UnionSpecial 61800 Series Instruction sheet

NE ST QUALITY
STYLES
61800 c
61800 D
61800 H
62200G
62200H
No.
lOlL
T hird Edition
®
L E W I S • C 0 L U M B_I A
•
CLASSES 61 8 00, 6 2200 .
S TR E AM L IN ED
N EE DL E FEED
I NDU S TRIAL
SE WING
MACHINES
LOCKSTITCH MACHI ES
CHICAGO
From the library of: Superior Sewing Machine & Supply LLC

From the library of: Superior Sewing Machine & Supply LLC

Catalog No. 101 L
INSTRUCTIONS
FOR
ADJUSTING AND OPERATING
LIST OF PARTS
CLASSES 61800, 62200
Streamlined, Vertical Hook, Needle Feed, Lockstitch
Styles
61800 c
61800 D 62200 G
61800 H 62200 H
The parts listed in this catalog are
furnished at list prices for repairs only.
Third Edition
Copyright 1960
by
Union Special Machine Co.
Rights Reserved in All Countries
MACHINE COMPANY
INDUSTRIAL SEWING MACHINES
CHICAGO
Printed in U.S. A.
August, 1967
From the library of: Superior Sewing Machine & Supply LLC

From the library of: Superior Sewing Machine & Supply LLC

FOREWORD
Th e pr e dom i nant idea behind ~ is to build the best industrial
se wing ma c hin es in the world. The new high speed. streamlined. vertical hook.
needle feed lockstitch machines are a decided achievement along these lines.
All parts are made to precision gauges insuring complete interchangeability.
A few of the outstanding new features are:
1. STREAMLINED DESIGN
Pleasing in appearance. this functional design provides greater stability
and ruggedness. freedom from difficult-to-clean recesses; new neutral
taupe finish is more restful to the eyes.
2. SIMPLIFIED OILING
Lubrication of these machines is automatic with the exception of three
oil holes in upper arm. (See diagram. Fig. 1.)
3. FLEXIBLE COUPLING
Maximum gear life is produced by the flexible coupling located in the
lower main shaft.
4. PERMANENT HOOK TIMING
After the hook has been timed according to factory procedure. and the
hook shaft gear retaining screws secured, hook may be removed and
replaced without further attention to setting and timing.
5. RAPID ACCELERATION
Precision methods in the manufacture of component parts makes
possible top operating speed almost instantaneous.
It is our constant aim to furnish concisely prepared information that will
enable the customers to procure all possible advantages from the use of Union
Specials. The following pages illustrate and describe parts for styles in
Classes 61800. 62200.
ADJUSTING INSTRUCTIONS for MECHANICS coverin g the 61800 C. D and
Hand 62200 G and H call attention to parts important to meetin g conditional
adjustments described with use of illustrations.
Union Special representatives will be found in all manufacturing centers.
anxious to cooperate with you to plan and estimate r e quirement s .
~ MACHJNECOMPANY
Eng ineerin g De partm e nt
3
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IDENTIFICATION OF MACHINES
Each Union Special machine is identified by a Style number which is stamped
into the name plate.
Machines similar in construction are designated by a Class number which
contains no letters. Letters suffixed to the Class number indicate the individual
Standard machine style. Letter "Z", however, is reserved as a suffix to the
Standard style identification to specify machine is of Special construction.
APPLICATION OF CATALOG
This catalog applies specifically to the Standard style of machine as listed
herein. It can also be applied with discretion to some Special machines in
this Class.. References to direction such as right, left, front, back, etc .• are
given from the operator's position while seated at the machine.
IDENTIFYING PARTS
Where construction permits, each Union Special part is stamped with its
catalog number. A part too small for its complete catalog stamping is identified
by a letter symbol which distinguishes it from another part similar in
appearance.
Each part nulilber represents the same part regardless of catalog in which
it appears.
IMPORTANT! ON ALL ORDERS, PLEASE INCLUDE PART NAME AND
STYLE OF MACHINE FOR WHICH PART IS ORDERED.
