Union Special 51300KK, 51300KL User Manual

®

INDUSTRIAL
SEWING

FINEST

STYLES

51300KK
51300

QUALITY

KL

LEWIS

•

COLUMBIA

MACHINES

CATALOG

N0.266

DOUBLE

THREAD

CLASS 51300

STREAMLINED

LOCKED

STITCH

WITH

UNDERTRIMMER

MACHINES

CHICAGO

( S

Catalog

up

p 1 e m e n t t o C a t a 1 o g

INSTRUCTIONS

No.

FOR

266

No • 249

)

ADJUSTING

LIST

Streamlined

51300

KK

CLASS

Styles

First

AND

OF

Edition

OPERATING

PARTS

51300

Lockstitch

51300

KL

Rights

Union

Copyright

by

Special

Reserved

1970

Machine

in

All

Co.

Countries

MACHINE COMPANY

INDUSTRIAL

SEWING

CHICAGO

MACHINES

Jp.nuary

1970

,-------------

IDENTIFICATION

OF

MACHINES

Each

the

name

Standard

"Z".
only
Style

which

junction

not

clarity.

and

Example:

minor

number.

Styles

differs

This

used

KL

Union

plate

Style

changes

catalog

therewith.

on

certain51300

parts.

on

numbers

"Style

Example:

of

machines

from

Styles

Special

the

51300

machine

machine.

have

51300

are

made

"Style

similar

the

style

is a supplement

Only

those

CC,CD

CC,CD

Style

one

KK".

in a standard

51300

number,

APPLICATION

parts

areillustratedandlistedat

parts

is

identified

numbers

or

more

SpecialStylenumberscontaintheletter"Z".

KKZ".

in

construction

in

that

to

Catalog

which

are

showninphantomto

by a Style

are

letters

machine.

it

contains

OF

CATALOG

No.

are

used

number

classified

suffixed,

a "z"

are

grouped

no

249

on

as

but

is

letters.

and

Styles

the

help

which
standard

never

suffixed

under a class

should

51300

back

locatethe

is

stamped

and

contain

to

the

Example:

be

used

KK

of

this

special.

the

Standard

number

"51300".

in

and

KL

book.

51300

into

letter

When

con-

but

For

KK

NOTE:

column.

description,

those
included
are

herein.

in

given

of

When

Opposite

Adjusting

in

Catalog

in

additional

The

catalog

It

this

class.

from

handwheel

ordering

the

and

and

No. 249

this

catalog

instructions

can

also

Reference

the

operator's

is

toward

repair

illustration

amount

operating

applies

be

required.

are

specifically

applied

the

parts

page.

instructions

for

Styles

the

ones

that

pertain

with

to

direction.

position

operator.

always

parts

51300
that

specifically

to

discretion

while

use

are

identified

for

CC.CD

are

the

such

seated

the

part

Styles

respectively.

different

Standard

to

some

as

right,

at

the

number

by

detail

51300

from

to

Styles

Styles

left,

machine.

number.

KK

and

Styles

51300

of

Special

front.

listed

KL

are

The

only

51300

KK

machines

Styles

back,

Operating

in

the

second

part

number.

similar

instructions

cc,

CD

and

KL.

as

listed

of

machines
etc

.•

direction

to

or

are

3

Adjuttinl Instructions

Description

of

Machines

Streamlined

Flat

trimmer)

Feed

Weight

Light

51300

curtains

KK

and

Presser

Weight

For

and

controlled

51300

KL

and

For

similar

back-tacking

NEEDLE
Check

of

the

set

correctly
tube
is

tilted

above
Do

not

LEVER

the

needle

inside

downwards

the

notch

allow

location

lever

the

the

LUBRICATION

Bed.

for

use

Back-

Handwheel,

seaming

similar

back
seaming

operations

is
STUD

of

stud

when

arm

in

the

oil

Single

with

Tacking

Bar

operations

tacking

pants,

required.

the

is

the

arrow

casting

and

that

needle

tube

to

Needle

Needle

Mechanism.

and

Light

Oil

and

hemming

is

required.

dresses,

on

needle

marked

points

which

its

lever

rest

Medium

Positioner.

Weight

Pan

on

medium

lever

with

vertically

lubricates

delivery

thrust

on

the

Duty

Needle

Needle

Assembly

dresses,

light

to

skirts;

weight

stud

with

an

arrow

the

end

contacts

collar.

needle

lever.

Machine

Enclosed

Bearing

Bar

and

skirts.

medium

for

hemming

woven

respect
and

the

up.

Also,

needle

with

Needle

Mechanism,

Head

Oil
shirts,

weight

materials

to

the

word 11up

check

lever

the

wall

"KLIPP-

Oiling

Siphon

woven

shirts,

oil

the

stud.

of

the

System.
Bar

Equipped

Assembly.

towels,

material

towels,

where

groove.

11

•

These

position

Make

bed

IT"

(under-

Reverse

Drive,

sheets.

curtains

controlled

The

studs

of

sure

casting

Light

with

where

head

are

the

oil

that

just

it

Clean

gauge
to
run
oil,

CAUTION!
reservoir
to

the

in

front

allow

the

the

machine

particularly

must

operate.

machine

of

oil

Oil

be

RECOMMENDED
Use a straight

in

the

main
main
gauge.

oil

Oil

mineral

reservoir.

reservoir

is

at

machine.
CAUTION!

It

is

recommended
extended
directly

Oil

bearings,

ing

them.

Run

machine

may

be

handwheel

It

period

oil

the

looper

Replace

slowly

drained

in

the

is

needle

thoroughly.

the

machine

wicks

at

to

higher

around

has

been

filled

OIL

oil

at

opening

maximum

important

that a new

be

lubricated

rocker,

head

for
from
main

carry

speed.

the

take-up.

drained

to

the

of a Saybolt

This

is

level

that

bar

link

eccentrics

cover

several

main

reservoir

frame.

Fill

and

oil

the

oil

Inspect

from

proper

viscosity

equivalent

in

upper
between

these

machine,

as

follows:

and

the

as

no

further

minutes

oiling

all

to

system

bearings.

the

oiling

Oiling

the

main

level

as

to

crank

two

machines

or

one

Remove

needle

and

all

to

by

removing

Run

bearings.

system

diagram

reservoir

indicated

of

200

Union

Special

chamber

red

lines

not

that

the

bar.

other

hand

oiling

distribute

to

No.

to

be

has

parts

plug

250

head

first

red

machine

Then,

for

leaks.

PL616

before

on

oil

gauge

seconds

specification

cover

on

over

and

sight

filled.

been

cover,

that

will

be

oil

to

the

screw

line

of

slowly

repeat

Wipe

is

available.

shipment,

before

at

100°

check

gauge

out

of
clean

have

oil

required.

various

located

the

oil

for a minute

the

oiling

up

surplus

so

beginning

Fahrenheit

No.

83.

oil

level

on

front

service

out

wicks

for

lint

touch-

parts.

below

sight

and

the

Fill

at
of

an

and

Oil
the

4

Adjuadn1Inetructions

Thread

clarity.

Oil

be

filled

level

straight
Excessive

directly

is

THREADING

machine

has

been

before
checked
mineral

oil

helow

beginning

in

the

AND

as

drained

at

sight

oil

with a Saybolt

the

handwheel.

from

gauge

main

OILING

indicated.

to

operate.

reservoirmay

DIAGRAM

WITH

the

machine

(B);

maintain

viscosity

"KLIPP-

The

Oil

is

be

FOR

looper

before

filled

oil

of

200

drained

5

CLASS

IT"

threading

shipping,

at

spring

level

to

250

byremoving

between

51300

has

and

cap

seconds

MACHINES

been

the

reservoir

(A)

in

lines

at

100°

plug

on

screw

enlarged

top

cover.

gauge.

Fahrenheit.

located

must

Oil

Use

for

a

NEEDLE

Put

in a new 'needle

For

Style

for

Style

51300

51300

KK

KL

of

proper

Type
Type

Adjuatin1 Instructions

type

and

size.

130

130

GHS-036
GHS-040

and

Place
the

and

ADJUSTMENT

throat

throat

mounting

plate

F

E

G

plate

slot

of

gauge

OF

support

in

the
for

THE

FEED

H

and

throat

middle.

setting

MECHANISM

J

K

plate

Then,

the

L

on

remove

feed

mechanism.

BY A GAUGE

D G21227 L

__

the

.,.,

bed

these

_,.,.,

to

check

parts

----'

I

that

for

p

the

needle

adjusting

the

N

M

enters

looper

The

feed

To

adjust
Place
that

the
upper
Tighten
rocker
(J)

until

Then
For

rocker
(R)

set

the

and

mechanism
rocker

the

feed

pin

(E)

part

of

nut

(A).

(G)

and

the

head

stop

adjustment

(G).

Move

set

the

crank

of

the

press

ring

stop

is

"G"

loosen

stud

the

gauge

segment

Loosen

the

of

screw

(M)

of

the

sliding

ring

set

in
nut

(B)

fits
of

screw

sliding

(K)

against

reverse

(P)

Q c

the

(A.

in

the

into

the

(H).

block

contacts

lever

feed

block

against

assembly

Fig.

rocker

place

with

the

main

the
place

against
the

(N).

lever

AB

department

1)

(CAUTION!

shaft

hole

(F)

(G)

is

distance

the

stop

(L)

distance

the

knee

(N).

6

slot

of

the

in

its
gauge

distance

of

gauge

press

(D)

the

by

NUT

and

feed

end

(V)

gauge.

(R)

against

Fig. 1

--

using

HAS

LEFT

regulate
rocker
position

in

the

gauge

Tighten

in

the
the

gauge

screw

shaft.

to

segment

(V).

segment

distance

G21227

THREAD).

(C)

when

the

needle

of

Move

screw

lever

(H).

of
gauge

L.

so

the

.

the

the

AdJutrinl Instructions

ADJUSTMENT
After

both

CAUTION!
(G)

If

(M)
All

loosening
ADJUSTMENT

this

directions.

