Norton No. 200 Tilting Wheel Head Cutter and Tool Grinder Grinder

I

NO.

TILTINC

WHEEL

L .

HEAD

I

Tiffi«g

wW

iffq>iuwe

keacl

~

-

PL

us

iw~

boJt

wkeee

Hie

3pee&

glt4ul

. . . . .

•

•••

EASES

s

TOUGH

0

JOBS

The

tilt ing wheel head
the use
head settings. You read
a scale on

• In grinding on centers, whe n that part
at
on the wo
wheel head becomes the cl
work.

e

No
line

or

of

a time-consuming

the

wheel head.

the point where

rk

center

trial-and-error. You keep the

of

the

in the

cutter

work hea

e Superior tool performance.

possible grinding

produce a circular
have the advantage
from

~

,_

wear.

redu

the

cup

height, the angle s

for practically a

d.

many

patte

rn

of

involving

ces setup time.

formula

clearance

earance

The

tools with

on

angles directly

wheel

contacts

angle in

tooth

ll

tilting wheel

the

tool,

no

grindin g

•••

lt

el imin ates

to figure wheel

from

of

the tooth rest

the

work

et

on

the tilting

the

grou

rest

on

the

center

on

centers

head

makes

cup

wheels.

and

surface speed loss

These

in addition,

•

is

nd

,

2

"~ e

On

reamers, the circular pattern prevents screw action

' when

e

the reamer
circular lines
better

finish

Better

grinds
accurate
same

The
ing, setting wheel, tooth rest and work
produces a constant
for
nor back-and-fill

Relief angles

tilting wheel head permits

single

minates need

Quick
simplfies

clearance angles,

time.

tilting whee l head

the

full length

set

up. Moreover, it frequently minimizes

grinding

set

ups

is

turn

ed

on

the

on

cutting

the

work

.

are

obtained

of

approach

on

form

for

special wheel dressing.

o(

counterbores.

to

obt

on

and

makes

clearance

the

reamer.

is

tools

many

ain necessary angles.

in

the

tool in

many

taper

reamers

accurate

possible in rea

angle

No tab

necessary.

are

ground

jobs to

The

work. In

on

and

tilting wheel

add

cases

in

terms

tapers

mer

centers. This
accurate
le

"jockeyi

rapidly.

be

ground

ition,

produce

of

at

the

grind

taper

ng"

The
in a

or

eli-

head

-

for some typical examples, tur.n page

I

SPIRAL TAPER
REAMER

I

To

grind

the clearance angle, tilt the wheel

down

to

the desired clearance angle clearly marked
on a scale
to the wheel
of

the grindin g wheel.
height. Swivel wheel head horizontally abo
to

bring the side

the

finger, into

and

column

contact

clamp

it. Attach

, with

the

Raise

of

the wheel which

with the work

the

finger

finger below the

finger to work

rotates towar

.

and

ut

1 degree,

Wheel
spiral
method, the
is
No
time-consuming
error" tactics
portant

head

rest

center
center

d

8° angle set

Head

taper

on

while

reamer.

clearance

constant

more

for

full

compromise

"

trial and

for

job.

The

desired

table, using the

grind the

The

resulting time loss,

se

tting
clearance angle. Als
other
work

reamer.

Norton

gage

and

methods, the

diameter.

Tilting

grinding

By

this

ang

le

length.

or

this

im-

taper

taper

No.

dog

is

produced

scale

200 eliminates calculating

and use

when

set

o,

as

may

clearance

by swive

on

the

machine. Th

of

a cl

ting

up
happen with
will

not

earance
for

the
vary

ling

the

en

with

angle
proper
use

of

with

•

I

The

planer
ters on the extreme l
it

can

be ground completely without removal from

the

machine
edges, the swivel tabl e is set at
wheel h

ance
to the wheel
wheel

center

ead

ang

center.
height.

milling

..

For

is then tilted down

le a

nd clamped.

column

The fin

cutter

eft

grin~ing the peripheral cutting

with the finger below the c

ger

is located between cen-

of

the

The

is then

swivel table, so

zero

degrees.

to

the desi

tooth rest is

brought

red cle

to

attac

PLANER
MILLING

5" x 1 O"

5°

Wheel
end
ing
with

Relocation of

necessary

-

mere

to 0°.

that

The

ar-

hed

up

work

CUTTER

an

gle

set

Head

while

of

large

5 x 10'' mill-

cutter

between

swivel table

for

the

ly

reset

The

wheel head
degree
the finger will

sw1~eled
cutting
to
the
angle. _The

operation.

so

~ft

er grinding

edges.

the

tabl

wheel h

to

on

grinding

set

cutter

0.

