Sewing machines
Singer 201-1, 201-2, 201-3, 201-4, & 1200-1 Adjuster's — Service manual
Service manual for Singer 201-1, 201-2, 201-3, 201-4, & 1200-1 Adjuster's. 72 pages in English. Read the original PDF, download or print a copy without registration.
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Document details
- Brand
- Singer
- Model / document
- Singer 201-1, 201-2, 201-3, 201-4, & 1200-1 Adjuster's
- Document type
- Service manual
- Language
- English
- Pages
- 72
- File size
- 6.0 MB
- Category
- Sewing machines
- Document date
- Not specified in catalog
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Page 1 · Read text
Form 18962
(1236)
ADJUSTER'S MANUAL
FOR
SINGER MACHINES
201-1, 201-2, 201-3, 201-4
AND 1200-1
LOCK STITCH REVERSIBLE FEED
FOR FAMILY USE
SINGER P. H. MOTORS
AND
SINGER B. R. MOTORS
AND BAKELITE CONTROLLERS
SINGER
SEWING
MACHES
ThE SINGER MANUFACTURIng Co.
PRINTED IN U.S. AView original page 1Page 2 · Read text
To all whom it may concern:
The placing or renewal of the name "Singer" (Reg. U.S.
Pat. Off.) or any of the trade marks of The Singer Manu-
facturing Company on any machine that has been repaired,
rebuilt, reconditioned or altered in any way whatsoever
outside a Singer factory or an authorized Singer agency
is forbidden.
Purchasing of Parts and Needles
Supplies of parts and needles for Singer machines can be pur-
chased at any Singer Shop or ordered by mail. If orders are
sent by mail, money or a post office order covering their value,
including postage, should be enclosed and the order will then be
promptly filled and forwarded by mail or express.
Genuine Singer Needles should be used
in Singer Machines.
These Needles and their Containers
are marked with the
Company's Trade Mark "SIMANCO." 1
Needles in Containers marked
"For Singer Machines"
are not Singer made needles.
Copyright, U.S. A., 1021, 1031, 1932, 1935 and 1936, by The Singer Manufacturing Co.
All Rights Reserved for all CountriesView original page 2Page 3 · Read text
F'our 18963
ADIUSTER'S MANUAL
FOR
SINGER MACHINES
201-1, 201-2, 201-3, 201-4
AND 1200-1
LOCK STITCH REVERSIBLE FEED
FOR FAMILY USE
SINGER P. H. MOTORS
AND
SINGER B. R. MOTORS
AND BAKELITE CONTROLLERS
SINGER
MACHINE 201-2
THE SINGER MANUFACTURING CO.View original page 3Page 4 · Read text
2
INDEX
PAGE
ARM SHAFT
TO REMOVE AND REPLACE HORIZONTAL ARM SHAFT, HORIZONTAL
ARM SHAFT BUSHINg, HORIZONTAL ARM SHaFT GEaR AND
COUNTERBALANCED FEED CAM AND FEED LIFTING ECCENtRIC..62-66
TO REMOVE AND REPLACE UPRIGHT ARM SHAFT AND I PRIGHT
ArM SHaFT GEaRS 61, 62
BALANCE WIIEEL
TO REMOVE AND REPLACE BALaNcE WHEEL (MACHINE 201-2).. 26
TO DISASSEMBLE AND REASSEMBLE BALANCE WHEEL (MICH. 201-2) 27, 28
BELT
TO ADJUST BELT TENSION (MACHINE 201-3 36
BOBBIN CASE
To REMOVE AND REPLACE 42
BOBBIN WINDER
To ADJUST 54
BAKELITE CONTROLLERS-FOR MACHINES 201-2 AND 201-3. 37-41
APPLICATION OF CONVERTIBLE FOOT AND KNEE CONTROLLER TO