AND

a

other

THE

larger

downwards.

stitch

adjustment

BE

stitch

the

H J

OF

SURE

BED

length

nut

OF

THE

For

AT

length

(A)

THE

FEED

the

stitch

correction

THAT

changes

of

THE

than

the

FEED

THERE

LARGEST

8 1 I 2

feed

MECHANISM

length

reset

stitches

must

crank

MECHANISM

IS

be

stop

1132

stud

should

STITCH

made

BY A GAUGE

be

about

ring

(M).

INCH

per

(B).

SPACE

LENGTH

inch

is

by

the

stitch

WITHOUT

s

(Continued)

8 1 I 2

BETWEEN

(Q,

needed,

regulating

GAUGE

stitches

Fig.

THE

1).

re-adjust

screw

per

inch

SEGMENT

stop

ring

(C)

after

in

G

First
screw

(CAUTION!
to
of

is
For

is
(e.
When
distance
(H)

For
segment
dia.

adjust

(C)

the

head

the

feed

not

less

adjusting

in

its

g. a drill

the

and

set

adjusting

and

the

after

NUT

of

the

rocker

than

the

end

position

of

sliding

between

the

the

(G).

Move

set

the

feed

rocker

loosening

HAS

feed

segment

1 I 3 2

114

stop

sliding

11

block

the

ring

reverse

the

stop

inch

to

dia.)
head

ring

nut

LEFT

crank

(Fig.

block

the

between

is

screw

(M)

feed

sliding

(P)

segment

(A,

THREAD).

stud

is

limited

2).

turn

needle.

pressed

(K)

against

place a pin

blockwith

against

_,

(G)

Fig.

(B)

should

by

handwheel

Loosen

the

sliding
against
and

lever

the

......

2).

the

......

to

The

be

the

shaft

(N).

of
the
lever

the

screw

this

I

--.&

-

Fig,2

·--

largest

distance

9l32inch

bed,

kneepress

until

block

5 I

16

(N).

make

(H),

and
pin,
(S)

inch

movement

from

(Fig.

sure

the

top

place a pin

the

upper

set

the

is 4 118

dia.

against

the

main

3).

that

part

end

lever

inches.

in

the

the

by

As

the

of

the

of

lower

pin

the

shaft
the

fre.e

segment

114

of

the

(J)

so,

Tighten

of

regulating

head

movement

space

inch

dia.

segment.

that

the

screw

part

of

the

5116

inch

(D)

(Q)

(G)

7

AcUuttintE

Instructions

ADJUSTMENT
After

directions.

If

(M)
All

loosening
LOOPER

Insert
The
point
ment
in

For
After
ball

LOOPER
When

as

this

a

larger
downwards.

other

looper

making

the
joints

possible

stitch

ADJUSTMENT

the

looper

of

the

should

looper

the

right

A VOID

the

looper

adjustment

For

stitch

the

gauge

looper

be

this

have

without

OF

THE

the

correction

length

length

nut

(A)

of

in

the

represents

when

5/32

adjustment.

gauge

gauge

inch.

adjustment

is

clearance

MOTION

moves

contacting.

FEED

stitch

reset

than 8 1/2

changes

the

feed

looper

the

the

looper

Looper

set.

tighten

in

all

to

the

left.

MECHANISM

length

must

crank

rocker.

measurement

positions.

should

stop

stitches

be

is

at

gauge

loosen

the

its

point

ring

made

stud

Notice

the
No.

the

nuts

WITHOUT

be

about 8 1/2

(M).

per

inch

by

the

(B).

that
from

right

21225-5/32

two

nuts

securely.

should

pass

stitch

the

the

end

GAUGE

stitches

is

needed.

regulating

screw

centerline

of

the

can

on

the

Notice

the

rear

(Continued)

re-adjust

rests

stroke.

looper

be

that

of

on

of

used

the

the

per

inch

in

stop

screw

the

the

This
advantageously

connecting

connecting

needle

(C)

looper

needle

measure-

as

after

flat.

to

rod.

close

both

ring

the

rod

SYNCHRONIZING
Use

gauge
rocker.
for

attaching.

wire

Turn

edge
against
set
until
on
scale
in
rear.
the
drive
Then

distorting
front
between
the
Gasket
is

Automobile

holder
of

screw

the

the

operating

oil

rear.

identified

No.

Place

with

handwheel

the

gauge

the

top

and

pin

again

indicator

is

allowable.

direction.

If

the

reading

reservoir

eccentric

drive

and

the

the

parts

place a horse

the

looper

Retighten

Cement

by

supply

21227

the

Place

of

note

will

mechanism

rear

to

the

LOOPER

R.

gauge

the

the

pointer

in

operating

plate

the

needle

indicator

contacts

return

If

the

is

top

cover

bushing

remove

drive

all

prevent

symbol

shops

Insert

plate

indicator

and

to

reading

the

lower.

and

shoe

lever

screws

oil
"CE5C".

carry

AND

the

on

to

the

direction

set

the

bar

and

reading.

the

plate.

the

is

looper

this

drain

and

move

to

the

the

plug

shape

and

and

leakage.

it.

NEEDLE

pin.

the

portion

same

rocker

seal

which

throat

right.

until

indicator

the

right

Turn

If

reading.

higher

drive

the

reservoir.

the

front

screw

metal

the

and

or

adjacent

the

A

will

MOTIONS

is

included

plate

of

the

Do

not

the

pin

so

that

end

of

the

handwheel

motions

A

on

the

lever

will

eccentric

convenient

rocker

have

the

middle

in

the

washer

bushing

reservoir

be

promptly

with

seat

using

gauge

tighten

are

variation

scale

to

rear

in

the

in

the

looper

the

left

the

pointer

in

synchronization

when

will

be

moved
Loosen
as

far

bushing

bushing

approximately

when

cover

1/2

pint

furnished

the

the

the

needle

set

end

in

of

the

have
the

to

the

driving

in

position

can.

gauge.

throat

thread
screw
rocker
of

the

rests

the
one

to
screws

to

before

at

reverse

graduation

handwheel

to

be

the

front.

right
the

rear.

1/16

with

including

by

Union

in

the

plate
at

this

contacts

pointer

"O".

direction

the

is

moved

in

the

as

it

driving

inch

the

bushing

Permatex

looper

screws

take-

time.

the

rests

Tighten

pointer

on

the

turned

to

the

Remove

looper

will

go.

To

avoid

to

the

thick

brush.

Special.

up

to

If

the

Insert

gauge

the

is

not

looper

available.

in

the

looper

synchronization

rocker

and

B

turn

may

the

be

pulley

checked

in

as

the

operating

follows:

direction

Aclluatinllnatructiona

SYNCHRONIZING
until

of

reverse
needle.
to
distance
is

NEEDLE

Set
looper,
When

RETAINING
Adjust

travel
or
has
the

the

the

the
turned

Moving

the

tacking,

forth

1/32

needle.

looper

eye

of

direction

If

the

looper

from

in

it

in

BAR

needle

when

the

to

the

in

its

inch

point

the

motions
point

the
operating
the

opposite

bar

point

skip

FINGER

retaining

left

adjustment
clearance

LOOPER

moves

needle

until

will

eye

of

so

that

of

looper

stitches

DRIVE

arm

is

1/8

AND

with

the

looper

synchronize,

be

the

the

needle

direction,

direction

the

in

inch

so

that

back

to

the

respect

same.

top

moving

may

or

out

from

the

of

the

NEEDLE

occur

left

to

point

the

to

the

move

acts

of

the

to

of

center

hook
needle.

MOTIONS

and

the

again

height

A

variation

point

the

the

needle

the

if

the

its

slot
line

point,

is

even

looper

moves

of

of

the

looper

reverse.

eye

left

is

needle

so

of

when

No

part

(Continued)

with

point,

to

the

eye

of.

005

looper

drive

is

less

even

is

set

that

the

needle.

passing

of

the

the

then

the

of

is

lever

with

too

hook

Set

hook

needle.

turn

left

the

inch

longest

than

left

low.

the

the

the

and

is

needle

is

allowable.

when

rocker

1/64

side

point

pivot

back

should

Note

pulley

even

with

to

inch

of

at

bracket

of

ever

the

the

the

below

the

its

the

height

in

the

with

the

respect

If

the

pulley

rear.

the

needle

furthest

back

needle,

contact

.

TIMING

To

time

the

looper

the

vertical
crank
vertical

If

the
except
first
drive
retainer

shaft

If

the

FRONT
Set

higher
as

tacking

possible.

shaft

the

retainer

oil

be

should

drive

the

crank

retainer

the

the

looper

THE
the

retainer

drive

shaft.

by

crank

chamber

the

main

turned

be

drive

gear

shaft

timing

NEEDLE

front

than

if

needle

the

the
See

RETAINER

drive

lever,

Set

the

hand

point

front

paragraph

(gripping

check

gear

over

positioned

set

looper

lines

drive

top

cover,

shaft

so

as

above

and

the

does

will

GUARD

guard

point,

comes

guard

gear.

insert

needle

is

that

driven

not

turn,

be

high
up

is

for

remove

screw

the

up

with

located

the

entire

When

the

needle

so

the

can

then

gear

the

correct.

enough

and

to

the

not

as

setting

access

bar
crank

the

properly

the

timing

be

cover
Check

so

that

needle.
high

rear

driver
at

the

strap)

timing

retainer
cover

is

at

rnarks

put

mesh

so

the

as

needle

plug

and

bottom

until

mark
and
is

the

bottom

in

place

together

screws

the

timing

that

its

guarding

Needle
possible

screw

loosen

of

the

on

if

it

drive

to

be

are

being

can

top

breakage

guard.

in

casting

screws

the

stroke

timing

the

top

becomes

will

lift
replaced,
of

its

in

line.

careful

the

crank

be

inserted

to

be

surface

surface

and

the

just

in

the

and

mark

cover.

necessary

off

the

stroke,

The

top

that,

shaft

sure .it

is

as

just

contacts

will

rear

driven

turn

on

the

with

machine

and

cover

does

and

is

high

occur

guard

to

the

right
gear

the

vertical

face

to

remove

the

top

the

retainer

with

when

correct.

the

not

tightened

or

slightly

the

when

as

on

of

the

cover

should

the

main

turn.

and

needle

back-

low

as

of

9

AdJUJrinl

Instruction~

FEED
Set

throat
dog,

Check

approach.

