artisan 797 AB-800, 797 AB-8001 Operator's Manual

AQ TiS

®

-

CONTENTS

l.Instruction Manual

1, SAFETY PRECAUTIONS

2, PRECAUTIONS BEFORE STARTING OPERATION

3, PRECAUTIONS FOR OPERATING CONDITIONS

3

3

3

4, SPECIFICATIONS "", .. , .. ", .. , .. ".",.,.,.", "."

5, POWER CABLE CONNECTION ,. , ,. , , ,, ,. ,

,., , ,.,

, ,, ,. , , , . , , , ,, ,

6, CONNECTION OF CONTROL BOX ,." , ,., , ,

7, INSTALLING THE BELT, ,." "

8, ADJUSTMENT OF NEEDLE BAR STOP POSITION "

9, INSTALLING THE KNEE LIFTER ,

10, LUBRlCATION."" ,., ,.. ,.. " ",

11, CONDITION OF OIL LUBRlCATION.", .. ,. ,.. ,.. ,

,

,

,.. ,

,.. " ,

",."

,

,., .. " .4

, , . , ,.. ,.' . , , .. .4

,

,.,

, ,., , '"

'

" .. ,

"' , ,,

'" ,.. ,.. ,.,

5

,.. ,.. , 6

,

,

6

, , " 7

, , ,7

,7

12, ADJUSTMENT OF THE HOOK LUBRICATION"

13, ADJUSTMENT OF OIL PUMP , , " ,

"

14, PERIODICAL CLEANING, , ,

15, HANDLING INSTRUCTIONS (MOTOR AND CONTROL BOX) .. ,

, "

, ,

",

16, INSTALLATION OF BELf COVER." .. "

1:, HOW TO WIND THE LOWER THREAD "

, " "

,

,

"

" .. , ,,

,

,

,

18, HOW TO ATIACH ANEEDLE

19, HOW TO ROUTE THE UPPER THREAD

, ,

"

20, ADJ USTMENT OF STITCH LENGTH AND REVERSE SEWING. ,

, ,

,.. ,

"

,

,

,.. 8

8

,8

, ,9

,.9

" 10

,

, ,

10

11

, ,, , 11

21, ADJUSTING THE THREAD TENSION

22, UPPER THREAD TENSION

23, LOWER THREAD TENSION

24, ADJUSTMENT OF PRESSER PRESSURE,

25, FEED DOG HEIGHT

".,

,

".,

26, ADJUSTMENT OF FEED DOG INCLINATION

,

'.,

,., ,.,

, ,

",

,.", .. , ,

,

, "

, .. , .. , .. , , ,

"

,

"

27, ADJUSTMENT OF STITCH LENGTH AND FORWARDIBACKWARD,

, ,

28, PRESSER BAR LIFTER., ,

29, ADJUSTMENT OF WALKING FOOT AND PRESSER FOOT, ,.. ,.,

30, ADJUSTMENT OF FEED TIMING

"""" ,.. "", ,

', .. ,., , ". '"

31, ADJUSTMENT OF THREAD TRIMMER MECHANISM

", '."", '" ,.. "

"

,

'

,

,

,

,.11

,12

12

12

13

13

, 13

'.',., .. ".,., ,'."

,.. ,

, , 14

, ,.. , ,.,l4

' ' ' .. , 16

16

2.Parts Catalog

A. ARM BED AND ITS ACCESSORIES , ,

B. SEWING MECHANISM , , .. ,

C. SEWING MECHANISM & FEED ROCK LOWER SHAFT,

D. STITCH LENGTH MECHANISM

E. UPPER FEED ROCK SHAFT MECHANISM .. ,

,

F. UPPER FEED LIFTING ROCK SHAFT MECHANISM ,

G. PRESSER FOOT MECHANISM , ,.,

H. KNIFE ACTUATING MECHANISM

"

,

,

"."

,

, ,

,.. ,

"., .. , " ,.,

, , ,

'j"20

23

26

29

32

34

37

39

- 1

1.

J.

TOUCH BACK & DETECTOR MECHANISM

On... LUBRICATION MECHANISM

K. ACCESSORIES

.42

.44

.46

- 2

1, Safety precautions:

1) When tlrrning the power on, keep your hands and fingers away from the area around/under the needle and the area around the pulley.

2) Power must be turned offwhen the machine is not in use, or when the operator leaves the seat.

3) Power must be turned offwhen tilting the machine head, installing or removing the "V" belt, adjusting the machine, or when replacing.

4) Avoid placing fingers, hairs, bars etc., near the pulley, "V' belt, bobbin winder pulley, or motor when the machine is in operation.

5) Do not insert fingers into the thread take-up cover, under/around the needle, or pulley when the machine is in operation.

6) If a belt cover, finger guard, eye guard are installed, do not operate the machine without these safety devices.

2" Precautions before starting operation:

I) Never operate the machine before filling the machine's oil pan.

2) When a new sewing machine is first turned on, verify the rotational direction of the pulley with the power on.

3) Verify the voltage and phase (single orthree) with those given on the machine nameplate.

3" Precautions for operating conditions:

1) Avoid using the machine at abnormally high temperatlrres (35·C or higher) or low temperatlrres (5·C or lower) .

2) Avoid using the machine in dusty conditions.

- 3

4, Specifications:

~

Material weight

GC0388-D

Heavy

2,000 rpm Max. sewing speed

0-8.0mm Stitch length

Needle bar stroke

~eadtake-upJeverstroke

Alternating movement

Walking foot alternate operating system

Feed dog height

38.0mm

73.0mm

2.0-5.0mm

Dial

1.0mm

DPX 17 22# Needle

Presser foot stroke

By hand

By knee c-

Lubrication system

Thread trimmer

Touch back

Hook

GC0388

6.0mm

16.0 mm

Fully rotating automatic lubrication

(for thread trimmer),

-

Large

Automatic

Fully rotating automatic lubrication,

Large

0 X

0

5, Power cable connection:

I) Connection to power supply:

Each connector(plug) should be completely set in the corresponding receptacle of the control box afler checking the connector shape and mating direction.

( I ) When a three-phase motor is used, connect "U" phase to the red lead, "V" phase to the white lead, phase to the black lead. Motor rotation direction depends on the internal switch setting in the control box.

CD ® Insulating tape

(wrap 2 3 turns)

I

I

Bare wire

I

Insulating tape (wrap

2- 3 turns)

Lamp leads

Fig. 1

Lamp leads

Fig.2.

- 4

Note: The green wire must be connected to the ground terminal in order to properly ground the motor.

e

2) The appropriate power fuse capacity is as follows:

Three-phase power source: 200~240V : lOA

Single-phase power source: IOO-120V: 15A

2) Lamp leads

( 1) When installing a 'work lamp (6V, IS-20W), remove the insulation from the leads at the back of the control box, strip the wire and connect them appropriately insulating the connections using insulating tape.

Note: The I)ower switch must be turned off before connecting the lamp.

(2) When a work lamp is not used, the lamp lead ends must be insulated as shown in Fig.(1) or Fig.(2) so that the two leads do not shortcircuit. If this is not done, the transformer in the control box will be bwned.

Note: The work lamp must not be connected in parallel to any heater, such

8!Nl foot warmer.

3) Direction of rotation

To change motor rotation direction, remove the rubber cap (see Fig. 3) at the bottom left of the motor front coyer and push the internal direction selector switch.

Rotation direction has been set to countercloch.'Wise as seen from the motor pulley before shipment.