D.

swivel

that

contact

90

Note

e.

The

ead

cutter

Tilting

centers
at

the

degr

90°.

un-

grind

table

is swiveled

side

of

the

the

work.

the

0.

D.

ees
that

bottom

tilted to give

is

sup

of

as

pictured,

the

tooth

of

ported

horizontally

wheel

the

cutter,

rest

the

blade

the

on

centers

rotating

to g

rind

is

now

is

desired

about

tow

the

tabl

e is

the

end

clamped

leveled

and

clearance

during the

1

ard

3

Tbe flat form tool
angle of
No.
very

grinding procedure
fastened to
de

call
horizontal position.

88

°

and

200

. Wheel

sharp

corner

1.

Clamp the tool

the

swivel

2.

Swivel the vise

sired relief angle

y to produce

3.

Swivel the tool

the

truing

4. Mount a flaring

pictured

is

ground

is

has

to

are

as follows:

horizontally

table
horizontally

on

cutting

same

up 20°

cup

above

in

a single

minimized

be

maintained.

in a

.

face

A,

relief

on

to

bring

wheel.

has

setup

even

universal

to

produce

and

cutting

face B to

an

though

Setup

then

face

FORM TOOL

Wheel Head while grinding

included

in

the

and

vise

the

verti-

B.

2°

angle set on Tilting

form tool. Tool is ground

in

single setup and wheel

truing

is

minimized. Note
the sharp corner which has
been maintained on the
tool.

5.

Tilt

the

wheel

horizontal

a

cutting

6.

O.D.

to

grind

7.

dressing

wheel

88°

a

8.

face

the

apex

plane

to

face A.

Rough

of

Touch

angle.

Take

A,

surface

the

wheel

until

face A has

up

O.D

stick to re-establish a

for

producing a sharp

light

finishing

and

then

of

the

angle

head

up

2° a

bring

the

wheel

grind

cutting face B with

to

apex

of

been

cleaned.

.

and

face

corner

cut

s, sta

surface grind

.

refieP

nd

swivel

face

angle, and

of

cup

wheel

sharp

corner

at

rting

face

B,

a.n'Jf~

parallel

continue

apex
with

starting

it

in

to

the

with

on

the

of

the

cutting

at

--

,

I

--

o·

a

a

Pictured

~upport
The No.

the cleara n

the

cutting faces

The

is maintained is illustrated

are

<lis

cross-feed screw

·,vor

k axis;
hand wheel
lilting wheel
the axis
ske

tched directly
tween
jected

abov

cd

horizontally

200

tilting

ce

angle. The
ease with
ta.'1ces

consequently

equals

of

steps
on

the

between

head, it
the

ol'

e is a two-lip,

in a

wheel

of

the

which

the

horizontal

cutter.

close

steps

of

the

0.00

I"

would

cutter

above. A and B are

counterbore,

three

combination

head

tooth

rest

tolerances

by

the

of

the

machine

0.00

I"

on

the

be

5°

to

by

trigonometry

step

counterbore

attachment.

is tilted

sketches. A and

counterbore.

is

on

work.

necessary

obtain

and

is

used

between

parallel

the

Without

clearance

distances

must

up

graduated
to

to

STEP
COUNTERBORE

5°

angle set
Wheel Head while grinding
step counterbore using

combination
Close tolerances between
steps easily maintained by
graduated cross feed hand-

whee1.

the

amount

between

5°

to

steps

to

tilt

be

obtain

for

level

B

The

the
the

up

as

be-

pro-

Example:
Assume

A' = A
A' =

0.375" x 0.9962" or

A' = 0.

necessary

Inasmuch

hypothenuse

parallel to th~ horizo~tal leg
:-"heel feed
m

each

on

Tilting

attachment.

of

cross

steps

.

distance

cos

5°

3736".

to

obtain

as

the

of

dia!

readmg

case

without

feed

A -

0.375". Then

This

is

0.375"

distances

the

triangle with

would

the

'Tl\.T

I.O WHC

C

FA

C E

l

in

fractions

the

amount

on

the

workpiece.

between

of

the

triangle,

have

tilting wheel

r-

.

