toshiba copier 3560-3570 parts & service

7/31/2019 Toshiba Copier 3560-3570 Parts & Service

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SERVICE MANUALPLAIN PAPER COPIER

3560/70Click the Page Only button to close the overview area of the window.

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GENERAL PRECAUTIONS REGARDING THE INSTALLATIONAND SERVICE FOR THE COPIER 3560/70

The installation and service should be done by a qualified service technician.

1. Transportation/Installation

When transporting/installing the copier, use two persons and be sure to use the positions as indi-

cated below.

The copier is fairly heavy and weighs approximately A kg (B lb), therefore pay full attention when

handling it.

4 portions

A

B

3560

73

161

3570

92

203

2. Installation

Be sure to use a dedicated outlet with AC 115V/15A (220V, 230V, 240V/10A) or more for its power

source.

The copier must be grounded for safety.

Never ground it to a gas pipe or a water pipe.

Select a suitable place for installation.

Avoid excessive heat, high humidity, dust, vibration and direct sunlight.

Also provide proper ventilation as the copier emits a slight amount of ozone.

To insure adequate working space for the copying operation, keep a minimum clearance of 80 cm

(32) on the left, 80 cm (32) on the right and 10 cm (4) in the rear.

After having installed the copier, be sure to push the carrying handles into the copier and fasten

them with screws.

3. Service of Machines

Basically, be sure to turn the main switch off and unplug the power cord during service.

Be sure not to touch high-temperature sections such as the exposure lamp, the fuser unit, the

damp heater and their periphery.

Be sure not to touch high-voltage sections such as the chargers and the high-voltage transformer.

Be sure not to touch rotating/operating sections such as gears, belts, pulleys, etc.

When servicing the machines with the main switch turned on, be sure not to touch live sections

such as the lamp terminal, etc. and rotating/operating sections.

Use suitable measuring instruments and tools.

manuals4you.commanuals4you.com


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4. Main Service Parts for Safety

The breaker, door switch, fuse, thermostat, thermofuse, thermistor, etc. are particularly important

for safety. Be sure to handle/install them properly.

5. Cautionary Labels

During service be sure to check the rating plate and the cautionary labels such as Unplug the

power cord during service, Hot area etc. to see if there is any dirt on their surface or whether

they are properly stuck to the copier.

6. Disposition of Consumable Parts/Packing Materials

Regarding the recovery and disposal of the copier, supplies, consumable parts and packing mate-

rials, it is recommended to follow the relevant local regulations or rules.

7. When parts are disassembled, reassembly is basically the reverse of disassembly unless

otherwise noted in this manual or other related documents. Be careful not to reassemble

small parts such as screws, washers, pins, E-rings, toothed washers in the wrong places.

8. Basically, the machine should not be operated with any parts removed or disassembled.

9. Precautions Against Static Electricity

The PC board must be stored in an anti-electrostatic bag and handled carefully using a wristband,

because the ICs on it may become damaged due to static electricity.

Caution: Before using the wrist band, pull out the power cord plug of the copier and make sure

that there is no uninsulated charged objects in the vicinity.


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3560/70 SPECIFICATIONS 1 - 2 Nov. 1997 TOSHIBA

Copy speed

System copy speed

(BLI format)

First copy Approx. 4.0 sec. (Actual-size A4 or Letter from large capacity feeder)

Warm-up time Approx. 80 sec.

Multiple copying 1~999, keyboard entryReproduction ratio

Actual ratio 100% or 101% (Setting mode)

Zoom ratios 50~200% (Multiple reduction and enlargement in 1% steps)

Manual feeding represents the value when the size is set.

CPM

Cassette/manual LCF

Paper size 3560 3570 3560 3570

A4, B5, A5-R 35 35 35 35

LT, ST-R

A4-R, B5-R 26 26

LT-R

B4, FOLIO 22 22 LG, Computer

A3 19 19

LD

Reduction/ 15 15 15 15

Enlargement

Mode CPM

OriginalCopy Number of copies 3560/70

1 1 1 set 30

3 set 33

5 set 34

1 2 1 set 10

3 set 19

5 set 24

2 2 1 set 8

3 set 17

5 set 212 1 1 set 16

3 set 25

5 set 29

* Ten originals (A4) are set in the RADF. This in-

cludes the first copy time.


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Nov. 1997 TOSHIBA 1 - 3 3560/70 SPECIFICATIONS

598mm 640mm

540mm

601mm 661mm

540mm

Paper supply Cassette or sheet-bypass feeding

Cassette: 600 sheets

Sheet-bypass feeding: 50 sheets

Toner supply Automatic density detection and replenishment

Toner cartridge replacement

Exposure Automatic control and manually selectable (9 steps)

Weight Copier: *173 or *292 kg (with 2 cassettes and the platen cover),

*1: 3560, *2: 3570 ADU: 10 kg

Power source 115 V ~ 60 Hz, 12A For the U.S.A. and Canada

220240 V ~ 50/60 Hz, 8A For Europe

Power consumption 1.5 kW (115 V), 1.7 kW (220 V/240 V)

Counter 7-digit total counter

Machine size



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3560/70 SPECIFICATIONS 1 - 4 Nov. 1997 TOSHIBA

1.2 Accessories

Copy receiving tray : 1 pc.

Operators manual : 1 pc.

Set-up report : 1 pc.

Drum : 1 pc.

Developer : 1 bottle

Toner : 1 pc.

*Accessories vary according to the destination.