Routing the maching cords

Round hole in table

15mm

(load of abOUl 1 kg)

Fig.3

Fig.4

6.. Connection of control box (Fig.3):

The control box should be connected as shown Fig,3,

Note:

( 1) Be sure to turn the power switch off before connecting or disconnecting the connectors.

(2) The combination of t.he machine heads with the motor control panels are specified below. Use special care to ensure the correct combination when replacing the machine head or motor control panel.

Machine head model

GC0388-D

Control box model

XC-AM-AI020

XC-AM-B2020

- 5

.,"

.:

7"

Installing the belt (Fig.4):

1) Use a V-belt for sewing machine use, type M.

2) To adjust the belt tension, change the motor height by turning the tension adjust nuts so that the belt sinks about I5nun when depressed by hand at the center of the belt span.

If the tension is too low, the speed may not be consistent in the low or medium range, or the needle may not stop in the proper position. If the tension is too high, the motor bearings will deteriorate more rapidly.

8"

Adjustment of needle bar stop position(Fig5, Fig6, Fig7):

1) Adjustment of "UP" position

When the pedal is kicked down by heel to cut the thread, the machine stops in the "UP" position. If the marks deviate more than 3mm, adjust as follows:

( 1) Disconnect the plug (12 pins) fr0rr. the control panel;

( 2) Run the machine and stop in the "UP" position;

(3) While holding the pulley, insert the adjusting tool into the two holes marked "A", then rotate the pulley.

2) Adjustment of "DOWN" position

When the pedal is returned to the neutral position, the machine stops in the "DOWN" position. If the marks deviate more than 3mm, adjust as follows:

( 1) Disconnect the plug (12 pins) from the control panel:

( 2) Run the machine and stop in the "DOWN" position;

(3) While holding the pulley, insert the adjusting tool into the two holes marked "B", then rotate the pulley.

3) Confirm the stop operation then the plug (12 pins) coming from the machine head into the receptacle.

3rd mark

I lS~-~-:;-~Whill~;;

~

._

.. up.:--~.

pOSIl~.~._~,

, 3rd

I. mar~

Black

~

"Down" po~tlon

. .

.

Fig.5

(a~

" Fig.7

Mark (BLACK)

- 6

Fig.6

lSI mark

9...

Installing the knee lifter (Fig.8) :

1) Pull out the knee lifter shafts (on the right and left) as far as possible, and properly set them.

2) Install the drive arm on each shaft.

3) Set a link between the right and left drive arms to COlmect them.

4) Install the knee lifter lever on the left drive ann.

Knee lifter lever

Shoulder screw

Link

Fig.8

10 ... Lubrication (Fig.9):

Pour oil up to position" A" of the oil tank.

Dming operation, check the oil level periodically, and in cases where the oil level is below position "B", replenish the oil supply up to position "A".

Use white spindle oil.

Oil check window

Knee lift pin

/A\ f6\.B

\._oj \Dj

Fig.9

Oil removing screw

Fig. 1

11...

Condition of

oil lubrication

(Fig.lO):

While operating the machine, check the condition of oil lubrication through the oil check window.

- 7

12 .. Adjustment of the hook lubrication (Fig.H):

Adjustment can be done by turning screw "A".

( 1) When the screw has been fully tightened Maximum

(3) When the screw has been fully loosened Maximmn

Note; After adjustment of this screw, the machine should be operated for at least 30 seconds, then check the oil mist from the hook.

18\

Decrease Increase By-pass hole

Fig.12 Fig.H

13 ... Adjustment of oil pnmp

(00

12):

The standard adjustment is as follows:

The adjusting plate keeps the bypass hole fully closed. To decrease splashing, open the bypass hole appropriately.

14 ... Periodical cleaning

(Fig. 13,

Fig.14, Fig.15):

Clean the feed dog, hook and oil pump periodically.

Maintenance ofmoter: Remove dust from the motor filter every one or two months.

Control box: Remove dust from the connector.

Fig.13

'--,

Hool<

Feed dog base

Fig.14

- 8

Fig.lS

15 ... Handling instructions (Motor and control box) (Fig.16):

I) Keep your feet away from the pedal when turning the power on or off.

2) Always turn the power off when leaving your seat.

3) The brakes may fail if the power is switched off or power failure occurs during operation of the sewing machine.

4) The control box cover must be kept closed during machine operation to prevent misfunction caused by the entry of dirt.

5) The control circuitry must not be checked with a multimeter to protect the semiconductor parts from voltage.

6) The power switch must be turned off before tilting the machine head or touching the needle.

7) The three-phase motor must be grounded using RUbber plug

,grOuIldwire (GREEN). The single-phase motor must

~ot be wired to a starburst connection.

Fig.16

8) When manipulating the switch in the control box, first turn off the power switch, then open the front cover

(Fig.16). If you have to open the bottom cover, wait for 10 minutes after the power switch has been turned off, slnce a high voltage is applied inside the box. (This is vital to discharge the built-in capacitors).

9) Use the motor away from high noise sources such as high-frequency welders.

10) A suitable capacity is l5A for a single-phase, and lOA for three-phase motor respectively.

11) The detector uses an optical detecting element. Do not allow dirt, dust., oil etc., to attach to the detecting plate when the machine pulley has been removed for adjustment. If dirty, gently wipe it off while avoiding scratching the plate. Also, care should be taken to avoid oil soaking into the crevices ill the plate.

16... Installation of belt cover:

Be sure to install the belt cover for safety.

- 9

17", How to wind the lower thread (Fig.I7):

Strength of winding; Particularly in the case of nylon or polyester thread, wind the bobbin loosely.

Uneven winding: If the bobbin is wound unevenly, slide the thread guide toward the less wound portion of bobbin.

Winding amount: When the bobbin is wound excessively, loosen the adjusting screw. When the bobbin is

WOlUld insufficiently, tighten the adjusting screw. o

~.

Even Winding with an amount 4/5 of fully ca pacity

Winding .mount adlusting screw

I

Fig.I7

18", How to attach a needle (Fig.I8):.

Note: Before attach the needle, be sure to turn the power switch off.

Note: If thread snapping occurs during reverse sewing with polyester, it may be avoided by fitting the needle with the long groove shifted to the front side. Normally, avoid fitting the needle with the groove facing backward.

Insert the needle until It bottoms, and tighten the screw keeping the long groove in the needle facing to the left:

InsuffiCient insertion Wrong direction

O ~

Long groove faCing to the '.: left

~o

-----.L _ _ ' _ L _

=-;:-

Gap

.Q x x

~:=-$=

Fig.!

10

19" How to route the upper thread (Fig.19):

Raise the thread take-up lever to its highest possible position, and route the upper thread in the order illustrated below.

(.:..""\

,'/

®

®

., - Thread

Thread guide

Thread take-up spring

Upper thread guide

Left right

Fig.19

20" Adjustment of stitch length and reverse sewing (Fig.20):

l) To change the stitch length, rotate the stitch length adjusting dial while pressing the "push" lever.

2) Pressing the stitch length adjusting lever for reverse stitching.

Stitch length adjusting dial

Push button

Fig.20

2L Adjusting the thread tension (Fig.21):

o d ;

A J i w e l l balanced stitch x

~II~

The upper thread is too tight or lower thread

IS too loosp. x

2:::~.

IS too loose or lower threarl is too tiQht

Fig.21

- 1 1

22"

Upper thread tension (Fig.22):

1) The upper thread can be adjusted based on the lower thread tension.

