IB 

1 20 

34 

If 

3 ? Z 

1 30 

3 f 

l 4 

4 

1 40 

4 

2 

3 % 

1 45 

44 

24 

A 

1 50 

44 

24 

44 

1 55 

4 5 

24 

1 

1 60 

5 

24 

1 3 

3 2 

1 70 

54 

24 

7 

1 6 

1 75 

54 

21 

3§ 

1 85 

5 f 

24 

4 

1 90 

6 

3 

1 7 

3 2 

1 95 

64 

34 

9 

1 S 

2 00 

64 

34 

1 9 

3 2 

2 10 

61 

34 

1 

2 20 

7 

34 

2 1 

32 

2 30 

73 2 

3|f 

1 1 

Tt5 

2 40 

714 

02 7 

0.3 2 

2 3 

5 2 

2 50 

84 

4 is 

f 

2 60 

81 

4to 

2 5 

3 2 

2 70 

8 ft 

423 
* 6 i 

1 3 

tg; 

2 80 

9* 

417 

“*35 

2 7 

3 2 

2 95 

94 

4H 

l 

3 10 

9H 

4H 

2 9 

3 2 

3 25 

10 ;j 3 2 

5ff\ 

15 

1 6 

3 40 

104 

54 

3 1 
'5 2 

3 55 

ioh 

5H 

1 

3 70 

104 

5i's 

6 H 

1 * 

3 85 

ii A 

1* 

4 00 

114 

54 

1 * 

4 15 

11* 

5S| 

H 

4 30 

HI 

13 
°10 

1* 

4 45 

11 U 

1 1 1 6 

1^2 9 
°3 2 

It 5 

4 60 

12 

6 

f 3 ? Z 

4 75 

124 

6 * 

H 

4 90 

124 

64 

1 x z 

5 05 

1244 

644 

i* 

5 20 

12 * 

6 * 


Diameter, 

Inches. 

Price, 

Each. 

Full 

Length, 

Inches. 

Length 
of Flutes, 
Inches. 

ltt 

95 

40 

12tt 

6H 

14 

5 

60 

12| 

6* 

115 

1 3 2 

5 

80 

12f| 

6ff 

1 7 

■*■16 

6 

00 

12}f 

613 
u 3 2 

lit 

6 

20 

12 f-f 

6ff 

14 

6 

40 

13 

64 

1 11 

* 3 2 

6 

60 

13 

64 

1JL 

x 1 <> 

6 

80 

13 

64 

ift 

7 

00 

13 

64 

14 

7 

20 

13 

64 

121 

7 

40 

13 4 

6 f 

ltt 

7 

60 

13 4 

6 f 

12 3 

1 jT£ 

7 

80 

13 4 

6 f 

If 

8 

00 

134 

6 f 

125 

8 

20 

13 4 

6 f 

H4 

8 

40 

13 4 

6 f 

ltt 

8 

60 

13 4 

6 f 

14 

8 

80 

14 

7 

12 9 

A 3? 

9 

00 

14 

7 

1 1 5 

1 X0 

III 

9 

20 

14 

7 

9 

40 

14 

7 

2 

9 

60 

14 

7 

2* 

10 

00 

144 

74 

24 

10 

40 

14 4 

74 

2yo 

10 

80 

15 

7 4 

24 

11 

30 

15 

7 4 

2* 

11 

80 

15 

74 

24 

12 

30 

15 

7 4 

2* 

12 

80 

15 4 

7 f 

24 

13 

40 

15 4 

7 f 

2xo 

14 

00 

15 4 

7 f 

2 4 

14 

60 

16 

8 

2tt 

15 

40 

16 

8 

2 f 

16 

20 

16 

8 

91 3 
^T0 

17 

00 

16 4 

84 

24 

17 

80 

16 4 

84 

91 5 

Z TB 

18 

60 

16 4 

84 

3 

19 

40 

I 64 

84 


Reamers of any style, size, or length, made to order; also furnished by 
64 ths. Flutes straight or spiral, as desired. 

These Reamers furnished with Taper Shank if desired. (Price quoted on 
application.) 



































CHARLOTTE, N. C. 


215 


SHELL REAMERS. 



Figure 291. Figure 292. 

Shell Reamer. Rose shell Reamer. 


Diameter, 

Price, 

Length, 

Size Hole, 

Diameter, 

Price, 

Length, 

Siz« Hole, 

Inches. 

Each. 

Inches. 

Inches. 

Inches. 

Each. 

Inches. 

Inches. 

1 

4 

SI.10 

14 

1 

8 

91 l 

* 1 6 

87.60 

4 

L 

T(T 

1.10 

14 

1 

s 

2? 

8.00 

4 

14 

| 

1.20 

n 

3 

T (T 

2|§ 

-8.40 

4 

14 

A 

1.30 

If 

3 

TC 

2 J 

8.80 

4 

14 

4 

1.40 

2 

X 

4 

9 l ft 

3 

9.20 

4 

14 

* 

1.50 

2 

1 

4 

9.60 

4 

14 


1.60 

2i 

3 

S 

3* 

9.90 

44 

If 

H 

1.60 

«* 

3 

H 

3 & 

10.20 

44 

n 

3 

4 

1.60 

2i 

1 

■§■ 

3 A 

10.60 

4A 

If 

1 

1.60 

24 

X 

3 1 

11.00 

4 

n 

i 

1.70 

24 

i 

3* 

11.50 

44 

if 

it! 

1.70 

24 

4 

3 g 

12.00 

44 

if 

l 

1.80 

2 f 

ft 

8 

3 A 

12.50 

44 

11- 

l* 

1.80 

2 ? 

ft 

8 

3 4 

13.00 

44 

if 

U 

1.90 

2 } 

ft 

s 

3A 

13.50 

5. 

2 

ltV 

2.00 

2 f 


3 f 

14.00 

5 

2 

li 

2.20 

2 f 

ft 

s 

3« 

14.50 

5 

2 

1 A 

2.40 

3 

3 

4 

3 f 

15.00 

5 

2 

l a 

2.60 

3 

3 

4 

qi 3 
^TfT 

15.50 

5 

2 

1 A 

2.80 

3 

3 

T 

3| 

16.00 

5 

2 

li 

3.00 

3 

3 

4 

341 

17.00 

5 

2 

l A 

3.20 

j 3 

3 

4 

4 

18.00 

5 

2 

1 8 

3.50 

3 

3 

4 

4A 

18.30 

54 

2i 

Hi 

3.80 

34 

1 

44 

18.60 

54 

n 

i 1 

4.10 

34 

1 

4A 

19.00 

54 

n 

lfg 

4.40 

34 

1 

4 i 

19.40 

54 

2 i 

i * 

4.70 

34 

1 

4A 

19.80 

54 


i|8 

5.00 

34 

1 

4 | 

20.20 

54 

2 i 

2 

5.20 

34 

1 

4 A 

20.60 

54 

oi 

2 * 

5.40 

3} 

H 

44 

21.00 

54 

2 * 

2 i 

5.60 

3? 

H 

4-A 

21.60 

6 “ 

24 

2 * 

5.80 

3f 

H 

4 f 

22.20 

6 

24 

2 i- 

6.00 

3f 

H 

4H 

22.80 

6 

24 

2 A 

6.20 

3 } 

li 

4 f 

23.40 

6 

24 

2 f 

6.40 

3f 

n 

4H 

24.00 

6 

24 

2 A 

6.60 

3 f 

i? 

4 4 

24.60 

6 

24 

2 i 

6.80 

3} 

H 

11 ft 

25.20 

6 

24 

2 A 

7.00 

4 

li 

5 

26.00 

6 

24 

2f 

7.30 

4 

14 




—>.— 


























































216 


THE D. A. TOMPKINS CO., 


SETS OF MACHINISTS’ HAND TAPS. 



Figure 293. Figure 294. 

TAPER TAP. PLUG TAP. 



Figure 295. 


BOTTOMING TAP. 

V, U. S. OR WHITWORTH SHAPE OF THREAD. 


Size, 

Inches. 

Whole 

Length, 

Inches. 

Length 
of Thread, 
Inches. 

Number V Threads to Inch. 

Price, 

Each. 

Price 
Per Set of 

3 Taps. 

4 

2f 

1 4 

16, 18, 20, 22, 24, 26, 28, 32 

$ 45 

$ 1 35 

Tr, 

3 

14 

16, 18, 20, 22, 24, 26, 28 

50 

1 50 

f 

34 

1* 

14, 16, 18, 20, 22, 24, 26, 28 

55 

1 65 

rV 

34 

14 

12, 14, 16, 18, 20, 22, 24, 26 

60 

1 80 

4 

34 

lr tf g 

12, 13, 14, 16, 18, 20, 22, 24, 26 

70 

2 10 

r« 

4 

Hs 

12, 14, 20, 22, 24, 26 

80 

2 40 

i 

44 

m 

10, 11, 12, 20, 22, 24, 26 

90 

2 70 

44 

44 

1*3 

10, 11, 12, 20, 22, 24, 26 

1 05 

3 15 

4 

44 

2 

10, 11, 12, 20, 22, 24, 26 

1 20 

3 60 

H 

44 

24 

10, 12 

1 40 

4 20 

■1 

64 

2rs 

9, 10, 12, 20, 22, 24, 26 

1 60 

4 80 

n 

54 

2 h 

9 

1 80 

5 40 

i 

54 

24 

8, 12, 20. 22, 24, 26, 

2 00 

6 00 

i h 

54 

2 r 9 s 

7, 8 

2 25 

6 75 

1 4 

64 

24 

7 

2 60 

7 80 

H 

6f 

24 

6 

3 00 

9 00 

l 4 

7 

3 

6 

3 50 

10 50 

H 

74 


5, 54 

4 20 

12 60 

14 

73 

3ts 

5 

5 00 

15 00 

H 

74 

3t4 

44, 5 

5 80 

17 40 

2 

84 

3 4 

•44 

6 70 

20 10 

24 

84 

34 

44 

7 80 

23 40 

2i 

84 

34 

44 

9 00 

27 00 


9 

4 

44 

10 25 

30 75 

24 

94 

44 

4 

11 50 

34 50 

2 f 

94 

44 

4 

12 75 

38 25 

21 

94 

4ni 

4 

14 00 

42 00 

21 

10 

4fs 

4 

15 50 

46 50 

3 

104 

4rs 

34 

17 00 

51 00 

34 

10| 

44 

H 

18 50 

55 50 

31 

104 

44 

34 

20 00 

60 00 

34 

104 

44 

34, 34 

22 00 

66 00 

3 4 

104 

4*3 

34 

24 00 

72 00 

3 4 

11 

5 

34 

26 00 

78 00 

34 

114 

5* 

3 

28 00 

84 00 

34 

114 

54 

3 

30 50 

91 50 

4 

U4 

54 

3 

33 00 

99 00 


Left-hand Taps, regular sizes as above, same list prices as right-hand. 










































CHARLOTTE, N. C. 


217 


STEEL SOCKETS AND SLEEVES. 

MORSE TAPER SOCKETS. 



Figure 296. 


STEEL SOCKETS FOR TAPER SHANK DRILLS. 


No. i. Holds 54 1 ° lit inches, inclusive.$ i 20 

Entire length, 7 inches, diameter of blank end, 1% inches. 

No. 2. Holds $/s to f| inches, inclusive. 1 80 

Entire length, 8 inches; diameter of blank end, i 54 inches. 

No. 3. Holds H t° i 54 inches, inclusive.. 2 50 

Entire length, 10 inches; diameter of blank end, inches. 

No. 4. Holds ifa to 2 inches, inclusive. 4 00 

Entire length, 13 inches; diameter of blank end, 2 inches. 

No. 5. Holds 2 fa to 3 inches, inclusive. 7 5 ° 

Entire length, 15 inches; diameter of blank end, 254 inches. 

No. 6. Holds 3 r V to 4 inches, inclusive. 14 00 

Entire length, 18 inches; diameter of blank end, 3 inches. 



Figure 297. 


STEEL SOCKETS FOR MORSE TAPER SHANK DRILLS. 


No. 1. With Shank fitted to No. 2 or 3 Socket.$ 2 00 

No. 2. With Shank fitted to No. 3 Socket. 2 50 

No. 2. With Shank fitted to No. 4 Socket. 3 20 

No. 3. With Shank fitted to No. 4 Socket. 3 20 

No. 4. With Shank fitted to No. 5 Socket. 4 80 

No. 5. With Shank fitted to No. 6 Socket.12 00 



Figure 298. 


STEEL SLEEVES FOR MORSE TAPER SHANK DRILLS. 


No. 1. Fitted to No. 2 or 3 Socket.$ 1 80 

No. 1. Fitted to No. 4 Socket. 3 00 

No. 2. Fitted to No. 3 Socket. 2 4° 

No. 2. Fitted to No. 4 Socket. 3 00 

No. 3. Fitted to No. 4 Socket. 3 00 

No. 4 . Fitted to No. 5 Socket. 4 4 ° 



































218 


THE D. A. TOMPKINS CO. 


TAPER SOCKET RATCHET DRILLS, PACKER. 

WITH TAPER HOLE IN SOCKET. 

These Ratchets will take Morse Taper Shank Drills or Morse Taper 
Sockets. Made in three sizes, numbers same as the regular Packer Ratchet 
and finished in the same thorough manner. All working parts are hardened. 




Figure 299. 


No. 2 . 12 -inch handle, taking No. i Morse Taper Socket or Morse 

Taper Shank Drills from ^ to || inclusive. $16 oo 

No. 3 . 15 -inch handle, taking No. 2 Morse Taper Socket, or Morse 

Taper Shank Drills from ff to 1Y inclusive. 20 00 

No. 4 . 17 -inch handle, taking No. 3 Morse Taper Socket, or Morse 

Taper Shank Drills, from 1 5 9 2 to 2 inches, inclusive ... 25 00 

Socket No. 1 , for Taper Shank Drills from Y^ to inclusive ... 1 50 

Socket No. 2 , for Taper Shank Drills from s/% to g{, inclusive ... 2 00 

Socket No. 3 , for Taper Shank Drills from to IY inclusive ... 2 50 

No. 3 . Flat Drill Socket for No. 2 Packer Ratchet and fitting No. 2 

Taper Socket. 17 ^ 

No. 4 . Flat Drill Socket for No. 3 Packer Ratchet and fitting No. 3 

Taper Socket. 1 7 $ 

No. 5 . Flat Drill Socket for No. 4 Ratchet. 2 00 

No. 2 , Packer Ratchet, with No. 1 Taper Socket, will take Taper Shank 
Drills from Y to | 9 , inclusive. 

No. 3 , Packer Ratchet, with No. 1 and 2 Taper Sockets, will take Taper 
Shank Drills from Y to iY> inclusive. 

No. 4 , Packer Ratchet, with Nos. 1 , 2 and 3 Taper Sockets, will take Taper 
Shank Drills from Y to 2 inches, inclusive. 





























CHARLOTTE, N. C. 


219 



GENUINE PACKER 

RATCHET DRILLS. 

For Flat or Taper Square Shank Twist 
Drills, drop forged from the best Bar Steel for 
the purpose. 1 hey have been before the pub¬ 
lic many years and have given entire satisfac¬ 
tion. 




L3 


Packer 

Ratchets. 




No. 

1. 

10-inch 

Handles . 

. $10 50 

No. 4. 

17-inch 

Handles . 

. $19 00 

No. 

2. 

12-inch 

Handles . 

13 50 

No. 5. 

20-inch 

Handles . 

23 00 

No. 

3 - 

15-inch 

Handles . 

16 00 









Boiler Ratchets. 




No. 

1. 

10-inch 

Handles . 

. $ 9 00 

No. 2. 

12-inch 

Handles . 

. $10 50 





Auger 

Ratchets. 



. $3 00 

No. 

1 



. $7 00 

Sockets 



No. 

2 



8 00 

Screw 






No. 

For tubes 
Each .... 


Figure 301. 

Robinson’s Steam Tube Cleaners.—Fig. 301 ^ 

... l l A to 

;;;;;;;;;;; . 850 

Above for Cleaners only. Valves and Hose extra. 


2 

2 to 4 

10.00 



No. 


Figure 302. 

McLaughlin’s Steam Tube Cleaners.—Fig. 302 

fot iut.es’ :'.:TTtoi« ixl U* 2103 s^tos 

Each . 7.00 8.00 9.00 10.00 

We furnish these cleaners with steam hose attached in any required 
length. An extra charge is made for the hose and connections. 


4 

4 to 6 

12.00 




















220 


THE D. A. TOMPKINS CO., 


FLUE CLEANERS (Continued). 



Figure 303. 


Figure 304. 


Size 

Each 


Elastic Tube Cleaners.—Fig. 303 

. iy 2 m 2 2% 254 23/4 3 354 354 3^4 4 

1.50 1.75 2.00 2.25 2.50 2.75 3.00 3.25 ‘3.50 3.75 4.00 



Christoffel Elliptical Tube Cleaners.—Fig. 304 

Size . iy 4 iy 2 2 254 254 23/4 3 354 354 33/4 4 454 5 6 

Each . 2.00 2.00 2.00 2.25 2.50 2.75 3.00 3.25 3.50 3.75 4.00 5.65 6.25 7.50 




Figure 305. 


Figure 306. 


Ingalls’ Tube Cleaners.—Fig. 305 


Size . 2 2J4 2^4 23/4 3 3 / 4 3 / 2 4 454 5 6 

Each . 2.00 2.25 2.50 2.75 3.00 3.25 3.50 4.00 4.50 5.00 6.00 

Christoffel Coil Tube Cleaners.—Fig. 306 

Size . 154 154 2 254 2y 2 2y A 3 354 354 334 4 

Each . 1.00 1.00 1.10 1.20 1.30 1.40 1.50 1.65 1.75 1.90 2.00 


TUBE EXPANDERS. 



Figure 307. 


Tube Expander.—Fig. 307 . 


1 ^ 4 -inch. $25 00 254-inch. $42 00 

i^ 4 -inch. 25 00 234 -inch. 48 00 

2 -inch. 30 00 3 -inch. 55 00 

254 -inch. 35 00 



















CHARLOTTE, N. C. 


221 



PIPE CUTTING AND THREADING MACHINES. 

THE FORBES PATENT 
DIE STOCKS. 


Figure 308. Figure 309. 

No. 56 Hand Machine. No. 76 Hand and Power Machine. 

In presenting these machines we would ask your attention to the following 
points: 

The Forbes Patent Die Stocks is a machine with which one man can cut 
off and thread large pipe up to 10 inches diameter without assistance, while 
with the smaller size of machines a boy will thread 2 and 3 -inch pipe with only 
one hand on the crank. 

This die stock is a complete tool, being all that is required to thread or cut 
off pipe. 

It is much lighter than the old style of stock and the vise which must ac¬ 
company it, and is less expensive than the above combination. 

It can be used in confined places, and it is especially adapted to trench 
work. 

Its dies can be sharpened by grinding without drawing temper, and when 
one of a set is lost or broken, a new one can be supplied without replacing the 
set. They draw back out of the way when the thread is cut, yet always cut 
standard sizes, and are adjustable to any variation of the fittings. 

The shells are adjustable for wear, which greatly prolongs the life of the 
machine. 

Its parts can be duplicated, when worn out, at a small cost. 


Number. 

Hand 

Mach. 

Number. 

Hand 

and 

Power. 

Range. 

Weight. 

Net. 

Hand. 

Weight. 

Net. 

Hand 

and 

Power. 

Price. 

Hand. 

Price. 

Hand 

and 

Power. 

* 30 

* 70 

y x to 2 inch, both Right and Left. 

138 lbs. 

320 lbs. 

$50.00 

$100.00 

* 32 

* 72 

y to 2 inch, for Solid Dies, (without dies) 

130 lbs. 

315 lbs. 

45.00 

95.00 

* 34 

* 74 

1 to 3 inch R. H., 1 to 2 inch L. H. 

155 lbs. 

340 lbs. 

75-00 

125.00 

*36 

*76 

% to 3 inch R. H., % to 2 inch L. H. 

160 tbs. 

343 lbs. 

85.00 

13500 

* 37 

* 77 

y x to 3 ipches, R. and L. 

160 lbs 

348 lbs. 

105.00 

155.00 

+ 46 

t 78 

2% to 4 inches, R. H. 

220 lbs'. 

5x5 lbs. 

85.00 

140.00 

*38 

*80 

1*4 to 4 inches, R. H. 

222 lbs. 

516 lbs. 

100.00 

T 50.00 

* 40 

*82 

1 y 2 to 4 inches. R. and L. 

225 lbs. 

517 lbs. 

115.00 

165.OO 

*42 

*84 

1 to 4 inches, R. H. 

223 lbs. 

516 lbs. 

110.00 

160.00 

* 44 

*86 

1 to 4 inches, R. and L. 

235 lbs. 

527 lbs. 

130.00 

X80.OO 

+ 50 

+ 88 

4 to 6 inches, R. H. 

298 lbs. 

635 Ids. 

115.00 

170.00 

+ 52 

t 90 

3^4 to 6 inches, R. H. 

298 lbs. 

640 lbs. 

130.00 

ISO.OO 

t 54 

+ 92 

2J4 to .5 inches, R. H. 

300 lbs. 

640 lbs. 

150 00 

200.00 

t 56 


•2^4 to 6 inches, R. H. 

303 lbs. 


175.00 


+ 62 

t 94 

2J4 to 6 inches, R. H. (extra heavy.) 

750 lbs. 

645 lbs. 

300.00 

225.00 

* 58 

*96 

1 to -6 inches, R. H. 

330 lbs. 

665 lbs. 

190.00 

25O.OO 

*60 

*98 

1 to 6 incnes, R. and L.- 

348 lbs. 

675 lbs. 

235.00 

285.OO 

*63 

* Q9 

2J4 to 8 inches, R. and L. 

625 lbs. 

1130 lbs. 

360.00 

535-00 

t 64 

t TOO 

2}4 to 8 inches, R. H, 

600 lbs. 

1108 lbs. 

325-00 

500.00 

t 66 

t 102 

2*4 to 10 inches, R. H. 

750 lbs. 

1510 lbs. 

500.00 

700.00 

* 67 

* 104 

254 to 10 inches, R. H. 

760 lbs. 

1520 lbs. 

500.00 

700.00 

*68 

* 106 

2^4 to io inches, R. and L. 

800 lbs. 

1360 lbs. 

550.00 

750.00 


^Pressure Feed Machines. fLead Screw Machine. Price of Power Ma¬ 
chines includes Countershafts. 

Machines Nos. 30 to 37 and from 70 to 77 have no cut-off as on small sizes 
of pipe a roller cutter is generally preferred. 




















222 


THE D. A. TOMPKINS CO., 


New Improved Pipe Cutting and Threading Machine. 

FOR HAND POWER. 



Figure 310. 


if 1m 

1 ill 



1 / fM| 



r 1 jflt ife 


L JllliPTO 




HAND MACHINE. 

With set of right-hand solid dies *4 to 2 inches inclusive, fly wheel, and 
set of sockets for making nipples l /i to 2 inches, complete. Price on application. 

POWER AND HAND MACHINE. 

With set of right-hand solid dies, 14 to 2 inches inclusive, fly wheel, pul¬ 
leys, countershaft and set of sockets for making nipples, 14 to 2 inches, com¬ 
plete. Price on application. 

Speed of countershaft, 150 revolutions per minute. Pulleys, 11 inches in 
diameter—two loose, each 7 inches face, one fast, 3*4 inches face. Weight, 
hand machine, 475 pounds, power and hand machine, 675 pounds. 

Attachments fitted to these machines, when ordered, for threading bolts 
and tapping nuts, i *4 inches, and smaller sizes, at an additional cost. 

























CHARLOTTE, N. C. 


223 


GEARED SOLID DIE STOCK. 



Fig. 311 


PRICE LIST. 

COMPLETE MACHINES.—Fig. 311. 


No. 

Range. 

DIES. 

Shipping 

Weight. 

Price. 

A 

34 to 2 inch 

& % 1 . 1 H> % 2 

100 lbs. 

$ 75.00 

B 

1 to 3 inch 

1, 1 m, 1 H, 2, 2y 2 , 3 

150 lbs. 

100.00 

C 

234 to 4 inch 

2*6, 3, 334, 4 

250 lbs. 

120.00 

D 

134 to 4 inch 

iy 2 , 2 , 234 , 3, sy 2 , 4 

275 lbs. 

135.00 

E 

1 to 4 inch 

1, 134, iy 2 , 2 , 2y 2 , 3 , sy 2 , 4 

300 lbs. 

160.00 

F 

234 to 6 inch 

2^, 3, 334, 4, 5, 6 

400 lbs. 

215.00 

G 

5 to 8 inch 

5, 6, 7, 8 

600 lbs. 

300.CO 


Price includes tripod stand, ratchet, dies, bushings, wrenches and all 
complete. 

A, B, D, E, are regularly made with the compound lever direct-acting 
feed. C, F, G, are regularly made with the leader-screw feed. 

For Pipe Rest, add to A, B, C, D, E, $ 4 . 00 ; F, $ 5 . 00 ; G, $ 6 . 00 . 

For Nipple Holder, add to A, $ 15 . 00 . 

For Crank, add $ 2 . 00 . 

If without legs and feet, deduct from A, $ 2 . 00 ; B, $ 3 . 00 ; C. D, E, $ 4 . 00 ; F, 
$ 5 . 00 ; G, $ 6 . 00 . 

NOTE.—Bolt holes are drilled equi-distant between the three pipe leg 
bosses on all flanged tripod tops, so any machine can be removed from the 
tripod floor stand and bolted for use on a regular work bench, if so preferred. 























224 


THE D. A. TOMPKINS CO., 


PIPE STOCK SAND DIES. 



Figure 312. 

Armstrong Stock and Dies, No. I. 



Figure 313. 

Armstrong Stock and Dies, No. 2*4. 

Armstrong’s Adjustable Stock and Dies.— Figures 312 and 313. 


No. 

Threads. 

Complete. 

8tock Only. 

Extra Dies. 

Extra Bushings. 

Extra Wrenches. 

No. 1, 4 Dies, Single End . . 

4 to.* 

9.00 

3.25 

1.25 

.20 

.25 

No. 2, 5 Dies, Single End*. . 

4 to 1 

12.00 

4.00 

1.50 

.25 

.25 

No. 2*y4 Dies, Double End 

itoli 

12.00 

4.50 

3.25 

.40 

.25 

No 3, 3 Dies, Single End .. 

1* to 2 

20.00 

7.00 

s.OO 

.50 

.50 

No. 4, 3 Square Dies .... 

li to 2 

18.00 

7.00 

3.00 

.50 

.... 

No. 6, 2 Dies, Double End . 

2* and 3 

40.00 

25.00 

15.00 

1.00 

.50 

No. 7, 8 Dies, Double End . 

2$ to 4 

60.00 

30.00 

16.00 

1.50 

.75 


Prices for Dies mean per set of 2 Pieces. 

NOTE:—No. 4 Stock is a sectional stock. 

Nos. 2 p 2 , 6 and 7 Stocks are fitted with double-ended dies. 
Nos. 1 and 2 Stocks are packed in cases, as shown by Fig. 312. 
Nos. 6 and 7 have four arms, 


































CHARLOTTE, N. C. 


225 


DIE PLATES. 



Figure 314. 

Die Plate, No. 2. 



DIE PLATES. 



00 

0 

1 

4 

4 

2 

3 

4 


Brass ripe. 


2 arm. 

4 arm. 

THREADS . . 

iUd,4 

£ t0 I 

I to 1 

2 to 4 

1 to 4 

1 -t to 2 

24 and 3 

24 and 3 


2 x| 

3.50 

2 x* 

•3.50 

5.00 

3x£ 

3 x £ 

6.00 

4 x£ 

9.50 

'5 x 4 

25.00 

5xl± 

33.00 

dltL UltO • *.•*•* .. 

6.00 

DIE PLATES COMPLETE. WITH HILL S DIES. 

13.50 

9.50 

15.00 

13.50 

13.50 

20.00 

43.00 

51.00 

DIE PLATES COMPLETE WITH "RUFF & TUFF " DIES 

16.75 

11.50 

18.25 

16.00 

16.00 

. 23.50 

49.00 

57.00 

rVTRA Mil 1 'ft niFft. 

2.00 

1.50 

2.00 

2.50 

2.50 

3.50 

9.00 

9.00 



2.00 

2.75 

3.35 

3.35 

4.75 

12.00 

12.00 










.25 

.25 

.35 

.45 

.45 

.60 

1.00 

1.00 





» 








.30 

.40 

.40 

.50 

.60 

.60 

LA l HH uic rnHHILO• • • *• 









HILL S DIES FOR PLUMBERS’ BRASS PIPE . 

. 

2.00 

2.50 

3.00 

3.00 

4.00 

.... 

.... 


No, 2 and larger have leader screw. 
















































226 


THE D. A. TOMPKINS CO., 


PATENT PIPE VISE. 



Figure 316. 


Number. 

1 

2 

3 

4 

Takes. 

Vs to 2 

Vs to 4 

lJ 4 to 6 

6 to 12 

Price. 

12 00 

16 00 

24 00 

60 00 

“ Beam. 

1 25 

1 50 

2 50 


“ Handle. 

1 00 

1 00 

1 50 


“ Trunnion 
Washer.... 

50 

50 

75 


“ Jaws, each... 

1 00 

1 50 

2 00 


“ Screw. 

2 25 

2 50 

4 25 


“ Frame. 

4 00 

6 00 

9 00 



It will be seen by referring to the above cut of this Vise that the Beam 
which holds the upper Jaw is hinged. By this improvement the pipe can be 
placed in the Vise at any point. The side opening has other advantages, that 
the Vise may be used for holding pipes while fittings are screwed on one or 
both ends, or for taking apart old pipe work. 


HINGED PIPE VISES. 



(Open.) Figure 317. (Closed.) 


The above cuts represent a view of the new Improved Hinged Vises. 
They are so simple in construction that any further explanation is unnecessary 
They are of the best Malleable Iron, and are made on the interchangeable sys¬ 
tem, so that any of the parts can be replaced, if it should become necessary 

No. i will hold from o to 2^4-inch pipe.Price, $io oo 

No. 2 will hold from x / 2 to 4 ^-inch pipe.. Price' 20 00 
































































































CHARLOTTE, N. C. 


227 


PIPE CUTTERS. 



Figure 318. 


Saunders Pipe Cutters.— Fig. 318 


No. 

Cuts pipe . 

Each . 

Extra blocks and wheels, each 

Extra wheels, each. 

Extra rollers, each. 


1 

2 

3 

M? to 1 

1 to 2 

2 to 3 

3.00 

4.50 

11.00 

1.25 

1.75 

2.75 

.24 

.32 

.60 

.24 

.32 

.50 



Figure 319. 


Barnes 3 -Wheel Pipe Cutters.— Fig. 319 


No. 1 2 8 4 5 6 7 

Cuts pipe .Ms to 1 J4 to 2 1J4 to 3 2^4 to 4 4 to 6 6 to 8 9 to 12 

Each . 4.50 6.00 10.00 20.00 30.00 40.00 50.00 

Extra wheels, each.25 .30 .40 .50 .75 .75 .75 


Extra wheel pins, per doz.. 1.00 1.00 1.00 2.00 2.00 2.00 2.00 



Figure 320. 


Stanwood Improved Pipe Cutters.— Fig. 320 


No. 

Cuts pipe . 

Each . 

Extra blocks and wheels, each 

Extra wheels, each. 

Pins, each . 


1 

2 

3 

Ms to 1 

y A to 2 

2 to 3 

1.50 

2.25 

7.00 

.45 

.60 

1.25 

.12 

.18 

.25 

.05 

.05 

§0 






































228 


THE D. A. TOMPKINS CO., 


PIPE CUTTERS (Continued). 



Figure 321. 


C. C. Walworth’s Improved Pipe Cutters.— Fig. 321 


No. 

. 1 

2 

3 

Cuts pipe . 

. Vs tol 

14 to 2 

2 to 3 

Each . 


2.25 

7.00 

Extra blocks and wheels, each. 

.60 

.90 

1.50 

Extra wheels, each. 

. 12 

.18 

.25 


PIPE WRENCHES. 



Figure 322. Figure 323. 

Stillson Wrench, Wood Handle, Stillson Wrench, Steel Handle, 

6 to 18 inches. 6 to 14 inches. 


Stillson Wrenches.—Fig. 322 and 323 


Length when open. 

Grips | 

Each. 

6 -inch Wrench with Screw 
each, $ 2 . 37 , Nickel Plated, $ 2 . 75 . 


. 6 

. 34 wire 

to 

.34 pipe 

. 2.00 

Driver attachm 


8 10 14 18 

34 wire 34 wire 34 wir e 34 wire 
to to to to 



ent on end of handle. Finished. 



Figure 324. 

Stillson Wrench, 18 to 48 inches. 


Length When Open. 
Grips j 

Each. 


Stillson Wrenches.— Fig. 224 
18 to 48 inches. 

18 24 36 


34 wire 
to 

2 pipe 
4.00 


34 wire 
to 

234 pipe 
6.00 


34 pipe 

to 

3K pipe 
12.00 


48 

1 pipe 
to 

5 pipe 
18.00 





























229 


CHARLOTTE, N. C. 


PIPE WRENCHES (Continued). 



Figure 325. Figure 326. Figure 327. Figure 328. 


Figure 325. Figure 326. Figure 327. Figure 328. 

Stillson Jaw. Stillson Frame. Stillson Handle. Stillson Nut. 

Repairs for Stillson Wrenches. 

Size. 6 8 10 14 18 24 36 48 

Jaws, each .67 .67 .75 1.00 1.33 2.00 4.00 6.00 

Frames, each .25 .25 .33 .45 .55 .65 .75 1.00 

Wood handles, each.15 .15 .20 .25 .30 . 

Steel handles, each.66 .66 .78 1.00 1.33 2.00 4.00 6.00 

Nuts, each .20 .20 .27 .35 .42 .50 .65 .80 


PIPE TONGS 



Figure 329. 


Adjustable Tongs.— Fig. 329 


No. 1 iy 2 2 3 4 5 6 7 

For pipe .Ms to Va Mstol to 1*4 lto2 l}4to3 2>4to4 3 to 5 4 to 7 

Each . 1.30 1.65 2.00 3.00 6.00 11.00 25.00 35.00 



Figure 330 


Chain Tongs. —Fig. 330 


No. 2 

Length of lever, inches. 27 

Size of chain . r 5 g 

Weight, pounds. 7 

For pipe .1 to 2 

Each . 5.50 


3 

4 

5 

6 

7 

36 

48 

60 

72 

84 

5 

i s 

Vs 

y 2 

Vs 

Va 

12 

24 

33 

50 

100 

1 X A to 4 

2 to 6 

2^ to 8 

4 to 10 

4 to 16 

6.25 

9.00 

12.50 

16.00 

30.00 

























230 


THE D. A. TOMPKINS CO., 


PIPE TAPS, REAMERS AND DRILLS. 



Figure 331. 

Pipe Tap. 


Figure 332. 
Pipe Reamer. 


Figure 333. 

Combined Tap, 
Reamer, and Drill. 


Figure 334. Figure 335. 

Pipe Drill. Counter Bore 


Pipe Taps, Reamers, and Drills.—Figs. 331 , 33 2 > 333. 334 and 335 . 


Size. 

/s 


% 


& 

1 

1% 

1% 

2 

2 y 2 

3 


4 

Fig 334. Taps_ 

Fig 335. Reamers 
Fig 336. Comb’d 
Tap, Reamer* Drill 
Fig. 337. Drills... 
Fig. 338. Counter 
Bores .. 

1.12 

"75 

1.25 

1.25 

2.50 

.75 

1.50 

1.50 

2.50 

1 00 

1.87 

1.87 

3.00 

1.25 

2.50 

2.50 

4.50 

1.50 

8.12 

3.12 

6 00 
1.75 

3 50 

3.75 

3.75 

7.25 

2.00 

4.00 

4 62 
4.62 

8.50 

2.50 

5,00 

6.25 

6.25 

10.75 

3 00 

6.00 

10.50 
10 50 

15.00 

15.00 

42.00 
42 00 

50.00 

50.00 

3.75 

4.75 

.... 









WRENCHES. 



Figure 336. Figure 337. 

Coe’s Wrenches.—Fig. 336 

Size . 6 8 10 12 15 18 21 

Black, per dozen . 9.00 10.00 12.00 14.00 24.00 30.00 36.00 

Bright, per dozen . 10.00 11.00 14.00 16.00 26.00 32.00 38.00 

Engineers’ Wrenches.—Fig. 337 

Size . 6 8 10 12 15 18 21 

Black, per dozen . 9.00 10.00 12.00 14.00 24.00 30.00 36.00 

Bright, per dozen . 10.00 11.00 14.00 16.00 26.00 32.00 38.00 



Size ... 4 6 8 10 12 

Each .50 .75 1.00 1.50 2.00 




































































CHARLOTTE, N. C. 


231 


HACK SAWS. 



Each 


Figure 339. 

Hack Saw Blades. 


$i oo 



Figure 340. 

Length, inches .... 6 7 8 

Per dozen. 55 .60 .65 


9 10 

•70 .85 


11 
• 95 


12 

1.05 


WATER GAUGE COLUMNS. 

WATER COLUMNS FOR WATER GAUGES AND GAUGE COCKS. 



PRICES:—Not 

No. 0 
No. 1 
No. 2 
No. 3 
No. 4 


Figure 341. 

including Water Gauge or 


Gauge Cocks. 

Each, $2 00 
Each, 2 50 
Each, 3 00 
Each, 4 00 
Each, 5 00 


















































































232 


THE D. A. TOMPKINS CO, 



GAUGE COCKS. 


Figure 342. 

Regrinding Gauge Cock. 



Figure 343. 

Soft Seat Compression Gauge 
Cock. Plain. 



Figure 344. Figure 345. 

Soft Seat Compression Ball Gauge Cock. 
Gauge Cock, with Stuff¬ 
ing-Box. 


PRICE LIST. 


Number. 

00 

0 

1 

2 

3 1 4 




Size Blank Shank.inch 

H 

% 

% 

1 

7s 

1 

Cut for Pipe Thread.inch 

H 

% 

~y z 

% 

V2 

% 

Fig. 342. Regrinding Compression Gauge 
Cock, each. 

90 

1 05 

1 30 

1 80 






Fig. 343. Soft Seat Compression Gauge 
Cock, each. 

80 

90 

1 00 

1 10 






Fig. 344. Soft Seat, with Stuffing-box..each 

1 00 

1 10 

1 20 

1 30 



Fig. 345. Ball Gauge Cock.each 





90 

1 00 








GENUINE SCOTCH GLASS TUBES. 

Price Per Dozen. 


LENCTH. 


EXTERNAL 

DIAMETER. 


INCHES 

i&i 

a 

i 

1 

10 

3.00 

3.60 

5.04 

6.12 

11 

3.24 

3.96 

5.64 

6.72 

T2 

3.60 

4.32 

6.12 

7.32 

13 

3.84 

4.80 

6.60 

7.92 

14 

4.20 

5 16 

7.08 

8.52 

15 

4.44 

5.52 

7.56 

9.12 

16 

4.80 

5.88 

8.16 

.9.72 

17 

5.04 

6.24 

8.64 

10.32 

18 

5.40 

6.60 

9.12 

10.92 

19 

5.64 

7.08 

9.60 

11.52 

20 

6.00 

7.44 

10.20 

12.12 

22 

6.60 

8.16 

11.16 

13.44 

24 

7.20 

8.88 

12.12 

14.64 

30 

9.00 

11.16 

15.24 

18.24 

36 

10.80 

13.44 

18.24 

21.96 

48 

14.52 

18.00 

24.36 

29.16 

60 

18.12 

22.56 

30.48 

36.48 

72 

21.84 

27.12 

36.48 

43.80 


6 o x ik* inch, $6o.oo. 



































































233 


CHARLOTTE, N. C. 


WATER GAUGES. 



Figure 346. 

Two-Rod. 



Figure 347. 

Three-Rod. 

With Regrinding Valves. 


PRICE LIST. 

Two-Rod. 

Two-Rod Part Finished, Bronzed Body, Ys Glass, j 4 -inch Pipe, Each, $ 3 00 

Two-Rod Part Finished, Bronzed Body, Ya Glass, ^-inch Pipe, Each, 6 00 

Two-Rod All Finished, Y% Glass, ^-inch Pipe.Each, 3 75 

Two-Rod All Finished, Ya Glass, j^-inch Pipe.Each, 8 00 

Three-Rod. 

Three-Rod Part Finished, Bronzed Body, ]/ 2 Glass, ^-inch Pipe, Each, $ 3 50 

Three-Rod Part Finished, Bronzed Body, 24 Glass, j 4 -inch Pipe, Each, 4 00 

Three-Rod All Finished, 24 Glass, J 4 -inch Pipe.Each, 5 00 

Three-Rod Part Finished, Bronzed Body, 24 Glass, 24 -inch Pipe, Each, 8 00 

Three-Rod All Finished, Ya Glass, Pipe.Each, 9 50 

Four-Rod. 

Four-Rod Part Finished, Bronzed Body, 24 Glass, j 4 -inch Pipe, Each, $ 5 00 

Four-Rod All Finished, 24 Glass, y 2 -inch Pipe.Each, 6 50 

Four-Rod Part Finished, Bronzed Body, 24 Glass, 24 _ i nc h Pipe, Each, 8 50 

Four-Rod All Finished, Ya Glass, Y-'mch Pipe.Each, 10 00 

These Water Gauges have a plug in top for replacing glass tube. 
















234 


THE D. A. TOMPKINS CO, 


PLAIN ENGINE LUBRICATOR. 



Figure 348. 


Price List. 


Number, .... 

00 

0 

1 

2 

3 

4 

5 

6 

7 

8 

Diameter, ( 
inches \ 

1 

m 

m 

1 % 

2 

234 

2 ^ 

3 

3 X 

4 

Capacity, ) 
ounces $ 

% 

i 

m 

i H 

2^ 

4 

5 

10 

18 

24 

Pipe Thread, ) 
inch ) 

% 

% 

% 

y 2 

H 

K 

34 

% 

% 

% 

Plain.each 

2 00 

2 20 

2 40 

2 60 

2 90 

3 25 

3 75 

4 75 

7 00 

10 00 

Plain with Cock 
and tube, each 

3 00 

3 20 

3 40 

3 60 

3 90 

4 25 

4 75 

5 75 

8 00 

11 00 



















































CHARLOTTE, N. C. 


235 


THE “DETROIT.” 


DOUBLE CONNECTION AUTOMATIC SIGHT-FEED LUBRICATOR 
(Without Gauge Glass) FOR STATIONARY ENGINES. 



C. Filler Plug. 

D. Water Valve. 

E. Feed Valve. 

FF. Condenser and Steam Connec¬ 
tions. 

G. Drain Val ves. 

H. Sight Feed Glass. 

K. Oil Discharge Pipe. 

L. Plug to insert glass. 


When ordering repairs give num¬ 
ber of Lubricator. 


Figure 349. 


PRICE LIST. 


Size.. 

For Cylinder. 

M Pint. 

Up to 5 inch. 

Yq Pint. 

5 to 8 inch. 

y 2 Pint. 

8 to 12 inch. 

1 Pint. 

12 to 20 inch. 

1 Quart. 

20 in. and over. 

Brass Finish.. 
Nickel Plated 

$15 00 

18 00 

$17 00 

20 00 

$20 00 

23 00 

$28 00 

32 00 

$42 00 

47 00 

Size of Glasses used. 


214 

%x2'/s 

%x2y 8 

%x3 \ 

% x3 




































































236 


THE D. A. TOMPKINS CO., 


THE “DETROIT.” 


Improved Standard Sight-Feed Lubricator, for Stationary Engines. 



A 1, Body or Oil Reservoir. 

A 2, Condenser. 

A 3, Filler Plug. 

A 4, Water Feed Valve Stem. 

A 5, Plug for inserting Sight-Feed 
Glass. 

A 6, Sight-Feed Glass Drain Stem. 

A 7, Sight-Feed Regulating Valve 
Stem. 

A 8, Drain Valve. 

A 9, Globe Valve in Support arm. 
A 10, Plug for inserting Gauge Glass. 
H, Sight Feed Glass. 

J, Gauge Glass. 

K, Connection to Steam Pipe. 


Figure 350. 


Valve in Support Arm should be in horizontal position as shown in cut 
when Lubricator is attached to Steam pipe. 


PRICE LIST. 


Size . 

For Cylinder. 

V Fint. 
Under 10 in 

l /t Pint. 

10 to 12 in. 

1 Pint. 

12 to 18 in. 

1 Quart 

18 to 30 in. 

24 Gal. 

30 in. & over 

1 Ga). 

Brass Finish. 

Nickel Plated. 

$ 17 00 
20 00 

$ 22 00 
25 00 

% 30 00 
35 00 

$ 45 00 
50 00 

$ 60 00 
65 00 

$ 75 00 
80 00 


Size of Glasses Used. 


Sight Feed. 


%x'S 

%xS 

%x‘sy 

? 4 x3^ 

Gauge . 

2 

%xsy 4 


4 is 

% x6% 


Write for prices. The above list subject to liberal discount. Over 200,000 
of these Lubricators in actual use. 

When ordering repairs give number of Lubricator. 





















































237 


CHARLOTTE, N. C. 

“IDEAL” AUTOMATIC GREASE CUP. 

FOR ENGINE CRANK PINS, JOURNALS, ETC. 



Figure 351. 

The “Ideal” is a first-class cast brass highly finished automatic compres¬ 
sion cup, suitable for engine bearings, journals, etc. It is provided with a 
leather packed plunger (insuring a tight joint and smooth working), which is 
so constructed that it is easily raised when cup requires recharging with grease. 
The spring and plunger are conveniently controlled by thumb-nut, which is 
provided with an automatic lotk arrangement to prevent its jarring from posi¬ 
tion on stem. The hole through the shank can be regulated to suit the grease 
used, by means of regulating screw. As a high grade cup of superior design 
and perfect regulation of feed, the “Ideal” has no equal. 


PRICE LIST. 


Number . 

00 

0 

1 

2 

3 

4 

Inside Diameter . 


1 

m 


2 

2 & 

3 

Extreme outside diameter. 

. inches 

m 

111 

2 

2 r 9 * 


3% 

Extreme Height overall (plunger 
raised, cup open) . 

| inches 

sy 2 

4 

*>% 

6% 

m 

m 

Shank Pipe Thread . 


Vs 

H 

H 

% 

Y2 

y 2 

Capacity (Grease) .. 

ounces 

I \03 

r-K 

l 

m 

3 

6 

10 

Finished Brass . 


1 50 

2 00 

2 50 

3 20 

4 30 

6 00 

Nickle Plated .. 


1 75 

2 25 

2 80 

3 60 

5 00 

6 75 



















































238 


THE D. A. TOMPKINS CO, 


“PIONEER” SLIDE TOP GLASS OIL CUP. 



Figure 352. 


The “Pioneer” Oil Cups have become an “acknowledged standard,” being 
by far the best designed and constructed, and consequently the most perfect 
oilers of their class and are adapted for all Engine and Machinery Bearings 
where it is desirable to use a first-class cup. They are made of cast brass 
(not spun brass), are highly finished, compact and very ornamental. These, 
and the other styles of glass oil cups,. manufactured by us, are the only ones 
on the market which will not come apart when placed on jarring machinery, 
neither will the feed unset nor slide loosen thereby spilling the o,il. These 
excellent features being exclusive with our cups and covered by patents gives 
them a very considerable prestige over all other makes. They are easily filled 
and regulated and are satisfactory to users in every respect. They are espe¬ 
cially adapted for Traction Engines, Steam Rollers and other machinery of like 
character where it is necessary to use a durable and substantial oiler. 


PRICE LIST. 


Number . 

000 

00 

0 

1 


2 

3 

4 

5 

6 

Extreme Outside 
of Cup, . . . 

Diameter ) 
inches ) 

m 

1 7 

A T6 

m 

1% 

234 

2% 

2[f 

2ft 

3% 

3ft 

Extreme Height 
(over all) . . 

of Cup, ) 
inches ) 

m 

2ft 

3rs 

3% 

LV 

4 r V 

4M 

5 

6 

V4 

Outside Diameter 

of Glass, l 

1 

m 

m 

m 


2 

2M 

2 M 

3 


Height of Glass, . 

. inches 

% 

1 


m 


m 

234 

2% 

3 

4 

Capacity, . . . 

. ounces 

M 

y 

% 

1 

m 

zy 2 

4 

5 

10 

18 

Shank Pipe Thread, . inch 

k 

% 

Vs 

H 

k 

% 

% 

% 

H 

K 

Finished Brass, . 

. . each 

70 

75 

80 

1 00 

1 25 

1 50 

1 90 

2 40 

3 10 

4 00 

Nickel Plated, . 

each 

80 

85 

95 

1 20 

1 50 

1 75 

2 20 

2 75 

3 50 

4 50 


To avoid mistakes when ordering glasses and cork washers, specify name 
and number of cup as stamped on same. 

See page 241 for prices on extra glasses and cork washers. 





















































239 


CHARLOTTE, N. C. 


“ ROYAL ” SIGHT-FEED GLASS OIL CUP. 



Figure 353. 


The “Royal” Sight-Feed Glass Oil Cup will be found an excellent cup for 
engine and dynamo use. It is simple and practical, and so constructed, that 
when the desired feed is once set it can be stopped and started at will without 
resetting, the spring acting as a lock and indicator when engaging the flattened 
side of the thumb-nut. 

Directions to set Feed.—Regulate the feed by turning the milled cover, so 
that when the flattened side of thumb-nut engages the spring the desired feed 
is obtained. When the feed is once established, it can instantly be shut of! or 
put on by turning the milled thumb-nut, i. e., to the right, feed off; to the left, 
feed on. 

PRICE LIST. 


Number . 

000 

00 

0 

1 

1 X 

2 

3 

4 

5 

6 

Extreme Outside Diameter ) 
of Cup.inches ) 

m 

1ft 

m 

m 

Ws 

2 % 

2 H 

2B 

3% 

SH 

Extreme Height of Cup, ) 
(over all).inches ) 

3 

3A 

3« 

4 % 


4{J 

5% 

6 

6% 

m 

Outside Diameter of Glass ) 
.inches ) 

1 

134 


m 

m 

2 

2M 

234 

3 

3 Va 

Height of Glass.inches 

Vs 

1 


m 

m 

m 

2^4 

2% 

3 

4 

Capacity.ounces 

M 


% 

1 

134 

2 ^ 

4 

5 

10 

18 

Shank Pipe Thread.inch 

34 

Vs 

Vs 

V 

M 

% 

% 

% 

y z 

34 

Finished Brass.each 

95 

1 10 

1 25 

1 50 

1 75 

210 

2 55 

3 15 

3 90 

4 80 

Nickel Plated.each 

1 05 

1 20 

1 40 

1 70 

2 00 

2 35 

2 85 

3 50 

4 30 

5 30 


To avoid mistakes when ordering glasses and cork washers, specify name 
and number of cup as stamped on same. 

See page 241 for prices on extra glasses and cork washers. 



















































240 


THE D. A. TOMPKINS CO., 


GLASS BODY OIL PUMP. 


PATENTED. 



Figure 354. 


The Lunkenheimer Glass Body Oil Pump is easily filled and operated and 
is intended to be used in connection with Sight-Feed Lubricators on Sta¬ 
tionary or Marine Engines. No large engine should be without a cup of this 
kind as an auxiliary to the Sight-Feed Lubricator. 

They have recently changed these pumps from two or four sizes, ranging 
in capacity from % pint to one quart, also made changes in the design, making 
them much more compact and consequently neater in appearance. 

Great care is exercised in the manufacture of these Pumps and they are 
tested thoroughly before being sent out from factory, and we guarantee 
them to be perfect working cups and first-class in every way. 


PRICE LIST. 


Size . 


3 

5 

6 

8 

Outside Diameter of Glass .. 

. inches 

2 M 

3 

sy 2 

4M 

Height of Glass. 


2J4 

3 

4 

5 

Capacity. .. 

Vs Pint 

y 2 Pint 

1 Pint 

1 Quart 

Shank Pipe Thread.. 


% 

% 

y 2 


Finished Brass. 


7 50 

8 50 

10 00 

15 00 

Nickel Plated. 


8 25 

9 50 

11 00 

16 50 

Extra Glasses . 


15 

35 

65 

1 50 

Extra Cork Washers. 


45 

60 

75 

1 50 


We can still furnish glasses and cork washers for old sizes, i. e., numbers 
one and two, and when ordering be sure and give these numbers to distinguish 
them from the sizes now made. 














































CHARLOTTE, N. C. 


241 


CYLINDRICAL AND URN-SHAPED GLASSES. 



Figure 355. Figure 356. 

These Glasses are clear, strong and uniform in size, and interchangeable 
with all styles of glass Gups illustrated. 

PRICE LIST. 


Number. 

000 

00 

0 

1 

1 X 

2 

3 

4 

5 

6 

8 

Outside Diameter of Cylindrical 
Glasses, . inches 

1 

1 1% 

VA 


IX 

2 

2 / 

2% 

3 

3/ 

4 Ya 

Height of Cylindrical 

Glasses,.inches 

% 

1 

l/a 

m 

IX 

m 

2J4 

2X 

3 

4 

5 

Outside Diameter at upper end 
of Urn-shaped Glasses, inches 


iy 8 

1H 

i H 

IX 

2 

2% 

2% 

3 

3J4 

— 

Height of Urn-shaped 

Glasses,. inches 




2 

2 % 

2% 

2X 

3/s 

$x 

4/ 

Cylindrical or Urn-shaped 
Glasses,.each 

05 

06 

08 

10 

10 

12 

15 

25 

35 

65 

1 50 

Cork Washers..per dozen 

15 

18 

21 

30 

36 

40 

45 

50 

60 

75 

1 50 


In ordering Glasses always specify whether Cylindrical or Urn-shaped are 
wanted. 
































































































242 


THE D. A. TOMPKINS CO 


STEEL OILERS. 



Figure 357. Figure 358. Figure 359. 


WITH IMPROVED PLAIN STEEL SPRING BOTTOMS. 

PRICE LIST. 


Fig. 357 - 
Fig. 358 . 
Fig. 359 - 


Steel, Nickel, 
per doz. per doz. 

Oiler, 2^ inches diameter, 2^4-inch nozzle, Pint..$4 50 $6 50 

Oiler, 334 inches diameter, 3-inch nozzle, l /s Pint.... 5 50 8 00 

Oiler, 2 >Vz inches diameter, 9-inch nozzle, J/3 Pint. ... 6 50 9 20 


We claim these Oilers are the best manufactured in the country, and are 
used by the leading machinists and railroads. 













CHARLOTTE, N. C. 


243 


OILERS. 


ENGINEERS’ SETS. 



Figure 360. 


PRICE LIST. 


Five Pieces Copperized (Counting Tray).$ 5 00 

Six Pieces Copperized (Counting Tray). 7 00 

Five Pieces Nickel (Counting Tray). 7 00 

Six Pieces Nickel (Counting Tray) 


10 00 










244 


THE D. A. TOMPKINS CO., 


UNIVERSAL DOUBLE TUBE INJECTOR. 



Figure 3G1. 


DESCRIPTION. 

The action of this Injector is positive; it works to the same advantage and 
fulfills the same duty under all circumstances; with high or low-pressure 
steam, hot or cold water; under pressure or suction. The instrument is a 
combination of two Steam Jet Apparatus, the first one proportioned for lifting 
and delivering the water, under some pressure, into the second one, where its 
velocity is sufficiently augmented to overcome the counter-pressure in the 
boiler. 

The explanation of the proper working of the Injector, at the lowest as 
well as the highest steam-pressure, without adjustments of parts, is found in 
the fact, that the quantity of water taken in by the first apparatus, and deliv¬ 
ered to the second one, is in proportion to the pressure of the steam, so that 
the first one acts as a governor for the second one. 

The explanation of the feeding of hot as well as cold water is found in 
the construction and proportion of the first apparatus, which has a propor¬ 
tionately small steam nozzle, to insure high suction; and as the water is de¬ 
livered to the second one under pressure, its temperature can be corresponding 
to this pressure, and may be delivered into the boiler ABOVE THE BOILING 
POINT. 

At the same time the combined area of the two steam nozzles is smaller 
than that of other Injectors of the same capacity, so that its duty must, neces¬ 
sarily, be higher. 

This combination of the two apparatus, and the self-governing qualities 
without moving parts, make the apparatus the least sensitive and most reliable 
for any service. 


(Continued on opposite page.) 


























CHARLOTTE, N. C. 


245 


Universal Double Tube Injector (Continued). 

KERTING’S UNIVERSAL DOUBLE TUBE INJECTOR. 
Price List and Table of Capacities. 


Size 

No. 

Price 

$. 

Size 

of 

Iron 

Pipe. 

Steam 

50 lbs. 

Steam 

100 lbs. 

Steam 

150 lbs. 

Size 

of 

Copper 

Pipe. 

Cubic 

Feet. 

Gals. 

Cubic 

Feet. 

Gals. 

Cubic 

Feet. 

Gals. 

00 

20 00 

Ys 

4.5 

33 

6.5 

48 

8 

60 

O. D. 

34 

0 

21 00 

M 

11 

83 

13.5 

101 

15 

112 

% 

1 

23 00 

% . 

15 

112 

19 

143 

24 

180 

y 2 

2 

28 00 

y 2 

23 

172 

28 

210 

31 

232 

Vs 

3 

38 00 

% 

37 

278 

45 

338 

53 

397 

% 

sy 2 

46 00 

% 

53 

398 

63 

472 

73 

547 

% 

4 

55 00 

i 

71 

533 

83 

622 

96 

720 

i % 

5 

60 00 

m 

90 

675 

107 

802 

123 

922 

m 

6 

65 00 

IH 

110 

825 

132 

990 

150 

1125 

i y 2 

7 

85 00 

1 K 

143 

1072 

183 

1372 

215 

1612 

m 

8 

100 00 

i H 

185 

1388 

240 

1800 

282 

2115 

m 

9 

120 00 

2 

225 

1688 

280 

2100 

330 

2475 


10 

135 00 

2 

270 

2025 

325 

2438 

380 

2850 

2 M 

12 

165 00 


400 

3000 

485 

3638 

567 

4252 

2% 

14 

250 00 

3 

515 

3867 

618 

4635 

804 

6030 

SH 

16 

300 00 

3 

670 

5025 

810 

6075 

942 

7065 

sy 4 

20 

450 00 

4 

1200 

9000 

1445 

10840 

1670 

12525 

434 


Injectors will always be sent with nipples screwed for iron pipe, unless 
specified for brazing to copper pipe. 

Shipment will be made by express unless otherwise instructed. 

























































































































246 


THE D. A. TOMPKINS CO., 


THE 

METROPOLITAN AUTOMATIC INJECTOR. 


Model N. 



Figure 362. 


PRICE LIST. 


Sizes. 

Prices. 

Size of 
all Pipe 
Connections. 

Size 

Overflow 

or 

Wastepipe. 

Capacity 
with 80 lbs. 
Steam Pres¬ 
sure 2-ft. Lift. 

Horse Power 
for the Ordi¬ 
nary Type of 
Boiler and 
Engine. 

Horse Power 
on a Basis 
of 80 lbs. 

Evaporations 
per H. P. 
per Hour. 

2 

$15 00 

% 

' % 

60 gals. 