REAR

The
to

THREADING

Thread

tests.

LOOPER
The

equal
on
When
the
The
the
amount
has
thread

DOG

the

feed

plate

to

maintain

clearance

NEEDLE

needle

the

left -is . 005

the

THREAD

looper

clearance

the

main

the

needle

discs
needle

clearance

looper

of

just

must

has

slack

must

ADJUSTMENT

dog

so

that

the

at

highest

GUARD

barely

THE

machine

thread

on

shaft

moves

come

thread

entered

thread

between

after

this

the

point

setting.

between

contact

inch

MACHINE

according

TAKE-UP

take-up

each

and

consequently

down

out

of

must

cast

the

in

the

eye

tips

of

top

before

must

side

the

off

triangle

the

two

of

the

of

travel.

of

retainer

the

the

to

be

of

the

and

the

cast-

from

system

discs

needle

the

teeth

Adjust

needle

right

threading

placed

shield.

can
off

deep

of

be

looper

plate

the

highest

enough.

and

must

the

comes

guard
edge

are

parallel

the

hook

when

of

diagram

on

the

The

looper

set

to

starts

to

take

be

take-up

up

with

supporting

and

bottom

the

point

the

needle.

No.

main

compensate

lob

The
set

out

its

the

of

and

of

shaft

thread

movement

slack

the
retaining

on

the

so

that

the

and

3 I

screw,

of

feed

of

the

PL616

so

that

take-

for

varying

from

take-

cast-

material.

the

up

finger

off

it

releases

64

inch

above

under

dog

looper -moving

and

start

both

up

is

from

looper

when

plate

the

at

closest

sewing

discs

not

conditions

left

the

controls

the

spotted

to
thread
point

so

that

looper

have

right

the

feed

•
.

of

the

it

THREAD
The

looper
tension
skips.

NEEDLE

It

above

50-2 cord

feeding.
PRESSER

See
ment

PRESSER

The
bar.

Set

may

that

with

presser

Turning

the

If

not

the

pressure

TENSION

thread

is

too

low,

the

tension

THREAD

be

necessary

needle

or

heavier,

FOOT

the

presser

the

feed

FOOT

spring

it

tension

the

is

NIPPER

if

light

the

foot

dog

PRESSURE

adjusting

clockwise

only

high

should

take-

too

high

to

use

thread,

nipper

hinges

and

the

increases

enough

up

may

the

the

under

freely

throat

screw

be

about

lose

stitch

needle

spring

plate.

is

the

pressure,

to

feed

1 I 4

control

may

be

thread

60-2 cord,

helps

and

the

properly.

to

that

knurled

of

the

needle

over

pulled

nipper

is

throw a needle

its

under

screw

counterclockwise

the

down.

in

used.

surface

front

If

directly

thread

thread

heavy

loop

is

tension.

causing

of

the
thread

when

in

lateral

behind

acts

casting

is

the

the

reverse.

If

the

triangle

just

used,

reverse

align-

needle

10

Adj111tiq lnatructiona

NEEDLE
Set

the

as

low

Raise
NEEDLE
Set

the

stud­is

necessary
frame
lowering a smaller

SEAM

Check
a

triangular

too

sharp.

Check

worse

With
in

the
ADJUSTMENT

THREAD

needle

as

possible.

it

only

THREAD

needle

in

the

middle

eyelet

CONTROL
the

seam

oil

that

the

if

the

teeth

all

of

the

following

thread

if

needle

thread

if

thread

influences

produced

stone

machine

electrical

sequence:

OF

TAKE-UP

take-

loop

FRAME

frame

of

its

slot.

breakage

the

needle

for

polishing

chains

are

too
ADJUSTING

plug-connections

CUTTING

WIRE

up

wire

skips

EYELET

eyelet

Raising

occurs,

size

thread

for

chafed

off

highly

SOLENOID

(strike-

occur

(No.

it

brings

of

the

needle

loop.

or

the

middle

well

polished.

"KLIPP-IT"

off)

located

and

cannot

539)

located
better

at

cross

thread

cut

threads

row

without

disconnected,

STROKE

chafing

MECHANISM

to

be

corrected

to

needle

seams.

loop.

by

of

the

the

right

the

left

thread

The

position

Raising

unravelling

feed

dog

the

chain.

adjustments

of

the

needle

any

other

of

the

pull

causes a larger,

the

teeth

Chaining

should

needle

up.

Lowering

of

the

stitch.

which

way.

be

bar

lever

thread

Apply

may

will

made

,

be

be

I

1

I

(

armature
the

rear

be

required.

shaft

of th·e

loosen

Fig.

(A,

Fig.

needle

screws

4

(B)

4)

observing

as

close

(C),

that

as

possible

reposition

B

c

knife

The
ture
approximately
Since
designed
only,
of

returning

the

spring

nut

(C),

left

on

dimension,

ADJUSTING

The

5 I 3

~

throat

at

its
ADJUSTING

With

slowly

the

lower
without

and

retighten

length

shaft

the

armature
to

when

move
shaft

looper

inch

extreme

below

plate

theneedle

depress

knife

contacting.

of

stroke

(A,

operate

actuated,

to

loaded

retighten

support

(A,

Fig.

4 5 I 6 4

its

head

(B)

LOOPER

height

left

position(See

SEVERING

the

Fig.

screws.

of

the

4)

should

inch

(See

Fig.

of

the

solenoid

in

one

direction

its

only

rest

position

shaft

(D)

to

the

indown-position,

Should

(B).

to

obtain

nut

should

surface

(A,

Fig.

cutting

6)

must

With

Loosen

the

right

desired

(C).
HEIGHT

5)

Fig.

DEVICE

solenoid

pass

adjustment

the

arma-

be

4) .
is

means

is

by

or

be

set

of

the

when

5).

to

lower

11

AdJUJtiaa

lrutructioru

ADJUSTING
knife

edge

inch

Fig.

loosen

rotate
obtain

ring

lower
mately • 012
knife
looper
CAREFULLY
at

at

(D)

to

6).
locknut

and

With

knife

(A,

points

its

extreme

for

the

left

Should

connecting

required

retighten

the

swung-in,

Fig.

(C).

(H,

SEVERING

left

the

needle

of

the

center

adjustment

(E)

remove

rod

dimensions.

locknut.

needle

inch

7),

If

BEND

Fig.

in

there

clearance

looper

adjustment

the

6)

to

DEVICE

position,

thread

of

the

snap

(G)

as

up-position

should

between

retainer

is

knife

suit.

carrier

(Continued)

the

cutting

must

be

ring

necessary

Replace

be

needle

required,

(F)

and

be

approxi-

the

(B)

necessary,

bracket

1/8

(See

and

to

snap

the

lower

and

. N

~I

A---..~c.-----..,.

Fig.

----

5

---

-·~

T

ADJUSTING

To

avoid

out,

the

edge
spring
loosen
screws

(B)

screws

(D) -

H

KNIVES

pinching

of

the

must

(D),

be

move

the

lower

in

alignment

the

needle

knife

upper

Fig.

and

as
knife

6

thread

the
shown

(E)

when

cut-out

at

and

the
on

point

plate

lower

the

looper

(C).

spring

r-·-·

te

·""

knife

To

(B)

F

(A,

thread

obtain

as

required,

Fig.

retaining

this

adjustment

8)

swings

plate

retighten

12

A

Ac:IJUitinainatructiona

A

B

ADJUSTING

lap

With

the

both

lower

Fig.

KNIVES

knives

knife

Fig.

(B)

9

7

(Continued)

in

their

approximately . 020

resting

position,

the

inch.

upper

Adjustment

knife

•

C)

....

C)

I

()

~*=t

=~~:::;:.._

(A,

can

Fig.

Fig.

Fig.

be

9A

8

9)

made

__

must

by

loosen-

over-

,

ing

screw
Retighten
lower
must
and
ing
rearward.
.

ing
solenoid

The

the
by
adjusted

040

plate

the

be

loop

screws

inch

edge

looper

(C)
screw.

knife

upper

swung-in,

maintained

retainer

(F,

Care

clearance

of

the

in

its

thread

spring

knife

by

turning

and

(E).

Fig.

must

upper

resting

(B)

rotating

With

the

a

between

Adjustment

9)

and

be

between

knife

(A,

Fig.

and

lower

(D).

the

Tension

tension

the

needle

clearance

the
moving

taken

stop

carrier

position.

10)
knife

hexagonal

in

up-position

of . 020

upper

to

(G)

must

on

regulating

knife

can

be

stop

also

and

(H),

Retighten

be

(C)

after

the

stop

plate

and

- .

040

(A,

Fig.

made

maintain . 020
the
with

clamped

looper

13

by

(G)

forward

correspond-

the

screws

being

thread

screw

loosen-

cutting

between

severed

(F,

(D) .

the

inch

9A)

(F).

retaining

Fig.

or

-

8).

Fig.

plate

10

spring

can

be

AdjUitinglnatructiona

F

THREAD

PULL-

OFF

HOOKS

AND

clamp
and
retighten
disc

so
cutting
off
enough
next

1/8"

Adjust
looper
has

CAUTION:
ance
operation.

TENSION

Loosen

(B)

set

lever

separator

that

the

process

hook

to

stitch.

on

thread

thread

been

of

the

(F)

top

RELEASE

clamp

located

(C)

clamp

(D)

tension

begins.

so

that

start

severed.

sewing

A

needle

of

the

pull-

is

Observeto

pull-off

ADJUSTMENTS

screw

at

the

in a horizontal

screw.

by

is

released

the

thread

material

off

clamped

hooks

(A,

rear

turning

needle

immediately

hook

insure

ofthe

Adjust

Adjust

tail

is

(G)

securely

during

Fig.

eccentric

as

thread

thread

permissible.

ample

machine

position,

the

tension

soon

is

of

1/16"

so

that

after

clear-

the

cutting

11)

as

on

in

(E)

the

pull-

long

the

-

the

it

Fie:.