TERMS
Prices are strictly net cash and are subject to change without notice. All
shipments are forwarded at the buyer's risk f. o. b. shipping point. Parcel
Post shipments are insured unless otherwise directed. A charge is made to
cover the postage and insurance.
NEEDLES
Each Union Special needle has both a type number and a size number. The
type number denotes the kind of a shank, point, length, groove, finish, and
other details. The size number, stamped on the needle shank, denotes the
largest diameter of the blade measured in thousandths of an inch midway
between the shank and the eye. Collectively, type number and size number
represent the complete symbol.
Selection of proper r1eedle size should be determined by the size of the
thread used. Thread should pass freely through the needle eye in order to
produce a good stitch formation.
For best results, use only genuine Union Special needles in the op e ration
of this machine. They are packaged under our brand name, ~
which is backed by a reputation for producing highest quality needles for more
than three-quarters of a century.
4
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NEEDLES (Continued)
TYPE NUMBERS AND SIZES
Two types of needles are sold for use in Classes 61800 and 62200. For
the standard machines, use needle Type 180 GL. For operations of an ex-
tremely heavy nature, needle Type 182 GA is available.
Each needle is stocked by Type number and Size number:
Type Number
Size Numb er
The kind of shank, point, length, groove,
finish and other details.
The largest diameter of the blade (measured
in thousandths of an inch across the eye) is
stamped in the shank of each needle.
To have orders promptly and accurately filled, the empty package, a sample
needle or the Type and Size number should be given. Use description on label.
A complete order would read as follows: "1000 needles. Type 180 GL, Size
036". The Type numbers of the needles available for use in the styles of
machines covered in this catalog are listed below. Beside the Type number
is given the description of the needle:
Type
No.
180 GL
182 GA
Description
Lockstitch. short length, ball eye, single groove, deep spot, ball
point. chromium plated, sizes - 032, 036, 040, 044, 048, 054,
060, 067.
Lockstitch. long length, ball eye, single groove. deep spot,
chromium plated, sizes - 044, 048, 054, 060, 067.
ORDERING REPAIR PARTS
ILLUSTRATIONS
The arrangement and purpose of this catalog is to facilitate easy and
accurate ordering of Union Special Machine Company replacement parts.
Five Exploded View plates cover the Standard Styles listed in this catalog.
Each plate presents a sector of the machine, parts aligned in assembled
position. Small keyline views show by blackened area where parts fit in the
assembled machine.
Sub-assemblies are covered in the Exploded Views by dotted line boxes.
Each plate bears respective reference numbers and arrows for each com-
ponent part available. The part description, the amount required plus the
Union Special Machine Company part number used when ordering is found
on page facing illustration.
5
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ILLUSTRATIONS (Continued)
Component parts of sub-assemblies which can be furnished for repairs ar e
indicated by indentation of description underthe descriptionfor the main sub-
assembly. Example:
Ref.
No.
55
56
Part
No.
51239 L
97 A
Amt.
Description Req.
Feed Driving Conn e cting Ball
Joint, upper--------------------- 1
Screw----------------------- 2
It will be noted in the above example that the shell and the ball stud are
not listed. Replacement of these parts is not recommended. Complete sub-
assembly should be ordered.
Basically, Classes 61800 and 62200 are the same except Class 61800 is a
single needle while the Class 62200 is a two needle; therefore, all parts for
the standard machine are the same. In some cases, the quantity requirement
is changed. Special plates near the back of this revised edition give separate
and complete lists of sewing parts applicable to Styles 61800 c. 61800 D,
61800 H, 62200 G, 62200 H.
Near the back of this catalog is a numerical index of parts. Listed are
part and page numbers where components are shown for accurate and complete
description.
STYLES OF MACHINES IN CLASSES 61800 AND 62200
Streamlined Flat Bed Lockstitch Machines. Light, Medium and H eavy Duty,
Needle Feed and Drop Feed, Rotary Hook, Vertical Hook Shaft, Thumb Screw
Stitch Regulator with Locking Device, External Needle Thread Tension Me ch-
anism, One ReservoirEnclosedAutomatic Lubricating System f or Main Dr ivin g
Mechanism, Separate Reservoir for Automatic Lubrication of R otary H oo k
Mechanism, Upper Left Head Mechanism Manually Lubricated, Maximum Wor k
Space to Right of Needle Bar 10 Inches.