1.3 Options

Automatic duplexing unit: ADU MD-5002A

Automatic document feeder: ADF MR-3006A (RADF), MR-2008 (ADF)

Paper feed pedestal: PFP KD-1003 (1 cassette), KD-2009 (2 cassettes)

Paper feed unit MY-1006

Large capacity feeder: LCF MP-1501LT, MP-1501A4, MP-4001LT, MP-4001A4

Sorter MG-1003B (10 bins), MG-2012 (20 bins)

MG-1004A (10 bins staple)

MG-2009A (20 bins)

MG-2010 (20 bins staple)

Key copy counter MU-8/MU-10 (6 digit)

1.4 Supplies

Drum OD-3560

Developer ZD-3560

Toner ZT-3560, 3560E

*Options vary according to the destination.


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3560/70 GENERAL 2 - 2 Nov. 1997 TOSHIBA

No. Name

Cassette

Manual feed separation pad

Manual feed roller

Manual pickup roller

Cassette separation roller

Cassette feed roller

Cassette pickup roller

Upper transport roller

Manual feed switch (S6)

Paper guide

Lower transport roller

Aligning switch (S8)

Aligning roller (U)

Aligning roller (L)

Thermistor-1 (THMS1)

Thermostat (THERMO)

Heater lamp

Heat roller (upper side)

Pressure roller (lower side)

Separation claw (for heat roller)

Felt roller

Heat roller cleaning blade

Fuser exit roller

Scraper

Fuser cover

Paper stop switch-1 (S7)

Paper stop switch-2 (S16)

Paper-empty switch-2 (S14)

Cassette tray

Cassette size switch-2 (S15)

Exit/ADU selection gate Exit roller

ADU (option)

Exit fan (M7)

Bottom fan (M8)

No. Name

Carriage 1

Mirror 1

Reflector

Light distribution adjustment plates

Exposure lamp

Carriage 2

Mirror 2

Mirror 3

Mirror unit

Mirror 4

Mirror 5

Mirror 6

Slit glass

Auto exposure sensor

Lens

Original glass

Ozone filter

Main charger

Discharge lamp

Receiving tray

LED eraser array

Main blade

Recovery blade

Toner recovery auger

Separation claw (for drum)

Transfer charger

Separation charger

Drum

Bias guide

Transport belt

Magnetic roller Leveller (doctor)

Auto-toner sensor

Mixer 1

Mixer 2

Sheet bypass guide


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Nov. 1997 TOSHIBA 2 - 3 3560/70 GENERAL

[B] Rear side view



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No. Name

Scanning motor (M2)

Carriage drive wire

Drum gear

Aligning clutch (CLT2)

Drum driving gear

Drum belt

Belt for dev-unit, ALGN-roller & paper feeding drive

Belt for fuser drive

Main motor (M1)

Lens motor (M3)

Mirror motor (M4)

Thermistor-2 (THMS2)

Dev-unit drive gear

Aligning roller

Paper feed belt

Manual feed clutch (CLT4)

Transport roller clutch (CLT1)

Transport roller drive belt

Cassette feed clutch (CLT3, 5)

Optical fan (M6,12)

Document motor (M11)

Optical fan (M15)


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2.1.2 Electrical parts layout

[A] DC electrical parts (except motors)

[Front side]

[Rear side]



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No. Name

* Paper-empty switch-1 (EMP1-SW) (S3)

Exit switch (EXIT-SW) (S9)

Heat-roller thermistor 1 (THMS1-HTR)

Toner sensor (SNR-ATC)

Lens switch (LNS-SW) (S11)

Mirror switch (MRR-SW) (S12)

Automatic exposure PC board (PWA-AES)

Control panel PC board (PWA-PNL)

Aligning-roller clutch (RGT0-CLT) (CLT2)

Transport-roller clutch (RGT1-CLT) (CLT1)

Manual-feed roller clutch (MFED-CLT) (CLT4)

* Feed-roller clutch 1 (FED1-CLT) (CLT3)

Size switch 2 (SIZE2-SW) (S15)

Feed-roller clutch 2 (FED2-CLT) (CLT5)

Paper-empty switch 2 (EMP2-SW) (S14)

Paper stop switch 2 (PSTP2-SW) (S16)

Heat-roller thermistor-2 (THMS2-HTR)

Drum thermistor (DRM-THMS)

* Tray-up switch (T-UP1-SW) (S28)

Tray-up switch (T-UP2-SW) (S29)

Separation claw solenoid (SCRP-SOL) (SOL1)

No. Name

Control panel key PC board (PWA-KEY2)

Control panel key PC board (PWA-KEY1)

Liquid crystal module (LCD)

Total counter (T-CTR)

Logic PC board (PWA-LGC)

Auto paper sensor-2 (APS-R)

Auto paper sensor-3 (APS-C)

Auto paper sensor-4 (APS-F)

Toner-full switch (T-FUL-SW) (S13)

* Size switch 1 (SIZE1-SW) (S5)

Discharge lamp PC board (PWA-ERS)

LED eraser array PC board (K-DCH)

High-voltage power supply (PS-HVT)

Home switch (HOME-SW) (S10)

Platen switch (PTN-SW) (S27)

Manual feed switch (M-FED-SW) (S6)

Aligning switch (PSTPO-SW) (S8)

Paper stop switch 1 (PSTP1-SW) (S7)

Side door switch (U-COV-SW) (S4)

Auto paper sensor-1 (APS-3B)

*: Option


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[B] DC electrical parts (motors)

No. Name

Main motor (MAIN-MOT) (M1)

Scanning motor (SCN-MOT) (M2)

Lens motor (LNS-MOT) (M3)