Fig.

12

11

This

accomplished

ing

screws

14),

reposition

assuring

moves

plate
ed

so

hook

tighten

condition

that

smoothly.

(D)

must

the

into

screws.

With
thread
fabric
wiper
the

needle

hook

and

is
returning
contact

its

arc

by

(A,

B,

as

the

be

wiper

the

fabric.

ADJUSTING

the

power

wiper

and

sever

(A,

Fig.

thread

of

the

wiper

caught

the

of

can

loosen-

C,

required.

Guard

position-

will

by

(See

needle

travel.

be

Fig

wiper

not

Re-

THREAD

lead

solenoid,

threads.

12)

by

must

coming

the

hook

Fig.

13).

or

the

.

removed

sew

Actuate

hand,

be

in

of

The

presser

Fig.

WIPER

from

on a piece

the

observing

deflected

(See

Fig.

the

wiper

wiper

must

foot

13

the

of

thread

that

by

the

12),

when

not

during

14

AdJUidnilnatructiona

ADJUSTING

Fig.

THREAD

14

WIPER

(Continued)

When
tion
(A,
ped
fore
solenoid
accomplished
screw
lever

tighten

power
assembly.

returning

the

thread
Fig.
by

15)

stop

the

stops.

(C),

as

screw.

lead

armature

to

rest

wiper

must

(B)

slightly

This

by

loosening

reposition

required,

Reconnect

for

thread

be

posi-

lever

stop-

be-

of

the

can

re-

wiper

be

Fig.

15

15

TRIMMER

TROUBLESHOOTING

Both

threads

Needle

after

Needle
trim

cycle

Condition

thread

trimming

thread

not

cut

too

pinched

short

after

Solenoid

Solenoid
of

tension

Improper

ing

Solenoid
Power

connected
Bent

relay

Loose

Needle
too
bly

Lower
of

Not
between

knife

lower

high

knife

needle

enough

Causes

not

working

jammed

assembly

synchronizer

plug

lead

thread

on

loop

disconnected

to

contacts

knife

tension

trims

around

spring

upper

by

motor

pull-

both

and

linkage

tim-

not

off

set

assem-

sides

looper

tension

lower

Check

movement

Re-adjust

linkage

Reset

Connect
Connect

Reshape
Tighten

Adjust
for

Re-adjust

Adjust
upper

fuse,

synchronizer

thread

more

spring

and

Cures

by

tension

for

plug

motor

relay

lower

needle

lower

lower

check

hand

free

for

solenoid

power

contacts

knife

strike-

thread

knife

tension

knife

solenoid

assembly

movement

lead

off

lower

between

Machine

ing

after

Needle

th~ead

thread
not

does

not

trimming

cut

caught

start

but

sew-

looper

Lower
cut

in

ing

spring

perly
Dull

kirlfe

Upper
not

overlap

shearing
Thread

pull-

offs

Looper
and

properly
Looper

spring

thread
Lower

far

Lower
adjusted

tension

enough

knife

looper

and

tail

set

thread

thread

does

knife

to

knife

and

thread

not

aligned

lower

enough

too

short,

too

control

not

not

retain

does

the

not

clearance

retain-

knives

for

proper

thread

high

adjusted

retaining

looper

not

left

properly

pro-

do

cam,

move

Re-adjust

Replace
Re-adjust

Re-adjust
ficient
er

Re-adjust

trol

Remove

knives

Re-adjust
connecting
instructions)

Adjust

knives

needle

thread

cam,

lint

and

lower

knives

knives

pull-offs

thread

looper

and

tension

from

re-adjust

knife

rod

(see

knife

for

and

thread

between

knives

assembly

adjusting

suf-

loop-

con-

and

Too

much
side

top

starting

needle

of

to

sew

thread

garment

on

when

Needle

too

low

thread

pull-

off

set

16

Raise

needle

thread

pull-off

INSTRUCTIONS

FOR

QUICK

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POSITIONER

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IN·

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Adjusting Instructions

The
for
ions

Before

terminal

380

volts

are

included

SCHEMATIC

starting

strip

or

Delta

MOTOR

to

operate,

of

the

connection

on

the

AND

motor
wiring

CLUTCH

check

is

for

the

complished
on
quired,
switch

arm,

made

the

designed

220

volts

diagram

The

pitman

the

motor

located

which

as

a)

retighten

follows:
Turn

switch
switch
starts

ARM

main

to

three

furnished

clutch

rod,

by

plate,

actuates

ADJUSTMENTS

supply

accommodate

arm

loosening

on

the

in a clockwise

closes

running.

voltage

phase

when

screws.

the

set

A.

with

should

reposition

right

the

screw

C.

the

possible.

the

Adjustment

magnetic

and

with

either

Details

motor

point

three

the

hand

located

direction

the

the

motor

Star

of

both

(See

in

the

This

socket

clutch

of

side

auxiliary

of

clutch

below

wiring

connection

connect-

Fig.

direction
can

be

head

screws

arm

as re-

the

micro

the

clutch

should

the

micro

until

control

16).
of

ac

be

the

.

-

-

-

380V

c)

Now,
obtain

The

synchronizer,

into

the

corresponding

The

QUICK-STOP

the

auxiliary
iary
must

two
screws
Remove
Replacement

belt

to

can
and

purpose.

drive

be

maintained

To

replace

screws

from

the

guard.

Clutch

assure

be

accomplished

the

clutch.

that

Fig.

is

securing the

three

fan

free

16

make

correct

drive
belt

driven

the

the

carbon

screws

of

round

cover

play

the

Two . 012

should

to
round

clutch

one

setting
clutch

marked

motor

off

avoid

brush

belt

and

should

is

by

removing

more

arm

should

be

removed,

the

excesssive

belt,

belt

guard

holders

which

can

carbon

normally

never

and

b)

complete
of

the

switch.

and

sockets

be

main

remove

will

now

one . 020

motor.

and

of

allow

be

accomplished.

brushes.

engaged

spacers

Turn

direction

control

turn

auxiliary
on

the

cleaned
cleaned

Correct

wear

the

fan

pivot

the

magnetic

removal

be . 020

at
as

inch

the

set

to

stops

on

the

control

control

about
and

refilled

on

the

cover

it

to

the

of

- .

028

any

time

required,

spacers

screw

the

position

running.

set

screw

plugs

panel.

every

alignment

belt.

from

brake
the
Reassemble

inch

have

two
with

the

side. Remove

complete

but

with

the

located

been

in a counterclockwise

where

counterclockwise

may

years.

grease.

of

motor.

and

withdraw

care

brake.

between

provided

the

now

be

At this

The

the

idler

Loosen

the

magnetic

magnetic

must

Adjustment

the

auxiliary

inserted

time

auxil-

rollers

two

cap-

brushes.

brake
brake,

be

taken

motor

for

this

to

the

.

If

the

firmly.

rotated
arm

is

which

When

freely

lifted

is

clearly

clutch

arm

lifting

without

in

excess

recognizable

is

the

the

of . 020

in

braking position,

clutch

arm, a position

clutch

or

inch,

when

turning

the

brake

clutch

the

"V"

at

which

engaging must

disc

should

the

"V"

belt

19

belt

the

be

engage

pulley.

pulley

"V"

belt

obtained.

the

must

be

pulley

If

flywheel

the

braked

can

be

clutch

disc,

Adjusting Instructions

The

carbon

In

auxiliary

Remove
remove
hood

On

suppressor

for

the
contact
circuit

ELECTRICAL

Before

ments

synchronizer

dust.

case

control.

and

the

auxiliary

or

disposes

and

should

MOTOR

of

trouble

The

the

two

the

three

the

round

rear
capacitor

one

the

of

control.

for

SYSTEM

synchronizer

be

made:

AND

caps

the

of

closing

CLUTCH

should

at

following items

screws

belt.

control

and a tuning

two

REPLACE

be

the

auxiliary

of

the

securing the

When

change-

the

SYNCHRONIZER

is

ARM

cleaned

carbon

plate

capacitor;

the

contactor

over

brake

THE

installed

ADJUSTMENTS

periodically

control

require

brush

are

contacts,

coil circuit.

CONTROL

on

it

will

removal:

holder

magnetic

installed:

the

fails

ADJUSTMENTS

the

machine,

with a clean

be

useful

and

remove

casin

the

control

to

function,

one

for

IN

CASE

PLATE.

(Continued)

to

replace

the

g,

the

belt

rectifier,

plate

the

also
check

closing the

OF

TROUBLE

following basic

cloth

carbon

contactor,

to

remove

the

entire

brushes.

guard,

contains a fuse

the

magnet

the

fuse.

IN

adjust-

The
coil

THE

fan

arc

NOTE:

Synchronizer
Supporting

~-1

Bands

Part

-·-~L

are

to

be

rotated

'-------,7"'---

..__

_ _,_ _

......._+----+----

'----=='=-'----Cutting-

__

in

the

operating

Needle
Needle

Permanent

down

up

C

ontact

-

Contact

direction

of

the

Distance
lators
as

measured

shown

machine.

of

iso-

above

Fi

g.

17

1.

2.

3.

Loosen
insulated

While
insulated

Retighten
urements

screw

area

retaining

area

screw

(See

(A,

Fig.

15/64

this

1 3 I 3 2

(A)

Fig.

17)

inch

position,

inch

noting

17).

and

from

from

that

rotate

the

end

rotate

the
these

band

of

the

band

end

of

the

dimensions

20

(B)

to

insulated

(D)

to

insulated

position

area

position

are

to

area

be

the

of

the

of

set

beginning

band
beginning

band
by

(C).

(B).

cord

of

its

of

its

meas-

Adjusting Instructions

With

the

pulley.