4 to 6 

5 to 8 

3 

16 00 

% 

% 

80 “ 

6 to 8 

8 to 12 

334 

18 00 

34 

% 

120 “ 

8 to 15 

12 to 20 

4 

20 00 

34 

% 

165 “ 

15 to 20 

20 to 28 

5 

25 00 

% 

1 

250 “ 

20 to 30 

28 to 40 

6 

30 00 

% 

1 

350 “ 

30 to 45 

40 to 55 

7 

40 00 

1 

134 

500 “ 

45 to 65 

55 to 80 

8 

45 00 

1 

134 

600 “ 

65 to 80 

80 to 110 

9 

55 00 

134 

134 

800 “ 

80 to 100 

110 to 145 

10 

60 00 

m 

134 

1000 “ 

100 to 130 

145 to 180 

11 

75 00 

134 

2 

1300 “ 

130 to 170 

180 to 235 

12 

90 00 

134 

2 

1750 “ 

170 to 230 

235 to 300 

13 

110 00 

2 

234 

2300 “ 

230 to 300 

300 to 400 

14 

125 00 

2 

234 

2850 “ 

300 to 375 

400 to 500 


We send a flat strainer with each of these Injectors, sizes No. 2 to No. 10 
inclusive. 






























CHARLOTTE, N. C. 


247 


THE H-D EJECTOR. 


MODEL C. 



Figure 363. 


PRICE LIST. 


This list adopted June 1st, 1898. 


Sizes. 

Prices. 

Pipe Connections. 

Capacity per Hour. 

wjtj) 50 lbs 

Steam' Pressure. 
i a 

. * 

Steam. 

Suction and 
Delivery. 

No. 1 

Brass 

$8.00 

% 

y 2 

250 gals. 

“ 2 

if 

10.00 

H 

% 

500 “ 

“ 3 

“ 

15.00 

% 

1 

960 “ 

" 4 

a 

20.00 

1 

1 H 

1,300 “ 

“ 5 

a 

25.00 


1 K 

2,000 “ 

“ 6 

Iron 

35.00 


2 

4,000 “ 

“ 7 

if 

45.00 


2 ^ 

8,000 “ 

“ 8 

a 

55.00 

2 

3 

11,000 “ 

“ 9 

a 

70.00 

W 2 

4 

15,000 “ 

10 

a 

175.00 

4 

6 

45,000 “ 


Size No. 6 has iron body, balance brass. 

Sizes Nos. 7 and 8 have iron bodies and delivery connections, balance brass 
Size No. 9 has brass tubes, balance iron. 

Size No. 10 has iron body, brass tubes, all connections flanged. 

Sizes Nos. 6 , 7 , 8 , 9 , and 10 made entirely of brass to order. 

Special all Iron Ejectors made to order. 

This style Ejector will perform about the same duty as The H-D “ 1898 " 
Ejector, and is advocated when an Ejector with couplings on both steam and 
delivery connection is desired. 




















‘248 


THE D. A. TOMPKINS CO., 


EUREKA LOW PRESSURE REGULATING VALVE. 


For reducing Steam, Air or Gas Pressures from the initial or high pressure 
carried, which may be as high as 125 pounds per square inch, down to any 
pressure on the reduced side less than 15 pounds, and from this point down 
to as low as 1 pound. 



Figure 364. 

The sectional illustration clearly shows the simplicity of construction of 
this valve. It will be noted that no springs, dash pots, auxiliary valves, drip 
pipes are employed, nor are there numerous small parts to maintain and keep 
in order. 

PRICE LIST 


Size 

Inches. 

Price 

Each. 

Face to Face 
Flanges 
Inches. 

Size 

Inches. 

Price 

Each. 

Face to Face 
Flanges 
Inches. 

% 

$ 20 00 

4% 

4 

$100 00 

10 % 

1 

22 00 

4 % 

5 

135 00 

11 % 

m 

28 00 

4 % 

6 

180 00 

12% 

m 

35 00 

4 % 

7 

225 00 

13% 

2 

44 00 

6 

8 

275 00 

14% 

2 % 

57 00 

7% 

9 

350 00 

16% 

3 

72 00 

sy 2 

10 

350 00 

16% 

3 % 

85 00 

9 % 

12 

470 00 

18% 


Sizes to 2 inches, inclusive, made with screw ends only; all larger have 
flange ends. Companion flanges are always extra and only furnished with 
valves when so ordered. 

In ordering it is especially important that you state clearly the pressures 
desired to be reduced from and to what. 

























CHARLOTTE, N. C. 


249 


HIGH PRESSURE REGULATING VALVE. 

For reducing Steam or Air Pressure from the initial or high pressure car¬ 
ried, which may be as high as 125 pounds per square inch, down to any pres¬ 
sure on the reduced size above 15 pounds, that may be desired. 



Figure 365. 

From this sectional illustration it will be clearly seen that a highly desir¬ 
able feature of this valve is that the actuating pressure is obtained from the 
reduced side. By this construction, wide variations of pressure may take place 
on the boiler or high pressure side, and yet at the same time we are enabled 
to positively guarantee to maintain an absolutely fixed pressure at any point 
lower than the initial, that may be desired on the low pressure side. 

This valve is employed on steam heating installations where the pressure 
to be carried on the system exceeds 15 pounds. Also for reducing and main¬ 
taining an absolutely uniform pressure on electric light or other high speed 
engines and machinery demanding unvarying steam pressure. Also on Corliss 
and other slow speed engines, elevator engines, steam pumps or other steam 
appliances where a lower pressure than the highest carried will answer equally 
as well, if not much better, thus economizing in fuel, wear of and repairs to 
machinery and obtaining all-around beneficial results. 

A very perfect valve for these services and guaranteed to maintain a uni¬ 
form pressure within a range of 2 pounds. 


PRICE LIST 


Size 

Inches. 

Price 

Each. 

Face to Face 
Flanges 
Inches. 

Size 

Inches. 

Price 

Each. 

Face to Face 
Flanges 
Inches. 

% 

$20 00 

434 

4 

$100 00 

1014 

1 

22 00 

434 

5 

135 00 

11% 

1 *4 

28 00 

4*4 

6 

180 00 

1294 

134 

35 00 

434 

7 

225 00 

1394 

2 

44 00 

6*4 

8 

275 00 

14*2 

2 x 

57 00 

% 

9 

350 00 

wy 2 

3 

72 00 

sy 2 

10 

350 00 

1614 

sy 2 

85 00 

934 

12 

470 00 

18*4 


Sizes ^ to 2 inches, inclusive, made with screw ends only; all larger have 
flange ends. Companion flanges are always extra and only furnished with 
valves when so ordered. 

In ordering it is especially important that you state clearly the pressure 
desired to be reduced from and to what. 



















250 


THE D. A. TOMPKINS CO., 


“ Special ’98 ” Vacuum-Pressure Regulating Valve. 


In modern Atmospheric, Vacuum or very low pressure Systems of Steam 
Heating are demanded, to insure satisfactory results, pressure regulating valves 
constructed especially to meet their most exacting requirements as to sensi¬ 
tiveness in promptly responding to the slightest fluctuation in pressure and 
prove capable of preserving the steam economies which are the predominant 
features of these systems. 

That the above valve meets these conditions successfully is evidenced by 
their presence on nearly all installations of above systems coming under the 
supervision of heating engineers. 

For reducing steam pressures for heating purposes only, from that car¬ 
ried on Boilers or Steam Heating Mains down to a point of Atmospheric Pres¬ 
sure or below if desirable. 

Endorsed and approved by all patentees of Vacuum Systems of Steam 
Heating. A five-year record of service on above systems accompanied by 
perfect results and the best of satisfaction in every instance. 

This valve is constructed with an independent diaphragm and to which is 
connected the actuating pressure. The pressure to govern the operation of 
valve is taken from the Low Pressure Heating Main, some distance from the 
valve itself. The exact point from which to take this connection is usually 
designated by the company whose system is being installed. From this point, 
a connection is run with valve to and connected with diaphragm of Regulator 
as shown in illustration. 

The independent diaphragm feature of these regulating valves makes them 
very desirable for service where radiation is located any considerable distance 
from Boilers or Heating Mains, on any system of heating, as movement of 
valve is controlled by the pressure existing on heating apparatus. 



. Connect with Low 
Figure 366. 


PRICE LIST 


Size, 

Inches. 

Price, 

each. 

Face to Face 
Flanges, inches. 

1 

x 

2 

$ 33 

00 

6 


X 

2/4 

42 

50 


m 

X 

3 

53 

50 

6 >4 

2 

X 

4 

72 

00 

6 >4 

2^ 

X 

5 

96 

00 

m 

3 

X 

6 

126 

00 

m 

4 

X 

8 

187 

50 

ii 

5 

X 

10 

242 

00 

12 

6 

X 

12 

325 

00 

13 

8 

X 

14 

400 

00 

14% 


Sizes i x 2 to 2 x 4 inches, inclusive, made with small end screwed only and 
large end flanged; all larger have both ends flanged. 

Companion flanges are always extra and only furnished with valves when 
so ordered. 

In ordering it is especially important that you state clearly the pressures 
desired to be reduced from and to what and the system to be used on. 














CHARLOTTE, N. C. 


251 


IMPROVED NOISELESS BACK PRESSURE VALVE. 

SINGLE SEATED. 


An absolutely steam tight, reliable and sensitive Back Pressure Valve of 
improved construction. In modern Vacuum, Atmospheric or very low pres¬ 
sure systems of steam heating the back pressure valve shares in importance the 



Figure 367. 

Horizontal Pattern. 


position occupied by the Pressure Regulating Valve and equally as much care 
should be exercised in selecting same, as it plays a very important part in the 
steam economies. We strongly recommend that Back Pressure Valves be used 
in horizontal positions where conditions will possibly permit. 


Size 

Inches. 

Price 

Each. 

Face to Face 
Flanges 
Inches. 

Size 

Inches. 

Price 

Each. 

Face to Face 
Flanges 
Inches. 

2 

$ 20 00 

7 % 

6 

$ 75 00 

1334 

2 ^ 

24 00 

7Y S 

7 

100 00 

15 

3 

30 00 

m 

8 

130 00 

1534 

334 

35 00 

934 

9 

200 00 

1934 

4 

40 00 

10% 

10 

200 00 

19 y 8 

434 

45 00 

ny 2 

12 

275 00 

22 

5 

55 00 

12 M 

14 

345 00 

2134 


Sizes 2 to 4 inches, inclusive, made with screw ends; all larger have flange 
ends. Companion flanges are always extra and only furnished with valves 
when so ordered. 



















252 


THE D. A. TOMPKINS CO., 


SEMI-BALANCED BACK PRESSURE VALVE. 

DOUBLE SEATED. 

Experience has taught us that our single seated type of Back Pressure 
Valve is preferable and generally the best adapted to conditions as usually 
found in modern steam heating practice; still, for very large sizes of valves, 
for special purposes or to meet peculiar conditions, it is sometimes found very 



Figure 368. 

Horizontal Pattern. 


advisable to divide the area of valve seats up into two sections, to obviate the 
use of extreme large regulating weights, and to obtain greater sensitiveness and 
consequent closer regulation. By employing double seats and also double lever 
where necessary, friction is reduced to the finest point, making them very 
desirable for service in large modern equipped power plants. 


We do not advocate the use of these valves in sizes smaller than 12 inches. 


Size 

Inches. 

Price 

Each. 

Face to Face 
Flanges 
Inches. 

Size 

Inches. 

Price 

Each. 

Face to Face 
Flanges 
Inches. 

8 

$130.00 


16 

$ 465.00 

23k 

9 

200.00 


18 

600.00 

25% 

10 

200.00 


20 

750.00 

28 

12 

275.00 

2134 

22 

900.00 


14 

345.00 

21^ 

24 

1050.00 



All sizes made with flange ends. Companion flanges are always extra 
and only furnished with valves when so ordered. 

In ordering it is especially important that we have particulars of service 
upon which valve is to be used. 
























CHARLOTTE, N. C. 


253 


The Composite Semi-Balanced Back Pressure Valve. 



Figure 369. 


The above Back Pressure Valve is the result of combining the good points 
of a number of valves, leaving out all the recognized bad points, thus com¬ 
bining more good qualities than have ever been combined in one valve here¬ 
tofore. 

The operation of this valve is exceedingly sensitive, and at the same time 
entirely noiseless. It is adapted to work on any pressure from atmosphere 
to 30 pounds. 

This valve is intended and especially made to hold a Back Pressure, where, 
for instance, the exhaust steam is used for heating purposes, and must there¬ 
fore not be confounded with our Horizontal or vertical Atmospheric Relief 
Valves. 

Prices same as on pages 251 and 252. 







254 


THE D. A. TOMPKINS CO., 


THE DAVIS NOISELESS BACK-PRESSURE VALVE. 



Figure S70. 


Perfectly Noiseless in operation at Any Pressure. 
Valves are not fitted tight unless so ordered. 


PRICE LIST OF BACK PRESSURE VALVE. 


Sizes, Inches.... 

2 

2% 

3 

3% 

4 

4% 

5 

6 

7 

8 

9 

10 

12 

14 

16 

18 

20 

22 

24 

Price, Each. 

$ 14 

$ 16 

$ 18 

$ 22 

$ 25 

$ 30 

$ 40 

$ 60 

$ 80 

$100 

$120 

$145 

$220 

$345 

$465 

$600 

$750 

$900 

$1050 

Length Screw 
End Valves In. 

7% 

7% 

8* 

9 

10 

10% 

11% 

13 

14% 

Valves from 3 to 7 inches inclusive made 
either flanged or screwed end. Larger sizes 
flanged end only. 

Length Flanged 
Valves, Inches.. 

Screw 

End 

Only. 

8% 

4 

10 

10% 

11% 

13 

UK 

16% 

18 

19 

21 

23 

26 

29% 

38 

36 

29% 

39 

Diameter of 
Flanges, Inches. 

7 % 

8% 

9 

9% 

10 

11 

12% 

13% 

15 

16 

19 

21 

23% 

25 

27% 

32 





















































































‘255 


CHARLOTTE, N. C. 

NO. 2 PRESSURE REGULATOR. 



Figure 371. 


FOR LARGE POWER PLANTS, ELECTRIC LIGHT STATIONS, ETC. 

This style regulator is the same as No. i with the addition of oil-cylinder 
(dashpot) which will prevent jumping or chattering under all conditions and 
is to be used where there is a pulsation or vibration of pressure, such as would 
be found in the steam pipe of a pump or engine, caused by the opening and 
closing of the valves; in steam heating system, caused by exhaust from En¬ 
gines, Pumps, Steam Elevators, etc. 

On Steam Pumps it will maintain a uniform pressure of delivery, re¬ 
gardless of speed or volume, by being placed in the steam pipe. 

And is the only Regulator in the market that will regulate successfully 
where a high delivery pressure is required. Note what engine builders and 
some of the largest power users in the country have to say of this valve. 

In ordering please state purpose for which each valve is to be used. 


PRICE LIST NO. 2 PRESSURE REGULATOR. 


Size, Inches,.. 

Ya 

1 

V/a 

15* 

2 

25* 

3 

35 * 

4 

5 

6 

7 

8 

10 

12 

15 

Price, Each... 

$25 

$27 

$29 

$30 

$36 

$42 

$48 

$58 

$70 

$90 

$120 

$160 

$200 

$300 

$435 

$600 

Length. 

Screw-End.. 
Valves, Inch. 

3% 

4 

5 

7 

7 5* 

7 5* 

95* 

9/4 

105* 

11 5* 

12*4 






Length 

Flanged. 

Valves, Inch. 





75* 

75* 

95* 

9 5* 

105* 

11 5* 

12# 

13# 

16 

20 

21 

245* 

Diameter ol 
Flanges, 
Inches. 





6 

7 

75 * 

85* 

9 

10 

11 

125* 

135* 

16 

19 

22 


^4 to inch, inclusive, Screw end; 2, 2*4, 3, 4, 5, and 6-inch, either 
Flanged or Screw End. 7 to 15-inch Flanged End. 

For VERY low pressure such as Vacuum System of Steam Heating, order 
Valve No. 3. 





























































256 


THE D. A. TOMPKINS CO., 


IMPROVED DAMPER REGULATOR. 


SENSITIVE TO A ONE-HALF POUND VARIATION OF STEAM 
PRESSURE. ALMOST ABSOLUTE PERFECTION 
ATTAINED IN THIS LINE OF DEVICES. 



-‘v" 

Figure 372. 


For perfectly controlling movements of Dampers in connection with 
Boilers according to the rise and fall of steam pressures. 

Will control one or more Dampers, either singly or in battery formation, 
the largest equally as well as the smallest, thereby obtaining and maintaining 
a constant uniform and unvariable steam pressure on Boilers followed by 
making it possible to effect a very large saving in fuel consumption, repairs 
to boilers and boiler furnaces and secure the many other desirable results 
which follow carrying a uniform steam pressure. 

These Damper Regulators possess many unique and advanced features of 
construction which ma^e them sensitive to a degree, positive and accurate in 
operation and economical in maintenance, the details of which we are unable 
to give here owing to lack of space. However, suffice it to say, that upon 
request from interested parties we will gladly send special circulars giving full 
particulars and furnish any and all information concerning them that may be 
desired. List price, each, $150.00. 
























CHARLOTTE, N. C. 


257 


Multi-Tubular Oil and Grease Extractor. 



Figure 373. 


For service where Exhaust Steam is used for heating or other purposes. 
As is well known, the exhaust steam from engines, pumps, etc., carries with 
it a large amount of the oil used in lubricating, together with other impurities, 
and it is highly necessary that this oil, grease, dirt and other foreign matter 
be effectually removed before this Exhaust Steam can be safely used for 
heating or other purposes, tp avoid the risk of having radiators and all con¬ 
nections coated with a heavy deposit of grease, oil or dirt, causing a loss of 
efficiency in heating surfaces and also the positive danger of this matter com¬ 
ing back into Boilers and resulting in burnt sheets and attending costly repairs. 
The Muiti-Tubular Separator contains more effective baffling surface than any 
other separator on the market and a strong feature of them is that there is an 
absolute minimum of back pressure caused as each separator of a given size is 
sufficiently large to permit of a free and unobstructed flow of steam, free from 
all impurities. 


PRICE LIST 


Size, Inches. 

Price, Each. 

Face to Face 
Flanges, Inches, 

Size, Inches. 

Price, Each. 

Face to Face 
Flanges, Inches. 

2 

$30 00 

7 

6 

$104 00 

14 

2y 2 

35 00 

in 

7 

120 00 

15 

3 

45 00 

8% 

8 

145 00 

1634 

3 H 

55 00 

9M 

9 

165 00 

19 

4 

64 00 

10 X 

10 

200 00 

19 


75 00 

u% 

12 

250 00 

22 

5 

83 00 

12 M 































258 


THE D. A. TOMPKINS CO., 


SEPARATORS. 

COCHRANE HORIZONTAL SEPARATOR. 


STANDARD 

FORM 

FOR 

HORIZON¬ 

TAL 

PIPES. 



OIL 

SERVICE 
OR. 
LIVE 
STEAM, 
(125 lbs. 
pressure or 
under.) 



Figure 375. 


Figure 374. 


“NEW CENTURY” IMPROVED 
STEAM SEPARATOR. 


Size 

Inches. 

Price 

Each. 

Face to 
Face 
Flanges 
Inches. 

Size 

Inches. 

Price 

Each. 

Face to 
Face 
Flanges 
Inches. 

2 

$30 00 

11% 

6 $ 

104 00 

18 

2 % 

35 00 

11% 

7 

120 00 

18 

3 

45 00 

14% 

8 

145 00 

21 

sy 2 

55 00 

14% 

9 

165 00 

23% 

If 2 

4 

64 00 

16% 

16% 

i m 

10 

200 00 

4% 

5 

75 00 
83 00 

12 . 

250 00 


The importance of furnishing dry steam to engines, pumps, etc., cannot 
be over estimated. 

The above Separators are very compactly built, giving economy of space 
with minimum weight and at the same time are so scientifically constructed 
and proportioned as to secure the highest attainable efficiency in separating 
and removing all the water which is found entrained with steam, intercepting 
same into a chamber which does not present an excessive amount of con¬ 
densation surface. This together with the fact, that while the baffling surface 
is amply sufficient, it is so arranged as to preserve the velocity of steam passing 
through Separator without reduction of pressure. 

A Steam Trap is absolutely necessary in connection with all Steam 
Separators to obtain best service. 























CHARLOTTE, N. C. 


259 


“TOMPKINS” EXPANSION STEAM TRAP. 



Figure 376. 


We make this Steam Trap in our shops. It will discharge the water out 
of pipes and not lose any steam. 

PRICES. 

No. i. ^2-inch Tube 30 inches long will Drain 3,000 feet 

No. 2. } 4 -inch Tube 34 inches long will Drain 5,000 feet 

No. 3. ^ 4 -inch Tube 38 inches long will Drain 8,000 feet 

No. 4. 1 -inch Tube 40 inches long will Drain 10,000 feet 

No. 5. R4-inch Tube 44 inches long will Drain 15,000 feet 


OIL FILTERS. 



Figure 377. 


Every user of lubricating oil appreciates the fact that the larger portion 
of all the oil he buys is not consumed by the machinery on which it is used, 
but passes through, and, but for the fact that it becomes filled with dirt and 
grit, could be used again. This waste frequently amounts to from 50 to 75 
per cent of the oil used. The lubricating properties are not affected in the 
least, and if the impurities can be eliminated, the oil can be used over and over 
again with perfect safety. With an Oil Filter at hand, oil may be used over and 
over again. There is no waste, and every dollar’s worth of oil is used up. 
When it is remembered that this means a saving of from 50 to 75 per cent, and 
often more, in the expenditure for lubricating oil, it is obvious that a Filter is 
an investment which pays large dividends. It is, in fact, a necessity to every 
user of oil who has an eye to economy and cannot feel justified in throwing 
money away. 

PRICES. 


“Regular’ 

’ No. 

1, 

Filters 

15 

to 

20 

gallons per 

day 

. • • $ 25 

00* 

“Regular’ 

’ No. 

2, 

Filters 

3 

to 

5 

gallons per 

day 

. . . 15 

00* 

“Special” 

“Special” 

“Special” 

No. 

3 , 

Filters 

30 

to 

40 

gallons per 

day 

60 

00 

No. 

4 , 

Filters 

50 

to 

60 

gallons per 

day . 

... 75 

00 

No. 

5 , 

Filters 

70 

to 

90 

gallons per 

day 

90 00 

“Special” 

“Special” 

No. 

6, 

Filters 

100 

to 

120 

gallons per 

day 

120 

00 

No. 

7 , 

Filters 

120 

to 

150 

gallons per 

day . 

140 

00 

“Special” 

“Special” 

“Special” 

No. 

8, 

Filters 

150 

to 

200 

gallons per 

day 

200 

00 

No. 

9 , 

Filters 

200 

to 

250 

gallons per 

day 

. • • 250 

00 

No. 

10, 

Filters 

250 

to 

300 

gallons per 

day 

. . . 300 

00 

“Special” 

“Special” 

No. 

ii, 

Filters 

300 

to 

400 

gallons per 

day . 

400 

00 

No. 

12, 

Filters 

400 

to 

500 

gallons per 

day 

500 00 

*A 11 1 

“Special 

Filters’ 

” have 

extra heavy brass fittings, 

water gauge 

and 


cover. If desired, we can furnish water gauge and cover on the No. 1 or No. 
2 Filter at $4.50 additional. 


i-inch Pipe . $ 8 00 
i-inch Pipe . 10 00 

i-inch Pipe . 15 00 

i-inch Pipe . 18 00 

i-inch Pipe . 24 00 






















260 


THE D. A. TOMPKINS CO., 


EXHAUST HEAD. 


SEPARATES WATER AND OIL FROM EXHAUST STEAM. 


NO SPRAY. 

NO ROTTING ROOFS. 

NO EXPENSIVE REPAIRS. 


Figure 378. 



BUILT IN SIZES TO 
FIT 1 INCH TO 60 
INCH PIPE. 

Prices Given on Application. 


PRESSURE OR VACUUM GAUGE. 



Figure 379. 



Figure 380. 


PRICES, INCLUDING COCK. 


Size. 

Iron Case 
Brass Ring 

Iron Case, 
N. P. Ring. 

Brass Case 

N. P. Case. 

Brass Deep 
Case O. G. or 
Oct. Ring. 

N. P. Deep 
Case, O. G. or 
Oct. Ring. 

16 inch Dial, 

12 

$90 00 
50 00 

$92 50 
51 50 

$125 00 
75 00 

$135 00 
79 00 

$80 00 

$84 00 

10 

32 00 

33 00 

40 00 

43 00 

44 00 

47 00 

8J* “ 

22 00 

22 75 

30 00 

32 50 

33 50 

36 00 

6 % " 

16 00 

16 60 

20 00 

22 00 

23 00 

25 00 

6 

13 00 

13 50 

16 00 

17 50 

18 50 

20 00 

% " 

10 00 

10 25 

12 00 

13 25 

13 75 

15 00 

5 

8 00 

8 20 

11 00 

12 00 

12 50 

13 50 

4^ “ 

8 00 

8 20 

10 00 

11 00 

11 50 

12 50 

3 X “ 

7 00 

7 18 

9 00 

9 75 

10 25 

11 00 

3 or 2 y 2 



8 00 

8 60 

9 25 

9 75 


All gauges of whatever kind are graduated and tested by the most im¬ 
proved instruments and methods, and are warranted correct. 


No steam gauge should be used without a siphon of sufficient capacity to 
fill the gauge tube with water and keep it cool. 




















CHARLOTTE, N. C. 


261 


HYDRAULIC OR HYDROSTATIC GAUGE. 



Figure 381. 


For indicating pressures above 1,000 pounds and up to 25,000 pounds per 
square inch. It is warranted to register correctly any pressure marked on the 
dial. This gauge has a check valve integral with the gauge socket or shank 
for preserving it from the severe shocks attending the sudden introduction or 
release of the pressure to which it may be subjected. 

For a gauge not provided with its own check valve, we furnish a special 
check valve which will preserve it from severe shocks as described above. 

In ordering always give highest pressure to be carried, either in pounds 
per square inch or in tons, and also state diameter of piston of ram. 

PRICES. 


Size. 

Iron Case, 
Brass Ring. 

Iron Case, 

N. P. Ring. 

Brass Case. 

N. P. Case. 

12 inch Dial. 

$110.00 

$111.50 

$125.00 

$129.00 

10 “ . 

90.00 

91 .OO 

100.00 

103.00 

S'A “ . 

70.00 

70.75 

80.00 

82.50 

6^ ‘ . 

50.00 

50.60 

60.00 

62.00 

6 “ . 

35-00 

35-50 

40.00 

41.50 

s'A “ . 

30.00 

30-25 

35-00 

36 25 

*4 A 

25.OO 

25.20 

30.00 

31.00 


*Limit of pressure, 3,000 pounds. 

Maximum hand, $5.00 each. Hydraulic Check Valve, $8.00. 

Hydraulic Needle valve, $10.00. 

Dials graduated to show the corresponding aggregate pressure in tons 
on area of ram without extra charge. These gauges are made with steel tubes 
for all pressure above 1,000 pounds per square inch and graduated to the most 
approved standard of hydrostatic pressure. 




















262 


THE D. A. TOMPKINS CO., 


POP SAFETY VALVE. 


Figure 382. 

Portable and Farm Engine Style. 


Figure 383. 

With Lock-up or Perforated Cap. 




j 4 -inch, for boilers below 3 H. P. 
24 -inch, for boilers from 3 to 
1 -inch, for boilers from 5 to 


In ordering, state pressure to be carried. 


PRICES. 





Perforated 


Plain. 

Caps. 

P. . . . 

. $ 8 00 

$ 9 75 

5 H. P. . 

10 00 

12 00 

10 H. P. . 

12 00 

14 25 

20 H. P. . 

. . 15 00 

17 50 

30 H. P. . 

20 00 

22 75 

40 H. P. . 

30 00 

33 00 









































CHARLOTTE, N. C. 


263 


POP SAFETY VALVE. 



FOR STATIONARY AND MARINE 
PATENTED. 


BOILERS. 


One of the advantages which 
this design of safety valve has 
is the convenience which it 
affords for the removal of its 
top to inspect or repair it when 
it is attached to the boiler for 
use, without detaching the out¬ 
let pipe. 




Figure 384. 

Screwed Base. 


PRICES. 


Figure 385. 

Flanged Base. 


Size, 

Style of Base. 

Diameter of 
side Outlet 
Screwed. 

1 

Height 

ot 

Valves. 

1 

Capacity 

Horse 

Power. 

Regular. 

Nickel- 

seated. 

1 

Plain. 

Lock¬ 

up. 

Plain. 

Lock¬ 

up. 

2 

in. 

Screwed. 


1 

2 tnches. 

12% in. 

25 to 40 

$30 

$35 

$38 

$43 

2^ 

< < 

Screwed 

or 9 in flg. 

2^ 

13 “ 

40 to 75 

50 

55 

60 

65 

3 

4 i 

( 4 

9 “ 

3 

14 “ 

75 to IOO 

65 

75 

77 

87 

3 'A 

< 4 

44 

10 “ 


16 % “ 

100 to 125 

80 

90 

94 

104 

4 

44 

4 4 

11 “ 

4 

iSK “ 

125 to 150 

IOO 

no 

116 

126 

4 K 

t 4 

44 

n “ 

9 X A in. fig- 

22 “ 

150 to 175 

125 

135 

145 

155 

5 

44 

44 

12 “ 

9 'A 

25^ “ 

175 tO 200 

160 

170 

185 

195 

S'/z 

44 

4 ( 

12 “ 

10 

25K “ 

200 and 

220 

235 

260 

285 

6 

4 4 

4 4 

14 " 

10 

27 “ 

upwards. 

250 

270 

290 

310 


In ordering, state pressure to be carried. If flange is desired, state diameter. 


STEAM GAUGE SYPHONS. 


BRASS AND IRON. 

These siphons are durable and cheap and no steam gauge should be con¬ 
nected without one between it and the boiler. 



Figure' 386 . 

PRICE LIST 


Size Pipe Thread. % inch 

Iron.Each, $ 50 

Brass, Finished.Each, 1 80 

Brass, Nickel Plated.Each, 2 00 



















































264 


THE D. A. TOMPKINS CO., 


SINGLE BELL CHIME WHISTLES. 



Figure 387. 

All Brass with Adjustable 
Lever. 



Figure 388. 

All Brass without 
Valve. 



Figure 389. 

Locomotive Style with 
Upright Valve. 


The Single Bell Chime Whistles shown above differ essentially from other 
makes, inasmuch as the bells are cast in one piece instead of being made in 
several parts. Owing to this method of construction these whistles (when 
blown) give clear, bell-like, musical sounds, which are much more pleasing to 
the ear than those produced by common whistles. 

The appearance of whistles is unique and handsome, they are well made, 
perfectly tuned, and for durability of construction are unequaled. 


PRICE LIST. 


Diameter of Bells, inches 

IK 

2 

214 

3 

3 J 4 

4 

5 

G 

8 

10 

Size of Pipe Connection, 1 
.inches J 

% 

K 

X 

X 

1 

IK 

1 % 

1 14 

2 

214 

All Brass with Adjust- ) 

able Lever, . . each } 

7 oo 

IO oo 

13 00 

16 00 

22 00 

28 00 

44 00 

60 00 

145 00 

235 00 

Ail Brass without Valve. j 

5 50 

8 50 

10 50 

13 50 

18 50 

24 00 

37 00 

49 00 

120 00 

188 00 

Iron Base without Valve, ) 




12 OO 

16 50 

22 00 

33 00 

45 00 

108 00 

1 55 00 

All Brass Locomotive ) 

StvJe. . . . ■ each \ 






27 50 

43 00 

59 00 


































































































CHARLOTTE, N. C. 


265 


PATENT ADJUSTABLE JAW VISES. 

MACHINISTS’ VISE. 




Figure 390. Figure 391. 

Machinists’ Stationary Bottom Vises. Machinists’ Patent Swivel 

Bottom Vises. 

The back jaw of this vise is adjustable, and in use conforms by automatic . 
action to any angle, adjusts itself, and makes firm the object held, whether it 
be straight, beveled or wedge-shaped. By inserting pin A the jaw becomes 
fixed, thus making a parallel solid jaw vise. 


Width of Jaws. 

Jaws Open. 

Weight, 

Flat Base. 

Weight, 

Swivel Base. 

Flat Base, 

Each. 

Swivel Base, 

Each. 

2/i inches 

3% inches 

13% lbs. 

17 lbs. 

$ 5 50 

$ 6 75 

354 “ 

m “ 

28 “ 

32 “ 

7 00 

8 50 

4 

514 “ 

41 •• 


9 00 

10 50 

454 “ 

6 

54 “ 

65 “ 

10 50 

12 50 

554 “ 

8 

96 “ 

109 “ 

17 00 

19 00 

6 

9 

146 “ 

168 “ 

24 00 

27 00 

7 

11 

184 “ 

207 “ 

80 00 

35 00 


MACHINISTS’ “ BULL DOG” VISES. 

MACHINISTS’ SOLID JAW PARALLEL VISE. 



Figure 392. 

Machinists’ Stationary Bottom Vise. 


Figure 393. 

Machinists’ Swivel Bottom Vise. 



STATIONARY 

BOTTOM 



SWIVEL BOTTOM. 

Width Jaw. 

Opens. 

Weight. 

List Price. 


Width Jaw. 

Opens. 

Weight. 

List Price. 

354 inches 

4 inches 

22 lbs. 

$ 6 00 


3J { inches 

4 inches 

28 lbs. 

$ 7 50 

3 H “ 

5 

28 “ 

7 00 


3 /s “ 

5 

36 “ 

8 75 

4/s “ 

5 % “ 

42 “ 

8 50 


4/8 “ 

5/ “ 

52 “ 

10 50 

4/8 “ 

654 “ 

52 “ 

10 00 


4 H “ 

654 “ 

64 “ 

12 50 

5 

7 

72 “ 

13 00 


5 

7 

85 “ 

16 00 

5/ “ 

8 / “ 

100 “ 

18 50 


5/ “ 

854 “ 

115 “ 

22 00 

6 

9 J4 

135 “ 

25 00 


6 

954 “ 

155 “ 

30 00 



















































266 


THE U. A. TOMPIKNS CO. 


JACK SCREWS. 

Both roller bearing-and ordinary style. It roller 



Figure 394 . 


Ball-bearing Jacks are very satisfactory when not heavily loaded, but in order to gain greater 
efficiency, rollers, instead of balls, are now used for bearings as shown in cut. These rollers will stand 
any load that the Jack will carry, and are not liable to get out of order. These Roller Jacks have been 
thoroughly tested with a spring balance and show a saving of 75 per cent of power needed to lift a given 
weight. 

The price is about ten percent, more for Roller Jacks, and the gain is 75 per cent. This ought to 
insure their sale as fast as the facts become known. 


Diameter 
of Screw. 

Height of 
Barrel. 

Height of 
Jack 

when turned 
down to the 
lowest point. 

N.et 

Rise. 

Whole 

Height. 

Weight. 

Estimated Lifting 
Capacity.. 

Price. 

No. 1, H 

in. 

6 

in. 

8 

in. 

4 

in. 

12 in. 

10 

lbs. 

No. 1, 

10 tons. 

$2 50 

- 2 . n 

in. 

7 

in. 

10 

in. 

6 

in. 

16 in. 

Hf 

lbs. 

“ 2 , 

10 

4 t 

3 00 

" 3. lj 

in. 

74 

in. 

10 

in. 

5 

in. 

15 in. 

I 84 

lbs. 

“ . 3,- 

12 

4 4 

3 25 

“ 4, H 

in. 

9 

in. 

12 

in. 

7 

in. 

19 in. 

18 

lbs. 

“ 4, 

12 

4 4 

3 75 

“ 5, H 

in. 

104 

in. 

14 

in. 

9 

in. 

23 in. 

25 

lbs. 

“ 5, 

12 

4 4 

4 00 

- e. n 

in. 

9 

in. 

12 

in. 

6 

in. 

18 in. 

24 

lbs. 

“ 6 , 

16 

4 < 

4 25 

“ 7, If 

in. 

104 

in. 

14 

in. 

8 

in. 

22 in. 

28f 

lbs. 

“ ■ 7, 

16 

4 4 

4 50 

“ 8 , If 

in. 

124 

in. 

16 

in. 

10 

in. 

26 in. 

334 

lbs. 

“ 8, 

16 

i 1 

5 00 

•; 9,-i$ 

in. 

15 

in. 

18 

in. 

12 

in. 

30 in. 

374 

lbs. 

“ 9, 

16 

4 4 

5 50 

10, 2 

in. 

84 

in. 

12 

in. 

5 

in 

17 in. 

31 

lbs. 

“ 10, 

20 

4 i 

5 50 

“ 11, 2 

in. 

104 

in. 

14 

in. 

7 

in. 

21 in. 

36 

lbs. 

“ 11, 

20 

4 4 

6 00 

“ 12, 2 

in. 

12 

in. 

16 

in. 

9 

in. 

25 in. 

414 

lbs. 

“ 12, 

20 

1 4 

7 00 

18, 2 

in. 

16 

in. 

20 

in. 

18 

in. 

33 in. 

50 

lbs. 

“ 13, 

20 

4 1 

8 00 

“ 14, 2i 

in. 

10 

in. 

14 

in. 

8 

in. 

22 in. 

48 

lbs. 

“ 14, 

28 

4 « 

8 50 

“ 15, 2* 

in. 

12 

in. 

16 

in. 

10 

in. 

26 in. 

534 

lbs. 

“ 15, 

28 

4 4 

9 50 

“ 16, 24 

in. 

154 

in. 

20 

in. 

14 

in. 

34 in. 

69 

lbs. 

“ 16, 

28 

4 4 

11 00 

“ 17, 24 

in. 

20 

in. 

24 

in. 

18 

in. 

42 in. 

85 

lbs. 

“ 17, 

28 

4 4 

13 00 


CAR JACKS. 


Diameter of 
Screw. 

Height of 
Barrel. 

Height of 
Jack 

when turned 
down to the 
lowest point. 

Net 

Rise. 

Whole 

Height 

-:- y— 

Weight. 

Estimated Lifting 
Capacity. 

Price. 

No. 17|, 2 in. 
“ 18', 2 in. 
“ 19, 2 in. 
“ 20, 2 in. 

6 in. 
8^ in. 

HH in. 

12 in. 

10 in. 

12 in. 

14 in. 

16 in. 

4 in. 

5 in. 
7 in. 
9 in. 

14 in. 
17 in. 
21 in. 
25 in. 

20 lbs. 
31 lbs. 
36 lbs. 
41 lbs. 

No. 17£, 20 tons. 
“ 18, 20 “ 

“ 19, 20 “ 

“ 20, 20 “ 

$5 00 

5 50 

6 00 
7 00 


These Jacks have cast iron barrels, with steel screws cut in a lathe. 














































































































































CHARLOTTE, N. C. 


26 ? 



Figure 895. 

A Corner of our Supply Room. 


Send us your orders for 
PIPE, 

PIPE FITTINGS, 
VALVES, 

STEAM SPECIALTIES, 
Etc., Etc. 

Pipe from to 20/' Cut to length on short notice. 


Castings and repair work of every description. 














268 


THE D. A. TOMPKINS CO. : 


MANUFACTURERS’ STANDARD LIST. 

MACHINE AND 
CAR BOLTS. 

Square Heads and Nuts. 

Finished Points and Fitted with Cold-Punched Nuts. 

With Square Heads. 

PRICE PER HUNDRED. 


Figure 396. Figure 397. 


Length 

under 

Head. 

X 

< 

H 

i‘t> 

% 


X 

7 /& 

1 

vT 

e*\ 1 

! * 1 

1 

! 1 X* 

\ l / 2 ins. 

1.70 

2.00 

2.40 

Tso" 

3.60 

5.20 

7.20 

10.50 

. . 

. . 

■ . 

2 “ 

1.78 

2.12 

2.56 

3.U0 

3.86 

5.58 

7.70 

11.20 

16.00 

. . 

. . 

2J* 

1.86 

2.24 

2 72 

3 20 

4.12 

5.96 

8.20 

11.90 

16.90 

24.90 

. . 

3 “ 

1.94 

2.36 

2.88 

3.40 

4.38 

6.34 

8.70 

12.60 

17.80 

26.10 

34.50 

3^ “ 

2.02 

2.48 

3.04 

3.60 

4.64 

6.72 

9.20 

13.30 

18.70 

27.30 

36.00 

4 “ 

2.10 

2.60 

3.20 

3.80 

4.90 

7.10 

9.70 

14.00 

19.60 

28.50 

37.50 

4^ “ 

2.18 

2.72 

3.36 

4 00 

5.16 

7.48 

10.20 

14.70 

20.50 

29.70 

3jt00~ 

5 

2.26 

2 84 

3.52 

4.20 

5.42 

7.86 

10.70 

15.40 

21.40 

30.90 

40.50 

5^ “ 

2 34 

2 96 

3.68 

4.40 

5.68 

8.24 

11.20 

16.10 

22.30 

32.10 

42 00 

6 “ 

2.42 

3 08 

3.84 

4ffi0 

5.94 

8.62 

11.70 

16.80 

23.20 

33.30 

43.50 

6^ “ 

2.50 

3.20 

4.00 

Tso 

6.20 

9.00 

12.20 

17.50 

24.10 

34.50 

45 .OO" 

7 

zEs 

3.32 

4.16 

5.00 

6 46 

9.38 

12.70 

18.20 

25.00 

35.70 

46750" 

“ 

2 66 

3.44“ 

4 32 

5.20 

6.72 

9.76 

13.20 

18.90 

25 90 

36.90 

~4ST)0 

8 “ 

2.74 

3.56 

4.48 

5.40 

6.98 

10 14 

13.70 

19.60 

26.80 

”38.10 

49.50 

9 

2.90 

3.80" 

4.80 

5.80 

7.50 

10.90 

14.70 

21.00 

28 60 

40.50 

52.50 

10 •• 

3.06 

4.04 

5.12 

6.20 

8.02 

11.66 

15.70 

22.40 

30.40 

42.90 

55.5u" 

11 

3.22 

4 28 

5 44 

6.60 

8.54 

12.42 

16.70 

23.80 

32.20 

45.30 

58.50 

12 

3.38 

4.52 

5 76 

7.00" 

9 06 

13.18 

17.70 

25.20 

34.00 

47.70 

61.50 

13 “ 



6.08 

7 40 

9.58 

13.94 

18.70 

26.60 

35.80 

50.10 

64.50 

14 



6 40 

7.80 

10.10 

14.70 

19.70 

28.00 

37.60 

52.50 

67.50 

15 

~7~ 


6.72 

8 20 

10.62 

15.46 

20.70 

29.40 

39,40 

54.90 

70.50 

16 “ 



7.04 

8.60 

11.14 

16.22 

21.70 

30.80 

41.20 

57.30 

73.50 

17 





11.66 

16.98 

22.70 

32.20 

43.0(T 

59.70 | 

76.50 

18 - 





12.18 

17.74 

23.70 

33.60 

44.80 

62.10 ! 

79.50 

19 





M 

to 

1 ^7 
O 

18.50 

24.70 

35.00 

46.60 

64.50 

82.50 

20 





13.22 

19.26 

25.70 

36.40 

48.40 

66.90 | 

85.50 

21 






20.02 

26.70 

37.80 

50.20 

69.30 i 

88.50 

22 “ 






20.78 

27.70 

39.20 

52.00 

71.70 | 

91.50 

23 “ 






21.54 

28.70 

40.60 

53.80 

74.10 

94.50 

24 “ 




1 


22.30 

29.70 

42.00 

55.60 

76.50 

97.50 


*The list prices for these sizes apply only to ioo lots. 

Bolts furnished with Chamfered and Trimmed Nuts, unless otherwise 
specified. 

Lists for %-inch and larger sizes up to 30 inches long in proportion when 
sufficient quantities are ordered. T \-inch Bolts charged at discretion. 

With Hexagon Heads or Hexagon Nuts, 10 per cent extra. 

With both Hexagon Heads and Nuts, 20 per cent extra. 






























































































































































































































































































































CHARLOTTE, N. C. 


269 


BOLTS. 

With Button Heads. 


Square or Round Under the Head. 
Finished Points and Fitted with Chamfered Nuts. 


Price Per Hundred. 


N. B—The length of the square under the head is 
limited to the scant diameter of the Bolt; with 
longer squares at advanced rates. 


Figure 398. Figure 399> 


Length 
under Head. 

X 

IE 

H 

l 7 ? 

X 

is & H 

X 

IX 

inches. 

1.70 

2.00 

2.40 

2.80 

3.60 

5.20 

7.20 

2 

(i 

1.78 

2.12 

2.56 

3.00 

3.86 

5.58 

7.70 

2 X 

1.86 

2.24 

2:72 

3.20 

4.12 

5.96 

8.20 

3 

1.94 

2.36 

2.88 

3.40 

4.38 

6.34 

8.70 

3K 

«< 

2.02 

2.48 

3.04 

3.60 

4.64 

6.72 

9.20 

4 

i ( 

2.10 

2.60 

3.20 

3.80 

4.90 

7.10 

9.70 

4K 

« i 

2.18 

2.72 

3.36 

4.00 

5.16 

7.48 

10.20 

5 

i ( 

2.26 

2.84 

3.52 

4.20 

5.42 

7.86 

10.70 

5K 

a 

2.34 

2.96 

3.68 

4.40 

5.68 

8.24 

11.20 

6 

i i 

2.42 

3.08 

3.84 

4.60 

5.94 

8.62 

11.70 

6K 

i< 

2.50 

3.20 

4.00 

4.80 

6.20 

9.00 

12.20 

7 

< i 

2.58 

3.32 

4.16 

5.00 

6.46 

9.38 

12.70 


2.66 

3.44 

4.32 

5.20 

6.72 

9.76 

13.20 

8 

i < 

2.74 

3.56 

4.48 

5.40 

6.98 

1014 

13.70 

9 

i i 



4.80 

5.80 

7.50 

10.90 

14.70 

10 

a 



5.12 

6.20 

8.02 

11.66 

15.70 

11 

i i 



5.44 

6.60 

8.54 

12 42 

16.70 

12 

n 



, 5.76 

7.00 

9.06 

13.18 

17.70 

13 

i < 





9.58 

13.94 

18.70 

14 

< < 



. . . 


10.10 

14.70 

19.70 

15 

1 1 


. . .N 

. . . 


10.62 

15.46 

20.70 

1.6 

i < 



.' . . 


11.14 

16.22 

21.70 

17 





11.66 

16.98 

22.70 

18 

< < 



. ... 


12.18 

17.74 

23.70 

19 

< < 





12.70 

18.50 

24.70 

•20 

< < 





13.22 

19.26 

25.70 


Button-Head Bolts will be sent with square under head, unless otherwise 
specified. 

Larger sizes special. r Vinch Bolts charged at discretion, 

With Hexagon Nuts, io per cent extra. 



































































































































































270 


THE D. A. TOMPKINS CO., 


HANGER BOLTS. 


One end cut with deep wood screw thread, the other end fitted with 


chamfered nuts. 


FINISHED POINTS. 



Figure 400. 


PRICE PER HUNDRED. 
(In ioo lots.) 


Length 
over all. 

H 


1 

n 

Y 

% 

1 

1 X 

IX 

i v% 

1'A 

3 inch. 

5.00 

5.75 









4 “ 

5.50 

6.50 









5 “ 


7.50 

9 50 








6 “ 


8.00 

10.50 

13.00 

16.00 






7 “ 


8.50 

11.25 

14.50 

18.00 

25.00 





8 “ 


9.00 

12 00 

15.50 

19.50 

27.00 

36.00 




9 “ 



12.75 

16.50 

21.00 

28.50~ 

38.00 

52.00 



10 “ 



13.50 

17.50 

22.00 

30.00 

41.00 

56 00 

70.00 

~8 CMX) 

11 '• 




18.25 

23.00 

31.50 

43.00 

59.50 

74.00 

85.00 

12 “ 




19.00 

24.00 

33.0(T 

45 00 

63.00 

78.00 

90.00 

14 *• 




20.50 

26 00 

35.50 

48.50 

69.00 

86.00 

100.00 

16 “ 




22.00 

28.00 

38.00 

52.00 

75.00 

94.00 

110.00 

18 “ 

. . . 1 . . . 

. . . 1 . . . 


40.50 

55.50 

81.00 

102.00 

120 00 


In limited numbers, at discretion. 

With Hexagon Nuts, io per cent extra. 



































































































































CHARLOTTE, N. C. 


271 


MANUFACTURERS' STANDARD LIST. 

WOOD OR LAG SCREWS. 


WITH CONICAL POINT. 
CUT WITH DEEP THREADS. 
SQUARE HEADS. 



Figure 401. 


PRICE PER HUNDRED. 


Length 
under Head 

TF 

f 

7 

IS 

£ 

tf&I 

1 

l 

1 

1 y 2 inches. 

$2.25 

$2 70 

$3.15 

$3.75 





2 

2.45 

2.96 

3.47 

4.11 

$5.00 




2^ “ 

2.65 

3.22 

3.79 

4.47 

5.50 

$7.90 

.... 

. . . 

3 

2.85 

3.48 

4.11 

4.83 

6.00 

8.60 

$12.50 


Z'/z “ 

3.05 

374 

4.43 

5.19 

6.50 

9.30 

13.50 

$18.20 

4 

3.25 

4.00 

4.75 

5.55 

7.00 

10.00 

14.50 

19:50 

4^ " 

3.45 

4.26 

5.07 

| 5.91 

7.50 

10.70 

15.50 

20.80 

5 

3.65 

4.52 

5.39 

I 6.27 

8.00 

11.40 

16.50 

22.10 

5 % “ 

3.88 

4.78 

5.71 

| 6.63 

8.50 

12.10 

17.50 

23.40 

6 

4.05 

5.04 

6.03 

6.99 

9.00 

12 80 

18.50 

24.70 

6'/z “ 



6.35 

7.35 

9.50 

13.50 

19.50 

26.00 

7 

. . . 


6.67 

7.71 

10.00 

14.20 

20.50 

27.30 

7'A “ 



6.99 

8.07 

10.50 

14.90 

21.50 

28.60 

8 

. . . 

. . *. 

7.31 

8.43 

11.00 

15.60 

22.50 

29.90 

9 



7.95 

9.15 

12.00 

17.00 

24.50 

32 50 

10 




9.87 

13.00 

18.40 

26.50 

35.10 

11 




10.59 

14.00 

19.80 

28.50 

37.70 

12 

1——-- 



11.31 

15.00 

21.20 

30.50 

40.30 

Add per inch 
or fraction. 

1 .45 

.55 

.70 

.80 

1.15 

1.60 1 

2.10 

2.70 


Wood Screws with Cone Points will be sent unless Gimlet Points are 
specified. 

With Hexagon Heads, io per cent extra in ioo lots; smaller lots at dis¬ 
cretion. 

Wood Screw Ends made to order. 
























































































































272 


THE D. A. TOMPKINS CO, 




Figure 402. 


No. 1. 

Regular Round Point, Set. 

No. 

7 . 

Flat, Pivot Point. 

No. 2. 

Cup Point, Set. 

No. 

8. 

Round, Pivot Point, 

No. 3. 

Flat Point, Set. 

No. 

9 . 

Hanger, Set Point. 

No. 4. 

Cup Point, Headless. 

No. 

10. 

Cone Point. 

No. 5. 

Round Point, Headless. 

No. 

11. 

Necked Style. 

No. 6. 

Cone Point, Headless. 





In filling orders, style No. i is always forwarded, unless other kinds are 
specified. 

Oval and Cup Point Set Screws are regular, all other kinds are special, 
and when ordered in lots of less than 500 of one diameter and length, will be 
charged at 10 per cent less discount. 

Set Screw prices apply to Headless Set Screws, threaded over all or nearly 
so; slotted, and burrs removed from head and slot. 

Set Screws, with ground or polished heads, 10 per cent less discount. Set 
Screws, with heads polished after hardening, 20 per cent less discount. 

(Continued on opposite page.) 
























CHARLOTTE, N. C. 


273 


CASE-HARDENED IRON SET SCREWS. 


PRICE PER HUNDRED. 


Diameter. 


X 

1 

IX 

IX 

IX 

2 

. 2X 

1 

S 2X 
*0 
c 

2 3 

a 

g> 3X 
« 

^ 3X 
3X 

4 

4X 

4X 

4X 

5 


Threads to 
Inch. 


Add for each 
»/ 4 Inch. 


X 

& 

X 

A 

X 

rs 

X 

X 

X 

l 

IX 

IX 

2.00 

2.20 

2.50 

2.90 

3.40 

4.25 

5.00 






2.15 

2.35 

2.65 

3.10 

3.60 

4.25 

5.00 

7.00 





2.30 

2.50 

2.80 

3.30 

3.80 

4.50 

5.25 

7.00 

11.30 




2.45 

2.65 

2.95 

3.50 

4.00 

4.75 

5.50 

7.50 

11.30 

14.90 



2.60 

2.80 

3.10 

3.70 

4.20 

5.00 

5.75 

8.00 

12.00 

15.90 

19.50 

• • • • 

2.80 

3.00 

3.30 

3.95 

4.45 

5.30 

6.05 

8.60 

12.90 

17.00 

21.10 

25.30 

3.05 

3.25 

3.55 

4.25 

4.75 

5.65 

6.40 

9.30 

13.80 

18.40 

22.90 

27.40 

3.30 

3.55 

3.85 

4.60 

5.10 

6.05 

6.80 

10.00 

14.80 

19.80 

24.70 

29.60 

3.55 

3.85 

4.20 

5.00 

5.50 

6.60 

7.25 

10.80 

15.90 

21.40 

26.70 

32.00 

3.80 

4.15 

4.55 

5.45 

5.95 

7.00 

7.80 

11.70 

17.10 

23.00 

28.80 

34.60 

. . . 

4.45 

4.90 

5.90 

6.45 

7.55 

8.35 

12.70 

18.40 

24.70 

31.00 

37.40 



5.25 

6.35 

6.95 

8.10 

8.95 

13.70 

19,70 

26.40 

33.20 

40.20 

• • • 

• • • 


6.80 

7.45 

8.65 

9.55 

14.70 

21.00 

28.10 

35.40 

43.00 





7.95 

9.20 

10.15 

15.70 

22.30 

29.80 

37.60 

45.80 






9.75 

10.75 

16.70 

23.60 

31.50 

39.80 

48.60 







11.35 

17.70 

24.90 

33.20 

42.00 

51.40 








18.70 

26.20 

34.90 

44.20 

54.20 









27.50 

36.60 

46.40 

57.00 













20 

18. 

• 16 

14 

13 

12 

11 

10 

9 

8 

7 

7 

.25 

.30 

.35 

.45 

.50 

.55 

.60 

1.00 

1.30 

1.70 

2.20 

2.80 


In ordering Set Screws, please state whether you want Cup or Oval Points. 
In ordering Screws X inch diameter, please state whether wanted with 
12 or 13 threads. The latter always sent unless otherwise stated. 
















































274 


THE D. A. TOMPKINS CO. 


CAP SCREWS. 


HEXAGON HEADS. 


2 




Figure 403. 


(Continued on opposite Page.) 

















CHARLOTTE, N. C. 


275 


PRICE PER HUNDRED. 


Diameter 

Head. 

A 

X 

iff 

X 

U 

H 

X 

1 

l/s 

IX 

1 H 

IX 

Length 

Head. 

X 

A 

H 

. 

15 

A 

A 

X 

X 

X 

1 

V/s 

VA 

Threads 
to inch. 

20 

18 

16 

14 

13 

12 

11 

10 

9 

8 

7 

7 

Diameter 

Screw. 

X 

A 

X 

A 

X 

A 

% 

X 

X 

l 

IX 

IX 

V 

3 00 

3 25 

3.75 

4.40 

5.50 

7,00 







1 

3.25 

3.50 

4.00 

4,70 

5.70 

7,00 

9.50 


. .. ■] 




V/\ 

3.50 

3.75 

4.25 

5.00 

6.00 

7,50 

9.50 

12.20 




VA 

3 75 

4,00 

4.50 

5.30 

6.30 

8.00 

10,00 

12.20 

16.00 




1 3 A 

4 00 

4 25 

4,75 

5.60 

6.60 

8.50 

10,60 

12,80 

16.60 

21.20 



2 

vv 

4.25 

1« /Vt/ 

4,60 

5.05 

5,95 

7.00 

9.10 

11.20 

13.40 

17.20 

22,30 

29.00 

37.50 

i 2% 

4.55 

5.00 

5,40 

6.35 

7.50 

9.70 

11.90 

14.10 

17.90 

23.60 

30.50 

39.30 

a> 

K 2% 

4.85 

5,40 

5,80 

6,80 

8.00 

10.40 

12.70 

14.90 

18,80 

25,10 

32.30 

41.40 

1 M 

5.15 

5.80 

6.30 

7.30 

8.60 

11,20 

13.60 

15.90 

20.00 

26.90 

34.40 

44,00 

§ 3 

5.45 

6.20 

6.80 

7.90 

9.30 

12,10 

14.70 

17.00 

21.80 

29.00 

37.00 

47.50 

■3 3 'A 


6.60 

7.30 

8.50 

10.10 

13.10 

16.00 

18,60 

23.80 

31.40 

40.00 

51.50 

be 

§ 3 a 



7.80 

9,10 

10.90 

14,10 

17.30 

20,20 

25.80 

33.80 

43.00 

55.50 

3 X 




9.70 

11.70 

15.10 

18.60 

21.80 

27.80 

36.20 

46.00 

59.50 

4 





12.50 

16.10 

19.90 

23.40 

29.80 

38.60 

49.00 

63.50 

4X 






17.10 

21.20 

25.00 

31.80 

41,00 

52.00 

67.50 

4X 







22.50 

26.60 

33.80 

43.40 

55.00 

71.50 

AH 








28,20 

35.80 

45.80 

58.00 

75.50 

5 






. . 


37.80 

48.20 

61.00 

79.50 














Add for 
ea.y 4 inch. 

.30 

.40 

.50 

.60 

.80 

1.00 

1.30 

1,60 

2.00 

2.40 

1 

3.00 

4.00 


On all Screws of i inch and less in diameter, and less than 4 inches long, 
threads are cut three-fourths of the length; beyond 4 inches, threads are cut 
half of the length. 

In ordering Screws X inch in diameter, please state whether wanted with 
12 or 13 threads. 





























































































276 


THE D. A. TOMPKINS CO., 


PATENT IRON WOOD SCREWS. 



Figure 404. 

FLAT HEAD. 




Figure 405. 

ROUND HEAD. 


PRICE PER GROSS. 


Inch. 
No. $ 

0 @ .72 

1 “ .72 

2 2“ .72 

•3 “ .72 

4 “ .72 


1J4 Inch. 


No. $. 


3 @ 

.88 

4 “ 

.92 

5 “ 

.98 

6 “ 

1.05 

7 “ 

1.10 

8 “ 

1.15 

9 “ 

1.20 

10 “ 

1.30 

11 “ 

1.40 

12 “ 

1.55 

13 “ 

1.70 

14 “ 

1.90 

15 “ 

2.15 

16 “ 

2.50 

17 “ 

2.75 

18 “ 

3.30 

20 “ 

4.00 

22 “ 

4.80 

24 “ 

5.40 


3 Inch. 


No. 

$ 

6 @ 

2.95 

7 “ 

3.00 

8 “ 

3.05 

9 “ 

3.10 

10 “ 

3.15 

11 “ 

3.20 

12 “ 

3,30 

13 “ 

3.40 

T4 “ 

3.50 

15 “ 

3.80 

16 “ 

4.20 

17 “ 

4.80 

18 “ 

5.50 

20 “ 

6.50 

22 “ 

7.50 

24 “ 

8.70 

26 “ 

10.50 


% Inch. 


No. 

$ 

0 @ 

.72 

1 “ 

.72 

2 « 

.72 

3 “ 

.72 

4 “ 

0 ^ 

.72 

- 5 ,« 

.75 

6 “ 

.78 

7 “ 

.82 

8 “ 

.88 

9 “ 

.94 

134 Inch. 

No. 