Mirror motor (MRR-MOT) (M4)

Toner motor (TNR-MOT) (M9)

Document motor (DCM-MOT) (M11)

* Tray-up motor-1 (T-UP1-MOT) (M13)

No. Name

Tray-up motor-2 (T-UP2-MOT) (M14)

Optical fan-F (OPT-FAN-F) (M12)

Optical fan-R (OPT1-FAN-R) (M6)

Exit fan (EXIT-FAN) (M7)

Bottom fan (BTM-FAN) (M8)

Optical fan-R (OPT2-FAN-R) (M15)

*: Option

[Front side]

[Rear side]



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[C] AC electrical parts

No. Name

Thermostat (Option)

Damp heater U1 (D-HTR-U1) (Option)

Exposure lamp (EXPO-LAMP)

Thermofuse (FU-EXPO)

Fuse PC board (PWA-FUS) (Option)

Damp heater U2 (D-HTR-U2) (Option)

No. Name

SW power supply (PS-ACC)

Door switch (DOOR-SW) (S2)

Main switch (MAIN-SW) (S1)

Lamp regulator PC board (PWA-LRG)

Heater lamp (HTR-LAMP)

Damp heater L (D-HTR-L) (Option)

Thermostat (K-THERMO)

[Front side]

[Rear side]


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Parts list

Page Item

M1 MAIN-MOT (Main motor) Drives the drum, developer, IC motor 10 31

heat roller and transport belt

M2 SCN-MOT (Scanning motor) Scans the optical system Pulse motor 5 23

M3 LNS-MOT (Lens motor) Drives the lens unit Pulse motor 11 23

M4 MRR-MOT (Mirror motor) Drives the mirror unit Pulse motor 11 23

M6 OPT1-FAN-R (Optics fan-R) Cools the optical system IC motor:80 5 8

M7 EXIT-FAN (Exit-fan) Cools the drum and cleaner IC motor:80 4 14

M8 BTM-FAN (Bottom fan) Prevents the paper from floating IC motor:80 4 14

up through suction

M9 TNR-MOT (Toner motor) Replenishes the toner Brush motor 24 30

M11 DCM-MOT (Document motor) Drives copy-area indicators Pulse motor 9 2

M12 OPT-FAN-F (Optical fan-F) Cools the optical system IC motor:60 4 39

M13 T-UP1-MOT (Tray-up motor-1) Drives the upper cassette tray to Brush motor 12 36

lift up/down

M14 T-UP2-MOT (Tray-up motor-2) Drives the lower cassette tray to Brush motor 12 36

lift up/down

M15 OPT2-FAN-R (Optics fan-R) Cools the optical system IC motor:80 5 8

2.2 Symbol and Function of Electrical Parts

(1) Motors

Symbol Code name RemarksFunction

Parts list

Page Item

CLT1 RGT1-CLT Transmits transport-roller drive. 13 17

(Transport-roller clutch)

CLT2 RGT0-CLT Transmits aligning-roller drive. 16 16

(Aligning-roller clutch)

CLT3 FED1-CLT Transmits feed-roller clutch 12 24

(Feed-roller clutch-1) drive. (Upper cassette)

CLT4 MFED-CLT Transmits manual-feed roller 15 17

(Manual-feed roller clutch) clutch drive.

CLT5 FED2-CLT Transmits feed-roller clutch 12 24

(Feed-roller clutch-2) drive. (Lower cassette)

(2) Electromagnetic spring clutches

Symbol Code name Function Remarks

(3) Counters

Symbol Code name Function RemarksParts list

Page Item

T T-CTR (Total counter) Total counter 7-digit 3 32

K K-CTR (Key-copy counter) Individual counter 6-digit (option) 101 5



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Parts list

Page Item

S1 MAIN-SW (Main switch) Power supply Tumbler type 6 3

S2 DOOR-SW (Door switch) For safety, cancels abnormal Push switch 6 4

condition

S3 EMP1-SW Detects lack of paper in the upper Photointerruptor 12 32

(Paper-empty switch-1) cassette

S4 U-COV-SW For safety, detects open/closed Push switch 2 27

(Side door switch) condition of paper jam release cover

S5 SIZE1-SW (Size switch-1) Detects upper cassette size Push switch 14 31

S6 M-FED-SW Detects manual feeding Photointerruptor 15 3

(Manual-feed switch)

S7 PSTP1-SW Detects paper in front of the Photointerruptor 14 15

(Paper stop switch-1) upper transport roller

S8 PSTP0-SW Detects paper in front of the Photointerruptor 16 20

(Aligning switch) aligning roller

S9 EXIT-SW (Exit switch) Detects exiting paper Photointerruptor 29 8

S10 HOME-SW (Home switch) Detects home position of the Photointerruptor 11 8

optical system

S11 LNS-SW (Lens switch) Detects home position of the lens Photointerruptor 11 8

unit

S12 MRR-SW (Mirror switch) Detects home position of the mirror Photointerruptor 11 8

unit

S13 T-FUL-SW Detects when the used toner bag Push switch 10 25

(Toner-full switch) is full

S14 EMP2-SW Detects lack of paper in the lower Photointerruptor 12 32

(Paper-empty switch-2) cassette

S15 SIZE2-SW Detects lower cassette size Push switch 14 31

(Size switch-2)