61800 C Single Needle Machine for miscellan e ous seaming operat i ons on light,
medium and heavy weight materials; equipped with hinged bottom presser
foot.
61800 D Single Needle Mach i ne for top st i tching waistbands to trousers;
equipped with double action compensatin g presser foot.
61800 H Single Needle Mach i ne for miscellaneous operations on m e dium and
heavy work. requ i ring heavy thread. 16- 4 cordis maximum us abl e thr e ad
size. Hinged bottom presser foot.
62200 G Two Needle Machine f or misc e llaneous seam i ng operations on work
shirts. overalls, wor k pants. dungaree s , corsets and other foundation
garments, jackets. shop coats, aprons and similar light, medium and he avy
weight articles.
62200 H Two Needle Machin e for misc e llaneous operation s on overalls.
western type dungarees. jackets, me dium we i ght canvas, upholstery and
similar items requ i ring the use of heavy thread. 16-4 co r d is maximum
usable thread si ze.
6
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OILING INSTRUCTIONS
There are three oil reservoirs on the Class
62200 machines which are filled through the oil
cups "C", "D" and "E" (Fig. 1). Each hook is
automatically lubricated from its own reservoir
by a spiral oil screw. The amount of oil re-
quired for each hook may be adjusted for by a
metering screw located at the bottom of the
reservoir. The ma in reservoir which houses
the gears, stitch regulating mechanism, needle
feed driving mechanism, upper main shaft
bearing etc., lubricates these parts by a splash
action and also supplies oil to the lower feed
mechanism through the lower shaft.
The level of the oil in the three main re-
servoirs can readily be observed at the lucite
gauges "F" ,· "G'' and "H". The manually oiled
holes "A", "B" and "J" lubricate the head
mechanism, the left upper main shaft bearing,
and needle bar frame pivot pin, respectively. Fig. 1
Use a straight mineral oil of a Say bolt viscosity of 200 to 250 seconds at 100° Fahrenheit
for all oiling places. Lubricate machine at points "A", "B" and
11
J" twice daily, depending
on operating conditions, and add oil to cuos "C", "D" and "E" to maintain levels between
lines of the sight gauges "F", "G" and "H
1
'.
CAUTION! The main reservoir and hook reservoirs (or reservoir) is drained be f ore
the machine is shipped and must be filled before starting to operate.
The oiling for Class 61800 is the same as for Class 62200, except there is only one
hook reservoir.
THREADING INSTRUCTIONS
THREADING THE NEEDLES
Follow instructions in threading diagrams (Figs. 2 and 3) for correct thr e ad i ng of
needles and associated eyelets.
61800 . 62200
Fig. 2
Fig. 3
7
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WINDING THE BOBBIN
Thread th e bobbin winder by leadin g the thread
from the supply down through the eyelet (A, Fig.
4), down between the tension discs, and underthe
tension post. Press an empty bobbin on the winder
shaft (B) up to the stop, wind the end of th r ead
around the bobbin a few turns in a clockwise di-
rection and press downwardly on hand lever (C)
until pulley is moved into contact with machine
belt, and is locked in that position. When the ma-
chine is operated, the bobbin will be rotated and
filled until the thread engages the automatic throw-
out member, which disengages the pulley. The
extent to which the bobbin is filled can be varied
by the regulating screw (D).
Fig. 4
The tension post bracket is mounted on the winder base, and can be shifted
from left to right by loosening screw (E) so that any tendency of the bobbin to
wind unevenly may be readily corrected.
The purpose of the bobbin winder is to assure the operator a full bobbin at
all times. When the bobbin in the machine is used up, replace it with a full
one and begin to wind the empty bobbinimmediately. Bobbins can be rewound
while machine is sewing.