CABINET 48. ... 9,10
EMERGENCY ADJUSTMENT OF CARBON RESISTANCE UNIT OF
TREADLE, KNEE AND FOOT CONTROLLeRS. ... 38-40
DESCRIPTIONS OF MACHINES 4
ELECTRICAL CONNECTIONS-FOR MACHINEs 201-2 AND 201-3 6- 8
TO INSPECT ELECTRICAI. CONNECTIONS (MACHINE 201-2 13-25
TO INSPECT ELECTRICAL CONNECTIONS (MACHINE 201-3) 28-36
FEEDING MECHANISM
FEED CONNECTING ROD--To REMOVE AND REPLACE 57-59
FEED DOG-To REMOVE AND REPLACE 42
TO RAISE OR LOWER.. 50
TO ADJUST LENGTHWISE IN THROAT PLATE SLOTS 50
TO ADJUST CENTRALLY IN THROAT PLATE SLOTS 51
FEED FORKED CONNECTION AND FEED REGULATOR
To REMOVE AND REPLACE 59.60
PRESSER BAR-To AdJUST…. 55
To REMOVE AND REPLACE 55
LUBRICATION
TO LUBRICATE THE MOTOR (MACHINE 201-2) 26
TO LUBRICATE THE MOTOR (MACHINE 201-3' 36
To OIL THE MACHINE 67, 68View original page 4Page 5 · Read text
3
INDEX-Continued
PAGE
HOTORS
('ARSES OF ISPORRECT SPEED OR FAILTRE TO RES 11-13
DESCRIPTION OF SIOTORS FOR SACTISE: 20122 3. +- 6
TO REMOVE MOTOR FROM MACHINE 201 21
TO REMOVE MOTOR FROM MACHINE 201
TO DISISSEMBLE AND REISSEMBLE: MOTOR ( MACTINE 201 --2: 22-25
DISASSEMBLE AND REASSEMBLE STOTORMACHINE 201-3 31 35
TO REDLICE AloTOR ( ACHIS& 201
REPLACE MOTOR ( MArTINE 201
POSITION PLATE
TO REMOVE AND REPLACE +3
SINGERLIGHT
TO REMONE AND REPLANCE SINGERLIGHT AND-SISAERLIGHT LEADi
(MACHINE 201-2) 14-19
TO DISSEMBLE AND REISSEMBLE SISGERLIGHT ( Alen. 201-21 15
TO REMOrE AND REDLACE SINGERLIGHT ( lACINE 201-31 28-30
TO DINASSEMBLE AND REASSEMBLE SINGERLIGHT • NH. 201 3: 29-30
STITCHING MECHANISI
\geDLE BaR TO SET AT ('ORRECT HEIGHT 16
To REMOVE AND REPLICE 56.57
ROTATING HOOK- To TIME. 44.45
To REMOVE AND REPLACE. 43
ROTATING HOOK SHAFT AND ROTATING HOOK SHAFT (iEAR
To REMOVE AND REPLACE. 46, 47
ROTATING HOOK DRIVING SHAFT AND ROTATINO MOOR DRINING
SHAFT CIEARS
To REMOVEAND REPLNE. 17-49
THREAD CONTROL MECHANISM
SEEDLE THREAD TENSION---TO REMOVE
TO REISSEMBLE IND REPLACE 52-54View original page 5Page 6 · Read text
DESCRIPTIONS
All of the Class 201 lock stitch. adjustable reverse feed Ma-
chines for family use are equipped with a horizontal rotating
sewing hook which makes two revolutions to each stroke of the
needle bar. The rotating sewing hook takes the loop from the
left side of the needle, thus forming a perfeet stitch in both
forward and reverse directions.
These machines are all equipped with a feed throw-out device
by means of which the feed dog can be lowered, when desired, so
that the feed dog teeth do not project above the top surface of
the throat plate.
They are all equipped with thread tension having a graduated
scale for accurately and conveniently adjusting the needle thread
tension.
They are all equipped with a hinged presser foot.
Machine 201-1 is equipped for foot power operation only on
a treadle stand.
Machine 201-2 is motor driven through gears, having the
Singer P. H. Motor built on the back of its arm, and is equipped
with Singer Carbon Controller.