~ ~

5·-J

L-

Ir

:-,_A-.J.-B-.t

of

thousandths

cos

5° = -p::-

of

cross

steps

are

the

wheel

the

to

be

computed

head.

A-t-B-1

: l

I I

A'

feed

on

the

axis

proper

~

4

Fine culling
tools
meon
life. A wheel
chine, the No.

eas
stability

ground

better

of

rigid

from work

edges

produced

in

the

No.

performance

slide

type

200

grinds

support:

overhang.

on

200
and
ma-

in

without

Reduced
features
two-speed
thin

spindle

wheel

costs result from

lowering

spindle

housing.

discard
drive,

and

size;

Easy

wheel

head

tilling.

ning

this

bolt

a

for tilting.

frees

wheel

loose-

head

Sealed,
wheel

assure maximum service, elim-

inate

lubricated

head

(and

maintenance.

bearings

work

head)

in

l

Quick

set
result from provision in
for

use

also

promotes

table

to a precise,

ting

.

Smooth cross
wheels
rear,

mounted

also

•

ups

for

of

gage

simplify

taper

blacks. This

fast

straight

feed

on

front

operation.

grinding

return

by

table

set•

hand

and

of

t L

Wheel

head
drive motor is quickly
lo

relocate drive

speed

inaccessible

Two-

speed
running diamond
proper
benefits

loading

spindle

lever pushes downward .

Grinds

ment

ant

feature

der

table

accurate "tracking."

mounted

change; no

areas.

wheel

speeds,
in

the

is

easy.

has

½"

involvi

ng

benefit

from t

of a guide-rail

center,

belt

drive

with

grind

stroke;

which

reaching

wheel;

.

table

he

spindle

loosened

for

wheel

into

permits

resulting

Foatstock

control

move-

import-

assures

at

un-

Convenient
(duplicates
ating

I

electrical controls

in

rear),

ease.

add

to

oper

line-contact

-

Fluid

hand

table

drive

from

table
elements;
200

feature

travel

low-effort is a No.

.

on

antifriction

results

roller
ity;

ment; assures

rugged

elements

reduces

service

of

table

auures

need

alignment

use.

antifriction

servicibil-

for

replace-

under

5

You
with
to

saving
tilting
special
ing
on

fixed

do
the

as

more

No.

lime

wheel

angle

needed

wheel

actual

200.
in

head
wheel

for

head

grinding

In

addition

set

ups,

eliminates

face

mony

machines.

the

tru-

jobs

"Open"

rear
fall-through
at

bottom, where

removed

.

of

base

grit

design

to

safe

it is

allows

areas

easily

I

Extended
through

eases

approach

ing

maximum

machine

Wheel
clamping

venient

All

dials

to

permit

ever

desired

Wheel
centered

wheel

eccentric

to jobs
positioning

components.

head

vertical

is

done

knob

.

ore

fully

setti

ng

.

slide

ways

in a manifold.

head

capacity

mounting

with

adjustable

to

zero

lubrication

requir•

of

wher

<1;.;,,,;00

way

mal

on

these

•

is

lever

of

means
desired.

••

areas

eliminates

problem

mechanisms on

base

surfaces

of

of grit

provide

lacking

ho,;'°"'"'

the

retention

.

each

convenient

table,

,,,

nor•

end

when

I

Ea,y

wheel
position
d i

al

that i>

position.

Protect
hau,ed in

1hc machine. op e
mi nimum

feeding

i>

helped

an

the

rear

readable from a forward

ed e le

cav

ity

of

maintenanc

ctrical

from

by a large

hand

at the re

rat

e with a

e.

rear

whe

el,

control,

ar

of

Wri>t•level
on each
wheel head elevati

>OIiing up.

hond wheel>, one

, i

dc

of the

bas

on

- ,peed

e, eo,e

Electrical
facil itate operati

con

tro ls o n re

on

ar

bas

from side.

Comfortable
chine
by

foot

e

from

rest

operation

either

areas

side

in

of ma-

is

helped

base

.

kl

I

6

I

EQUI

L

IN

I

E

AND

RECEIVED

U E

SAL

1TH

s

•

I

✓~

7

#)

'))

I.

Univer
No.
Spindle. Also,

9 a

2. Wheel

3.