2) Adjustment can be done by rotating the thread tellBion nut.

For special fabric sewing with special thread, the desired tension can be obtained by adjusting the strength and operating range of thread take-up spring.

Thread tension spring

•

Thread tension nut

~(~

Fig.22

23"

Lower thread tension (Fig.23):

Lower thread tension can be adjusted by rotating sere"v "A".

24"

Adjustment of presser pressure (Fig.24):

1) Pressure should be adjusted according to the material to be sewn.

2) Pressure on both the walking foot and the presser foot can be adjusted.

3) Sewing pressure should be adjusted to the minimum required strength.

Fig.23

20mm i~

Fig.24

12

25 ..

Feed dog height (Fig.25):

I) Feed dog should be l.Omm higher than the throat plate.

2) To adjust the dog height as follows:

(l) Loosen the screw "A", move the feed bar upward and downward.

(2) When adjustment is completed, tighten the screw "A".

Eccentric shaft

Throat plate I .Omm

~~

Feed dog

Feed lifting prong

\

@

Fig.25 Fig.26

26,

Adjustment of feed dog inclination (Fig.26):

Ifnecessary, adjust the inclination according to the material to be sewn as follows:

Position of mark on the eccentric shaft

~-

Horizontal

8)' e).

Up

Down

Feed dog

M!'Nibb Standard

~

Front up

(MAX.)

~ Frontdown

(MAX.) l) Looscn thc screw "A".

~) Rotate the eccentric shaft clockwise or cowlterclockwise \ovith screw driver.

3) Tighten the scrc,\" " • ,

27" Adjustment of stitch length and fOlWard/backward sewing (Fig.27):

l) Loosen the set screws locatcd in the bracket.

2) Rotatc the stitch length adjusting pin until the desired length is reached as follows:

( 1) Clockwise: Increases thc stitch length in forward sewing, and decreases the stitch length in backward sewing.

(2) COWlterclockwise: Decreases the stitch length in forward sewing, and increases the stitch length in backward sewing.

Fig.27

@ Bracket

Stitch Length adjusting pin

- 1 3

28" Presser bar lifter (Fig.28):

Rotate the presser bar lifter in the direction of the arrow.

'This raises the presser foot.

Presser bar litter

Fig.28

29 .. Adjustment

of walking foot and presser foot:

I) Adjustment of alternating movement ,Fig29):

( I) The alternating movement on the walking foot and presser foot can be adjusted by using adjusting dial located on the top cover.

(2) Face the desired number printed on the dial to the matching mark located on the top cover. The number printed on the dial represents the possible protrusion of the walking foot and presser foot from the throat plate when the alternating movements on these are evenly set.

(3) The alternating movements can be readjusted up to 2.0-5.0mm.

2) To change the balance of the alternating movements bem-'een the walking foot and presser foot (Fig.30):

Rubber plug

Matching mark

Alternating movement

/' adjusting

/ dial

I d~

.

II,

1--------

/

Presser foot

Upper feert litllng rock shaft crank

Fig.29 Fig.30

( I) To increase the rise of the walking foot and decrease the rise of the presser foot:

CD

Remove the rubber plug of top covcr.

® Rotate the pulley until the presser foot is slightly raised from the throat plate.

®

Loosen screw "A" (on the right side)

0) The built-in spring pulls down the presser foot until it makes contact with the throat plate. Tighten thc screw "A".

@) After this adjustmcllt, the protrusion or the presser foot has bcen decreased by a set distance. And the vertical motion of the walking foot has been increased by the same distance.

14

(2) As a contrary case (1) , to decrease the rise of the walking foot and increase the rise of presser foot as follows:

Fist, rotate the puJley until the walking foot is slightly raised from the throat plate. Next, loosen screw "A".

Finally, tighten screw "A". Tlus decreases the rise of the walking foot.

3) Installing the feed regulator bracket (Fig.31):

Note: If the feed regulator bracket is poorly positioned, the resultant alternating movements may be too sbort or long, causing defective machine operation.

.

, . - - - - - - - - - - - - - - - - - - - - ,

( 1) Set the clearance between special screw"A" located on the regulator stud and the side wall of the machine arm to 26.5m.m as Fig.3!.

(2) With the feed regulator stud held as explained is step (I) above, adjust the feed regulator bracket.

This adjustment should insure a clearance of l2rnm between the periphery of pin "B" located on the feed regulator bracket and the top cover mounting face located on the ann. Tighten screw "C".

(~)

IZmm

©

Feed regulator bracket

\

®

\

4) Feed pitch adjustment of walking foot (Fig.32):

The ratio of the upper feed amount (of the walking foot) to the lower feed amount (of the feed dog) has been adjusted to 1: I. However, the walking foot feeding amount can be increased or decreased depending on the operating conditions.

Loosen the nut located on tlle upper feed rock shaft crank (left), and shift to adjust the position of the pivot bracket upward or downward.

Upper position->-Feed pitch->-Small

Lower position ->- Feed pitch --- Large

Nut

Fig.3!

____ Upper feed rock shaft crank (Lell)

Fig.32

15

30... Adjustment of feed timing (Fig.33):

I) The standard position of the eccentric feed cam and eccentric feed lifting cam are illustrated to Fig.33

2) Open the top cover,properly slide the eccentric ring to adjust the position.

3) eccentric feed cam can also be adjusted by removing the rubber plug located on the top cover. In the latter case, however, the built-in bevel gear is concealed; care should be taken when adjusting.

1 Sl screw Upper shaft

Upper eccentric feed lifting cam

Top cover

Bevel gear for upper shaft

Rubber plug

Eccentric feed cam

Fig.33

31... Adjustment of thread trimmer mechanism:

1) The thread trimmer mechanism illustrated as Fig.34.

F~ed blade bracket un'll

.

Thread guide

Fixed blade

Twist spring l.~l~base unit

J

Collar

\

\

Thread trimmer cam

\

\

~II

.

_

I I

!

'

Thread trimmer solenoid

..

_-----

'lIi!iJ

I f---=--/

/

Movable knife Ifeftl Knife driving crank

// Twist spring

/ / \ ' \ Stopper

Cam follower Cam follower Drive lever StDpper plate crank (11 crank (2)

Fig.34

16

2) Relation between the fixed blade and movable knife (left) edge:

(I) The standard position is illustrated as Fig.35.

(2) The distance between the fixed blade and movable knife is O.3mm.

(3) The correct position of fixed blade bracket or fixed blade can be adjusted according to Fig.35.

®

1

O.3mm Movable knife (left) r

(knife edge) o

Fixed blade o bracket unit

Fixed blade o

Fig.35

3) Knife driving shaft:

( I) The standard position is illustrated as Fig.36.

(2) When assembling, the knife driving shaft must first be put through the drive arm.

(3) Cam follower crank 1 must be positioned as illustrated to the right, and secured on the recess located on the knife driving shaft.

(4) The stopper must be secured on the recess in such a way that the knife driving shaft is snug and smoothly rotates in the shaft direction.

. - -

Coil

~~ spring \

Cam follower crank 1

\

Cam follower crank 2

J1

I ~_ .._

\

\

Knife driving shaft

"'-"

Stopper

Fig.36

4) Installing the thread trimmer solenoid unit (Fig.37):

( 1) Operation stroke of the thread trimmer solenoid: a. Standard operation stroke is 6.0mm. b. This stroke can be adjusted by using nut "A".