Machine 201-3 is motor driven through a bell. being
equipped with Singer B. R. Motor and Singer Carbon Controller.
Machine 201-4 is equipped for hand operation only.
Machine 1200-1 is the same as Machine 201-2, except that
it is equipped with knee lifter for raising the presser foot.
Motors for Machines 201-2 and 201-3
These motors are operated on either alternating current or
direct current. but the motor rating must be selected to corres-
pond with the electric current available. Therefore, betore con-
necting the motor to the electric service line, check the data
stamped on the motor name plate with the local Electric Com-
pany to make sure that the volts and cycles agree.
C'arefull observe these instructions when selecting the motor
from the lists on the following pageView original page 6Page 7 · Read text
Singer P. H. Motors for Machine 201-2
The Singer P. H. Motors, which are built on the No. 201-2
Machine, are listed next below:
Direet Current
und 25 10 75 Civeles
.Alternatino Current
80 to 100 Creles
Alternatmno ( urrent
Singer B. R. Motors for Machine 201-3
The Singer B. R. Motors for Machine 201-3 are listed next.
below:
Direct Current Onl
Direct Current
and 23 10 75 l'vele
alternating Current
130. 14;
Alternating Current K. 92
Only rarely is a supply of electricity found where none of the
motors listed is suitable. In such cases, the factory should be
consulted regarding the possibility of supplying a special motor.View original page 7Page 8 · Read text
6
To Insure Correct Demonstration of Machine
Be sure that the voltage range specified on the motor name
plate is within the range of voltage of the electric service line.
A higher service line voltage will produce excessive speed
and will cause damage to the motor, while a lower voltage
will cause the motor to operate too slowly.
IMPORTANT
Before operating the machine, see that it and the motor are
properly lubricated.
See "To Lubricate the Motor," pages 26 and 36, and "To Oil
the Machine." pages 67 and 68.
Electrical Connections for Machines 201-2 and 201-3
The pins of the three-pin terminal are numbered 1, 2 and 3.
The numbers 1 and 3 are vellow and red respectively, while pin
number 2 is uncolored.
For Machine 201-2, the leads from the Singerlight for pins
1 and 3 have tracer threads of corresponding colors running
through them.
For Machine 201-3, the leads from Singerlight for pins 1 and
3 have vellow and red identification tubing respectively.
For both machines -One of the controller leads has vellow
identification tubing, while the lead for attachment to the tin-
colored pin, No. 2, is without identification tubing. One of the
motor leads has red identification tubing, while the lead for
attachment to the uncolored pin No. 2, is without identificaticn
tubing.
The lead cord for the power supply is provided with a plug
for the electric outlet: also a plug for the three-pin terminal. The
three-pin terminal plug is marked with the numerals 1, 2 and 3
to correspond with the pin numbers of the three-pin terminal.
The power leads are connected to terminals 1 and 3 of the three-
pin terminal plug. These two wires are knotted together as shown
in Figs. 13 and 14.
The switch for the Singerlight with which Machine 201-2 is
equipped is housed in the three-pin terminal.
The switch for the Singerlight for Machine 201-3 is integral
with the Singerlight.View original page 8Page 9 · Read text
The connections are made as follows:
Machine 201-2, Singer P. H. Motor,
Singerlight and Controller
(SEE FIG. 2, WIRING DIAGRAM)
Motor Leads Fasten the lead with the red identification
tubing to the red pin No. 3. and fasten the lead without identi-
fication tubing, to the middle pin No. 2, as illustrated in Fig. 2.
Singerlight
Yellow. Black
-Red
Three
Pin
Terminal " To Motor
Black
Yellow
White
FlOw
Leads Tube Clamp
Black
Fia. 2
WIRING DIAGRAM
Controller THREE-PIN TERMINAL
Unit tO Aloror
CONTROLLER AND
DISGERLIGI"
MACHINE 201-2
Singerlight Leads Fasten the lead with the yellow tracer
thread to the yellow pin No. 1. The Singerlight white lead is
attached to the screw connection of the Singerlight switch. The
short red lead which is soldered to the Singerlight switch, shou'd
be fastened to the red pin No. 3.