Wheel

4. Spindle height gage

5. Right ha

6.

Driving_ dogs

7.

Diamond
Grinding

8. 1-

9.

1-

sal

Work

50

Milling

nd

7 B&S tapers,

Guard

Guard

nd

footstock

tool

Wheels:

5"

x 1

½"

6"x

1/a"x

Head

reducing

for

straight

for

Cup

for

work

holder

x

l¼"

l ¼

"typeNo.1

\

o @

(~

( ~

.

/9

'

with

Machine

sleeves

and a center.

wheels

wheels

head

(without

type

No.

~

~

No.

12 B&S

Tapered

to

take

diamond)

6

"ii!-

~

and

Holes in

Nos.

10

'J

,,

10,

r-,

,,

10.

1

-6"

11.

1-8"

No.

12

.

1-(4-3)

13.

1-

14. Left

15

.

Plain

16

. Offset

17.

Universal tooth

18. Tooth
I

9.

Wheel

20.

Miscellaneous

/

,,.

13

x ½

x 1 /

1

6"

x

hand

tooth

tooth

rest

collets

11

x

1¼"

type No. 1

16"

x 1

¼"

x l

½"

x I

¾"

x l

¼"

footstock

rest, including

rest, including

rest

support

wrenches

resinoid

¼"

type

type

straight

No.

No.

12

one

blade

one blade

type

11

7

EXTRA

EQUIPME

ROVIDED

T

WITH

UNIVERSAL

CYLINDRICAL
ARRANGEMENT

This provides power work drive for dead center,
chucking,
motor with reversing switch,
5"

I¼" straight wheel, two driving dogs and a face

plate grooved for drive, are provided. With this
arrangement, a work speed of 450 rpm

The
easy attachment
doing chucked jobs , chuck and adaptor are kept
attached.
is

merely inserted with chuck mounted, into the
work head. Live center grinding
ment received with the standard work head, and the
motorizing equipment mentioned above.

or

universal 3 jaw chuck, chuck adaptor, 6 x % x

motor and related parts are assembled for

The

GRINDING

live center jobs. A ¼ h.p. 1800 rpm AC

to

adaptor, having a #

MACHINES

vee

belt, belt guard,

the work head.

is

done with equip-

is

obtained.

For

12B&S

quickly

taper,

.,.

) .

INTERNAL GRI

ARRANGEMENT

Internal grinding jobs of the type performed
cutter and tool grinding machines,
vantage with this arrangement. A No. 2 internal
grinding spindle, plain bearing type, with bracket,
drive pulley, belt and 2 grinding wheels are
vided. (Requires use

attachment).

NDING

of

on

are

done to ad-

pro-

the cylindrical grinding

ij

. . -l

,;

.

__

__

,...

·-

..

-·

----·-

·-- __ ;__

:....,;

.. ~ ~-~ --

-~:

SURFACE

GRINDING

.ARRANGEMENT

_Th_is

arrangement equips you to
gnndmg
for this type of machine. A universal vise extension

collet for

Type No. 1 gnndmg wheel

as

chip breaker jobs and others suitable

1'¼"

_ h~le wheels and

is

do

1-6"

furnished.

such surface

x

½"

x 1¾" I

l

._

8

I

RADBAL

You
efficiently with this device by setting
short of,
device permits

TRUING

true

concave

or

beyond,

truing

DEVICE

or

convex

the

"zero

radius

the

wheel face straight.

radii

up

to

½" very

the

diamond

" point. A locking

tool

SMALL UNIVERSAL

Rapid
small cutters
standard
obtained with this small type.

#9
#9

changeover from footstock setups

and

shell mills

universal work head , is

B&S

taper

hole,

to # 7

B&S

taper.

and

WORK

you

HEAD

that

do

not

require the

one

of

the advantages

It

has a spindle with a

get

an

adaptor

to

grind

sleeve for

FAC

With
q1Jickly mounted
tor. chuck,
bushings
Sl

ipped over the

by the screw,

' plate.

I

E CHUCK

the

face

chuck

for !D's

the

chuck,

for

sleeve,

of

proper

work is held tightly against

thin cutters

sharpening. A

expanding

¼",

1"

and 1

bushing which is

and

7"

face plate,

screw,

¼"

are

saws

adap-

and

3 split

provided.

expanded

the

are

face

INDEXING

You

index fast and accurately with these centers,

for

all divisions from 2 to 14,

from 18 to 28.