S16 PSTP2-SW Detects paper in front of the lower Photointerruptor 2 26

(Paper stop switch-2) transport roller

S27 PTN-SW Detects open/closed condition of Photointerruptor 5 38

(Platen switch) the platen cover

S28 T-UP1-SW Detects the position of the upper Photointerruptor 12 32

(Tray-up-1 switch) cassette tray

S29 T-UP2-SW Detects the position of the lower Photointerruptor 12 32

(Tray-up-2 switch) cassette tray

(4) Switches



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Parts list

Page Item

LGC PWA-LGC (Logic PC board) Controls the entire copier 8 15PNL PWA-PNL Controls control panel 3 33

(Control panel PC board)

KEY1 PWA-KEY1 Controls operation keys 3 11

(Key PC board)

KEY2 PWA-KEY2 Controls operation keys 3 14

(Key PC board)

LRG PWA-LRG Controls exposure lamp 5 20

(Lamp regulator PC board)

DCH K-DCH Turns on and drives LED during 4 10

(LED eraser array PC board) reduction

ERS PWA-ERS Discharge lamp 4 12

(Discharge lamp PC board)

AES PWA-AES Reads dark/light of the original 18 37

(Automatic exposure PC board)

FUS PWA-FUS (Fuse PC board) Fuse for the damp heater circuit 7 31

(5) Heaters and lamps

(6) PC boards



Parts list

Page Item

EXP EXPO-LAMP Exposes the original Halogen lamp 19 13

(Exposure lamp) 300W

HTR HTR-LAMP (Heater lamp) Fixing Halogen lamp 26 6

900W

(100V series)

1030W

(200V series)

ERS ERS-LAMP Discharges the drum Fuse type 4 12

(Discharge lamp)

DCH DCH-LED To interrupt the charge LED 4 10

(LED eraser array)

DHU1 D-HTR-U1 (Damp heater U1) Keeps optical system warm (option) Cement resistor 102 4

DHU2 D-HTR-U2 (Damp heater U2) Keeps optical system warm (option) Cement resistor 102 4

DHL D-HTR-L (Damp heater L) Keeps the drum and transfer/separation Cement resistor 7 30

charger case warm (option)



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Parts list

Page Item

SOL1 SCRP-SOL Drives the separation claws for the drum 4 42

(Separation claw solenoid)

(7) Transformers

Parts list

Page Item

HVT PS-HVT (Charging transformer) Generates high voltage electricity Mono unit type 7 27

for charging (negative voltage)

(Transfer/separation Generates high voltage electricity

transformer) for transfer/separation and

developing bias voltage

(Transfer bias Generates bias voltage to raise

transformer) transfer efficiency

ACC PS-ACC Power supply for whole copier 8 7

(Power supply for all) power


(8) Solenoid


(9) Others

Parts list

Page Item

ATS SNR-ATC Reads toner density with a magnetic 24 33

(Auto-toner sensor) sensor

THMS1 THMS1-HTR Detects temperature of the heat roller 27 19

(Heat-roller thermistor-1)

THMS2 THMS2-HTR Detects the temperature of the heat roller 27 27

(Heat-roller thermistor-2) end

THERMO K-THERMO Prevents abnormal heating of heat roller 27 8

(Thermostat)

FU FU-EXPO (Thermofuse) Prevents abnormal heating of the 19 12

exposure lamp



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2.3 Wire Harness Location Diagram

[A] Location diagram for upper unit



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[B] Location diagram for lower unit


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2.4 Removal of Covers and PC Boards

The above item 2.4 is the same one as for 2060/2860.

Changes for the 3560/70

1. The front cover, the inner cover, the upper exit cover and the left top cover have slightly been changed.

2. The control panel has slightly been changed to accommodate a graphic touch panel.

COSMOS

SkipOK Cancel

Texts from 2-15 in the 3560/70 Service Manualarethe same as texts from 2-15 to 2-19 in the 2060,2860/70 Service Manual.

Do you refer to the 2060,2860/70 Service Manual?



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Nov. 1997 TOSHIBA 3 - 1 3560/70 PROCESS

3. COPYING PROCESSThe above item 3 is the same one as for the 2060/2860 except for the transfer value.

Transfer value

2060/2860 3560/70

DC 5.25KV DC 5.10KV

COSMOS

SkipOK Cancel

Texts from 3-1 in the 3560/70 Service Manualare thesame as texts from 3-1 to 3-3 in the 2060,2860/70Service Manual.



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Nov. 1997 TOSHIBA 4 - 1 3560/70 OPERATION

4. COPIER OPERATIONThe above item 4 is the same one as for the 2060/2860 except for page 4-3.

COSMOS

SkipOK Cancel





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3560/70 OPERATION 4 - 2 Nov. 1997 TOSHIBA

xxx

3560/70 change item

1. The optical fan became 3 pieces (M6, M12, M15) from 2 pieces.

2. The timing chart has been changed.

SCN

MAIN-MOT

EXIT-SW

EXPO

HVT-M

OFF

OFF

ON

ON

ON

ON

ON O

N

ON

ON

ON

FWD

ON

OFF

LOW

LOW

High

High

High

0.1

1.37

0.71

0.44

2.11

2.13

2.40

3.72

3.80

4.52

3.93

2.82

1.02

2.12

2.71

3.81

4.10

5.87

7.277.30

3.68

2.53

2.41

1.99

0.84

0.2

0.1

0.72

5.62

2.03

1.47

2.46

2.102

.35

2.86

2.86

4.05

3.79

3.06

4.16

3.16

3.98

2.89

2.29

1.20

OFF0.1

RGT

BWD

FWD

CW

BWD

B

WD


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Nov. 1997 TOSHIBA 5 - 1 3560/70 DISPLAY

5. DISPLAY UNIT

The display unit consists of key switches for copier operation/selection of each mode, LEDs and an LCD

displaying the copier state or messages.