Controller Leads Fasten the lead with the yellow identi-
fication tubing to the yellow pin No. 1, and fasten the lead
without identification tubing to the middle pin No.View original page 9Page 10 · Read text
Machine 201-3, Singer B. R. Motor,
Singerlight and Controller
(NeE Pre. 3. WIRING DIAGRAM)
Motor Leads Fasten the lead with the red identification
tubing to the red pin No. 3, and fasten the lead without identi-
fication tubing to the middle pin No. 2, as illustrated in Fig. 3.
Singerlight
Black
Yellow Red
Three Pin
Terminal
Yellow Red
Red Black To Motor
Yellow.
Black FiG. 3
MIRING DIAGRAM
THREE- PIN TERMINAL
CONTROLLER AND
SINGERLISITT
MACHINE ZO13
| Controller Unit
Singerlight Leads Fasten the lead with the yellow identi-
fication tubing to the yellow pin No. 1, and fasten the lead with
the red identification tubing to the red pin No. 3.
Controller Leads Fasten the lead with the yellow identi-
fication tubing to the yellow pin No. 1, and fasten the lead
without identification tubing to the middle pin No. 2.View original page 10Page 11 · Read text
INSTRUCTIONS FOR USING THE
BAKELITE CONTROLLER FOR FOOT OR KNEE
OPERATION WITH CABINET 48
For instructions covering the care and adjustment of
the Bakelite Treadle Controller and Convertible Foot and
Knee Controller, see pages 37 to 41 inclusive.
When Used for Foot Control
Slide the controller downward out of the holder B and place
it on the floor in a position convenient for the operator, then turn
up the knee lever As as shown in Fig. 4.
ASTROLLER ARRANGED FORView original page 11Page 12 · Read text
When Used for Knee Control
Insert the controller upward
intothe holder ‹B)withthe pedal
(E) toward vou and the base of
the controller in the side guides
(Ch. Push up the controller un-
til it rests against the stops D1,
only one of which is visible in
Fig. 5.
PIG. 5. PLACING BAKELITE: CON-
TROLLER IS CABINET 48
FOR ANEE CONTROL
Place the slack controller lead
to the rear on the shelf of the
cabinet, asshown at (H) in Fig. 6,
no hook being required to hold
the slack lead.
Turn down the knee lever (A).
Loosen the thumb screw (G) and
move the knee lever to the right
22.34. or left to bring the knee lever
(A) to the position best suited
PIG. 6. BAKELITE CONTROLLER
ARRASGED FOR ASEE CON- for the operator, then tighten
the thumb screw (Ci).View original page 12Page 13 · Read text
CAUSES OF TROUBLE WITH MACHINES OF CLASS 201
Machines of Class 201 may fail to run properly due to damage
after final factory inspection.
Machines 201-2 and 201-3 might fail to start or might run
100 fast or too slowl due to such damage or to improper selec-
tion of motors.
Trouble with an of the Class 201 Machines might also be
due to the following causes:
Causes of Low Speed or Failure to Run
1. Heavy or Gummed Lubricant. If the sewing machine
has not been run for some time, the lubricant may have become
heavy, thereby reducing normal speed and, in the case of Ma-
chines 201-1 and 201-4, making undue effort necessary for its
operation. To overcome this, run the machine unthreaded for
a few minutes with the presser foot raised. If a poor grade of
lubricant has been used and has become gummy, wash off all
of the lubricant from the sewing machine with kerosene, dry
with a clean cloth and re-lubricate with Singer oil
2. Too Much Presser Foot Pressure. Pressure should be
as light as possible with positive feeding of the material.