$ 

3 @ 

.98 

4 “ 

1.05 

5 “ 

1.10 

6 “ 

1.15 

0 7 “ 

1.20 

8 “ 

1.30 

9 “ 

1.35 

10 “ 

1.40 

11 “ 

1.50 

12 “ 

1.65 

"13 “ 

1.80 

14 “ 

2.00 

15 “ 

2.35 

«16 “ 

2.80 

17 “ 

3.20 

18 “ 

3.80 

20 “ 

4.30 


3 y 2 Inch. 


No. 

$ 

8 @ 

3.90 

9 “ 

4.00 

10 “ 

4.10 

11 “ 

4.20 

12 “ 

4.30 

13 “ 

4.40 

14 “ 

4.50 

- 15 “ 

4.75 

16 “ 

4.95 

17 “ 

5.40 

18 “ 

6.15 

20 “ 

7.30 

22 “ 

8.70 

24 “ 

10.20 

26 “ 

12.00 


K Inch. 


No. 

$ 

1 (8> 

.72 

2 “ 

.72 

3 “ 

.72 

4 “ 

.75 

5 “ 

.78 

0 6 “ 

.80 

7 “ 

.84 

8 “ 

.90 

9 “ 

.96 

10 “ 

1.05 

11 “ 

1.10 

12 “ 

1.20 

1% Inch. 

No. 

$ 

5 @ 

1.30 

6 “ 

1.35 

7 “ 

O 1 

1.45 

^ 8 “ 

1.50 

9 “ 

1.55 

,10 “ 

1.60 

11 “ 

1.70 

12 “ 

1.80 

13 “ 

2.00 

14 “ 

2 25 

15 “ 

2.60 

«16 “ 

2.90 

17 “ 

3.50 

18 “ 

4.00 

20 “ 

4.50 

22 “ 

5.20 

24 “ 

6.00 

4 Inch. 

No. 

$ 

8 (8} 

4.90 

9 “ 

5.10 

10 “ 

5.20 

11 “ 

5.30 

12 “ 

5.40 

13 “ 

5.60 

14 “ 

5.90 

15 “ 

6.20 

rt 16 “ 

6.50 

17 “ 

7.00 

18 “ 

7.60 

20 “ 

8.60 

22 “ 

9.70 

24 “ 

11.20 

26 “ 

14.00 

28 “ 

16.00 

30 “ 

18.50 


% Inch. 


No. 

$ 

1 @ 

.72 

2 “ 

.72 

3 “ 

.72 

4 “ 

.75 

5 “ 

.78 

6 “ 

.82 

7 “ 

0 1 

.86 

- 8 “ 

.92 

9 “ 

.98 

10 “ 

1.07 

11 “ 

1.12 

12 “ 

1.20 

13 “ 

1.25 

14 “ 

1.30 


2 Inch. 


No. 

$ 

5 @ 

1.45 

6 “ 

1.50 

7 “ 

1.55 

8 “ 

1.60 

9 “ 

1.65 

10 “ 

1.75 

11 “ 

1.85 

“12 “ 

2.00 

13 “ 

2.20 

14 “ 

2.45 

15 “ 

2.75 

16 “ 

3.10 

17 “ 

3.70 

18 “ 

4.20 

"20 “ 

4.80 

-22 “ 

5.50 

24 “ 

6.40 


434 Inch. 


No. 

$ 

12 @ 

7.00 

13 “ 

7.20 

14 “ 

7.60 

15 “ 

7.85 

16 “ 

8.15 

17 “ 

8.60 

-18 “ 

9.15 

20 “ 

9.85 

22 “ 

11.20 

24 “ 

13.50 

26 “ 

16.00 

28 “ 

18.50 

30 “ 

21.50 


% Inch. 


No. 

$ 

2 @ 

.72 

3 “ 

.75 

4 “ 

.78 

5 “ 

.82 

6 “ 

.85 

7 “ 

.90 

8 “ 

.95 

S 9 “ 

1.00 

10 “ 

1.10 

11 “ 

1.15 

12 “ 

1.25 

13 “ 

1.35 

14 “ 

1.50 

15 “ 

1.65 

16 “ 

1.80 

234 Inch. 

No. 

$ 

5 (8) 

1.55 

6 “ 

1.60 

7 “ 

1.65 

8 “ 

1.75 

9 “ 

1.85 

10 “ 

1.95 

“11 “ 

2.05 

12 “ 

2.20 

13 “ 

2.35 

14 “ 

2.65 

15 “ 

3.10 

16 “ 

3.50 

*17 “ 

3.85 

18 “ 

4.55 

th20 “ 

5.30 

22 “ 

6.10 

24 “ 

6.90 

5 Inch. 

No. 

$ 

12 @ 

8.10 

13 “ 

8.30 

14 “ 

8.60 

15 “ 

9.10 

16 “ 

9.70 

17 “ 

10.10 

- 18 “ 

11.00 

20 “ 

11.50 

22 “ 

13.00 

24 “ 

15.00 

26 “ 

18.00 

28 “ 

21.00 

30 “ 

24.00 


% Inch. 


No. 

$ 

2 ( 8 ) 

.74 

3 “ 

.78 

4 “ 

.82 

5 “ 

.85 

6 “ 

.90 

7 “ 

.94 

8 “ 

1.00 

0 Q “ 

1.05 

10 “ 

1.15 

11 “ 

1.25 

12 “ 

1.35 

13 “ 

1 45 

14 “ 

1.55 

15 “ 

1.75 

16 “ 

2.00 

2 y 2 Inch. 

No. 

$ 

5 ( 8 ) 

1.90 

6 “ 

2.00 

7 “ 

2.10 

8 “ 

2.20 

» 9 “ 

2.30 

10 “ 

2.40 

11 “ 

2.50 

12 “ 

2.60 

13 “ 

2.70 

14 “ 

2.90 

*15 “ 

3.30 

16 “ 

3.65 

17 “ 

4.20 

18 “ 

4.70 

^20 “ 

5.80 

22 “ 

6.70 

24 “ 

7.50 


6 Inch. 
No. $ 

12 < 8 > 10.00 

13 “ 10.30 

14 “ 11.00 

15 “ 11.60 

16 “ 12.40 

17 “ 13.00 
-18 “ 14.50 

20 “ 16.00 
22 “ 18.00 
24 “ 20.00 
26 “ 23.00 
28 “ 27.00 
30 “ 30.50 


1 Inch. 

No. 

$ 

3 @ 

.80 

4 “ 

.84 

5 “ 

.87 

6 “ 

.92 

7 “ 

.98 

8 “ 

1.05 

0 9 “ 

no 

-10 « 

1.20 

11 “ 

1.30 

12 “ 

1.40 

13 “ 

1.60 

14 “ 

1.70 

15 “ 

2.00 

*16 “ 

2.50 

17 “ 

2.70 

*18 “ 

2.80 

20 “ 

3.50 

2% Inch. 

No. 

$ 

6 @ 

2.40 

7 “ 

2.60 

8 “ 

2.70 

9 “ 

2.80 

10 “ 

2.90 

11 “ 

3.00 

12 “ 

3.10 

13 “ 

3.20 

-14 « 

3.30 

15 “ 

3.60 

16 “ 

3.90 

17 “ 

4.50 

18 “ 

5.00 

20 “ 

6.10 

22 “ 

7.20 

24 “ 

8.50 


*The number 
of Gross in a 
Bundle is indi¬ 
cated by small 
figures on the 
side, divided by 
a star (*). 


22 “ 5.10 
24 “ 5.90 


The following varieties of Iron Screws are invoiced from this list at varying discounts: Flat, Round, 
Fillister and Oval Head Screws, Dowel and Felloe Screws, Bright, Blued, Brassed, Bronzed, lapanned. 
Lacquered and Tinned, also Drive'Screws. 











































CHARLOTTE, N. C. 


277 


COLD PUNCHED NUTS. 



Figure 406. Figure 407. 

CHAMFERED AND TRIMMED, WITH DRILLED HOLES. 
UNITED STATES STANDARD SIZES. 

PUNCHED TO SUIT U. S. OR FRANKLIN INSTITUTE STANDARD 

TAPS. 

Extra Cost of Tapping Nuts. 


Wide. 

Thick. 

Hole. 

Bolt. 

Square, Price per Lb. 

Hexagon, Price per Lb. 

Blank. 

Tapped. 

Blank. 

Tapped. 

# 

TS 

3 % set. 

Tff 

32.5 

37. 

48. 

54. 

1 

i 

If 

1 

20. 

22. 

27. 

29.5 

1 9 

32 

T3 

i 

Tff 

18. 

19.5 

24. 

26. 

11 

1 

If 

1 

14.5 

15.6 

18.5 

20.1 

ff 

TS 

11 

A 

14. 

15.3 

18. 

19.3 

£ 

1 

If 

1 

11.3 

12. 

14. 

15 

u 

0 

T<> 

*f 

9 

Tt> 

n.3 

11.9 

14. 

14.9 

lyV 

1 

If 

1 

10. 

10.5 

12.5 

13.2 

u 

1 

If 

t! 

9.4 

9.8 

10.9 

11.5 

li 

1 

1 

1 

9 4 

9,8 

10.9 

11.5 

1* 

1 


i 

9.4 

9.8 

10.9 

11.5 

n 

1 

If 

1 

9.4 

9.8 

10.9 

11.5 

Iff 

H 

u 

11 

9.4 

9.8 

10.9 

11.5 

2 ' 

n 

ItV 

U 

10.1 

10.5 

11.5 

12.1 

2y\ 

u 

1A 

11. 

10,3 

10.8 

12. 

12.7 

21 

ii 

1A 

11 

10.7 , 

11.3 

12.6 

13.4 

2 T 9 * 

ii 

11 

11 

11.1 

11.8 

13.2 

14.1 

21 

n 

11 

11 

11.5 

12.2 

-14. 

14.9 

2£| 

ii 

11 

11 

12. 

12.8 

14 5 

15.5 

3£ 

2 

Iff 

2r 

12. 

12.9 

.14.5 

15.6 

3A 

21 

lit 

21 

12.5 

13.5 

15. 

16.2 

»1 

21 

Uf 

2f 

12.5 

13 6 

15. 

16.3 

•3H 

21 

2 t V 

21 

13.5 

14.7 

16. 

17.4 

31 

21 

2fV 

21 

13.5 

14.8 

16’. 

17.5 

4* 

21 

2A. 

21‘ 

14. 

15.4 

16.5 

18-1 

41 

21 

2yV 

.21. 

14. 

15.4 

16.5 

18.1 

41 

3 

2H 

3 

14.5 

16. 

17. 

18.7 

5 

31 

m 

31 

14.5 

15.1 

17. 

18.8 

51 

31 

3jy 

31 

14.5 

15.2 

17. 

18.9 

51 

31 

31 

31 

15.5 

17.2 

18. 

19.9 

61 

4 

3A 

4 

15.5 

17.2 

18 

19.9 


Nuts with holes differing from Standard Sizes, extra. 
*Nuts for 2^4 in. Bolt and larger sizes are forged. 





































































































278 


THE D. A. TOMPKINS CO., 


PUNCHED WASHERS. 


STANDARD LIST. 



Figure 408. 


In Keg Lots. 


Diameter. 

Size of Hole. 

Thickness, 
Wire Gauge. 

Size of Bolt. 

'Price per 
Pound. 

Number in 

100 Pounds. 

a 

i 

No. 18 

A 

17. 

39400 

3 

4 

A 

No. 16 

l 

4 

12.5 

13900 

£ 

5 

No. 16 

A 

11.5 

11250 

l 

tV 

No. 14 

f 

10.5 

6800 

11 

i 

No. 14 

A 

9.5 

4300 

i i 

A 

No. 12 

£ 

9. 

2600 

i i 

1 

No. 12 

A 

9. 

2250 

i ? 

tt 

No. 10 

t 

8.5 

1300 

2 

« 

No. 10 

i 

8.5 

1010 


u 

No. 9 

i 

8.5 

860 

n 

J'A 

No. 9 

1 

8.5 

625 

8| 

1 i 

No. 9 

H 

8.5 

520 

3 

1 ! 

No. 9 

. U 

8.5 

400 

3 i 

i i 

No. 8 

I* 

9. 

300 

3 J 


No. 8 


9. 

260 

3 3 

O 4 

1 1 

No. 8 


9. 

230 

4 

l £ 

No, 8 


9. 

, 215 

41 

2 

No. 8 

i£ 

9. 

190 

-in 

I 

** 

No. 8 

2 

9. 

175 

4f 

2% 

No. 6 

21 

9.5 

110 

5 


No. 6 

21 

9.5 

91 
















































































































CHARLOTTE, N. C. 


279 


WIRE ROPE. 



Figure 409. 


STANDARD HOISTING ROPE. 
19 Wires to the Strand. 


Trade No. 

Diameter. 


LIST PER FOOT. 


Iron. 

Cast Steel. 

Extra strong 
crucible steel. 

Plough Steel. 

1 

2* 

#1 17 

$1 42 

$1 70 

$2 00 

2 

2 

92 

1 11 

1 34 

1 56 

3 

H 

80 

93 

1 15 

1 35 

4 

H 

63 

74 

91 

1 08 

5 

1* 

57 

66 

80 

93 

5* 

if 

48 

56 

67 

77 

6 

H 

40 

46 

55 

63 

7 

if 

33 

38 

45 

52 

8 

l 

26 

30 

36 

43 

9 

* 

20 

23 

28 

34 

10 

f 

36 

18 

22 

26 

10* 

f 

12 

14 

16* 

19 

10* 

T* 

10 

12 

14 

16 

10* 

* 

08 

11 

12* 

14 

10a 

tV 

07* 

10 

11* 

13 

10 * 

f 

07 

09* 

11 

12* 


TC 

06f 

09* 

10* 

12* 



06* 

09 

10 * 

12 


TRANSMISSION AND STANDING ROPE. 
7 Wires to the Strand. 


Trade No. 

Diameter. 


LIST PER FOOT. 

IroD. 

Cast Steel. 

Extra strong 
crucible steel. 

Plough Steel. 

11 

1* 


$0 51 

$0 60 

$0 75 

$0 90 

12 

If 


43 

51 

64 

75 

13 

1* 


36 

43 

53 

61 

14 

1* 


29 

36 

44 

51 

15 

1 


23 

•28 

34 

41 

16 

1 


17* 

22 

26 

32 

17 

* 


14 

16 

20 

25 

18 

H 


12 

13* 

17 

20 

19 

f 


10 

11 

14 

17 

20 

ts 


08 

09 

H* 

14 

21 

* 


06* 

07* 

09* 

11 

22 

A 


05* 

06* 

07* 

08 

.23 

f 


04* 

05* 

06 

06* 

24 

tV 


03* 

04* 

05* 

06 

25 

9 

rs 


03* 

04 

05 

05* 















































280 


THE D. A. TOMPKINS CO., 



TRIPLEX CHAIN BLOCK. 


TRIPLE POWER. 

TRIPLE SPEED. 

TRIPLE DURABILITY. 


This means that only 20 per cent, of the opera¬ 
tor’s labor is wasted in overcoming friction; showing 
that this type of block has twice the efficiency of 
blocks of the screw-gear type and triple the efficiency 
of those of the differential type. This can be seen by 
comparing the chain-pulls as given in the tables. 

Customers are urged to make comparative tests 
to demonstrate these facts, and a triplex block will be 
furnished for such trial, with the privilege of return, 
if desired. 

The triplex block is especially adapted for use 
with overhead cranes or trolleys, being faster and 
easier in operation than any other block operated by 
hand, and often available where otherwise the work 
could only be performed by power. 

DUPLEX.—For portable and more frequent use. 
TRIPLEX.—For constant use and best economy. 

PRICE LIST. 


Capacity 
in Tons. 

Price 

Complete. 

♦Hoist in 
Feet. 

Extra Hoist. 
Price 
per Foot. 

Minimum 
Distance be¬ 
tween Hooks 
in inches. 

tReach. 

Net Wt. 
in Lbs. 

tChain Pull. 

Pounds. 

Feet. 

14 

$35 00 

8 

$1 15 

15 

9"-3" 

51 

62 

21 

1 

45 00 

8 

1 20 

17 

9 '- 5 " 

89 

82 

31 

l}4 

60 00 

8 

1 25 

1914 

9'-7J4" 

133 

110 

35 

2 

70 00 

9 

1 30 

24 

ir-o" 

203 

120 

42 

3 

00 00 

10 

1 75 

32 

12"-8" 

206 

114 

69 . 

4 

110 00 

10 

1 85 

37 

13"-1" 

307 

124 

84 

5 

140 00 

12 

2 40 

45 

15"-9" 

397 

110 

126 

6 

165 00 

12 

2 55 

46 

15"-I0" 

417 

130 

126 

8 

200 00 

12 

2 95 

51 

16'-3" 

505 

135 

168 

10 

240 00 

12 

3 50 

57 

16" -9" 

622 

140 

210 


*Figures denote height in feet which blocks, with regular lengths of chain, 
will hoist from level on which operator stands. 

tThe Reach is the sum of the “Hoist” and the “Minimum Distance between 
Hooks.” 

^Figures denote the pull in pounds required to lift the full load, and the 
number of feet of hand chain which must be handled to lift the load one foot. 






























CHARLOTTE, N. C. 


281 


DUPLEX BLOCK. 


SCREW-GEARED. (Patented.) 


This latest model of the Screw Block (worm wheel 
action) presents the perfection of this type and offers many 
attractive features. 


Portable: Because light and compact. 

Powerful: One man lifts a heavy load. 

Convertible: To “Safety” or “Dispatch” lowering 
action as desired. 

Its chain guides make it safe and convenient even 
when used at an angle. 

This block is unequalled for portable use, where 
convenience in handling rather than speed of lifting is 
desired. 


DUPLEX. - For portable and more frequent use. 
TRIPLEX.—For constant use and best economy. 

PRICE LIST. 


Capac¬ 
ity in 
Tons. 

Price 

Com¬ 

plete. 

*Hoist 
in Feet 

Extra 
Hoist 
Price 
per foot 

Minim’m 
Distance 
between 
Hooks 
in inches- 

fReach 

Net Wt 
in Lbs. 

JChain Pull 

Lbs. 

Ft. 

Vi 

$25 00 

8 

$1 25 

13 / 

9 ft 1 in 

43 

68 

40 

1 

30 00 

8 

1 30 

16/g 

9“ 4 “ 

57 

87 

59 

1/ 

40 00 

8 

1 35 

19/ 

9“ 7 “ 

76 

94 

80 

2 

50 00 

9 

1 40 

21% 

9“ 9 “ 

104 

115 

93 

3/ 

80 00 

10 

1 90 

25% 

12“ 2“ 

210 

140 

138 

5 

125 00 

12 

2 00 

30% 

14“ 7 “ 

840 

145 

195 

7 

175 00 

12 

3 00 

33% 

14 “10“ 

370 

160 

275 

10 

250 00 

12 

3 20 

45/ 

15 “9 “ 

570 

160 

390 



Figure 411. 


*Figures denote height in feet which blocks, with regular lengths of chain, 
will hoist from level on which operator stands. 

fThe Reach is the sum of the “Hoist” and the “Minimum Distance be¬ 
tween Hooks.” At this Reach or “Height of Suspension” the hand chain 
hangs down to within 18 inches of the floor. 

^Figures denote the pull in pounds required to lift the full load, and the 
number of feet of hand chain which must be handled to lift the load one 
foot. 























THE D. A. TOMPKINS CO., 


DERRICKS. 




Style A. 

Style B. Style C. 

We can furnish complete cast and wrought iron work, sheaves and fittings 
for Derricks of any design. 

Style A—Stiff Legged Derrick. Style B—Guy Derrick. Style C—Hand 
Power Derrick. 


Prices quoted on application. 




































CHARLOTTE, r N. C. 


283 



STYLES AND LIST PRICES OF FORGES. 


No. 

Hood. 

Bowl. 

Fan. 

Weight. 

Price. 

0 

Half 

28 x40 

14 in. 

295 

$50 00 

1 

Half 

21 x 27 

10 in. 

150 

40 00 

2 

Closed 

21 x 27 

10 in. 

150 

42 00 

3 

Dash 

21 x 27 

10 in. 

140 

36 00 

4 

Half 

18 in. dia. 

8 in. 

90 

27 00 

5 

Dash 

18 in. dia. 

8 in. 

90 

24 00 

6 

Closed 

18 in. dia. 

8 in. 

90 

30 00 

7 

Dash 

14 in. dia. 

8 in. 

45 

16 00 

8 

Half 

14 in. dia. 

8 in. 

45 

18 00 

9 

Closed 

14 in. dia. 

8 in. 

45 

20 00 

11 

Half 

18 in. dia. 

10 in. 

105 

32 00 

12 

Dash 

18 in. dia. 

10 in. 

105 

29 00 

13 

Closed 

18 in. dia. 

10 in. 

105 

35 00 

14 

Half 

22 x 30 

10 in. 

165 

40 00 

15 

Dash 

22 x 30 

10 in. 

165 

36 00 

16 

Half 

16x26 

10 in. 

109 

27 00 

17 

Dash 

16 x 26 

10 in. 

80 

27 00 

18 

Half 

16 x 26 

10 in. 

80 

27 00 

19 

Dash 

16 x 26 

10 in. 

80 

24 00 


Power Attachment for Nos. o, i, 2, 3.$ 4.00 

Blowers No. 60, 8 in. 8.00 

Blowers No. 66, 12 in. 10.00 

Blowers No. 70, 18 in. 14.00 


Exhausters, add $2.00 to each price. Write for special discounts. 




































284 


THE D. A. TOMPKINS CO., 


ROCK DRILLS AND AIR COMPRESSORS. 



Figure 415. 

Rock Drill on Adjustable Tripod. (Rear View.) 

Prices on Rock Drills and Air Compressors quoted on application. 

Data required for Air Compressors. 

When writing for prices or other information pertaining to air compressors, 
the following data should be furnished: 

1. Volume of free air per minute required. 

2. Working air pressure. 

3. Number, size and kind of machines to be operated by the compressed air. 

4. If for pumping, give make, size and speed of pump, and height to which 

water must be delivered. 

5. Altitude, if over 1,000 feet above sea level. 

6 . If for steam-actuated compressor, give working steam pressure. 

7. If for belt or gear driven compressor, give power available, diameter of 

driving pulley or gear, etc. 

8 . Any design of compressor preferred. 

The more full information regarding the special conditions under which the 
compressor is to be operated, the more closely can be determined the type of machine 
which will best meet the requirements of the case. 






CHARLOTTE, N. C. 


285 


BAR IRON. 

The Manufacturers’ National Classification of Extras 

Above the Base Price of Bar Iron. 

SCHEDULE. 


Round and Square Iron, i to inches, 
Flat Iron, 1*4 to 4 inches x ^ to 1 inch, 


Regular Bar Sizes Not Extra. 


ROUND AND SQUARE IRON 
EXTRA. 



Tenths of a 
Cent per lb. 

34 inch. 

A 

5 << 

fir .. ••••• *••• . • • . 

1 0 

7 

16 . 

% “ . 

1 0 

A 

/o . 

7 << 

1 0 

4 

Iff 

A 

A 

1" 1) 

72 1 g > . 

/o T 6 . . 

ZA “ 7*. 

J 0 

A 

/ 4 / o* 

2 inches to 2% inches. 

3 “ 334 “ . 

SVs “ 4 “ . 

X 

/ ❖ 

TO 


Tenths of a 
Cent per lb. 


134 inch to l%x % to 1 ... 

A 

IV2 

l| 

to 4 

x 34 to A ... 

xiA to iy 2 ... 

A 

m 

a 

to 4 

A 

2 

a 

to 4 

xl% to 2 ... 

v 

YU 

2 

it 

to 4 

x234 to 3 ... 

434 

a 

to 6 

x 34 to a ... 

A 

414 

a 

to 6 

x % to 1 ... 

A 

414 

(i 

to 6 

xl A to 134.. . 

A 

4 k 

a 

to 6 

xl% to 2 ... 

A 

434 

a 

to 6 

x 234 to 3 ... 

8 

Iff 

6^4 

a 

to 8 

x 34 to A... 

7 

ITT 

634 

a 

to 8 

x % to 134... 

6 

Iff 

634 

a 

to 8 

xl°g to 2 ... 

A 

6 34 

a 

to 8 

x 234 to 3 ... 

1 


FLAT IRON, EXTRA. 


Yz x Ys . 

Yz*h . 

34 x 34 and A. 

Yz*% . 

%*Ys . 

¥&*i\ . 

% xl A and A. 

%x% and y 2 . 

. 

M X A. 

and A. 

%x% to % . 

Vsx-Ys . 

% X Y5 • • • .. 

%xM and A. 

% x % to% . 

1 inch to Y\*Y8 . 

1 “ to 1A X A. 

1 “ tol%x34tO T S g 

1 inch to 1 Ax % to 



OVAL IRON, EXTRA. 



HALF-OVAL AND HALF-ROUND 
IRON, EXTRA. 


234 to 3 . 

% to 2 . 

A 

A 

34 to f 1 . 

A 

A 

54 to H . 

34 to t 9 «. 

1 A 

2 A 

3 A 

34 to At. 

/o LV - / 16. 

5 

T 6 . 

34. 

4A 


All sizes not enumerated subject to special agreement. 

Extra, for cutting ordinary bars to specific lengths, from A to A of a cent per 
pound, according to length and size, as may be agreed upon. 










































































286 


THE D. A. TOMPKINS CO. 


Weight Per Foot of Round and Square Iron 


Diameter 
in Inches. 

Square 

Bars. 

Round 

Bars. 


Diameter 

ininches. 

Square 

Bars. 

Round 

Bars. 


Diameter 

in Inches. 

Square 

Bars. 

Round 

Bars. 


Diameter 

in Inches. 

Square 

Bars. 

Round 

Bars. 

is 

.117 

.092 


1H 

8.802 

6.913 


3/g 

32.55 

25.57 


7 

163.3 

128.3 

X 

.203 

.164 


1 H 

9.492 

7.455 


3/ 

35.21 

27.65 


7 X 

175.2 

137.6 

5 

.326 

.256 


1 / 

10.21 

8.018 


3% 

37.97 

29.82 


7 X 

187.5 

147.3 

X 

.469 

.368 


m 

10.95 

8.601 


3/ 

40.83 

32.07 


7/ 

200.2 

157.2 

7 

T5 

.638 

.501 


m 

11.72 

9.204 


m 

43.80 

34.40 


8 

213.3 

167.6 

X 

.833 

.654 


115 

a T6 

12.51 

9.828 


3/ 

46.88 

36.82 


8 / 

226 9 

178.2 

TS 

1.055 

.828 


2 

13.33 

10.47 


3/8 

50 05 

39.31 


8/ 

240.8 

189.2 

x 

1.302 

1.023 


2 IB 

14.18 

11.14 


4 

53,33 

41 89 


8 / 

255.2 

200.4 

ih 

1.576 

1.237 


2 /s 

15.05 

11.82 


4/s 

56.72 

44.55 


9 

270.0 

212.1 

/ 

1.875 

1.473 


2i 3 b 

15.95 

12.53 


4/ 

60.21 

47.29 


9 X 

285.2 

224.0 

1 3 

16 

2.201 

1.728 


2 / 

16.88 

13.25 


m 

63.80 

50.11 


9/ 

300.8 

236.3 

Vs 

2.552 

2.004 


2ib 

17.83 

14.00 


4/ 

67.50 

53.01 


m 

316.9 

248.9 

1 6 

T6 

2.930 

2.301 


2 H 

18.80 

14.77 


4/s 

71.30 

56.00 


10 

333.3 

261.8 

l 

3.333 

2.618 


2 IB 

19.80 

15.55 


4 X 

75.21 

59.07 


10 X 

350.2 

275.1 

IfS 

3.763 

2.955 


2 / 

20.83 

16.36 


m 

79.22 

62.22 


10 / 

367.5 

288.6 

1/8 

4.219 

3.313 


2jb 

21.89 

17.19 


5 

83.33 

65.45 


10 / 

385.2 

302.5 

Ife 

4.701 

3.692 


m 

22.97 

18.04 


5/ 

91.88 

72.16 


11 

403.3 

316.8 

1/ 

5.208 

4.091 


2 IB 

24.08 

18.91 


5/ 

100.8 

79.19 


11 / 

421.9 

331.3 

Its 

5.742 

4.510 


2 / 

25.21 

19.80 


5/ 

110.2 

86.56 


11 / 

440.8 

346.2 

m 

6.202 

4.950 


2 *§ 

26.37 

20.71 


6 

120.0 

94.25 


11 / 

460.2 

861.4 


6.888 

5.410 


2/8 

27.55 

21.64 


6 X 

130.2 

102.3 


12 

480.0 

377.0 

1 / 

7 500 

5.890 


2 if 

28.76 

22.59 


6 / 

140.8 

110.6 





Kb 

8.138 

6.392 


3 

30.00 

23.56 


6 X 

151.9 

119.8 
































































THE D. A. TOMPKINS CO. 


CHARLOTTE, N. C. 


COTTON SEED OIL MILL 
Hullers 

Separators 

Crushers 

Heaters 

Presses 

A Complete Line of Oil Mill 
Machinery and Supplies 


COTTON GINNING 
Saw Gins 

Roller Gins 


We make plans for Oil Mills and furnish them with 
machinery complete. 







288 


THE D. A. TOMPKINS CO. 



Figure 416. 

Assembling Room. 
(Oil Mill Machinery.) 


We manufacture a large line of oil mill machinery. 
The number of repeat orders we are constantly receiv¬ 
ing attest its superiority. 


“ The responsibility of the manufacturer is a guar¬ 
antee that cannot be equalled 






























CHARLOTTE, N. C. 


289 


COTTON SEED OIL MILL MACHINERY. 

PRICE LIST. 

No. i Sand & Boll Separating Screen for 20-ton mill, 50" x 10' . . $250 00 

No. 2 Sand & Boll Separating Screen for 30-ton mill, 60" x 12' . . 300 00 

No. 3 Sand & Boll Separating Screen for 40-ton mill, 60" x 14' . . 350 00 

Additional for Blower. 25 00 

Additional for Magnet. 25 00 

Additional for Distributor. 40 00 

Cotton Seed Cleaner, 50-ton.300 00 

106 Saw Linter, iron cylinder.400 00 

Linter Saw Filing Machine, single head.205 00 

Linter Saw Filing Machine, double head.255 00 

Patent Saw Gummer. 65 00 

No. 1 Tompkins Huller, 8o-ton.400 00 

No. 2 Tompkins Huller, 30-ton.350 00 

Adjustable Friction Feeder for Huller .. 50 00 

Huller Knife Grinder, Automatic, 40-inch.250 00 

Huller Knife Grinder, Semi-Automatic, 40-inch.175 00 

No. 1 Meat and Hull Separating Screen for 20-ton mill, 50" x 10' . . 250 00 

No. 2 Meat and Hull Separating Screen for 30-ton mill, 60" x 12' . . 300 00 

No. 3 Meat and Hull Separating Screen for 40-ton mill, 60" x 14' . . 350 00 

Additional for Beater.125 00 

1 Set 3-high Belted Rolls, 24 inches long for io-ton mill .... 7510 00 

1 Set 4-high Belted Rolls, 24 inches long for 15 to 30-ton mill . . 820 00 

1 Set 4-high Belted Rolls, 30 inches long for 30 to 40-ton mill . . 950 00 

1 Set 4-high Belted Rolls, 36 inches long for 30-ton mill .... 1,025 00 

1 Set 4-high Belted Rolls, 42 inches long for 40-ton mill . . . .1,110 00 

1 Set 4-high Belted Rolls, 48 inches long for 6o-toin mill .... 1,190 00 

1 Set 5-high Belted Rolls, 30 inches long for 40-ton mill .... 1,100 00 

1 Set 5-high Belted Rolls, 36 inches long for 6o-ton mill .... 1,210 00 

1 Set 5-high Belted Rolls, 42 inches long for 8o-ton mill .... 1,310 00 

1 Set 5-high Belted Rolls, 48 inches long for ioo-ton mill .... 1,420 00 

Single Heater, bottom drive 52 inches.600 00 

Set of Two Heaters, bottom drive 52 inches.1,050 00 

Triple Set of Two Cookers 52-inch, and 1 Heater, bottom drive . . 1,500 00 

Set of Two Heaters, bottom drive 72 inches.1,450 00 

Triple Set of Two Cookers 72-inch, and 1 Heater, bottom drive . . 1,800 00 

No. 1 Patent Steam Carriage Former, 30, 60, ioo-ton mill .... 850 00 

No. 2 Steam Former with Hand Carriage, 10, 15, 20-ton mill . . . 500 00 

12-Plate Oil Press, 10 to 20-ton mill.1,400 00 

15-Plate Oil Press, 15, 30, 60, ioo-ton mill.1,55° 00 

Hydraulic Accumulator, high pressure.700 00 

Hydraulic Accumulator, low pressure.700 00 

No. I Tompkins Cake Cracker, 5 tons per hour.175 00 

No. 5 Tompkins Cake Cracker, 10 tons per hour.250 00 

No. 6 Scientific Combination Mill, 20-inch plates.280 00 

No. 10 Scientific Combination Mill, 20-inch plates.380 00 

No. 13 Scientific Attrition Mill, 22-inch plates.300 00 

No. 1 z/2 Scientific Attrition Mill, 24-inch plates.325 00 

No. 14 Scientific Attrition Mill, 26-inch plates.400 00 

No. 16 Scientific Attrition Mill, 30-inch plates.500 00 

No. 19 Scientific Attrition Mill, 36-inch plates.600 00 

Steam Hull Baling Press, 60 bales per hour.500 00 

Hull Baling Press, 60 bales per hour.400 00 

Hull Packer. 350 00 

Delinting Machine, 15 tons.L300 00 

Hull Delinting and Grinding Machine, 30 to 40 tons.300 00 

Fertilizer Mixer, 7 to 10 tons.225 00 

Fertilizer Mixer, 15 to 20 tons.500 00 

Filter Press, for 6o-ton mill.200 00 

Filter Press, for 150-ton mill.250 00 

















































APPROXIMATE COST OF COTTON SEED OIL MILL PLANTS. 


290 


THE D. A. TOMPKINS CO 


Total Oil, Mill Gin¬ 
nery and Refinery. 

8 58000 00 

65000 00 

100000 00 

140000 00 

Ginnery, 6 stand 
Gins, and Cotton 
warehouse and 
plans. 

815000 00 

15000 00 

15000 00 

15000 00 

Total Oil Mill and 
Refinery. 

843000 00 

50000 00 

85000 00 

125000 00 

Refinery, including 
building and all 
machinery and 
plans. 

811600 00 

15000 00 

25000 00 

35000 00 

Total Oil Mill, 
Boilers and Seed and 
Meal house, 

817500 00 

31400 00 

35000 00 

60000 00 

90000 00 

Freight and 
Erection 

8 2000 00 

4500 00 

4800 00 

8500 00 

12500 00 

All other Machinery 
in Oil Mill to make 
crude oil, and 
plans. 

$ 5000 00 

8500 00 

10000 00 

22000 00 

34500 00 

Press Room 
Machinery F. 0. B. 
Factory. 

8 4500 00 

6400 00 

8200 00 

12500 00 

18500 00 

Land and R. R. 

Switch and 

Water Supply. 

8 1000 00 

2000 00 

2000 00 

2000 00 

2500 00 

Buildings, including 
Oil Mill, Boiler, 
Seed and Meal 
houses. 

8 5000 00 

10000 00 

10000 00 

15000 00 

22000 00 

Capacity for 24 
hours, in tons. 

10 to 15 

20 to 30 

30 to 40 

60 to 80 

100 to 120 

i 


c/2 bJO 

o .2 

4-1 

rt —; 


Cu 

<v 

m 


tc 




cd 


s = 


o 

^ c/T 

X = 

c/T ^ 

S « 

3 ^ 

If) C/2 

V, S- 

o <u 

g3 

* 2 

CO <u 

~ ct 

« U „ 

n— C/2 

C & 
03 C 

•§(5 

CD g 

~ C/2 

C/2 C/2 

02 02 
C »- 
Ph 
fcJO 

C CO 
fjJ 


<V o 

*5* 

CQ co 

02 QJ 

'S « 

Jp 02 


C/3 — 1 
02 

.y 2 

u. i— 

pH r^-j 

OJ 


U 


Hangers, Pulleys, Conveyors, Elevators. 





























CHARLOTTE, N. C. 


291 


COTTON SEED OIL MILL MACHINERY. 

We include in the following prices on Oil Mill machinery the services of one 
man to superintend erection in the building. We include also a set of drawings of 
the necessary buildings, which must be built in accordance with the same in order 
that the machinery may be erected as designed. Our quotations are on the machinery 
necessary as per our drawings. 

“Freight to eastern export point” is the additional price for which we will deliver 
machinery to any export city in the United States, east of the Rocky mountains. 

“Freight to San Francisco” is the additional price for which we will deliver 
machinery to San Francisco. 

In case of machinery purchased for foreign shipment we will box it suit¬ 
ably for export in place of furnished time of man to superintend erection. 
We will send a man with machinery to foreign countries if desired—price to be 
agreed upon—but purchaser to pay expenses in all cases. 

We are always willing to furnish the special oil mill machinery which is 
manufactured by The D. A. Tompkins Company, and let purchasers buy the 
remaining machinery in the open market and themselves undertake the con¬ 
struction of the plant in accordance with our drawings or their own. 

We are not willing, however, to furnish an itemized list of all machinery 
required with detailed prices and give an option to purchaser to strike out 
certain machinery, leaving us to furnish the remainder, for the reason that it might 
happen that the machinery stricken off the list and purchased from other sources 
might not work well with that remaining to be furnished by us. 

After taking a contract, however, we will confer with purchasers, and fur¬ 
nish to any extent compatible with our interests such machinery as they prefer. 


ONE PRESS (12 Plates) MILL COMPLETE. 

Capacity io to 15 tons per 24 hours. 

We build a complete Mill on a platform in our shops so constructed that 
we can take it to pieces for shipment. It is so marked that it can be easily 
set up by the marks. 

The mill comprises the same list of machinery as is named for One-Press 
Mill, but the entire list of machinery is set up, shafting being carried on over¬ 
head supports. All the machinery is set up on a platform except the boiler and 
engine, which must be separately set up. 

Price of this mill complete f. o. b. factory.$15,000 00 





292 


THE D. A. TOMPKINS CO., 


Cotton Seed Oil Mill Machinery (Continued). 


APPROXIMATE COST OF MACHINERY FOR A 
ONE PRESS (12 plates) OIL MILL. 


Capacity io to 15 tons in 24 hours or 5 to 7 tons in 12 hours. 

Special Oil Mill Machinery. 

One Sand and Boll Separator. 

One Meat and Hull Separator. 

One Standard 12-plate Press and Fixtures. 

One 52-inch Heater. 

One Set Chilled Rolls, 30-inch. 

One Cake Former (hand carriage). 

One Duplex Hydraulic Pump. 

One 3x3 Pump Tank. 

Price f. o. b.$ 5,300 00 


Other Machinery Required. 

One 40-H. P. Boiler and Fixtures. 

One 30-H. P. Engine and Fixtures. 

One 106 Saw Carver Linter. 

One Standard Huller. 

One Cotton Press. 

One Cake Cracker ) 

One Cake Mill * Combined. 

One 8x8 Oil Tank. 

Complete Set Drawings. 

Necessary Piping. 

Necessary Shafting, Pulleys and Hangers. 
Necessary Elevator Fixtures. 


Necessary Conveyors. 

Necessary Belting. 

Price f. o. b. factory.$ 6,200 00 


Total.$11,500 00 

Freight to Eastern port. 1,000 00 

Freight to San Francisco. 1,500 00 


If it is desired to build a one press mill, so arranged and with sufficient 
power to change it to a 20 to 30-ton mill, it is necessary also to increase the 
separating machinery to the size used for 20 to 30-ton mill, and also to increase 
size and length of shafting, etc. 

For machinery adapted in this way to increase size of mill, add to above 
price the sum of $2,500.00. 











CHARLOTTE, N. C. 


293 


Cotton Seed Oil Mill Machinery (Continued) 


APPROXIMATE COST OF MACHINERY FOR A 


TWO PRESS (12 plates each) OIL MILL. 


Capacity 20 to 30 tons in 24 hours. 

Special Oil Mill Machinery. 

One Sand and Boll Separator. 

One Meat and Hull Separator. 

Two Standard 12-plate Presses and Fixtures. 
One Set 52-inch Heaters (2). 

One Set Chilled Rolls (4 high) 36-inch. 

One Cake Former with Steam Carriage. 

One Duplex Hydraulic Pump. 

One 3^2x354 Pump Tank. 

Price f. o. b. factory. 


Other Machinery Required. 

One 80-H. P. Boiler and Fixtures. 

One 60-H. P. Engine and Fixtures. 

Four 106 Saw Carver Linters. 

One Standard Huller. 

One Cotton Press. 

One Cake Cracker. 

One Cake Mill. 

Two 10x10 Tanks for Oil. 

Complete Set Drawings. 

Necessary Piping. 

Necessary Shafting, Pulleys and Hangers. 
Necessary Elevator Fixtures. 

Necessary Conveyors. 

Necessary Belting. 

Necessary Sprinklers for Mill Building. 
One 30-light Electric Light Plant. 

Two Fire Hose for Mill. 

Price f. o. b. factory. 

Total. 

Freight to Eastern port . . . • • 

Freight to San Francisco. 


$ 7,600 00 


$ 12,000 00 

$ 19,600 00 

2,500 00 
3,200 00 









294 


THE D. A. TOMPKINS CO., 


Cotton Seed Oil Mill Machinery (Continued). 


APPROXIMATE COST OF MACHINERY FOR A 
TWO PRESS (15 plates each) OIL MILL. 


Capacity 30 to 40 tons in 24 hours. 

Special Oil Mill Machinery. 

One Sand and Boll Separator. 

One Meat and Hull Separator. 

Two Standard 15-plate Presses and Fixtures. 

One Set 52-inch Heaters (2). 

One Set Chilled Rolls (4 high) 36-inch. 

One Cake Former (steam carriage). 

One Duplex Hydraulic Pump. 

One 314x3^ Pump Tank. 

Price f. o. b.$ 9,000 00 

Other Machinery Required. 

One 90-H. P. Boiler and Fixtures. 

One 75-H. P. Engine and Fixtures. 

Five 106 Saw Carver Linters. 

One Standard Huller. 

One Cotton Press. 

One Cake Cracker. 

One Cake Mill. 

Two 12x12 Oil Tanks. 

Complete Set Drawings. 

Necessary Piping. 

Necessary Shafting, Pulleys and Hangers. 

Necessary Elevator Fixtures. 

Necessary Conveyors. 

Necessary Belting. 

Necessary Sprinklers for Mill Building. 

One 40-light Electric Plant. 

Two Fire Hose for Mill. 

Price f. o. b. factory.$14,800 00 


Total 


. $23,800 00 


Freight to Eastern port 
Freight to San Francisco 


3,000 00 
4,500 00 


For the machinery for a 30 to 40-ton mill with sufficient power to 
operate a 4-press mill of 60 to 80 tons capacity and with the 
building and other machinery also arranged for the change, add 
to the above price f. o. b. factory. 


7,500 00 











CHARLOTTE, N. C. 


295 


Cotton Seed Oil Mill Machinery (Continued). 


APPROXIMATE COST OF MACHINERY FOR A 


FOUR PRESS (15 plates each) OIL MILL. 


Capacity 60 to 80 tons in 24 hours. 

Special Oil Mill Machinery. 

One Sand and Boll Separator. 

One Meat and Hull Separator. 

Four Standard 15-plate Presses. 

One Set 72-inch Heaters (2). 

One Set Chilled Rolls (4 high) 46-inch. 

One Cake Former with Steam Carriage. 

One Duplex Hydraulic Pump. 

One 4x4 Pump Tank. 

Price f. o. b. factory ..$14,000 00 


Other Machinery Required. 

Two 90-H. P. Boilers and Fixtures. 

One 150-H. P. Engine and Fixtures. 

One National Feed Water Heater. 

Eight 106 Saw Carver Linters. 

One Standard Huller. 

One Cotton Press. 

One Cake Cracker. 

One Cake Mill. 

Two 15x15 Tanks for Oil. 

Complete Set Drawings. 

Necessary Piping. 

Necessary Shafting, Pulleys and Hangers. 

Necessary Elevator Fixtures. 

Necessary Conveyors. 

Necessary Belting. 

Necessary Sprinklers for Mill Building. 

One 50-light Electric Light Plant. 

Two Fire Hose for Mill. 

Price f. o. b. factory ..$29,000 00 


Total.$43,000 00 

Freight to Eastern port. 4>500 00 

Freight to San Francisco. 6,000 00 

Four Press (15-plate) Oil Mill constructed with sufficient power and 
other machinery arranged for increasing to 6-press mill, price 
additional to 4-press mill as above.$10,000 00 










296 


THE D. A. TOMPKINS CO., 


Cotton Seed Oil Mill Machinery (Continued). 


APPROXIMATE COST OF MACHINERY FOR A 


SIX PRESS (15 plates each) OIL MILL. 


Capacity 100 to 130 tons in 24 hours. 

Special Oil Mill Machinery. 

Two Sand and Boll Separators. 

Two Meat and Hull Separators. 

Six Standard 15-plate Presses. 

One Set 72-inch Heaters (3). 

One Set Chilled Rolls (4 high) 56-inch. 

One Cake Former (steam carriage). 

Two Duplex Hydraulic Pumps. 

One 4x4 Pump Tank. 

Price f. o. b.$21,000 00 


Other Machinery Required. 

Four 80-H. P. Boilers and Fixtures. 

One 200-H. P. Engine. 

One National Feed Water Heater. 

Twelve 106 Saw Carver Linters. 

Two Standard Hullers. 

One Cotton Press. 

One Cake Cracker. 

One Cake Mill. 

Three 15x15 Oil Tanks. 

Complete Set Drawings. 

Necessary Piping. 

Necessary Shafting, Pulleys and Hangers. 

Necessary Elevator Fixtures. 

Necessary Conveyors. 

Necessary Belting. 

Necessary Sprinklers for Mill Building. 

One 75-light Electric Plant. 

Four Fire Hose for Mill. 

Price f. o. b. factory.$44,500 00 


Total . 

Freight to Eastern port 
Freight to San Francisco 


$65,500 00 

6,000 00 
8,500 00 










CHARLOTTE, N. C. 


297 


COTTON SEED CLEANER. 



Figure 417. 


Capacity, 50 tons in 24 hours. 

Requires about one H. P. 

Weight, 1,400 pounds. 

The Cleaner is shipped set up and ready to spout the seed to and from 
machine when received at the mill. No belts are furnished with the machine. 


PRICE LIST. 
Cotton Seed Cleaner. 


F. O. B. factory 


$300 00 














298 


THE D. A. TOMPKINS CO., 


TOMPKINS SAND AND BOLL SCREENS. 



Figure 418. 


Combined Sand and Boll Screen. 


Made in our shops. 










CHARLOTTE, N. C. 


299 


SAND AND BOLL SCREEN. 


Is made to clean the seed. It takes out everything larger than a seed and 
also everything smaller than a seed. For mills of 40 tons capacity and under, 
we build the combination screen shown; for larger mills, we build two separate 
machines, one for sand -and one for bolls. All of these machines are built com¬ 
plete in our shop, and shipped knocked down; but the parts are so carefully 
marked that there is no trouble in setting them up in the mill. Each machine 
is self contained, and complete within itself. One belt drives all the parts, in¬ 
cluding elevators and conveyors. 


PRICE LIST. 

Tompkins Sand and Boll Screens. 

No. 1. 50 inches x 10 feet, 20 tons capacity 

No. 2. 60 inches x 12 feet, 30 tons capacity . 

No. 3. 60 inches x 14 feet, 40 tons capacity . 

For Blower, if desired, add. 

For Magnet, if desired, add . . . 

For Distributor, if desired, add .... 


$250 00 
300 00 
350 00 
25 00 
25 00 
40 00 













800 


THE D. A. TOMPKINS CO., 


COTTON SEED LINTER. 



This machine has 106 saws. The cylinder is made with iron or wood space 
blocks as desired. It has a capacity of 5 to 10 tons of seed per day of 24 hours. 
The less seed passed through one linter, the more lint is made per ton of seed. 

PRICE LIST. 

106-saw Linter (with Patent Iron Cylinder), Feeder and Condenser, 

with 1, 3, or 5-foot flue as required.$400 00 

Same machine as above except that it has a wood cylinder (with 

either sectional or whole saws) instead of iron cylinder . . . 375 00 












CHARLOTTE, N. C. 


301 


FILING MACHINE. 



Figure 420. 


Linter or Gin-Saw Filing Machine. 


Linter saws should be sharpened frequently. The illustration shows a per¬ 
fect machine for the purpose. We have them with single heads and with 
double heads. When desired, we furnish a gummer attachment, to keep the 
teeth in good shape, and keep them from wearing too short. 


PRICE LIST. 

For Linter-saw Filing Machine, with single head.$205 00 

For Linter-saw Filing Machine, with two heads ..255 00 

Patent Saw Gummer. 65 00 

















302 


THE D. A. TOMPKINS CO., 


TOMPKINS HULLER. 



Figure 421. 

Made in our shops. 



No. 1 

No. 2 

Size. 

30 inch 

17 inch 

Capacity, 24 hrs. 

80 tons 

30 tons 

H. P. required. 

25 H. P. 

15 H. P. 

Weight. 

3,500 Lbs. 

2,500 Lbs. 

Price... 

$400 00 

$350 00 

With Feed Roller .. 

425 00 

375 00 

With Adjustable Friction Feeder. 

450 00 

400 00 


Adjustable Friction Feeder, separate, Fig. 422 


$50 00 
































CHARLOTTE, N. C. 


303 


TOMPKINS HULLER AND SEPARATOR. 



Section through Separator, Huller and Feeder. 











































304 


THE D. A. TOMPKINS CO., 

HULLER FEEDER. 



Figure 423. 

Made in our shops. 


For price see page 300 . 







CHARLOTTE, N. C. 


305 


PLANTATION HULLER AND SEPARATOR. 



Seed Huller and Separator. 



























306 


THE D. A. TOMPKINS CO 



HULLER KNIFE GRINDERS. 


Figure 425. 

PRICE LIST. 

Huller Knife Grinder, entirely automatic, taking 40-inch knives . . $225 00 

Huller Knife Grinder, semi-automatic.175 00 


WE ARE PREPARED TO GRIND HULLER KNIVES IN OUR SHOP 


















CHARLOTTE, N. C. 


307 


MEAT AND HULL SEPARATING SCREEN. 



Figure 426. 

Made in our shops. 

This is similar in construction and appearance to the sand and boll screen. 
It is provided with a shaker underneath, to make the separation more perfect. 
It is self-contained, and is driven in the same manner as the sand and boll 
screen. 

PRICE LIST. 

Tompkins Separating Screens, with Shaker. 


No. i. 50 inches x 10 feet, 20 tons capacity.$250 00 

No. 2. 60 inches x 12 feet, 30 tons capacity.300 00 

No. 3. 60 inches x 14 feet, 40 tons capacity.350 00 

For Beater, if desired, add.125 00 




















308 


THE D. A. TOMPKINS CO 


CRUSHER ROLLS. 



Four-High Tandem Rolls. 
For prices see page 311 














CHARLOTTE, N. C. 


309 


CRUSHER ROLLS (Continued). 



Figure 428. 


Five-High Geared Rolls. 


For prices see page 31 





















310 


THE D. A. TOMPKINS CO., 


CRUSHER ROLLS. (Continued). 



Figure 429. 

Five-High Serpentine Rolls. 
For prices see page 311. 


















CHARLOTTE, N. C. 


311 


CRUSHER ROLLS. 

PRICE LIST. 

Weight. Price. 

4- High x 24 inches, gear 1 side 10,100. $800 00 

5- High x 24 inches, gear 1 side 11,000. 960 00 

3- High x 24 inches, belt 1 side. 750 00 

4- High x 24 inches, belt 2 sides 10,000. 820 00 

5 -High x 24 inches, belt 2 sides 10,900. 1,000 00 

4- High x 30 inches, gear 2 sides 12,050. 940 00 

5- High x 30 inches, gear 2 sides 14,172. 1,120 00 

4- High x 30 inches, belt 2 sides 11,570. 950 00 

5- High x 30 inches, belt 2 sides 13,670. 1,100 00 

4- High x 36 inches, gear 2 sides 13,120 . 1,020 00 

5- High x 36 inches, gear 2 sides 15,500. 1,225 00 

4- High x 36 inches, belt 2 sides 11,620. 1,025 00 

5- High x 36 inches, belt 2 sides 15,000. 1,210 00 

4- High x 42 inches, gear 2 sides 15,480. 1,100 00 

5- High x 42 inches, gear 2 sides 18,100. 1,320 00 

4- High x 42 inches, belt 2 sides 14,080. 1,110 00 

5- High x 42 inches, belt 2 sides 17,710. 1,310 00 

4- High x 48 inches, gear 2 sides 15,600. 1,175 00 

5- High x 48 inches, gear 2 sides 18,470. 1,425 00 

4- High x 48 inches, belt 2 sides 15,170. 1,190 00 

5- High x 48 inches, belt 2 sides 18,090. 1,420 00 

4- High x 60 inches, gear 2 sides 18,040. 1,350 00 

5- High x 60 inches, gear 2 sides 21,380. 1,625 00 

4- High x 60 inches, belt 2 sides 17,680. 1,365 00 

5- High x 60 inches, belt 2 sides 21,110. 1,635 00 

5-High x 30 inches, serpentine 13,870. 1,150 00 

5-High x 36 inches, serpentine 15,200. 1,260 00 

5-High x 42 inches, serpentine 18,010. 1,360 00 

5-High x 48 inches, serpentine 18,390. 1,460 00 

5-High x 60 inches, serpentine 22,750. 1,725 00 





































312 


THE D. A. TOMPKINS CO, 


HEATERS. 



Figure 430. 

52 -inch Cooking Heater. 
(Showing Hand-Carriage Former.) 
For prices on Heaters see 


page 319 . 








CHARLOTTE, N. C, 


318 


HEATERS (Continued). 



Figure 431. 

Heaters with Independent Parallel Under Drive. 
For prices on Heaters see page 319- 











































314 




THE D. A. TOMPKINS CO. 


HEATERS (Continued). 



Figure 432. 

Heaters with Gang Under Drive. 
For prices on Heaters see page 319. 























CHARLOTTE, N. C 


315 


HEATERS (Continued). 



Figure 433. 

Heaters with Overhead Drive. 
For prices on Heaters see page 319. 

























316 


THE D. A. TOMPKINS CO., 


HEATERS (Continued.) 



Figure 334. 

Presses, Former and Heaters with Independent Right Angle Drive. 

For prices on Heaters see page 319. 






































CHARLOTTE, N. C, 


317 


HEATERS (Continued.) 



Figure 435. 

Triple Heaters. 

For prices see page 319. 



























318 


THE D. A. TOMPKINS CO., 


HEATERS (Continued). 

TRIPLE HEATER—LETTERING. 

A. —Charging hoppers to hold a measured quantity of meats while waiting 
to be dumped into heaters. 

B. —Cooking heaters. 

C. —Conical head to carry stirrer arms. 

D. —Stirrer arms. 

E. —Space for steam to make the heat. 

F. —Vertical stirrer shaft. 

G. Storage or sub-heater, to keep meats warm while 
waiting to be used. 

H.—Horizontal driving shaft. 

J. —Lid partly open to temper the cooking. 

K. —Gate to dump charging hopper. 

L. —Lever to operate charging gate. 

M— Former to make cakes for presses. 



Section Through Triple Heaters. 

















































































































































CHARLOTTE, N. C. 


319 


COOKING HEATERS. 

The illustrations, Figs. 430 to 435 show the different methods, of driving 
the various arrangements of these Heaters. We have two sizes: 52-inch and 
72-inch. Our Heaters are of solid cast iron, without seams. The steam jacket 
is cast with the Heater body. The entire outside is jacketed with felt and 
finished up with Russia iron covering. They are provided with charging hop¬ 
pers and easy working charging gates. 


PRICE LIST. 



Weight, lbs. 

Price. 

52-inch Single Heater Complete, Bottom Drive 


8,600 . 

$ 600 00 

Set of two 52-inch Heaters Complete, Bottom 

Drive 

16,000 . 

1,050 00 

Same, arranged for Top Drive 


14,200 . 

975 00 

Double Deck 52-inch Heater, Bottom Drive 

. 

13,600 . 

900 00 

Same, arranged for Top Drive . 


13,400 . 

850 00 

Triple Set of two 52-inch Cookers and one 

Storage 



Heater, Bottom Drive. 


2i,700 . 

1,500 00 

Same, arranged for Top Drive 


19,800 . 

x ,375 00 

Set of two 72-inch Heaters Complete, Bottom 

Drive 

22,500 . 

1,450 00 

Same arranged for Top Drive . 


19,000 

1,275 00 

Double Deck 72-inch Heater, Bottom Drive . 


18,000 . 

1,175 00 

Same arranged for Top Drive . 


17,600 . 

t_n 

O 

O 

O 

Triple Set of two 72-inch Cookers and one 

Storage 



Heater, Bottom Drive. 


29,000 . 

1,800 00 

Same, arranged for Top Drive . 


25,500 . 

1,650 00 

















320 


THE D. A. TOMPKINS CO., 


NO. i PRESSURE REGULATOR. 



Figure 437. 


This style is designed for all places where there is no pulsation of pressure, 
Suitable for Steam Heating, Boiling, Drying, Distilling, and all places requiring 
a constant, unvarying pressure below that of boiler. 

In ordering, please state purpose for which valve is to be used, also pres¬ 
sure to be carried. 

This style sent unless otherwise ordered. 

PRICE LIST NO. i PRESSURE REGULATOR. 


Size, Inches. 

% 

1 

1 % 

1 % 

2 

2'4 

3 

3 'A 

4 

5 

6 

7 

8 

10 

12 

15 

Price, Each. 

$ 20 

$ 22 

$ 24 

$ 25 

$ 30 

$ 35 

$ 40 

$ 50 

$ 60 

$ 75 

$100 

$135 

$175 

$275 

$400 

$500 

Length Screw-End 
Valves, Inches..., 

3^ 

4 

5 

7 

714 

714 

9 % 

914 

105* 

1114 

12 % 






Length Flanged 
Valves, Inches.... 







9 'A 

914 

105* 

11 % 

125* 

135* 

16 

20 

21 

24^ 

Diameter of 
Flanges, Inches... 





6 

7 

714 

8 H 

9 

10 

11 

12^ 

1314 

16 

19 

22 


Ya to iy 2 inch inclusive, Screw end; 2, 2^, 3, 4, 5 and 6 inch, either 
Flanged or Screw End. 7 to 15 inch, Flanged End. 

For very low pressure such as Vacuum System of Steam Heating, order 
Valve No. 3. 




























































CHARLOTTE, N. C. 


321 


FORMER. 



u. 

(JJ /—s 


u 

O 


Ph 


0> 


Ph 


4 ) 

M 2 
oJ .5 

U H 


C 3 

<U 


O 

H 


on xj 
-O ctJ 


4 > 



The illustration shows the self-acting steam carriage style. This has a 
separate direct acting steam cylinder to operate the carriage which distributes 
the meats in the Former bed. We also furnish Formers with hand' carriage 

when desired. PRICE LIS T, CAKE FORMERS. 

No. 1. Steam Carriage Former^'v'lV)'’ 5 ' $MOOO No. 2. HandICarriage Former . 4,MO $500 00 











322 


THE D. A. TOMPKINS CO., 


OIL PRESSES. 



Figure 439. 

15-Plate Hydraulic Oil Press. For prices see page 326. 





















CHARLOTTE, N. C. 


323 


OIL PRESSES (Continued) 





Figure 440. 