(2) Installing the unit: a. The unit can be mounted by using screws ., B" and "C". b. Clearance of l.Omm must be insured between the dri:ving lever and cam follower crank 2 with c. stopper l1ut "A" made contact with solenoid.

In such a situation, activating the solenoid should create a clearance of O.5mm between cam

17

follower crank I and 2. This situation is standard. To meet this standard, slide the solenoid mounting bracket in the direction of the arrow as illustrated, if adjustment is needed.

6 mm

® @

O.5mm

Fig.37

5) Installing the thread trimming cam (Fig.38)

e

I) Face the 2nd timing mark "A" (GREEN) located on the pulley to the matching mark on the arm. e 2) With the thread trimmer solenoid acti vated, rotate the thread trimmer cam forward until the caUl makes contact with the roller. Then, secure the cam. e 3) With the thread trimmer solenoid deactivated, allow the cam follower crank 2 to return to its original position. This should create a clearance of O.5mm-I.Omm between the cam and roller end .This distance is standard.

I

Matching mark A

Thread trimmer cam

~ cam O.5-1.0mm

Hook

O. 6mm shaf~ 1

ROller~

\Q/ follwer crank

2~~/~

Knife driving shaft

Fig.38

18

6) Adjustment of knife engagement (Fig.39):

(l) Position of movable knife (left) and fixed blade:

See the Fig.39, the standard distances from the needle center are 7.5mm and 5mm from the movable knife

(left) and fixed blade respectively.

(2) Adjustment of knife engagement:

With the solenoid activated, turn on the machine. This rotates the thread trimming cam which rotates the movable knife (left). When the movable knife (left) has moved to its farthest distance, the standard engagement of the blade is 1.5mm-2.0mm. The engagement can be adjusted by properly mounting the drive arm.

(3) Adjustment of knife engagement pressure: a. If a thread is poorly cut, particularly when it is thick, slightly increase the engaging pressure. This should solve the problem. b. The engaging pressure can be adjusted in this way:

I

I

1

Knife driving crank

Fixed blade

Loosen lock nut "B" and adjust it by using adjusting screw "A",

1.5-2.0mm

Fixed blade

Movable knife (left)

Movable knife lleft)

Fixed blade

Fig.39

- 1 9

A.ARM BED AND ITS ACCESSORIES

37.

59~~(~~)~

",i

~8\ I /JJ/1J v~

_ .""

V - . J L

~~

/ '

61 1/

CL24

,/~25

~26

20


Fig.

No.

Part No. Description

AOl HA300B2090 Rubber plug

A02 HA300B2110 Rubber pLug

A03 HA300B2170 Screw

A04 H6028B8001 Arm side cover

A05 H6029B8001 Gasket for ann side cover

A06 HA307B0673 Rubber plug

A07 HA700F2100 Screw

A08 H6017B8001 Thread guide

A09 H6022B8001 Coil spring for upper feed lifting

AlO H6023B8001 Stopper pin for upper feed lifting

All H431040060 Set screw

A12 H6025B8001 Dial for upper feed lifting

Al3 H6026B8001 Plate for upper feed lifting

A14 HA309BOO69 Oil check window

A15 HAll1G0683 Screw

A16 H6015B8001 Top cover

AI7 H6016B8001 Gasket for top cover

Al8 H6030B8001 Rubber plug

A19 H6031B8001 Rubber plug

A20 H6032B8001 Rubber plug

A21 H6020B8001 Upper feed lifting regulator cam

A22 HA600C2020 Thread take-up cover

A23 HAlOOB2110 Set screw


A25 H005008060 Spring washer

A26 HAlOOB2220 Leg

A27 HA71OB0671 Pre-tension adjusting nut

A28 HA71OB0672 Thread tension spring

.'\19 HAIl2B0693 Thread tension disc

A30 HA7lOB0673 Thread tension stud

A31 HA710B0674 Thread guide

A32 HAI06B0676 Screw

AD HA600B2050 Thread guide

A34 HA300B2080 Set screw

A35 HA300B2130 Screw

A36 H2000B2040 Cloth guide plate


A38 HA1l4I0674 Screw

A39 HA500C2060 Thread guide

A40 HAI15B7011 a-ring

A41 HA31OB0703 Thread tension regulator bushing

A42 HA806B0671 Thread take-up spring

A43 H6037B800l Thread releasing pin

- 2 1

00

00

« )

0 t5

Remarks

4

<I> 8.8

I <1>5.7

4

I

1

I

1

3 <I> 11.8

1 SM 1l/64(40)x7

1

2 GBfT80M4x6

1

1

I

I

2

I

I

8 SMl1/64(40)x12

1

I

I

1

1

SM11/64(40)x5.5

3 GBff936

3

I

1

SM 1l/64(40)

2

I SM 11/64(40)x31

I

2 SM9/64(40)x6

I

1 SM 15/64(28)x6.8

2 SM11/64(40)x5.5

I

1

I

I

SM9/64(40)x4.5

1 S15

1

1

1

1

I

2

1

I

I

I

2

8

I

3

3

1

1

I

I

1

I

I

I

1

3

4

I

4

I

1

I

I

1

I

I

I

I

I

2

I

2

I

I

I

I

2

Ci

I

00

00

« )

0 u

0


Fig.

No.


A44 HA806B0673 Thread tension stud

A45 HA31OB0705 Thread tension disc

A46 HA31OB0702 Thread tension releasing disc

A47 H2206B067l TIrread tension spring

A48 HAl15B701O Thumb nut revolution stopper

A49 HA31OB070l Thumb nut

ASO HAl15B0708 Screw

A5l HA607B0671 TIrread guide

A52 HAl 24B0713 Screw

A53 HAl24B07l2 Plate spring for slide plate

A54 H68l2B800l Slide plate

AS5 HA500B2030 Needle plate

A56 HlOOOB2050 Screw

AS7 HA700B2030 Screw

AS8 H5341B8001 Screw

A59 H60l3B800l Face plate

A60 H6008B8001 Arm

A6l R601OB800l Bed

A6l H6406B800l Bed

A62 H6409B800l Arm bed cover

A63 H64lOB800l Gasket for arm bed cover

AM HA300B2l60 Screw

1

1

1

1

2

2

1

1

1

2

1

1

1

2

1

1

1

1

Q

00

00

(')

0

~

00

00

(')

0

~

Remarks

1 SM l/4(40)x49

2

1

1

1

1

1 SM9/64(40)x6

1

2 SM3132(56)x2.2

1

1

1

2 SMll/64(40)x8.85

2 SMl1l64(40)x20

1 SMll/64(40)x26

1

1

1

1

1

1

5 SMll/64(40)x12

- 2 2

B.SEWING MECHANISM

..

16

3 .

4

5

--4:l~

11

6

~ "7

40

,,~41

42

~

\

34

34-8 ~

~34

38

~5

341' 36

~

,lbtJ-

37 b

39

44 q

43

23


Fig.

No.