3. Machine Binds. Determine this by rotating the balance
wheel slowly, by hand, in the direction for sewing. If the ma-
chine binds, do not run it until all of the working parts have
been inspected and any defects corrected. By disconnecting the
lower end of the feed connecting rod from the feed lifting rock
shaft, also the lower end of the feed forked connection from the
feed rock shaft, it will be easy to determine whether binding
occurs in the arm or in the bed of the machine. See pages 57 to
60. which cover the removal and replacement of the leed con-
necting rod and the feed forked connection. Also bear in mind
that a dry machine will bind and should be lubricated with
Singer oil.
MOTOR CAUSES OF TROUBLE WITH
MACHINES 201-2 AND 201-3
4. Electric Current Not Turned On.
5. Loose or Broken Electrical Connections. Examine
carefully all plugs and connections (Machine 201-2) on pages 13
to 25 inclusive. or (Machine 201-3) on pages 28 to 36 inclusive,
and make sure that there are no broken wires and that all screwed
and soldered connections are tight.
If the pins of the three-pin terminal fit loosely in the three-
pin terminal plug, slightly spread apart the prongs of the pins.
These pins (C4) are shown in connection with Machine 201-2View original page 13Page 14 · Read text
in Figs. 7 and 15, pages 13 and 21: also in connection with Ma-
chine 201-3 in Fig. 22. page 31.
6. Motor Not Suited for Electric Supply. Make sure that
the volts and cycles, stamped on the name plate of the motor,
agree with the electric current available. If the motor is run on
a voltage lower than that stamped on the name plate, the speed
of the motor will be too slow. If the motor is run on a voltage
higher than that stamped on the name plate. the speed of the motor
will be too fast and cause damage. See "Motors for Machines
201-2 and 201-3," pages 4. 5 and 6.
7. Dirty Commutator. See that there is no carbon or grease
Cleanon thethecommutator.Armature" ( andMachinethat it201-2)is smooth.pages 22Seeand"Inspect23. or (Ma-and
chine 201-3) pages 32 and 33
8. Carbon Brushes Not Making Contact. This may be
due to brushes sticking in the brush tubes, or to grease on the
commutator. See "Clean Brushes and Brush Tubes* | Machine
201-2) page 23. or (Machine 201-3) page 331. See also "Remove
Brushes' (Machine 201-2) page 22. or Machine 201-3) page 32
and "Replace Brushes" (Machine 201-2 page 25, or (Machine
201-3) page 35.
9. Armature Binding. To determine whether or not the
armature binds, proceed as instructed under lat or b) following:
(r). Machine 201-2. Remove the motor cover as instructed
on page 22, then, to disengage the motor from the bal-
ance wheel, remove the balance wheel as instructed on
page 26. The removal of the motor cover exposes the free
endof the armature. With the fingertipsrotate the armature.
(b). Machine 201-3. Remove the belt from the motor pulley
and, by means of the pulley, rotate the armature by hand.
Causes of Binding:
Machines 201-2 and 201-3
18). Grease wicks and tubes may be dry. See lubricating
instructions on pages 26 and 36 respectively.
(d). Armature striking field ccils.
(el. Foreign substances in the armature shaft bearings.
Grease wicks must be removed from the shalt bearings
before replacement of the armature shalt. See "Replace
Armature" (Machine 201-2) pages 21 and 25, or "Replace
Armature' Machine 201-3) page 34, and "Replace Pul-
ley End Cover" (Machine 201-3) page 35.
) The armature shaft may be bent. If so, the armature
should be replaced.View original page 14Page 15 · Read text
Machine 201-2 Only
l4 Brush lubes rubbing on the commutator. This might
occur with the brush tubes not properly positioned in the
insulating bushings. See "Remove and Replace Brush
Tubes," page 23.
Machine 201-3 Only
this Alotor and covers not properly sealed and tightened. See
"'Replace Commutator End Cover," page 34, and "Re
place Pulley End Cover," page 35.
10. Broken Armature Wires. See that the fine wiring on
the and of the armature is not broken. See "Inspect and Clean
the Armature" (Machine 201-2) pages 22 and 23. or (Machine
201-3) pages 32 and 33.
11. Controller Not Properly Adjusted. See instructions
(Machine 201-2) and (Machine 201-3) on pages 37 lo 41 inclusive.