Oil Press in Section. 



























































































































































324 


THE D. A. TOMPKINS CO., 


OIL PRESSES (Continued). 



Figure 441. 


Oil Press, Showing Hydraulic Packing. 





























































































CHARLOTTE, N. C. 


325 


HYDRAULIC PACKING FOR OIL PRESS. 


It is necessary to have a special packing to make the joint between the 
ram and the cylinder. Figure 441 shows the cylinder in section. The packing 
is shown at A. It consists of a crimp made of sole leather, formed in a 
mould made for the purpose. Figure 442 shows one kind of crimp mould. 
The leather used should be hard and sound. It is better to have it planed to 
a uniform thickness. It is put into the mould when thoroughly wet, and kept 
until entirely dry and hard. It is then taken out and the center cut out, leaving 
a ring of the shape shown in figure 441. It is carefully trimmed to the correct 
size and wedged into the recess with blocks of hard wood, such as walnut or 
maple. Care must be taken to so mould the leather that the hair or grain side 
of the leather will come next to the ram, where the wear comes. A good 
packing should last several months; but sometimes, on account of unseen de¬ 
fects in the leather, it may fail in a single day. A mill should always keep on 
hand one or more packings, ready for emergencies. 

The blocks for wedging in the packing should be carefully formed to ex¬ 
actly fill the space in the leather cup and hold it firmly in place. A good way 
to make the blocks is to build up a wood cylinder of straight staves, after the 
fashion of a barrel, 12 or 15 inches long. The staves are glued together and 
fastened endwise to the face plate of a lathe and turned inside and outside to 
the proper diameter. The end of cylinder is turned to the proper shape and a 
ring of the blocks cut off. These are then split apart, and are ready for use. 
Several sets may thus be made and cut off and kept for future use. 







326 


THE D. A. TOMPKINS CO., 


OIL PRESSES (Continued). 


See Fig. 439 


These have steel plates with extra strong side walls, and with ample drain¬ 
age capacity. We furnish brass plates on special orders. We furnish Presses 
with 12 plates, or with 15 plates as desired. 


PRICE LIST. 


12-Plate Press: Weight. 

One 12-Plate Press complete, with 54 -inch steel per¬ 
forated plates, hydraulic gauge and gauge pipes, 
galvanized drain trough, and 24 -inch change 


valve.20,860 

The above, with perforated brass pans .... 21,050 

The above, with perforated brass pans and brass 

top liners.21,190 

15-Plate Press: 


15-Plate Press Complete, with 54 -inch steel perfor¬ 


ated plates, hydraulic gauge and gauge pipes, 
galvanized drain trough and i-in. change valve . 22,900 

The above with perforated brass pans.23,100 

The above with perforated brass pans and brass 

top liners.23,300 


Price.- 


$1,400 00 
1,450 00 

1,610 00 


1,550 00 
1,600 00 

1,710 00 







CHARLOTTE, N. C. 


327 



c 



Figure 442. 


Mould for Making Hydraulic Packing. 

































































































































































328 


THE D. A. TOMPKINS CO. 


HYDRAULIC PUMPS 


d 

a 

3 

pH 

a 



I £ 

£ o 


>> 

tn 


& 

3 

Q 




















CHARLOTTE, N. C. 


329 


HYDRAULIC PUMPS. 

Figure 443. 

We furnish all sizes and styles of Hydraulic Pumps, both belt driven and 
independent steam driven, such as shown in the illustrations. They are made 
for low pressure or for high pressure as desired. They all have automatic and 
positive pressure regulators. 


PRICE LIST, DUPLEX HYDRAULIC PUMPS. 


Size. 

Price. 

Weight. 

Governor and Safety 
Valve. 

6 x % x 6 

291 50 

1950 

100 00 

6 x 134 x 6 

291 50 

1950 

100 00 

6 x 134 x 6 

291 50 

1950 

100 00 

7 x % x 10 

470 00 

3450 

100 00 

7 x 134 x 10 

485 00 

3525 

100 00 

7 x 134 x 10 

485 00 

3525 

100 00 

7 x 1 % x 10 

485 00 

3525 

100 00 

8 x1 x 10 

500 . 00 

3575 

100 00 

8 x 1 % x 10 

500 00 

3575 

100 00 

8 x 1 % x 10 

500 00 

3575 

100 00 

8 x2 x 10 

565 00 

4800 

100 00 

10 x 134 x 12 

645 00 

5675 

100 00 

10 x 1 % x 12 

655 00 

5675 

100 00 

10 x 234 x 12 

770 00 

6675 

100 00 

10 x 234 x 12 

770 00 

6675 

100 00 

12 x 134 x 12 

700 00 

5975 

125 00 

12 x2 x 12 

815 00 

6975 • 

125 00 

12 x 2 % x 12 

825 00 

6975 

125 00 

12 x 3 x 12 

890 00 

7600 

125 00 

14 x 1 % x 12 

775 00 

6475 

125 00 

14 x 234 x 12 

900 00 

7475 

125 00 

14 x 3 x 12 

965 00 

8100 

125 00 

14 x 334 x 12 

965 00 

8100 

125 00 

16 x 2 x 12 

925 00 

7875 

125 00 

16 x 2 % x 12 

925 00 

7875 

125 00 

16 x 334 x 12 

1000 00 

8500 

125 00 

16 x 4 x 12 

1125 00 

9900 

125 00 















330 


THE D. A. TOMPKINS CO., 



Fig. 444 shows a high and low pressure pump, piped up to three presses. 
More presses could be added if desired. 


A. —Low pressure pump. 

B. —High pressure pump. 

C. —Automatic change valve. 

D. —Side view of automatic change valve. 

E. H.—Press change valves. 

F. —Pipe to press. 

G. —Presses. 

K.—Discharge pipe to tank. 


The automatic change valve C (see Fig. 44 6 ), is put near pumps. By this 
plan only one line of the pipes is required, to go from the automatic change 
valve to as many presses as one set of pumps will supply. 



















































































































CHARLOTTE, N. C. 


331 


AUTOMATIC PRESS VALVES. 



Figure 445. 

Hydraulic Press Valves. 
























332 


THE D. A. TOMPKINS CO., 


AUTOMATIC PRESS VALVES (Continued). 


jQl 


K 


72?Zaa&c 



Figure 446. 

Old Style Automatic Change Valve. 



















































































CHARLOTTE, N. C. 


AUTOMATIC CHANGE VALVE. 


In connection with this system of high and low pressures, with or with¬ 
out the accumulators, there was devised a system of automatic change valves 
to admit to the press the low pressure and automatically change over to the 
high pressure. 

Sometimes the automatic valves were left out, and the changes made with 
the regular press valve, by a man watching the gauge. 

Fig. 446 shows an automatic change valve in section, connected by piping 
to a regular press valve shown above. The connecting pipe is shown broken 
to indicate that the automatic valve may be placed in any desired position with 
reference to the press valve. 

Low pressure pump is connected to the press valve at A. High pressure 
pump is connected to the automatic valve at G. 

To put pressure on press, close K, open J. 

Pressure is admitted from low pressure pump through A and adjacent 
check valve, through B and onward. 

At 300 pounds pressure, plunger D is pressed down strongly enough to 
open E. 

This admits high pressure through E, F, H, and onward. 

High pressure shuts low pressure check valve and holds D down. 

At H is a choke valve to admit the high pressure very gradually. This 
is to save press cloth and give the oil time to flow out of the meats in the 
press. 

Valves similar to this are still in use, but some late valves are very much 
simplified in design. 




334 


THE D. A. TOMPKINS CO., 


AUTOMATIC CHANGE VALVES (Continued). 



Figure 447. 

New Style Automatic Change Valve. 




















































CHARLOTTE, N. C. 


335 


AUTOMATIC CHANGE VALVES (Continued). 


IMPROVED AUTOMATIC CHANGE VALVE, FIG. 447.—LETTERING. 


Fig. 447 shows a cross section of an improved change valve, having 
fewer parts than any of the old forms. Both high and low pressure pumps 
are connected to this valve. 

A—Pipe from low pressure pump. 

B—Check over same. 

C—Port to press pipe. 

D—Pipe to press. 

E—Pipe from high pressure pump. 

F—Choke valve. 

G—Stop valve, high pressure. 

H—Stop valve, low pressure. 

J—Crimp packing. 

K—-Leather gasket. 

When valve at press is first opened, low pressure flows through pipe A 
and check B, to press. 

At the same time, the high pressure pump forces oil through the slot in 
choke valve F. (This slot is a mere notch filed across face of valve.) 

As oil passes through this choke valve its pressure becomes as low as 
the pressure from low pressure pump. Thus both pumps contribute to hasten 
the ram, and when the slack of the press is taken up, the high pressure 
pump, continuing to put oil through the choke valve F, gradually raises the 
pressure to above that of the low pressure pump. Then the check B closes, 
and the pressure continues to rise by the action of the high pressure pump 
alone. The choke valve makes this rise of pressure very gradual, and it is 
this regulation of the rise which saves the press cloth and makes a greater 
yield of oil from the presses. 



336 


THE D. A. TOMPKINS CO., 



HYDRAULIC ACCUMULATORS 


Figure 448. 

Hydraulic Accumulators. 
















CHARLOTTE, N. C. 


337 


HYDRAULIC ACCUMULATORS. 


HIGH PRESSURE (4,000 lbs. per sq. inch). Weight. 

One ill" dia. ram, 4 foot travel. 

One high pressure accumulator mounted on base plate 
and provided with housing as shown in Fig. 448. 

Complete with automatic safety-valve and checks 
ready to attach, arranged with tank for iron bor¬ 
ings, requiring about 5,800 lbs. borings . . 9,500 lbs. 

The above arranged for wall guide.6,100 lbs. 

LOW PRESSURE (400 lbs. per sq. inch). , 

One 4^6" dia. ram, 4 foot travel. 

One low pressure accumulator, mounted on base plate 
and provided with housing as shown in Fig. 448. 

Complete with automatic safety-valve and checks 
ready to attach, arranged with tank for iron bor¬ 


ings, requiring about 3,100 lbs. borings . . 9,500 lbs. 

The above without base plate, arranged for wall 

guide.6,100 lbs. 


Price. 


$700 00 
525 00 


700 00 

525 00 




338 


THE D. A. TOMPKINS CO., 


HYDRAULIC POWER PUMP. 



Fig. 449 represents our Hydraulic Power Pump for oil mills. While this 
type of pump has been supplanted to a large extent by the Duplex Hydraulic 
Pressure Pump (Fig. 443 ), many of the mills still prefer the Power Pump, 
and we furnish them when desired. 

Prices upon application. 























CHARLOTTE, N. C. 


339 


CAKE CRACKERS 



Figure 450. 

TOMPKINS No. 1 CAKE CRACKER. 

Improved Pattern with Steel Saws. 

Made in our Shops. 

Fitted with journals of extra weight and length, with interchangeable, ring- 
oiling bearings, which together with the one-quarter inch tempered steel saws give a 
machine which runs with little or no vibration, and requires but little power to 
operate. Cut gears are used insuring a minimum amount of noise. While there 
is very little danger of this machine or the conveyor directly beneath, becoming 
choked, should this occur the cant-boards are easily removed giving ready access to 
both saws and conveyor. The machine is raised high enough from the floor to allow 
conveyor to deliver into elevator boot without cutting a hole in the floor or blocking 
up the machine. 

Capacity.about 5 tons of cake per hour 

Power required.. .5 to io H. P. 

Speed.250 to 300 R. P. M. 

Pulley. .24 inch dia., 6 inch face 

Length (over all). .. 44 inches 

Width. 30 inches 

Height (from floor to top of hopper). 45 inches 

Weight. 1200 pounds 

Price..... .... .... .... .. $175 00 






















340 


THE D. A. TOMPKINS CO., 


CAKE CRACKERS (Continued). 



No. 5 CAKE CRACKER. 

This is to crack the cake preparatory to grinding. It is extra strong and 
does its work perfectly. 

Capacity up to io tons of cake per hour. 

Price, $250.00, 


Figure 451 . 

NO. 5 CAKE CRACKER. 





CHARLOTTE, N. C. 


341 


ATTRITION MILLS 



figure 452. 

SCIENTIFIC ATTRITION MILL. 
For description and prices see page 342. 












Scientific Combination and Scientific Attrition Mills. 


342 


THE D. A. TOMPKINS CO., 



The illustration shows a style of mill which we have used with the best success for the past five years. It will grind meal to any desired degree of fineness. If 
properly used it grinds meal readv for export without bolting. If it is desired to bolt it, we also furnish machinery for this purpose. 

Numbers 6 and 10 are Scientific Combination Mills; the others are Scientific Attrition Mills. 


















































CHARLOTTE,"N. C 


343 


PRESSES. 



Figure 453. 

Cotton Seed Hull Baling Press, 








































344 


THE D. A. TOMPKINS CO., 


PRESSES (Continued). 

COTTON SEED HULL BALING PRESS. 

Fig. 453- 

The Press will make bales of any length, from one to four feet, as desired. It 
requires two men or boys to wire the bales, one to feed and put in dividing blocks, 
and one to remove the bales and pass back the dividing blocks. It will bale from 
forty-five to sixty bales per hour, weighing over ioo pounds each, size 14 inches by 18 
inches and 20 inches long. Extreme length of press frame, 18 feet, weight, about 
6,200 pounds. 8 to 12 H. P. required to operate. 

Price.$400 00 


COTTON SEED HULL PACKER. 



Figure 454. 


We make this Packer in two styles, viz.: 
“C” and “D.” Style “C” has a friction 
drive and an automatic stop when sack or 
barrel is filled. 

Style “D” has no automatic stop or 
friction drive. It is not intended, when 
packing cotton seed hulls, to stop the Packer 
when the sack is filled. Instead the feed is 
shut off and diverted to a re-tail bin. When 
the full sack is taken out and an empty sack 
put in place, the feed is again turned on. 
In some cases two Packers are used, one 
machine packing while the full sack is being 
replaced by an empty one in the other. 
The Packer will not feed from a bin. Ma¬ 
terial must be fed in by a spout. 

In ordering always give the size of the 
sacks laid flat on the floor, stating the 
length and width. Also state whether the 
counter shaft is to extend to right or left 
hand side as you stand facing the Packer, 
and whether the auger shaft is to run with 
or against the sun. 


DIMENSIONS, PRICE AND WEIGHT. 


Style C or D. 

Extreme height.9' 2" Speed . . . . 

Size on floor . . . . 4’ 1" x 2' 9" Large gear, teeth 

Size of pulley . . . . 24" x 6^" Small gear, teeth 


Floor to center of pulley . . 8' o" Weight. 

Price, with outfit for one size sack, any size. 

Each additional outfit, consisting of tube, auger and outside case . 

Each additional tube and auger. 

Each additional outside case. 


200 

60 

24 

2,100 


$350 00 
36 00 
12 00 
24 00 

























CHARLOTTE, N. C. 


345 


PRESSES (Continued). 



Figure 455. 

LINT BALING PRESS. 

Of strong and durable construction, using little power and will pack a symmetri¬ 
cal bale to any reasonable density. The screws are three and one-quarter inches in 
diameter. Driven by one belt, which runs all the time, being operated by clutch. 
Automatic trip for throwing the Press out of gear when it runs down. 

Either down or up packing Press furnished, as desired. 

Prices upon application. 


























346 


THE D. A. TOMPKINS CO., 


COTTON SEED DELINTING. 


Many types of machines have been built to take the short lint off cotton seed, 
leaving the seed black like the seed of Sea Island cotton or from Egyptian cotton. 
These machines are usually called Delinters or Delinting machines. The class of ma¬ 
chine now on the market are those having corundum blocks held in cylindrical shape 
to make a concave, and a cylinder with other blocks or steel vanes to carry the seed 
around or plow through them. Between the corundum blocks is perforated metal 
through which the lint is drawn by a suction fan. This may be condensed on an 
ordinary gin condenser having fine wire screen to catch it, or it may be collected in 
a cyclone dust collector. 

Debated seed are generally exported. The price of these vary in foreign markets 
and the profit of the delinting business depends on the price of seed in England 
and France. Sometimes there is profit, but generally speaking the business up to 
date has not been continuously prosperous. In making estimates these facts should 
be kept in mind: The American ton is 2,000 pounds; when the lint is taken off there 
is about 1,750 pounds; the English ton is 2,240 pounds. There seems to be very little 
market for the lint. Besides these features the power required is very considerable. 
Except at coast points there would be two freights to pay in the United States—one 
in to the mill and one out to the port—and although the seed are comparatively free 
from heating when delinted they are not wholly immune and claims from this and 
other causes in foreign markets are considerable. 

Delinting machines have been made in which a cone cylinder is lined with emery 
blocks and the seed brushed out against these by strips of sheepskin or other leather, 
and others still having fine cut saws like gin saws plowing through slitted cylinders 
full of packed seed. The action of all the machines warms the seed (sometimes too 
much) and this dries them and makes them more free from spoiling. 





CHARLOTTE, N. C. 


347 


DELINTING MACHINES. 



Figure 45G. 


Capacity, 15 tons in 24 hours. 
3,000 pounds. 

Price .... 


Power to operate, 15 H. P. Shipping weight, 
.$1,300 co 


Delinting and Grinding Cotton Seed Hulls. 

The object of delinting and grinding cotton seed hulls is to sell them at a 
higher price than they bring as a coarse cattle feed. The machinery to separate the 
lint and hull has been successfully made but the operation has not so far been a 
commercial success. When separated the lint is sold for paper stock but it has not 
competed successfully with wood pulp and other paper stock. The hull, being fine 
ground, is mixed with the meal before it goes in the press and some people claim it 
makes the cake porous and lets out more oil. In the cake it is an adulterant and 
there are many other cheaper adulterants that would do as well. There may be other 
and entirely proper uses for the hull and lint when separated that we are not 
aware of. 








































































348 



THE D. A. TOMPKINS CO., 


DELINTING MACHINES (Continued). 


Figure 457. 

Hull Delinting and Grinding Machine. 

Capacity (22-inch plate) 15 to 18 tons in 12 hours. Power to operate, 15 to 18 H. P. Shipping weight, 2,550 pounds. 
Price.$300 00 












CHARLOTTE, N. C. 


349 


FERTILIZER MIXER. 



Z h 


qj o 
t 5> .N fl 

S3 « 
s 


Elevator B delivers the material into revolving screen within part marked C. 
The uniformly fine mixture is hoppered to conveyor E which carries it to bagging 
spout F. The lumpy materials which will not pass through the meshes or perfora¬ 
tions, roll out the lower end of screen, and are ground between the rolls D and 
delivered to the conveyor. 


PRICE LIST. 


Small machine to mix 7-10 tons per day.$225 00 

Large machine to mix 15-20 tons per day.500 00 









































































































350 


THE D. A. TOMPKINS CO. 


CONVEYORS. 


Conveyors run by belts will convey either way by crossing the belt. Changing a 
Conveyor, end for end, does not change from right to left hand. In ordering, be sure 
to give length and diameter of driving ends. 





Figure 459. 


The arrows indicate which way the Conveyor turns and which way the material 
is carried. Conveyors should run 150 revolutions per minute. 

An extra charge is always made for driving ends, including the part going into 
pipe. We carry a large stock of regular sizes and lengths, made up, thereby insuring 
to our customers prompt shipment. 


PRICE LIST, SPIRAL STEEL CONVEYOR. 


Diam. m 
Inches. 

Standard 

Lengths. 

Inside Diam. of 
Hollow Shaft. 

Max. 

Speed 

Guaranteed 
Capacity per 
hr. Bushels 

Price per 
foot, Steel 
Flights. 

Price per foot 
Galvanized 
Iron. 

4 

8 ft. 

I inch 

IOO 

IOO 

$ I 00 

$ I 28 

6 

10 ft. 

1P2 inch 

140 

300 

I 67 

2 03 

9 

10 ft. 

\ l / 2 inch 

150 

1,000 

2 00 

2 68 

12 

12 ft. 

2 inch 

160 

2,000 

2 80 

3 48 

16 

12 ft. 

2 inch 

160 

3,000 

3 75 

4 83 

16 

12 ft. 

3 inch 

160 

4,000 

5 08 

6 38 

18 

12 ft. 

3 inch 

160 

5,000 

6 15 

7 79 


The Standard Lengths, as given above, include the width of one Hanger Bearing. 
These prices include Hangers, Curved Sheet Iron Lining, Couplings and Bolts 
complete. 



















































CHARLOTTE, N. C. 


351 


CONVEYORS (Continued). 

CONVEYOR BOX END. 

To make a Firm Bearing for Driving End. 



Diameter 

Ddameter 

Price. 

Conveyor. 

Shaft. 

4 -inch 

i -inch 

$1 50 

6 “ 

1^ “ 

2 00 

8 “ 

1 ^ “ 

2 75 

9 “ 

iH “ 

3 00 

9 “ 

2 

3 25 

10 “ 

“ 

3 75 

10 “ 

2 “ 

4 25 

12 “ 

2 “ 

6 00 

12 “ 

3 “ 

6 75 

14 “ 

2 “ 

7 50 

16 “ 

2 “ 

9 00 

16 “ 

3 “ 

10 00 

18 “ 

3 “ 

12 00 


COUNTERSHAFT BOX END FOR CONVEYOR. 

Used for Driving Conveyors at right angle to line shaft. 

PRICE LIST. 

Including the cast-iron box end, necessary drive end projection for the conveyor, 
gears and short countershaft projecting far enough to take sprocket wheel or pulley. 


For 4-inch 

Caldwell 

Conveyor . 

$ 8 00 

For 6 “ 

if 

ft 

10 00 

For 9 “ 

it 

ft 

15 00 

For 12 “ 

it 

if 

26 00 

For 16 “ 

on 2-in. 

it 

40 00 

For 16 “ 

on 3-in. 

tt 

45 00 



Figure 461. 


RIGHT ANGLE DRIVE FOR CONVEYOR. 
Used for Conveying Cotton Seed around a corner. 



PRICE LIST. 

Subject to Discount. 

For 4-inch Caldwell Conveyor . $11 50 
For 6 “ “ “ . 17 50 

For 9 “ “ ** . 21 00 

For 12 “ “ “ 38 00 


Figure 462. 












352 


THE U. A. TOMPKINS CO., 


CONVEYORS (Continued). 



The hulls which come from the Separating Screen are carried to the place of 
storage or shipment in a conveyor having a perforated bottom, so that the meats 
yet remaining in the hulls are sifted through and removed by a smaller conveyor 
underneath. This arrangement is shown in Fig. 463, where the hull conveyor is 
shown as right hand, bringing the hulls away from the Screen, and the small con¬ 
veyor left hand, carrying the meats back. It is usual to equip 40 to 60 feet of the 
hull conveyor in this manner. Sometimes this portion of the conveyor is made with 
cut flights, or interrupted spirals, for the purpose of stirring the hulls to perfectly 
shake out the small particles of entangled meats, 














CHARLOTTE, N. C. 


353 


CONVEYOR LINING. 



Figure 464. 

Plain Lining. 

The following prices are for curved steel lining made from our regular widths of 
standard gauge metal. 


Diameter conveyor.4 in. 6 in. 9 in. 12 in. 16 in. 

Linings, per foot .$0 05 $0 06 $0 10 $0 13 $0 23 


Prices on extra heavy linings upon application. 



Figure 465. 


Perforated Lining. 

The use of Conveyor, either with regular or cut flights, running in a box lined 
with perforated metal, is a most effective and economical method of separating sand, 
dirt, grit and other foreign substances from cotton seed and other material. Where 
so used the lining should be wider than our regular plain lining and the metal should 
be of heavier gauge. 

The prices for perforated lining vary with the size of the perforations the width 
of lining (before rolling) and the gauge of metal used. 

We recommend where perforated lining is used that the metal be wider than is 
employed for making the plain steel lining, and in asking for price it would be well 
to specify the width and gauge of metal as well as the size of perforation. 


STANDARD SIZES OF PERFORATED CONVEYOR LININGS. 

For 9-inch Linings, sheets 15to 18 in. x 30 in. or longer, 1 in. margin on sides, 
rolled to circle of 10 inches. 

For 12-inch Linings, sheets 20 l / 2 to 24 in. x 30 in. or longer, i l / 2 in. margin on 
sides, rolled to circle of 13 inches. 

For 16-inch Linings, sheets 28 to 30 in. x 30 in. or longer, 2 in. margin on sides, 
rolled to circle of 17 inches. 

Nail holes in side margin 54 inch diameter and 4 inches apart. 












354 


THE D. A. TOMPKINS CO., 


PERFORATED METALS. 


oooooo ooooooooooo oo ooooooooooooooooo 

oooooooooooooooooooooooooooooooooooo 
OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO O o o o 
OOOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOOOOO 

oooooooooooOOO OO OOOOOOOOOOOOOOOOOO 0 0 
oooooooooooooooooooooooooooooooooooc 
oooooooooooooo o ooo oooooooooooooooo oo 
OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO o o o c 

oooooooooooooooooooooooooooooooooooo 

ooooooooooooooooo OOOOOOOOOOOOOO o o ooo 

ooooooooooooooooooooooooooooo O O O 0 0 0.0 

OOOOOOOQOOOOOOO ooo ooooooooooo o ooo ooo 

cooooooooooooooooooooooooooooooooooo 

ooo o ° b ° ° ° ° 0 -°-°— 1 S-Q-Q-S- n ooooQO 


Figure 466. 


We furnish this work in iron, steel, copper, brass, zinc or tin. 

It is very difficult to make an intelligent price list on perforated metal, as so 
many things are to be taken into consideration. We will make estimates on any 
class of work wanted, asking our customers to give us the folio-wing information: 

First. Kind of metal and size of sheets each way. 

Second. Size of perforation, round, slot or oval. If slot or oval, which way of 
the sheet the perforations are to run. 

Third. Gauge or thickness of metal. 

Fourth. The width of margins, and if screw holes or nail holes are wanted to 
fasten to frame. Send diagram as shown below. 

Fifth. Flat or rolled. 




120 ” 




2 ^” 


* 

o 

CO 

r 


Wz 






Figure 467. 


Customers will readily understand that large numbers of sheets of one-sized 
hole can be perforated cheaper in proportion than small orders. However, we will, 
whenever possible, bunch orders to save our customers expense in this way. 


Prices on application. 















CHARLOTTE, N. C. 


355 


CONVEYOR BOXES. 


It is generally cheaper and preferable for the box to be made on the premises 
and placed in position where wanted, rather than to have us make it. The box is 
not easy to transport and is generally warped and twisted out of shape by shipping 
and handling. 

It is a good plan to make conveyor boxes of seasoned lumber dressed on all 
sides, unless for very rough work. Place box in straight and level as possible and 
fasten well to supports as often as convenient. The more solid the box the better. 
To prevent the box from spreading, put cleats across the top every four feet. Make 
bearing for driving ends independent of box on large or long conveyors. 

Where for special reasons it is desirable to have the box furnished for the con¬ 
veyor, we shall be pleased to quote price on the conveyor complete, fitted in the 
wooden box. 


INFORMATION USEFUL IN MAKING CONVEYOR BOXES. 


Conveyor Boxes should always be made of kiln-dried lumber, as any shrinkage 
causes the Conveyor to run out of true. For 4-inch Conveyor Boxes, we recommend 
i-inch lumber; for 6-inch and 9-inch, i*4 inch; for 12-inch and larger, 2 inches thick. 
The following table will show the proper size to make the boxes for Conveyors: 


Diameter of 

Drop of 

Depth of Box, 

Width of Box, 

Conveyor. 

Hanger. 

Inside Measure. 

Inside Measure. 

4 inches. 

2*4 inches. 

4^4 inches. 

5 inches. 

5 “ 

3 

6 

6 “ 

6 “ 

3 ^ “ 

7 

7 “ 

8 “ 

4/2 “ 

9 

9 “ 

9 “ 

5 

10 

10 “ 

10 “ 

7 

12*4 “ 

11 “ 

12 “ 

7/2 “ 

14 

13 “ 

14 “ 

83/ 4 “ 

I6H “ 

15 “ 

16 “ 

9J4 “ 

18 

1 7 “ 

18 “ 

IO t /2 “ 

20 

19 “ 


To get the best service out of Conveyors, they should be run close to the bottom 
of trough—for 4 and 6 inch, say, Vk inch play; for larger sizes, a little more. 


(Continued on following page,) 






356 


THE D. A. TOMPKINS CO., 


CONVEYOR BOXES (Continued). 


% 



Figure 468. 


4 -Inch Conveyor Box. 



Figure 46 . 

6 -Inch Conveyor Box. 



Figure 470 . 

9-Inch Conveyor Box. 



12 -Inch Conveyor Box. 



Wooden Boxes for Conveyors. 








































CHARLOTTE, N. C. 


ELEVATORS. 



Sprocket Chain Elevators. 
































358 


THE D. A. TOMPKINS CO., 


Price List Link Belting and Attachments. 


No. 

PRICE PER FOOT. 

Links 

per 

Foot. 

Pitch of 
Links in 
Inches. 

Working 

Strain. 

Pounds 

Equivalent in 
Leather Belting. 

Price 
Coupling 
Links 
per Pair. 

All Plain 
Links. 

All At¬ 
tachment 
Links. 

With At¬ 
tach m’ts 
at 

Intervals 

25 

$ 12 

$ 28 

$ 17 

13.3 

.902 

75 

1 

in. single. 

$ 0 06 

32 

12 

25 

17 

10.4 

1.153 

150 

iy 2 

a a 

06 

33 

12 

25 

17 

8.6 

1.395 

200 

2 

a a 

07 

34 

12 

25 

17 

8.6 

1.395 

225 

2 ^ 

a a 

08 

35 

12 

25 

17 

7.4 

1.621 

250 

234 

u n 

08 

42 

13 

27 

18 

8.8 

1.363 

300 

3 

«< n 

11 

45 

13 

27 

18 

7.4 

1.621 

350 

334 

a a 

11 

51 

17 

30 

22 

10.4 

1.153 

375 

3 ^ 

a a 

12 

52 

18 

30 

22 

8 

1.5 

500 

4 

<< a 

12 

55 

18 

28 

21 

7.4 

1.621 

450 

4 

<< << 

12 

57 

18 

36 

24 

5.2 

2.307 

600 

6 

<< a 

17 

62 

24 

41 

30 

7.3 

1.643 

650 

6 J4 

a << 

18 

66 

24 

41 

30 

6 

2 

700 

634 

<< a 

18 

67 

24 

41 

30 

5.2 

2.307 

700 

7 

a a 

18 

75 

28 

45 

34 

4.6 

2.609 

750 

7 ^ 

a u 

21 

77 

28 

45 

34 

5.2 

2.307 

800 

8 

a a 

21 

78 

32 

50 

40 

4.6 

2.609 

1000 

10 

a a 

28 

83 

36 

67 

53 

3 

4 

1200 

12 

u a 

37 

85 

40 

70 

54 

3 

4 

1300 

9 

“ double. 

50 

88 

38 

68 

53 

4.6 

2.609 

1200 

8 

it if 

32 

93 

45 

70 

56 

3 

4 

1600 

10 

a a 

50 

95 

48 

70 

68 

3 

4 

1600 

10 

a a 

60 

103 

60 

90 

75 

4 

3.056 

1800 

12 

a a 

66 

105 

54 

75 

65 

2 

6 

1500 

10 

a a 

90 

108 

60 

100 

82 

2.55 

4.706 

1800 

12 

a a 

90 

110 

75 

120 

90 

2.55 

4.706 

2000 

13 

a a 

1 05 

114 

75 

96 

87 

3.7 

3.243 

2000 

13 

a a 

96 

122 

90 

140 

115 

2 

6 

2200 

15 

a a 

1 80 

124 

90 

150 

120 

3 

4 

2250 

17 

a a 

1 35 

146 

90 

140 

115 

2 

6 

2800 

19 

a a 


160 

125 

180 

150 

1.2 

10 

4000 





The above prices of attachments are for Ai, A2, A3, Ay, An, Ci, Ei, E2, F2, 
Gi, G6, Hi, H2, Ki, K2, Mi, M3, Ri, R3, Si and S2, and as they are now made for 
the respective chains. Other attachments will be furnished at special prices. 


































CHARLOTTE, N. C. 


359 


ELEVATOR BUCKETS. 



Figure 474. 

Elevator Buckets, Heads and Boots. 
Seamless Steel, all Corners Round. 
PRICE LIST. 


Width 
on Belt. 

Projection. 

Capacity 
cubic inches. 

Capacity 

quarts. 

Elevating bushels 
per hour. 

List. 

2 

X 2 




$ 12 

254 

x 254 

9.054 

.134 

5054 w 

13 

3 

x 3 

15.77 

.234 

88 £ 

15 

334 

x 3 

17.63 

.261 

98 *: 

18 

4 

x 3 

' 23.1 

.343 

\ 2 S% S 

20 

454 

x 354 

32.23 

.48 

180 to 

22 

5 

X 4 

42.88 

.64 

240 5* 

24 

556 

x 4 

50.6 

.75 

28154 p 

28 

6 

x 4 

62.106 

.92 

345 *g 

34 

7 

x 4 >4 

88. 

1.31 

491 5 

44 

8 

x 5 

116.67 

1.73 

649 3 

54 

9 

x 554 

156.76 

2.32 

811 § 

68 

10 

X 554 

173.65 

2.57 

963 3' 

80 

11 

x 6 

231 29 

3.42 

1 >28256 ^ 

92 

12 

x 654 

282.25 

4.18 

1.56734 8 

1 04 

14 

x 654 

338.94 

5.02 

1,88254 v 

1 20 

16 

X 654 

401.25 

5.94 

2,22754 3 

1 60 

18 

X 7 

524.38 

7.75 

2,90654 a 

2 00 

20 

x 7 

807.75 

11.96 

4,485 5’ 

2 40 


54-inch x 54-inch 

H “ x 54 “ 

54 “ x 54 “ 

54-inch x x /\-inch 

H “ x 54 “ 

54 “ x 54 “ 


ELEVATOR BUCKET BOLTS. 

For Flat Belting. 

PRICE, IN BOXES CONTAINING ioo. 

CORRUGATED BOLT. 

. $i oo 56-inch x 

. . i oo i “ x 54 “ 

i oo 

SLOTTED-HEAD BOLT. 

. $i oo ^6-inch x 54-inch 

. . i oo I “ x 54 “ 

I oo 

FLAT-HEAD BOLT. 


54-inch x t 8 * -inch 

X “ x 54 

X “ x 54 

X x 54 

i “ x 54 

i 54 x 54 


inch 

. 

. $2 00 

154-inch 

X 

54-inch 


it 

. 

2 00 

54 “ 

X 

A “ 

T15 


U 


2 20 

X “ 

X 

A 


a 


2 30 

1 

X 

A “ 


u 


2 30 

1 54 “ 

X 

A “ 


u 


2 40 

i 54 “ 

X 

T5 



$i 15 
1 15 


$1 15 
1 15 


$ 2 55 
3 
3 
3 
3 

3 40 


8888 

























360 


THE D. A. TOMPKINS CO, 


ELEVATOR BUCKET BOLTS FOR LINK BELTING. 


PRICE, IN BOXES CONTAINING ioo. 
BUTTON-HEAD BOLTS. 


T 3 8 -inch diameter bolts are used with link-belt bucket attachments Nos. 25 to 55 > 
inclusive. For Nos. 57 to 88, inclusive, V-'mch diameter bolts are used. 

^2-inch x jVinch.$0 90 ^-inch x J4-inch.$1 00 

Vs “ x r§ “ . 9 ° $4 “ x /4 “ .1 00 

SQUARE-HEAD BOLTS. 

These bolts are used with link-belt bucket attachments for No. 85 chain and 
larger sizes. 

^4-inch x 24 -inch.$1 70 I x 5 g-inch x ^4-inch .... $2 00 

l /i “ x 1 “.1 70 | T 5 * “ x 1 “ .... 2 00 

SPECIAL SQUARE-SHANK BOLTS. 


We recommend these 
in the link-belt are square 
J4~inch x 24-inch 

k a x 1 “ 

A “ x 24 “ 

* “ X I « 


bolts for use with link-belt attachments where the holes 


$1 00 
1 00 
1 20 
1 20 


24 -inch x 1 -inch 

Vs “ x 1 24 “ 

Vs “ x iy 2 “ 


$1 50 
1 50 
1 50 


SPECIAL CANVAS-STITCHED BELTING. 

FOR ELEVATORS. 

This belt is made of the best grade of duck of a special weave, is stitched, and 
being treated with a special compound, gives long wear, great strength and minimum 
stretch. The compound with which the duck is treated protects the duct from wet or 
dampness, and this belt is not injured by heat, cold or steam, gas or acid fumes. 

We especially recommend this belting for use as elevator belts where the ma¬ 
terial to be handled injuriously affects ordinary belting. 

PRICE LIST. 

Three feet extra charged for splice on endless belts. 


4-Ply. 

Equal to Single Leather. 
Per Foot. 

6-Ply. 

Equal to Double Leath¬ 
er. Per Foot. 

8-Ply. 

Equal to Heavy Double 
Leather. Per Foot. 

10-Ply. 

Extra Heavy. 

Per Foot. 

1 -inch.$0 09 

3 -inch .$0 36 

4-inch.$0 60 

6 “ . 90 

7 “ .1 05 

8 “ .1 20 

9 “ 1 35 

10 “ 1 50 

11 “ 1 65 

12 “ . 1 80 

14 “ 2 10 

15 - 2 25 

16 “ .2 40 

18 “ 2 70 

20 “ ... . 3 00 

22 “ 3 30 

24 “ 3 60 

26 “ 3 90 

28 “ 4 20 

30 “ 4 50 

32 “ 4 80 

6-inch.$1 20 

7 “ .1 40 

1A “ . u 

1J4 “ . 14 

sy 2 “ _ 42 

4 “ . 48 

8 “ . 1 60 

VA “ .. 16 

4*4 “ . 54 

9 “ .1 80 

10 “ .... 2 00 

2 “ . 18 

5 “ . 60 

VA “ . 20 

5% “ . 66 

11 “ _ 2 20 

“ 23 

3 “ 27 

324 “ 32 

4 “ 36 

6 “ . 72 

12 “ .2 40 

7 “ _ 84 

8 “ . 96 

9 “ . 1 08 

14 “ 2 80 

15 “ 3 00 

16 “ 3 20 

4 y. “ . 41 

10 “ ...... 1 20 

18 “ .. 3 60 

5 “ . 45 

11 “ .1 32 

20 “ .. 4 00 

5*4 “ . 50 

12 “ . 1 44 

22 ‘ 4 40 

6' “ 54 

7 "....... 63 

8 “ 72 

9 “ 81 

14 “ 1 68 

15 “ 1 80 

16 *' 1 92 

24 “ 4 80 

26 “ 5 20 

18 “ 5 60 

18 “ . 2 16 

30 “ 6 00 

32 “ 6 40 

34 “ 6 80 

10 “ . 90 

11 “ . 99 

20 “ .2 40 

22 “ . 2 64 

12 “ .. 1 08 

24 “ .2 88 

34 “ .5 10 

36 “ .. 5 40 

36 “ 7 20 

14 “ .1 26 



15 “ .1 35 

16 “ . 1 44 


1 
















































































CHARLOTTE, N. C. 


361 


OIL MILL NOTES. 

COTTON SEED (Raw Material). 

--*- 

Linters (marketable product). Hulled Seed. 

Hulls (marketable product). Meats 

Cake or Meal (marketable product). Oil (marketable product). 


THE PROCESS. 

The process as now conducted in first-class mills is about as follows: 

1. The seed are cleaned of sand. 

2. Then the other foreign substances, such as bolls, pieces of wood, etc., are 
removed. 

3. They are then carried to the Linters and reginned for a part of the short lint. 

4. 1 hey are then carried to the Huller, which cuts them to pieces. 

5. Then in a reel the meats are separated from the hulls. 

6. The hulls are then taken out, heretofore to the fire room for fuel, but latterly 
to be sold as cattle feed. 

7. The meats are taken to the Rolls which crushes them, breaking the oil cells. 

8. From the Rolls the meats go to the Heaters in which they are cooked. 

9. From the Heaters meats are taken into the Former where cakes are formed 

and enclosed in cloth. 

10. The cakes are placed in the Press and the oil extracted by pressure. 

11. The cake remaining in the Press is taken out, allowed to cool and it 

may be then cracked and ground into meal. 

In linting seed once the weight cf lint is about 36 pounds per ton of seed, in 
linting two or three times the weight is somewhat increased, but the total value of the 
different grades foots up to the same amount as in one linting. 

One 106-saw Linter will lint from 16 to 24 tons of seed in 24 hours. 

The Linter should not be adjusted to remove every particle of lint as this causes 
a dark sample, neither should there be too much lint left on the seed as it is thus 
partly waste. 

Hulls should not be burned; but mixed with about 20 per cent of meal, packed 
in sacks and sold for cattle food. We have built and furnished to some of the most 
successful mills, a machine that can pack about 200 pounds of this mixture in a sack. 

A 15-plate Press can be charged, by skilled hands, in about two minutes, in a 
six-press mill; the Presses should be run up about every 10 minutes; in a smaller 
mill not so often. 

Dry cotton seed meats require from 12 to 18 minutes to cook in Heaters. Wet 
and frosted seed may take as long as 45 minutes. 

The weight of oil, plus the weight of cake, multiplied by two, equals the weight 
of seed, in other words the hulls and lint weigh the same as the meats. 

A gallon of cotton seed oil weighs 7^2 pounds. 

400 tons on a 16-inch ram is enough pressure to apply to extract the oil from 
the cake. 












362 


THE D. A. TOMPKINS CO., 


OIL MILL NOTES (Continued). 


Machine. 

Speed. 

Capacity in Tons 

Seed in 24 Hours. 

Horse 

Power. 

Sand and Boll Screen. 

20 

40 

3 

Linter . 

• • • 350 

5 

4 

Linter. 

• • • 350 

10 

3 

Huller.. 

. 900 

40 

10 

Huller. 

. 900 

100 

25 

Separating Screen. 

20 

40 

3 

Rolls. 

. l80 

40 

10 

Rolls. 


100 

30 

Heater. 

... 105 

40 

8 

Heater. 

... 105 

100 

Capacity in Tons 
Product in 12 Hours 

20 

Cake Cracker. 

. . . . 300 

25 

5 

Cake Cracker. 

. . . . 300 

65 

12 

Meal Mill. 

. . . . 1800 

25 

25 

Meal Mill. 


65 

50 

Hull Press ........ 


40 

5 


For shafting, add 20 per cent, to power. 

For conveyors and elevators, add 10 per cent, to power. 

In some cases in the foregoing table, the machines are given two ratings in 
capacity and power. In the case of the Linters and Hullers, the variations may be 
made by varying the amount of material fed; in the case of the other machines, the 
variations are due to using different size machines for different capacities desired. 

The capacities and corresponding power required, may be widely varied accord¬ 
ing to the way in which the machinery is forced, and according to the general skill 
in operating the mill as a whole. 

The usual allowance of power for various size oil mills is 2J/2 horsepower per 
ton (of seed) capacitv per day of 24 hours. 


REFINING OIL. 

The oil from the presses is allowed to settle and the top is drawn off. Settlings 
are called “foots.” 

It is next strained, heated, and either stirred by mechanical paddles, or has air 
blown through it from the bottom of tank by means of a perforated pipe. 

A strong solution of caustic soda is added, the “soap stock” settles to bottom 
of tank, the oil is drawn off and washed with water which floats the oil and absorbs 
the soda. The oil is next filtered and is ready to ship as refined oil. 

Refineries are usually built to refine 75 to 200 barrels per day. There are few 
instances of smaller refineries being successful, mainly because a skilled refiner can¬ 
not usually be employed for less than $1,500 to $2,500 per year, and the capacity of 
the refinery must be sufficient to justify this fixed charge. 

An unskilled man might, by spoiling one or two “batches” of oil, cause more 
loss to a company in a day than could be repaired by profit in a year. 

After knowledge, skill must be acquired by patient practice and close observation 






















CHARLOTTE, N. C 


363 


FILTER PRESS. 



Figure 475. 

Filter Press. 

For prices and description see page 364 

































364 


THE D. A. TOMPKINS CO., 


FILTER PRESSES (Continued). 

Fig. 475 - 


PRICE LIST. 

18-inch Square Plate Filter Press, with centre feed and centre screw, to be 


used in a 6o-ton mill, frame complete (no pan).$200 00 

Plates, each. 10 00 

Press usually made 10 to 24 plates. 

Bottom pan, extra. 25 00 

Cocks extra, each. 3° 

24-inch Square Plate Press, centre and standard cotton oil press to be used 

in a 150-ton mill, frame complete with trough.$250 00 

Bottom pan, extra. 50 00 

Plates, each. 12 50 

Cocks, each. 40 


PRESS CLOTH. 


FOR CRUDE OIL PRESSES. 

Camels’ Hair Cloth. 

Woolen Cloth. 

Cotton Warp, Wool Filling. 

Cotton Cloth. 


Per pound, 45c to 60c 
35c to 50c 
“ 25c to 40c 

“ “ 20c to 30c 


FOR FILTER PRESSES. 

Name ot Cloth. Price per yd. Cut. Name of Cloth. Price per yd. Cut. 


No. 162.$0 18 

Glencove. 18 

Oakdale. 30 

Heavy Oakdale . 34 

X Heavy Oakdale. 43 

No. 182. 3 2 

Cotton and Linen. 25 

No. 2. 60 


No. 232. 95 

Mat. 60 

Lambskin. 75 

Napped Lambskin. 75 

Chain. 30 

Fine Chain. 35 

X Chain. 32 

XX Chain. 3^ 


The above prices are for cloth 30 inches wide. Other widths in proportion, ex¬ 
cept for Lambskin which are figured at rate of 70c for 20-inch widths, narrower 
than 30 inches. 

Filter cloths are made in widths 16 inches to 42 inches. 

A roll is 100 yards and these rolls are not cut except one roll is used to cut trial 
samples. Trial sample orders for less than a roll will be charged 10 per cent above 
the regular net price. 

































CHARLOTTE, N. C. 


365 


WAGON SCALES. 



Figure 476. 


These well-known Wagon Scales are not only made of the sizes and capacities 
shown, but the dimensions may be varied somewhat without adding to the cost of 
the Scale. 

Special Scales can be adapted to special situations, and extension levers can be 
provided to carry the beam farther from the platform of the Scale, placing it in an 
office, if desired. The distance from the platform to the beam may be extended not 
exceeding 2 feet, without extra charge, longer extensions up to 20 feet being fur¬ 
nished at proportionate price. 

All the prices are exclusive of timber and foundation, which are to be furnished 
by the purchaser. 









Distance from 

Price 

Price 

Price 

Capacity, 

Size 

! of 

Platform 


Edge of Platform 

Single 

Double 

Comp'd 

1 ons. 







to 

Bea 

im Rod 


Beam. 

Beam. 

Beam. 

20 

22 

X 

7 

ft. 

2 V 4 

in. 

3 

ft. 

10 

in. 

$520.00 

$ 535 -oo 

$550.00 

15 

22 

X 

7 

tt 


ft 

3 


IO 

it 

42O.OO 

435-00 

450.00 

10 

22 

X 

10 

“ 

3 n 

“ 

2 

“ 

I 

tt 

345-00 

360.00 

375-00 

IO 

l8 

X 

8 

“ 

3 


4 

it 

5V2 

tt 

330.00 

345-00 

360.00 

8 

18 

X 

8 

tt 

3 

tt 

4 

“ 

5/2 


300.00 

315-00 

330.00 

6 

l8 

X 

8 

tt 

3 

tt 

4 

a 

554 

tt 

275.00 

290.00 

305.00 

15 

14 

X 

8 

tt 

454 

tt 

2 

a 

1 

tt 

390.00 

405.00 

420.00 

12 

14 

X 

8 

tt 

4 ’4 

tt 

2 

a 

1 

tt 

320.00 

335 -oo 

350.00 

10 

14 

x 

8 

“ 

aVs 

tt 

2 

“ 

0 y* 

a 

300.00 

315-00 

330.00 

8 

14 

X 

8 

a 

454 

tt 

2 

“ 

oH 


275.00 

290.00 

305.00 

6 

14 

X 

8 

it 

4 s /s 

tt 

2 

a 

0 Va 

tt 

250.00 

265.00 

280.00 

5 

14 

X 

8 

“ 

454 

tt 

2 

u 

1 


225.00 

235.00 

245.00 

4 

14 

X 

8 

tt 

4?4 

“ 

2 


T 

ft 

200.00 

210.00 

220.00 

3 

14 

X 

8 

ft 

0 H 

“ 

1 

it 

2 l / S 

tt 

175.00 

185.00 

195-00 

6 

22 

X 

8 

a 



2 

a 

9 

“ 

250.00 

265.00 

280.00 

6 

14 

X 

8 

a 



2 

tt 

2*/2 

tt 

225.00 

240.00 

255.00 

5 

14 

X 

8 

tt 



2 


2'A 

tt 

200.00 

210.00 

220.00 

4 

14 

X 

8 

“ 



2 

tt 

2 x /2 

tt 

170.00 

180.00 

190.00 

3 

14 

X 

8 

tt 



2 

“ 

2 x / 2 


145.00 

155-00 

165.00 








366 


THE D. A. TOMPKINS CO. 



PORTABLE SQUARE PLATFORM SCALES. 


Figure 477. 

1 lie beams are graduated ioo pounds by ^2-pound divisions, with the exception 
of the 6oo-pound size which is graduated 50 pounds by pound divisions. 

This shape of platform adapts the Scale for the weighing of more bulky goods 
than the common oblong pattern. 

Scale may also be provided with Bag Rack at the additional price of $3.50 for 
the 600-pound size, $4.00 for the 1,000-pound and 1,200-pound sizes, $4.50 for the 
1,500-pound size, and $5.00 for the 2,000-pound size. 


Capacity. 

Lbs. 

Platform. 

Inches. 

With Wheels. 
Price. 

Without Wheels. 
Price. 

600 x y 

23 x 23 

$ 35-00 

$32.00 

1,000 x y 2 

25 x 25 

45-00 

42.OO 

1,200 x y 2 

27 X 27 

53-00 

50.00 

1,500 x ^4 

29 x 29 

60.00 

56.OO 

2,000 x y 2 

3 1 x 3 i 

80.00 

75.00 










CHARLOTTE, N. C. 


367 


IRON FRAME RAILWAY TRACK SCALES. 



Figure 478. 


These Scales are constructed upon a unique principle, and embody many valuable 
improvements. They are everywhere known as very durable, accurate and well 
adapted for railway use. They are made to suit any gauge of track, but if no other 
is specified the standard gauge of 4 ft. 8^2 in. will be understood to be desired. 
They may be framed entirely of steel instead of timber, making weighing machines 
especially suitable for use in hot climates and other localities. 

The suspension form of Track Scale is especially durable, and for many situa¬ 
tions in low and wet ground it is the most desirable pattern for meeting the require¬ 
ments successfully. The mechanism of the Scale is above and out of the way of all 
moisture and dust, and as the platform is' suspended there is less wear on the bear¬ 
ings under these conditions. The Scale may be protected by a light roof overhead 
or by a more substantial building erected for it. This pattern may also be built en¬ 
tirely of steel instead of timber. 

Track Scales of all patterns are usually fitted with improved beams of the single 
beam pattern, but double, triple, or gridiron beams can be furnished. 

Type Registering Beams can be furnished if desired. Prices upon application. 















































































368 


THE D. A. TOMPKINS CO., 


COTTON GINNING. 


All buildings for ginning plants should be constructed under the Rules of the 
New England Mutual Insurance Companies for cotton factories. Cotton factory 
insurance is reduced to one-half of one per cent. Ginnery insurance has been here¬ 
tofore six to ten per cent. The rate of insurance and fire hazard together makes 
gin property an exceedingly insecure investment, in fact almost the equivalent of an 
expense item. 

We are prepared to furnish complete designs for ginneries or for combined gin¬ 
neries and cotton seed oil mills, on which reasonable rates of insurance can be 
procured, as follows: 


DRAWINGS AND SPECIFICATIONS FOR OIL MILLS AND GINNERIES. 


4-Gin Ginneries 

6 “ 

8 “ 


12 “ 
20-Ton 
30 “ 

6o “ 


H 

Oil Mill 


a 


IOO 


$ 150 00 
200 00 
300 00 
400 00 
300 00 
400 00 
800 00 
1,000 00 


APPLIANCES FOR HANDLING SEED COTTON. 


Head for spiked elevator, 14-inch wide pulley.$60 00 

Boot for spiked belt elevator.40 00 

Head and hopper for spiked belt distributer.60 00 

Tail for spiked belt distributer.40 00 

Wood Elbows—square opening, back side tin lined, 9-inch. 3 00 

Wood Elbows, 12-inch. 4 00 

Telescope Pipes, 9-inch.10 00 

Telescope Pipes, 12-inch.15 00 

Separator, 3 gins.65 00 

Separator, 3 or 4 gins.75 00 

For Suction Fans see page 370. 


The cost of ginning cotton on plantations with slave labor and mule power was 
practically nothing. 

The average cost of ginning cotton by the means commonly employed in the last 
15 years has not averaged less than $2.50 per bale, and the fire risk has been rated at 
6 to 10 per cent on plants. 

The cost of ginning the Southern crop should not exceed 75 cents per bale, and 
the insurance rate on ginning plants should not exceed 1 per cent, and we believe 
it will ultimately not exceed x / 2 of 1 per cent, as has been done in cotton factories. 






















,369 


CHARLOTTE, N. C. 


COTTON GINNING (Continued). 


CONDENSED PRICE LIST OF MUNGER PATENT COTTON GINNING 

MACHINERY. 


Cotton Gins, per Saw, io-inch.$ 3 50 

Cotton Gins, per Saw, Huller 12-inch. 4 50 

Feeders, per saw. 1 00 

Condenser, per saw. 1 00 

Lint Flue System, two 70-saw gins.120 00 

three 70-saw gins.150 00 

four 70-saw gins.180 00 

five 70-saw gins.210 00 

Revolving Double Box Press, screw power.350 00 

“ “ hydraulic power.425 00 

“ “ steam cylinder.500 00 

“ “ without power.225 00 

Self Packer, 10-inch.150 00 

Self Packer, 12-inch.165 00 

Steam Fittings for Packer. 20 00 


SUCTION ELEVATOR AND CLEANER, 


Class B, with Distributer. 

Twenty Bale (9-inch) Elevator with Distributer, 2 Gins.$276 00 

Thirty Bale (iol 4 -inch) Elevator with Distributer, 3 Gins. 349 co 

Forty Bale (n-inch) Elevator with Distributer, 4 Gins.430 00 


SEED CONVEYOR AND BLOWER. 


Used in Connection with our Cotton Elevator, with Elbows and Piping. 


For two Gins. 

For three Gins. 

For four Gins. 

For five Gins .. 

Ginner’s Chest of Tools. 

Gin Saw Sharpener. 

Gin Book: No. 1, $1.00; No. 2, $1.50. 
Price 2 Gin Outfit (70-saw) complete . 

“ 3 “ 

“ 4 “ 

“ 2 “ “ (60-saw) 


U 

a 

a 


$140 00 
180 00 
220 00 
260 00 
40 00 

15 00 


$2,210 00 
2,833 00 
3,476 00 
2,100 00 
2,668 00 
3,256 00 

































370 


THE D. A. TOMPKINS CO., 


FANS. 

PATENT STEEL EXHAUST FAN. 

Specially Constructed for Elevating Seed Cotton, Cotton Seed, Hulls, etc. 
SHELLS, WHEELS AND SHAFTS OF STEEL. 

The bearings are both on one side, the object being that the inlet may be en¬ 
tirely unobstructed, so as to allow free ingress for the cotton or other fibrous 
material. The blast wheels in these Exhausters are so constructed that there is no 
opportunity for the catching or lodging of cotton and consequent clogging of the 
machine. 

Parties ordering Exhaust Fans, should state in all cases whether right or left 
hand is wanted. In cases where it makes no difference which hand is sent, it should 
be so stated in the order. By right hand is meant pulley on the right hand side as 
you stand facing the outlet, and by left hand, pulley on left hand side. 

The “Revolutions per Minute” given in the following table are intended as the 
lowest and highest speeds required. 

The speed must be gauged by the length of pipes, number of turns, and strength 
of suction required. 

PRICES, DIMENSIONS, SPEED, ETC. 


Size. 

Price. 

Height of 
Shell. 

Diameter of 
Inlet. 

Diameter of 
Outlet. 

Diameter and 
Face of 
Pulleys. 

Revolutions 
per Minute. 

30 inch. 

$ 44 00 

30 inches. 

1144 inches. 

1144 inches. 

5Mx 4^ 

1,500 to 2,100 

35 “ 

55 00 

35 “ 

m “ 

131 4 “ 

6 X 534 

1,250 to 1,800 

40 “ 

70 00 

40 

15 

15 

634 x 634 

1,000 to 1,500 

50 “ 

90 00 

50 “ 

19 

19 

834 x ny 2 

850 to 1,200 

60 “ 

115 00 

60 “ 

22y “ 

22U " 

1034 x 914 

750 to 1,000 

70 “ 

150 00 

70 

26 

26 

12 X 9y 2 

650 to 850 

80 " 

200 00 

80 “ 

30 

30 

14 x 1234 

550 to 750 


COTTON PRESSES AND GINS. 


COTTON PRESSES. 


Boss. 

Boss Down Packing. 

Boss No. 2. 

Boss No. 3. 

Graveley. 

Liddell Hand Press. 

Liddell Direct-Acting Steam Press, No. i 
Liddell Direct-Acting Steam Press, No. 2 
Daisy Yarn and Warp Press . . . . 


Price. 

Weight. 

$190 

OO 

4,535 

200 

OO 

4,350 

175 

OO 

2,240 

250 

OO 

4,750 

130 

OO 

3,800 

125 

OO 

2,335 

500 

OO 

8,500 

450 

OO 

9,000 

150 

OO 

2,500 


Number of Saws . 

COTTON GINS. 
. 50 

60 

70 

Weight of Gins 

.1,050 

1,100 

1,200 

Weight of Feeder 

. 5 i 5 

575 

625 

Weight of Condensers . 

. 340 

380 

400 


8o 

1,300 

640 

455 


PRICE OF ALL GINS. 

Price per saw, Gins. 

“ “ “ Feeder. 

“ “ Condenser. 


$3 00 
1 00 
1 00 






































CHARLOTTE, N. C. 


371 


FANS, SEPARATORS, 


And Parts Necessary to make up a Complete Suction Cotton Elevator Equipment, 


AND 


MECHANICAL DISTRIBUTER, Thomas System. 


No. 9 Fan, suitable for i and 2-gin outfit, speed i,6co to 2,500, pipe 9 inches, $ 55 00 

No. 12 Fan, suitable for 3 and 4-gin outfit, speed 1,300 to 2,300, pipe 12 inches, 75 00 

Separator for 1 and 2-gin outfit. 65 00 

Separator for 3 and 4-gin outfit. 75 00 

Fan and Cut-Off combined.120 00 

Fan and Cut-Off combined.140 00 

Black Pipe, 9-inch, per foot. 35 

Black Pipe, 12-inch, per foot. 50 

Galvanized Pipe, 9-inch, per foot. 50 


DISTRIBUTERS. 


14-foot long for two 60-saw gins.$ 75 00 

18-foot long for three 60-saw gins. 85 00 

24-foot long for four 60-saw gins.100 00 

16-foot long for two 80-saw gins. 80 00 

24-foot long for three 80-saw gins.100 00 

32-foot long for four 80-saw gins.120 00 


For each additional foot wanted add $2.50 per foot. 

This to be regulated somewhat as to distance of gins apart. Takes but little 
power to run; should run 150 to 200 revolutions; will have pulley 16-inch diameter, 
with 4, 5 or 6-inch face, according to length of distributer. 