B01 HA300B2090 Rubber plug

B02 H2009BOO67 Needle bar bushing (upper)

B03 H600SC8001 Needle bar

804 H6006C8001 Needle bar bushing (lower)

BOS H200OG2020 Thread guide

B06 H2000G2030 Needle

B07 HA100C2170 Set screw

B08 HA 1OOC2020 Screw

1309 HA700H2040 Felt

1310 HA804H06S1 Oil shade cap

1311 H6007C7101 Thread take-up lever assay

1312 HA300C2030 Screw

1313 HA 1OOC2200 Slide block

1314 H220SC0661 Needle bar connecting link guide

1315 HA307C0662 Set screw

B16 H6023C8001 Needle bar crank

1317 HA 1OOC2060 Screw

B18 HA70SC0662 a-ring

1319 HA 1OOC2070 Set screw

1320 H6011C8001 Upper shaft bushing (upper)

1321 H6013C8001 Upper feed lifting carn

1322 H6016C8001 Upper feed rock crank (left)

1323 H601SC8001 Balance weight

1324 HA IOOD2040 Upper shaft bushing (middle)

B2S HA3411D308 Screw

1326 HAl 08G066 I Collar for upper shaft

1327 HA105D0662 Screw

B28 HAl12D3012 C-type retaining ring

1329 H6020C8001 Crank rock

1330 H6019C8001 Upper feed rock crank (right)

B31 H6018C8001 Upper feed lifting carn (right)

1332 H6021C8001 Upper shaft bushing (right)

1333 HA306D0066 Oil seal

1334 HAI08C0663 Screw

1335 HAI13D2112 Upper shaft gear

1336 HAl 13D2122 Vertical shaft gear (upper)

1337 HA 1OOD21 10 Vertical Shaft hushing (upper)

1338 HA ](XlC2020 Screw

1339 H6022C8001 Vertical shaft

1340 HA600D2010 Vertical shaft bushing (lower)

1341 HAI13D2222 Vertical shaft gear (lower)

B42 HAII3D2212 Lower shan gear

1343 HAJ 0400(,52 Ruhher plug

- 2 4

0

I

00

00

~

0

~

00

00

.~

0

~

Remarks

1

I

]

1

8

1

1

I

2

1

1

I

I

1

1

I

1

1

1

1

2

I

I

1

I

.

I

1

1

1

I

I

1

1

2

1

I

2

I

I

1

I

1

1

I

I

I

1

1

1

I DPx17 #22

1 SM1/8(44)x4.S

1 SMIS/64(28)xlO

1

1

1

2 SM11/64(40)x8

1

1

2 SM1/4(40)x6

1

1

1

1

1

1 SM9/32(28)xI3

1

1 SM9/32(28)x14

I

1

1

1

1

1 SM1S/64(28)x7

1

2 SM1/4(40)x4

1 20

1

8 SMI/4(40)x7

1

1

1

2 SM IS/64(28)x 1 U

1

1

]

I

1

..


Fig.

No.


844

845

846

H60lOC800I Upper shaft

HA704C0653 Felt

HA7121CI04 Oil amount adjusting pin assay

1

I

1

Q ,

00

00

« )

0 g

00

00

« )

0 g

I

1

1

Remarks

- 2 5

C.FEEDING AND FEED LIFTING

&

LOWER SHAFT MECHANISM

14 15

12 13 \

J

~

\ C?G]

11 ~/

,~

~

3 '

«'

4~

38

23

25

49

- 26

C.SEWING MECHANISl\f

&

FEED ROCK LOWER SHAFT

Fig.

No.


COl HA300C2030 Screw

CO2 HA705J0654 Shaft for feed bar (eccentric)

C03 HA104G0011 Feed rock shaft crank

C04 HA104GOO12 Screw

C05 HA104G0656 Washer

C06 HA104G0654 Screw

C07 H6005D8001 Feed dog

C08 HA705JOO21 Feed bar assay

C09 H1204D0651 Feed lifting rock shaft fork

ClO HA111G0683 Screw

C11 H6010D8001 Upper feed rock shaft

C12 HA300C2030 Screw

C13 H601ID8001 Connecting rod for upper feed

C14 H6012D8001 Upper feed rock shaft

C15 H4722G8001 Square block

C16 HA113F0684 Screw

C17 HA800F2020 Screw

C18 H6008D8001 Feed rock shaft crank (right)

C19 H6009D8001 Pin

C20 H6006D8001 Feed rock shaft

C21 HA105D0661 Collar for feed rock shaft

C22 HA105D0662 Screw

C23 HA100G2040 Bushing for feed rock shaft

C24 HOO7009150 C-type. retaining ring

C25 HA900E2030 Bobbin case

C25 HA600E2080 Bobbin case

C26 HA600E2060 Bobbin

C27 HAlOOE2150 Screw

C28 H2100E2010 Hook positione.r

C29 H2200C2050 Rotating hook

C29 HA606EOO66 Rotating hook

C30 HAIII1E104 Screw

C31 HA1111E204 Oil felt for hook shaft

C32 HA700E2030 Oil seal

C32 HA106EOO71 Oil seal

C33 HA704B0654 Bushing for hook shaft (left)

C33 H6404D8001 Bushing for hook shaft (left)

C34 HA704B0653 Bushing for hook shaft (middle)

C35 H6015D8001 Hook shaft

C36 HA305E0662 Screw

C37 HA305E0661 Collar for hook shaft

C38 HA311E0671 Bushing for hook shaft (right)

C39 HA100C2020 Screw

- 2 7

2

1

1

1

1

1

1

1

1

1

1

1

1

2

I

1

1

1

1

1

1

1

2

1

1

1

1

1

2

1

1

2

1

1

4

1

1

1

Cl

I

00

00

« )

0

~

00

00

« )

0

~

Remarks

1 SM11/64(40)x8

1

1

2 SM3/16(28)x12

1

2 SM1I8(44)x6

1

1

1

1 SMl1164(40)x12

1

1 SM11/64(40)x8

1

1

1

1

1

2

1 SM15/64(28)x8.5

1 SM15/64(28)x 13.5

2

4 SM1/4(40)x4

1

1 GBff894.115

1

1

1 SMl1164(40)xlO

1

1

1 SM3/16(32)x9.7

1

1

1

1

1

1

2 SM15/64(28)x4.5

1

1

1 SM 15/64(28)x 10

C.SEWING MECHANISM & FEED ROCK LOWER SHAFT

Fig.

No.


C40 HA3 OOE2100 Plunger

C4l HA300E211O Coil spring

C42 HA300E2040 Guide plate

C43 HAl04P0654 Screw

C44 HA705K0661 Feed lifting rock shaft crank (right)

C45 HAI04GOO12 Screw

C46 HAl00G2070 Pin

C47 H6013D8001 Feed lifting rock shaft

C48 HAl OOG2 I20 Bushing for feed lifting shaft

C49 HAl00G2130 Washer

C50 HA7I OE0692 Screw

C5l HA7lOE069l Thread trimmer cam

2

1

1

1

1

1

1

1

2

1

1

1 q

00

00 r.

0

~

00

00 r.

0 u

D

Remarks

1

1

1

1

1

1

1 SM15/64(28)xlO

1

2 SM3/16(28)x12

1

SMl/4(40)xlO

D.STITCH REGULATOR MECHANISM

17

50

16 )

~

~

5

\

\( -\ 8

\

'

'\dr g

~ ~ \ ~10 1 ~1

12

14 13 \

A

~ ~

25

49 ,

I

\M

47

~/

27

Yif(&d~ ~

28

I

22 &'

23

~

24

~ 0 l~

29

30 r'f@

I

31

~~)~.

39 38 37 32 I

:g,~

@ g

\'r

3334

42

41

40

~

~

~

~-

\c:Y ~,

35 I

36

45

29

D.STITCH LENGTH MECHANISM

Fig.

No.