TO INSPECT ELECTRICAL CONNECTIONS
Machine 201-2
Three-Pin Terminal. Remove the screw (A4, Fig. 7) to
displace the three-pin terminal (B4) from its bracket (V4) on the
machine arm. While the
the removal ol the
three-pin terminal
bracket (V4) is not
_V4 essential, it is recon-
mended when inspect-
-A4 ing the connections at
B4 the three-pin terminal
This bracket is removed
by taking out the screw
at (F13. Fig. 10).
C4 Inspect the connec-
tions at the three thumb
IN TENCE ON ALICINE 201 nuts (Q4. Fig. 10). See
that they are screwed
down firmly to insure tight connections. Each of the three pins
is provided with a washer. See that this washer is, in each case,
placed above the wire or wires before tightening the thumb nuts
(04, Fig. 10).View original page 15Page 16 · Read text
14
Motor- Machine 201-2. To inspect the connections in the
motor, remove the motor from the machine as instructed on page 21.
Inspect the soldered connections (R. Fig. 17) at the brush tubes.
See "Replace Field Core with Coils," page 23.
Replace the motor as instructed on page 225.
Singerlight Machine 201-2. To inspect the Singerlight
connections, it is not necessary to disconnect the Singerlight leads
from the three-pin terminal, nor is it necessary to remove tic
DA E4
F4 M
G4
H4
LA
KA-A
270697
FO. S. SINGERLIOnS REMOVED FRONT MACHINE: 201-2
leads from the machine arm. It is necessary, however, to remove
the complete Singerlight from the machine as shown in Fig.
8. by removing the screw at (M4, Fig. 8), after which the Singer-
light can be disassembled as follows:
Remove Singerlight Shade - Machine 201-2. With the
Singerlight removed as shown in Fig. 8, remove the screw (J4)
which fastens the Singerlight socket (Y4. Fig. 9) in the base of
the Singerlight shade (K4), and loosen the screw (H4) which
retains the leads tube at its upper end (F4) in the entrance (G4)
of the Singerlight shade. The Singerlight shade (K4) is then
easily slipped from the upper end of the leads tube and the lamp
socket by withdrawing the shade to the right.View original page 16Page 17 · Read text
Inspect Singerlight Connections- Machine 201-2. With
the Singerlight shade removed as instructed on the preceding page.
take out the two screws (BS, Fig. 9) which fasten the Singerlight
socket cap (AS) to the socket body. Carefully inspect. the two
soldered connections (F5) to make sure that they are tight.
Reassemble the Singerlight Machine 201-2. Reverse the
foregoing instructions for disassembling, making certain that the
ray (A5) is seated firmly on the lamp socket (Y4), then insert
and tighten the two screws (BS) through the holes (D5) in the
E5
24
F4
A5 W4
F'5 Y4
-C5
G5
D5 H5 B5
Ire. 9.FINGEREROUS DISASSEMBLED
REMOVED FROM NIACHINE 201
cap and into the holes (Es) in the lamp socket body. Put the
felt washer (Co) on the cap (A5) and put the assembled lamp
socket in place in the Singerlight shade base with the upper end
(F4) of the leads tube in the entrance (G4, Fig. 8) of the shade,
and with the fibre clamping plate (Z4) in place against the upper
end (F4) of the leads tube where the set screw (H4, Fig. 8) will
he tightened against it. Insert and tighten the screw (14, Fig. 8),
thus fastening the lamp socket (Y4) into the base of the shade
(K4. Fig. &) and carefully tighten the set screw (H4, Fig. 8)
against the fibre clamping plate (74).
Replace Singerlight-Machine 201-2. Attach the cont-
pletely assembled Singerlight to the machine arm, having the
two pins (I4. Fig. 8) in the holes (D4, Fig. S). Tighten the
screw at (NI4, Fig. 8).View original page 17Page 18 · Read text
To Remove Singerlight Leads from the Machine Arm
Machine 201-2
Remove the Three-Pin Terminal as instructed on page 13.