Push
within • 012
the

set

screws
the

aforementioned

The

needle

travel.

(B)

If

constant

adjustment

DESCRIPTION

START

SEWING

Treadle
switch
tioner
it

is

lever

drive

closes

by

slipping -see

cutting

the

button

inch

after

on

the

bar

rotate

band

OF

is

pushed

ZSH

118.

and

engages

actuating

instruction).

SYNCHRONIZER

solenoid

switch

its

disconnected,

for

extreme

uppermost

synchronizer

condition.

should

is

required,

{D)

WIRING

down

Retighten

stop

about . 020

slightly,

DIAGRAM

forwardly

Relay 1 is

solenoid

the

switch

lever

ADJUSTMENTS

assemble

needle

up-position.

travel

unit

and

advance

set

screws.

inch

loosen

to

energized.

clutch.

screw

attain

FOR

and

{Micro

ZSH

desired

QUICK-STOP-MOTOR

thereby
Contact

118

(Continued)

the

in

the

or

before

(A,

Fig. 1 7)

conditions,

micro
R11

switch

before

synchronizer

If

the

needle

operating

retard

reaching

and

switch

disengages

Mh

must

the

mechanical

bar
direction,

as

required

its

lowest

while

retighten

FK

Mh

be

adjusted

to

the

does

holding

screw

2/UNION

is

brake

motor

machine

not

loosen

to

obtain

point

band

closed

of

posi-

so

clutch

stop

of

{A).

by

that

END

OF

Treadle

kept
until

energized

the

resistor

ring

"needle

Machine

NEEDLE

Treadle

closed.

1)

2)

SEAM

in

rest

by

circuit

and

capacitor
down"

stops

UP

AND
is

pushed

Relays

Way

12 -

R2

of

current:

contact

switch
slipring
energized

Energizing
clutch

Way

is

of

current:
contact
Mp -

plug

gized).

(starting)

its

self-

is

broken

prevents

until

with

CUTTING

and

R4

R13

Mp

-

plug

'needle

until

relay

engaged

R13

{relay

connection

position.

holding

by

slipring

de-energizing

about

needle

down

200

in

rearwardly

are

energized.

down

Synchronizer

(relay
connection

up" -contact

the

circuit

R2

changes

{for

1/2

Synchronizer

R1

de-energized)

0 -

contact

"needle

RPM

position.

R1

de-energized)

is

opened

over

rotation

plug

Micro

R12

switch

and

down

of

are

reached).

and

thereby

slipring

0 -

relay

R13 -are

by

contact

from

slipring

-

connection

Mh

will

sr,nchronizer

'.

{The

relay 1 when

micro

for

"needle

-

plug

R2.

Relay

connected

slipring

"needle

"needle

plug

"needle

R21.

Brake

down"

up" -plug

connection

6 -

relay

be

flow

switch

opened.

ring

of

current

circuit

Relay 1 is

"needle

is

broken

Mp

in

down"

through

ZSH

up" -plug connection

connection

R2

is

energized.

in

series

1

0

relay

-

micro

up".

is

disengaged

to

"needle

up").

connection

1

0

-

micro

R4 -{relay

switch

is

ener-

R2

12

by

is

As

is

and

-

21

Adjusting Instructions

NEEDLE

3)

Wiper:
Capacitor
Relay

R3

capacitor

Way
contact
de-

energized

RAISING

By

the

severing

to

relay

UP

AND

During

Way

("needle
R3

is

noid

is

gized.

by

capacitor

turelythrough

When

K2

is

is

de-energized

CUTTING

raising

of

current:

up"

without

energized,

energized.
In

turn

K3

the

needle

charged

a

K2.

of

current:

Capacitor

R42 -R32 -plug

and

relay

NEEDLE

pressing

impulse

R4.

The

WITHOUT

the

push
is

broken.

needle

(Continued)

the

needle

Slipring

severing) -R22 -plug connection

R33

is

When

R22

is

relay

resistor

raises

through

delayed

connection

R4

is

still
SEVERING

button

Relay

raises.

slipring

closed

the

opened

R3

is

W6

relay

R23.

and

K2 -

8.

energized.

micro

"severing"

11

severing"

and

-

through

plug

needlereachesthe

and

the

severing

de-

energized.

to

guarantee

R2,

Relay

closes

plug

Wiper

switch

R2

is

connection

energized.

energizing

relay

R2

is

R32.

only

Mp

is

can

gives

connection

plu~

connection

1

up"

positionR2

circuit

Relay

R3

also

R3

and

relay

de-energized

Wiper

bridged

is

8 -

R23 -plug connection

be

actuated

over

A

diode

is

an

impulse.

15 -push

4 -

relay

is

broken.

is

energized

for

R4

and

actuated

when

and

blocking

button

R3.

Relay

severing

is

sole-

de-ener-

Delayed

prema-

short

are

R23

by

relay

impulses.

energized.

changes.

current

R3

simultaneously

the

current

of

7 -

is

Pressing

without

severing

BLOCKING

As

relay

ing

slow

speed,

the

THE

R2

push

but

the

button

wiper

CONTROL

only

is

energizeable

severing

and

is

IMPULSE

at high

simultaneously

actuated.

after

speed

This

FOR

SEVERING

de-energizing

is

impossible.

heeling the

should

be

relay

treadle

prevented.

Rl,

i.e.

raises

when

needle

reach-

22

Push

button

Nt!~dle

up

without cu.ft/

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I

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Pull

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switch

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micro

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QUICK-

STOP

TROUBLESHOOfiNG

NOTE:

Unit

does

Machine

tion

only

rest

position

Machine
sewing
rotate

If

difficulties

on

the

Condition

not

stops

with

will

and

at

inching

motor

position

in

up

treadle

not

stop

continues

speed

in

needle

control

posi-

in

after

to

positioning

panel

only.

Blown

Synchronizer

nected

Synchronizer

nected

Microswitch

not

Microswitch
clutch
properly

fuse

to

opening

are

Causes

plug

arm

encountered,

plug

not

leads

in

on

not

not

clutch

right

adjusted

con-

con-

arm

side

check

of

circuitry

Replace
Plug

in

the

right

control
Check

brush
Turn

located
rear

of

wise

direction

ine

stops

sewing

Adjust

clutch

wise

stops,

turn

direction

for

the

Cures

fuse

synchronizer

socket

panel

leads
holder

the

in

the

the

screw

arm
and

then

of

continuity

and

setscrew

clutch

motor,

until

needle

on

in a counterclock-

until

make

positioner

plug

main

between

plug

which

arm

in a clock-

the

mach-

down

right

side

machine

one

into

motor

is

to

the

after

of

more

Unit

does

tions

Solenoid

CAUTION:

up

does

not

trim

not

Auxiliary

but

posi-

energize

control

Microswitch

Microswitch
not

closing

Blown

trol
Synchronizer

properly

Relay

to

panel

fuse

panel

3

bent

contains

contacts

defective

in

not

energ1zmg

220 V

in

clutch

auxiliary

not

adjusted

circuit.

arm

con-

due

Replace

Turn
arm
motor
clockwise
heeling

Replace

Re-adjust

instructions

Reshape

microswitch

screw

closest

control

back

fuse

located

to

front

panel

until

unit

after

synchronizer

contacts

in

clutch

of

counter-

trims

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POSITIONER

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WITH

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CLAMPs

TREAOLINE SWITCH

Adjusting Instructions

Before

Loosen
direction
ning

of

the
(band
end

of

# 2)

the

attaching

screw

until
until

the

black

the

black

SYNCHRONIZER

the

synchronizer

(5.

Fig.

beginning

insulating

beginning

insulating

18)

of

the

barrier

of

its

barrier

and

black
black

of

assembly

rotate

insulating

of

the

the

ADJUSTMENTS

to

the

handwheel

the

up

band

barrier

trim

insulating

up

band

band

(band

barrier

(band

4

(band

coincides

# 4).

is 1 1/2

#1).

proceed

#1)

Rotate

Tighten

in

the

with

the

inches

screw.

as

follows:

operating

the

begin-

down

band

from

the

TO

CAUTION:

synchronizer

Clamp
handwheel
of

the

stroke.

The

first

before

Fig.
other

its

18)

and

bands

BAND

1~4

COINCIDE

Remove

for

correct

synchronizer

in

such a way

position

lowest

rotate

do

not

point

down

rotate

-~

cutter
up

and

cord

that

with

(needle

of

travel.
band
while

Fig.

solenoid
down

to

down)

(band # 2)

making

table

the

If

position.

treadle

this

18

plug

board

should

position

in

the

this

adjustment.

from

and

fasten

heeled

position

is

desired

power

synchronizer

the

needle

the

needle

incorrect.

direction.

pack

bar

when

1/16 -1/32

loosen

making

assembly

stops

setting

at

screw

sure

the

the

to

top

inch

( 5 •
the

28

Adjusting Instructions

(a)

(b)

Depress

which

Adjust
1/16

to
Loosen
unlock
Adjust
motor,
Tighten

Fig.

ADJUSTING

treadle

indicates

clutch

1/8

inch

lock

it,

screw

which

screw

until

lock

clutch

screw

19

unit

clutch

so

that

travel

is

located

is

CLUTCH

until

arm

clutch

before

(E..,

Fig.

one

switch
arm

clutch

19)

approximately

near

engaged

the

top

as

(E).

CLUTCH

(a)

Set

(b)

Adjust
that
washer
from

(c)

Close

treadle

justing

tact

Then

up.

click

has

just

is

one

on

open.

an

is

right

is

additional

engaged.
enough
full

described

ARM

needle

clutch

treadle

(B)

end

treadline

and

screw

between

tighten

Tighten

heard,

to

turn.

end

of

above

SWITCH

in

work.

will

is

to

of

stud).

loosen

screw
nut

•

arm

spring

return

be

approximately

switch

clutch

(C)..,

until

it

and

the

until

(D)

to

ADJUSTMENT

(A,

Fig.