INSERTING THE BOBBIN
Place the bobbins in the hooks so that
they unwind in th e opposite direction to
that of the hook rotation (Fig. 5). Pull
the thr e ads i nto the slots of the bobbin
cases (A). This operation will bring the
bobbin threads between the tension
s prings and th e bobbin cases. Adjust bob-
bin thread tension, by regulating the
pressure on spring (B) with screw (C) on
bothbobbincase s , sothatthereisa slight
drag on th e thr e ad. Make sure that the
bobbin thr e ad is between the tension
sprin g and bobbin case.
Fi g. 5
ADJUSTING INSTRUCTIONS FOR MECHANICS
CHECKING THE F LOW OF OIL FROM THE HOOK SHAFTS
Oil is filter ed to the hook shafts from the oil reservoirs. All of the hook
opener mechanisms are maintained in pe ak operative condition by runnin g in
oil. Daily checks for adequate oil supply in the reservoirs are important.
8
-------------------------------------------------------------
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CHECKING THE FLOW OF OIL FROM THE HOOK SHAFTS (Continued)
c
Fig. 6
The metering pins (A, Fig. 6) are
th e c ontrol screws for the quantity of oil
flowing to the hooks. Regulate these
pins somewhere between 1/2 and 3/4 of
a turn from the closed position for
normal flow requirements.
Check and regulate the flow of oil to
the hook shafts by. first, loosening the
lock nuts (B, Fig. 6) and with fingers,
opening the metering pins 4 or 5 turns
to allow a test maximum flow of oil to
the hooks. Tighten the nuts; run the
machine until oil sprays from the shafts
or hooks. Then loosen lock nuts, turn
pins in until they set and back off 1/2 to
3/4 turn. Tighten lock nuts, and holding
piece of yellow paper behind the hooks
and parallel with the hook shafts, run the machine for about a minute to make sure that a
fine spray of oil appears on the paper.
Additional checks are normally required at time of new installation and when refilling
the reservoirs of machines that have been allowed to run completely dry.
NOTE: Check of oil from the hook shafts may also be made while hooks are out of the
machine.
SETTING THE NEEDLE BAR
The setting of the needle bar (A, Fig. 7) to the
proper needle bar height timing line will, in prac-
tically all cases, produce the optimum location of
the needle loop with respect to the hook point for
proper loop pick up.
A maximum "down" position of the needle bar
may be established by turning the handwheel in the
direction of operation until the crank pin and the
needle bar connecting link align perpendicular behind
the needle bar. (Looking into end as shown by Fig. 7,
pin and link cannot be seen. )
Needle bar height adjusting is governed by the
length of the needle used. Two sets of timing lines
(B, Fig. 7) are engraved on every needle bar to
assure accurate timing. The upper pair is used
when Type 180 GL "short length" needles are speci-
fied, the lower pair is used with needle Type 182 GA
"long length" •
Set the upper timing line of the pair selected for
timing (depending on the type needle being used) flush
with the lower edge of the needle bar bushing C). Fig. 7
This is done by loosening screw "D" in the needle
bar clamp and while holding the needle bar clamp in its "down" position, moving the
needle bar as required. Tighten clamp screw at this position.
9
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SETTING THE NEEDLE BAR (Continued}
To position the needle bar in relation
to the presser bar, first set the needle
bar at the bottom of its stroke. Then,
r e mov e th e top reservoir cover at the
right e nd of th e machine. Loosen clamp
nut (B, F ig. 8} of the feed driving lever
(A} and swing the needle bar frame (E,
F ig. 7} forward or backward in the line
of f ee d until the factory specified distance
of 39/64 inch is obtained between the nee-
dle bar and the presser bar. (Gauge No.
21227 BLis availablefor measuring this
adjustment.} After needle bar meets re-
quired setting, tighten clamp nut (B, Fig.
8} and re-assemble cover.
TIMING
Fig. 8
Timing is the synchronization between the upper main shaft and the lower
main shaft.