Particularly, when the operators attention is recommended, a graphic symbol lights or flashes and the

message indicating that condition is displayed.

5.1 Detailed Drawing of the Control Panel and the Display Panel

For the U.S.A. and Canada

LD

ORIGINAL

ZOOMCOPYSIZE

LG

LT

ST

OTHER

TIMER ENERGYSAVER

IMAGEMODE

LIGHT AUTO DARK

FUNCTIONCLEAR

CLEAR/STOP

PRINT

AMS APS

INTERRUPT 200%

100%

50%

FC

HELP

1 2 3

4 5 6

7 8 9

0 C /

Details of the display panel

For Europe

Arrangement of the control panel



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3560/70 DISPLAY 5 - 2 Nov. 1997 TOSHIBA

5.2 Items Shown on the Display Panel

5.2.1 Display during normal copying

No. Message Conditions of machine Notes

1 WAIT WARMING UP Being warmed up The number and reproduction ratio

Indicated after the main switch of the copies are indicated, for

is switched on up until the example, as 0, 100% when themachine becomes capable of main switch comes on.

copying.

2 READY Capable of copying. Copy quantity indicator indicates as

Indicated when the machine is 1. When a digital key is pressed,

capable of copying and the the set number is indicated.

operators instructions for The set number is cleared to 1 by

copying conditions are awaited. pressing the CLEAR/STOP key.

Returns to the initial condition Manual copying is possible.

if no key input is given for 45

seconds.

3 COPYING Now copying. After completion of copying, the copy Indicated by pressing the quantity indicator returns to the

PRINT key. initially set number.

Copy quantity indicator becomes

1 and copying is completed.

4 SAVING ENERGY Energy saving conditions. Released by pressing the ENERGY

SAVER key or the PRINT key.

PRESS PRINT

5 PLACE NEXT ADU 1-sided copying standby When using ADU 1-sided, and when

ORIGINAL state. A below. not using ADF.

6 Timer off Released by pressing the PRINT

No message is displayed in the key.

panel except for timer LED.

A


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5.2.2 Display in the event of faulty conditions

No. Message Abnormal state & indication Solution

7 ADD PAPER Indication of lack of paper. Supply paper to the selected

Flashes when there is no paper cassette.

in the cassette.

Indicates which cassette has nopaper. (A below.)

Manual copying is possible.

8 ADD TONER: Indication of lack of toner. Released after the cartridge is

B below is indicated when replaced and the front cover is

PRESS INFO the toner in the toner cartridge closed.

runs out.

When this message is displayed,

it is not possible to copy.

9 INSERT Key copy counter withdrawn. Released and returned to normal

Indicated when the key copy conditions by inserting the key

KEY COPY COUNTER counter is withdrawn when the copy counter.

machine is READY or during

copying. C below.

When it is removed after

pressing the PRINT key, the

machine stops after that copy is

completed, but the counter

counts it.

10 DISPOSE OF Indication of need to replace the Open the front cover and replace

toner bag. the toner bag.

USED TONER Indicated when the toner bag is

full. D below.

The copier stops.

A

D B C



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No. Message Abnormal state & indication Solution

16 CALL FOR SERVICE: Some or one of the mechanism, Turn off the machine, remove the

motors, switches or sensors are cause of the fault and turn the

CALL abnormal. machine back on.

17 TIME FOR PERIODIC Indication of PM cycle. Maintenance and inspection by a

Indicated when it is time for qualified service technician.

MAINTENANCE periodic maintenance andinspection.

Capable of copying.



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5.3 Relationship between Copier Conditions and Operators Actions

_:Machineoperatesorind

icatesinaccordancewiththeope

ratorsaction.

:Operationisignored.

(1)BypressingtheENERGYSAVERkeyorthePRINTkey,

theenergy-savingmodewillbecancelled.

(2)Duringcopying,avoidchangingexposureasfaraspossible.

(3)ThefunctionoftheCLE

AR/STOPkeychangesinthefollowingmanneraccordingtothemachinestatus.

Duringcopying.........Interruptionofthecopying(Stopfunction.....Thecopyquantityind

icatorwillnot

change.)

Whennotcopying....W

henpressedonce,thecopyquantityindicatorreturnsto1.

(4)Duringcopying,avoidsheetbypassfeedingbecauseofpossiblepaperjamming.

Note:Theinterruptmodew

illbeautomaticallycancelledwhenthemachineisnotusedfor45

seconds.

REPRO-

DUCTION

RATIO

selection

key

Digital

keys

PRINT

key

Condition

Operation

CLEAR/

STOP

key

COPY

SIZE

key

EXPOS

URE

key

ORIGINAL

SIZE

key

INTER-

RUPT

key

ENERGY

SA

VER

key

Sheet

bypass

Warmingup

_

_

_

_

_

_

_

_

_

Ready

_

_

_

_

_

_

_

_

_

_

Reproduction-ratio

_

_

_

_

_

_

_

_

_

changing

Copying

_

_

_

_

Addpaper

_

_

_

_

_

_

_

_

_

Addtoner

_

_

_

_

_

_

_

_

_

Keycopycounternot

_

_

_

_

_

_

_

_

_

inserted(optional)

Bypassmisfeed

Replacetonerbag

_

_

_

_

_

_

_

_

Clearpaper

Servicecall

Interruptmode

_

_

_

_

_

_

_

Energy-savingmode

_

_


32/122


5.4 Description of Operation

5.4.1 Dot matrix LCD display circuit

(1) Structure

LCD module is an STN black and white mode transmissive type LCD with a 320 240-dot display

capacity. It includes a driver LSI, frame print board, and lateral CFL backlighting.