22, 24, . 26

wheel disengages if

Adaptors

CENTERS

The

index plate

and

28 holes respectively.

supplied give

more

12"

and

bas

rapid

indexing is desired.

diameter

all even

6 rows

swing.

numbers

of

The

18, 20,

worm

9

r=

at

COMBINATION

Included with this attachment are a flat cutter
holder
ment
Circular cutters are mounted
which
attachment.

to touch the
rot

ation for the grind. A floating center on
justable rod prevents endwise movement of the
arbor.

Spade

slot

of

clamping screws.

holder fits into the trough of the attachment. As two

of

the clamping screws will often hold a cutter,
suitable stops may
screw, for end-for-end turning of the work to do the
second cutting edge.
a swiveling base.

extra

and

an

adjustable cutter arbor. This equip-

permits grinding both circular

is

laid

in

the vee-trough of the combination

The

blade of the attachment

arbor

just firmly enough to permit arbor

drills

or

the flat cutter holder, and are held by three

other flat tools are slipped into the

The

be

cost

ATTACHMENT

and

flat cutters.

on

the adjustable arbor

is

lowered

an

vee-shaped shank

developed, held by the third

The

cutter holder

can

of

be held in

ad-

the

I

G!EAR

CUT'i'!ER

GRINDING

A.'if'ii'ACHMEN1'

Gear

Cutters

diam

ete

r are ground with this attachment.

as follows:

a.

Put

the cutter.

b. Raise locating arm and bring a tooth face

against locator to set face parallel with axis
of

attachment.

c. Position tooth rest against back

ti

ghten .

d. Move work to wheel, touch tooth face with

wheel, then back work away.

e. Adjust feed screws, pivoting tooth face to de-

sired position.

f.

With finger against tooth, bring work into
wheel, moving work back and forth until prop­erly sharpened.

g. Repeat for remaining teeth.

or

similar form tools

proper bushing on the spindle and mount

Then

swing locator down.

up

to

It

of

tooth and

8½"

is

in

used

The
tilting wheel feature of the machine, gives
capacity for additional forming of gear teeth.

plied with the Surface Grinding Attachment., is
necessary. If this collet is not available, it
be quoted upon request.

attachment also swivels.

For

this attachment the extension collet sup-

Thi

s, plus the

will

10

-

--------=

------------------------------------

----

I

AUXILIARY

CIRCULAR FORM TOOL

G, INDING

This

simplifies manufacture

b.y

making.

sions required.

the

nature

~ec~use
c~lmdncal
aid the
meter, trough
the

precise table movement for holding dimensions

such

as

~uing

device

mg.

As

this
Cy!indrical Grinding Attachment, Page 8, is'
qmred

.

EQUIPMENT

it

readily possible to

The

of

the job.

th.is

work

gnnd

operator

"A",

, a magnifying glass

in watching the grind. A micro-

and

indicator

"B"

and

is

also included for radial form grind-

work

is

ground

of

circu
"hold"

accompanying sketch shows

is

essentially a manual, form,

are

included

"C"

in

the

on a arbor

EQUIPMENT

lar

form tools

the dimen-

is

included to

tC'

establish

sketch. A radial

on

centers

the

re-

at

extra

cost

I

MISf

COOtA.NT

Cutter
tain wet carbide tool grinding, particularly with
diamond wheels.
ing action
mist
A view
tubing through which the mist
in the

the Pl
fier, then through
tor,
to the mixing valve
ing.

mixing valve.

the tip
air

obtained.

work
of

TYP

E

ARRANGEMENT

This efficient arrangement makes the No.

and

Tool

Grinder especially suitable for cer-

It

supplements

of

the machine by providing a cool

or

spray between grinding wheel

of

the arrangement is shown opposite.

other illustration.

Air

pressure for operation

ant

air system.

and

then to both the top

The

coolant flows from the

of

the

delivery nozzles. Individual metering

and

liquid enables a fine

The

from over-heating

the

wheel.

The

an

adjustable air pressure regula-

on

top

It

is atomized

resulting mist

and also

the

excellent grind-

and

the

is

delivered is shown

of

the

unit

coolant

upward

air

spray

extends

comes from

tank

pressure

protects the

the

air passes through a puri-

of

the

of

the wheel spindle hous-

tank

by

the

or

coarse spray to

or

200

ant

work.