To change or check the timing between the lower and upper main shafts,
removetheheadcover andthe maingearcase reservoirbottom cover (Fig. 9}.
F ig. 9
Mak e certain (by a visu al check} that the n ee dle bar is in its maximum
"down" po s it i on by turnin g the hand wheel in di r e ction of operation until crank
pin and th e n ee dl e bar c onnecting link align p erp e nd i cul ar behind the needle ba r.
Timin g be tw ee n the ne edle bar and the feed lif t ec ce ntric (not illustr ated
butlocated on the low er fe ed shaft} is dete rmin ed by ang ul ar r elativity betw e en
fl ats of the upp er main and lower main s ha fts .
10
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TIMING (Continued)
Upon location of the needle bar in its maximum "down" position, the timing
may be checked by looking into the main reservoir at bottom. If the machine
is timed properly, the flexible coupling pin (C, Fig. 9) will line up with the
center of the lower main shaft (D). It will also be noted that the end of the pin
(C) whichis held in gear (A) willline up with the small c~sting boss (B). Since
the flexible coupling head (E) has two pins, located 180 apart, care must be
taken to choose the correct pin for the timing checking. The correct pin (C)
which is farthest away from the two hub securing screws, is to be used for
this check.
If timing is incorrect, it will be necessary to move the lower main shaft
(D) to the left far enough to remove it from the coupling. The gear with the
hub and its pins should then be remeshed with the idler gear to produce the
location of the correct coupling pin (C) as shown in the illustration. Ifthe cou-
pling hub (E) is removed from the lower main shaft, the hub screw that is used
as the timing screw on the lower main shaft timing flat, is the first screw
coming into view as the shaft is turned in operating direction. Replace gear
case cover ofbottom reservoir. Use no gasket sealing compound on any gaskets.
NOTE: There should be about 1/32 inch space between the main shaft
collar (F) and the flexible coupling gear (A) when this coupling gear is fixed in
operating position at extreme right.
Final check on timing can be made
after machine is adjusted by observation
of the entry of the needles into the feed
dog holes (A, Fig. 10). The point of the
needles should enter the feed dog holes
as th e feed dog is just passing the top of
the throat plate.
LOCATING THE FEED DOG
Having previously spaced the needle
bar with the presser bar, the position of Fig
10
feed dog with respect to the needles may •
be checked. The feed dog is to be so aligned in the line of feed that the needles
will enter the needle holes at the center or just slightly to the front. Should an
enlarged needle hole be required, countersink the feed dog from the top, and,
if possible, do not enlarge the bottom of the needle hole.
To center needles in the feed dog in the
line of feed, remove the bottom cover of
the main reservoir exposing the clamp
screw (G, Fig. 9) inthefeeddriving arm.
Loosening the screw enables the feed
rocker shaft to be rotated to secure the
proper location of the feed dog. Re-
tighten clamp screw and replace main
reservoir bottom cover.
To adjust the feed dog across the line
of feed, loosen the feed rocker set screws
(A, Fig. 11) andmovethefeed rocker (B)
in the required direction to center the
needle in the feed dog needle hole.
11
Fi g. 11
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TIMING THE HOOKS
Th e correct position of the hooks on their shafts is of great i mportan ce.
The timing between the hook opener finger and the hook is governed by th e
position of the hook time screw on the hook shaft flat. If the wrong hook scr ew
is placed on the flat, the hook opening finger wi ll be out of time with the hook .
Fig. 12
The time screw intended for the flat on the shaft is th e
first one visible as the hook is turned in operating
direction .
Fig. 12 illustrates the stitch regulato r . For timing
the hooks, it is recommended the regulator be turned
to produce shortest stitch length. To do this, turn the
lockscrew (A) counterclockwise to loosen. Turn the
stitch regulator (B) also counterclockwise as far as
possible. Lock in position by turning lockscrew (A)
clockwise.
Loosen the two screws on each of the hook shaft
pinion gears (E, Fig. 6) so the hooks will turn freely
with the hook shaft without turning the drivin g gears.