DOl HAI08G0661 Collar for reverse bar

D02 HA105D0662 Screw

D03 HAlOOG2040 Bushing for reverse bar

D04 HAlOOB211O Screw

D05 HAlOOC2020 Screw

D06 H6007E8001 Bracket pin

D07 H6008E8001 Pin

. D08 H6006E8001 Reverse bar

D09 H4723G8001 Guide plate

DlO HA300C2030 Screw

DII HA700B2120 Rubber plug

Dl2 HAlOOF2040 Pin

D13 HA704B0655 Bushing for feed regulator

014 HA34lID308 Screw

Dl5 H6012E8001 Washer

Dl6 HOO7013040 E-type ring

Dl7 H601OE8001 Link

Dl8 H6013E8001 Pin

Dl9 HA113F0684 Screw

D20 H6009E8001 Feed regulator

D21 H6018E8001 Spring-retainer

022 HCOl360 O-ring

D23 H6015E8001 Bracket

D24 HA100E2150 Screw

D25 HAlOOF2090 Spring for stopper pin

D26 HA700F2030 Stopper pin

D27 HA113F3022 O-ring

D28 H6017E8001 Feed regulator pin

D29 HA109F0674 O-ring

D30 HA720F068I Screw bar

D31 HA720F0687 Coil spring

D32 HA720F0683 Stopper pin releasing lever

D33 HA742 IFl20 Dial

D34 H2205D066I Plate for stitch length

D35 HA720F0685 Bushing

036 HA720F0686 Screw

D37 HA113F0683 Screw

D38 HAI04F0654 Screw

D39 HA309F067I Feed reversing lever

D40 HAlOOF2110 Spring washer

D41 H3008F067I Feed reversing lever shaft

D42 HAl13F3022 O-ring

D43 H6020E7101 Crank for feed reversing lever

- 3 0

Q

I

00

00

«)

0 g

00

00

« )

0 g

Remarks

I

I

I

2 SMI/4(40)x4

I

I SMII/64(40)x5.5

I SMI5/64(28)xIO

I

I

I

2

6 SMI1l64(28)x8

I

I

I

I SMI5/64(28)x7

2

2 GBff8964

I

2

I SM 15/64(28)x8.5

I

I

I GB3452.1 36

I

4 SMI1l64(40)xlO

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I SM3116(28)x 18

I SM3116(28)x6.5

2 SM 15/64(28)x 10

I

I

I

2

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

I

2

I

I

I

2

6

I

I

I

I

2

I

I

I

I

I

4

I

I

2

I

2

I

D.STITCH LENGTH MECHANISM

Fig.

No.


D44

D45

D46

D47

HAIOOF2130

H6023E8001

HA800F2010

Screw

Spring

Spring holder

D48

049

050

HA800F2020 Screw

HA806C0675 Spring holder

HA806C0674

H6011E8001

Coil spring

Link for reserve feed

I

I

I

I

I

1

1

Q

I

00

00

(')

0

~

00

00

(')

0

~

Remarks

I

I

I

I

I

1

SMIS/64(28)xI4.S

SMI5/64(28)x 13.5

- 3 1

I

E.UPPER FEED ROCK SHAFT MECHANISM

"'\

15

21 22 23

32

E.TOP FEED MECHANISM

Fig.

No.


E01 H6006FSOO1 Upper feed rock shaft crank (left)

E02 H6017FSOO1 Screw

E03 HA100B2110 Screw

E04 H600SFSOO1 Bushing for upper feed rock shaft crank

E05 H2O 13N0067 Nut

E06 H2O 13J0065 Washer

E07 H212IIOO65 Feed connecting slick block

EOS H6007FSOO1 Upper feed rock shaft

E09 HA10SG<J661 Collar

E10 HA105D0662 Screw

Ell H601SFSOO1 O-ring

EI2 H6013FSOOI Upper feed rock shaft crank (right)

EI3 H2010JOO66 Nut

EI4 H6014FSOOI Feed driver connecting rod

EI5 H20 I 2N0066 Screw

EI6 HA3411D30S Screw

EI7 H6010FSOOl Hinge pin

EIS H6015FSOOI Feed connecting lever

EI9 H2004J0662 Screw

E20 H60 16FSJlO I Walking foot connecting rod

E21 H2004JOO67 Screw

E22 HAlOOU050 Spring washer

E23 H2004J0661 Feed ann

M H Remarks

I

I

I

1

I

I

1

1

2

1

I

2

I

2

2

I

2

1

1

1

1

2

2

1

2 SM 15/64(2S)x IS

2 SMl1164(40)x5.5

2

1 SM1/4x24

1 6

I

1

1

2 SM1I4(40)x4

1

I

I SM9/32x2S

I

I SM9/32(2S)x7

I SM 15/64(2S)x7

I

I

2 SM1I4(40)x5

I

2 SM9/64(40)x7

2 3.5

I

3 3

F.UPPER FEED LIFTING ROCK SHAFT MECHANISM

3

'~

~

'"

l2~

~~~~~ fP y'

~~~~

25

~

'1'/

33 22 28

27 '

~

26

,

~~/~~

~

29

\

30

32 31

34 14

~

46

17

J - 3 5

®

36

!,~37

38

~ I

39

~

47

J

~

L---40

45

4\ 4\

~

41

?? "

1-1\:( I'~

~

1

44 48

18

42

34


Fig.

No.


FOI H6005G800l Upper feed lifting rock shaft

F02 HA100B2110 Screw

F03 H6006G8001 Bushing for upper feed lifting rock shaft (left)

F04 H6007G8001 Bushing for upper feed lifting rock shaft (right)

F05 H6009G8001 Upper feed lifting rock crank

F06 HA800F2020 Screw

F07 H601OG8001 Upper feed lifting rock crank shaft

F08 H6011G8001 Link

F09 H6039G8001 Screw

FlO H6013G8001 Upper feed regulator bracket

Fll HA7311C606 Screw

F12 H60l4G800l Shaft for upper feed lifting rock shaft

F13 H6015G8001 Crank for upper feed lifting rock crank

F14 HOO7009100 C-type ring

F15 H60l6G8001 Pin

F16 H6020G8001 Cam follower

F17 HAl00G2040 Bushing for upper feed shaft

F18 H6019G8001 Upper feed regulator shaft

F19 H6021G800l Spring

F20 HA108G0661 Collar

F21 HA105D0662 Screw

F22 H2004J0662 Screw

F23 H6023G8001 Link for feed lifting rock shaft

F24 HOO7013060. E-type ring

F25 H6022G8001 Pin

F26 H6024G800l Bell crank

F27 H6027G8001 Link

F28 H6028G800l Pin

F29 H6029G8001 Stud screw

F30 H6030G8001 Bell crank support

F31 H6040G8001 Nut

F32 H6031G800l Bell crank support shaft

F33 HA110D0672 Screw

F34 HA300B2110 Rubber plug

F35 H201OJOO65 Thumb screw

F36 H201OJOO66 Nut

F37 H6032G8001 Presser regulating bracket

F38 HA300C2030 Screw

F39 H6038G8001 Spring

F40 H6034G7101 Spring guide bar assay

F41 H6037G8001 Bushing for walking foot guide link

F42 H6036G8001 Walking foot guide link

F43 H6033G8001 Spring guide bar holder

- 3 5

00

00

(")

0

~

Remarks

1

I

1

1

4 SMll/64(40)x5.5

1

1

1

1 SMI5/64(28)x 13.5

1

1

2 SM11/64(40)x3.8

1

4 SMll/64(40)xI5

1

1

1 GBrr894.1 10

1

1 SM 15/64(28)xlO

2

1

1

1

2 SM1/4(40)x4

2 SM1/4(40)x5

1

2 GBrT896 6

1

1

1

1

1 SM15/64(28)x5

1

1 SM15/64(28)

1

1 SM15/64(28)x12

1

1 SM9/32(28)x35

1 SM9/32(28)

1

2 SM11/64(40)x8

1

1

I

1

2

1

1

2

1

1

2

1

1

1

1

1

2

1

4

1

1

1

1

1

1

2

1

1

1

1

1

1

1

1

1

1

1

4

1

1

1

1

1

1

2

Cl

I

00

00

(")

0

~


Fig.