*STN: Super Twisted Nematic

(2) Block diagram

CP

D0D1D2D3

FRAME

LOADD.OFF

VDD

VSSVo

VEE

powersupply

IC3

IC4

120

120

SW

LCD PANEL320x240 DOTS

IC1

160

IC2

160



33/122


(3) Drive

LCD control: Drive is effected by the LCD controller on the PNL board.

What character is displayed in what position: IC7 (main CPU) and IC4 (LCD controller) of the panel

circuit control.

Message data, executable programs, and character codes: Stored in the PROM on the PNL board.

Each character on the liquid crystal is made up of 16 16 dots or 16 8 dots. The whole panel

consists of 320 240 dots.

Graphic data is written by the main CPU to the liquid crystal controller at the RAM address corre-

sponding to the position at which it is to be displayed. The LCD controller then sends the data to the

LCD.

AD15

AD0

~

UD3

UD0

~

D3

D0

~

D7

D0

~

PNL CPU LCD

LCD controller

Display

RAM

Display

synchronous

clock


34/122


Data Transmission Method.

5.4.2 LED display circuit

(1) LED display method

For example, the following shows how the LED LP6 (APS) lights up for displaying automatic paper

sensing.

When DSPON0 signal becomes L level, transistor Q3 is turned ON. Further, when IC1 pin16 (D8)

becomes L level, current flows from +5VD to LP6 (APS) through the transistor. In this way LP6

(APS) lights up.

FRAME

LOAD

LOAD

FRAME

CP

D0-D3

240 1 2 240 1 2 240 1 2

1/tF 1/tF

CPx(320/4)pulses

+5VD

R60

R61

Q3R

(APS)

LP6

R17

DSPON0

L

L 16

D8

IC1



35/122


(2) The actual circuit is controlled as follows.

R31

R51

R81

R91

R161

R171

R21

R41

R61

R71

R141

R151

R11

2100

2100

2100

2100

2100

2100

2100

2100

2100

2100

2100

2100

2100

K

K

K

K

K

K

K

K

K

K

K

K

K

A

A

A

A

A

A

A

A

A

A

A

A

A

6791011121415

1617192021222425

5

D16D15D14D13D12D11D10

D9D8D7D6D5D4D3D2D1

SOUT

LAST

L/RSIN

LATCHBEOSTBCK

VDDVSSLVSSD3VSSD2VSSD1VSSD0

274

2628

23

29

301

2318

138

LTL16KG

LTL16KG

LTL16KG

LTL16KG

LTL16KG

LTL16KG

LTL16KG

LTL16KG

LTL16KG

LTL16KG

LTL16KG

LTL16KG

LTL16KG

LP1

LP2

LP3

LP4

LP5

LP6

LP7

LP8

LP9

LP10

LP11

LP12

LP13

P/3

P/2

P/1

P/0

P/USER

APS

0/3

0/2

0/1

0/0

O/USER

AMS

FC

IC17932M

SGDGND

VDD

R211

R181

R201

R191

21K

21K

21K

21K

R131R101

R121

R111

LEDATLELTH0

LERST

LECLK

DSPON0

3B4

3B43B4

3B4

3B4

21K21K

21K

21K

1

2

1

2

1

2

1

2

1

2C5

C3

C4

C2

C1

CKM33P/50J

CKM33P/50J

CKM33P/50J

CKM33P/50J

CKME0.1/25

1E4 DSON0 5 6 1 2

(NO7)

IC15

R61

1/10W560

1 2R60

1/10W4.7K

B

E

C

Q32SA142BY

5VD

DSPON05E2 5B6

1E4DSON1 3 4 1 2

(NO7)

IC15

R58

1/10W560

1 2R59

1/10W4.7K

BE

C

Q22SA142BY

DSPON15E2 5B6


36/122


6 msec 6 msec

Q3OFF

Q3ON

ON

ON ON

DSPON0

DSPON1

LEDAT

D7

LP7

LP8

Q2ON

Q2OFF

Condition of LED lighting

The transistor (Q2 or Q3) connected on the anode side of the LED is ON status.

Output connected on the cathode side of the LED is L level.

When the above conditions and are fulfilled, the LED lights.

Refer to the following names of the LED which are ON/OFF controlled by DSPON0/DSPON1 signals.

The signals of DSPON0 and DSPON1 be-

come H level by one turn every 6 msec.

Q2 (or Q3) is turned ON when DSPON0 (or

DSPON1) is L level.

LED ON/OFF signal from PNL is inputted

to the SIN (pin 26) terminal of IC1 through

LEDAT signal line. (Serial data)

The LED ON/OFF signal is inputted to IC1

in serial is outputted to output terminals of

D1 D16 in parallel.