Visually che ck position of the needles. Make sure their spots face their
respective hooks. Now, turn handwhee l in operating direction to obtain a
maximum "down" position of the needle bar. When this has been reached,
continue to turn until lower timing line (of the pair selected) (B, Fi g. 7) is
flush with the bottom of the lower needle bar bushing. At this time, the hook
point should be approximately 1/32 inch above needle eye.
The needle and the hook point should be approximately . 003 in ch a part
(F i g. 13) while the needle guard is just brushin g the ne edle (A) as the hook
point is rotated back and forth across the needl e. The hook ne edl e g ua r d may
be bent slightly to obtain this condition.
Adjustment of the hooks, right
Fi g. 13
or left, is accomplish ed by loo se n in g th e
saddle scr ews (C, F ig. 6), an d mo vi ng
the hoo k sa ddle s as requ ir ed . (N ot e:
Two screw s in back a r e not sh ow n. )
Aft er th e sa dd le is co rre c tl y l oc ate d
and the retainin g screws are ti ghten e d,
(t i ghte nin g the back screws fi rs t an d the
clamp s crew s la st) the hook shaft drivin g
g
ear (F, Fig. 6) should be ce nt ere d on th e
hook s haft l ook ing dir ec tl y at the ge a r
fa ce s. The ali gn ment of th e dr i vin g g ear
and th e hook s ha ft is extrem e ly i mpo r tan t
if th e ma ximum g ear li fe and min i mum
gea r sound are to be gained .
12
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TIMING THE HOOKS (Continued)
Fig. 14
When the saddles and their
driving gears have been correctly
positioned. the hooks may be timed
by using the timing marks on the
needle bar (B. Fig. 14). To maintain
permanently the hook in its properly
timed position. tighten the set
screws on the hook shaft driven gear
(E. Fig. 6).
Whenever it is necessary for a
hook to be removed after this initial timing. the hook
need only be replaced on the shaft with the timing
screw against the flat on the hook shaft as described
in paragraph 1. Automatically. the hook retains its
correctly timed position.
SETTING THE FEED DOG HEIGHT
Fig . 15
Place the throat plate in the machine. The approximate height of the feed
dog teeth is • 050 inch above the throat plate (Fig. 16) at the highest point of
travel.
Height adjustment is accomplished by turning screw (G. Fig. 15) in the
feed bar on which the bottom edge of the feed dog rests. Raise the feed dog
to the desired height by turning the screw clockwise. To lower it. turn the
screw in the opposite direction.
ADJUSTING THE HOOK OPENER FINGER
Place the opener finger (A. Fig. 17) in the machine. Turn the handwheel
in the operating direction until the finger is at its maximum point oftravel from
the needle. While in this position. the opener finger should be moved tightly
against the hook basket (E). Loosen screw (C) to make this adjustment. The
openerfinger should contactthe cam surface onthe basket for al eng th of 1/16
inch. To make this adjustment. loosen the clamp screw (B) and the opener
finger lever and swing the lever to the proper position to obtain the 1/16 inch
setting. The screw (D) is used totake up any vert i cal end play that may exist
in the opener finger drive shaft. Now loosen screw (C) and move the open er
finger approximately. 005 inch away f rom the cam surface of the hook bas ke t.
Re-tighten screw.
Fig. 16
Fig. 17
13
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ADJUSTING THE FOOT PRESSURE
The presser spring regulator (B. Fig. 18) atop the machine
head controls the amount of pressure on the presser foot.
Turning the thumbscrew in counterclockwise direction de-
creases foot pressure while clockwise turning increases it.
Only enough pressure to feed the work uniformly is required.
With the hand lifter in down position (A. Fig. 18) the
presser foot should rest securely on the throat plate. Approxi-
mately 1/16 to 1/8 inch should be maintained between the
presser bar guide and the presser bar connection as the foot
rests on the throat plate.
CHECK SPRING ADJUSTMENT
The take-up spring barrel (A. Fig. 19). which controls
the needle thread should be set so that the lower spring stop Fig. 18
is at the 9 o'clock position as shown (B. Fig. 19). Loosen
Fig. 19
screw (C) and turn barrel (A) immediately
behind locknut (F) to make this adjustment.