No.


F44

F45

F46

F47

F48

H2000I2050 Screw

H2000N0040 Washer

HAlllG0683 Screw

H2000NOO30 Walking foot guide bracket

H2000NOOlO Walking foot

3

2

2

1

1

Q

I

00

00

«')

0

~

00

00

«')

0

~

Remarks

3

2

2

1

1

SM9/64(40)x8

SMll/64(40)x12

-36

I

G.PRESSER FOOT MECHANISM

51

6~

J

12

IQ

) 3

15

~,\'1Il1t

25

19

26

1\\

61 27

~28

3 7

G.PRESSER FOOT MECHANISM

Fig.

No.


GOI HA700F2100 Screw

G02 H6023H8001 Thread guide

G03 H6027H8001 Presser bar guide bracket

G04 HA3411D308 Screw

G05 H6022H8001 Thumb screw

G06 HA1l7H0692 Nut

G07 H6020H8001 Presser bar spring

G08 HA1Q7H0662 Screw

G09 H6013H8001 Knee lifter rod

GIO H6017H8001 Spring

Gll HAlOOH2050 Stud bolt

G12 H6016H8001 Knee lifter lever

Gl3 H6009H7101 Presser bar lifting cam

G14 HA305E0662 Screw

G15 H6008H8001 Spring

G16 H6007H8001 Presser bar lifting shaft

G17 HA300H2080 a-ring

G18 H6006H8001 Presser bar lifter

Gl9 H6018H8001 Knee lifter connecting rod

G20 HA107HI013 Screw

G21 H6014H8001 Knee lifter lever (left)

G22 HA305H66 I I Tension releasing cam

G23 HAlOOH2050 Stud bolt

G24 H6037B8001 Thread releasing pin

G25 H6019H8001 Presser bar

G26 HA704B065 I Bushing for presser bar

G27 HA731lCH06 Screw

G28 H2205F065I Presser foot i

I

I

I

2

I

I

I

1

I

2

I

I

I

I

I

I

I

I

I

I

1

1

I

I

I

1

I

I

9

00

00

«')

0

~

00

00

«')

0

~

Remarks

I SMll/64(40)x7

I

I

I SM 15/64(28)x7

I

I

I SMlfl(28)x43

I SM1I2(28)

I

2 SM3/16(28)x3.5

I

I

I

I

I SMI5/64(28)x5.2

I

I

2 SMI5/64(28)x4.5

I

I

I

I SMI1l64(40)x6.5

I

I

I SM 15/64{28~x6.7

I

I SM9/64(40)x8

I

- 3 8

H.UPPER FEED ROCK SHAFT MECHANISM

11

~

I

I

... J

10~lf;f

/1 c!u,

,

I

4

5

1-~i~~~1

2-~

~

--s

37

36

34

39

"" -

V'

4\

20

~

7 23

8~~ 22~

.24 14

9

~

14

28~

27

/g

~

~ 25

40

\.~

/

/ /

..,/41

~/26

/-'

~:~

I

I f3-6

\

~/\l)

I

35-----1)/1

I

I V

~~.~

~11

/

31 30

/ i

©

14

29

~\

21

<::«'

_ '--

'-

'1

~

G) - \ f;)o'

' ' "

.'

~~

~ or;P'O>')

f,'~

~

~~

~

44

46

\ 48 49

47

3 4 - 4 .

33~b~

32

~

30

\42 43 13 ®-11

1-

50

39

H.KNIFE ACTUATING MECHANISM

Fig.

No.


HOl HA712N0698 Thread trimmer driving lever

H02 HA712N69lO Flexible wire holder

H03 HA712N0699 Stud screw

H04 HA712N6911 Flexible wire presser

H05 HA712N6912 Screw

H06 HA712N0695 Stud screw

H07 HA712N0697 Trinnner lever spring

H08 HA712N0696 Spring support collar

H09 HA7311CC06 Screw

HlO HAlOOE2150 Screw

Hll HA71ON0683 Nut

Hl2 H2208H0068 Thread trinnner solenoid

H13 HA700NOO80 Screw

Hl4 HA3 OOC2030 Screw

Hl5 HA708P0668 Cord holder

Hl6 HA764IB319 Temllnal pin

Hl7 H6005J8001 Flexible wire

Hl8 HA300H2080 O-ring

Hl9 H6004J7lOl Flexible wire assay

H2O HOO3003050 Nut

H21 HA712N69 I 3 Holder


H23 HA7121N704 Nut

H24 HA712lNl04 Bracket for fixed blade

H25 H22l21H204 Thread guide

H26 HA731lCH06 Screw

H27 HA7l2lN304 Screw

H28 H2212IHl04 Fixed blade

H29 HA704Nllll Knife holding bracket saddle

H30 HA7l11N304 Nut

H3l HA704Nll 12 Knife base (left)

H32 HA711lN504 Nut

H33 HA7l11N604 Knife driving crank

H34 HA711lN204 Screw

H35 HA711lN404 Link

H36 HA704Nll14 Screw

H37 HA704Nll13 Thrust washer

H38 H2204H0651 Movable knife (left)


H40 H6006J8001 Knife driving shaft

H41 HA706NOO66 Cam follower crank: assay

H42 HA700NOO50 Bushing

H43 HA700N0040 Coil spring

- 4 0

1

2

I

2

1

3

I

1

I

1

1

1

2

1

I

I

1

I

I

2

I

2

I

I

I

I

I

I

I

4

7

I

1

I

I

1

2

1

I

2

I

I

1 t:;l

00

00

("l

0

~

00

00

("l

0

~

Remarks

SMI1l64(40)x8

SM1I8(44)x7

SM9/64(40)x8.5

SMll/64(40)xlO

SMI5/64(28)xI2

SMII/64(40)x8

GBIT6171 M5

SM9/64(40)x8.5

SM9/64(40)

SM9/64(40)x8

SM9/64(40)x5

SMll/64(40)x6.2

SM1I8(44)x6

SMII/64(40)x7

H.KNIFE ACTUATING MECHANISM

Fig.

No.

Part No.