19)

to

stop

(wing

1/2

by

heeling
arm

there

micro

needle

maintain

back

switch

is

no
switch

positions

setting.

so

nut

inch

on

ad-

con-

•

CAUTION!
arm
one

To

loosen

more

adjustment
moved
cated

the
less
ion

uating

to

If

more

treadle

accordingly

bushing

If

more

the

actuator

Care

should

provided

Clutch

switch

click

is

must

TREADLINE

adjust

the

two

the

Allen

length

is

and

the

three

obtain

or

the

the

less

spring

by

(C) up

travel

trim

(D)

to

cycle

and

stop

be

taken

actuate

closed

be

heard

must

not

or

auxiliary

before

engage

clutch

SWITCH ADJUSTING

of

the

pitman

set

necessary

bushings

desired

pressure

(B)

moving

or

down.

is

required

the

bushing

so

the

micro-

screws

length.

can

the

two

that

in

the

the

cover

inside

is

required

be

compressed

pitman

in

the

bushings,

(E),

must

only

switch.

when

motor

is

rod

(A,

back

must

the

switch

when

rod

spring

treadle

micro-switch

be

enough

The

clutch

running;

engaged.

Fig.

20)

panel.

be

re-

relo-

heeling

more

or

tens-

for

act-

lowered.
travel
roller

is

on

If

Fig.

20

29

Adjusting Instructions

the

switch

bushing

circuit

the

a

very

EXAMPLE:

operation

this

(D).

If

the

of

pushbutton

important

If

the

would

TREAD

should

pushbutton,

the

machine

is

started

require

not

This

is

synchronizer

is

depressed,

function.

the

LINE

be

allowed

accomplished

PUSHBUTTON

which

is

has

stopped

and

the

needle

operator

SWITCH

to

ride
by

is

mounted

interrupted.

the

needle

with

the

entering

to

raise

ADJUSTING

over

adjustment

the

the

FUNCTION

to

the

table

Therefore,

will

position

needle

the

needle

level

up

material

(Continued)

on

the

of

the

stop

board,

when

up

without

after

to

the

trimming

should

up

micro-

bushing

is

depressed,

treadle

become

position

switch

(E).

is

heeled

trimming.

and a new

unthreaded

for

rethreading

actuator

the

cutter

while

This

sewing

is

•
.

If

actuate
stitch

treadle

remove
#2
ing

the
needle

sisting
blowing
a
(A,
for
the
located
wave

(C)

solenoid.

and

To

When

and

switch

Should

jumper

The

straight

Fig.
the
input

rectifier

located

the

operator

and

by

doing

requires

avoid

will
INSTALLATION

jumper

pin

positioning

power

of

type

22)

primary

to

under

this

position

installing

#3

on

plug

the

inching

wire

FUSING

three

and

blow

located

the

the

for

under

thread

rethreading

condition.

wire

socket

or

it

(A.

unit

pack

(3)

fuses

are

rated 5 AMP

in

winding

full

wave

chassis

the

the

wiper

heels

so

the

inching

will

Fig.

THE

incorporates

rated 2 AMP

the

lose

needle
OF

INCHING

switch.

(A,

Fig.

(B)

before

not

switch

will

the

auxiliary
chassis

solenoid

be

21)
not

POWER

of

which

at

front

of

the

rectifier.

fuses

treadle

the

depressing

function

must

the

fuses

to

retained

of

the

looper.

up

without

SWITCH

M

6665,

21)

located

connecting

properly.

removed

position

PACK

a

two

at

250 V.

panel

transformer

The 2 AMP

output

motor.

(30 VDC)

at a later

be

replaced

up.

safety

are

250 V

The 2 AMP

fuses

The 5 AMPfuse

the

output

obtain

looper

the

pushbutton

actuating

be

between

feature

of

and

the

as

side

of

and

the

the

thread.

sure

the

or

the
the

AC

well

fuse

the

side

relay

needle

the

to

pin

inch-

date,

the

con-

slow

third

fuse

input

as

(B)

full

of

This

knife

the

coil

up

will

while

mechanism.

rectifier

control

position.

result

heeling

Fig.

for

circuit

the

knives

in a skipped

back

21

the
(24

on

the

cutter

VDC).

30

Adjusting Instructions

POWER

PACK

CIRCUIT

DESCRIPTION

If

the clutch

# 2

permit

The

current

to

contacts

the

synchronizer

When

Relay

completed

As

Relay
auxiliary
r

otates

the

arm

the

24 VDC

will

flow

#1

and

#2

down

#1

is

energized,

through

#2

is

energized,

positioning

machine

switch
to

from

of

band

flow

the

is

throu

the

clutch

to

two

the green

contacts

#5 and

the

motor, indicated

in

ooerati~

g

Fig.

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gh

diodes

arm

the

common

#4

auxiliary

direction

treadle

the

switch,

of

22

control

of

the

band
section
Relay

motor

in

yellow

until

in

rest

ing

circuit (indicated

24

volt

secondary

to

contacts

and

coil

of

the

#1,

therefore,

circuit

(Fig.

the

needle

31

position,

#5

and

of

Relay

control

energizing

supplying

23),

has

reached

contacts

in

red, Fig. 23) •

of

the

#6

# 1

circuit

220 VDC

is

completed.

#1

transformer

of

Relay

and

Relay

(Fig.

23)

Relay

to

its

first

and

#3

#6 •

#2.

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Adjusting Instructions

ping

position
contacts
This,

permitting

coil
gized
# 3
Therefore,
switch
the
tacts
continuous
dotted
band
and
to
and

pleted
ing
its
black
red

in

When

of

Relay

Relay

supply

are

Relay#

#2,

line,

on

the

#4,

in

synchronizer

#6.

When

which,

220 VDC

highest

insulating

control

POWER

(bottom

the

insulating

turn,

#10,

will

the

treadle

24 VDC

#3

#6.

As

the

coil

Relay

opened.

3, a

path

and

flow

of

Fig.

synchronizer

Relay

Relay

in

turn,

to

drive

position.

barrier

circuit

of

open

is

to

flow

and

through

the

with

#3

stays

(Relay

to

#14

low

24).

This

#3

the

brushes

#1

energizes

the

At

which

PACK

stroke).

black

coil

ground

of

current

current

this

and

CIRCUIT

the

auxiliary

heeled,

through

the

of

24

VDC

energized

#3

Relay

low

is

reached.

#1 (up)

is

energized,

positioning

point,

opens

stops

DESCRIPTION

At

this

barrier

contacts # 14
contacts

Relay

is

"self-locking").

is

obtained.
#4

through

current

is

Relay

the

and

the

control

#3

is

even

and

though

until

is

now

will

Through a second

supplied

#3

the

coil

motor

contact

the

auxiliary

positioning

time,

motor

the

the

opens

and

#12

and

energized,

the

the

The

charging

coil

aid

through

(common),

green

#2.

ContactswithinRelay#2

(yellow

brush

synchronizer

the

red

control

# 3

on

circuit

#11

the

treadline

contacts

Due

to

20

MFD

(red

of

Relay

the

pull-

the

thus

control

circuit)

#1

of

motor

motor.

(Continued)

brush

and

green

circuit

the
indicated
to

#4

contacts

#1

the

capacitor

in

set

red

the

control

and
treadline
and

switch

and

#2

self-locking

dotted

# 4

is

of

Relay

of

control
energizing
circuit

until

synchronizer

circuit

# 2

control

cause

in

blue

#3

of

#2

and

is

of

the

connected

line,

also

points,

the

# 4

circuit

(Fig.

needle

obtained

when

Relay

by

(down

it

switch

(Fig.

the

de-ener-

#·3

now

clutch

feature

Fig.

contacts

(Fig.

24)

is

close

bar

reaches

opening

band)

circuit

to

stop
close

24)

of

Relay

opened

arm

to

con-

24).
(blue

the

trim

coils

com-

supply-

is

.

•

to

•

of

A

# 5

24)
#1

at
the
the

While

the

synchronizer
synchronizer
coil

of

Relay # 4.

ing

30 VDC
tacts
which

line,

and
chronizer

trol

same

through

capacitor

solenoid)

while

Relay
(blue
Relay

the

clutch
out
close

to

#12, #11,

was

Fig.

#9

of

circuit

instance,

the

Relay
#5

becomes

dotted

# 5

blue

dotted

If

the

arm

trimming.

energizing

coil

of

Relay

control

(red

Relay

the

machine

is

brushes

As

to

the

#8

previously

25).

The

#4

contacts

is

opened

the

coil

holding

has

discharged,

#4

was

line,

treadline

switch

Fig.

circuit,

circuit

As

the

Relay

#6.

is

contacted.

#1

and

the

coil

cutting

and

#7

charged

other
(green
the

black

and,

20

MFD

it

circuit

energized

energized

25)

Fig.

and

switch

are

closed,

treadle

coil

This

will

rotating

This

#4

of

Relay

solenoid

within

20

dotted

thereby,

capacitor

energized

Relay

and

until

25).

the

Relay

is

MFD

line,

insulating

connects

across

and

After

thread

should

Relay

is

heeled,

# 6

directly.

open

to

the

completes

(indicated

# 4

is

(yellow

#4.

connected

capacitor

Fig.

barrier

removing

across

until

#4

is

de-energized

the

the

connects

the

capacitor

the

wiper

be

closed

#6

will

contacts

There

the

blue

second

the

in

green,

energized,

line,

At

the

the

capacitor

circuit

Fig.

the

across

is

now

25).

As

of

the

the

coil

capacitor

20

MFD

coil

of

thread

has

returns.

before

prevent

is

position

cutting

Fig.

the

25)

same

the

charging

soon

the

trimmer

24

VDC
of

and

capacitor

Relay

wiper

discharged

has

the

the

#1

and

no

restriction

(Fig.