This recommended position for the barrel
should be approximately correct for first
sewing trials. Ultimately. the take-up
spring barrel should be adjusted so that there
is about 1/16 to 1/8 inch movement of the
check spring (D) as the needle thread passes
around the 6 o'clock position of the hook.
Test check spring tension (D). There
should be enough tension to insure a good
returning snap when spring is raised and
released. The take-up spring adjusting
screw (E) may be set so that the head slot
slants from the 10 to 4 o'clock position for
first sewing trials. This adjustment is
made from the take-up pressure screw (E)
position of no pressure. and turning the
screw counterclockwise to above suggested
position. Maintain this adjustment with
locknut (F). Final check spring pressure
adjustment will depend upon weight and type
of thread and weight of fabric.
POSITIONING OF THE FRONT EYELET
Set the front frame needle thread eyelet (A. Fig. 20)
in its lowest position parallel with the cloth plate.
ADJUSTMENT FOR CONTINUOUS SEWING
By sewing trials. adjust the needlethread tension (G.
Fig. 19). check spring pressure and position (A). set the
stitch length (A. Fig. 12) to required specifications.
Machine should sew continuously without thread break-
age. circle tack, in line of feed tack, and across the line
of feed tack, at all speeds.
14
Fig. 20
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EXPLODED VIEWS
PART NO. AND DESCRIPTIONS
NUMERICAL INDEX OF PARTS
15
•
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A
' - ~
27
16
From the library of: Superior Sewing Machine & Supply LLC

MAIN FRAME BUSHINGS, COVERS AND PLATES
Ref. Part
Amt.
~ No.
1 22569
2
62282
3 62282 K
4 22569 D
5
62282 A
6
62282 B
7 22569 D
8
62282 c
9 62282 D
10 62282 E
11 22569
12
666-117
14 62292 M
15
666-140
16 62271 G
17 61271
18
294
19 62202 F-125
62202 F-124
62202 F-123
62202 F-122
62202 D
62202 F-120
62202 F-119
62202 F-117
62202 F-115
62202 F- 113
62202 F-111
62202 F-107
62202 F-103
20 62202 G-98
62202 G-97
62202 G-96
62202 G-94
62202 G-92
62202 G-90
62202 G-88
62202 G-86
62202 G-84
62202 G-80
62202 G-76
21 62202 N
· 22 62202 T
23
62202 s
24 62202 R
25 25 c
26 50-568 Blk.
27 22539 D
28 62282 G
29
62282 F
30 22569 c
31 62285 B
32
6228 4 B
33
62284 A
34 62290 B
35
62236 c
36 62232 c
37 62232 A
38 62232 D
39
62232 A
40 62232 F
41
62232 B
Description
Screws, Head Cover----------------------------------------------
HeadCover------------------------------------------------------
Sound Insulator-----------------------------------------------
Screws, Top Cover and Top Co ver Hi nge----------------------------
Top Cover, Hinged -----------------------------------------------
Top Cover Latch -------------------------------------------------
Screw, Top Cover Latch ------------------------------------------
Top Cover Hin ge -------------------------------------------------
Top Cover, right-------------------------------------------------
Gasket, Top Cover, right -----------------------------------------
Screw, Top Cover, for 61800 --------------------------------------
Screw, Top Cover, for 62200 --------------------------------------
Oil Cup--------------------- - ------------------------------------
Tension Release Pin Bushin g - -------------------------------------
Oil Wick, Needle Feed Rock Shaft Bushin g, left----------------------
Eyelet Mounting Sleeve, for 61800----------------------------------
Eyelet Mounting Sleeve, for 62200----------------------------------
Needle Thread Lead-in Eyelet, for 61800 ---------------------------
Needle Thread Lead- in Eyelet, for 62200 ---------------------------
Screw, Top Cover, for 61800 --------------------------------------
Screw, Top Cover, for 62200--------------------------------------
Bed Slide, left, for 61800 and No. 8 g au ge 62200--------------------