The

and

to

the

.life

at
of
be

TURN

THE

PAGE

for

MORE EQUIPMENT

11

AUXILIA

V

EQUIP

ENT

DRAW-IN

with
motor driven.
head
device is interchangeable with

reducing sleeve furni

head .

Hardi
capacity range ½c" to I"

½

a knobbed handwheel
workhead .

COLLET

This

hand

operated

the

universal workhead,

No

is

required for mounting

It

has been designed for use with No. 5

nge collets which

c"

and is quickly

ARRANGEMENT

arrangement

either

alteration

shed

with

are available in a

in

increments

and

e~sily ope

at

the

back

to

the

is

plain

the

since

standard

the

rated

end

used

or

work-

the

work-

of

by

of

the

I

12

LARGE
GRINDING

Large Face Mi

arbo

c

utt

FACE

r, was her and draw bar.

ers

up

to I 8" in diameter.

MILL

ATTACHMENT

ll

grinding attachme

It will

nt

includes stub

accommod ate

HOB
GRINDING
ATT~CHMEN'f

This attachment permits right

hand

hob

s up

to

8"

in

diameter and 12"
long to be ground. Very sh
are readily ground because
compound gearing in the rack driven

ort

or

steep leads

of

the

or left

doub

le

head

.

I

a

extra

cost

I

RADIUS

TRUING

The

Radius

with

adapter

rad

ii

up

slide

and

true

face angles as well.

For

this

necessary.

For

grinding

shanks, this gives you a

sl

eeve

and

work

head

and

can

be

to

l"

radius.

graduated

attachment

MILL

your

collar.

as

shown.

Angle Wheel

used to

swivel

GRINDING

smaJI

You

AND

ANGLE

WHEEL

ATTACHMENT

Truing

true

concave

It

is

provided with a cross

base

making

an extension wheel collet is

Attachment

and

it possible

SMALL

convex

to

END

ATTACHMENT

end

mills having tapered

rod

with

#7

B&S

hole, a

use them with the

standard

I

This

attachment
corners
se
attachment

with

t-up

3"

of

time. Radii

maximum

grinds

milling
tak

cutter
of O to

es cutters from

width

RADIUS GRINDING

ATTACHMENT

exact

radii

on

the

working

teeth with a minimum

l"

m

ay

be

of

4"

face.

to

12"

ground.

in

The

diameter

of

13

INTER

AL

GRINDING

No.

1

SPI

No.

OLES

2

No.

I

3

Plain

Bearing

Antifriction

Bearing

Minimum

Maximum

Maximum

Spindle

Spindle

Minimum

Maximum

Maximum

diameter

depth

hole

recommended

extension

extension

diameter

depth

recommended

hole

hole

ground

wheel

diameter

length

Spindle

Quill

: #

hole

ground

ground

: #

ground

wheel

diam.

315

1157

diam

½"

2

½"

l " l

3/s"

2 % "

L.H

. #

L.H

. #

o/16"

2"

.

l % "

3

3 % "

315

1173

¾"
½"

½"

% "

L.H
L.H. #

13/1

6"

3"

l % "

. #

5"

315

1183

l "

2"

3/s

5

¼"

L.H .

L.H.

1

S/16"

4"

1 % "

"

•

14

Quill

Quill

diameter

length

2"

% "

3"

%"

¾"

4"

I

SPECUFICATIONS

•

WHEEL SLIDE

GENERAL

Nominal

Length
Length

Face
Table

Diameter

between

between

Mill

capacity .....

Surface

Longitudinal

Distance

between
Maximum
Minimum

Height

Floor

Wheel

of

work

Space

Drive

totally

Work

Dri

ve

constant

Wheel
Wheel

Spindle

Vertical

Head

Head

speed

movement

Above
Below

of

Swing

centers

Right

and

....

on

...

dimensions ....

table

movement ........

Wheel

...

.................... .... ..........

centers

above

(approx.) .......

Motor

: 1 h.

enclosed

(optional

speed

, anti-friction

on

A.C.,

tilts ....................

swivels ......

.....

(nominal) .................

of

center

center

Wheel

of

work .......

of

work

.....

Footstock

Left

........

......................

........

and

Work

.. -.............

p.,

3600

Universal

ball

......

............

..................

Head

......................

....................

Hand

.............

and

Work

Footstock

............

.................. ...........

..............