(up

position),

control

25)

supplying

power

is

completed

time,

coil

as

Relay

discharged,

unit
#2

23

the

of

Relay

the

band,

from

has

#5

contacts

Relay
#4
discharged.

opens

(red
solenoid

from

of

the

and

through

brush

which

Fig.

circuit
circuit

20

MFD

# 4

#4

the

#4,

begins

the

yellow

was

circuit,

power

through

Relay

# 1

and

stopping

clutch

to

current

24)

band

through

24

VDC

for

supply-

through

capacitor

(red

contacts

of

the

green

but,

to

discharge

After

charging

Fig.

30

the

# 5

# 2

up

arm

flowing

within

#4

on

the

to

con-

dotted

#5
syn­con-

at

the
the

(cutter

25).

VDC

coil

of

opens

on

the

with-

switch

con-

36

Adjusting Instructions

tacts
being

sistor
sults

the

black
Relay
up

and

POWER

#12

and

#11

energized.

added

in

series

in a decreased

After

the

machine

insulation

# 3

(Fig.

24).

trim.

to

The

If

PACK

#4

and

reason

with

current

has

barrier

the

treadline

CIRCUIT

#3

of

Relay

for

the

the

relay

flow

(restricted).

positioned

..

Relay

DESCRIPTION

#6

thus

slower

coil

down

#6

switch

pull-in

(blue

and

is

de-energized

is

(Continued)

preventing

of

Relay

circuit~

Fig.

synchronizer

closing

now

closed

the

the

Relay

#3

is

24).

This

brush

the

machine

the

330 OHM

# 2

has

blue

coil

#3

resistor

contacted

circuit

will

position

from

re­re-

of

Fig.

26

37

Before

satisfaction
and
ficial
ing
needle
(Fig.
and

Unit

this

is

not

to

you.

any

components

positioner

26)

square

Condition

does

machine

and

durability

positioning

NOTE:

portion,

and

square

relay

not

#4

position

left

the

properly

A.

C.

on

the

relay

and

#5.

TYPICAL

factory

at

all

voltage

printed

checkpositioner

#6.

times.

see

circuit

All

NEEDLE

Bad

fuse

it

was

the

200-250

the

adjusted

If

however,

chart

trimmer

below

volts.

boards.

circuit

POSITIONER

Causes

and

inspected

the

needle

for

Remove

If

difficulty

board

circuitry

so

positioner

suggestions

all

relays
should

670

E-9,

is

on

the

PROBLEMS

Replace

as

to

give

has

which

before

be

encountered

round

trimmer

Cures

fuse

you

been

may

testing

relays

board

(No. 7

the

utmost

readjusted

prove

or

#1,

bene-

check-

with

#2,

670

Fig.

the

#3

E-5

26)

Unit

positions
position,
position

Unit

turns

or

shatters

the

fuse

Unit

blows

few

hours

days

Unit

keeps

an

inching

but

down

the

the

or

on

speed

up

in

does

fuse

glass

the

fuse

every

stitching

second

not

black

of

every

few

at

Synchronizer

ged

in

properly

Dirty

Treadle

properly
No
Burnt

armature
Tight

teeth

Bad

Diodes

The
opening

Diodes

Grounded

touching

Oil
Tight

Low

Operator
excessively

Bad

Synchronizer
ged

Damaged

iary
Synchronizer

wheel wheel
Very

brushes

input

or

fiber

on

relays

shorted

treadle

are

saturated

fiber

voltage

relay

in

properly

motor

loose

jack

jack

not

power

dirty

gear

fiber

gear

switch

shorted

armature,

field

armature

gear

fluttering

jack

field

coil

loose

"V"

not

or

plugged

(220

V)

brushes

or

out

out

tie

treadle

not

in

on

belt

plug-

broken

in

and

broken

is

not

bolt

plug-

·

auxil-

hand-

Check
chronizer

necessary

Clean
Clean

jack

Check

Clean
replace

Take
housing
i

ve

Check

26)

with

Replace
circuit)

The
first
turned
again

Replace
with

Insulate

short

Clean
Take

housing
i

ve

stock
Use
Caution

Check

with

Check
chronizer

Replace

Tighten

Reposition

connection

or

replace

connection

input

armature

fiber

and

stock

from

relays

tester

diodes

unit

will

time

off

diodes,

1000

PIV

tie

armature
fiber

and

from

2

amp.

operator

relay

tester

connection

jack

auxiliary

synchronizer

jack

power

gear

remove

hub

(Nos.

position

after

and

and

bolt

gear

remove

hub

fusetron

(No.

motor

of

or

replace

brushes

of

treadle

or

brushes

out

of

excess-

1 & 2,

(220 V. A.

down

the

power

then

back

preferably

fiber

board

and

remove

out

of

excess-

1,

Fig.

of

motor

on

hand-

to

suit

syn-

if

or

bell

Fig.

C.

the

is

on

bell

26)

syn-

38

TYPICAL

NEEDLE

POSITIONER

PROBLEMS

(Continued)

Auxiliary
while
with

Unit

Auxiliary

hot

Unit
tioning
fuse

Auxiliary
turn
know

Unit

power

clutch

main

positions

blows

is

over

power

does
to

Condition

motor

motor

motor

fuse

one

time,

first

motor

although

not

solenoids

is

slowly

after

put

is

runs

engaged

runs

very

posi-

not

when

in

will

feeding

provide

not

you

it

Clutch
opening

Clutch
Armature

mutation
ed

and

dirty

Tight

fiber

Bad

relays

Improper
arm

switch

Operator
arm

switch

Grounded

Bad

relays

Lead

Brush

armature

Bad

Bad

Tight

Solenoids
to

Bad

Di

No
secondary
blue.

rubbing

holders

relays

armature

fiber gear

power

relays

odes

volta

g

shorted

ray

arm

arm

or

field

are

pack

ge

Causes

switch

switch

has

is

partly

gear

setting

flutterin

coil

in

brush

brushes

not

out

from

on

transformer

and

poor

of

g

armature

against

connected

trimmer

white

is

not

broken

com-

short-

clutch

clutch

leads

Adjust
erly

Replace
Dress

stone

Take
housing
ive

Check
Fig.

Adjust
erly

Caution

Check

tie

Check

26)

Check
it
down
position
the
the
operation.

prolong

maintenance
Isolate

Remove
motor
er

Check
tie

Check

26)
Replace

motor

Take
housing
i

ve

Check

Check

6,
Replace

cuit
Check

if

former

clutch

switch

armaturewith

fiber

and

stock

relays

26)

with

clutch

operator

with

bolt

relays

with

tester

operation.

is

possible

position

units,
positioner
needle

life

from

end

and

with

bolt

relays

with

tester

brushes

fiber

and

stock

connections

relays

Fig.

26)

diode

board

output

defective

Cures

arm

gear

remove

from

tester

arm

tester

(Nos.

to

at

This

and

armature

cap

relocate

tester

(Nos.

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remove

from

(Nos.

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on

of

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replace

switch

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(Nos.

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thereby

to

the

hub

trimmer

transformer,

excess-

switch

and

insulate

1 & 2.

Sometimes

remove

only
end

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and

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on

auxiliary

out

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on

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on

of

greatly

of

trans-

prop-

bell

prop-

Fig.

the

two
using
raise

the

hold-

Fig.

bell

leads

4,

5,

cir-

2.

39

PICTURES

OF

AND

PARTS

DESCRIPTION

FOR

MACHINES

II

KLIPP-IT

WITH

II

41

26

22

1 2 3 4 5 6 7 8 9 1 0

11

1 2 13

14

1 5 1 6

17

18

1 9

20

21

42

SEVERING

DEVICE

.

FROM

COMPLETE

REF.

No. 1

NO. G 29480

TO

22

KE

Ref.

No.

1
2

3
4
5
6
7
8
9

10
11

12

Part

No.

G 51373
G 51368
G 51367

99314

G 51374

G 51349

96705
G 51371
G 51350
G 22561 A

KE
KE
KE

u

87

KE

187 B

KE

KE
KE

Description

Hexagonal
Washer-------------------------------------­Washer--------------------------------------

Nut-----------------------------------------­Screw---------------------------------------­Stop

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

Screw

Lower
Spring---------------------------------------

Upper
Lower

Screw---------------------------------------

stop

plate---------------------------

---------------------------------------­Knife----------------------------------

Knife

Knife

Carrier--------------------------

Carrier--------------------------

_-----

Amt.
Req.

1
1
1
1

2

1
1

1
1
1
1

2

13
14
15
16

17
18
19
20
21

22
23
24
25

26

G

51370
99316

G 51351

G 51363 KD

43443

G 51352

G

G 51372

G 51337

22839

G 51351

G 51280 A

G 51351

KE

KE

Q

KE

660-210

KE

KE

S

604

EA

Upper

Screw---------------------------------------

S::ounter
Plate
Nut----------------------------------------­Connecting
Locking

Support
Connecting
ScreW---------------------------------------

Loop
Throat
ScreW---------------------------------------

Support,

Knife

Spring

Retainer--------------------------------

Plate

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

Part

Ring---------------------------------

Plate---------------------------------

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

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

Part------------------------------

Rod-------------------------------

Support--------------------------

for

Loop

Retainer--------------------

1
3
1
1
1
1
1
1

1
1

1
1
2

1

43

~

~

1 2 3 4 5 6 7 8 9

10

11

1 2 13

14

1 5 1 6

17

18

19

20

21

2 2 23 2 4

25

26

27

28

2 9

30

31

3 2

THREAD

WIPER ASSEMBLY NO. G 29906 E

Ref.

No.

1
2
3
4
5
6
7
8

9

10

11

12
13

Part

No.

99648

G 21233

94

92 A

99654

99318
43443

99647
96707
60078

22738 D

99646 A

c

HE

Q

z

.Be

scription

Thread

Wiper

Guide,

upper

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

Cable----------------------------------------­Screw----------------------------------------­Screw-----------------------------------------

Cable

Holder----------------------------------

Screw-----------------------------------------

Nut-------------------------------------------

Nut

for

Thrust

Rotary

Collar----------------------------------

Solenoid

(5-40

NC-2A)

Spring----------------------------------------­Nut-------------------------------------------­Screw----------------------------------------­Lever-----------------------------------------

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

Amt.