H44

H45

H46

H47

H48

H49

H50

HA71ON0682 Lever stopper plate

HAl13F0684 Screw

HA709N0671 Stopper

HA700NOllO Coil spring

HA105 D0662 Screw

HA715NOO71 Collar

HA741lNI1O Screw

Description

I

I

I

I

I

I

I

0

I

00

00

(')

0

~

00

00

(')

0

~

Remarks

SMI5/64(28)xll.3

SM1I4(40)x4

SMI5/64(28)x23

- 4 1

I.TOUCH BACK

&

DETECTOR MECHANISM

(" ~

I

: I

I

•

L

In e

~

'I

V· ,

)

/I~

28

- - _ - . /

27

\

21

30 32

~ ~37

..

~~~

35

42

I.TOUCH BACK & DETECTOR MECHANISM

Fig.

No.


101 HA300B2160 Screw

102 H6005K8001 Bracket

103 HA7221P508 Screw

104 HA70400657 Rubber plug

105 HA70400659 Screw

106 HA70400654 Spring plate

107 H220510661 Bracket for touch switch

108 H6006K7101 Vinyl cap-tire cable for touch switch

109 HA7641B319 Tenninal pin (male)

110 HA70400021 Push button

111 HOO7013030 E-type ring

112 HA70400065 Spring

113 HA70406510 Screw

114 HA70400655 Micro switch

115 HA70400658 Insulator set

116 HA705QOO65 Ground wire

117 HA708P0668 Cord holder

118 H6009K8001 Solenoid assay for touch back

119 H200610672 Gasket

120 H6010K8001 Ann side cover

121 HA300C2030 Screw

122 H6011K8001 Gasket

123 H007013040 E-type ring

124 HA712N0692 Pin

125 H6012K8001 Stud screw

126 H2204G0652 Rubber ring

127 HA703ROO65 Detector bracket assay

128 HA703R0067 Washer

129 HA703R0066 Detector bracket supporter

130 HAlllGD683 C-type ring

I3l HA700R0060 Washer

132 HA7OOROO50 Supporter spring

133 HA700R0040 Spacer B

134 HA700R0020 Speed command disc (up)

135 HA700R0030 Spacer A

136 HA700ROOlO Speed command disc (down)

137 HAIlOD0672 Screw

138 H2204I0651 Pulley

138 H2000C2040 Pulley

8

1

1

1

1

2

1

1

1

1

1

1

1

2

1

1

2

1

1

1

1

1

7

2

1

2

1

1

1

2

2

1

2

1

1

1

5

1

Q

I

00

00

C'"l

0 g

00

00

C'"l

0 g

1

SMll/64(40)xlO

GBIT8963

M2x8

Remarks

SMl1/64(40)x8

2 SMI5/64(28)xI2

1

- 4 3

J.OIL LUBRICATION MECHANISM

26

25~

18

24

':'(11

21 20 ,

?

·r

~

21 20

4-11

;y

19 1B

5

~~

~

~

~7

6

8

/'~9

15 ':=11

14~~12

13

--l

~

A----

13

44

J.OIL LUBRICATION MECHANISM

Fig.

No.


J01 H601918001 Oil wick

J02 HA700B2150 Oil felt

103 H601918001 Oil wick

J04 H601618001 Upper shaft oil tube

J05 HA116I0682 Bushing

J06 H600618001 Oil pump

J07 HAl 0012090 Screw

J08 H6010I8001 Rooter

109 H601II8001 Slider

JIO H601218001 Oil pump cover

JI1 HA100I2070 Oil adjusting plate

JI2 HAlO0I2050 Spring washer

Jl3 HAI00I2040 Screw

Jl4 HAl1II0065 Oil pump filter

Jl5 HAI13I0661 Bushing

Jl6 H601418001 Lower shaft oil tube

117 HA110E0672 Oil pipe for lower shaft bushing

JI8 H601818001 Oil return tube

Jl9 HA300I2030 Oil return tube clip

J20 HA300E2030 Oil adjusting screw

121 HAlOOE2060 Oil adjusting spring

J22 HA305G0664 Oil wick

123 HA304G0655 Oil wick

J24 HA300I2060 Oil felt holder

J25 HA106B0676 Screw

126 H600918001 Oil wick holder

3

1

1

1

1

1

1

1

3

1

1

1

I

1

1

1

1

1

I

1

I

1

1

1

1

1

Q

I

00

00

« )

0

~

00

00

« )

0

~

Remarks

I

1

1

1

1

1

3 SM11/64(40)x13

1

1

1

1

1 3.5

3 SM1/8(44)xI3

1

1

I

1 SMll2(28)

1

1

1 SM 15/64(28)x25.5

1

1

1

1

1 SM9/64(40)x6

1

.

- 4 5

K.ACCESSORIES

1

~/ e

16

~15

~14

~

2

~13

.~

~

10

12

11

:J

~

45 r

46

47

~

6 t'f~

5

10

~~t:-'I

I

I:

.' t

.., .

I

i

'''''

\

I "" 19

18

~ l42

)

\

":...

,

..

~

~o

~

48~

9

4 -.....,. l~;~

~

50 '" __ 51

52

.---

~

- .......... 53

46

K.ACCESSORIES

Fig.

No.


KOI HA505B0672 Thread take-up spring

K02 H2000G2030 Needle

K03 H3200L0060 Socket wrench 3

K04 HA704S0653 Socket wrench 2

K05 HA300J2230 Washer for wood screw

K06 H801045200 Wood screw

K07 HA30012200 Screw driver (middle)

K08 HA30012210 Screw driver (small)

K09 HAlO012160 Spanner

KIO HA704S0654 Speed command disc adjusting disc

Kil HAlO012110 Oil with oiler

KI2 HA600E2060 Bobbin

K13 HA307J0067 Hinge with rubber cushion

KI4 HAIOOJ2090 Vibration preventing rubber (large)

K15 H3200L0030 Vibration preventing rubber (small)

K16 HA100J2120 Magnet block

K17 HA300J2370 Thread stand assay

KI8 HA905S0066 Bobbin winder assay

K19 HA300J2170 Oil tank

K20 HAlO012 I 80 Cover

K21 HA300J2070 Screw driver (large)

K22 H6017L8001 Screw

K23 H6005L800 I Link

K24 H6006L8001 Knee lifter driving crank

K25 HA10610664 Bolt

K26 HA10610667 Bolt

K27 HAI06J0666 Knee lifter plate stopper

K28 HAI06J0665 Knee lifter plate

K29 HAl 0610668 Knee lifter cover

K30 HAI06J0662 Knee lifter shaft

K31 H60l5L8001 Knee lifter shaft

K32 HAI04J0657 Coil spring

K33 HAlO4J0658 Knee lifter

K34 HAl00F2130 Screw

K35 HAlO4165 10 Nut

K36 HAlO4J0659 Set screw

K37 HOO7013090 E-type ring

K38 H6016L8001 Collar

K39 HA IOOC2090 Screw

K40 HfiOO8L800 I Oil reservoir

K41 HA I0410652 Screw

K42 HA104JOfi53 Seal washer

K43 H6009L8001 Gasket for oil reservoir

- 4 7

0

I

00

00

("l

0 g

00

00

("l

0 g

Remarks

4

2

2

2

1

I

I

1

1

4 DPx17 #22

1

1

4

4 GB1T994.5x20

1

1

1

1

I mU-2A

I

1

2 SMl/4(24)xlO.7

1

2

3 SM5/16(18)x13

1 SM 15/64(28)x8

1

1

1

1

2

.

1

1

I SM15/64(28)x14.5

2 SM 15/64(28)

2 SM 15/64(28)x28

1 GBff8969

I

2 SM15/64(28)x4.5

1

1 SM5/16(28)x 10

1

2

1

2

1

I

1

2

2

1

1

1

1

1

2

1

2

3

1

1

1

1

1

2

1

2

1

4

2

2

2

1

I

I

1

1

1

1

1

4

4

1

1

4

1

K.ACCESSORIES

Fig.

No.


K44

K45

K46

K47

K48

HAI06J0661 Knee lifter lifting pin

HA600J2060 Gasket

HA600J2040 Screw

HA600J2050 Drainage tube

HA600J2030 Oil bottle

I

I

1

I

I

Ci

I

00

00 crl

0

~

I

I

I

I

1

00

00 crl

0

~

Remarks

- 4 8

No results