Should you wish to make your own pipe of wood, the 9-inch round pipe is equal 
to an 8-inch square opening, the 12-inch round to a 10^4 opening. We will sell the 
Telescope-pipe and necessary Elbows as listed. Our patent covers the process of 
blowing the seed after ginning to storage-house away from gin-house, the seed-belt 
carrying direct into discharge-flue of the fan. We are prepared to make estimates 
on special jobs with this attachment or for distributing from Separator to stalls or 
gin-stands as desired. 

LABOR-SAVING APPLIANCES FOR HANDLING SEED COTTON. 


Galvanized Pipe, 12-inch, per foot.$ o 75 

Round Elbows, 9-inch, Black Iron. 3 00 

“ “ 12-inch, Black Iron. 4 00 

“ “ 9-inch, Galvanized Iron, each. 4 00 

“ “ 12-inch, Galvanized Iron, each. 5 00 

Tees, 9-inch, Black Iron, each. 90 

“ 12-inch, Black Iron, each. 1 20 

“ 9-inch, Galvanized Iron, each. 1 5 ° 

“ 12-inch, Galvanized Iron, each. 2 25 

Y, with valve, 9-inch, each. 6 50 

Y, with valve, 12-inch, each. 8 00 

Breeches, with valve, 9-inch, each. 6 50 

Breeches, with valve, 12-inch, each. 8 00 

Telescope, 9-inch, when out full length, 20 ft. long, galvanized iron ... 10 00 

“ Fixtures for 9-inch. 6 00 

“ 12-inch, when out full length, 20 ft. long, galvanized iron . . 15 00 

“ Fixtures for 12-inch. 7 00 


Shorter or longer lengths charged or credited in proportion. 
































372 


THE D. A. TOMPKINS CO., 


GINS. 



Figure 480. 

Saw Gin and Condenser. 





































































CHARLOTTE, N. C. 


373 


GINS (Continued). 



Figure 481. 

No. i Roller Gin for Long Staple Cotton. 
Capacity 2 bales in 10 hours. 

Made in our shop. 








374 




THE D. A. TOMPKINS CO., 


GINS (Continued). 



Figure 482. 

No. 2 Roller Gin for Long Staple Cotton. 
Capacity 3 bales in io hours. 

Made in our shop. 






THE D. A. TOMPKINS CO., 

CHARLOTTE, N. C. 


ELECTRICAL EQUIPMENT 
AND SUPPLIES. 

Generators 

Motors, Arc and 
Incandescent 
Light Switch¬ 
boards and Elec¬ 
trical Supplies 

We Install Complete Electric 
Lighting and Power Plants. 


We carry a large stock of Electrical Supplies. 






376 


THE D. A. TOMPKINS CO. ; 



Figure 483. 

A Corner of our Electrical Department. 
WE CARRY A LARGE STOCK OF 


Incandescent Lamps, 

Enclosed Arc Lamps, 

Inner Globes for 

Enclosed Arc Lamps, 

Arc Lamp Carbons, 

Plug Cut Outs, 

Fuse Plugs, Fuse Wire, 

D. & W. Cartridge, 

Cut Outs and Fuses, 

Fuse Links, 

Porcelain Cleats, 

Porcelain Knobs, 

Porcelain Tubes, 

Porcelain Shades, 

Tin Shades, 

Carbon Cylinder Batteries, 

Edison Lalande Batteries, 

Sampson Batteries, Solder, 

Soldering Paste, Annunciators, 
Speaking Tube Supplies, 


Slow Burning 

Weatherproof Wire, 

Rubber Covered Wire, 
Annunciator Wire, 
Sockets, Rosettes, 
Knife Switches unmounted and 
On Marble Base, 

Snap Switches, 

Carbon Brushes, 

Snap Switches, 
Circular Loom Conduit, 

Shade Holders, 

Lamp Guards, 

Friction Tape, 

Shade Holders, 

Electric Bells, 

Push Buttons, 

Electric Gas, 

Lighting Supplies, 
Electric Fans, 


and other Electrical Supplies. 
Orders receive prompt attention. 


















CHARLOTTE, N. C. 


377 


ELECTRIC UNITS. 


Volt. — I lie unit of electric pressure is called the Volt. It is analogous to steam 
pressure, or to head of water. We speak of an electric pressure of so many volts as 
we speak of a steam pressure of so many pounds to the square inch, or to a head of 
water of so many feet. One Daniell's cell gives a pressure of nearly one volt. 

Coulomb. —Is a fixed unit of quantity of electricity, just as a gallon is fixed unit 
of a quantity of water. 

Ampere. —Is rate of flow of electricity. Just as water may be flowing at the rate 
of so many gallons per second, so electricity flows at the rate of so many amperes per 
second. 

One coulomb passing in one second is one ampere. 

Ohm. —Is unit of electrical resistance in conductors, as friction is resistance of 
water in pipes. 

The unit of resistance most generally used is the Paris or legal Ohm, which is 
the resistance of pure mercury of one square millimetre cross section and 106 centi¬ 
metres in length at a temperature o degree, C. 

Joule = Volt X Coulomb. 

Work done in increasing the voltage of a fixed quantity of electricity, as energy 
is required to increase pressure of air. 

Watt — Volt X Ampere. 

One coulomb per second is one ampere. One volt coulomb per second = one 
joule or one volt X ampere per second = one watt which is work or power, just as 
we speak of the horsepower O'f an engine. 

Horsepowers and watts are convertible terms. 

i watt = .0013406 horsepower. 

1 horsepower = 745.941 watts (volt-amperes per second). 

The longest lived lamp is not necessarily the most economical; they may require 
too much coal to incandesce them, and they may blacken and not furnish good light. 

Three things must be considered in the economy of lamps. 1. Length of life; 

2. Power to incandesce; 3. Quality of light. Or in different language, 1. They must 
live 600 to 1,200 hours; 2. One horsepower must incandesce 10 to 12, 16 c. p. lamps; 

3. The lamp must not blacken, but must continue to give 16 c. p. throughout its 
whole life. 

Electric current is now sold for power purposes either by the H. P. or by the 
K. W. hour. The price generally ranges from $15.00 per horsepower per year for 12 
hours per day run, to $25.00 per year where the power is obtained from water and in 
quantities of 100 H. P. and upwards. 

This is approximately 54 cent per K. W. hour to about i (4 cents per K. W. hour 
meter measure. 

Where the power is by steam and the distribution considerable, as is usual in a 
city, prices range from $40.00 to $150.00 per H. P. per year; or from 3 cents per 
K. W. hour to 6 cents per K. W. hour. 

For lighting current is sold at 4 cents to 12 cents per K. W. hour. 

Sometimes, in absence of a meter, flat rates vary from 25 cents to $1.00 per 16 
c. p. lamp per month. 

For practical purposes horsepower and kilowatts may be converted on basis of 
following values: 

1 K. W. = i l A H. P. 

1 H. P. = 746 Watts. 

1 H. P. = 54 K. W. 

1 K. W. = 1,000 Watts. 

1 16-c. p. incandescent lamp at 3X watts per candle power = 56 watts. 

1 500 to 1,000-c. p. arc light, 5 amperes, 125 volts = 625 watts, or at no volts — 
550 watts. 




378 


THE D. A. TOMPKINS CO., 


POWER TRANSMISSION. 


Rough Estimate of Cost of Transmission of Power on a Large Scale and for 

Long Distances. 

Cost of Dam, say, .$20 00 per H. P. 

“ “ Wheels.10 00 per H. P. 

“ “ Generators. 15 °° P er H. P. 

“ “ Transformers. S 00 per H. P. 

“ “ Motors.15 00 per H. P. 

Pole, line and wire extra. 

The above figures are only the roughest approximations and are only put down 
so that one interested may have an approximate idea as to what it would cost to 
develop and transmit the power from a waterfall. Each item may vary greatly in 
any one actual case. 


ELECTRIC RAILWAYS. 


Rails commonly used, 60 pounds per yard. Tons per mile, single track, 100. 

Cost of Rails per mile, laid, delivered, including chairs and splices, etc. . $9,000 00 

Poles, per mile, 120. Delivered and set up at $5.00 each. 600 00 

Overhead wire, per mile, delivered and put up, including all fixtures . . 1,000 00 

Cross ties, per mile.1,000 00 

Cars, each.$1,000.00 and upwards 

Trucks. 250 oo 

Good car and truck, say.1,500 00 


Estimate of cost of an entire Railway Plant having 100 H. P. Generator, En¬ 
gine and Boiler, and six miles track, but no paving: 


Building, say ..$ 15,000 00 

100 H. P. Steam plant, delivered and set up. 7,500 00 

100 H. P. Generator, etc. 5,oco 00 

6 miles track . 30,000 00 

6 miles poles . 3,600 00 

6 miles wire. 6,000 00 

6 miles cross ties. 6,000 00 

6 cars and trucks. 9,000 00 


Total .$ 82,100 00 


This estimate is based entirely on maximum figures. For example, instead of 60 
pounds per yard rail as estimated, it is very common to use 35, 40 and 45 pounds per 
yard rail. Other items of estimate may be reduced proportionately in similar manner. 
Where streets are to be paved cost of paving must be considered. 

























CHARLOTTE, N. C. 


379 


ELECTRIC POWER TRANSMISSION. 

For short distances and for all ordinary purposes, power may be transmitted 
say % to t/z mile by means of ordinary direct current dynamos, such as are used for 
isolated incandescent lighting. Usually the capacity of the machines are rated as 
being about io lights per horsepower. Therefore, ioo-light dynamos would 
generate, current for or deliver at the belt about io horsepower. These machines 
work well, and are entirely practicable at, say, distances of half a mile or less. 

For greater distances than ^2 mile it is necessary to use a higher voltage or 
pressure. Direct currents could be used at 500 volts as is done in the railway system. 
In all cases within the knowledge of the writer, the successful electrical railways 
have used 500 volts. Many railways have been constructed in which cars have been 
operated about 10 miles away from the generating station. 

The machines now made for railway purposes could as well be used for genera¬ 
tion, transmission and development of power for other purposes than railways. 

The alternating current is, however, for most purposes, the most economical 
method of transmission of power by electricity. One of the principal objections to 
the direct current is that for distances greater than 10 miles the necessary voltage 
for economical work makes the current a dangerous one. With the alternating 
current this is overcome as follows: 

A generator can be used in which the current is generated at, say, 100 volts. 
This current may then be converted to even as much as 10,000 volts, at which great 
pressure it may be conveyed a great distance (say 100 miles), over a very small wire; 
then reconverted to as low a pressure as it is desired to use it. Thus the very great 
pressure necessary to convey a larger power great distances over a small wire is only 
on the transmission wire, and not in the generating nor in the developing machinery, 
and the danger attending very high pressure currents is thereby eliminated at each 
end of the line. 

By alternating current apparatus 100 H. P. was transmitted 100 miles to the 
Frankfort exposition. In many instances in this country power has been success¬ 
fully transmitted 20 to 50 miles and over. 








380 


THE D. A. TOMPKINS CO. 


GENERATORS AND MOTORS. 




Figure 484. 

Standard and Slow Speed, Shunt or Compound Wound. 
Direct Current 125, 250 and 500 volts. 



Figure 485. 
Armature. 















CHARLOTTE, N. C. 


381 


STANDARD SPEED GENERATORS. 


CLASSIFICATION. 

WEIGHT. 

PULLEY. 

Type. 

Poles. 

KW. 

Speed. 

Volts Full 
Load. 

Amperes Full 
Load. 

With 

Rails. 

Without 

Rails. 

Dia. 

Face. 

MP 

4 

9 

1450 

125-250-500 

72- 36- 18 

1030 

970 

9 % 

4% 

MP 

4 

12.5 

1350 

125-250-500 

100- 50- 25 

1435 

1350 

10 

6% 

MP 

4 

17.5 

1175 

125-250-500 

140- 70- 35 

1900 

1810 

11% 

8% 

MP 

4 

25 

1100 

125-250-500 

200-100- 50 

2665 

2565 

12 % 

9 

MP 

4 

30 

1050 

125-250-500 

240-120- 60 

3350 

3200 

13 

11 

MP 

4 

45 

975 

125-250-500 

360-180- 90 

4935 

4780 

16% 

13 

MP 

4 

55 

925 

125-250-500 

440-220-110 

5690 

5520 

17% 

16% 

MP 

4 

65 

875 

125-250-500 

520-260-130 

7140 

6930 

18% 

19 

MP 

4 

85 

750 

125-250-500 

680-340-170 

8800 

8560 

21% 

24 


SLOW SPEED GENERATORS. 


CLASSIFICATION. 

WEIGHT. 

PULLEY. 

Type. 

Poles. 

KW. 

Speed. 

Volts Full 
Load. 

Amperes Full 
Load. 

With 

Rails. 

Without 

Rails. 

Dia 

Face. 

MP 

4 

6.5 

950 

125-250-500 

52- 26- 13 

1030 

970 

11 

4% 

MP 

4 

9 

900 

125-250-500 

72- 36- 18 

1435 

1350 

ny 2 

6% 

MP 

4 

13.5 

850 

125-250-500 

108- 54- 27 

1900 

1810 

12% 

8% 

MP 

4 

17 

750 

125-250-500 

136- 68- 34 

2665 

2565 

13% 

8% 

MP 

4 

20 

700 

125-250-500 

160- 80- 40 

3350 

3200 

15 

wy 2 

MP 

4 

30 

675 

125-250-500 

240-120- 60 

4935 

4780 

20% 

11 

MP 

4 

40 

605 

125-250-500 

320-160- 80 

5690 

5520 

22% 

15% 

MP 

4 

50 

600 

125-250-500 

400-200 100 

7140 

6930 

23 

18% 

MP 

4 

75 

550 

125-250-500 

600-300-150 

8800 

8560 

25 

24% 


STANDARD SPEED MOTORS. 


CLASSIFICATION. 

NET WEIGHT LBS. 

PULLEY. 

Type. 

Poles. 

H. P. 

Spt 

Vo 

*125 

;ed. 

Its. 

110-220 

Form. 

With 

Rails. 

Without 

Rails. 

Dia. 

Face. 

MP 

4 

20 

1100 

1025 

H 

1900 

1810 

10 % 

9 % 

MP 

4 

30 

1050 

975 

H 

2665 

2565 

11 

10 

MP 

4 

35 

975 

910 

H 

3350 

3200 

11 % 

11 % 

MP 

4 

50 

900 

840 

H 

4935 

4780 

14 % 

13 % 

MP 

4 

65 

850 

790 

H 

5690 

5520 

I 534 

16 % 

MP 

4 

75 

800 

745 

H 

7140 

6930 

16 % 

18 % 

MP 

4 

95 

700 

655 

H 

8800 

8560 

19 % 

23 


*Same Speed for 250 and 500 Volts. 


SLOW SPEED MOTORS. 


CLASSIFICATION. 

NET WEIGHT LBS. 

PULLEY. 

Type. 

Poles. 

H. P. 

Sp< 

Vo 

*125 

;ed. 

Its. 

110-220 

Form. 

With 

Rails. 

Without 

Rails. 

Dia. 

Face. 

MP 

4 

15 

800 

745 

H 

1900 

1810 

9% 

9% 

MP 

4 

20 

700 

650 

H 

2665 

2565 

11 

10 

MP 

4 

25 

650 

610 

H 

3350 

3200 

11% 

11% 

MP 

4 

35 

600 

560 

H 

4935 

4780 

17% 

12% 

MP 

4 

50 

550 

515 

H 

5690 

5520 

18% 

17% 

MP 

4 

60 

550 

515 

H 

7140 

6930 

18:% 

20 

MP 

4 

85 

500 

470 

H 

8800 

8560 

20% 

24 


*Same Speed for 250 and 500 Volts. 





































































































382 


THE D. A. TOMPKINS CO., 




GENERATORS AND MOTORS (Continued). 


Figure 487. 

Direct Current Generators and Motors to suspend from ceilings or on posts or walls. 


Figure 486. 

Type of GeneratO'rs and Motors on Wooden Sliding Base Frame with Drip Pan. 
Direct Current, Shunt or Compound Wound. 





CHARLOTTE, N. C. 


383 


GENERATORS. 


CLASSIFICATION (COMPOUND WOUND) 


PULLEY. 

Type. 

CO 

<v 

o 

fe 

K W. 

Speed. 

No 

Load 

Volt’ge 

Full 

Load 

Volt’ge 

d 

E 

< 

Speed. 

No 

Load 

Volt’ge 

Full 

Load 

Volt’ge 

d 

E 

< 

J3 

be 

'5 

£ 

Dia. 

Face. 

CE 

2 

Ifc 

1350 

120 

125 

12 

1350 

240 

250 

6 

345 

5 

4 

CE 

2 

2 M 

2100 

120 

125 

18 

2100 

240 

250 

9 

CE 

2 

2M 

1350 

120 

125 

18 

1350 

240 

250 

9 

455 


4^ 

CE 

2 

3% 

2100 

120 

125 

30 

2100 

240 

250 

15 

0 

CE 

2 

3% 

1350 

120 

125 

30 

1350 

240 

250 

15 

630 


4^ 

CE 

2 

% 

1875 

120 

125 

44 

1875 

240 

250 

22 

5 

CE 

4 


1050 

120 

125 

44 

1050 

240 

250 

22 

870 

m 

6 

CE 

4 

m 

1625 

120 

125 

60 

1775 

240 

250 

30 

CE 

4 

% 

850 

120 

125 

60 

850 

240 

250 

30 

1240 


7 

CE 

4 

ii 

1300 

120 

125 

88 

1425 

240 

250 

44 

9% 

CE 

4 

n 

850 

120 

125 

88 

850 

240 

250 

44 

1660 

10 

sy 2 

CE 

4 

15 

1300 

120 

125 

120 

1300 

240 

250 

60 


MOTORS. 


CLASSIFICATION. 


PTTT T T?V 




SPEED. 

Weight. 



Type. 

Poles. 

H. P. 

115V 

230V. 

500V. 

Dia. 

Face. 

CA 

2 


1500 

1500 


21 

2 

% 


ia 


/o 

CA 

2 

i 

2300 

2300 

2500 

32 

2% 

m 

CA 

2 

H 

1650 

1650 

1800 

86 ^ 

3*4 

2 H 

CA 

2 

y 

1200 1 

1400 

1700 

135 


3 

CA 

2 

% 

1800 

1800 

2000 

140 



CA 

2 

l 

1100 

1100 

1300 

208 

4 

3y 2 

CA 

2 

2 

1800 

1800 

2000 

213 


(Continued on following page.) 

































































































































384 


THE D. A. TOMPKINS CO., 


MOTORS (Continued). 


CLASSIFICATION. 

# 

PULLEY. 


c/5 


SPEED 

(SHUNT WOUND MOTORS.) 


’33 

Dia. 

Face. 

Type. 

o 

Ph 

H. F. 

110 V 

115 V 

125 V 

220 V 

230 V 

250 V 

500 V 


CE 

2 

2 

1000 

1025 

1075 

1000 

1025 

1075 

1200 




CE 

2 

3 

1700 

1750 

1840 

1700 

1750 

1840 

1800 

335 

5 

4 

CE 

4 

3 

1000 

1025 

1075 

1000 

1025 

1075 

1200 




CE 

4 

5 

1680 

1725 

1820 

1680 

1725 

1820 

1800 

465 

5 

4y 2 

CE 

4 

5 

975 

1000 

1050 

975 

1000 

1050 

1200 

540 

t 

4)4 

CE 

4 

7.5 

1490 

1525 

1600 

1490 

1525 

1600 

1650 

0 

CE 

4 

7.5 

795 

815 

860 

795 

815 

860 

1000 




CE 

4 

10 

1220 

1250 

1310 

1335 

1375 

1440 

1500 

800 

7 % 

6 

CE 

4 

10 

635 

650 

685 

635 

650 

685 

800 

1150 

9 % 


CE 

4 

15 

975 

1000 

1050 

1070 

1100 

1150 

1200 

7 

CE 

4 

15 

665 

690 

750 

665 

690 

750 

750 

1400 

10 

% 

CE 

4 

20 

1000 

1040 

1125 

1000 

1040 

1125 

1125 







































































































CHARLOTTE, N. C. 


385 


MOTORS (Continued). 



Figure 488. 

Direct Current Motor, Back Geared. 



Figure 489. 


Direct Current Motor. Driving Ventilating Fan. 









386 


THE D. A. TOMPKINS CO., 



MOTORS (Continued). 


Figure 490. 

Motor with Belt Tightener. 


BEARINGS. 



Figure 491. 

Self-Oiling Bearing. 

The bearings used are of the self-aligning, self-oiling type. As will be noticed 
by reference to the illustration, they are provided with revolving rings which carry 
from the reservoir a continual supply of oil, which is swept by the action of the 
revolving shaft toward the center and ends of the bearing. It is there collected and 
returned to the reservoir, where it has time to settle and cool. In this manner a 
continual circulation of oil through the bearings is automatically accomplished, the 
bearings requiring no attention beyond an occasional examination and the necessary 
renewal of oil from time to time. 





CHARLOTTE, N. C. 


387 



Figure 492. 


Motor Starting Rheostat with 
No-Voltage Release Magnet, and 
Magnetic Blow-Out at First Step. 




Figure 498. 

Sewing Machine Driven by Motor. 










THE D. A. TOMPKINS CO., 


DIRECT CONNECTED DRILLS. 



Figure 494. 

Three-Spindle Drill Equipped with 2 H. P. Motor. 




CHARLOTTE, N. C. 



DIRECT CONNECTED PUMPS. 


and triplex pump. We 









390 


THE D. A. TOMPKINS CO., 


DIRECT CONNECTED UNITS. 



Figure 496. 

Direct Connected Engine and Generator for Light or Power. 


Classification. 

Volts, 

Full Load. 

j Amperes, 

Full Load. 

Floor Space. 

Height. 

Weight, 

Pounds. 

Diameter 
Steam Pipe. 

Diameter 
Exhaust Pipe 

Diameter 

Cylinder. 

Stroke. 

Type. 

Poles. 

Kw. 

Speed. 

M P 6- 7-550 

110 

64 

47" 

X 

© 

CO 

5034" 

2600 

w 

1 34" 

5 " 

434" 

M P 6-10-450 

110 

91 

54" 

X 

34" 

5634" 

3100 

134" 

2 " 

634" 

5 " 

M P 6-15-400 

110 

136 

65" 

X 

to 

OC 

64 " 

4600 

2 " 

234" 

8 " 

6 " 

M P 8-20-360 

110 

182 

65" 

X 

42" 

7134" 

5800 

234" 

3 " 

9 " 

7 " 

M P 6-50-280 

125 

400 

«o 

oc 

X 

55" 

99 " 

13000 

334" 

4 " 

12 " 

11 " 


Ratings of sets with single cylinder engines based on 80 pounds steam, non¬ 
condensing. 





























CHARLOTTE, N. C. 


891 


DIRECT CONNECTED UNITS (Continued). 



Figure 497. 

Direct Connected Engine and Generator for Light or Power. 











392 


THE D. A. TOMPKINS CO., 


CEILING FANS. 



t Figure 493. 

The Gyrofan. 

(With Electrolier Attachment.) 

The excellence of this novel fixture, its wide range of usefulness, and its adapt¬ 
ability are very notable. 

1. The two fans can be set to blow horizontally, or at any downward angle, and 
one fan can be set at a different angle from the other. 

2. The base of the fixture revolves while the two fans rotate, and the speed of 
revolution can be varied by a simple adjustment. 

3. The fixture can be set rigid, and the two fans arranged to throw their blast 
in any desired direction; thus a current of air may be blown in both directions in 
an aisle, or the fixture may be set at the intersection of two aisles in a store and the 
blast of one fan be directed down each aisle. 

4. The switch on the base of the fixture controls the fans. 

5. The switch on the base of the Electrolier Attachment is arranged with four 
contacts, so that the fans can be operated alone, the lights alone, or the fans and the 
lights simultaneously. 

6. The Gyrofan, notwithstanding it carries two motors, consumes 25 per cent 
less current than any ceiling fan on the market, and yet, 

7. It disturbs a vastly greater volume of air than any ceiling fan of the old 
types, and in more useful directions. 







CHARLOTTE, N. C. 


393 


CEILING FANS (Continued). 



Figure -199. 


Direct Current Ceiling Fan. 
(Without Electrolier Attachment.) 


PRICE LIST. 


No. 

Blades 

Vol¬ 

tage. 

First 

Speed. 

Full 

Speed. 

Amp. 

Finish. 

Shipping 

Weight. 

Price. 

4 

IIO 

IIO 

200 

I 

Pol. Brass 

IOO 

$50 OO 

4 

170 

IIO 

2CO 

•70 

Pol. Brass 

IOO 

5 i 75 

4 

220 

IIO 

200 

•55 

Pol. Brass 

IOO 

55 00 

4 

250 

IIO 

200 

•45 

Pol. Brass 

IOO 

55 00 

4 

500 

IIO 

200 

.23 

Pol. Brass 

IOO 

75 00 

2 

IIO 

130 

220 

1 

Pol. Brass 

IOO 

50 00 

2 

170 

130 

220 

.70 

Pol. Brass 

IOO 

5 i 75 

2 

220 

130 

220 

•55 

Pol. Brass 

IOO 

55 00 

2 

250 

130 

220 

• 45 

Pol. Brass 

IOO 

55 00 

2 

500 


220 

•23 

Pol. Brass 

IOO 

75 00 


500-volt Fans have one speed only. Standard lengths of fans from ceiling to 
lowest extremity, 4F2 feet, leaving 7^ feet from lowest point of motor to floor of 
12-foot ceiling. Add 90 cents to list price for each additional foot of hanger rod 
and casing. 







394 


THE D. A. TOMPKINS CO., 


BRACKET FANS. 



Figure 501. 

PRICE LIST. 


Fig. 

Diameter Fan 
Inches. 

Voltage. 

Amperage. 

Speed. 

Shipping 

Weight. 

Price. 

500 | 

12 

110 

.35 

1650 

32 

$30 00 

12 

220 

.22 

1650 

32 

33 50 

501 j 

16 

110 

.60 

1350 

49 

36 75 

16 

220 

.30 

1350 

49 

40 00 






















CHARLOTTE, N. C. 


395 




Figure 502. 


ENCLOSED 
ARC LAMPS. 

Fig. 502—For indoor or out¬ 
door service. Standard case 
japanned steel. Bauer- 
Barth finish to order. 

Fig. 503—Closed base outer 
globe. Low energy arc 
lamp. 

Fig. 504—Single globe, 1 o w 
energy arc lamp. 

Fig. 505—Standard case 
japanned steel, Bauer-Barth 
finish to order. For indoor 
service. Available for out¬ 
door service by change of 
shade to globe. 


Figure 503. 


Figure 504. Figure 505. 

Globes and Shades on Lamps illustrated are interchangeable. 

Order by Figure Number. 

Lamps illustrated above are for Multiple Service on Direct Current Circuits of 
ioo volts and up to 125 volts, usual adjustment 5 amperes; also on 200 and up to 
250 volt circuits, usual adjustment 2 .y 2 amperes. 
























396 


THE D. A. TOMPKINS CO., 


ENCLOSED ARC LAMPS (Continued). 



Fig. 506—For indoor 
service. Avail able 
for outdoor service 
by change of shade 
to globe. Standard 
case japanned steel. 
Bauer - Barth finish 
to order. 


Fig. 507—Mechanism 
of direct current 
lamps shown in Figs. 
502, 505, 506. 




Fig 508—Indoor or outdoor service. 
Regular case finish oxidized copper 
on heavy copper stock. Japanned 
steel cases, same design, for direct 
current Lamps only. 


Fig. 509- Main structure common to 
all Lamps. 


Figure 508. 

Lamps illustrated above are interchangeable for either 
current for constant potential low tension circuits. 


Figure 507. 



Figure 509. 

alternating or direct 











































CHARLOTTE, N. C. 


397 


ENCLOSED ARC LAMPS (Continued). 



Figure 510. 

Indoor service. Regular case finish. Oxidized copper on heavy copper stock. 
Japanned steel cases, same design for direct current lamps only. 



Fig. 511—Main structure equipped 
with 110 V. direct current mechan¬ 
ism. Ready for case and outer 
globe or shade. 


Fig. 512-Main structure equipped 
with alternating mechanism. A 
reactance coil substituted for rheo¬ 
stat shown in Fig. 511. Ready for 
case and outer globe or shade. 



Figure 511. 


Figure 512. 




















398 


THE D. A. TOMPKINS CO., 


MERIDIAN LAMP. 



Figure 513. 


The Meridian Lamp. 

Many classes of general illumination demand a unit of light intermediate in size 
between the arc and incandescent lamp. Convenience and durability require the 
intermediate unit to be as simple as the ordinary incandescent lamp, while economy 
and comfort necessitate the concentration of the light on the area beneath the lamp 
and uniform distribution throughout this area. 

These requirements are met by the Meridian Lamp, a new type of incandescent 
lamp which was introduced to cover that field in lighting for which the arc lamp is 
too large and the incandescent lamp too small. As shown in the accompanying illus¬ 
trations, it is a neat and novel combination of a properly designed incandescent lamp 
with a suitable reflector and collar detachable from the lamp. The lamp filament 
is of special design and accurately located in the bulb in reference to the reflector. 
The combination of these features with a sand-blasted globe produces a soft, bril¬ 
liant white light, well diffused and uniformly distributed beneath the lamp. 




CHARLOTTE, N. C. 


399 


FITTINGS FOR MERIDIAN LAMP. 

The Socket collar for the Meridian Lamp fits either key or keyless standard 
sockets and is supplied in polished brass or dead black finish. The socket is not a 
part of outfit. 

The reflector is made of aluminum with dead black finish exterior. 

The Meridian Lamp is designed essentially for ceiling suspension and is not 
suitable for attachment to wall brackets or side fixtures. It is evident that the length 
of the rod must be regulated by the height of the ceiling and the character of the 
illumination required. If the lamps are to be used over tables for reading, etc., the 
globes should hang about 4 or 5 feet from the table. If the light is wanted for 
general illuminating purposes, the globes might hang from 8 to 12 feet above the 
floor, according to the character of the surrounding walls and ceiling. 

Meridian lamps must be ordered by voltage and watts and type of fitting. 

The bulbs are supplied tipless and frosted, unless clear bulbs are specified in 
order. 

Prices and additional data on Meridian lamps are given in the following table. 
The price of additional tubing and pipe is 25 cents per foot. 



































400 


THE D. A. TOMPKINS CO, 


INCANDESCENT LAMPS. 



Figure 515. 


New Type Incandescent Lamps. 








CHARLOTTE, N. C. 


401 


INCANDESCENT LAMPS (Continued). 


EFFICIENCY. 

INCANDESCENT LAMPS IN THE FOLLOWING EFFICIENCIES: 

Lamps of 16, 20, 25, 32 and 50 C. P., 45 to 130 volts, inclusive, 3, 3.1, 3.5, 3.6, 3.8 
and 4 watts per ©andle power. 

Lamps of 4, 6 and 8 C. P., 45 to 130 volts, inclusive, 3.5, 4 and 4.5 watts per 
candle power. 

Lamps of 8, 10, 16, 20 and 24 C. P., 200 to 300 volts, inclusive, 4 watts per 
candle power. 

Lamps of 32 and 50 C. P., 200 to 300 volts, inclusive, 3.5 and 4 watts per candle 
power. 

Unless otherwise specified, orders for lamps 45 to 130 volts will be filled with 
lamps of 3.5 watts per candle power. Lamps of 200 to 300 volts, 4 watts per candle 
power. 

Lamps of special efficiencies, not included in the above, manufactured to order. 

STANDARD PACKAGES. 

One Barrel or Case (200 lamps) of 4, 6, 8, 10, 16, 20, 24 and 25 C. P., including 
small round bulb and candle or bung-hole lamps. 

One Barrel or Case (100 lamps) of 32 or 50 C. P. 

One Barrel or Case (20 lamps) of 100 C. P. 

3.5 Watt per candle power is usually used by manufacturing plants. 

Write for prices. 




402 


THE D. A. TOMPKINS CO., 


INCAN DESCENT LAMPS (Continued). 


Figure 516. Figure 517. 

Hylo for Edison Sockets. Hylo for T-H Sockets. 

Ever since Edison “subdivided the electric light” 20 years ago, people have 
wanted some way to make the incandescent lamp “turn down.” 

It is just as necessary and reasonable to moderate electric light as to regu¬ 
late the brightness of oil light, gas light, or sun light, but there was no successful 
turn-down electric globe until Phelps invented the HYLO. 

The HYLO lamp has two light-giving carbon threads. One is of the usual 
size, making 16 candle power. The other is exceedingly small, a “baby” filament, 
making only one candle power. The least little turn of the HYLO bulb will put out 
the Big Filament and light up the Baby. The mechanism which makes this change 
is part of the lamp itself and is so wonderfully simple that satisfactory operation is 
assured. 

HYLO BABY FILAMENT LAMP. 

1. Can be turned up and down—a simple twist of the wrist does it. 

2. Saves five-sixths of the light bill when turned down. 

3. Lasts as long as 3 ordinary lamps. 

4. Goes into any socket like an ordinary lamp. 

5. Takes up no more room than an ordinary lamp. 

6. May be moved from one socket to another. 

7. Can be used with any open shade or reflector. 

8. No skill is required to put up or operate. 

The two filaments of the HYLO have a combined life of 4,000 hours (1,000 for 
the big filament and 3,000 for the Baby.) The Baby filament takes so little current 
that it is not strained, and therefore lasts a very long time. 

The first cost of the HYLO is necessarily greater than an ordinary electric 
lamp, but the final cost is in most cases less. If the first cost of the HYLO is dis¬ 
tributed, it averages 2 to 3(4 cents per month per lamp. It is easy to see that a very 
small saving in current will offset a monthly expense of 3 cents. 

Stated in another way, a HYLO lamp, in the average bathroom or hall, will save 
enough current in two weeks’ time to pay for itself and leave all the comfort and 
current-saving after that as a clear profit. There is no comfort or real economy in 
total darkness and in fumbling for switches wherever you go. Six HYLO lamps 
turned down in six different rooms take no more current than one ordinary lamp and 
save ever so much time and temper. 

Prices quoted upon application 











403 


CHARLOTTE, N. C. 


SWITCHBOARDS. 


We call attention to a 
line of material, which 
for excellence of design 
and construction cannot 
be surpassed. All of 
these goods are con¬ 
structed to meet under- 
wr iter s’ requirements, 
and are fully guaranteed 
as to construction and 
efficiency. We will be 
pleased to furnish designs 
and estimates on special 
work on receipt of speci¬ 
fications. 





Figure 518. 

Switch Boards. 

Built in our shops of slate or marble to suit the requirements of any installation. 
























404 


THE D. A. TOMPKINS CO, 



SWITCHBOARDS (Continued). 


Figure 519. 

Electric Switch Board. 
Made in our Shop. 




CHARLOTTE, N. C. 


405 


METERS. 



Figure 520. 

VOLT METERS. 


o to 130 
250 
300 
5 °° 
750 


$20.00 each 

22.50 each 
25.00 each 

27.50 each 
30.00 each 


Range of scale, . 
Diameter of case, 
Depth of case, 
Approximate weight 
Shipping weight . 


5 inches 
8 

3 ^ “ 

7 lbs. 

10 “ 


Outside measurement of package ready for shipment, 8 % in. deep x 9% in. square. 



AM-METERS. 


o to 100.$17-5° each 300 . 

150.20.00 “ 4°° 

200.22.50 “ 500 . 

250.25.00 “ 750 . 


GROUND DETECTORS. 

For 150 Volt Circuit. 

For 250 Volt Circuit. 

For 500 Volt Circuit . ... 


$25 00 each 

27.5° “ 

30.00 “ 

35.00 “ 


$22.00 each 
30.00 each 
35.00 each 


GUARANTEE. 


All instruments are carefully tested before they leave works, and are 
sealed. If instruments are found inaccurate, and returned with seal unbroken, 
they will be repaired free of charge, except transportation charges and where 
the injury is manifestly the result of accident or careless handling. 






















UL 


406 


THE D. A. TOMPKINS CO, 


CIRCUIT BREAKERS. 



Figure 522. 

Automatic Circuit Breakers, Single and Double Pole, Type C, Form D, 
50 to 1200 Amperes Capacity. 



Figure 528. 

Type C, Form D, Circuit Breaker. 
100 Amps., 250 Volts. 


Figure 524. 

Type C, Form D, Circuit Breaker with 
Underload Attachment. 

300 Amps., 250 Volts. 














































CHARLOTTE, N. C. 


407 


CIRCUIT BREAKERS (Continued). 

PRICES OF AUTOMATIC CIRCUIT BREAKERS. 


Type C, Form D, Continuous or Alternating Current. 


RATING. 

TYPE. 

LIST P 

Cont. Current. 

‘RICE. 

Alt. Current. 

50-250 

Single Pole 

$ 45.00 

$ 45.00 

50 250 

Double “ 

65.00 

65.00 

100-250 

Single “ 

50.00 

50.00 

100-250 

Double “ 

70.00 

70.00 

150-250 

Single “ 

50.00 

50.00 

150-250 

Double “ 

70.00 

70.00 

300-250 

Single “ 

80.00 

140.00 

300-250 

Double “ 

115.00 

175.00 

800-250 

Single “ 

90.00 


600-250 

Single “ 


160.00 

800-250 

Double “ 

140.00 


600-250 

Double “ 


200.00 

1200-250 

Single “ 

125.00 


1000-250 

Single “ 


180.00 

1200-250 

Double “ 

190.00 



ELECTRIC METERS. 



Figure 525. 
Electric Meter. 
























408 


THE D. A. TOMPKINS CO., 


SWITCHES (Continued). 

MOUNTED. 




Figure 526. 


Figure 527. 


Double Pole, Single Break, Front 
Connected. 


Double Pole, Double Break. Front 
Connected. 



Figure 528. 

Double Pole, Single Quick Break, 
Front Connected. 



Figure 529. Figure 530. 

Double Pole, Single Break, Back Double Pole, Double Break, Back 

Connected. Connected. 


UNMOUNTED. 











409 


CHARLOTTE, N. C. 


FRONT CONNECTED SWITCHES MOUNTED. 

PRICE LIST. 

SINGLE THROW WITHOUT FUSE. 


Amperes. 

Single Pole. 

Double Pole. 

Triple Pole. 

Amperes. 

Plain. 

Polished. 

Plain. 

Polished. 

Plain. 

Polished. 

50 

3.00 

3.75 

5.00 

6.50 

8.00 

10.00 

50 

100 

5.00 

6.25 

8.50 

10.50 

13.50 

17.00 

100 

200 

7.25 

9.00 

12.00 

15.00 

19.00 

23.75 

200 

300 

9.00 

11.25 

15.00 

18.75 

23.50 

29.50 

300 

400 

11.50 

14.50 

19.00 

23.75 

30.00 

37.50 

400 

600 

15.00 

18.75 

25.00 

31.25 

39.50 

49.50 

600 

800 

21.00 

26.25 

35.00 

43.75 

55.25 

69.00 

800 

1,000 

30.00 

37.50 

50.00 

62.50 

78.75 

98.50 

1,000 


SINGLE THROW WITH FUSE. 


Amperes. 

Single Pole. 

Double Pole. 

Triple Pole. 

Amperes. 

Plain. 

Polished. 

Plain. 

Polished. 

Plain. 

Polished. 

50 

3.75 

4.75 

6.25 

8.00 

10.00 

12.50 

50 

100 

6.25 

7.75 

10.50 

13.00 

17.00 

21.25 

100 

200 

9.00 

11.25 

15.00 

18.75 

23.75 

29.75 

200 

300 

11.25 

14.00 

18.75 

23.50 

29.50 

37.00 

300 

400 

14.50 

18.00 

23.75 

29.75 

37.50 

47.00 

400 

600 

18.75 

23.50 

31.25 

39.00 

49.50 

62.00 

600 

800 

26.25 

32.75 

43.75 

54.75 

69.00 

86.25 

800 

1,000 

37.50 

47.00 

62.50 

78.00 

98.50 

123.00 

1,000 


DOUBLE THROW WITHOUT FUSE. 


Amperes. 

Single Pole. 

Double Pole. 

Triple Pole. 

Amperes. 

Plain. 

Polished. 

Plain. 

Polished. 

Plain. 

Polished. 

50 

4.00 

5.00 

6.75 

8.50 

10.75 

13.50 

50 

100 

6.75 

8.50 

11.25 

14.00 

18.00 

22.50 

100 

200 

9.75 

12.25 

16.00 

20.00 

25.50 

32.00 

200 

300 

12.00 

15.00 

20.00 

25.00 

31.50 

39.50 

200 

400 

15.25 

19.00 

25.50 

32.00 

40.00 

50.00 

400 

600 

20.00 

25.00 

33.50 

42.00 

52.50 

65.75 

600 

800 

28.00 

35.00 

46.50 

58.00 

73.75 

92.25 

800 

1,000 

40.00 

50.00 

66.50 

83.00 

105.00 

131.25 

1,000 


DOUBLE THROW WITH FUSE. 


Amperes. 

Single Pole. 

Double 

! Pole. 

Triple Pole. 

Amperes. 

Plain. 

Polished. 

Plain. 

Polished. 

Plain. 

Polished. 

50 

5.00 

6.25 

8.50 

10.75 

13.50 

17.00 

50 

100 

8.50 

10.75 

14.00 

17.50 

22.50 

28.25 

100 

200 

12.25 

15.25 

20.00 

25.00 

32.00 

40.00 

200 

300 

15.00 

18.75 

25.00 

31.25 

39.50 

49.50 

300 

400 

19.00 

23.75 

32.00 

40.00 

50.00 

62.50 

400 

600 

25.00 

31.25 

42.00 

52.50 

65.75 

82.25 

600 

800 

35.00 

43.75 

58.00 

72.50 

92.25 

115.25 

800 

1,000 

50.00 

62.50 

83.00 

103.75 

131.25 

164.00 

1,000 


Front connected switches unmounted deduct io per cent. Back connected 
switches unmounted same as list. Back connected switches mounted add 

10 P 500 -volt switches, except D. T. Fused, add 20 per cent. 500 -volt switches, 
Double Throw Fused, add 40 per cent. 




































































410 


THE D. A. TOMPKINS CO. 


SWITCHES (Continued). 

PUNCHED CLIP SPRING SWITCHES. 



Figure 581. Figure 582. 

Double Pole, Quick Break. Triple Pole, Quick Break. 

PUNCHED CLIP SPRING SWITCHES WITH EDISON FUSE PLUGS 

FOR 125 VOLTS. 



Figure 533. Figure 534. 

Double and Triple Pole Switches with Plugs. 
Description. 

D. P. S. T., 25 amperes, 125 volts. 

T. P. S. T., 25 amperes, 125 volts. 


List Price. 
. . . $2.00 
. . . 2.75 



Figure 535. 

SNAP SWITCHES. 

A line of switches, neat in appearance and of greatly improved design, 
is illustrated herewith. The switches are compact, the mechanisms quick and 
positive in action, and the current carrying parts of ample area and cross sec¬ 
tion. The parts of the switches, both moving and stationary, are few, and 
are so thoroughly constructed that an exceedingly long life is assured. 

These switches have been subjected to the most severe mechanical and 

(Continued on following page.) 





















CHARLOTTE, N. C. 


411 


electrical tests, and have been proved of such a quality as to be classed 
among the best. The standard finish is nickel plate. 



Figure 536. 

Description. List Price. 

5 Amperes, 250 Volts and 10 Amperes, 125 Volts, Single-pole . .$0.60 
10 Amperes, 250 Volts, Douple-pole.85 


Double Push Button Flush Pocket Switch. 



Figure 537. 

Parts of Double Push Button Switch. 

The double push button, flush pocket switch is designed to meet all re¬ 
quirements. It has a maximum current carrying capacity of 10 amperes, is 
suitable for installation on 250-volt circuits and may be used in the standard 
outlet boxes manufactured for the reception of switches of this character. 

The essential qualities of devices of this kind are simplicity and durability 
combined with a positive and reliable action, and the manufacturers feel that 
these results have been attained. 

The mechanism, which is entirely enclosed in a strong porcelain box, in¬ 
sures a quick make and break, has liberal contact surfaces to prevent heating, 
and contains a small number of working parts. The positive action of the 
switch is accomplished through the agency of but one strong spiral spring, 
which, with the other distinctive features of the switch, precludes any possi¬ 
bility of sluggish action or loose parts. . , . 

One of the push buttons is finished in keeping with the cover of the 
switch, while the other is black, so that the position of the switch can be 
ascertained at a glance. The switch is easily wired from the front, and will 
withstand the most severe electrical and mechanical tests. . , , .. 

The standard finish is nickel, although other finishes can be furnished it 
desired. A cast iron wall pocket has been designed for use with these switches 
in connection with cleat or knob concealed wiring. Prices do not include 


the wall box. 

Description. 

List Price. 
.$ 2.35 

Single-pole switcn, complete, wiui iulkcicu .. 

. 2.50 

Double-pole switcn, complete, with mcKeieu luvci . 

. 2.50 

Three-way switcn, complete, wim iiickcicu tuvci . 

Single-pole switch, complete, without cover. 

. 2.00 

. 2.15 

Double-pole switch, complete, wiuioui lu\ci . 

. 2.15 

Three-way switch, complete, witnout covei. 

. 1.40 

ISlckeiea cover ior twu swin-nca, wiLxx .. 

1 1 .. r _ v*n+V* . 1. 4 0 

JNickelea cover tor uhcc swimuco, . 

Iron wall box, with screws, for one switch. 

. 40 

. 60 

Iron wall box, with screws, lor two .. 

Iron wall box, with screws, for three switches. 

. 80 

















412 


THE D. A. TOMPKINS CO., 


SWITCHES (Continued). 


KNIFE SWITCHES. 



Figure 538. 


Type “D M Porcelain Base. 

Single Break. 

Figure 538. 

50 Ampere, D. P.. S. T., with Black 

Enameled Base,. . $1.50 

50 Ampere, D. P., S. T., with White 


Glazed Base. 1.50 

Double Break. 

Figure 539. 

35 Ampere, D. P., S. T., with Black 

Enameled Base. 1.47 

35 Ampere, D. P., S. T., with White 

Glazed Base. 1.47 



Figure 539. 



Figure 540. 


50 Ampere, D. P., S. T., with Black 

Enameled Base. 1.95 

50 Ampere, D. P., S. T., with White 

Glazed Base. 1.95 

Slate Base—250 Volt. 


Figure 540. 


25 A 

mpere, S. 

P., S. T.. 


.70 

25 

if if 

“ 

Fusible. 

.94 

35 

it u 

“ 

. 

.90 

35 

ii If 

“ 

Fusible. 

1.20 

50 

a u 

“ 


1.10 

50 

a a 

<< 

Fusible. 

1.45 

75 

a a 

u 


1.50 

75 

a a 

“ 

Fusible. 

2.00 

100 

a a 

“ 


2.00 

100 

“ “ “ Fusible. 

Unmounted—250 Volt. 

2.68 

25 Ampere, S. 

P., S. T. 


.70 

25 

“ “ 

ii 

Fusible. 

.94 

35 

ft a 

ii 


.90 

35 

ft a 

u 

F usible. 

1.20 

50 

ft u 

a 


1.10 

50 

a a 

a 

Fusible. 

1.45 

75 

a a 

ii 


1.50 

75 

a a 

ii 

Fusible. 

2.00 

100 

a a 

ii 


2.00 

100 

ft n 

ft 

Fusible. 

2.68 






















CHARLOTTE, N. C. 


413 


SWITCHES (Continued). 



Figure 542. 



Figure 544. 


KNIFE SWITCHES. 
Porcelain Base—Type B. 


15 

Amperes, 

Figure 451. 

S. P., S. T. ! 

$ .34 

25 

“ 

. 

.44 

15 

ii 

D. P., “ 

.50 

25 

“ 

. 

.60 

15 

Unmounted—Type B. 
Amperes, - S. P., S. T. 

.34 

25 

it 

it a 

.44 

15 

a 

D. P., “ 

.50 

25 

(( 

it a 

.60 

15 

it 

“ D. T. 

.74 

25 

a 

. 

.90 

35 

Type C Slate Base—Single Break. 
Figure 542. 

Amperes, - S. P., S. T. 

.75 

35 

“ 

“ D. T. 

1.00 

35 

“ 

“ S. T., Fusible 

.90 

50 

it 

. 

1.05 

50 

a 

“ D. T. 

1.25 

50 

“ 

“ S. T., Fusible 

1.25 

35 

Amperes, 

Figure 543. 

- D. P., S. T. 

1.13 

35 

“ 

“ D. T. 

1.47 

35 

“ 

“ S. T., Fusible 

1.35 

50 

a 

a a 

1.55 

50 

a 

“ D. T. 

1.80 

50 

a 

“ S. T., Fusible 

1.72 

Double Pole 

—Porcelain Base—Type A. 

15 Amperes, 

Figure 544. 

D. P., S. T. 

.50 

25 

“ 

<< a 

.60 

15 

“ 

“ D. T. 

.74 

25 

“ 

it it 

.90 

Double Pole—Unmounted—Type A. 
15 Amperes, - D. P., S. T. 

.50 

25 

“ 

it it 

.60 

15 

a 

“ D. T. 

.74 

25 

a 

“ “ 

.90 






414 


THE D. A. TOMPKINS CO., 



Figure 545. 


SWITCHES (Continued). 

PERKINS PORCELAIN SWITCH. 

Figure 545. 

220 Volt. 

10 Ampere, Double Pole, $1.08 10 Ampere, Single Pole,$0.72 
10 “ Three-Point, 1.08 10 “ Four-Point, 1.08 

Unless otherwise ordered, this switch is furnished in 
plain white porcelain, but it can be finished with any desired 
decoration, prices for which will be given on application. 


GIBBS THREE-POLE SWITCH. 

Figure 546. 

220 Volt. 

15 Ampere, Three Pole, $1.80 15 Ampere, Three Pole. Lock 

Attachment, $1.98. 

This switch breaks simultaneously, the three wires 
(each at two points) when used with the Edison three-wire 
system. 



PERKINS FLUSH 
SWITCHES. 

220 Volt. 

Figure 547. 

Push Button Switch. 
Complete with Face 
Plate. 

10 Ampere, Single 

Pole. $1.90 

10 Ampere, Double 

Pole. $2.40 

10 Ampere, Three 

Way. $2.40 

10 Ampere, Four 
Way. $4.00 



PERKINS 




Figure 546. 


Gang Push Button 
Switch. 

No Plates or Frames. 
Figure 547. 

10 Ampere, Single 

Pole. $1.50 

10 Ampere, Double 

Pole.$2.00 

10 Ampere, Three- 

Way. $2.00 

10 Ampere, Four- 
Way. $3.60 



Figure 548. 


Figure 547. 

Gang Push Button Switch, 
Double Pole. 


THE BRYANT STAND¬ 
ARD SWITCH. 

Patented October 23,1888, 
and October 30,1888. 



Figure 549, 


Single Pole. 


15 Ampere, concealed, 

$0.80 

25 

1.08 

15 “ grooved. 

0.80 

25 

1.08 


Double Pole. 

10 Ampere, concealed,$0.94 
15 “ “ 1.34 

25 “ “ 1.60 

10 Ampere, grooved. 0.94 
15 “ “ 1.34 

25 “ “ 1.60 
















CHARLOTTE, N. C. 


415 


SWITCHES (Continued), 1 



Figure 550. 


PERKINS FLUSH SWITCHES. 


Figure 550. 

220 Volt. 

15 Ampere, Double Pole.$2.16 

30 “ “ . 2.88 

15 “ Triple Pole. 3.36 


The above switches can be furnished in 
gangs to order. 



Figure 551. 


PERKINS FLUSH SWITCHES. 
Figure 551. 

220 Volt. 

Porcelain Cup Switch. 


5 Ampere, Single Pole.$1.15 

10 “ “ . 1.24 

10 “ Double Pole. 1.58 

5 “ Three-Point.. 1.35 

10 “ “ . 1.58 

10 “ Four-Point... 1.58 

10 “ Electrolier. 1.58 


When specified, these switches can be 
furnished to fit Har & Hegeman, 
Anchor or Cutter wall boxes. 

5 or 10 Ampere switches can be placed 
in this porcelain cup, absolutely 
insulating all parts of the switch. 




























416 


THE D. A. TOMPKINS CO. 


SWITCHES (Continued). 



Figure 552. Figure 558. 

Pendant Push Button Switches. 


The Pendant Push Button Switches are particularly adapted for use in 
connection with either permanent or temporary installations of incandescent 
lamps or fan motors. In locations where exposed wiring is necessary, the 
drop cord offers an arrangement of wiring much neater than can be obtained 
with the wall switch. 

The most desirable position for a fan motor is frequently not the most 
accessible, and in such cases conveniently located separate switches are desired. 

Switches are made for 5 and 10 amperes. They are models of strength 
and durability, and the construction is unusually compact and effective. The 
brass casing surrounds a porcelain body on which are mounted the terminals, 
contacts, and working parts of the switch. All contact surfaces are liberally 
proportioned and the mechanism of the switch is thoroughly reliable. 

The circuit is closed by pushing the rubber button which is attached to a 
metallic plunger, and is quickly opened by pressure on the release button at 
the side of the switch. 

The 5 ampere switch is inches in diameter, and the 10 ampere switch 
1 inches. The standard finish for switches of both sizes is polished brass. 


DESCRIPTION. 

LIST 

PRICE. 

Pendant Push Button Switch, 5 Ampere, 
Pendant Push Button Switch, 10 Ampere, 

125 Volts. 

125 Volts. 

$ .70 

1.00 










CHARLOTTE, N. C. 


417 


PORTABLE ELECTRIC TOOL GRINDER. 



Figure 554. 


This machine consists of an Electric Motor (Direct or Alternating Current) 
mounted on a specially designed base, with two emery wheels, one 4 -inch and one 
5 -inch, attached to either end of the shaft. 

The machine can be handily mounted on any work bench or lathe bed, or in 
proximity to any machine tool, and connected by flexible cable to an ordinary incan¬ 
descent lamp socket. It can readily be shifted from place to place and requires no 
other mounting than that with which it is supplied. 

PRICE LIST OF PORTABLE ELECTRIC TOOL GRINDER. 


Complete with Base Plate, Grinding Rests and Emery Wheels. 


Circuit 

Frequency. 

Voltage. 

Weight. 

Price. 

Net. 

Boxed. 

D. C. 


100 125 

31 lbs. 

45 lbs. 

$42.00 

1). C. 


200-250 

31 lbs. 

45 lbs. 

45.00 

A. C. 

7200 

100-115 

31 lbs. 

45 lbs. 

45.00 

A. C. 

16000 

100-115 

31 lbs. 

45 lbs. 

45.00 


PORTABLE ELECTRIC CLEANER AND BUFFER. 


Complete with 4-incli Steel Wire Scratch Wheel and 5-inch Buffing Wheel. 


Circuit. 

Frequency 

Voltage. 

Weight 

Price. 

Net. 

Boxed. 

D. C. 


100-125 

15 lbs. 

27 lbs. 

$40.00 

D. C. 


200-250 

15 lbs. 

27 lbs. 

43.00 

A. C. 

7200 

100 115 

15 lbs. 

27 lbs. 

43.00 

A. C. 

16000 

100-115 

15 lbs. 

27 lbs. 

43.00 


All machines complete with Switch, Flexible Cord and Plug, ready to start. 
Special discount on orders of 10 machines for large factories. 




































418 


THE D. A. TOMPKINS CO., 


Edison 

<< 


STANDARD SOCKETS. 




Figure 555. 


Figure 556. 




Fibre Lined—250 Volt. 

Key Socket, ^-inch Cap, $0.33 

“ “ % “ “ .39 

Keyless “ % “ “ .30 

% “ “ .36 


Removable Ring. 

Fibre Lined—250 Volt. 

Edison Key Socket, ^-inch Cap, $0.35 

“ Keyless “ % “ “ .32 

“ Key “ % “ “ .41 

“ Keyless “ % “ “ .38 


Fibre Lined —250 Volt. 



$0.33 

.39 

.30 

.36 





Figure 557. 



Figure 558. 


Acorn Socket—Removable Ring. 
Unlined—110 Volt 
Figure 558. 

Edison Keyless Socket.Cap, $0.38 

“ “ “. % “ “ .44 

Fibre Lined—250 Volt. 

Figure 558. 

Edison Keyless Socket.Cap, .38 

“ “ “ .% “ “ .44 

Fibre Lined—250 Volt. 

Figure 557. 

Westingliouse Base, Key...34-inch Cap, .33 

“ “ “ .39 

“ “ Keyless % “ “ .30 

“ “ “ .36 














CHARLOTTE, N. C. 


419 


STANDARD SOCKETS (Continued). 



Figure 559. 


All Porcelain, 

Edison Base, Keyless Chocolate Porcelain, $0.25 
Edison Base, Key, Chocolate Porcelain... .30 


PULL SOCKET. 
Figure 561. 
Pendant Pull Socket. 
Fibre Lined—250 Volt. 


Edison Screw Base 

Vs- in. 

Cap, $0.65 

it H U 

%-m. 

a 

.71 

Thomson-Houston “ 

Yq- in. 

H 

.65 

u a a 

%- in. 

a 

.71 

Westinghouse 

^-in. 

n 

.65 

M « 

%-in. 

a 

.71 




Figure 561. 


EDISON WALL SOCKETS. 



Figure 562. 


Fibre Lined —250 Volt. 


Figure 562. 

Edison Key Wall Socket. $0.44 

Edison Keyless Wall Socket..40 



Figure 563. 


With Removable Ring and Concealed Base. 


Unlined—110 Volt. 

Figure 563. Edison Base, Key.. . $0.44 

Figure 565. “ “ Keyless.40 



Figure 565. 



Figure 564. 


Fibre Lined—250 Volt. 

Figure 564. Edison Base, Key.60 

Figure 566. “ " Keyless, $0,55 

Figure 566. 













hrjm 


420 


THE D. A. TOMPKINS CO, 


WEATHERPROOF SOCKETS. 



Figure 567. 



Figure 568. 


BRYANT SOCKET. 


Edison Screw Base. $0.30 

Thomson-Houston Base..30 

Westinghouse Base.30 


Each socket fitted with twelve 
inches of wire. Special 
length wire to special 
order. 


THE BRAGDON SOCKET. 


Edison Base . $0.50 

Thomson-Houston Base.50 

Westinghouse Base.50 


Extension edge carries the drip away from the 
lamp and socket. 

Method of wiring at the top removes the strain 
from the socket itself and places it on the por¬ 
celain. 

Extra hole in porcelain at top allows for sus¬ 
pension by cord if desired. 

Each socket fitted with twelve inches of 
stranded rubber covered wire. Extra length wires 
furnished to special order. 


THE CHAPMAN RECEPTACLE. 



Complete with Lid and Plug. $2.70 

“ " Plug no Lid. 2.40 



Figure 570. 


Plug only. $1.10 

Receptacle only, with Lid, 1.60 
“ “ no “ 1.30 

Prices cover light bronze, polished brass 
and nickel face plates. 

Special finishes to order. 






















CHARLOTTE, N. C. 


421 


FIXTURE CUT-OUTS. 




The Bug Cut-Out. 

Concave-head contact screws in the 
a perfect contact where the two 
base, and convex in the cap, insure 
connecting wires are of different 
gauge. 

The cover, being held in place by but 
one nut, can be readily removed for 
fusing. 


Figure 571. Figure 572. 


Covered. 

List Price 


Open. 

$0.18 


K.-W. ROSETTES. 



Figure 573. 

Cleat, with Cast Lugs. 
List Price.... 



Figure 574. 

For Combination Work. 
. $0.28 


G.-E. ROSETTES. 



Figure 575. 