................

...............................

Head

centers ..............................

........

.......

......

...

.........

................

...

...

...............

centers

...

..................

floor

.............

...............

..........

....

..............

...

.............

.......

................................................................

(nominal) r.p.m.,

bearing

Work

bearing

.........

...

motor.

....

.....................

........

....

...........

..........

....

......................

.....

..............

.

Head):

..................... ..

................

........................

....

constant

¼

.......

....................

...

......... .

.......

... _.........................

...

...................

················~···············

... ...

...

.........

... ........

...

..

51/_."

x

.......

.....

....

.......

.

17

11

.... ......................

...........................

62" x 72"

speed

h.p.,

1800

r.p .m.,

15°

each

........

.......

.............

4050

{

6060

.....

.........

...

..........

..... .........

12"

21"
27"

1

2"

36"

½"

½"

...

O"

48"

A.C.,

way

360°

r.p.m.
r.p.m

8

½"

2

½"

.

TABLE

SHIPPING

SPECIFICATIONS

Maximum Vertical

Cross

Movement

Swivel

Max.
Graduations

Table

Approximate

1

,·

Approximate

Because
given. The
included
The

descriptions,
printing. Since
built

al

Spindle

movement

(3

½"

of

or

Wheel

Cross-Feed

Adjustment

graduated

may

Net

Net

of

variations

above

.

the

later

dotes

distance

center

of

to

wheel

additional

Head

Hand-Wheel,

of

Table

at

center

be

swiveled

Weight
Weight

in

weights

illustrations

policy

may

differ

table

slide

through

by

inches

of
of

equipment

ore

in

and

of

Norton

from

top

.....

.............

........

...................

........

either

per

in

degrees

....................

wheel

Elevating

per

foot

..........

head

graduation

on

diameter

...............

................

eccentric

......................

of

......

..................... 60° each

...............................................................

plain

machine

Universal

and

costings,

pounds;

specifications

Company

these

details

1,925

machine

cubics

ore

in this

is

constantly

to

some

exact

lbs.

2,090

weights

in

cubic

booklet

to

extent.

.....

.......

...........

mounting)

work

lbs.

and

feet.

ore

correct

improve

...

........

....... 14

...........

...

............ .

....

...

...........

......................

cubics

Motor

weights

at

the

its

machines,

...

.......

001"

2

..

360°

cannot

time

¼"

8"

½"

way

be

ore

of

those

' NDR.TDN}I

I

MA

Cfl

for

Grinding

and

Lapping

MACHINES FOR

• CYLINDRICAL GRINDING

• UNIVERSAL GRINDING

•

ROLL

GRINDING

• CYLINDRICAL AND

• AUTOMATIC GRINDING

• UNIVERSAL TOOL

• CRANKPIN AND

• ATTACHMENTS

FLAT

AND

CRANKSHAFT

AND

lNES

•

•

• CAM AND

LAPPING •

AND

LAPPING

CUTTER

EQUIPMENT

SURFACE

SPECIALIZED

GRINDING

BEARING GRINDING

FOR

GRINDI

GRINDING

SHAPE GRI

CENTERLESS

SPECIAL

WORK

NG

NDING

GRINDING

Cylindrical

Universal

<1

Grinders

Grinders

J

•,i:~ '

. . _~(

).,

.!:.

s, \ j

-;

. . ,

, .

~ '

Sur/ace

Cutt

Gri

er

and

lopping

nders

Tool Grinders

Machines

MACHINE TOOL

WO

RCESTER

W.

HARTFORD

C

LEVELAND
DETROIT
CHICAGO

6-N

3-1306

8-5805

32-4737

Distributors

O

THER NORTON

P

RODUCTS

SHAPE

RS

AND

GEAR CUTTING MACHJNES
ENCAPSULATING MACHINES
ABRASJVES
GR

INDING
REFRACTORIES
ELECTRO

WHEELS

-CHEMICALS

DIVISION

ew Bond Street

17-10

Crouroads Plaza, Bishop's Corner ADams 3-6462

East

Lincoln Avenue TRinity 5-8991

So. Christiana Avenue LAfayette 3-8700

in

OFFICES

55th Street HEnderson 1-9500

all industrial

Telephone Numbers

SWift

areas.

for complete line

Grinding

and

Lapping Ma-

8-2511

of

chines Write for Catalog

iroduc

Norton

1843