R201

R211

R221

R191

R181

R171

R161

R151

R141

R131

R121

R111

R101

R91

2100

2100

2100

2100

2100

2100

2100

2100

2100

2100

2100

2100

2100

2100

K

K

K

K

K

K

K

K

K

K

K

K

K

K

A

A

A

A

A

A

A

A

A

A

A

A

A

A

67910

111214151617192021222425

5

D16D15D14D13

D12D11D10D9D8D7D6D5D4D3D2D1

SOUT

LASTL/RSINLATCHBEO

STBCK

VDDVSSLVSSD3VSSD2VSSD1VSSD0

274

2628

23

29

301

231813

8

LTL16KG

LTL16KG

LTL16KG

LTL16KG

LTL16KG

LTL433G

LTL433G

LTL433G

LTL433G

LTL433G

LTL433G

LTL433G

LTL433G

LTL433G

LP1

LP2

LP3

LP4

LP5

LP6

LP7

LP8

LP9

LP10

LP11

LP12

LP13

LP14

INT

P/S

TIMER

PHOTO

AUTO

EXPO1

EXPO2

EXPO3

EXPO4

EXPO5

EXPO6

EXPO7

EXPO8

EXPO9

IC17932M

SGDGND

VDD

R31

R41

R21

R11

21K

21K

21K

21K

R81R51R71

R61

LEDATLELTH1LERST

LECLK

DSPON1

3B4

3B43B4

3B4

3B4

21K21K21K

21K

1

2

1

2

1

2

1

2

1

2C5

C2

C4

C3

C1

CK

M33P/50J

CK

M33P/50J

CK

M33P/50J

CK

M33P/50J

CK

ME0.1

/25

(example)

(example)



37/122


Transmission LP SIGNAL DSP-ON-0 IC7932 LP SIGNAL DSP-ON-1 IC7932

order

1 IC1-6 IC1-6

2 IC1-7 IC1-7

3 IC1-9 1 INT Interrupt IC1-9

4 1 P/3 Paper size IC1-10 2 P/S Energy saver IC1-10

5 2 P/2 Paper size IC1-11 3 TIMER Timer IC1-11

6 3 P/1 Paper size IC1-12 4 PHOTO Photo mode IC1-12

7 4 P/0 Paper size IC1-14 5 AUTO Auto exposure IC1-14

8 5 P/USER Paper size (User adjustment) IC1-15 6 EXPO1 Exposure display1 (L MAX) IC1-15

9 6 APS Automatic paper selection IC1-16 7 EXPO2 Exposure display2 IC1-16

10 7 0/3 Original size IC1-17 8 EXPO3 Exposure display3 IC1-17




14 11 0/USER Original size (User adjustment) IC1-22 12 EXPO7 Exposure display7 IC1-22

15 12 AMS Automatic magnification selection IC1-24 13 EXPO8 Exposure display8 IC1-24

16 13 FC All clear IC1-25 14 EXPO9 Exposure display9 (D MAX) IC1-25

DSP-ON-0 signal is LED and IC on PWA-KEY1.

DSP-ON-1 signal is LED and IC on PWA-KEY2.


38/122

Nov. 1997 TOSHIBA 6 - 1 3560/70 DRIVE

6. DRIVE SYSTEMThe above item 6 is the same one as for the 2060/2860.

COSMOS

SkipOK Cancel





39/122

Nov. 1997 TOSHIBA 7 - 1 3560/70 OPTICAL

7. OPTICAL SYSTEMThe above item 7 is all the same as for the 2060/2860 except for 7.7.4 (because there were two rear

fans).

However, numbers of R, C, IC, etc. are changed (refer to the circuit diagram).

Example 2060/2860 3560/70

R51 (P7-8, 9) R12

R55 (P7-8, 9) R14

R58 (P7-8, 9) R18

C24 (P7-8) C10

IC15 (P7-8) IC41

IC18 (P7-12) IC21

IC19 (P7-12) IC35

IC30 (P7-12) IC37

J1-B13 (P7-14) J1-B4

IC19 (P7-14) IC35

IC30 (P7-14) IC37

IC10 (P7-14) IC18

IC19 (P7-16, 17) IC35

IC18 (P7-16, 17) IC21

COSMOS

SkipOK Cancel

Texts from 7-1 (except for 7.7.4) in the 3560/70Service Manualare the same as texts from 7-1 to 7-35 in the 2060,2860/70 Service Manual.



40/122

3560/70 OPTICAL 7 - 2 Nov. 1997 TOSHIBA

7.7.4 Optical fan (rear)(1) Remove the upper rear cover.

(2) Remove the connectors (2) and the screws

(4).

Two optical fans can be removed together with

the COV-FAN-R.

Optical fan (rear)

Connector

COV-FAN-R



41/122

Nov. 1997 TOSHIBA 8 - 1 3560/70 FEEDER

8 PAPER FEEDING SECTIONThe above item 8 is the same one as for the 2060/2860.

However, number of IC is changed (refer to the circuit diagram).

Example2060/2860 3560/70

IC13 (P8-7) IC9

IC12 (P8-7) IC3

COSMOS

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42/122

Nov. 1997 TOSHIBA 9 - 1 3560/70 DRUM

9. DRUM-RELATED SECTIONThe above item 9 is the same one as for the 2060/2860.

However, number of IC is changed (refer to the circuit diagram).

Example2060/2860 3560/70

IC30 (P9-15, 16) IC37

IC19 (P9-15, 16) IC35

IC40 (P9-15, 16) IC46

IC18 (P9-16) IC21

COSMOS

SkipOK Cancel

Texts from 9-1 in the 3560/70 Service Manualare the

same as texts from 9-1 to 9-16 in the 2060,2860/70Service Manual.




43/122

Nov. 1997 TOSHIBA 10 - 1 3560/70 DEVELOPER

10. DEVELOPER UNITThe above item 10 is all the same as for 2060/2860 except for the shape of the cartridge holder.

However, numbers of IC, R, Q, D, etc. are changed (refer to the circuit diagram).