Req.

1
1
1
1
3
1
1
1
1
1
1

1

1
14
15

16 X
17 X
18
19
20
21
22
23
24
25

26
27
28

28

99646 B

25

G 51358

22729

22585
99651
99652
99648
99653

43443

1310109

998-59
22767 A
96150

B

s

KA

c

Q

Screw----------------------------------------­Ball-------------------------------------------

Screw-------~---------------------------------

Thread

Guide---------------------------------­Screw----------------------------------------­Screw--------------------------------------·-­Bracket--------------------------------------­Washer--------------------------------------­Thread

Thread

Wiper

Wiper

Guide,

lower

·-------------------

Wire--------------------------­Nut------------------------------------------­Isulating-Tube---------------------------------

Terminal

-------------------------------~-----

Screw-----------------------------------------

Washer----------------------------------------

1
1
1
1
1

· 1
1
1
1

1

2

1

1
1

1

29

30

31

32

998-243
99650
22849 A

99649

X

These

parts

are

Rotating

Mounting

Solenoid-------------------------------

Bracket-------------------------------­Screw----------------------------------------­Holder----------------------------------------

not

included

in

No. G 29906 E

45

1

1
2
1

46

SOLENOID DRIVE

COMPLETE

NO. G 21233

BL

Ref.

No.

1

2

3

4

5

6

7

8

9

10

1 1

12 X
13

Part

No.

99616
97005

41332 J

96276
99613
96275
99619

55235 E
99617
99614

660-436
998-306

Description

Nut M

Connecting

Presser

8---------------------------------------

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

Spring--------------------------------

Washer---------------------------------------

Retaining

Ring-------------------------------­Shaft----------------------------------------­Retaining
Span

Ring--------------------------------

Screw----------------------------------­Nut-----------------------------------------­Bushing-------------------------------------­Rock
Solenoid

Shaft

Connecting-------------------------

Harness-----------------------------

Solenoid-------------------------------------

Amt.
Req.

1
1

1
1
1
1
2
1
1
3
1
1

1
14
15
16
17 X
18 X
19

20
21

22

23
24
25

X

X

95168

G 52882

KE
G 21233 BG
G 21233

D-4

95169

90
99615
99621

25

s

22734 A

96150

998-304

Screw---------------------------------------

Base---------------------------------------­Cable
Cable

Holder---------------------------------

Holder--------------------------------­Screw---------------------------------------­Screw----------------------------------------

Washer--------------------------------------­Lever---------------------------------------­Screw----------------------------------------

Screw----------------------------------------

Washer--------------------------------------

Terminal------------------------------------

3

1
1
1

1
1
1
1
1
1
1
1

x

These

parts

are

not

included

in

No. G 21233

47

BL.

1 2 3 4 5 6 7 8 9 1 0

11

1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9

20

48

THREAD

TENSION

PARTS

Ref.

No. No.

1 G 51292

2
3 222 D

4
5 22513

6 G 52892
7

8

9

10 22757
11
12

Part

99622

G 51335

G 51291 A

99296

G 51346

98 A

G 21657 W

KE

KE

KE

KE

Description

Tens

ion

Thread

Collar
Screw-----------------------------------------

Guide----------------------------------------­Screw----------------------------------------­Tension

Looper
Screw----------------------------------------­Eccentric--------------------------------------

Screw----------------------------------------­Screw-----------------------------------------

Tension

- - - - - - - - - - ---- - - - - - - - - ---- - - - - - - - - - - - - - - - 1

Post

Thread

Release

Eyelet

Support---------------------------

Guard---------------------------

and

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

Lifter----------------------

Amt.
Req.

1

2
1

2
1
1
1
1
1
2

1
13 G 21657
14
15
16
17

18
19

20

G 51358
G 51392

77 A

668-25

668-28
96826
96711

KA-3

KE
KE

Tension

Screw-----------------------------------------

Thread
Pull-offRod----------------------------------­Eyelet---------------------------------------­Locking
Pin-------------------------------------------

Spring----------------------------------------

Disc

Pull-of£

Ring----------------------------------

Separator-------------------------

Hook---------------------------

1
2
2
1
2
2
1
1

49

50

HANDWEEL,

BELT

GUARD,

PULLEY

HUB AND MISCELLANEOUS PARTS

Ref.

No.

1
2
3

4

5

6

7
8
9

10

11

12

Part

No.

B 21375 AH

99654

22548

93

22596
99620
99296
22570

52782 c
99654

92 A

99654

Description

Belt

Guard------------------------------------

Cable

Holder---------------------------------­Screw---------------------------------------­Screw---------------------------------------­Screw----------------------------------------

Lever---------------------------------------­Screw---------------------------------------­Screw

---------------------------------------­Screw---------------------------------------­Cable

Holder---------------------------------­Screw---------------------------------------­Cable

Holder----------------------------------

Amt.
Req.

1
1

4

2

1

1
1
1
1
1
1

1
13
14
15
16
17
18

31121 A
22894 G

660-202

61321 J

22574

61321 L

Pulley

Hub-----------------------------------­Screw---------------------------------------­Seal-Ring-------------------------------------

Handwheel-----------------------------------­Screw----------------------------------------­Washer---------------------------------------

1
2
1
1

3

1

51

-

--

-

--------

-

--

Part

No.

25

s

28

B

77A
87U
90

••••••••

92 A ••.•••

93

••••••••

94

••••••••

98

A

187B
2220

604

••••••••

660-202

G

660-210
660-436
668-25
668-28
998-59
998-243
998-304
998-306

G

21233

G

21233

G

21233

G

21233

B 21 3 7 5

G21657W
G

21657
22513
22548

G

22561 A ••••••
22570
22574
22585
22596

22729

22734 A ••••••

22738 D ••••••

D-4
BG
BL
HE

AH

KA-3

••••••••

••••••••

••••••••

••••••••

c

••••••••

••••••••

......

••••••

••••••

••••••

••••••

•••••.

••••••

••••

••••

••••

•••••

•••••

•••••

••••

••••

••••

••••

•••••

•••••

•••••

•••••

••••••

•••

......

NUMERICAL

Page

No.

43,

45
43
47
41
45
43,

49

49

43

4 7

41
47
41
49
41
45
4 7
4 7
43
43

45

45

45
45
45
43

4 9

47
47
47
49
41
49

49

43

49
43
45
43

INDEX

Part

No.

22757
22767 A ••••••
22839
22849 A ••••••
22894 G ••••••

G

29480

G

29906 E .•••••

31121 A ••••••
41332 J ••••••
43443

G51280A
G51291A

G

51292

G 5 13 3 5

G 5 13 3 7
G

51346
51349

G
G

51350

G51351S
G

51351

G

51351

G

51352

G

51358

G 5

51363

G
G 5 13 6 7

G

51368
G 5 13 7 0
G 513 71
G 5
G

51373
G

51374

G 5

13

G

51892

52782

G 5

2882
55235 E ••••••
60078

13

13

58

7 2

9 2

••••••••

••••••••

KE

0

KE
KE
KE
KE
KE
KE

EA
KE
KE
KA
KE
KD

KE
KE
KE
KE
KE
KE
KE
KE
KE

c

KE

z

•••••

•••..•

••••••

••••••

•••••

• • • • 4 7

• • • •

••••

••••

•••••

••••••

••••

•••••

•••••

•••••

•••••

•••••

•••••

•••••

•••••

•••••

•••••

•••••

••••

•••••

•••••

......

•••••

......

OF

Page

No.

47
43
41
43
49
41
43
49
45
41,43
41
47
47

41
4 7

41
41
41
41
41
41
43
4 7
41
41
41
41
41
41

41

.41

4 7
47
49
45
45

43

PARTS

Part

No.

61321J

61321L

95168
95169
96150
96275
96276
96705
96707
96711
96826
97005

99296

99314

99316
99318
99613
99614
99615
99616
99617
99619
99620
99621
99622
99646 A ••••••••
99646 B •••••••
9964 7 •••••••••
99648
99648
99649
99650
99651

99652
99653
99654

1310109

••••••••

•••••••

•••••••••

•••••••••

•••••••••

•••••••••

•••••••••

•••••••••

•••••••••

•••••••••

•.•••••••

•••••••••

•••••••••

•••••••••

•••••••••

•••••••••

•••••••••

•••••••••

•••••••••

•••••••••

•••••••••

•••••••••

•••••••••

•••••••••

•••••••••

•••••••••

c

.......

•••••••••

•••••••••

••••••••••

•••••••••

•••••••••

••••••••

•••••••••

Page

No.

49

49

45

45

43,45
45
45

41
43
47
4 7
45
47,49
41
41
43
45
45
45
45
45

45
49
45
47
43
43
43

43

43
43
43
43
43
43

,; 4,

43

3,

49

52

..

Q

...

..

'

Q

WORLD'S

,...lf

FINEST

QUALITY

*

,,

•'

INDUSTRIAL

•·'

SEWING

MACHINES

UNION

SPECIAL

maintains sales

and
facilities throughout the world. These offices
aid

you

in

the selection of the right sewing

equipment for your particular operation. Union

and

Special representatives

tory trained
promptly
tion, there

and

and

is

a Union Special Representative to

serve you. Check with

ATLANTA, GA.

BOSTON, MASS.
CHICAGO,
DALLAS,
LOS ANGELES, CAL.
NEW
PHILADELPHIA, PA.

ILL.

TEXAS

YORK, N.

Y.

are

efficiently. Whatever your loca-

service men

able

to serve your needs

him

today.

MONTREAL,
TORONTO, CANADA

BRUSSELS,
LEICESTER,
LONDON,
PARIS, FRANCE
stunGART,

service

will

are

fac-

CANADA

BELGIUM

ENGLAND

ENGLAND

GERMANY

400

Representatives

MACHINE

N.

FRANKLIN

industrial

and

cities

distrlltutors

thro•ghout

COMPANY

ST.,

CHICAGO,

in

all Important

the

world.

ILL.

60610