Disconnect the vellow Singerlight lead from Pin No. 1 of the
three-pin terminal, and disconnect, a Pin No. 3, the red lead
which is soldered to the Singerlight switch Ta. Fig. 10).
Fi3
VA
U4 N5
H5
-04
P4
S4.
T4 N4
B4
04
DIG. 10. THREE-PIN TERMINAL DISPENCED PRON MENCHINE ARM
SHOWING CONNECTIONS AT THREE-PIN TERMINAL AND SNITCH
(MACHINE 201-2)
Remove the knurled thumb nut (S4) and the hexagon lock
nut (U4) from the serew nipple of the Singerlight switch (74).
Then carefully push the entire switch, including the switch
handle, back into the switch housing (4), and lift the entire
switch (T4) from the housing (4) with the Singerlight white
lead and the short red lead attached. With the switch (T4)
removed from the housing (P4), the screw connection (4) and
the soldered connection (R4) are accessible. Remove the screw
(V4) and disconnect the Singerlight white lead from the switch (1'4).
Remove the Singerlight from the machine as instructed an
page 14View original page 18Page 19 · Read text
17
Loosen set screw (O4. Fig. 10) to release the clamp (H5, Figs.
" and 101 which holds the three-pin terminal end of the leads
tube (A4. Fig. 11) containing the Singerlight leads.
Before removing the
Singerlight leads from
the machine arm, be sure
X. to observe the position of
the leads tube (W4) in the
machine arm, so that it
will be replaced in the
same position as before
removal.;E The position of the tube
11) can be observed con-
venientiv through the open-
ing (X4) uncovered by the
removal ol the stitch indi-
cator plate. This plate is
removed by taking out the
two screws by which it is
W4 fastened to the machine
arm. The lower and of the
lube (I'4) can be observed
through the opening (K5,
FIG. IL. STITCH INDICATOR PASTE: Fix. 12) in the bed of the REMOVED TO SRON ATE POSETIOS
machine.
ARM OF MINITENNE 201 The Singerlight shade may
be removed either now or
after the removal of the leads
tube (I'4) from the machine arm. The shade is removed as in-
structed in the last paragraph of page 14.
Wichdraw the tube (W4) from the machine arm through the
opening (I, Fig. S), together with the clamp (Ho, Figs. 9 and 10),
or remove the clamo (H5) separately from the tube through the
opening (KS. Fie. 12) in the machine bed.
Should it be necessary to disassemble the Singerlight, follow
the instructions under "Inspect Singerlight Connections." page
1s. and reassemble the Singerlight as instructed on page 15
Replace the Singerlight leads as instructed on pages 18 and 19.View original page 19Page 20 · Read text
18
To Replace the Singerlight Leads
Machine 201-2
With the Singerlight completely disassembled, as shown in
Fig. 9, insert the tube (W4, Figs. 9 and 12) with the clamp (Ho.
Figs. 9 and 12) in place thereon, into the Singerlight seat opening
L5W4H5
VA
M5
JE
K5 E11696
110. 12. SHOWINe POSITION OF THE SINGERLIEr LEADS
VIEN THROCON THE OPENING IN THE MINCITINE: BED
(MACHINE 201-2)
(E4, Fig. 8) in the machine arm, and move the tube (14) con-
taining the Singerlight leads back toward the balance wheel
at the same time keeping the tube (W4) at the front side (toward
the operator) of the horizontal arm shalt in the machine arm;
then, reaching through the opening (X4, Fig. 11), guide the lube
(4) downward while keeping this tube at the tront side (toward
the operator) of the upright arm shaft as shown in Fig. 11. While
guiding the tube (W'4) downward toward the leads opening at
the three-pin terminal seat, keep this tube to the left of the feed
connecting rod (L5, Fig. 12). From this point downward, the
tube (WI) is guided by reaching through the opening (Kö) in
the machine bed. Guide the tube (W4) downward and to theView original page 20Related documents and language editions
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PDF verified 2026-10-11.