List Price 


$0.28 











422 


THE D. A. TOMPKINS CO., 


K. P. FUSELESS ONE-PIECE ROSETTE. 



Figure 576. 


Approved by National Board of Fire Underwriters. 

FEATURES. 

First. —It is made of one solid piece of finest porcelain, therefore 

(a) Always a complete rosette; easy to handle. 

(b) Never any useless, unmatched parts. 

Second.—E asiest and cheapest to connect of any rosette made, all contacts being 

readily accessible. 

Third. —All weights and strains borne by knot supported by solid porcelain; 
absolutely no strain on contacts. 

10 in a package. 500 in a case. 


List Price, 16 cents each. 



































































CHARLOTTE, N. C. 


423 


CARTRIDGE FUSE CUT-OUTS. 



Figure 577. 


Figure 578. 


Double Pole, Single Branch. 220 Volt, 30 Ampere. Double Pole, Main. 

Practical experience has demonstrated that an arc caused by opening a circuit 
should be entirely enclosed, and this principle has been adopted by a simple con¬ 
struction in the cartridge fuse cut-outs. The fuse passes from ferule to ferule 
through a fire-proof compound which is encased in a tube of tough insulating 
material. As soon as the fuse blows, the compound closes the path and renders an 
arc impossible. 



Figure 579. 

Single Pole Main. 


EDISON PLUG CUT¬ 
OUTS. 

For the Protection of Circuits hav¬ 
ing a Maximum Current of 30 Am¬ 
pere, and a Maximum Potential of 
125 Volts. 




LIST PRICE. 


Figure 579. $0.25 

“ 580.40 

“ 581.50 

“ 582.45 

“ 583. .85 


Figure 581. 

Double Pole, Single or Double 
Cross over Branch. 


Figure 580. 

Double Pole Main. 



Figure 582. 

Double Pole, Single Branch. 

















424 


THE D. A. TOMPKINS CO., 


6o AMPERE PLUG CUT-OUTS. 



Figure 585. 



Figure 587 



Figure 586. 



Figure 588. 


Main Line and Branch Cut-Outs. 


The Edison Plug Cut-outs, which have been for so many years the standard 
indoor wiring device, are now manufactured with an increased capacity. The 
cut-out is strong and compact, with current carrying parts of ample capacity 
The screw shell is of the same general design as that of the smaller cut-outs, 
but is slightly deeper and has a greater diameter. The entire body of the 
plug is of porcelain, and is constructed on the well-known and successful 
cartridge fuse principle, but retains all of the characteristics of the Edison 
plugs. The metal cap is thoroughly insulted with composition, and can be 
readily removed for inspection of the fuse strips. The plugs are neat in ap¬ 
pearance and are made for 250 volt circuits, in capacities ranging from 10 to 
60 amperes. 

Capacities ranging from 10 to 60 amperes. 

EDISON PLUG CUT-OUTS AND FUSE PLUG CUT-OUTS. 


DESCRIPTION. 

Standard 

Package. 

List 

Price. 

Figure 585. Edison Plug Cut-out, 60 Amp., 250 Volts, Double 
Pole, Main Line. 

50 

$1.50 

Figure 586. Edison Plug Cut-out, 60 Amp., 250 Volts, Triple 
Pole, Main Line. 

50 

2.25 

Figure 587. Edison Plug Cut-outs, 60 Amp., 250 Volts, Double 
Pole, Single Branch. 

50 

1.75 

Figure 588. Edison Plug Cut-outs, 60 Amp., 250 Volts, Triple 
Pole, Single Branch. 

25 

3.00 


FUSE PLUGS FOR USE WITH THE ABOVE CUT-OUTS. 


Edison Fuse Plug, 10 Amperes. 

50 

.30 

“ “ “ 20 “ . 

50 

.30 

“ “ “ 30 “ .. 

50 

.30 

“ “ “ 40 “ . 

50 

.30 

“ “ “ 50 “ . 

50 

.30 

“ “ “ 60 “ . 

50 

.30 














































CHARLOTTE, N. C. 


425 


500 VOLT RAILWAY CUT-OUTS. 



Figure 589. 



Figure 590. 


Single Pole. 
Figure 589. 


25 Ampere __ Porcelain Cover. $0.50 

25 “ .Mica “ .50 

50 “ .Porcelain “ .80 

50 “ .Mica “ .80 

100 “ .Porcelain “ 1.20 

100 “ .Mica “ 1.20 

Length of break : 

25 Ampere .2%-i nc h es 

50 “ ..'. SH “ 

100 “ . 4 


Double Pole. 


Figure 590. 

10 Ampere, Mica Cover.$0.40 

10 “ Porcelain Cover..40 


Length of break, 3 inches. 


FUSE FITTINGS. 


For Cartridge Fuses. 


250 VOLT PORCELAIN SPRING CLIP CUT-OUTS. 
TYPE C CONTACT. 


For Interior Wiring. 



Figure 591. 


LIST PRICE. 



Stand¬ 

ard 

Pkgs. 

List 

Price. 

Double pole main line 
cut-out. 

50 

$ .70 

Triple pole main line 
cut-out. 

50 

.85 

Double pole single 
branch cut-out. 

50 

1.00 

Triple pole single 
branch cut-out. 

25 

1.50 














































426 


THE D. A. TOMPKINS CO., 


FUSE FITTINGS (Continued). 


CARTRIDGE FUSES, 250 VOLTS. 


Type C or Spring Clip Contact. Standard Package 25 Fuses. 


Continuous Load Current. 


3 

4 

5 

6 
8 

TO 


Amperes 


a 


Price per 100. 

. . .$ 20.00 


U 


Continuous Load Currrent. 


12 Amperes 

15 

18 


25 

30 


u 

u 


Price per 100. 

. . .$ 20.00 
a 

a 

n 

a 

a 



Figure 592. 

Type C Contact Fuse. 


FUSES FOR 500 VOLT SERVICE. 



Figure 593. 


For Use on Circuits from 250 Volts to 500 Volts. 


Standard Package 25 Fuses. 


Continuous Load 

Price 

Continuous Load 

Price 

Current. 

per 100 


Current. 

per 100. 

Will 

Fit Only io 

Ampere 

35 

Amperes . . . 



Base. 


40 

(6 


it 

2 

Amperes . . . 

. .$27.00 

45 

U 


it 

4 

it 

it 

50 

(( 


it 

6 

8 

it 

a 

Will 

Fit 

Only 100 

Ampere 





Base. 


10 

(( 

Fit Only 25 

u 

60 

i( 


. . 48.00 

Will 

Ampere 

75 

a 



Base. 


• 





100 



a 

12 


. . 34.00 

125 

u 


a 

14 



Will 

Fit 



16 

U 

a 

Only 300 

Ampere 

18 

a 

a 



Base. 


20 

a 

it 

150 

u 



25 

a 

a 

200 

u 

. . . 

it 

30 

u 

. . 38.00 

250 


. . . 

it 

Will 

Fit • Only 50 

Ampere 

300 


. . . 

a 


Base. 


































CHARLOTTE, N. C. 


427 


FUSE FITTINGS (Continued). 


For Cartridge Fuses. 
MOTOR TYPE CUT-OUTS. 



Figure 594. 


Single Pole 500 Volt Porcelain Cut-Outs. 


List Price. 

10 Ampere Cut-Out (2 to 10 Am¬ 
peres inclusive) .... $ .90 

25 Ampere Cut-Out (12 to 25 Am¬ 
peres inclusive) .... 1.00 

50 Ampere Cut-Out (30 to 50 Am- 


List Price. 

peres inclusive) .... 1.20 

100 Ampere Cut-Out (60 to 125 Am¬ 
peres inclusive) .... 1.70 

300 Ampere Cut-Out (150 to 300 

Amperes inclusive) ... 2.30 


DUPLEX FEEDER SLATE CUT-OUT. 

For Indicating Cartridge Fuses. 

TYPE A OR SCREW CLAMP CONTACT. 



Description. 

Distance 

on 

Centres. 

Package 

Quantity. 

List 

Price. 

Capacity 5 to 200 AmperesA 
250 or 500 volts, or 5 to 120 ! 
Amperes, 1,000 or 2,000 ( 
volts. J 

7/4 in. 

50 

$6.00 


Figure 595. 





























428 


THE D. A. TOMPKINS CO., 


COMMUTATOR COMPOUND AND TAPE. 



Figure 596. 


COMPOUND. 

Gale’s Commutator Compound per stick. 



Figure 597. 


I’rice. 

$0.75 


TAPE. 


Competition, 34 lb. rolls, per lb. 

Grimshaw, white “ . 

Grimshaw, black “ . 

Okonite, “ . 

Lenox, all rubber splicing tape, per lb.. 

Cloth base rubber insulating tapes % in. wide. 


Price. 

$0.80 

1.00 

1.10 

1.50 

.75 


P. and B. COMPOUND. 

Pint Quart 1 Gallon 5 Gallon ,—Per Gallon in—* 

Cans. Cans. Cans. Cans. l A Bbls. Barrels. 


1st Grade . $0.30 $0.50 $1.75 $8.00 $1.55 $1.50 

2d “ .25 .45 1.50 7.00 1.30 1.25 


SOLDERING APPLIANCES. 

WIRE SOLDER. 

Price. 

Wire Solder.$0.40 

Rosin Core Solder.50 



Figure 598. SOLDERING COPPERS, POINTED. 

2)4 lbs. to the pair, per lb.$0.48 

3 “ “ “ “ 48 

4 “ “ “ “ 48 

Figure 599. 5 “ “ “ “ .48 




SOLDERING SALTS. 


In 34 lb. bottles, per lb 
In 1 “ “ “ “ 

In 5 “ “ “ “ 


SOLDERING PASTE. 


In boxes containing 2 oz. 
In “ “ 1 lb. 

I11 “ “ 5 lbs 


Price 

Each. 

$0.75 

.65 

.50 


Price 
Per Box 

..$0.50 
.. 2.00 
.. 10.00 


Figure 600. 

THE ALLEN SOLDERING 
STICK. 



Figure 601. 


Per stick 


.25 














































































CHARLOTTE, N. C. 


429 


SOLDERING APPLIANCES (Continued). 



Figure 602. 


Combination Hot Blast 
Furnace.$ 10.00 


Helper’s Firepot. Can 
also be used as a re¬ 
versible torch.10.00 



Figure 603. 


TORCHES. 



Everybody who uses a torcli 
in his work will be interested in the 

IMPROVED ALCOHOL 
TORCH. 

You can get the point ot the 
blow pipe flame exactly where you 
want it. 

Price. $3 00 

GASOLINE TORCH. 

Three useful tools in one; 
a brazier, soldering iron heater and 
blow torch for plumbers, electric¬ 
ians and conduit workers. Will 
not blow out. 

Price, each.$6.00 


Figure 604. 




Figure 606. 



Figure 607. 


List Price 
Each. 


$ 5.00 


List Price 
Each. 

QueenjTorch. $ 6.00 


Vulcan Torcli 




















































































430 


THE D. A. TOMPKINS CO, 


LIGHTNING ARRESTERS. 

Single Pole Line Arresters. 

Circuit Voltage. 

125 to 700. 

STANDARD FUSES. 

and Fuse Wire. 

All Sizes Carried in Stock. 


List Price 
Each. 

.. $ 6.00 


DYNAMO BRUSHES. 


We supply promptly Carbon and Gauze Brushes of any size. 




Figure 608. 


Carbon Brushes. 


Figure 609. 



Figure 611 
















CHARLOTTE, N. C. 


431 


WIRE. 

Approximate Weight and Measurements of Triple Braided 
Weatherproof Copper Wire. 


Size B. & S. Guage 

Feet per Pound. 

Lbs. per 1000 Ft. 

Lbs. per Mile. 

0000 

1.30 

767 

4050 

000 

1.59 

629 

3320 

00 

2.02 

495 

2610 

0 

2.45 

407 

2150 

1 

3.22 

310 

1640 

2 

4.00 

250 

1320 

3 

5.03 

199 

1050 

4 

6.10 

164 

865 

5 

7.43 

135 

710 

6 

9.00 

111 

587 

8 

13.54 

74 

390 

10 

18.85 

53 

280 

12 

28.54 

35 

185 

14 

40.61 

25 

130 

16 

60.00 

17 

88 

18 

75.43 

13 

70 


Sizes 0000 to 14 B. & S. always in stock. 


RUBBER COVERED WIRE 

Carried in Stock in the following Sizes: 
Numbers 14, 12, 10, 8, 6, 4, 2, 1, 0, 00, 000, 0000. 


ANNUNCIATOR WIRE. 
Annunciator Wire—Single. 


No * per ff>. Per tt>. 

16 105. $0.45 

18 155.46 

19 200.48 

20 239 50 


Wound on spools containing about 8 lbs. each, Assorted colors, 






















432 


THE D. A. TOMPKINS CO., 


LAMP CORD AND CABLES. 

INCANDESCENT LAMP CORD. 

For Drop Lights, Brackets, Portables, Etc. 



Figure 612,. 


Conductor composed of Fine Wires, Insulated with Rubber and Braided 
Silk, or Cotton. 

Two Conductors, Twisted, Covered with Silk or Cotton Braid, in different 
colors or combination of colors. 


Equal in 
Conductivity to 
No. 20 B. & S. 
“ 18 

“ 16 


Silk 

Cotton 

per yard 

per yard 

.$0.12 

$0.07 

. .16 

.09 

. .19 

.12 

. .29 

.21 

. .40 

•32 

• .50 

.42 


Extra heavy Rubber Insulated Lamp Cord, No. 18, Cotton 
Braid, for Show Window Drop Light.per yard, $o.68 


BARE AND INSULATED 
Double Galvanized Telegraph and Telephone Wire. 

We are always prepared to furnish, in any quantity, the very best gal¬ 
vanized wire in the American market for telegraph and telephone lines. 

No. 16 comes in i mile coils, the larger sizes one-half mile to coil. Quota¬ 
tions are made for full coils; if smaller quantity, add double the price. 


Standard Weight and Resistance of Galvanized Wire. 


Number, 

Roebling 

Gauge. 

Diameter 

in 

Inches. 

Weight 
in pounds 
per Mile. 

Put up in 
bundles 
of 

Approximate 
breaking strain in 
pounds. 

Average resis¬ 
tance in Ohms 
at 68 ° F. 

Price 

List 

Cents per lb. 

E. B.B. 

B. B. 

Steel. 

E. B.B. 

B. B. 

Steel 

E. B.B. 

BB 

Steel. 

4 

.225 

730 

Va, mile 

2,190 

2,409 

2,701 

6.44 

7.53 

8.90 

10 K 

9 

7 

6 

.192 

540 

M “ 

1,620 

1.782 

1,998 

8.70 

10.19 

12.04 

10 x 

9 

7 

8 

.162 

380 

X “ 

1,140 

1,254 

1,406 

12.37 

14.47 

17.10 

io l 4 

9 

7 

9 

.148 

320 

% “ 

960 

1,056 

1,184 

14.69 

17 19 

20.31 

10 J 4 

9 

7 

10 

.135 

260 

% “ 

780 

858 

962 

18.08 

21.15 

25.00 

105 s 

9K 


11 

.120 

214 

5* “ 

642 

706 

792 

21.96 

25.70 

30.37 

105 ^ 

9X 

'IVa 

12 

.105 

165 

% “ 

495 

545 

611 

28.48 

33.33 

39.39 

10H 

9 l A 


14 

.080 

96 

% “ 

288 

317 

355 

48.96 

57.29 

67.71 

11 H 

10 

8 

16 


62 

1 “ 








15 



Special Prices quoted on large quantities on application. 
FLEXIBLE CONDUIT WIRE. 


Inside 

Diameter. 

Feet in 

Coil. 

Weight 
per 1,000 feet. 

Cubic feet 
per Coil. 

Price 
per foot. 

M in. 

250 

75 lbs. 

1.18 

6 cts. 

% in. 

250 

110 lbs. 

1.38 

7 cts. 

J4 in. 

200 

125 lbs. 

1.58 

8 cts. 

% in. 

200 

155 lbs. 

2.28 

10 cts. 

/4 in. 

150 

200 lbs. 

2.38 

12 cts. 

1 in. 

100 

275 lbs. 

2.48 

16 cts. 

114 in. 

100 

360 lbs. 

3.74 

20 cts. 

1/4 in. 

Odd Lengths. 

400 lbs. 


34 cts. 

1% in. 

(( H 

440 lbs. 


40 cts. 
























































CHARLOTTE, N. C. 


433 


ONE WIRE CLEATS. 



Figure 613. 


Regular Style. 


Size Wire. 
B.& S.Gauge. 

Size Hole. 
Inches. 

Price 

Regular. 

per 1000. Size Wire. Size Hole. 

Style "A” B.& S Gauge. Inches. 

Price 

Regular. 

per 1000. 
Style “A” 

10 

M 

$ 26.68 

$36.68 200,000 c. m. % 

80.00 

95.00 

2 

t 5 s 

40.00 

50.00 - 300,000 c. m. % 

120.00 

120.00 

0 

% 

48.00 

60.00 500,000 c. m. 1 

160.00 

160.00 

* 

34 

48.00 

60.00 



Style “ 

A” is similar to the regular, but is one inch from bottom of 

groove to 


back oh cleat. 


TWO AND THREE WIRE CLEATS. 



Figure 614. 

Standard Package 1000. 

Prices per 1000. 

For Sizes of Wire to No. 12, B. & S. Gauge, $26.00 glazed; $20.00 unglazed. 

WIRING KNOBS. 



Figure 615. Figure 616. 


Regular Style. Style A. 

Prices per 1000. 

For sizes of Wire to No. 10 B. & S. guage, $26.68 regular; $33.34 style A. 

« “ “ « “ “ 4 “ “ 28.50 “ 35.00 

» “ “ “ 4 « “ 40.00 “ 50.00 “ 

Style A has one inch below groove, 


































434 


THE D. A. TOMPKINS & CO. 



Figure 617. 
Standard Pkg., 650 
Price per M. $88.00 



Figure 623. 


PORCELAIN INSULATORS. 



Figure 618. Figure 619. Figure 620. Figure 621. 

Standard Pkg. 850 Standard Pkg.2,000 Standard Pkg.5,000 Standard Pkg.5,000 
Price per M $41 34 Price per M $12.50 Price per M $10.00 Price per M $10.00 



Figure 622. 

Price per M $90.00. 


CLAY AND SEMI-PORCELAIN 
TUBES. 

Lots of 1,000 and over, of one size, constitute a Standard Package 
quantity, and entitle the buyer to the Standard 
Package Discount. 

List price per 1,000. 


Size 

Hole. 

Outside 

Dia¬ 

meter. 

fV in- 

% in. 

% “ 

n “ 

^ “ 

% “ 

% “ 

i “ 

% “ 

iy 8 " 

1 “ 

114 “ 

m a 

m “ 

iy 2 “ 

2 “ 

i% “ 

*y 2 “ 

rs 

% “ 

% “ 

H “ 

H “ 

% “ 

% “ 

1 “ 

% “ 

m “ 

1 “ 

iy 4 “ 

m “ 

m “ 

i h “ 

2 “ 

m “ 

2 ^ “ 


LENGTH UNDER HEAD. 


iy 2 

2 

234 

3 

4 

6 

8 

$6.66 

$7.00 

$8.32 

$8 32 

$10.82 

$24.16 

$36.66 

7.50 

8.82 

10.00 

10.82 

13.32 

28.32 

43.32 

8.32 

10.82 

12.00 

13.32 

15.66 

31.66 

50.00 

11.00 

13.50 

14.82 

16.66 

20.00 

34.24 

56.66 

12.62 

16.00 

18.32 

21.76 

24.16 

41.66 

61.66 

15.00 

18.32 

21.66 

27.16 

32.50 

46.32 

66.66 


80.00 100.00 120.00 
100.00 160.00 200.00 
120.00 213.32 240.00 


10 12 14 16 18 20 24 

$45.00 $66.66 $80.00 $96.00 $115.00 $143.32 $173.33 
53.32 78.32 90.00106.66 126.66 148.32 180.00 
60.00 86.66 98.46115.00 133.32 156.66 190.00 
66.66 91.66105.00125.00 141.66 173.32 216.66 
73.32103.32116.66140.00 156.64 193.32 240.00 
83.32116.66140.00161.66 183.32 206.66 266.66 
160.00 240.00 280.00 320.00 366.66 400.00 483.32 
1240.00 360.00 416.66 480.00 533.32 600.00 700.00 
1280.00 400.00 500.00 600.00 650.00 700.00 900.00 
































































































CHARLOTTE, N. C. 


435 


GLASS INSULATORS. 



Figure 624. 

Deep Groove. 
Price per 100, $5.00. 



Figure 625. 

Deep Groove, Double 
Petticoat. 

Price per 100, $6.00. 




Figure 626. 

Pony. 

Price per 100, $3.00. 


Figure 627. 

Cable Glass Insulator. 
Price per 100, $10.00. 


PINS AND BRACKETS. 



Figure 628. 


Oak Brackets, Painted, Western Union Standard, per 100 

« “ “ 1J4 inch, per 100. 

« « <• 134 inch, “ “ . 


$2.50 
2.00 
. 2.00 










436 


THE D. A. TOMPKINS CO., 


OPAL SHADES FOR INCANDESCENT LAMPS. 



Figure 629. 

FLAT OPAL. 


6 inch, per 

7 “ 

8 “ 


dozen 


For 2 t 4 or 34 
. . . .$ 2.00 
.... 2.25 
.... 2.50 
.... 2.75 
.... 5-50 



Figure 630. 

FLUTED OPAL. 

For 24 and zVa inch holders. 

6 inch, per dozen.$2.50 

7 “ “ .2.75 

8 “ “ “ 3-io 

10 “ “ “ 4-38 

12 “ “ “ 6.00 


inch holders. 

6 inch, per dozen.$ 6.25 



Figure 631. 

SCALLOPED OPAL. 


For 24 inch holder. 

5 inch, per dozen.$2.00 

6 “ “ “ 2.25 

7 “ “ .2.50 

8 “ “ “ 2.75 

10 “ “ “ 500 


TIN SHADES AND REFLECTORS. 



Figure 632. 

PLAIN FLAT TIN SHADES. 



Figure 633. 

HALF-CONE WHITE ENAM¬ 
ELED TIN SHADES. 


For 24 and 34 inch holders. - For 24 and 34 inch holders. 


8 inches, per dozen. . . 

. . . .$1.60 

8 

inches,per dozen . . . 

. . . .$175 

10 “ “ “ . . . 

. . . . 2.25 

10 

it H a 

. . . . 2.25 

12 “ “ “ . . . 

• • • • 3-25 

12 

u a a 

• . . • 3-25 

14 “ “ “ . . . 

• • • • 375 

14 

“ u a 

• • • • 375 

16 “ “ “ . . . 

. . . . 5.00 

16 

a a a 

. . . . 5.00 

18 “ “ " . • . 


18 

“ “ “ 




































CHARLOTTE, N. C. 


437 


TIN SHADES AND REFLECTORS (Continued). 



Figure 634. 

TIN HALF REFLECTOR. 
Green outside, White Enamel inside. 

Per doz. 

For 2 t 4 inch holder, as per cut. .$4.50 
We also make them with wire collar 
instead of tin. 

Price, per dozen.$3 00 



Figure 635. 


FULL-CONE WHITE ENAM¬ 
ELED TIN SHADES. 

For 2%. inch holders. 
Diameter. Per doz. 

8 inches.$3 25 

10 “ .3-75 

12 “ . . .4-50 


FLUTED STEEL PORCELAIN ENAMEL SHADE. 



Figure 636. 

The growing demand for Steel Porcelain Enameled Reflectors for use on 
arc and gas lamps prompts us to offer to the trade this design of steel shade, in 
the belief that it will fill a long felt want. 

This Reflector is 20 inches in diameter, with a 6 -inch fitter, the latter spec¬ 
ification conforming to the outer globes used on a large variety of arc lamps. 
It consists of but two pieces of steel, secured together without screws, rivets 
or seams, and constitutes the best and most durable enameled shade on the 
market. 

The material is of good gauge steel, covered with porcelain enamel, both 
top and bottom, applied at a temperature of about 1800 degrees F. The design 
of this shade is peculiarly adapted to the process of enameling in that it pre¬ 
vents distortion and warping. 

The corrugations furthermore strengthen the shade and result in better 
diffusion of light than can be obtained from plane surfaces. 










438 


THE D. A. TOMPKINS CO, 


BATTERIES. 



Figure 637. 


Carbon Cylinder, Open Circuit Battery. 

Is reliable and uniform in action. Its electro motive force is 1.5 volts. 
Internal resistance .7 of an ohm. 

The Carbon Element in the Battery is indestructible and is moulded in 
one piece, which make a perfect seal and prevents the climbing of the salts. 

Complete Cell, with Sal. Ammoniac, each..$0.65 

Cylinder only, with Bushing, each.. 

Zincs, each. . 



Figure 638. 


SAMSON BATTERY NO. 2. 
Size, inches. (New Style.) 

PRICE LIST. 

Complete Cell, new style. . . 
Carbon Vase, “ 

Cylindrical Zinc, “ ... 

Glass Jar, “ ... 

Rubber Cover, “ ... 

Sal-Ammoniac Charge .... 
Rubber Ring to suspend carbon 
Rubber Plugs (per set of three) 




.85 
.21 
•i 9 
.11 
.10 
.08 
.00 
















































































CHARLOTTE, N. C. 


439 


BATTERIES (Continued). 



Figure 639 


DRY BATTERY. 

A Thoroughly Dependable Battery. 
Size, 2^4x6. 

Price each.$0.25 


Small Marine and Traction Gas En¬ 
gine Model. Capacity, 100 Am¬ 
pere Hours. Size 4 j 4 x 6 ^ 4 . 


Price complete.$2.20 

Complete Renewal.82 

Copper Oxide Plate.31 

Zinc, “ 28 

Can Caustic Soda. 17 

Bottle Paraffine Oil.06 



Figure 640. 


BATTERY ZINCS. 


Battery Zincs, per M.$70.00 

SAL AMMONIAC. 

Sal Ammoniac, per lb. x 5 


Figure 641 












































































440 


THE D. A. TOMPKINS CO., 


WATCHMAN’S TIME DETECTOR. 



Designed to keep an exact record of 
the doings of the night watchman in any 
establishment where it is in use. The 
instrument, closed with a security lock, 
is placed in the office and connected by 
insulated wires to stations placed in 
different parts of the premises where the 
watchmen are required to pass. As the 
watchman passes on his rounds he oper¬ 
ates each station in turn, and this is 
instantly recorded in the Detector in the 
office, showing where each watchman is, 
and when he is at each station. 

The record is made on a paper dial, 
twelve inches in diameter (shown in cut), 
which revolves on time by a clock move¬ 
ment. The record is made by needles, 
each punching a hole through the paper 
dial; each needle is operated from its 
own station. If the station is visited a 
record is made; if not, no record is made. 

The effect of a watchman’s having to 
record his movements by a system that 
cannot be evaded is to keep a constant 
guard of the property and protect it 
from loss. If a watchman is compelled 
to do his duty, there is almost no possi¬ 
bility of a fire getting a start, and this is 
the ounce of Prevention , worth many 
pounds of cure. 

Any delinquency on the part of the 
watchman is inevitably shown, and the 
proprietor is not dependent upon the 
testimony of watchman or porter, office 
boy or fireman to know whether good 
service is returned for money paid out 
to watchmen. Good watchmen prefer 
having this clock, as it aids them in 
doing their work and they can thereby 
prove their faithfulness. 


Ten Station Recorder without 

Generators.$75.00 

Each additional Station. 2.50 

Each Station less, deduct. 2.50 

For each Station capacity add for 

Generator. 5.00 

For No. 1 Office Regulator, add.. 50.00 
















































































































































In Otfl O 00 Oi b) O 00O\ 


CHARLOTTE, N. C. 


441 


ANNUNCIATORS. 



Figure 643. 


Figure 644. 

35 Numbers. 

PRICES. 

12 Numbers, with Return Call. 


Without 

With 

With Telephone 


Return Call. 

Return Call 

Attachment. 

Numbers. 

. $10 00 

$16 00 

$18 50 


... 11 88 

18 50 

21 00 

“ . 

... 13 25 

20 50 

23 00 

“ . 

. . . 15 00 

23 75 

26 25 

“ . 

... 18 25 

30 00 

32 50 

a 

. . . 21 50 

33 75 

36 25 

a 

... 25 00 

37 50 

40 00 

a 

... 28 75 

45 00 

47 50 

a 

... 35 00 

53 75 

56 25 

a 

. . 40 00 

60 00 

62 50 


Intercommunicating Plugs, per set, $4.50. 

20 to 35 Numbers make a first-class cheap form Annunciator for small hotels. 
Larger and finer Annunciators quoted special. 
























































































































442 


THE D. A. TOMPKINS CO. 


BELLS 



Figure 645. 


LARGE WOOD BOX BELLS. 
OAK. 

PRICES. 

5- inch . . . . $3 oo 

6- inch .... 3 40 



Figure 646. 


WOOD BOX BELLS, WITH SPECIAL TONE GONGS. 



Figure 647. 

Cow Bell. 

Sleigh Bell. 

Cow Bell. 

Dinner Bell, 2j^-inch . . 



Figure 648. 

Sleigh Bell. 

$1 00 Dinner Bell, 

1 00 “ 

I 00 “ 






































































































































































































443 


CHARLOTTE, N. C. 



BELLS. (Continued). 


THE GIANT SKELETON' BELL. 
PRICES. 


8-inch.$ 6 50 

10 “. 9 50 

12 “.12 00 


Figure 650. 



Figure 651. 


THE CHAMPION SKELETON BELL. 
PRICES. 


5- inch.$2 60 

6- inch.3 00 



















444 


THE D. A. TOMPKINS CO., 


BELLS (Continued). 



Figure 652. 

Improved Form, Double Magnet Bell. 
Cut Two-thirds Actual Size. 

Made only in one size. 

3-inch Gong.. 



Figure 653. 
Iron Box Bell. 
PRICES. 


2p2-inch Gong 
3 -inch Gong 


$0.80 


• $o 50 

52 










































445 


CHARLOTTE, N. C. 


BUZZERS. 



Figure 654. 

Wood Box Buzzer. 
Price. 



Figure 655. 

Iron Box Buzzer. 

. $o 72 Price.$0 48 

POCKET BUZZERS. 



Figure 656. Figure 657. 

Cover Off. Cover On. Cut Full Size. 

Made entirely of metal and nickel-plated; gives a clear, loud and pleasant sound; 
will answer in many places where large Buzzers are used. A handy and indispen¬ 
sable Circuit Tester. Every electric bell fitter and wireman should have one. Price, 
60 cents. 


AUTOMATIC DROP. 


OR CONSTANT RINGING ATTACHMENT FOR BURGLAR ALARMS AND 

BELLS. 



This apparatus is used for closing a 
bell circuit automatically, and keeping it 
closed as long as desired. Placed in a 
bell circuit, when the circuit is closed by 
a push button or a drop or window 
spring, the Circuit Closer Drop, operated 
by an electro-magnet, falls and keeps 
the circuit closed until it is raised again. 
Also used in circuit with Magneto Bells 
to ring outside bell to call attention to 
attendants who may be located in 
another room. 


Figure 658. 

Price in Oak Case for Battery Circuit 
Price in Oak Case for Magneto Circuit 



Figure 659. 


$1 50 
2 00 




























































































































446 


THE D. A. TOMPKINS CO 


BRONZE STAMPED METAL PUSHES. 

STRONG AND NEAT IN APPEARANCE. HIGHLY FINISHED. 



Figure 660. 
Price, 50 cents. 



PARTRICK & CARTER CO. \ 



Figure 662. Figure 663. 

Price, 24 cents. Cuts full size. Price, 24 cents. 

All Pushes on this page finished Bright Bronze or Antique Copper. 


Figure 661. 
Price, 50 cents. 


































































CHARLOTTE, N. C. 


447 


WOOD PUSH BUTTONS. 



Figure 664. 

Regular or Standard. 

Base, 2*4 inches in diameter. 
Cherry, Oak, Walnut, each 14c. 
Mahogany, Rosewood, each 20c. 



Oak and Walnut. 

Base 2^4 inches in diameter. * Inside of Open and Closed Circuit Push. 



Figure 667. 

Extra Small. Base i& in. in Diameter. 
Oak, Walnut, Cherry, Mahogany 
Each 14c. 


Figure 668. 


Base 324 inches in diameter. 


Extra Large. 

Used to cover up holes where Mechanical Pulls have 
been taken out. 

Made in Oak and Walnut, each 24c. 

These Pushes give the best of satisfaction wherever used; the contact is a 
pointed rubbing one; spring has easy, pleasant touch and responds quickly. 














448 


THE D. A. TOMPKINS CO., 


WOOD PUSH BUTTONS (Continued). 



Figure 669. Figure 670. 


CAR PUSH. PONY PUSH. 

Nickel Finish Rubber Knob. Pearl Button. Cut full size. 

Price 20 cts. Nickel Plated, 20 cts. 


TABLE CLAMP. 



For use with Dining Tables, Card Tables, Desks and other Movable Furniture. 
Can be quickly put in position, and will not deface furniture. Can be used 
on top or underneath table. 

Clamp, with Push.$0 60 


COMBINATION FOOT PUSH. 



The advantages of this Push are that the Foot- 
Push can be used with or without extension at¬ 
tachment. The holes are made through so no 
dust or dirt can possibly clog them up. 

Price, Nickel-Plated . . . . $0 60 


Figure 672, 






























CHARLOTTE, N. C. 


449 


COMBINATION FOOT-PUSH (Continued). 



Figure 673. 


PLAIN FOOT-PUSH. 

(Same as Combination without Plug.) 

Pin is Loose and can be Removed. 

Price, Nickel-Plated y..$o 44 


PEAR-SHAPED PUSH BUTTONS. 



Figure 674. Figure 675. 

ASSORTED WOODS. 


These Push Buttons require but a very slight pressure of the finger to ring the 
bell. They are invaluable for the sick room, can be laid directly on the bed, or 
hung up when not in use. 

Single . . . . 


. . $0 44 





























































450 


THE D. A. TOMPKINS CO., 


PEAR-SHAPED PUSH BUTTONS (Continued). 

COMPOUND PEAR PUSH. 


2 Button.$i 20 4 Button.$i 8o 

3 Button.i 50 5 Button . .2 50 


Larger sizes made to order. 



For fastening to wall where connection 

is made to flexible cord. Wood Presselle. 

Price, each, 12 cents. Price, each, 24 cents. 


PEAR PUSH BUTTON CORD. 


Two Conductors, per yard, Red or Green silk covered 
Three Conductors, per yard, Green only . 

Four Conductors, per yard, Green only. 

Five Conductors, per yard, Green only. 

Six Conductors, per yard, Green only. 

DOOR AND WINDOW 
SPRINGS. 


OPEN CIRCUIT. 



Cut Full Size. 

Round Door Spring. 

Easy to put in. Takes up very little 
room. Can be used for inside blinds as 
well as doors. Price, 20 cents. 


Substantial 



Figure 679. 

Window Spring, 
and reliable. Price, 20 


$0 20 
40 
70 
90 
1 00 


cents. 





































CHARLOTTE, N. C. 


451 


DOOR AND WINDOW SPRINGS (Continued). 

OPEN CIRCUIT. 



For use on doors. Rings 
signal when door passes the 
trip, but is silent when open 
and in closing the door. 

Price, 30 cents. 



Figure 681. 

Transom Spring. 

For Pivot or Swing Win¬ 
dows. Price. 80 cents. 



Figure 682. 

Double Window Spring. 
Strongest and Most Re¬ 
liable. 

Made from Casting. 

Price, 80 cents. 

Closed Circuit Springs furnished to order. 







































































































































452 


THE D. A. TOMPKINS CO., 


HOLLOW WOOD BASE SWITCH. 



Figure 683. 

A switch much more convenient than the old style. It has a hollow base, which 
permits of all wire connections being made underneath. Assorted woods. Metal 
parts nickel-plated. 

1 Connecting Point, each.$o 22 

2 “ “ “ 28 

3 “ “ “ 32 

4 “ “ “ 40 


DOOR OPENERS. 



MORTISE DOOR OPENER. 

Entirely encased to protect it from 
dust and insects. The Patented anti¬ 
friction roller enables this Opener to 
be used for very heavy doors, with 
small battery power. 

Each Opener is tested under heavy 
pressure and is warranted. Width of 
nosing, i*4 inches. 

Price.$6.00 


Figure 684. 




































453 


CHARLOTTE, N. C. 


GAS LIGHTING APPARATUS. 


BATTERY CUT-OUT. 


We respectfully call attention to a reliable Battery Cut-Out low enough in 
price to be a paying investment for owners of even small battery plants. 

This Battery Cut-out has the following advantages, viz.: 

Owners of gas lighting batteries will often save its cost at only one cross, as they 
can easily find and remove a caught burner or chain, and restore it themselves with¬ 
out calling in an expert, to say nothing of saving renewals to their batteries; and a 
battery is never so good as before, if it has been short-circuited a while, even after 
renewal by an expert. 

Its use is not limited to gas lighting 
batteries. 

It will always disconnect and save 
the battery if the wires become, 
crossed. 

The Cut-out has been thoroughly 
tested and is giving complete satisfac¬ 
tion. 

The cover is a metal front. It can 
be easily removed by a slight twisting 
motion. The cover protects the works 
from dust and injury. 

Price $6.00. 



GAS LIGHTING SPARK COILS. 



Figure 686. 


PRICE. 

8-inch . . . $2 75 io-inch . . . $3 90 12-inch . . . $4 50 

Wound 6 convolutions. No. 14 pure copper wire. Covered with imitation mo¬ 
rocco ; polished binding posts. Ebonized heads filled so that core wires are not 
exposed. A first-class Spark Coil in every respect. 







454 


THE D. A. TOMPKINS CO., 


GAS LIGHTING APPARATUS 

GAS LIGHTING BURNERS. 



Figure 687. Figure 688. 



(Continued). 


Figure 689. 


Boston Automatic. 
Price, each . . . $6 oo 


Improved No. io. 
With 6-in. pull, each, $i.oo 


Incandescent Gas Lighting 
For Welsbach . $2 oo 



Figure 690. 

Wood Base, Walnut, Ash, 


Cherry and Oak. 

2-Button key for 1 auto¬ 
matic. $0.50 

4-Button key for 2 auto¬ 
matic .75 

6-Button key for 8 auto¬ 
matic . 1.10 

8-Button key for 4 auto¬ 
matic. 1.50 

10-Button key for 5 auto¬ 
matic. 2.00 

12-Button key for 6 auto¬ 
matic. 2.50 


Figure 691. 

Pearl Buttons. Nickel or 
bronze plated. 


2-Button key for 1 auto¬ 
matic . $0.65 

4-Button key for 2 auto¬ 
matic .... 1.00 

6-Button key for 3 auto¬ 
matic . 1 35 

8-Button key for 4 auto¬ 
matic . 1 80 

10-Button key for 5 auto¬ 
matic. 2.15 

12-Button key for 6 auto¬ 
matic ..... 2.60 


Figure 692. 

Metal Key Mats. 

Oak, Ash, Cherry, Mahogany 
and Walnut Woods. 


For 2-button key .$0.20 

“ 4 “ “ 25 

“ 5 “ “ 30 

“ 8 “ “ 35 

“ 10 “ “ 40 

“12 “ “ .45 


BEAD CHAINS. 

Gilt, per yard. 

Silver, “ . 

Gold, “ . 


ACORNS, SOLID BRASS. 


Gilt, per dozen.$0.36 

100.3.00 

Cups and Pins, per dozen.40 


$0.18 
•30 
.40 
















































































CHARLOTTE, N. C. 


455 


SPEAKING TUBE SUPPLIES. 


WHISTLES. 



ROUND METAL WHISTLE. 

List Price 
Per Doz. 


With indicator nickeled.$5 50 

Without indicator nickeled.5 00 


With blank shutter, for use with electric bell signals 5 00 


Figure 693. 

BEVELED SPEAKING TUBE WHISTLE. 


With indicator nickeled.$ 7 00 

Without indicator nickeled. 6 50 

With indicator, gold bronze. 8 00 

Without indicator, gold bronze. 7 50 

With indicator, cast dark or gold bronze . 30 00 

Without indicator, cast dark or gold bronze . 30 00 



These styles are made blank for electric work. 


Figure 694. 



Figure 695. 


ELBOW SPEAKING TUBE WHISTLE. 

With Indicator, japanned body, porcelain mouth¬ 
piece . : 

Without Indicator, japanned body, porcelain 

mouth-piece. 

With Indicator, nickel body, nickel mouth-piece . 
Without Indicator, nickel body, nickel mouth-piece 


>5 

5 
7 

6 


50 

00 

00 

5 ° 


The Elbow Whistle is designed for 
speaking tubes that run outside of the 
walls and makes a combination of an 
elbow and a whistle, and brings the 
mouth-piece close to the wall. 



Figure 696. 




Tin Tubing, 5-foot Lengths. 

1 inch, per 1,000 feet.$34 00 

U 4 inch, per 1,000 feet. 35 00 

All Speaking Tube Supplies Carried in Stock. 


Figure 697. 


















456 


THE D. A. TOMPKINS CO., 



Figure 698. 

We are prepared to give advice on the availability of water powers, to estimate their capacity, 
engineer their development, and furnish estimates on cost of installing Water Power Plants. 

Water Wheels, see page 76. 

Electric Power Transmission, see page 379. 
















THE D. A. TOMPKINS CO, 

CHARLOTTE, N. C. 


MISCELLANEOUS 

MACHINERY 

Mill Castings 

Cement and 

Asphalt Floors 


USEFUL INFORMATION. 


We make plans for Cotton Mills and contract for their 
complete equipment, including power plant, 
machinery, shafting, etc. 










458 THE D. A. TOMPKINS CO., 


“TOMPKINS” SPINNING FRAME. 


Figure 699. 

Tompkins’ Spinning Frame. 

(Made in our shops.) 
Prices quoted on application. 











CHARLOTTE, N. C 


459 


“TOMPKINS” SPOOLER. 



Figure 700 

Tompkins’ Spooler. 
(Made in our shops.) 
Prices on application. 














460 


THE D. A. TOMPKINS CO., 


<< 


TOMPKINS” REEL. 



Tompkins’ Reel. 

(Made in our shops.) 
Prices quoted on application. 


\\\\w 














CHARLOTTE, N. C. 


461 


“TOMPKINS” BAND MACHINE. 



IS 


Prices quoted on application. 






462 


THE D. A. TOMPKINS CO., 


“TOMPKINS” DRAWING-IN FRAME. 



Figure 703. 

“Tompkins” Drawing-In Frame. 
(Made in our shops.) 
Prices quoted on application. 









CHARLOTTE, N. C. 


463 


“TOMPKINS” IMPROVED SIZE KETTLE. 



Figure 704. 

(Made in our shops.) 

The Size Kettle illustrated above was made to fill a demand for a starch 
mixer that will mix. 

The center set of knives is made stationary, while the upper and lower set 
revolve with the shaft. This insures perfect agitation. By the old plan the whole 
volume of starch revolves with the stirrer zvithout mixing. In the improved kettle 
the starch is thoroughly dissolved so that it can be incorporated in the yarn and not 
laid on the outside to be dusted off in passing through the loom. The yarn can be 
weighted with it if desired. 

Internal diameter of kettle. 37^4 in. 

Depth of kettle.40 in. 

Cooking capacity.160 gals. 

Pulleys.10 x 2 

Speed of pulleys.50 to 60 rev. 

Gears.2 to 1 

Speed of blades.25 to 30 rev. 

Weight.1,400 lbs. 

Price. . $160.00 


Other sizes to order, 





































































































































































































































464 


THE D. A. TOMPKINS CO., 


NEW AND HEAVY WASTE PRESS. 


(Made in our shops.) 


Of the best heart pine. Extra heavy lumber. 



Figure 705. 


TWO SIZES. 

24 x 48, f. o. b. Charlotte. 

24 x 52, f. o. b. Charlotte. 


$50 00 
52 50 


Other styles of baling presses are shpwn among Cotton Oil Mill Machinery. 






















CHARLOTTE, N. C. 


465 


MILL CASTINGS. 



Figure 706. 

We have a full line of patterns and are prepared to furnish from our foundry, 

castings for standard slow-burning mill construction as shown above. 

We make also patterns and castings from drawings or sketches when desired. 

We make a specialty of gear blanks and all other kinds of mill castings which 

are of superior quality. They are made from specially prepared mixture and have 
been widely used and universally approved. 


































































466 


THE D. A. TOMPKINS CO., 


RE-FILING STEEL ROLLS. 



Figure 707. 

Re-filing fluted steel rolls in our shop. 

We will be glad to furnish prices on work of this nature. 


SCALES. 

We furnish Scales for all purposes. 

Prices for Wagon, Track, and Portable Square Platform Scales may be found 
on pages 365, 366 and 367. Prices for other types on application. 


CEMENT AND ASPHALT FLOORS. 


We are prepared to contract to put down cement and asphalt floors in base¬ 
ments or other places. Prices on application. 








CHARLOTTE, N. C. 


467 


No. 3 ROLLER GIN. 



Figure 708. 

.No. 3 Roller Gin. 
(Made in our shop.) 
See pages 373 and 374 . 




468 


THE D. A. TOMPKINS CO., 


CORNER STONES, TABLETS AND 
ADVERTISING PLATES. 

(Bronze or Iron.) 



Figure 709. 

Bronze Corner Stone. 

We have found these useful in our advertising and until recently have been 
buying them and paying high prices. We are now equipped for making them and 
at very much lower prices. We will be pleased to figure on your requirements in 
this line and can furnish them in either bronze or iron, of any size and having any 
desired lettering, either in the shape of flat plates for advertising or memorial pur¬ 
poses or in box shape so that they can be used for corner stones. 






CHARLOTTE, N. C. 


469 



To find the capacity of a cylinder in gallons. —Multiplying the area in inches 
by the length of stroke in inches will give the total number of cubic inches; divide 
this amount by 231 (which is the cubical contents of a gallon in inches), and the 
product is the capacity in gallons. 

To find quantity of water elevated in one minute running at 100 feet of piston 
speed per minute. —Square the diameter of water cylinder in inches, and multiply by 
4. Example: Capacity of a five-inch cylinder is desired; the square of the diameter 
(5 inches) is 25, which, multiplied by 4, gives 100, giving gallons discharged per 
minute (approximately). 

To find the diameter of a pump cylinder to move a given quantity of water per 
minute (100 feet of piston travel being the speed), divide the number of gallons by 
4, then extract the square root, and the result will be the diameter in inches. 

To find the pressure in pounds per square inch, due to forcing a given quantity 
of water through a certain size of pipe, (table of Friction of Water in pipes page 
472). Add the amount of this friction to the pressure due to the height to which 
water is to be forced; the result is total water pressure. 

The area of steam piston multiplied by the steam pressure gives the total amount 
of pressure exerted. The area of the water piston multiplied by the pressure of 
water per square inch gives the resistance. A margin must be made between the 
power and resistance to move the pistons at the required speed; usually estimated 
at from 25 to 50 per cent. 

To find the pressure in pounds per square inch of a column of water, multiply the 
height of a column in feet by .431. Approximately every foot elevation is called 
equal to one-half pound pressure per square inch. 

To find the velocity in feet per minute necessary to discharge a given volume 
of water in a given time, multiply the number of cubic feet of water by 144, and 
divide the product by the area of the pipe in inches. 

To find the area of a required pipe, the volume and velocity of water being given, 
multiply the number of cubic feet of water by 144, and divide the product by the 
velocity in feet per minute. The area being found, it is easy to get the diameter of 
pipe necessary. 

The mean pressure of the atmosphere is estimated at 14.7 pounds per square 
inch. With a perfect vacuum, at sea level, it will therefore sustain a column of 
mercury 29.9 inches, or a column of water 33.9 feet. 

The friction of water in pipes increases with the square of its velocity. The 
capacity of pipes increases with the square of their diameter, thus doubling the 
diameter increases the capacity four times. 

To find the horsepower required to elevate water to a given height, multiply the 
total weight of the water in pounds by the height in feet, and divide the product by 
33,000. An allowance should be made of 25 per cent for water friction; also about 
25 per cent for loss in steam pipe and cylinder. 

Capacity of pipes: A pipe one yard long holds as many pounds of water as the 
square of its diameter, in inches. Thus a 6-inch pipe holds 36 pounds of water in 
each yard of length. 
















470 


THE D. A. TOMPKINS CO, 


USEFUL INFORMATION (Continued). 

The weight of coal equivalent in heat production to one ton of dry wood is 
figured to be 836 pounds. 

Factor of safety for a laced belt is one-sixth its breaking weight for leather, and 
one-eighth for rubber. 

An acid-proof cement that will withstand a high temperature might be made of 
litharge and glycerine. 

The strongest explosive power of gasoline vapor is made by a mixture of one 
part vapor to eight parts air; of crude oil illuminating gas, one part gas to six parts 
of air. 

A belt traveling 3500 feet per minute will require a tension of but 9)4 pounds for 
each inch in width in order to transmit 1 h. p, and one having a width of 100 -f- 9 . 5 = 
10.5 inches, will transmit 100 h. p. 

Common iron castings may be coppered by dipping the absolutely clean castings 
into a solution of 1)4 pound copper sulphate in water to which one ounce sulphuric 
acid has been added, the articles so coppered being subsequently washed and dried. 

To find the length of a roll of belting (approximately): Take the sum of the 
diameter of the roll and the “eye” in inches, multiply this by the number of turns or 
laps made by the belt, and this product multiplied by the decimal .1309 will equal 
the length of the belt in feet. 

The American standard boiler horse power as adopted is: Thirty pounds of 
water evaporated per hour at a boiler pressure of seventy pounds, the temperature 
of the feedwater being 100 ° Fahrenheit. For example, a boiler evaporates 300 
pounds of water per hour, boiler pressure seventy pounds, feedwater 100 ° Fahrenheit, 
then the boiler would be 300 - 4 - 30=10 h. p. 

A strip of single belting, 1 inch wide and 13 feet long, weighs, approximately, 
one pound, and a similar strip of double belting, 8 feet long, also weighs a pound; so 
that the weight of a belt may be estimated by multiplying the width in inches by 
length in feet, and dividing the product by 13 for single and 8 for double belts; the 
quotient will be the weight in pounds. 

Another aluminum solder recently made public by the issue of patent privilege, 
is composed of aluminum, 5 parts; antimony, 5 parts, and zinc, 90 parts. The alum¬ 
inum is first melted and then the zinc is added, after which the antimony. The alloy 
is thoroughly puddled with sal-ammoniac until the surface is clear and white. It is 
then poured into bar molds, making it ready for use. 

Aluminum, because of possessing the property of forming under whetting action 
a very fine mass to which steel strongly adheres, is being used for manufacture of 
whetstones. A steel blade sharpened on aluminum, when examined by microscope 
at 1,000 diameters, shows the cutting edge perfectly uniform and unbroken—not ser¬ 
rated, as steel whetted on stone. 

To fined the length of belt needed when you have the diameters of the pulleys, 
and the distance between the centers of the shafts, multiply half the sum of pulley 
diameters by 3.2 and add twice the distance between the centers of the shafts. This 
result is usually near enough for practical purposes. If, however, the diameters are 
very different and the centers short the result will be too small. If the pulleys are 
exactly the same diameter multiply by 3.416 instead of 3 . 2 . 



Table for Converting Feet Head of Water Into Pressure Table for Converting Pressure Per Square Inch Into 

Per Square Inch. Feed Head of Water. 


CHARLOTTE, N. C 


471 


















































































































472 


THE D. A. TOMPKINS CO., 


tn 

w 

Cu 


Pi 

w 

H 

< 

£ 

Pi 

o 

2 

O 

h-H 

H 

U 

5 


£ 

0 ) 

> 

5 

bo 

£ 

'Sd 

G 

03 

£2 

U 

c/3 


m 

<v 

CX 


a 

o 


£ 

03 

jy 

U 

<L> 

c /5 


<D 

g 

<D 

ad 


Oh x 


.S oi 


*-g r* 

4-* G 

<V 

a; 


<u 


G 

<L> 

03 


<L>. 

Uh ^ 

O MH 

o o 

r-H 

C/3 

u 

o 3 • 

W £ 

03 

br £ 


r£ 

u 

£ 


a; 

G 

o 3 

£ 

cr 

C/} 

G 

o 

a 

a 

G 

£ 

C/3 

in 

<u 

G 

Ph 

C/3 

H£ 

£ 

£ 

O 

P. 


w 

in 

O 


# u 

* G 


« 

H 

H 

n 


H 

Q 

J-H 

CO 

52 ; 


Oh 

GH 

Oh 


H 

N 

HH 

CO 


£ 

•h 

8 


c 

•H 

CM 


.s 


a 

•rH 

00 


£ 

•H 

so 


0 

•H 


£ 

•rH 

CM 


a 

• rH 

Q 


0 

•rH 

00 


0 

• rH 

SO 


.5 


.3 

CO 


.3 


G 

•H 

CM 


.3 

2 ? 


.3 

* 


C 

•H 


CM 

rH 

o 


o 

o 


"T" - 

rH 

CM 

o. 


CM 


05 

o 


S 3 

d 


o 

rH 

o 


05 

so 


o 

d 


p 

o 


t- 

rH 

o 

d 


o 


CM 

r-H 

o 

o 


CM 


s 

d 


8 


O 

8 

d 


s 

d 


S 3 


CM 

rH 

o 

o 


t> 

3 

o 


CM 


ddoddd 


L- 

8 

o 


88 

f-H 

o 


8S8S 


dddddo 


^ ao cm cm 

Hi l- r-H 
CMCO^ SC 

dodo 


§sss 


^ 2 ? 

ooooood 


go NiQWCOQ 

OOOSC 050CO 
f-H < 5 i 00 ^ £Q 1^- 

dddddo 


CMU0£-O 

Oh^h 

tf0*OSCO5 

dodo 


dddddddddo 


g 38 SS 8283 g£g 3 

dddddddddddn 


p cm sc p »o co hvcc p 

O W f-i h ^ CM 1C 05 o 
ddddddodrHCM 


rH<f)CQi?5sOQ0O5CM00 

dddddddcMd 


»-H rH CM CO ^ SC tG 


10 rH ^ 10 10 CM SC 
COlGCOOCOOOpt^CMCMUOOOq 

d d *-H ^ CM CO d rH uc 05 >0 Q 
rH rH rH O-J CO 


oo 8 S 8 o^S^sSS 

p »h co ^ i> d oid^ 


^ 05 $M rH lO 

CM iO d ^ »-H QQ 

GHOM^OO 


CMt>rt^SCCMiOiCCMiO 
rH 05 SO SO j> O *C 


• • • 


HO^O 

ooorH^co^csoooogjg 


kO 


CO H CM 05 


32 ^coo»«oq 


eqetj^O 

w * 38 $Sfe 


L 

§1 

©.3 

•ss 

0 




8 


s 


s$ 
































































































































CHARLOTTE, N. C. 


473 


TABLE OF AREAS OF CIRCLES. 


Diameter. 

Area. 

Diameter. 

Area. 

j Diameter, j 

j Area. 

j Diameter. 

Area 

'A in. 
% “ 

H “ 

A “ 

X “ 

A “ 

1 “ 

i'A “ 

iX “ 

i& 

iA “ 

I# “ 

iX “ 
r% “ 

2 “ 
2'X “ 
2^ “ 
2X “ 

3 “ 
3 X “ 
3 X “ 
3 X " 

4 “ 
4 X “ 
4 X “ 
4 X “ 

5 “ 
5'X “ 
5 X “ 
5 X “ 

6 “ 
6X “ 

6 'A “ 
6X “ 

7 “ 
7 X " 
7 X “ 

.012 

.049 

,iio 

.196 

•307 

.442 

.601 

.785 

.994 

1.227 

1.484 

1.767 

2.073 

2 405 

2.761 

3.14 

3.97 

4 - 9 ° 

5.93 

7.06 

8.29 

9.62 

11.04 

12.56 

14.18 

15.90 

17.72 

1963 

21.64 

23-75 

25.96 

28.27 
30.67 
33 -i 8 
35-78 

38.48 

41.28 
44-17 

7X in- 
8 “ 
8X “ 
8X “ 
8X “ 

9 , “ 
9 X “ 
9X “ 
9 X “ 

10 “ 
10% “ 

10 X “ 

10X “ 

11 “ 

nX “ 
IIX “ 
11X “ 

12 “ 
«X “ 
I2'X “ 

12 X “ 

13 “ 
I 3 X “ 
I 3 X “ 
I 3 X “ 

14 “ 
I 4 X “ 

ha “ 
14X “ 

15 “ 
15X “ 
15X “ 
15X “ 

16 “ 
16X “ 

17 “ 

17 X “ 

18 “ 

47-17 
50 26 
53-45 
56.74 
60.13 
63.61 
67 20 
70.88 
74 66 
78.54 
82.51 
86 59 
9O.76 
95 03 
99 40 
103.86- 
108.43 
113.09 

11785 
122 71 
127.67 
132.73 
137 88 
143 13 
148 48 
153 - 93 . 
15948 
16513 

170.87 

176.71 

182.65 

188.69 

194.82 
201.06 

213.82 
226.98 

' 240.52 
254.46 

18 A in 

19 “ 

19X “ 

20 “ 
2034 “ 

21 “ 

21X “ 

22 “ 

22 % “ 

23 “ 
23X “ 

24 “ 
24X “ 

25 “ 
25X “ 

26 “ 

2634 “ 

27 “ 
27X “ 

28 “ 

2834 “ 

29 “ 
29X “ 

3 ° “ 

30 A “ 

31 “ 
3‘A “ 

3 2 _ “ 

32^ *• 

33 “ 
3334 “ 

34 “ 

34 X “ 

35 “ 
35A “ 

36 “ 
3*A “ 

37 “ 

268 80 
283 52 
298.64 
314.16 
330 06 
346 36 

36305 

380.13 

397 60 

41547 

433 73 
452 39 
471-43 
49087 
510.70 
530.93 

551.54 

572.55 
593-95 
615-75 
637-94 
660.52 

683.49 

706 86 
730.61 

754 76 
77931 

804 25 
829.57 
855 3 ° 
881 41 
907 92 
934 82 
962.11 
989.80 
1017.88 
1046 4 
1075.2 

37 A in 

38 “ 
38 ^ “ 

39 “ 
39A “ 

40 “ 

40/2 “ 

41 “ 

41X “ 

42 " 
42A “ 

43 “ 
43A “ 

44 “ 
44A “ 

45 “ 
45 X “ 

46 “ 
46^ “ 

47 “ 

47 A “ 

48 “ 

48A “ 

49 “ 
49 ^ “ 

50 “ 

5°A “ 

5 1 “ 

51 A “ 

52 “ 
52X “ 

53 “ 

53 A “ 

54 “ 

54/z “ 

55 “ 
55A “ 

56 “ 

1104.5 

1 134 .1 

1164.2 

1194.6 
1225.4 

1256.6 

1288.3 
13203 

1352.7 

13854 

1418.6 

1452.2 

1486.2 

15205 

1555-3 

1590.4 
1626.0. 
1661.9 

1698.2 
1734 9 

1772.1 

1809.6 
1847-5 

1885.7 

1924.4 
1963 5 
2003.0 

2042.8 

2083.1 
2123 7 

2164.8 

2206.2 
2248.0 

2290.2 

2332.8 
23758 

2419.2 
2463.0 































CAPACITIES OF BOILER FEED PUMPS. 