Bed Slide, left, for No. 12 g au g e-----------------------------------
Bed Slide, left, for No, 16 g au ge -----------------------------------
Bed Slide, left, for No, 20 g au g e-----------------------------------
Bed Slide, left, for N o, 24 g au g e-----------------------------------
Bed S li de, left, for No, 28 g au g e-----------------------------------
B ed Slide, left, fo r N o, 32 ga ug e------------------------ . -----------
Tiea Slide, left, for No, .-;:ro g au g e-----------------------------------
Bed Slide, le ft, for N o, 48 g au g e-----------------------------------
Bed Slid e, left, for No, 56 g au ge -----------------------------------
Bed Sl ~ de, left, for No, 64 g au g e-----------------------------------
B ed Slide, l eft, for N o, 80 g au g e-----------------------------------
B ed S li de, left, fo r No, 96 g au g e-----------------------------------
B ed S li de, r ig ht, for N o, 8 g au ge ----------------------------------
Bed Slide, ri g ht, for No, 12 g au ge ---------------------------------
Bed Slide, ri g ht, for No, 16 g au ge ---------------------------------
Bed Slide, r ig ht, for N os, 20 and 24 g au g es-------------------------
~ !ide, ri g ht, for Nos. 28 an d 32 g 11 ug es ----------------- - -------
B ed Slide, ri g ht, for No, 40-g au ge ---------------------------------
B ed S li de, r ig ht, for N o, 48 g au g e---------------------------------
B ed Slide, r ig ht, f or No, 56 g au g e---------------------------------
Bed Slide, ri g ht, for No, 64 g au ge ---------------------------------
Bed Slide , r ig ht, for N o, 80 g au ge ---------------------------------
Bed Slide, r ig ht, for No, 96 g au ge ---------------------------------
Bed Slide, fro n t--------------------------------------------------
Friction Spr ing, Bed Slide, front -------------------------------
Reta i nin g Sprin g, Bed Slide, front------------------------------
Friction S li de Bed Slide f ront----------.:.----------------------
Screws Bed Slid~ fron t ar:d At tachments--------------------------
' I I
Oil Si g ht Gau ge ---------------------------------------------------
Plug Screw, F eed Rocker Rock Sha ft Hole---------------------------
Gas k et, Bottom Cove r ------------------------------ ; ;: ------------
Bottom Cover ---------------------------------- - - - ... --- -----------
Screws Bot t om Cov er -------------------------- -.:~------ - ------
Needle 'Bar Frame Pi vot Pin Bush ing s------------ -- ·......_:. ____ _______
Needle Feed Hock Sha ft Bushin g, left------------- -------- ----- - ----
Needle Feed Rock Shaft Bushin g, r ig ht------------ ---- --------------
Main Sha ft Bu s hing ------------------------------- - ---------------
F eed Rocker Rock Sha ft B ushin g -----------------------------------
Lower Main Shaft Bushin g Sl eeve, left------------------------------
Lower Main Shaft Bushing--------------------------------------
Lower Main Shaft Bushin g Sleeve, ri g ht-----------------------------
Lower Main Shaft B ushin g --------------------------------------
Lower Ma in Shaft B ushing, i nside ri g ht-----------------------------
Lower Main Shaft Bushin g, ri g ht-----------------------------------
"A" The use of these parts is recommended when sewin g with nylon t hre ad.
42 22564 B Screw-----------------------------------------------------------
43 62271 F Needle Thread Nipper Base----------------------------------------
44 57 WB Nipper Plate---------------------~-------------------------------
45 15438 C Needle Bar Thread Nippe r Sprin g ----------------------------------
46 57 WD Screw-----------------------------------------------------------
17
Req.
2
1
1
6
1
1
1
1
1
1
2
1
1
1
1
1
2
1
2
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
11
2
1
1
1
3
1
1
1
1
1
1
1
1
l
1
1
~
From the library of: Superior Sewing Machine & Supply LLC

18
From the library of: Superior Sewing Machine & Supply LLC