474 


<u 
+-* 
cd 
3 

u 

< 

s 

<L> 

4-4 

ID 


T3 

<u 

4-4 

rt 

a 

4-4 

(J 

< 

s 

n3 

<u 

4-4 

in 


4J 

£ 

o 

Ph 



X 

X 

b 

<U 

OJ 

fcJO 

a 

a 

G 

G 

‘u 

C/) 

Q 

H 


THE D. A. TOMPKINS CO., 


oi 

05 


SSl 53 SS;aS 8 aS 88 <S 8 SSSISS 8 SS 8 SSSSSsS 8 S 


X 


eo 4 *'<"*'** , Tt | '*<o«o , ^cc |< x>ooao , ooooooaooooc'i<NCiCdC 22 dit: 

r-H r-H r-H F-H ^-1 r-H r-H f— I r—t r—< 

HKMKXXXXXXXXXXKXXKHXXXXXXXXH 

\C 4 n N \C 4 \f 4 \C« V M 

(M Oi <-vj CO -F'T , -t-^-t"+ , ‘C>cIci0t~l'.l--000000050i05O^£lC0^ 


0) 

44 

G 

O) -r 4 

§ 03 

G a) 

(-H 

44 

VI 


0J 

N 

X 


SSI 333 S 8 SS 38 ^® 83 ® 8 S 883 ® 88 i 3 J 


■^•t'iiiOiOiOCCDOOOOOWWWNNNCJIMWWN 

r-H r-H f-H r-H r-H r-H r-H r-H r-H f-H r-H r-H r-H »-H r-H r-H 

(MCOCOCOCOCO-^'^'^' ! l'-t | '^‘OCDtDCOt~OOOOOiO'^'^C^ 

XXXXXXXXXXXXXXXXXXXXXKXX 

\C4 -pi\^' ^\4f 

CO 3j'tD®NNNN00OOO(M(SNN^©O®®Sg8 

hhhhhhhhhhhhWOIW 


cvi O »C kO 

r —1 r-H r-H 

x x x « 

oi-4F4+i>re 

r-H r-H r-H 

x x x x 


c 

i 


j* 

o 

t-. 

+4 

X 


X 


N'HooocooicO’--^oooifMO-1co —i •—i »o go -ti>o> 

C'J' 1 ‘C 005 " , ^ , OiC 0 ' , ^C 0 'T' 0 JC 0 '^ , ' 4 '' 0 'I< 5 '^ , '^ ,l >* 4 c *iMWO< 


oooooNW«ww^'ii'i<'^'«'ooooooj;j;3i;j!;j! 

rtrtrHHHrHrtMMHHHHHHHrtrHWNNNN 

xxxxxxxxxxxxxxxxxxxxxxx 

cooo 4 * 4 * 4 *»oioiocDcot-t~t-ooa)a>o> 0 (M<M''r'<t«cc> 

• r-H r-H r-H r-H r-H r-H 

X X H X X X X X X X X X X X X X X X X X X X X 

\d\N\IN \<N x v OI\C'»\e*\C* \C^\CN \C«\W\^\C« 

H\fH\*h\fH \rH\-H\rH\-—\ fX\fA\ h\h\h\h\ 

ic kO co co co t-i>- oi cp »—«' 


j- _, 

G g 
O G 

O t4 
0) 
p. 


N _ T* »C 
cocO'-Hccoi'^iPoii 
»o co t- <r 


<ast-N 5 co<MGO-'*o-* 

-- *«00® ■* 

> co -r 


O 

W 


o 

a 


o 

cl 


OWi 0 aOWOONOU 5 (MOK 5 ®OO®« 


HI Oi lO ’—ib- 41 ’OOi 1 ^'^CO ‘0 0®OWX 1 ON - . _ 

g?gocpcooic 5 coco®c?c!icvicogpc'»« 5 a 0 rot^'*c ^55 


x i— co H* co --- „ 

GIoiOOiOt-OSOOlTttOO'—IJSOS 

i—4 »—4 i—1 r—i O! Oi &l 


o 

X 

t44 

o 

X 

si 


3288888888888888885 

— >—iOjotcoeoM<iracofc-ooo©i»oaoo>c 


(OJOJCOCO-># 


4# 3 \ 








































CHARLOTTE, N. C 


475 


'Si 

w 

X 

D 

co 

< 

W 


CO 

D 

O 


X 

< 

> 

a 

o 

CO 

H 

Z 

a 

hJ 

< 

> 

D 

a 

a 


CO 

H 

in 

o 


a 


Q 

Z 

< 


0) 

■4-> 

0> 


•H 

£ 

o 


c 

o 

H 


5: 

U 


o 

c 

►H 

v 

•H 

£ 

o 


£ fl 

'C ° 
a o 


. c 
£ 




^ CO ^ 
t>*co»o 

00 S? O CO 


CMO 


IS? cm 

*•* Oi 

ss 


oo — 

CM 

CM 


N 

S 


>o 

o 


Of— 


3 


5*0 

oco 


04 

00 o oi —• • • • • 

• r-H ^ 

-*— 


o 

o 

s « 

Oi 

co o ^ 

CO SCO ~ CO —1 

£ 

CpP GO W* CO 

•M 

.—- —- »o »o 


CO CO 

53 





Ml 

M /-M 

cor^^ 88o* 

Of CM L— 


o 


o 


s 


§§ 


coo 

CM 1-H CM 


S3 


—■ o 


TT P 
HW Of 
CM CM 


O 

Of 

CO 


CM 


OpQgTfl p 
M* O M» 00 CM 

n *co°g 

C§ 


§8 




* • 



• • ® 

J2 4^ • 

o 2 : 


: : a> 

rH O • 

£3fa : 


: -S 





II 

"313 

oo 

^ Pv 5 r- c 

• 00 3 o £ O.^ ^ 

o£x;ocuohjo 


<d 

4 -» 

£ 

£ 


J-H 

<d 

a 

cd 

£ 

O 


o 

c/i 

P 

CM 


<D 

4-j 

c3 


CO 

cm 


m _c 

^ u 

CD (—' 


£ 


CO 

Os 

00 


Tt* 


in 

in 

<D 

u 

bo 

£ 

o 

U 


CD 

CD 

.£ 

o 

£ 


.£ 

IS 

U 

o 

m 


CD 

<D 

*£ 

u 

G 


cJ 

IS 

£ 

u 


CD 

G 

O 

"3 

O 

c/i 


CM 

cm 

cm 


CD 
£ 
O 

p “ 

.2 
o ^ 
a; 

4-* cl 

o p 

03 C 


CD 

£ 

O 


D 

4— 1 
C3 

£ 


cd CD 

O -g 

£ 
O 
£u 


£ 

*-H 

L-. 

CD 

CL 


4-* 

<d 

S n 


fe . 


oo 

CM £L 

^ 13 
•- O 

CD 

i: 

a 

£ £ 

co CM 
d\ CO 


vq 
<o 

CD 

H 

Lh CD 


03 

o 

c/i 


CM 


f—1 

CD 

*Vh 

CD 

4-» 

CD 

£ 

JO 

w 

in 

CM 

1 

4-* 

CD 

E 

CO 

1 

Vh 

1 

CD 

O 

T 

(U 

# £ 

t-H 

1 

.£ 

CJ 

£ 

i—i 

4-» 

£ 

<D 

u 

<D 

4-* 

CD 

S 

u 

D 

> 

*o 

o 

o 

pH 

a; 

(D 

<D 

CD 

D 

D 

CD 

£ 

£ 

£ 

£ 

£ 

£ 

£ 

o 

o 

o 

o 

o 

o 

O 


Q\ 


CD 


c 3 

■ 4 —» 
£ 
O 
o 


JV 


a3 

C£ 

u 

<u 


£ 

O 

£ 

£ 

o 

CJ 


























































476 


THE D. A. TOMPKINS CO., 


PROPERTIES OF SATURATED STEAM. 

(Thomas Pray, Jr., C. E. and M. E.) 


S3 

§1 

-S 

5 c 

3 « 

it 

Absolute Pressure 
in Pounds per 
Square Inch. 

Temperature F. 

Cubic Feet in One 
Pound. 

Weight of One 

Cubic Foot. 

Relative Volume 

to same Weight 

Water. 

Absolute Pressure 

in Pounds per 

Square Inch. 

Temperature F. | 

Cubic Feet in One 

Pound. 

Weight of One 

Cubic Foot. 

P.s 

BSS 

03 © 03 

5 S* 

03 X 

27.9 

1 

102 

319.60 

.0031 

19951 

40 

267 

10.26 

.0974 

640 

25.9 

0 

126.3 

172.41 

.0058 

10763 

45 

274 

9.19 

.1087 

574 

23 8 

3 

141.6 

117.72 

.0085 

7348 

50 

281 

8.32 

.1200 

519 

21.8 

4 

153 

89 80 

.0111 

5605 

55 

287 

7.61 

.1313 

475 

19.7 

5 

162.3 

72.79 

.0137 

4544 

60 

292 

7.01 

.1425 

438 

17.8 

6 

170.1 

61.31 

.0163 

3827 

65 

298 

6.50 

.1537 

406 

15.7 

7 

176.9 

53 

.0188 

3308 

70 

303 

606 

.1648 

378 

13.6 

8 

182.9 

46.77 

.0214 

2919 

75 

307 

5 68 

.1759 

355 

11.6 

9 

188.3 

41.85 

.0238 

2613 

80 

312 

5.34 

.1871 

333 

9.6 

10 

193.3 

37.90 

.0263 

2366 

85 

316 

5 05 

.1978 

315 

7.5 

11 

197.7 

34.65 

.0288 

2163 

90 

320 

4.79 

.2088 

298 

5.5 

12 

201 9 

31.93 

.0313 

1993 

95 

324 

4.55 

.2197 

284 

3.5 

13 

205.8 

29.60 

.0338 

1847 

100 

327 

4.33 

.2305 

271 

1.4 

14 

209 6 

27 62 

.0362 

1724 

105 

331 

4.14 

.2414 

258 

00 

14.7 

212 

26.36 

.0379 

■1645 

110 

334 

3.96 

.2522 

247 


15 

213 

25.85 

.0386 

1614 

115 

338 

3.80 

.2630 

237 


16 

216.3 

24.33 

0411 

1519 

120 

341 

3.65 

.2737 

228 


17 

219.4 

22 98 

.0435 

14.34 

125 

344 

3 51 

2845 

219 


18 

222.4 

21.78 

.0459 

1359 

130 

347 

3.39 

.2951 

211 


19 

225.2 

20.70 

.0483 

1292 

135 

350 

3 27 

.3058 

204 


20 

227.9 

19 72 

.0507 

1231 

140 

353 

3.16 

.3165 

197 


21 

230.5 

18 83 

.0531 

1176 

145 

356 

3.06 

.3271 

191 


22 

233 

18.03 

.0554 

1125 

150 

358 

2.96 

.3376 

185 


23 

235.4 

17.29 

.0578 

1079 

155 

361 

2.87 

.3482 

179 


24 

237.7 

16.61 

.0602 

1037 

160 

363 

2 79 

.3587 

174 


25 

240 

1599 

.0625 

998 

165 

366 

2 71 

.3694 

169 


26 

242.1 

15.40 

.0649 

961 

170 

368 

2.63 

3798 

164 


27 

244.2 

14.87 

.0672 

928 

175 

370 

2.56 

.3904 

160 


28 

246.3 

14.37 

.0695 

897 

180 

373 

2.49 

.4009 

156 


29 

248.3 

13.90 

.0719 

867 

185 

375 

2 43 

.4114 

152 


30 

250.2 

13.46 

.0742 

840 

190 

377 

2.37 

.4218 

148 


31 

252.1 

13.05 

.0765 

815 

195 

379 

2.31 

4323 

144 


32 

253.9 

12.67 

.0789 

791 

200 

381 

2.26 

.4427 

141 


33 

255.7 

12.31 

.0812 

768 

205 

383 

2.20 

.4536 

138 


34 

257.4 

11.97 

.0835 

' 747 

210 

385 

2.16 

.4636 

135 


35 

259.1 

1165 

.0858 

727 

215 

387 

2.11 

.4739 

132 


STEAM AND HEAT. 

(William Kent, A. M., M. E.) 

The Temperature of Steam in contact with water depends upon the pressure 
under which it is generated. At the ordinary atmospheric pressure (14.7 lbs. per 
sq. in.) its temperature is 212 0 F. As the pressure is increased, as by the steam 
being generated in a closed vessel, its temperature, and that of the water in its 
presence increases. 

Saturated Steam is steam of the temperature due to its pressure—not super¬ 
heated. 

Superheated Steam is steam heated to a temperature above that due to its 
pressure. 

Dry Steam is steam which contains no moisture. It may be either saturated or 
superheated. 

Wet Steam is steam containing intermingled moisture, mist or spray. It has 
the same temperature as dry saturated steam of the same pressure. 

Heat Required to Generate 1 lb. of Steam from water at 32 0 F.: 

Sensible heat to raise the water from 32 0 to 212 0 — 180.9 

Latent heat, 1st, of the formation of steam at 212 0 = 894. 

2nd. of expansion against the atmospheric pressure, 

2116.4 lbs. per sq. ft. X 26.36 cu. ft. = 55.786 foot lbs. -f- 778 = 71.7 965.7 

Total heat above 32 0 F., 1146.6 

The Heat Unit or British Thermal Unit is the quantity of heat required to 
raise the temperature of 1 lb. of water i° F. at or near its temperature of maximum 
density (39.1 F.). 

One Heat Unit is equivalent to 778 foot pounds of energy. 























CHARLOTTE, N. C. 


477 


HORSE-POWER OF AN ENGINE. 


Formula for calculating: 

A X P X 2 h X N 


33,000 

A = Area of piston in square inches. 

p = Average pressure of steam during one stroke, or “mean effective pressure,” 

L Length of stroke in feet. 

N = Number of revolutions in one minute. 

A = Area of piston = the square of the diameter X 7854. 

p — Average pressure or mean effective pressure is the average pressure on the 
piston during one stroke. 

The average or mean effective pressure is frequently taken at half the boiler 
pressure for non-condensing engines at % cut-off or 40 per cent, at Ys cut-off. Con¬ 
densing adds 10 to 12 lbs. to the mean effective pressure. 


COAL CONSUMPTION. 

With fair working boilers different types of engines require Tuel about as 
follows: 

Plain slide valve engine.6 lbs. per H. P. per hour. 

Simple Corliss engine, non-condensing . . 3^. “ “ “ 

Simple Corliss engine, condensing .... 2Y2 “ “ “ 

Compound Corliss engine, non-condensing . 2 Y2. 

Compound Corliss engine, condensing . . 1^ 


ECONOMY OF STEAM ENGINES. 


Although the reduction of the fuel bill is the object aimed at in steam engineer¬ 
ing, it is not possible to fairly gauge the performance of the engine itself by the 
amount of coal consumed, the reason being that this is dependent upon the quality of 
the fuel, the skill of the fireman, efficiency of the boiler, heater, etc., style of furnace, 
kind of grates, amount of draught, and all of the conditions affecting the economy of 
the steam plant taken as a whole. 

Therefore, it is the rule to determine the economy of the engine by measuring 
the amount of water consumed per horsepower per hour. As the evaporation of a 
given quantity of water will always produce the same quantity of steam, this af¬ 
fords a fair method of comparison between different engines working under the same 
conditions. 

The economy of different types of engines working under suitable boiler pres¬ 
sures may be stated in the following terms of pounds of steam per indicated horse¬ 


power per hour: 

Plain Slide Valve Engines.50 

Simple Corliss Engines, non-condensing.26 

Simple Corliss Engines, condensing.20 

Compound Corliss Engines, non-condensing.20 

Compound Corliss Engines, condensing.16 


It is, of course, understood that the above results are to be obtained under 
favorable conditions of size, relation of size to load, speed, steam pressure, tempera¬ 
ture of condensing water, etc. 











478 


THE D. A. TOMPKINS CO., 


SOME PRACTICAL COTTON MILL 
ORGANIZATIONS. 


Yarn Number. 

Card. 

Slubber. 

Interme¬ 

diate. 

Roving. 

Spinning. 

Yarn Number. 

Lap 

Ounces. 

Draft. 

Silver 

Grains. 

Silver 

Hank. 

Draft. 

Hank. 

Draft. 

Hank. 

Draft. 

Hank. 

Draft. 

Doubling. 

1 

18 

94 

80 

.104 

4.0 

.40 





5.2 

1 

1 

2 

18 

94 

80 

.104 

4.0 

.40 





10.4 

2 

2 

3 

18 

94 

80 

.104 

4.4 

.45 





13.8 

2 

3 

3 

18 

94 

80 

.104 

4.0 

.40 





7.8 

1 

3 

4 

18 

94 

80 

.104 

4.0 

.40 





10.4 

1 

4 

5 

18 

94 

80 

.104 

4.0 

.40 

5.2 

1.0 



10.4 

2 

5 

5 

18 

106 

70 

.119 

4.8 

.55 





9.5 

1 

5 

6 

18 

106 

70 

.119 

4.0 

.45 

5.4 

1.2 



10.4 

2 

6 

6 

18 

106 

70 

.119 

4.0 

.45 

4 

0 8 



7 9 

1 

6 

7 

18 

106 

70 

.119 

4.0 

.45 

5.4 

1.2 



12.1 

2 

7 

7 

18 

106 

70 

.119 

4.0 

.45 

4.7 

1.0 



7.3 

1 

7 

8 

18 

106 

70 

.119 

4.4 

.50 

5.8 

1.4 



11.9 

2 

8 

8 

18 

106 

70 

.119 

4.4 

.50 

4.1 

1.0 



8.3 

1 

8 

9 

18 

106 

70 

.119 

4.4 

.50 

6.3 

1.5 



12.6 

2 

9 

9 

18 

106 

70 

.119 

4.0 

.45 

4.7 

1 .0 



9.5 

1 

9 

10 

16 

102 

65 

.128 

4.0 

.50 

4.5 

1.1 

5 

2.6 

8.1 

2 

10 

10 

16 

102 

65 

.128 

4.0 

.50 

4.1 

1.0 



10.5 

1 

10 

12 

16 

102 

65 

.128 

4.0 

.50 

4.5 

1.1 

5 

2.6 

9.7 

2 

12 

12 

16 

102 

65 

.128 

4.0 

.50 

5.3 

1.3 



9.7 

1 

12 

14 

16 

102 

65 

.128 

4.0 

.50 

4.5 

1.1 

5.0 

2.7 

11.1 

2 

14 

14 

16 

102 

65 

.128 

4.0 

.50 

5.3 

1.3 



11.6 

1 

14 

16 

16 

102 

65 

.128 

4.0 

.50 

5.1 

1.2 

6.0 

3.4 

10.2 

2 

16 

16 

14 

97 

60 

.139 

4.1 

.55 

4.1 

1.1 

4.1 

2.1 

8.0 

1 

16 

18 

16 

102 

65 

.128 

4.0 

.50 

5.5 

1.3 

6.0 

3.8 

10.2 

2 

18 

18 

16 

102 

65 

.128 

4.0 

.50 

4.5 

1.1 

5.0 

2.6 

7.5 

1 

18 

20 

14 

97 

60 

.139 

4.1 

.55 

5.4 

1.4 

6.0 

4.1 

10.8 

2 

20 

20 

16 

102 

65 

.128 

4.0 

.50 

4.5 

1.1 

5.0 

2.6 

8.3 

1 

20 

22 

14 

97 

60 

.139 

4.1 

.55 

5.4 

1.4 

6.0 

4.1 

12.0 

2 

22 

22 

16 

102 

65 

.128 

4.0 

50 

4.5 

1.1 

5.0 

2.6 

9.3 

1 

22 

24 

12 

100 

50 

.167 

4.0 

.65 

4.9 

1.5 

6.3 

4.6 

11.5 

2 

24 

24 

16 

102 

65 

.128 

4.0 

50 

4.5 

1.1 

5.0 

2.6 

10.0 

1 

24 

26 

12 

100 

50 

.167 

4.3 

.70 

5.0 

1.7 

6.1 

5.0 

11.2 

2 

26 

26 

16 

102 

65 

.128 

4.0 

.50 

5.1 

1.2 

5.3 

3.0 

9.4 

1 

26 

28 

12 

100 

50 

.167 

4.3 

.70 

5.0 

1.7 

6.1 

5.0 

12.1 

2 

28 

28 

12 

100 

50 

.167 

4.0 

.65 

4.4 

1.4 

5.1 

3.5 

8.6 

1 

28 

30 

12 

100 

50 

.167 

4.3 

.70 

5.0 

1.7 

6.1 

5.0 

13.2 

2 

30 

30 

12 

100 

50 

.167 

4.0 

.65 

4.5 

1.4 

5.1 

3.5 

9.5 

1 

30 


See note on next page. 
























































































CHARLOTTE, N. C. 


479 


SOME PRACTICAL COTTON MILL 
ORGANIZATIONS (Continued). 



Card 

Slubber 

Interme¬ 

diate 

Roving 

Jack 

Roving 

Spin¬ 

ning 

U 

•O 

s 

3 

A 

a 

u 

«c 

> 

Lap 

Ounces 

Dralt 

Sliver 

Grains 

Sliver 

Hank 

Draft 

Hank 

Draft 

Hank 

Draft 

Hank 

Draft 

' Hank 

a 

Q 

| Doubling 

& 

B 

0 

A 

a 

E 

a 

> 

32 

10 

92 

45 

.185 

4.4 

.80 

5.2 

2.0 

6.2 

6.0 



11.8 

2 

32 

34 

10 

92 

45 

.185 

4.4 

.80 

5.2 

2.0 

6.2 

6.0 



12 3 

2 

34 

36 

10 

92 

45 

185 

4.4 

.80 

52 

2.0 

6.2 

6.0 



13 2 

2 

36 

38 

8 

83 

40 

.208 

4.9 

1.00 

5.2 

2.5 

5-3 

6.5 



12.5 

2 

38 

40 

10 

83 

50 

.167 

4.0 

.65 

4 4 

1.4 

5.0 

3.4 

5.6 

9 0 

9.8 

2 

40 

46 

10 

83 

50 

.167 

4.0 

65 

4.4 

1.4 

5.0 

3 4 

5.6 

9 0 

11 

2 

45 

60 

10 

83 

50 

.167 

4.0 

.65 

4.4 

1.4 

5.0 

3.4 

6.2 

10.0 

11 

2 

60 

56 

10 

83 

50 

.167 

4.0 

.66 

4 9 

1.5 

5.2 

3.8 

* 6.0 

11.0 

11 

2 

65 

GO 

8 

95 

35 

.238 

4.2 

.95 

4.3 

2.0 

4.9 

4.8 

5.2 

12 0 

11 

2 

60 

66 

8 

95 

35 

.238 

4.2 

95 

4.3 

2.0 

4.9 

4.8 

5.7 

13 0 

11 

2 

66 

70 

8 

95 

35 

.238 

4.2 

.95 

4.3 

2.0 

4.9 

4 8 

6.0 

14.0 

11 

2 

70 

75 

8 

95 

35 

.238 

4.2 

.95 

4.3 

2.0 

4.9 

4 8 

6.5 

16.0 

11 

2 

76 

80 

8 

95 

35 

.238 

4.4 

1.00 

4.9 

2 4 

5 1 

6 0 

5.5 

16 0 

11 

2 

80 

85 

8 

95 

35 

.238 

4.4 

1.00 

4.9 

2.4 

51 

6.0 

5.9 

17 0 

11 

2 

86 

90 

8 

95 

35 

.238 

4 4 

1.00 

4.9 

2.4 

5.1 

6 0 

6.2 

18 0 

11 

2 

90 

95 

8 

95 

35 

.238 

4.4 

1.00 

4.9 

2.4 

5.1 

6.0 

6.5 

19.0 

11 

2 

95 

100 

1 6 

100 

25 

.333 

4.0 

1.30 

4.7 

3.0 

5.1 

7.5 

5.5 

1 

20.0 

11 

2 

too 


The drafts in these tables allow for contraction and waste. 

Contraction in spinning is variable according to stock and twist. 
Allowances above are for average warp twist. In spinning filling the 
drafts should be 3 to 5 points less than in table. 

This table is made to illustrate the variations that can be made 
within the limits of practical drafts on each machine. The range of 
draft for each machine makes the combinations that are practicable well 
nigh infinite. At each separate process different superintendents might 
differ in opinion. Some might prefer more draft at the card and less at 
the slubber, or more at the spinning and less in the roving. It becomes 
evident, therefore, that the table can only be worked out for exhibiting 
to students and apprentices what is the ordinary range in practice. 
Experinced superintendents will in most cases have preferences of their 
own, based upon their practice. 











































































480 


THE D. A. TOMPKINS CO., 


APPROXIMATE, PRICE, WEIGHT, 
H. P. AND ELOOR SPACE 
REQUIRED FOR TEXTILE 
MACHINERY. 


Machine. 

Net sq. ft. 

Floor Space. 

Weight, 

Pounds. 

Horse- 

Power 

Price. 

Picker, 1 beater. 

100 

6,000 

4 

$ 750.00 

Picker, 2 beater. 

140 

8,500 

6 

1.100.00 

Picker, 3 heater . 

170 

11.000 

8 

1,500.00 

Card, 40 inch. 

55 

7,000 

1 

675 00 

Drawing Frame, per del'y. 

10 

400 

X 

60.00 

Slubber, 11x514. 52 sp., per sp. 

m 

100 

3*JT 

14.00 

Intermediate. 9x4V£, 100 sp., per sp... 

l'A 

75 

4 V 

10.00 

Roving, 7x314. 144 sp.. per sp.. 

H 

50 

sV 

7.00 

Jack Roving, 6x3, 176 sp., per sp. 

X 

35 

65 

6.00 

Spinning, 2 \ gauge, per sp. 

X 

25 

7*5 

3.40 

Spooler, per sp. 

% 

40 


3 00 

Beam Warper. 

150 

3,000 

1 

300.00 

Slasher.. 

28C 

10.000 

2 

1,500.00 

Loom, 40-inch, plain. 

25 

1,000 

X 

60.00 

Cloth Brusher..... 

90 

8,000 

3 

1,000.00 

Cloth Folder... 

50 

1,500 

X 

350.00 

Twister, dry, 3'A gauge, per sp. 

X 

30 

60 

4.00 

Denn Warper, single head......._ 

600 

3,000 

2 

1,000.00 


The horse powers in above table are based upon average results as 
observed in actual operations of Southern mills. It is theoretically 
possible, by having machinery in perfect order, to run with less. In 
calculating the power necessary to operate any particular mill, the 
machines should be listed with the power, as above set opposite. The 
sum total should be increased by 15 per cent, as an average allowance 
for friction. 


The following list shows approximate power required for whole mill 
for average Southern conditions: 


Kind of Goods. 
Plain White Cloth, 

Two-Ply Yarn. 

Single Yarn, 


Average No. of Yarn. 

6 to 14 
14 to 30 
30 to 60 

6 to 14 
14 to 30 
30 to 60 

6 to 14 
14 to 30 
30 to 60 


Spindles per H. P. 
18 
20 
21 

20 

22 

25 

25 

30 

35 






























CHARLOTTE, N. C 


481 


RING SPINNING PRODUCTION TABLE 

10 HOURS. 


Number. 

Weight of 

120 Yards. 

Square Root. 

Warp. 

Filling 

Warp 
or Filling. 

Number. 

Twist per 
Inch. 

Approx. 

Size 

Ring. 

Approx. 

Size 

Traveler, 

Twist per 

Inch. 

Approx. 

Size 

Ring. 

Approx. 

Size 

Traveler. 

Revolutions 

1 inch 

Front Roll 

Pounds 

per Spindle 

in 10 Hours 

4 

250.0 

2.00 

9.50 

VA 

12 

6.50 

1 Va 


180 

25 

4 

5 

200.0 

2.23 

10.62 



7 27 



176 

1.9 

5 

6 

166.7 

2.45 

11.63 



7.96 



172 

1.6 

6 

7 

142.9 

2.65 

12.56 


10 

8.60 


8 

169 

1 3 

7 

8 

125.0 

2.83 

13.48 



9.19 



166 

1.1 

8 

9 

111.1 

3.00 

14.25 



9.75 



163 

1.0 

9 

10 

100 0 

3.16 

15.02 

2 

8 

10 27 

114 

6 

160 

.89 

10 

11 

90.9 

3.32 

15.75 



10.78 



157 

.79 

11 

12 

83.3 

3.46 

16.45 



11.26 



154 

.71 

12 

13 

76.9 

3 60 

17 12 



11.72 



151 

.64 

13 

14 

71.4 

3.74 

17.77 


6 

12.16 


5 

148 

.58 

14 

15 

66 7 

3.87 

18.39 

m 


12.59 



145 

.53 

15 

16 

62.5 

4.00 

19 00 



13.00 



142 

.49 

16 

17 

58.8 

4.12 

19.58 


4 

13.40 



139 

.45 

17 

18 

55.5 

4.24 

20 15 



13.79 



136 

.41 

18 

19 

52.6 

4.36 

20 70 


3 

14.17 


4 

133 

.38 

19 

20 

50 0 

4.47 

21.24 



14.53 



130 

.36 

20 

21 

47.6 

4.58 

21.76 


2 

14 89 


3 

128 

.34 

21 

22 

45.5 

4.69 

22.27 



15.24 


2 

126 

.32 

22 

23 

43.5 

4.80 

22.78 



15 59 


1 

124 

.30 

23 

24 

41.7 

4.90 

23.27 


1 

15.92 



122 

.28 

24 

25 

40.0 

5.00 

23.75 



16.25 

VA 

2-0 

120 

.26 

25 

26 

38.5 

5.10 

24.22 

Wa 


16.57 



119 

.25 

26 

27 

37.0 

5.20 

24 68 


1-0 

16.89 


3-0 

118 

,24 

27 

28 

35.7 

5.29 

25.13 



17.20 



117 

.23 

28 

29 

34.5 

5.39 

25.58 



17.50 


4-0 

116 

.22 

29 

30 

33.3 

5.48 

26.02 


3-0 

17.80 



115 

.21 

30 

31 

32.2 

5.57 

26.45 



18.10 


6-0 

114 

.20 

31 

32 

31.2 

5.66 

26.87 



18.38 



113 

.19 

32 

33 

30.3 

5.74 

27.29 


6-0 

18.67 


8-0 

112 

.19 

33 

34 

29.5 

5.83 

27.70 



18.95 


10-0 

111 

.18 

34 

35 

28.6 

5.91 

28.10 



19.23 

V/a 


110 

.17 

35 

36 

27.8 

6.00 

28.50 


10-0 

19.50 


12-0 

109 

.17 

36 

37 

27.0 

6.08 

28.89 



19.77 



108 

.16 

37 

38 

26.3 

6.16 

29.28 

m 

12-0 

20.03 


14-0 

107 

.16 

38 

39 

25.7 

6.24 

29.66 



20.30 



106 

.15 

39 

40 

25.0 

6.32 

30.04 


15-0 

20.55 


16-0 

105 

.15 

40 

41 

24.4 

6.40 

30.42 



20.81 



104 

.14 

41 

42 

23.8 

6.48 

30.78 



21.06 



103 

.14 

42 

43 

23.3 

6.56 

31.14 



21.31 



102 

.13 

43 

44 

22.7 

6.63 

31.50 



21.56 



101 

.13 

44 

45 

22.2 

6.71 

31.86 


16-0 

21.80 


17-0 

100 

.12 

45 

46 

21.7 

6.78 

32 21 

i ^ 


22.04 



99 

.12 

46 

47 

21.3 

6.86 

32.56 



22.28 



98 

.12 

47 

48 

20.8 

6.93 

32 90 



22.52 



97 

.11 

48 

49 

20.4 

7.00 

33.25 



22 75 



96 

.11 

49 

50 

20.0 

7.07 

33.58 


17-0 

22.98 


18-0 

96 

.10 

50 

51 

19 6 

7.14 

33.92 



23.21 



95 

.10 

51 

52 

19.2 

7.21 

34.25 



23.44 



95 

.10 

52 

53 

18.9 

7.28 

34.58 



23.66 



94 

.10 

53 

54 

18.5 

7.35 

34.91 



23.88 



94 

.10 

54 

55 

18.2 

7.42 

35.22 

m 

18-0 

24.10 


19-0 

93 

.09 

55 

56 

17 8 

7.48 

35.55 



24.32 



93 

.09 

56 

57 

17 5 

7.55 

35 86 


19-0 

24.54 


20-0 

92 

.09 

57 

58 

17.2 

7.62 

36.17 



24.75 



92 

.09 

58 

59 

16.9 

7.68 

36.49 



24.96 



91 

.09 

59 

60 

16.7 

7.75 

36.79 


20-0 

1 25.16 



91 

.08 

60 


The production is calculated on an average of 10 per cent, allowance. 

The warp twist is calculated at 4.75 times the square root of the number, and the tilling at 3.25 
times the square root of the number. . , ., „ , . , , , 

The sizes of rings and travelers are inserted only to give a general idea. Exact sizes must depend 

° n C The front rolfspeeds are based on average conditions now existing in Southern mills. Other pub¬ 
lished tables give somewhat faster speed, especially for filling. But to maintain the above standard 
of twist, no considerable increase in production may be gained by speeds above those given. 



















































































































482 


THE D. A. TOMPKINS CO., 


YARDS OF COTTON CLOTH PER LOOM, 
PER DAY OF TEN HOURS. 


per 

Inches . 

150 

155 

160 

165 

170 

175 

180 

185 

190 

195 

200 

20 

125.0 

129.2 

133.3 

137.5 

141.7 

145.8 

150.0 

154.2 

158.3 

162.5 

166.7 

24 

104.2 

107.6 

111.1 

114.0 

118.1 

121.5 

125.0 

128.5 

131.9 

135.4 

138.9 

28 

89.3 

92.3 

95.2 

98.2 

101.2 

104.2 

107.1 

110.1 

113.1 

116.1 

119.0 

32 

78.1 

80.7 

83.3 

85.9 

88.5 

91.1 

93.7 

96.4 

99.0 

101.6 

104.2 

36 

69.4 

71.8 

74.1 

76.4 

78.7 

81.0 

83.3 

85.6 

88.0 

90.3 

92.6 

40 

62.5 

64.6 

66.7 

68.7 

70.7 

72.9 

75.0 

77.1 

79.2 

81.3 

83.3 

42 

59.5 

61.5 

63.5 

65.5 

67.5 

69.4 

71.4 

73.4 

75.4 

77.4 

79.4 

44 

56.8 

58.7 

60.6 

62.5 

64.4 

66.3 

68.2 

70.1 

72.0 

73.9 

75.8 

46 

54.3 

56.2 

58.0 

59.8 

61.6 

63.4 

65.2 

67.0 

68.8 

70.7 

72.5 

48 

52.1 

53.8 

55.6 

57.3 

59.0 

60.8 

62.5 

64.2 

66.0 

67.7 

69.4 

50 

50.0 

51.7 

53.3 

55.0 

56.7 

58.3 

60.0 

61.7 

63.3 

65.0 

66.7 

52 

48.1 

49.7 

51.3 

52.9 

54.5 

56.1 

57.7 

59.3 

60.9 

62.5 

64.1 

54 

46.3 

47.8 

49.4 

50.9 

52.5 

54.0 

55.6 

57.1 

58.6 

60.2 

61.7 

56 

44.6 

46.1 

47.6 

49.1 

50.6 

52.1 

53.6 ! 

55.1 

56.5 

58.0 

59.5 

58 

43.1 

44.5 

46.0 

47.4 

48.8 

50.3 

51.7 

53.2 

54.6 

56.0 

57.5 

60 

41.7 

43.1 

44.4 

45.8 

47.2 

48.6 

50.0 

51.4 

52.8 

54.2 

55.6 

62 

40.3 

41.7 

43.0 

44.4 

45.7 

47.0 

48.4 

49.7 

51.1 

52.4 

53.8 

64 

39.1 

40.4 

41.7 

43.0 

44.3 

45.6 

46.9 

48.2 

49.5 

50.8 

52.1 

66 

37.9 

39.1 

40.4 

41.7 

42.9 

44.2 

45.5 

46.7 

48.0 

49.2 

50.5 

68 

36.8 

38.0 

39.2 

40.4 

41.7 

42.9 

44.1 

45.3 

46.6 

47.8 

49.0 

70 

35.7 

36.9 

38.1 

39.3 

40.5 

41.7 

42.9 

44.0 

45.2 

46.4 

47.6 

72 

34.7 

35.9 

37.0 

38.2 

39.4 

40.5 

41.7 

42.8 

44.0 

45.1 

46.3 

74 

33.8 

34.9 

36.0 

37.2 

38.3 

39.4 

40.5 

41.7 

42.8 

43.9 

45.0 

76 

32.9 

34.0 

35.1 

36.2 

37.3 

38.4 

39.5 

40.6 

41.7 

42.8 

43.9 

78 

32.1 

33.1 

34.2 

35.3 

36.3 

37.4 

38.5 

39.5 

40.6 

41.7 

42.7 

80 

31.3 

32.3 

33.3 

34.4 

35.4 

36.5 

37.5 

38.5 

39.6 

40.6 

41.7 

82 

30.0 

31.5 

32.5 

33.5 

34.6 

35.6 

36.6 

37.6 

38.6 

39.6 

40.7 

84 

29.8 

30.8 

31.7 

32.7 

33.7 

34.7 

35.7 

36.6 

37.7 

38.7 

39.7 

86 

29.1 

30.0 

31.0 

32.0 

32.9 

33.9 

34.9 

35.8 

36.8 

37.8 

38.8 

88 

28.4 

29.4 

30.3 

31.3 

32.2 

33.1 

34.1 

35.0 

36.0 

36.9 

37.9 

90 

27.8 

28.7 

29.6 

30.6 

31.5 

32.4 

33.3 

34.3 

35.2 

36.1 

37.0 

92 

27.2 

28.1 

29.0 

29.9 

30.8 

31.7 

32.6 

33.5 

34.4 

35.3 

36.2 

94 

26.6 

27.5 

28.4 

29.3 

30.1 

31.0 

31.9 

32.8 

33.7 

34.6 

35.5 

96 

26.0 

26.9 

27.8 

28.6 

29.5 

30.4 

31.3 

32.1 

33.0 

33.9 

34.7 

98 

25.5 

26.4 

27.2 

28.1 

28.9 

29.8 

30.6 

31.5 

32.3 

33.2 

34.0 

100 

25.0 

25.8 

26.7 

27.5 

28.3 

29.2 

30.0 

30.8 

31.7 

32.5 

33.3 

102 

24.5 

25.3 

26.1 

27.0 

27.8 

28.6 

29.4 

30.2 

31.0 

31.9 

32.7 

104 

24.0 

24.8 

25.6 

26.4 

27.2 

28.0 

28.8 

29.6 

30.4 

31.3 

32.1 

106 

23.6 

24.4 

25.2 

25.9 

26.7 

27.5 

28.3 

29.1 

29.9 

30.7 

31.4 

108 

23.1 

23.9 

24.7 

25.5 

26.2 

27.0 

27.8 

28.5 

29.3 

30.1 

30.9 

110 

22.7 

23.5 

24.2 

25.0 

25.8 

26.5 

27.3 

28.0 

28.8 

29.5 

30.3 

112 

22.3 

23.1 

23.8 

24.6 

25.3 

26.0 

26.8 

27.5 

28.3 

29.0 

29.8 

114 

21 9 

22.7 

23.4 

24.1 

24.9 

25.6 

26.3 

27.0 

27.8 

28.5 

29.2 

116 

21.6 

22.3 

23.0 

23.7 

24.4 

25.1 

25.9 

26.6 

27.3 

28.0 

28.7 

118 

21.2 

21.9 

22.6 

23.3 

24.0 

24.7 

25.4 

26.1 

26.8 

27.5 

28.2 

120 

20.8 

21.5 

22.2 

22.9 

23.6 

24.3 

25.0 

25.7 

26.4 

27.1 

27.8 

122 

20.4 

21.2 

21.9 

22.5 

23.2 

23.9 

24.6 

25.3 

26.0 

26.6 

27.3 

124 

20.1 

20.8 

21.5 

22.2 

22.8 

23.5 

24.2 

24.9 

25 5 

26.2 

26.9 

126 

19.8 

20.5 

21.2 

21.8 

22.5 

23.1 

23.8 

24.5 

25.1 

25.8 

26.5 

128 

19.5 

20.2 

20.8 

21.5 

22.1 

22.8 

23.4 

24.1 

24.7 

25.4 

26.0 

130 

19.2 

19.9 

20.5 

21.2 

21.8 

22.4 

23.1 

23.7 

24.4 

25.0 

25.6 


No allowance for stoppage has been made in this table. 



















CHARLOTTE, N. C. 


483 


TWIST TABLE. 

SHOWING THE TWIST PER INCH FOR DIFFERENT KINDS OF YARN. 


No. of 
Yarn. 

Frame 

Warp 

Twist. 

Frame 

Filling 

Twist. 

Mule 

Filling 

Twist. 

No. of 
Yarn. 

Frame 

Warp 

Twist. 

Frame 

Filling 

Twist. 

Mule 

Filling 

Twist. 

1 

4.75 

3.20 

3.50 

29 

25.57 

17.23 

18.84 

2 

6.71 

4.52 

4.94 

30 

26.01 

17.52 

19.16 

3 

8.21 

5.54 

6.06 

31 

26.44 

17.81 

19.48 

4 

9.50 

6.40 

7.00 

32 

26.86 

18.09 

19.79 

5 

10.62 

7.15 

7.82 

33 

27.28 

18.38 

20.40 

6 

11.63 

7.83 

8.57 

34 

27.69 

18.65 

20.10 

7 

12.56 

8.46 

9.25 

35 

28.10 

18.93 

20.70 

8 

13.43 

9.04 

9.89 

36 

28.50 

19.20 

21.00 

9 

14.25 

9.60 

10.50 

37 

28.88 

19.46 

21.28 

10 

15.01 

10.11 

11 06 

38 

29.27 

19.72 

21.57 

11 

15.75 

10.61 

11.60 

39 

29.65 

19.98 

21.85 

12 

16.45 

11.08 

12.12 

40 

30.03 

20.23 

22.13 

13 

17.12 

11.53 

12.61 

41 

30.41 

20.48 

22.41 

14 

17.76 

11.97 

13.09 

42 

30.78 

20.73 

22.68 

15 

18.39 

12.39 

13.55 

43 

31.14 

20.98 

22.94 

16 

19.00 

12.80 

14.00 

44 

31.55 

21.22 

23.21 

17 

19.58 

13.19 

14.43 

45 

31.86 

21.46 

23.47 

18 

20.14 

13.57 

14.84 

46 

32.21 

21.70 

23.73 

19 

20.70 

13.94 

15.25 

47 

32.56 

21.93 

23.99 

20 

21.24 

14.31 

15.65 

48 

32.95 

22.16 

24.24 

21 

21.76 

14.66 

16.03 

49 

33.25 

22.40 

24.50 

22 

22.27 

15.00 

16.41 

50 

33.58 

22.62 

24.74 

23 

22.77 

15.34 

16.78 

52 

34.25 

23.07 

25.23 

24 

23.26 

15.67 

17.14 

54 

34.90 

23.51 

25.71 

25 

23.75 

16.00 

17.50 

56 

35.54 

23.94 

26.19 

26 

24.22 

16.31 

17.84 

58 

36.17 

24.36 

26.65 

27 

24.68 

16.62 

18.18 

60 

36.78 

24.78 

27.10 

28 

25.13 

16.93 

18.51 



























484 


THE D. A. TOMPKINS CO., 


TWIST TABLE. 

SHOWING THE TWIST PER INCH FOR DIFFERENT KINDS 
OF TWISTED YARNS. 


No. of 
Yarn 
to be 
Twisted. 

2 Ply. 

3 Ply. 

4 Ply. 

5 Ply. 

6 Ply. 

No. of 
Yarn 
to be 
Twisted. 

2 Ply. 

8 Ply. 

4 Ply. 

5 Ply. 

6 Ply. 

1 

2.83 

2.30 

2.00 

1.79 

1.65 

37 

17.20 

14.04 

12.16 

10.88 

9.94 

2 

4.00 

3.28 

2.83 

2.53 

2.30 

38 

17.43 

14.24 

12.33 

11.03 

10.06 

3 

4.90 

4.00 

3.46 

3.10 

2.83 

39 

17.66 

14.42 

12.49 

11.17 

10.20 

4 

5.66 

4.61 

4.00 

3.58 

3.28 

40 

17.89 

14.60 

12.65 

11.31 

10.33 

5 

6.32 

5.17 

4.47 

4.00 

3.64 

41 

18.11 

14.79 

12.81 

11.46 

10.45 

6 

6.93 

5.66 

4.90 

4.38 

4.00 

42 

18 33 

14.96 

12.96 

11.59 

10.58 

7 

7.48 

6.10 

5.29 

4.73 

4.33 

43 

18.55 

15.14 

13.12 

11.73 

10.71 

8 

8.00 

6.54 

5.66 

5.06 

4.61 

44 

18.76 

15.32 

13.26 

11.87 

10.83 

9 

8.48 

6.93 

6.00 

5.37 

4.90 

45 

18.97 

15.49 

13.42 

12.00 

10.96 

10 

8.94 

7.30 

6.32 

5.66 

5.17 

46 

19.18 

15.66 

13.56 

12.13 

11.08 

11 

9.38 

7.66 

6.63 

5.93 

5.41 

47 

19.39 

15.84 

13.71 

12.26 

11.19 

12 

9.80 

8.00 

6.93 

6.20 

5.66 

48 

19.59 

16.00 

13.86 

12.39 

11.31 

13 

10.20 

8.32 

7.21 

6.45 

5.89 

49 

19.80 

16.16 

14.00 

12.52 

11.43 

14 

10.58 

8.64 

7.48 

6.69 

6.10 

50 

20.00 

16.33 

14.14 

12.65 

11.54 

15 

10.96 

8.94 

7.75 

6.93 

6.32 

51 

20.20 

16.49 

14.28 

12.78 

11.66 

16 

11.31 

9.24 

8.00 

7.16 

6.54 

52 

20.40 

16.65 

14.42 

12.90 

11.78 

17 

11.66 

9.52 

8.25 

7.38 

6.73 

53 

20.59 

16.82 

14.56 

13.02 

11.89 

18 

12.00 

9.80 

8.48 

7.59 

6.93 

54 

20.78 

16.97 

14.70 

13.14 

12.00 

19 

12.33 

10.06 

8.72 

7.80 

7.12 

55 

20.98 

17.12 

14.83 

13.26 

12.11 

20 

12.65 

10.33 

8.94 

8.00 

7.30 

56 

21.16 

17.28 

14.96 

13.39 

12.22 

21 

12.96 

10.58 

9.16 

8.20 

7.48 

57 

21.36 

17.43 

15.10 

13.50 

12.33 

22 

13.26 

10.83 

9.38 

8.39 

7.66 

58 

21.54 

17.59 

15.23 

13.62 

12.44 

23 

13.56 

11.08 

9.59 

8.58 

7.83 

59 

21.72 

17.74 

15.36 

13.74 

12.54 

24 

13.86 

11.31 

9.80 

8.76 

8.00 

60 

21.91 

17.89 

15.49 

13.86 

12.65 

25 

14.14 

11.54 

10.00 

8.94 

8.17 

61 

22.09 

18.04 

15.62 

13 97 

12.76 

26 

14.42 

11 78 

10.20 

9.12 

8.32 

62 

22.27 

18.18 

15.75 

14.08 

12.86 

27 

14.70 

12.00 

10.39 

9.30 

8.48 

63 

22.45 

18.33 

15.88 

14.20 

12.96 

28 

14.96 

12.22 

10.58 

9.46 

8.64 

64 

22.62 

18.47 

16.00 

14.31 

13.06 

29 

15.23 

12.44 

10.77 

9.63 

8.79 

65 

22.80 

18.62 

16.12 

14.42 

13.16 

30 

15.49 

12.65 

10.96 

9.80 

8.94 

66 

22.98 

18.76 

16.25 

14.53 

13.26 

31 

15.75 

12.86 

11 14 

9.96 

9.10 

67 

23.15 

18.90 

16.37 

14.64 

13.37 

32 

16.00 

13.06 

11.31 

10.12 

9.24 

68 

23.32 

19.04 

16.49 

14.75 

13.46 

33 

16.25 

13.26 

11.49 

10.28 

9.38 

69 

23.50 

19.18 

16.61 

14.86 

13.56 

34 

16.49 

13.46 

11.66 

10.43 

9.52 

70 

23.66 

19.32 

16.73 

14.96 

13.66 

35 

16.73 

13.66 

11.83 

10.58 

9.66 

71 

23 83 

19.46 

16.85 

15.07 

13.76 

36 

16.97 

13.86 

12.00 

10.73 

9.80 

72 

24.00 

19.59 

16.97 

15.18 

13.86 


The above table is the one generally adopted although it is frequently varied to 
meet individual requirements. 


























CHARLOTTE, N. C. 


485 


TABLE BREAKING STRENGTH RING 
SPUN WARP YARN 


Pounds to Break one Skein of 120 Yards. 


Yarn No. 

4 

5 

6 

7 

8 

9 

IO 

ii 

12 

13 

Single 

400 

350 

300 

250 

220 

200 

180 

160 

140 

130 

2 Ply 

900 

800 

650 

550 

500 

450 

400 

350 

300 

280 

Yarn No. 

14 

>5 

16 

*7 

18 

19 

20 

21 

22 

23 

Single 

120 

115 

110 

105 

100 

95 

90 

85 

80 

75 

2 Ply 

260 

250 

240 

230 

220 

210 

200 

190 

180 

175 

Yarn No. 

24 

25 

26 

2 7 

28 

29 

30 

31 

32 

33 

Single 

72 

69 

66 

68 

61 

59 

57 

55 

53 

52 

2 Ply 

170 

165 

158 

151 

146 

141 

137 

133 

129 

125 

Yarn No. 

34 

35 

36 

37 

38 

39 

40 

4i 

42 

43 

Single 

51 

50 

49 

48 

47 

46 

45 

44 

43 

42 

2 Ply 

122 

119 

116 

113 

110 

108 

106 

104 

102 

100 

Yarn No. 

44 

45 

46 

47 

48 

49 

50 

52 

54 

60 

Single 

41 

40 

40 

39 

31 

38 

37 

36 

35 

32 

2 Ply 

98 

96 

94 

92 

91 

90 

89 

87 

85 

79 


Breaking strengths vary according to character of cotton from 
which yarn is made. They vary according to twist put in yarn. They 
appear to vary according to the way in which the testing machine is 
used. 

The above strengths are about the average for the kind of cotton 
Used to make the designated numbers. 


COTTON MILL RULES. 

To find the “ hank ” of roving. 

Divide 100 by the weight in grains of 12 yards. 

To find the number of yarn. 

Divide 1,000 by the weight in grains of 120 yards. 

To find circumference of a roll. 

Multiply diameter by 3.1416 or, for an approximation, 3 1-7. 

To find approximate production of spinning and roving machinery. 

Multiply diameter of front roll by the speed and divide by 16. Result is possi¬ 
ble hanks per spindle in 10 hours, without allowance for stops. 

Or, multiply diameter of front roll by speed, and divide by the hank or number. 
Result is possible ounces per spindle per day of 10 hours, without allowance for 
stop. 

Note— In all calculations with gears, the “driver may for convenience be 
























486 


THE D. A. TOMPKINS CO., 


COTTON MILL RULES (Continued). 

assumed to be at either end of the train, without regard to where the actual power 
is applied. 

To find draft of spinning or roving fra7ne. 

Consider gear on back roll the driver (1) multiply the diameter of front roll by 
all the drivers, (2) Multiply the diameter of back roll by all the drivens. Divide 
(1) by (2). 

To find draft constant on spinning or roving frame. 

Proceed as in last rule, leaving the draft gear out of the calculation. 

To find twist on spinning frame. 

Consider gear on front roll the driver. (1) Multiply diameter in cylinder by 
all the drivers. (2) Multiply diameter of spindle whorl by all the drivens and by 
circumference of front roll. Divide (1) by (2). 

To find twist constant on spinning frame. 

Proceed as in last rule, leaving twist gear out of the calculation. 

To find draft gear to use 'when changing from one number to another. 

Multiply number being spun by draft gear in use. Divide by number to be 
spun. 

To find tu ist gear to use when changing from one number to another. 

Multiply twist gear in use by the twist per inch in the stock being spun. 
Divide by twist per inch in the stock to be spun. 

Or multiply twist gear in use by square root of number being made. Divide by 
square root of number to be made. 

Note. —The rule now in common use is as follows: “Multiply square of twist 
gear in use by number being spun. Divide by number to be spun. Extract square 
root of result.” 

This involves the work of squaring a number and of taking square root of a 
number. The rule in the text only involves looking up square roots of yarn (or 
roving) numbers in the tables. 

To iind draft when a draft constant is known. 

Divide constant by draft gear. 

To dnd draft gear to use when draft constant is known. 

Divide constant by draft required. 

To hud twist when tzvist constant is known. 

Divide constant by twist gear. 

To dnd twist gear to use when twist constant is known. 

Divide constant by twist required. 

Note. —For exceptions to the rules about constants, see paragraph 70, Cotton 
Mills, Processes and Calculations, (See Adv. Page.) 




CHARLOTTE, N. C. 


487 


HORSE-POWER TO DRIVE OIL MILL 
ELEVATORS. 


The approximate horse-power required to elevate a given quantity of material 
may be obtained by the following rule: 

The capacity of elevators being generally given in bushels per hour, find the 
number of pounds elevated per hour by multiplying the number of bushels by the 
weight of each bushel; dividing this by 60 will give the number of pounds lifted per 
minute. 

Multiply the number of pounds lifted per minute by the height of the elevator 
and divide the product by 33,000. The result will give the theoretical horse-power 
necessary, to which should be added 50 per cent, for friction. 


HORSE-POWER TO DRIVE OIL MILL 
CONVEYORS. 


The approximate horse-power required to drive Caldwell Conveyors maybe 
determined by the following rule: 

The capacity of conveyor being generally given in bushels per hour, find the 
weight of the material to be carried by multiplying the number of bushels by the 
weight per bushel. Divide by 60 to find the weight to be carried per minute. Mul¬ 
tiply the result by the length of the conveyor in feet, divide the product by 33,000 
and divide by 3. The result will be the liorse-power required. 







488 


THE D. A. TOMPKINS CO., 


SPEED OF OIL MILL ELEVATORS. 


The following table indicates speed of belt permissible over 
different sizes of pulleys: 


Diameter of Pulley. 
Inches. 

Belt Speed in Feet 

Per Minute. 

Speed of Head Shaft. 
Revolutions Per Minute. 

16 

200 

48 

18 

215 

45 

20 

220 

42 

24 

250 

40 

30 

300 

38 

36 

340 

36 

40 

360 

34 

48 

400 

32 

54 

440 

3 i 

60 

470 

30 

72 

600 

30 


TRANSMITTING EFFICIENCY OF SHAFTING 
AT DIFFERENT SPEEDS. 

AS SECOND MOVERS OR LINE SHAFTING, BEARINGS 
EIGHT FEET APART. 


Number of Revolutions per Minute. 


(/) 

Cti CTj (j 

100 

125 

150 

175 

200 

225 

250 

275 

300 

325 

350 

Qtn~ 

H. P. 

H. P. 

H. P. 

H.P. 

H. P. 

H. P. 

H.P. 

H. P. 

H. P. 

H. P. 

H. P. 

''A 

6.7 

84 

IO. I 

ii .8 

13-5 

15-2 

16.8 

18.5 

20.2 

21.9 

23 6 

iR 

10.7 

13 4 

16 

18.7 

2 r -5 

24.2 

26.8 

29-5 

32.1 

34-8 

39 


16 

20 

24 

28 

32 

36 

40 

44 

48 

52 

56 


22 

28 

34 

39 

45 

50 

56 

61 

68 

74 

80 

2R 

31 

39 

47 

54 

62 

69 

78 

86 

93 

101 

109 

2R 

41 

52 

62 

73 

83 

93 

104 

114 

125 

*35 

05 

2R 

54 

67 

81 

94 

108 

121 

134 

148 

162 

05 

189 

3 tt? 

85 

107 

128 

150 

171 

192 

214 

235 

257 

278 

300 





























CHARLOTTE, N. C. 


489 


BOYS AND YOUNG MEN. 

We get inquiry, multifold, from boys, young men, fathers, mothers, other rela¬ 
tives and friends asking for advice about the best course for the boys and young 
men to pursue to insure success in life. In many, many cases we are asked to 
undertake the guidance of these boys and young men. Many of them offer to go to 
work for nothing or promise to carry out our recommendations to the letter, no 
matter what they are. 

These suggestions or requests come sometimes by letter, often by visits and 
word of mouth, and in other ways. We are deeply impressed with the earnestness 
and the zeal of the boys and young men. In many cases this zeal is short-lived. 
Perhaps it is in most cases short-lived. On the other hand it is, in many cases, 
earnest and life-long and of enduring quality. 

Many of the young college men have the highest promise of usefulness. These 
will in time command position and emolument. Very many college men are al¬ 
ready irredeemable victims of the delusion that their college education entitles 
them to position and salary and that it ought to command both. The thing which 
most parents are willing to spend money for, in the name of education, in preparation, 
in the way of teaching and training for their sons, is: (i) to make easily and com¬ 
fortably a good living for themselves and families; ( 2 ) such other success as the 
best teaching and training, together with natural endowments, lead to. The parent 
is usually chiefly concerned about the first only. In all consideration of this sub¬ 
ject the second clause of the above purpose may be entirely omitted here because it 
concerns so very few and because those who pass the first condition don’t need any 
advice as to the second which acts automatically or not at all. 

The planter’s son, in ante-bellum days, had better training and teaching to 
prepare him for his future life than, perhaps, any other class in the nineteenth 
century. From the very Cradle he began an apprenticeship in the trade of agricul¬ 
ture. From the cradle to the beginning of his college days he lived in close con¬ 
tact with the trade and with the labor which he would be subsequently called upon 
to control and direct. Whether he was required to do so or not he would, as a boy, 
learn to plow, chop out cotton, flood or drain rice land, cure tobacco or gin cotton. 
He was a friend of all the labor on the home farm or plantation and also on ad¬ 
jacent plantations. He rode mules, raced horses, drove six-mule teams with one 
line, swam, hunted, fished, wrestled and otherwise labored and played with the 
negroes. He went to common country schools and at 16 years old was usually the 
most capable and resourceful practical working man on the plantation. If nobody 
else could ride a balking mule or plow a straight furrow over rough land, he could 
and he could in patience teach others. Add to this apprenticeship a college educa¬ 
tion and the product was usually a high class planter of cotton, rice, tobacco or 
sugar. All the young men who were sound of body and mind and had reasonable 
energy attained to this degree of success. Then those who were specially endowed 
with talents and energies or in whose way special opportunity came, achieved fame 
as soldiers, statesmen or in some of the professions. They were all well prepared 
to make the most of higher opportunity, or to live in patience if higher opportunity 
never came. 

In these modern times the conditions as to preparation surrounding success,, 
are still the same. Agriculture is not the monopoly it used to be. We are coming: 
to be ? people who are manufacturers. The boy "or youth who would succeed best 
in manufacture must be both practical and technical. He must serve an apprentice¬ 
ship and also, have some education 

Of two boys, one having served an apprenticeship but having no college educa- 




490 


THE D. A. TOMPKINS CO., 


tion, the other having a college edufcation but no practical training, the former is 
most useful and will in most cases make the best ultimate success. 

The boy having a modicum of training and a modicum of education is better 
than either. This is the one with a common school education and an apprenticeship 
or its equivalent in practical work. The best qualified youth of all is the one who 
has served a full apprenticeship and has a full technical education. 

Any ordinary machine shop, any ordinary cotton mill, any ordinary cotton oil 
mill, any ordinary furniture factory, any ordinary rolling mill, is good enough for 
the apprenticeship in manufactures, just as any ordinary farm is for agriculture. 
With rare exceptions, any college is good enough for the teaching. It is not neces¬ 
sary for the boy or youth to be working for or under the direction of a man who 
has already succeeded. It seems probable that this is actually injurious, because it is 
relied on as a factor in success whereas it has no important influence for advan¬ 
tage and perhaps some considerable for disadvantage. 

Review the biography of successful men and it is not once in a thousand times 
that success will be found due to a person having been a worker under a notably 
successful man. On the contrary the record of human success is more notably one 
of scant opportunity and hard labor. It is mostly a record of apprenticeship perforce, 
of the acquisition of knowledge under adverse influences, whether their teaching was 
at home by books and by the light of lightwood knots or in college with scant funds. 
The record shows that even the apprenticeship on a farm is far better than a col¬ 
lege education when each is taken separately but when taken together the product 
sweeps the field for success. 

We recommend that any boy who contemplates an occupation in industrial life 
be sent to the common schools up to the age of 15 years. That then he be ap¬ 
prenticed in some trade, such as machinist, pattern maker, moulder, carpenter, or 
other for a period of three years. That then he go to college, if the money is avail¬ 
able, for four years. That on graduation he go into a factory in the particular line 
he wishes to follow, cotton mill, oil mill, furniture factory, or other, for a period 
of two years. This would produce a young man at 24 to 25 years who would be 
competent to direct manufacture in his line and would command the respect of all 
decent labor and who could afford to ignore or control all other labor. 

A boy starting in on this course at 12 years of age and finishing at 24 years of 
age would never become infected with the thirst for position and advancement with 
which so many young college men are saturated. 

Invested capital and fame are both as shy as a worthy young girl of those who 
think that they can be attained easily. Neither ever heeds the knocks of those who 
are overconfident or impatient. Both love the man of achievement—the modest 
man. To him who can spin a better yarn or weave a better cloth than the average, 
who is interested in his work and faithful to his duty, capital and fame are alike will¬ 
ing slaves, indeed both are eager slaves. 

Whatever doubts may exist as to the advantages or disadvantages of col¬ 
legiate education, there is no doubt about the importance and value of practical 
training for a youth whether with or without a college education. There is no doubt 
that a common school education with a good apprenticeship makes a better qualifi¬ 
cation for a young man than does a college education without the practical training. 
The practice or apprenticeship is necessary to produce, (1) a physique capable of 
patient work without irksomeness; (2) a ripe sound judgment for dealing with all 
kinds of humanity, and (3) a knowledge that wages and salaries must be pro¬ 
portioned to results. 

Neither practical training nor technical education, nor both together, can give 
entirely satisfactory results for manufacturing pursuits, without the following qual- 



CHARLOTTE, N. C. 


491 


ities besides, viz.: (i) Some natural endowment, (2) a good moral development, (3) 
enduring integrity, (4) persevering energy, and (5) a prudent judgment. 

All these qualities except the first are usually the product of home influences. 

Nothing here written is meant to deprecate college or other technical educa¬ 
tion. It is intended, however, to emphasize the importance of good practical train¬ 
ing in late boyhood and early youth in order that with or without a college educa¬ 
tion, a young man may start in life with that capability of self-support which all 
parents wish for their boys. 

Technical education is of tremendous advantage to the commonwealth regard¬ 
less of what value may accrue to the individual graduate. Every graduate, if he 
comes in contact with practical fellows, disseminates technical knowledge. The clear¬ 
headed practical fellow needs no more than a hint on a point here and a point there 
to enhance very much'his own efficiency and usefulness. To the graduate the edu¬ 
cation begins to become of leading advantage at an average of, say, 30 years of 
age. In the twenties the fellow who has had a common school education and a first- 
class practical training will usually surpass the college graduate. In the latter part 
of the twenties (years of age) the graduate begins to catch up with his practical 
competitors and his college education begins to work to his advantage. Other things 
being the same, the college graduate will after 30 years of age have the advantage. 
This assumes a college graduate who has had an apprenticeship in youth and who 
went practically to work after graduation. The graduate who has had no apprentice¬ 
ship or practical experience up to, say, 22 years of age, is heavily handicapped. 

It was, in former generations, the habit for parents to make their boys do some 
work even in their school periods. This is still more or less the habit of farmers in 
the country and it is notable that the boys from the farm are the best source of 
supply for positions which require good work and good sound judgment. In this 
time the parents who live in cities send their boys to schools punctiliously enough, but 
let them acquire a habit and a taste for loafing about town in any waking hours not 
required at school. In this lies the great harm to the boy. These boys go through 
the public schools and then through college and then want positions. What can 
these do? Absolutely nothing. The incapacity of these is emphasized by the fact 
that in many instances their teachers and the professors saturate them with the 
idea that the school and the college is the whole thing. In these cases the gradu¬ 
ates have this error to unlearn and some of them never get so far as to unlearn it. 
It is a hardship on the best of them to have to unlearn it. If the parent could be 
brought to make the boy learn, when yet a boy, what work is, and the teachers 
would refrain from emphasizing too much the value of education and emphasize 
more the importance of hard work, it would be an advantage in every particular in 
helping a young man to start in life. Teachers should especially avoid giving the 
idea to boys or young men that on graduation they will be qualified for and en¬ 
titled to “positions.” It should be made plain to students that a college course is 
only one of many factors in the education of a young man for a life-work and that 
there is much to do in the way of hard work before and after graduation to make 
a whole useful man. 

Happily, there is in the growing industrial system, ample room for all the young 
men who have practical training and can do things whether these have only a com¬ 
mon school education or a college education. And the more this industrial system 
grows large and strong the less room there is in it for the man who can work but 
knows nothing, or, for the man who is highly educated but who can do nothing. 

If the question arise in the mind of the reader as to what this subject has to do 
with our business we answer such interrogatory with the statement that in our 
regular mail we get many letters relating to this subject, and are interested in the 
future welfare of the boys and young men and also in the general development of 
the country’s resources. 



492 


THE D. A. TOMPKINS CO 



Figure 707. 

New Books by D. A. Tompkins. 
































CHARLOTTE, N. C. 


493 


AMERICAN COMMERCE: ITS EXPANSION. 

BY D. A. TOMPKINS. 

154 Pages. 

Price $1.00, Postpaid. 

This is a collection of addresses and pamphlets relating to the extension of for¬ 
eign markets for American manufactures. The cotton factories of the United States 
are now manufacturing more goods than can possibly be consumed in our home 
markets. It is, therefore, necessary that we reach out for the markets of the world. 

This book is a discussion of the ways and means for accomplishing these ends. 
All manufacturers should be interested in it. 

COTTON VALUES IN TEXTILE FABRICS. 

BY D. A. TOMPKINS. 

Price $2.50, Postpaid. 

This is a collection of actual samples of cloth, with descriptive matter and data, 
showing cost per yard and per pound. These costs are then tabulated in a way to 
show what the average cotton crop of the State of North Carolina would bring if 
manufactured into the various kinds of goods shown. 

Samples and figures show that there is an easy possibility of five billion dollars 
in a half million bale crop, if sufficient skill and industry are brought to bear on the 
subject. 

This book does not enter into methods of developing the skill and industry, but 
merely points out what immense resources are latent in cotton. 

Other books by this author show how the work may be accomplished. 

COTTON MILL PROCESSES AND CALCULATIONS. 

BY D. A. TOMPKINS. 

312 Pages. 52 Original Illustrations. 

Price $5.00, Postpaid. 

This is a book for the Mill Superintendent, the Overseer, and the Student who 
wants to learn the details of the business of running a Cotton Mill. It is written in 
simple style, and without the use of algebra. Anyone who understands the simple 
rules of arithmetic may easily master it. It is profusely illustrated with original 
drawings. 

COTTON MILL COMMERCIAL FEATURES. 

BY D. A. TOMPKINS. 

240 Pages. 70 Original Illustrations. 

Price $5.00, Postpaid. 

This is a book for the prospective investor. It discusses in detail all the points 
that are raised in organizing a new mill. It shows the cost of mills of various 
kinds. It elaborates the plans for organizing companies and for raising capital. 

It shows how to keep mill accounts and reports. It shows cost of production 
for all the common kinds of goods manufactured in the South. It shows how goods 
are sold by the mills. It gives advice about location and surroundings. It discusses 
textile education, and shows how a young man should proceed to learn the cotton 
mill business. It is profusely illustrated with original drawings and fine half-tones 
made expressly for this work. 



494 


THE D. A. TOMPKINS CO., 


This book was written as an answer to large numbers of letters Inquiring about 
the steps necessary to organize and build a new mill. There are so many factors 
which enter into a conscientious answer to the question that nothing short of a book 
could give a comprehensive answer. “Cotton Mill Commercial Features” gives the 
answer in every detail. 

COTTON AND COTTON OIL. 

BY D. A. TOMPKINS. 

494 Pages. 127 Engravings. 5 Colored Plates. 

Two Volumes, Bound Together. $7 5 ° Postpaid. 

Vol. One, Cotton, Bound Separately .... 5 00 
Vol. Two, Cotton Oil, Bound Separately ... 5 00 

vol. 1. 

Vol. I is a complete description of American methods of producing cotton, gin¬ 
ning it, and putting it on the market. 

Taking the ground as the farmer finds it, there are detailed specifications for 
preparing and fertilizing it, and planting the seed. 

Cotton ginning is elaborately treated and profusely illustrated. 

The different methods of baling cotton, including all of the round bale pro¬ 
cesses are fully described and illustrated. 

VOL. 11. 

Cotton seed oil manufacture and allied industries form Vol. II. Oil refining is 
carefully treated from both theoretical and practical standpoints. 

A branch of this subject is the manufacture of fertilizers, where cotton seed 
meal is an ingredient. The whole subject of fertilizer manufacture is described and 
illustrated. Sulphuric acid is used in the manufacture, and a description is given 
of the manufacture of sulphuric acid for this purpose. 

Another branch of the subject treated is the utilization of cotton seed products 
as food stuffs—the oil for man, and the meal and hulls for stocks. 

Order From 
D. A. TOMPKINS, 

Charlotte, N. C. 












INDEX. 


A 


Accumulators, hydraulic . 336-337 

Adjustable ball and socket line hangers, 

ring oiling . 122 

Adjustable jaw vises, patent. 265 

Advice to customers . 6 

Advertising plates, corner stones, tablets 

and . 468 

Air cocks . 186 

Air compressors, rock drills and. 284 

Air pumps, combined jet condensers and 73 

Air valves, automatic. 92 

Ampere plug cut-outs, 60 . 424 

Angle straight shank drills, increase twist 

or constant . 213 

Annunciators. 441 

Apparatus, gas lighting .453-454 

Appliances, soldering . 428-429 

Approximate price, weight, H. P. and floor 


space required for textile machinery. . 480 
Appurtenances, boilers, engines, etc..23to60 
Arbors and taper split sleeves for Pratt’s 


chucks, center . 211 

Arc lamps, enclosed . 395 to 397 

Areas of circles, table of. 473 

Arresters, lightning . 430 

Artesian well engines . 68-69 

Asbestos cement . 162 

Asbestos pipe covering . 162 

Asphalt floors, cement and. 466 

Attachments, link belting and. 358 

Attrition mills . 341-342 

Auger ratchets . 219 

Automatic air valves. 92 

Automatic change valves. 333 to 335 

Automatic drop . 445 

Automatic engines . 44-45 

Automatic engines, compound. 46 

Automatic engines, table of horse power 

of .. 45 

Automatic grease cup, Ideal . 237 

Automatic heat regulators . 87 

Automatic injector, Metropolitan. 246 

Automatics, keys and mats for gas. 454 

Automatic press valves . 331-332 

Automatic receiver and feed pump. 72 

Automatic sprinklers . 103 


Automatic sight-feed lubricator, Detroit. . . 235 


B 

Pack-pressure valve, improved noiseless. . 251 
Back-pressure valve, semi-balanced.... 252-253 
Back-pressure valve, the Davis noiseless.. 254 

Baling press, cotton seed hull. 343-344 

Baling press, lint . 345 

Ball and socket floor stands, ring-oiling. . . 127 
Ball and socket head shaft hangers, ring- 

oiling . 121 

Ball and socket heavy floor stands, ring- 

oiling . 126 

Ball and socket line hangers, ring-oiling 

adjustable . 122 

Ball and socket post hangers, ring-oiling.. 123 
Ball and socket pillow blocks, ring-oiling. . 124 

Band Machine, Tompkins. 461 

Bar iron extras . 285 

Bars, grate. 39 

Base switch, hollow wood. 452 

Batteries . 438-439 

Baxter’s “S” wrenches. 230 

Bearing, concealed collar, recessed. 119 

Bearings, closed ends . 119 

Bearings, directions for using ring-oil.... 120 

Bearings, self-oiling . 120 

Bell chime whistles, single. 264 

Bell or spigot ends, iron-body water gates, 

composition mounted . 208 

Bells. 442 to 444 

Belt tighteners . 141 

Belting . 145 

Belting and attachments, link. 358 


Belting, elevator bucket bolts for link.... 360 


Belting, special canvas-stitched. 360 

Bibbs, compression hose. 185 

Blacksmiths’ forges . 283 

Blades, hack saw . 231 

Blocks, duplex . 281 

Blocks, ring-oiling ball and socket pillow.. 124 

Blocks, rigid pillow. 125 

Blocks, triplex chain . 280 

Body oil pump, glass. 240 

Body valves, Jenkins Bros., iron. 190 

Boiler feed pumps, capacities of. 474 

Boiler feed pumps, duplex. 62-63 

Boiler feed pumps, triplex. 64-65 

Boiler fronts . 36-37 

Boiler, hot water . 83 

Boiler ratchets . 219 

Boiler tubes, standard lap-welded. 163 

Boiler, vertical tubular. 40-41 

Boilers, engines and appurtenances.. 23 to 60 

Boilers, fixtures, regular . 26 

Boilers, horizontal return tubular station¬ 
ary . 25-26 

Boilers, open-bottom portable. 34 

Boilers, setting for stationary half-arch 

front . 27-28 

Boilers, setting for stationary full-arch 

front . 30-31 

Boilers, standard return tubular. 24 

Boilers, steam . 82 

Boilers, water-bottom, portable. 33 

Boilers, water tube . 35 

Boilers, with full-arch fronts, measurements 

for setting stationary . 32 

Boilers, with half-arch fronts, measure¬ 
ments for setting stationary. 29 

Boll screens, Tompkins sand and. 298-299 

Bolts, elevator bucket . 359 

Bolts for link belting, elevator buckets... 360 

Bolts, hanger . 270 

Bolts, machine and car. 268-269 

Books, new .492 to 494 

Boring machine, portable . 57 to 60 

Boxes, conveyor . 355-356 

Boys and young men.489 to 491 

Bracket fans . 394 

Branch tees . 175-176 

Brass cocks, standard . 186-187 

Brass valves, standard. 186 to 189 

Breakers, circuit . 406-407 

Breaking strength ring spun yarn, table of 485 

Bronze stamped metal pushes. 446 

Brushes, dynamo . 430 

Bucket bolts, elevator . 359 

Bucket bolts for link belting, elevator.... 360 

Buckets, elevator . 359 

Bull-Dog vises, machinists . 265 

Button cord, pear push. 450 

Buttons, pear-shaped push.449-450 

Buttons, wood push . 447-448 

Buzzers . 445 


c 


Cables and cord, lamp. 432 

Cake crackers. 339-340 

Cake former . 321 

Canvas-stitched belting, special. 360 

Capacities of boiler feed pumps. 474 

Cap screws. 274-275 

Car and machine bolts. 268-269 

Carbons . 430 

Case-hardened iron set screws. 272-273 

Cast iron fittings . 168 to 174 

Cast iron water and gas pipe. 166-167 

Casting, mill . 465 

Cartridge fuse cut-outs .. • • 423 

Ceiling fans . 392 foe 

Ceiling plates, patent . 185 

Cement, asbestos . 162 

Cement and asphalt floors ... 4bb 

Center arbors and taper split sleeves for 

Pratt’s chucks . 211 




































































































































INDEX. 


Century improved steam separator, new. . 258 


Chain blocks, triplex . 280 

Chain elevators, sprocket. 357 

Change valves, automatic. 333 to 335 

Chapman receptacle, the. 420 

Check valves, iron-body. 202-203 

Check valves, Jenkins Bros.’. 190-191 

Chime whistles, single bell. 264 

Christoffel coil tube cleaners. 220 

Christoff el elliptical tube cleaners. 220 

Chucks, center arbors and taper split sleeves 

for Pratt’s . 211 

Chucks, Pratt’s patent improved positive 

driving drill . 210 

Chuck, Westcott’s patent IXL independent 

lathe . 209 

Circles, table of areas of. 473 

Circuit breakers . 406-407 

Cisterns and vats . 110 

Clamp, table . 448 

Clay and semi-porcelain tubes. 434 

Cleaner, cotton seed . 297 

Cleaners, Christoffel coil tube. 220 

Cleaners, Christoffel elliptical tube...... 220 

Cleaners, elastic tube . 220 

Cleaners, flue . 219-220 

Cleaners, Ingalls’ tube . 220 

Cleaners, McLaughlin’s steam tube. 219 

Cleaners, Robinson’s steam tube. 219 

Cleats, one wire . 433 

Cleats, two and three wire. 433 

Closed end bearings . 119 

Cloth per loom, yards of cotton. 482 

Cloth, press . 364 

Clutch couplings . 116 

Clutch, Orton . 117 

Coal consumption . 477 

Cochrane horizontal separator. 258 

Cocks, air . 186 

Cocks, gauge . 232 

Cocks, special iron . 193-194 

Cocks, standard brass . 186-187 

Cocks, standard iron . 192-193 

Coe’s wrenches. 230 

Coil tube cleaners, Christoffel. 220 

Cold punched nuts. 277 

Collar, recessed bearing concealed. 119 

Collins compression couplings, improved . 114 

Collars, steel loose . 118 

Columns, water gauge. 231 

Combination foot push. 448 

Combined jet condensers and air pumps.. 73 

Commutator compound and tape. 428 

Composition mounted, bell or spigot ends, 

iron-body water gates. 208 

Composition mounted double gate valves, 

iron body . 206-207 

Composition standard wedge gate valves.. 204 
Composition wedge gate valves, hose ends 205 

Compound and tape, commutator. 428 

Compound automatic engines. 46 

Compound Corliss engines, indicated horse¬ 
power of standard . 52-53 

Compression couplings, Collins improved. 114 

Compression couplings, ribbed. 113 

Compression fire hydrant, standard. 104 

Compression hose bibbs . 185 

Compressors, rock drills and air. 284 

Concealed collar, recessed bearing....... 119 

Condensers and air pupms, combined jet.. 73 

Connected direct pumps . 388-389 

Connected direct units . 390-391 

Connections, pump and press.. . 330 

Constant angle straight shank drills, in¬ 
crease twist or . 213 

Consumption, coal .'. 477 

Contracting and engineering. 13 to 22 

Conveyor boxes. 355-356 

Conveyors . 350 to 352 

Conveyors, horse-power to drive oil mill. 487 

Conveyors, lining . 353 

Cooking heaters. 312 to 319 

Cord and cables, lamp. 432 

Cord, pear push button. 450 


Corliss engines, indicated horsepower of 


standard compound . 52-53 

Corliss engine repairs. 47 

Corliss engine, standard . 48 to 53 

Corliss engines, table of standard sizes of 

simple . 49 

Corner stones, tablets and advertising 

plates . 468 

Cotton cloth, per loom, yards of. 482 

Cotton ginning . 368-369 

Cotton mill organizations, practical.... 478-479 

Cotton mill rules.485-486 

Cotton presses and gins . 370 

Cotton seed cleaner . 297 

Cotton seed delinting machines.... 346 to 348 

Cotton seed hull baling press. 343-344 

Cotton seed hull packer. 344 

Cotton seed linter . 300 

Cotton seed oil mill machinery. . . . 287 to 296 

Couplings, clutch . 116 

Couplings, flange . 115 

Couplings, improved Collins compression.. 114 

Couplings, ribbed compression. 113 

Couplings, universal . 116 

Couplings, wrought iron . 182 

Covering, asbestos pipe. 162 

Crackers, cake . 339-340 

Crusher rolls. 308 to 311 

Cup, ideal automatic grease .237 

Cup Pioneer slide top glass oil. 238 

Cup, Royal sight-feed glass oil. 239 

Customers, advice to. 6 

Cut-outs, cartridge fuse. 423 

Cut-outs, duplex feeder slate. 427 

Cut-outs, Edison plug . 423 

Cut-outs, fixture . 421 

Cut-outs, 60-ampere plug. 424 

Cut-outs, 500-volt railway. 425 

Cutters, patent . 154-155 

Cutters, pipe . 227-228 

Cutting and threading pipe, price list.... 165 
Cutting and threading machines, pipe.. 221-222 
Cylindrical and urn-shaped glasses. 241 

D 

Damper regulator, improved. 256 

Davis noiseless, back pressure valve, the.. 254 

Deep-well pumps. 68 to 71 

Delinting machines, cotton seed.... 346 to 348 

Detector, watchman’s time . 440 

Detroit automatic sight-feed lubricator . . 235 

Detroit sight-feed lubricator . 236 

Derricks . 282 

Die, pipe stocks and. 224 

Die plates . 225 

Die stocks, geared solid. 223 

Different speeds, transmitting efficiency of 

shafting at . 488 

Direct connected drills . 388 

Direct connected pumps . 389 

Direct connected units. 390-391 

Directions for setting and operating pumps 

. 74-75 

Directions for using ring-oil bearings.... 120 

Door and window springs.450-451 

Door fixtures, fire . 107 

Door openers . 452 

Double gate valves, iron-body composition 

mounted . 206-207 

Double tube injector, universal. 244-245 

Drawing-in frame, Tompkins.-. 462 

Drill chucks, Pratt’s patent improved posi¬ 
tive driving . 210 

Drill press, improved 20-inch National . . 150 
Drill presses, improved 32, 36 and 42-inch 

standard .'.. 151 

Drills and air compressors, rock. 284 

Drills, direct connected. 888 

Drills, genuine Packer ratchet. 219 

Drills, increase twist or constant angle 

straight shank . 213 

Drills, Packer taper socket ratchet. 218 









































































































































INDEX. 


Drills, patent increase twist. 212 

Drills, pipe taps, reamers and. 230 

Drive oil mill conveyors, horse-power to.. 487 
Drive oil mill elevators, horse-power to.. 487 
Driving drill chucks, Pratt’s patent im¬ 
proved positive . 210 

Drop, automatic . 445 

Duplex blocks. 281 

Duplex boiler feed pumps. 62-63 

Duplex feeder slate cut-out. 427 

Duplex pumps. 66 

Dynamo brushes .430 


E 


Economy of steam engines. 477 

Edison plug cut-outs. 423 

Edison wall sockets . 419 

Efficiency of shafting at different speeds, 

transmitting . 488 

Eiector, the II.D . 247 

Elastic tube cleaners . 220 

Electric meters . 407 

Electric power transmission. 379 

Electric railway . 378 

Electric tool grinder, portable . 417 

Electric units . 377 

Electrical equipment and supplies.. 375 to 454 

Elevator buckets . 359 

Elevator bucket bolts . 359 

Elevator bucket bolts for link belting.... 360 
Elevators, horse-power to drive oil mill.. 487 

Elevators, speed of oil mill. 488 

Elevators, sprocket chain . 357 

Elliptical tube cleaners, Christoffel. 220 

Emery grinding machines, Tompkins .... 158 

Emery wheels . 159 

Enclosed arc lamps.395 to 397 

Engines, economy of steam. 477 

Engine, horse-power of. 477 

Engine lubricators, plain . 234 

Engine lathe, improved 20-inch standard.. 149 

Engine repairs, Corliss . 47 

Engine, standard Corliss . 48 to 53 

Engine, slide valve . 42-43 

Engine, vertical . 40-41 

Engines, artesian well. 68-69 

Engines, automatic . 44-45 

Engines, boilers and appurtenances.. 23 to 60 

Engines, compound automatic . 46 

Engines, indicated horsepower of standard 

compound Corliss . 52-53 

Engines, table of horsepower of auto¬ 
matic . 45 

Engines, table of standard sizes of simple 

Corliss . 49 

Engineers’ sets, oilers . 243 

Engineers’ wrenches . .. .. 230 

Engineering and contracting. . .. 13 to 22 

Equipment and supplies, electrical.. 375 to 454 

Equipment, hose house. 100 to 102 

Equivalents of various measures and 

weights . 475 

Eureka low pressure regulating valve.... 248 

Exhaust fans, patent steel . 370 

Exhaust heads .. 260 

Expansion joint, iron body. . .. 191-192 

Expansion steam trap, Tompkins . 259 

Expanders, tube . 220 


Extractor, multi-tubular oil and grease... 257 
Extras, bar iron . 285 


F 


Factory fire protection . 93 

Fans, bracket . 394 

Fans, ceiling . 392-393 

Fans, patent steel exhaust. 370 

Fans, separators and parts... 371 

Feed pump, automatic receiver. 72 

Feed pumps, capacities of boiler. 474 

Feed pumps, duplex boiler. 62-63 

Feed pumps, triplex boiler. 64-65 


Feed water heaters . 38 

Feeder, huller . 304 

Feeder slate cut-out, duplex. 427 

Fertilizer mixer . 349 

Filing machine . 301 

Filter presses. 363-364 

Filters, oil . 259 

Finished flange pulleys . 138 

Fire door fixtures . 107 

Fire hydrant, standard compression. 104 


Fire protection . 93 to 110 

Fire protection, factory. 93 

Fire pump, underwriters’. 98-99 

Fittings, cast iron. 168 to 174 

Fittings for meridian lamp . 399 

Fittings, fuse . 425 to 427 

Fittings, malleable. 178 to 182 

Fittings, pipe . 147 

Fixture cut-outs . 421 

Fixtures, fire door . 107 

Fixtures, full-arch front. 26 

Fixtures, regulator boiler. 26 

Flange couplings . 115 

Flanged pulleys, finished. 138 

Floor plates . 185 


Floor space required for textile machinery, 

approximate price, weight, H. P. and 480 
Floor stands, ring-oiling ball and socket. . 127 
Floor stands, ring-oiling ball and socket 


heavy . 126 

Floors, cement and asphalt . 466 

Flue cleaners. 219-220 

Fluted steel porcelain enamel shade. 437 

Foot push, combination . 448 

Forges, blacksmiths’ . 283 

Former, cake . 321 

Frame, Tompkins drawing-in. 462 

Frame, Tompkins spinning . 458 

Frame railway track scales, iron. 367 

Friction of water in pipe. 472 

Fronts, boiler . 36-37 

Full-arch front boilers, settings for sta¬ 
tionary . 30-31 

Full-arch front fixtures . 26 

Fuse cut-outs, cartridge. 423 

Fuse fittings . 425 to 427 

Fuseless one-piece rosette, K. P. 422 

Fuses, standard . 430 


G 

Gardner governors . 54 

Gas and water pipe, standard steam... 164-165 

Gas automatics, keys and mats for. 454 

Gas lighting apparatus .453-454 

Gas pipe, cast iron water and. 166-167 

Gates, composition mounted, bell or spigot 

ends, iron body water. 208 

Gate valves, composition standard wedge.. 204 
Gate valves, hose end, composition wedge. 205 
Gate valves, iron-body composition mounted 

double . 206-207 

Gauge cocks. 232 

Gauge columns, water. 231 

Gauge, gear pitch . 144 

Gauge, hydraulic or hydrostatic. 261 

Gauge, pressure or vacuum. 260 

Gauge syphons, steam . 263 

Gauges, water . 233 

G-E rosettes . 421 

Gear-cutting machine, improved hand. 153 

Gear pitch gauge . 144 

Geared solid die stocks. 223 

Gearing .*. 443 

Generators and motors...... 380 to 384 

Genuine Packer ratchet drills . 219 

Genuine Scotch glass tubes. 232 

Gin, No. 3 roller ..• • 467 

Gins .372 to 374 

Gins, cotton presses and. 370 

Ginning, cotton. 368-369 

Glass body oil pump. , < • •, 240 







































































































































INDEX. 


Glass insulators . 435 

Glass oil cup, Pioneer slide top . 238 

Glass oil cup, Royal sight-feed . 239 

Glass tubes, genuine Scotch . 232 

Glasses, cylindrical and urn-shaped. 241 

Governors, Gardner . 54 

Governors, the Pickering. 55 

Grate bars . 39 

Grease cup, Ideal automatic . 237 

Grease extractor, multi-tubular oil and... 257 

Grinders, huller knife . 306 

Grinding machines, Tompkins emery .... 158 

Grinder, portable electric tool. 417 

Grooved pulleys, sheaves or. 139 


H 


Hack saws. 231 

Hack saw blades . 231 

Half-arch front boilers, settings for sta¬ 
tionary . 27-28 

Hand gear-cutting machine, improved hand 153 

Hand taps, machinists . 216 

Hanger bolt . 270 

Hangers, pipe. 182-183 

Hangers, ring-oiling adjustable ball and 

socket line . 122 

Hangers, ring-oiling ball and socket head 

shaft . 121 

Hangers, ring-oiling ball and socket post. . 123 

H-D ejector, the. 247 

Head, exhaust . 260 

Head shaft hangers, ring-oiling ball and 

socket . 121 

Heat and steam. 476 

Heat regulators, automatic. 87 

Heaters, cooking . 312 to 319 

Heaters, feed water . 38 

Heating, house . 80-81 

Heating, steam and hot water. 79 to 92 

Heavy floor stands, ring-oiling ball and 

socket . 126 

Heavy waste press, new and. 464 

Hinged pipe vises . .. 226 

High pressure regulating valve. 249 

Hollow wood base switch. 452 

Hook plates . 183-184 

Horizontal return tubular stationary boiler 

. 25-26 

Horizontal separator, Cochrane. 258 

Horizontal turbine, sectional view of. 78 

Horse-power and floor space required for 
textile machinery, approximate price, 

weight . 480 

Horse-power of an engine. 477 

Horse power of automatic engines, table of 45 
Horse power of standard compound Cor¬ 
liss engines . 52-53 

Horse-power to drive oil mill conveyors.. 487 
Horse-power to drive oil mill elevators... 487 

Hose bibbs, compression. 185 

Hose end, composition wedge gate valves. 205 

Hose house equipment. 100 to 102 

Hot water boilers . 83 

Hot water heating, steam and . 79 to 92 

House heating . 80-81 

Hull baling press, cotton seed. 343-344 

Hull packer, cotton seed. 344 

Hull separating screen meat and. 307 

Huller and separator, Tompkins. 302 

Huller and separator, plantation. 305 

Huller feeder . 304 

Huller knife grinders . 306 

Huller, Tompkins . 302 

Hydrant, standard compression fire. 104 

Hydraulic accumulators . 336-337 

Hydraulic packing for oil press. 325 

Hydraulic packing, mould for making. 327 

Hydraulic power pump. 338 

Hydraulic pumps . 328-329 

Hydraulic or hydrostatic gauge. 261 

Hydrostatic gauge, hydraulic or. 261 


I 


Ideal automatic grease cup . 237 

Improved Collins compression couplings. . 114 

Improved damper regulator . 256 

Improved hand gear-cutting machine. 153 

Improved noiseless back pressure valve. . . 251 
Improved positive driving drill chucks, 

Pratt’s patent . 210 

Improved steam separator, New Century. . 258 

Improved 20-inch standard engine lathe.. 149 
Improved 20-inch national drill press . . . 150 
Improved 32, 36 and 42-inch standard 

drill presses . 151 

Improved 36-inch iron planer. 152 

Incandescent lamps. 400 to 402 

Iiicandespent lamps, opal shades for. 436 

Increase twist or constant angle straight 

shank drills . 213 

Increase twist drills, patent. 212 

Independent lathe chuck, Westcott’s patent 

IXB. 209 

Indicator posts . 105 

Indicator valves, special fire or. 106 

Indicators, speed . 56 

Information, useful ..'.469-470 

Ingall’s tube cleaners . 220 

Injector, metropolitan automatic . 246 

Injector, universal double tube . 244-245 

Insulators, glass. 435 

Insulators, porcelain . 434 

Improved size kettle, Tompkins. 463 

Iron cocks, special. 193-194 

Iron cocks, standard. 192-193 

Iron couplings, wrought. 182 

Iron-body valves, standard. 194 to 202 

Iron-body valves, Jenkins Bros. 190 

Iron-body check valves. 202-203 

Iron-body composition mounted double gate 

valves . 206-207 

Iron-body water gates, composition mount¬ 
ed, bell or spigot ends. 208 

Iron extras, bar . 285 

Iron fittings, cast. 168 to 174 

Iron frame railway track scales. 367 

Iron planer, improved 36-inch. 152 

Iron pulleys, standard price list solid... 


Iron set screws, case-hardened. 272-273 

Iron water and gas pipe, cast. 166-167 

Iron, weight per ft. of round and square. 286 

Iron wood screws, patent. 276 

IXL, independent lathe chuck, Westcott’s 

patent . 209 

J 

Jack screws . 266 

Jaw vises, patent adjustable. 265 

Jenkins Bros.’ check valve. 190-191 

Jenkins Bros.’ iron-body valves. 190 

Jenkins’ standard ’96 packing. 209 

Jenkins Bros.’ valves. 189 to 191 

Jet condensers and air pumps, combined.. 73 

Jobbers’ reamers . 214 

Joints, iron-body expansion. 191-192 

K 

Kettle, Tompkins improved size. 463 

Keys and mats for gas automatics. 454 

Keyseaters . 156 

Knife grinders, huller . 306 

Knobs, wiring. 433 

K. P. fuseless one-piece rosette. 422 

K-W rosettes . 42 1 

L 

Bag screws, wood or. 271. 

Bap-welded boiler tubes, standard. 163 

Bamp cord and cables. 432 

Bamp, Meridian . 398 

Bamp, Meridian, fittings for. 399 





























































































































INDEX. 


Lamps, enclosed arc. 395 to 397 

Lamps, incandescent . 400 to 402 

Lamps, incandescent, opal shades for. 436 

Large O. D. pipe . 164 

Lathe chuck, Westcott’s patent IXL in¬ 
dependent . 209 

Lathe, improved 20-inch standard engine.. 149 

Lighting apparatus, gas .453-454 

Lightning arresters . 430 

Line hangers, ring-oiling adjustable ball 

and socket . .. 122 

Link belting and attachments. 358 

Link belting, elevator bucket bolts for.... 360 

Lint baling press . 345 

Lining, conveyor . 353 

Linter, cotten seed . 300 

List solid iron pulleys, standard price... 


Loom, yards of cotton cloth per. 482 

Loose collars, steel . 118 

Low pressure regulating valve, Eureka. . 248 
Lubricator, Detroit automatic sight-feed.. 235 

Lubricator, the Detroit sight-feed. 236 

Lubricators, plain engine. 234 


M 


Machine and car bolts. 268-269 

Machine, filing . 301 

Machine, portable boring . 57 to 60 

Machine tools . 147 

Machine, Tompkins band. 461 

Machines, cotton seed delinating. . . 346 to 348 


Machines, pipe cutting and threading. . 


... 221-222 

Machines, Tompkins emery grinding .... 158 
Machines, the Morse valve reseating. ... 157 
Machinery, approximate price, weight, H. 

P. and floor space required for tex¬ 
tile . 480 

Machinery, cotton seed oil mill.... 287 to 296 

Machinery, miscellaneous .457 to 467 

Machinery, power transmitting.... Ill to 146 

Machinery, pumping . 61 

Machinists’ Bull-Dog vises. 265 

Machinists’ hand taps . 216 

Making hydraulic packing, mould for.... 327 

Malleable fittings. 178 to 182 

Mats for gas automatics, keys and. 454 

Meridian lamp . 398 

Meridian lamp, fittings for . 399 

Measures and weights, equivalents of 

various . 475 

Measurements for setting stationary boilers 

with full-arch fronts. 32 

Measurements for setting stationary boilers 

with half-arch fronts. 29 

Meat and hull separating screen. 307 

Men, boys and young.489 to 491 

Metal pushes, bronze stamped. 446 

Metals, perforated . 354 

Meters . 405 

Meters, electric . 407 

Metropolitan automatic injector . 246 

Mill castings . 465 

Mill conveyances, horse-power to drive oil 487 
Mill elevators, horse-power to drive oil.. 487 

Mill elevators, speed of oil. 488 

Mill machinery, cotton seed oil.... 287 to 296 

Mill notes, oil . 361-362 

Mill organizations, practical cotton.... 478-479 

Mill rules, cotton.485-486 

Mills, attrition. 341-342 

Miscellaneous machinery .457 to 467 

Mixer, fertilizer . 349 

Motors and generators . 380 to 387 

Mould for making hydraulic packing. . . . 327 
Mounted double gate valves, iron-body 

composition . 206-207 

Mule pulley stands . 140 

Multi-tubular oil and grease extractor.... 257 
McLaughlin’s steam tube cleaners. 219 


N 

National drill press, improved 20-inch.... 150 

New and heavy waste press. 464 

New books .492 to 494 

New Century improved steam separator . . 258 
Noiseless back-pressure valve, the Davis.. 254 
Noiseless back-pressure valves, improved.. 251 

Notes, oil mill. 361-362 

No. 1 pressure regulator . 320 

No. 2 pressure regulator. 255 

No. 5 roller gin. 467 

Nipples, wrought. 177-178 

Nuts, cold punched . 277 


o 


O. D. pipe, large. 164 

Oil and grease extractor, multi-tubular... 257 

Oil cup, Pioneer slide top glass . 238 

Oil cup, Royal sight-feed glass . 239 

Oil filters . 259 

Oil mill conveyors, horse-power to drive. 487 
Oil mill elevators, horse-power to drive.. 487 

Oil mill elevators, speed of. 488 

Oil mill machinery, cotton seed.... 287 to 296 

Oil mills notes. 361-362 

Oil presses. 322 to 326 

Oil presses, hydraulic packing for. 325 

Oil pump, glass body. 240 

Oil refining . 362 

Oilers, engineer’s sets . 243 

Oilers, steel . 242 

One-piece rosette, Iv. P. fuseless. 422 

One wire cleats . 433 

Opal shades for incandescent lamps. 436 

Openers, door . 452 

Open-bottom portable boiler. 34 

Operating pumps, directions for setting 

and . 74-75 

Organizations, practical cotton mill.... 478-479 
Orton clutch . 117 


Packer, cotton seed hull. 344 

Packer ratchet drills, genuine. 219 

Packer taper socket ratchet drills. 218 

Packing for oil press, hydraulic. 325 

Packing, Jenkins’ standard ’96 209 

Packing, mould for making hydraulic.... 327 

Parts, fans, separators and. 371 

Patent adjustable jaw vises. 265 

Patent ceiling plates . 185 

Patent cutters . 154-155 

Patent improved positive driving drill 

chucks, Pratt’s . 210 

Patent increase twist drills. 212 

Patent iron wood screws. 276 

Patent IXL independent lathe chuck, 

Westcott’s . 209 

Patent pipe vise . 226 

Patent steel exhaust fans. 370 

Pear push button cord. 450 

Pear-shaped push buttons .449-450 

Perforated metals . 354 

Pickering governors, the. 55 

Pillow blocks, rigid . 125 

Pillow blocks, ring-oiling ball and socket 124 

Pioneer slide top glass oil cup . 238 

Pipe and pipe fittings . 147 

Pipe, cast iron water and gas. 166-167 

Pipe cutters . 227-228 

Pipe cutting and threading machines. . .221-222 

Pipe covering, asbestos . 162 

Pipe fittings and pipe. 147 

Pipe hangers . 182-183 

Pipe, large O. D. •••••■ 164 

Pipe, price list for cutting and threading.. 165 
Pipe, standard steam, gas and water... 164-165 

Pipe stocks and dies... 224 

Pipe taps, reamers and drills. 230 

Pipe tongs .. 229 

Pipe vise, hinged . 226 























































































































INDEX. 


Pipe vise, patent . 226 

Pipe wrenches. 228-229 

Pipes, friction of water in. 472 

Pitch gauge, gear. 144 

Plain engine lubricator . 234 

Plain pulleys .. 128 

Planer, improved 36-inch iron. 152 

Plantation huller and separator. 305 

Plates, corner stones, tablets and adver¬ 
tising . 468 

Plates, die . 225 

Plates, floor . 185 

Plates, hook . 183-184 

Plates, patent ceiling . 185 

Platform scales, portable square. 366 

Plug cut-outs, Edison. 423 

Plug cut-outs, 60-a’mpere . 424 

Pop safety valves. 262-263 

Porcelain enamel, fluted steel shade. 437 

Porcelain insulators . 434 

Portable boiler, open-bottom . 34 

Portable boring machine. 57 to 60 

Portable boiler, water-bottom. 33 

Portable electric tool grinder. 417 

Portable square platform scales. 366 

Positive driving drill chucks, Pratt’s pat¬ 
ent improved . 210 

Post hangers, ring-oiling ball and socket.. 123 

Posts, indicator . 105 

Power of an engine, horse. 477 

Power pump, hydraulic . 338 

Power transmission . 378 

Power transmission, electric. 379 

Power transmitting machinery. Ill to 146 

Practical cotton mill organizations. .. .478-479 
Pratt’s chucks, center arbors and taper 

split sleeves for . 211 

Pratt’s patent improved positive driving 

drill chucks. 210 

Press cloth . 364 

Press connections, pump and. 330 

Press, cotton seed hull baling. 343-344 

Press, hydraulic packing for oil. 325 

Press, lint baling . 345 

Press, new and heavy waste. 464 

Press valves, automatic. 331-332 

Presses . 343 to 345 

Presses and gins, cotton . 370 

Presses, filter . 363-364 

Presses, improved 32, 36 and 42-inch 

standard drill . 151 

Presses, oil'. 322 to 326 

Pressure or vacuum gauge . 260 

Pressure regulating valve, Eureka low.... 248 

Pressure regulating valve, high. 249 

Pressure regulating valve, Special ’98 

vacuum .*. 250 

Pressure regulator, No. 1. 320 

Pressure regulator, No. 2. 255 

Pressure valve, improved noiseless back. . 251 

Pressure valve, the Davis noiseless back.. 254 

Pressure valves, semi-balanced back... 252-253 

Production table, ring spinning. 481 

Properties of saturated steam. 476 

Protection, factory fire. 93 

Protection, fire . 93 to 110 

Price list for cutting and threading pipe. . . 165 

Price list of regular wheels. 160 


Price list solid iron pulleys, standard.. 

. 129 to 137 

Price, weight, H. P. and floor space re¬ 
quired for textile machinery, approxi¬ 


mate . 480 

Pulley stands, mule . 140 

Pulleys, finished flanged . 138 

Pulleys, plain . 128 

Pulleys, sheaves or grooved. 139 

Pulleys, standard price list, solid iron... 


Pump and press connection. 330 

Pump, automatic receiver and feed. 72 

Pump, deep well . 68 to 71 

Pump, duplex . 67 

Pump, glass body oil. 240 


Pump, hydraulic power . 338 

Pump repairs . 66 

Pump, underwriters’ fire . 98-99 

Pump valves . 207 

Pumping machinery . 61 

Pumps, capacities of boiler feed. 474 

Pumps, combined jet condensers and air.. 73 

Pumps, direct connected . 389 

Pumps, directions for setting and operat¬ 
ing . 74-75 

Pumps, duplex boiler feed . 62-63 

Pumps, hydraulic . 328-329 

Pumps, triplex boiler feed .64-65 

Punched nuts, cold . 277 

Punched washers . 278 

Push button cord, pear. 450 

Push buttons, pear-shaped.449-450 

Push buttons, wood. 447-448 

Push, combination foot. 448 

Pushes, bronze stamped metal. 446 

R 

Radiator valves, standard. 88 to 91 

Radiators . 84 to 86 

Railway cut-outs, 500-volt. 425 

Railway track scales, iron frame. 367 

Railways, electric . 378 

Ratchet, auger . 219 

Ratchet, boiler . 219 

Ratchet drills, genuine Packer . 219 

Ratchet drills, Packer taper socket . 218 

Reamers and drills, pipe taps . 230 

Reamers, jobbers . 214 

Reamers, shell . 215 

Receiver and feed pump, automatic. 72 

Receptable, the Chapman. 420 

Recessed bearing, concealed collar. 119 

Re-filing steel rolls . 466 

Refining oil . 362 

Reflectors and tin shades. 436-437 

Regular boiler fixtures . 26 

Regular wheels, price list of. 160 

Regulating valve, Eureka low pressure... 248 

Regulating valve, high pressure. 249 

Regulating valve, Special ’98 vacuum- 

pressure . 250 

Regulator, improved damper . 256 

Regulator, No. 1 pressure. 320 

Regulator, No. 2 pressure. 255 

Regulators, automatic heat. 87 

Repairs, Corliss engine. 47 

Repairs, pump ._. 66 

Reseating machines, the Morse valve. 157 

Return tubular boilers, standard. 24 

Return tubular stationary boiler, horizontal 

. 25-26 

Reel, Tompkins . 460 

Ribbed compression couplings . 113 

Rigid pillow blocks . 125 

Ring-oil bearings, directions for using... 120 
Ring-oiling adjustable ball and socket line 

hangers . 122 

Ring-oiling ball and socket floor stands. . . 127 
Ring-oiling ball and socket head shaft 

hangers . 121 

Ring-oiling ball and socket post hangers. . 123 
Ring-oiling ball and socket, heavy floor 

stands . 126 

Ring-oiling ball and socket pillow blocks.. 124 

Ring spinning production table. 481 

Ring spun warp yarn, table breaking strength 485 

Robinson’s steam tube cleaners. 219 

Rock drills and air compressors. 284 

Roller gin No. 3. 467 

Rolls, crusher .. 308 to 311 

Rolls, re-filing steel. 466 

Rope, self-lubricating transmission. 146 

Rope, wire . 279 

Rosettes, G-E . 421 

Rosettes, K-W . 421 

Rosettes, K. P. fuseless one-piece. 422 

Round and square iron, weight per foot 

of . 286 











































































































































INDEX. 


Royal sight-feed glass oil cup . 239 

Rules, cotton mills.485-486 


s 


Safety valve, pop. 262-263 

Sand and boll screens, Tompkins.... 298-299 

Saturated steam, properties of. 476 

Saw blades, hack... 231 

Saws, hack . 231 

Scales . 466 

Scales, iron frame railway track. 367 

Scales, portable square platform. 366 

Scales, wagon . 365 

Scotch glass tubes, genuine. 232 

Screen, meat and hull separating. 307 

Screws, cap . 274-275 

.Screws, case-hardened iron set. 272-273 

Screws, jack . 266 

Screws, patent iron wood. 276 

Screens, Tompkins sand and boll.... 298-299 

Screws, wood or lag. 271 

Sectional view of horizontal turbine. 78 

Sectional view of vertical turbine. 78 

Seed cleaner, cotton . 297 

Seed delinting machines, cotton.... 346 to 348 

Seed hull baling press, cotton. 343-344 

Seed hull packer, cotton. 344 

Seed linter cotton . 300 

Seed oil mill machinery, cotton.... 287 to 296 

Self-lubricating transmission rope. 146 

Self-oiling bearings . 120 

Semi-balanced back pressure valve.... 252-253 

Semi-porcelain and*clay tubes. 434 

Separating screen, meat and hull. 307 

Separator, Cochrane horizontal . 258 

Separator, New Century improved steam. 258 

Separator, plantation Iiuller and. 305 

Separator, Tompkins huller and. 303 

Separators and parts, fans. 371 

Set screws, case-hardened, iron. 272-273 

Sets, oilers, engineers’. 243 

Setting and operating pumps, directions 

for . 74-75 

Setting for stationary full-arch front boil¬ 
er . 30-31 

Settings for stationary half-arch front boil¬ 
ers . 27-28 

Shade, fluted steel, porcelain enamel. 437 

Shades, opal, for incandescent lamps.... 436 

Shades, tin and reflectors. 436-437 

Shaft hangers, ring-oiling ball and socket 

head . 121 

Shafting at different speeds, transmitting 

efficiency of . 488 

Shafting, price list . 112 

Shank drills, increase twist or constant 

angle straight . 213 

Sheaves or grooved pulleys. 139 

Shell, reamers . 215 

Sight-feed glass oil cup, Royal . 239 

Sight-feed lubricator, Detroit automatic. . 235 

Sight-feed lubricator, the Detroit. 236 

Simple Corliss engines, table of standard 

sizes . 49 

Single bell chime whistles. 264 

Slate cut-outs, duplex feeder. 427 

Sleeves for Pratt’s chucks, center arbors 

and taper split. 211 

Sleeves, steel socket and. 217 

Slide top glass oil cup, Pioneer . 238 

Slide valve engines. 42-43 

Socket floor stands, ring-oiling ball and... 127 
Socket head shaft hangers, ring-oiling ball 

and .:•*•*.•.. 121 

Socket heavy floor stands, ring-oiling ball 

and . 126 

Socket line hangers, ring-oiling adjustable 

ball and . 122 

Socket pillow blocks, ring-oiling ball and.. 124 
Socket post hangers, ring-oiling ball and.. 123 

Socket ratchet drills, Packer taper . 218 

Sockets and sleeves, steel. 217 

Sockets, Edison wall. 419 


Sockets, standard.418-419 

Sockets, weatherproof . 420 

Soldering appliances . 428-429 

Solid die stocks, geared. 223 


Solid iron pulleys, standard price list.. 

..... 129 to 137 

Space required for textile machinery, 


approximate price, weight, H. P. and 

floor . 480 

Speaking tube supplies. 455 

Special canvas-stitched belting. 360 

Special fire or indicator valves. 106 

Special iron cocks . 193-194 

Special ’98 vacuum-pressure regulating 

valve . 250 

Specialties, steam . :. 147 

Speed indicators . 56 

Speed of oil mill elevators. 488 

Speeds, transmitting efficiency of shafting 

at different . 488 

Spinning frame, Tompkins . 458 

Spinning production table, ring. 481 

Split sleeves for Pratt’s chucks, center ar¬ 
bors and taper . 211 

Spooler, Tompkins . 459 

Springs, door and window.450-451 

Sprinklers . 93 

Sprinklers, automatic . 103 

Sprocket chain elevators. 357 

Spun warp yarn, table breaking strength 

ring . 485 

Square iron, weight per foot of round and 286 

Square platform scales, portable. 366 

Stamped metal pushes, bronze. 446 

Standard brass cocks. 186-187 

Standard brass valves. 186 to 189 

Standard compound Corliss engines, indi¬ 
cated horse power of. 52-53 

Standard Corliss engines. 48-53 

Standard engine lathe, improved 20-inch.. 149 

Standard fuses . 430 

Standard iron-body valves. 194-202 

Standard iron cocks. 192-193 

Standard lap-welded boiler tubes. 163 

Standard price list solid iron pulleys. . 


Standard radiator valves.88 to 91 

Standard return tubular boilers. 24 

Standard sections steel beams. 142 

Standard sizes of simple Corliss engines, 

table of. 49 

Standard sockets . 418-419 

Standard steam, gas and water pipe. . . . 164-165 
Standard wedge gate valves, composition. . 204 

Standard ’96 packing, Jenkins. 209 

Stands, mule pulley. 140 

Stands, ring-oiling ball and socket floor. . 127 
Stands, ring-oiling ball and socket heavy 

floor . 126 

Stationary boiler, horizontal return tubular 

. 25-26 

Stationary boilers with full-arch fronts, 

measurements for setting. 32 

Stationary boilers with half-arch fronts, 

measurements for setting. 29 

Stationary full-arch front boilers, setting 

for . 30-31 

Stationary half-arch front boilers, setting 

for . 27-28 

Steam and heat. 476 

Steam and hot water heating.79 to 92 

Steam boilers . 82 

Steam engines, economy of. 477 

Steam, gas and water pipe, standard.. 164-165 

Steam gauge syphons . 263 

Steam, properties of saturated. 476 

Steam separator New Century improved.. 258 

Steam specialties . 147 

Steam trap, Tompkins expansion. 259 

Steam tube cleaners, McLaughlin’s. 219 

Steam tube cleaners, Robinson’s. 219 

Steel beams, standard sections. 142 

Steel exhaust fans, patent . 370 




























































































































INDEX. 


Steel fluted porcelain enamel shade. 437 

Steel loose collars . 118 

Steel oilers . 242 

Steel rolls, re-filing . 466 

Steel sockets and sleeves. 217 

Stitched belting, special canvas. 360 

Stocks and dies, pipe. 224 

Stocks, geared solid die. 223 

Stones, tablets and advertising plates, 

corner . 468 

Straight shank drills, increase twist or con¬ 
stant angle . 213 

Strength ring spun w^arp yarn, table 

breaking . 485 

Switch, hollow wood base. 452 

Switchboards . 403-404 

Switches . 408 

Supplies, electrical equipment and. 375 

Supplies, speaking tube . 455 

Syphons, steam gauge. 263 


T 

Table breaking strength ring spun warp 


yarn . 485 

Table clamp . 448 

Table of areas of circles. 473 

Table of horse power of automatic en¬ 
gines . 45 

Table of standard sizes of simple Corliss 

engines . 49 

Table, ring spinning production. 481 

Tables relating to water. 471 

Tables, twist .483-484 

Tablets and advertising plates, corner 

stones . 468 

Tank towers . 108 

Tanks . 108 to 110 

Tape and compound, commutator. 428 

Taper socket ratchet drills, Packer.218 

Taps, reamers and drills pipe . 230 

Taps, machinists’ hand . 216 

Textile machinery, approximate price, 
weight, H. P. and floor space required 

for . 480 

Tees, branch . 175-176 

The Chapman receptacle. 420 

The Davis noiseless back-pressure valve. . 254 

The H-D ejector . 247 

The Morse valve reseating machines . 157 

The Pickering governors . 55 

Threading machines, pipe cutting and. . 


Threading pipe, price list for cutting and. . 165 

Three and two wire cleats. 433 

Tighteners, belt . 141 

Time detector, watchman’s. 440 

Tin shades and reflectors. 436-437 

Tool grinder, portable electric. 417 

Tools, machine . 147 

Tompkins band machine . 461 

Tompkins drawdng-in frame . 462 

Tompkins emery grinding machines. 158 

Tompkins expansion steam trap. 259 

Tompkins huller . 302 

Tompkins huller and separator . 303 

Tompkins improved size kettle . 463 

Tompkins reel . 460 

Tompkins sand and boll screws . 298-299 

Tompkins spinning frame . 458 

Tompkins spooler . 459 

Tongs, pipe . 229 

Top glass oil cup, Pioneer slide . 238 

Towner, tanks . 108 

Track scales, iron frame railway. 367 

Transmission, electric power . 379 

Transmitting efficiency of shafting at dif¬ 
ferent speeds . 488 

Transmitting machinery, power.... Ill to 146 

Transmission, power . 378 

Transmission rope, self-lubricating. 146 

Trap, Tompkins expansion steam . 259 


Triplex boiler feed pumps. 64-65 

Triplex chain blocks. 280 

Tube boilers, water . 35 

Tube cleaners, Christoffel coil. 220 

Tube cleaners, Christoffel elliptical. 220 

Tube cleaners, elastic . 220 

Tube cleaners, Ingalls . 220 

Tube cleaners, McLaughlin’s steam. 219 

Tube cleaners, Robinson’s steam. 219 

Tube expanders . 220 

Tube injector, universal double . 244-245 

Tube supplies, speaking . 455 

Tubes, clay and semi-porcelain. 434 

Tubes, genuine Scotch glass. 232 

Tubes, standard lap-wielded boiler. 163 

Tubular boilers, standard return. 24 

Tubular boiler, vertical. 40-41 

Tubular oil and grease extractor, multi... 257 
Tubular stationary boiler, horizontal re¬ 
turn . 25-26 

Turbine, sectional view of horizontal.... 78 

Turbine, sectional view' of vertical. 78 

Turbines . 77 

Twist drills, patent increase. 212 

Twist or constant angle straight shank 

drills, increase . 213 

Twdst tables .483-484 

Tw'O and three wore cleats. 433 


u 


Underwriters’ fire pump. 98-99 

Units, direct connected. 390-391 

Units, electric . 377 

LTniversal couplings . 116 

Universal double tube injector. 244-245 

Urn-shaped glasses, cylindrical and. 241 

Useful information .469-470 


V 

Vacuum gauge, pressure or. 260 

Vacuum-pressure regulating valve, Special 

’98 250 

Valve engine, slide . 42-43 

Valve, Lureka low pressure regulating.... 248 

Valve, high pressure regulating. 249 

Valve improved noiseless back pressure. . . . 251 

Valve, pop safety . 263 

Valve reseating machines, The Morse . . 157 
Valve, semi-balanced back-pressure.... 252-253 
Valve, Special ’98 vacuum-pressure reg¬ 
ulating . 250 

Valve, the Davis noiseless back-pressure.. 254 

Valves . 147 

Valves, automatic air . 92 

Valves, automatic change. 333 to 335 

Valves, automatic press. 331-332 

Valves, composition standard wedge gate.. 204 
Valves, hose ends, composition w r edge gate 205 

Valves, iron-body check. 202-203 

Valves, iron-body composition mounted 

double gate . 206-207 

Valves, Jenkins Bros.’. 189 to 191 

Valves, Jenkins Bros.’ check. 190-191 

Valves, Jenkins Bros.’ iron-body. 190 

Valves, pump . 207 

Valves, special fire or indicator. 106 

Valves, standard brass. 186 to 189 

Valves, standard iron-body . 194 to 202 

Valves, standard radiator. 88 to 91 

Various measures and weights, equiva¬ 
lents of . 475 

Vats and cisterns. 110 

Vertical engine. 40-41 

Vertical tubular boilers. 40-41 

Vertical turbine, sectional view of. 78 

Vise, hinged pipe. 226 

Vise, patent pipe . 226 

Vises, patent adjustable jaw. 265 

Vises, machinists’ Bull-Dog . 265 

Volt railway cut-outs, 500 . 425 





































































































































INDEX. 


W 


Wagon scales . 365 

Wall sockets, Edison. 419 

Warp yarn, table breaking strength ring. . 485 

Washers, punched . 278 

Waste press, new and heavy. 464 

Watchman’s time detector. 440 

Water and gas pipe, cast iron. 166-167 

Water boilers, hot. 83 

Water-bottom portable boiler. 33 

Water gauge . 233 

Water gauge columns. 231 

Water heaters, feed . 38 

Water heating, steam and hot. 79 to 92 

Water in pipes, friction of. 472 

Water pipe, standard steam, gas and.. 


Water, tables relating to. 471 

Water tube boilers . 35 

Water wheels . 76 

Weatherproof sockets . 420 

Wedge gate valves, hose ends, composi¬ 
tion . 205 

Weights, equivalents of various measures 

and . 475 

Weight, H. P. and floor space required 
for textile machinery, approximate 

price . 480 

Weight per foot of round and square iron 286 

Well engines, artesian. 68-69 


Well pump, deep. 68 to 71 

Westcott’s patent IXL, independent lathe 

chuck . 209 

Wheels, emery . 159 

Wheels, price list of regular. 160 

Wheels, water. 76 

Whistles . 455 

Whistles, single bell chime. 264 

Window springs, door and.450-451 

Wire . 431 

Wire cleats, one.✓. 433 

Wire cleats, two and three. 433 

Wire rope . 279 

Wiring knobs . 433 

Wood base switch, hollow. 452 

Wood or lag screws. 271 

Wood push buttons. 447-448 

Wood screws, patent iron. 276 

Wrenches Baxters “S”. 230 

Wrenches, Coes . 230 

Wrenches, engineers’ . 230 

Wrenches, pipe. 228-229 

Wrought iron couplings. 182 

Wrought nipples . 177-178 

Y 

Yards of cotton cloth per loom. 482 

Yarn, table breaking strength ring spun 

warp . 485 

Young men and boys.489 to 491 



























































































































. 










* 




J 














' 






. 




















































' 




















•- 




























' * 

- 



























■ 

. 
















■ 








. 

. 





















0F cong RESS 


0 033 266 545 5