Example 2060/2860 3560/70

Q3 (P10-14) Q2

IC19 (P10-14) IC35

Q8 (P10-14) Q10

R21 (P10-14) R157

R22 (P10-14) R156

D3 (P10-14) D2

IC40 (P10-15) IC46

IC19 (P10-15) IC35

IC30 (P10-15) IC37

2060/2860 3560/3570

COSMOS

SkipOK Cancel

Texts from 10-1 in the 3560/70 Service Manualare

the same as texts from 10-1 to 10-15 in the 2060,2860/70 Service Manual.



44/122

Nov. 1997 TOSHIBA 11 - 1 3560/70 CLEANER

11. CLEANER UNITThe above item 11 is all the same as for the 2060/2860 except that 11.4.3, 11.4.4 and 11.4.5 have been

changed due to the addition of separation claws and a separation claw solenoid.

Separation claw

When the drum has been removed

COSMOS

SkipOK Cancel

Texts from 11-1 (except for 11.4.3, 11.4.4 and 11.4.5)in the 3560/70 Service Manualare the same as textsfrom 11-1 to 11-6 in the 2060,2860/70 Service Manual.




45/122

3560/70 CLEANER 11 - 2 Nov. 1997 TOSHIBA

11.4.3 Recovery blade

(1) Turn the cleaner unit upside down.

(2) Remove the three separation claws (4 screws).

Refer to 11.4.4.

(3) Remove the recovery blade (2 screws).

11.4.4 Separation claw

(1) Turn the cleaner unit upside down.

(2) Remove the spring.

(3) Remove the lever from the fitting sections of

the separation claw holders.

(4) Remove the 4 screws and take out the separa-

tion claw with the holder.

Recovery blade

Spring

Separation claw

Separation

claw holder

Lever


46/122

Nov. 1997 TOSHIBA 11 - 3 3560/70 CLEANER

11.4.5 Block for charger output adjustment,

separation claw solenoid

(1) Remove cleaner unit.

(2) Remove inner cover (upper).

(3) Remove a screw and a connector.

(5) Remove the separation claw from its fitting.

Separation claw solenoid

Charger output adjustment block

Separation claw

Separation

claw holder

Charger output adjustment block,

separation claw solenoid



47/122

Nov. 1997 TOSHIBA 12 - 1 3560/70 FUSER

12 FUSER UNIT/PAPER-EXIT UNITThe above item 12 is the same one as for the 2060/2860.

However, numbers of R, IC, C, etc. are changed (refer to the circuit diagram).

Example2060/2860 3560/70

R136 (P12-6) R34

R86 (P12-6) R24

R81 (P12-6) R23

R66 (P12-6) R22

C34 (P12-6) C14

IC12 (P12-6) IC35

COSMOS

SkipOK Cancel

Texts from 12-1 in the 3560/70 Service Manualarethe same as texts from 12-1 to 12-14 in the 2060,2860/70 Service Manual.



48/122


49/122


50/122

Nov. 1997 TOSHIBA 13 - 3 3560/70 CIRCUIT DIAGRAMS

How to search for where a signal in a

circuit diagram has jumped to.

HINT

Logic Circuit (PWA-LGC) 3/13

*6

[N07]

*3

[U91C640]

M-CONT

P73/M13

P72/M12

P71/M11

P70/M10

P63/M03

P62/M02

P61/M01

P60/M00

P43/A19

P42/A18

P41/A17

P40/A16

P27/A15

P26/A14

P25/A13

P24/A12

P23/A11

P22/A10

P21/A9

P17/A7

P16/A6

P15/A5

P14/A4

P13/A3

P12/A2

P11/A1

P07/D7

P06/D6

P05/D5

P04/D4

P03/D3

P02/D2

P01/D1

P83/TO34

P82/INT2

P81/INT1

P80/INT0

P55/AN5

P54/AN4

P53/AN3

P52/AN2

P51/AN1

P37/WAIT

P36/WR

P35/RD

P34/CTS

P33/TXD

P32/TXD

P31/RXD

CLR

EA

NMI

X2

X1

AGND

VREF

P30/RXD

P50/AN0

CK

P00/D0

P10/A0

P20/A8

[N07]

[N07]

[N07]

[N07]

[N07]

*4

[N07]

[N07]

[N07]

[N07]

[N07]

[N07]

[N07]

4

2

1

&

7

6

5

4

3

2

0

1

[HC138A]

BIN/OCT

EN

[N07]

[XD]

F

E

C

B

D

32 4 5 61 7

E

D

C

8763 4 5

B

AA

21

F

*2

VDD

R31

1/10W4.7K

1

2

IC14

3413B3

R149

1/10W22K

21

[SKT]

IC20

62

18

17

8

7

6

5

4

3

63

59

58

60

57

56

21

22

55

2

1

34

33

16

15

14

13

12

11

10

9

54

53

52

51

50

49

48

47

46

45

44

43

42

41

40

39

38

37

36

35

31

30

29

28

27

26

24

25

23

61

20

19

13A5

IC14

9 8

4C1 9D1

IC18

3 4

IC27

13 12

IC13

1011

IC13

13 12

IC12

9 8

VDD

IC13

3 413B3

13B3

IC13

65

13B3

IC13

9 8

IC12

1 2

IC12

4313A3

13A3

IC12

5 6

13A3

VDD

IC15

6

2

1

10

97

12

13

5

15

14

11

3

4

5D8

IC13

21

2E2

2E2

1/10W4.7K

R124

2

1

R118

1/10W4.7K

1

2

1/10W4.7K

R125

2

1

1/10W4.7K

R162

1

2

R33 1/10W22K1 27D8

2A2

13A3

GND

4.7KRR4

432

1

5 9 8 7 6

VDD

2200P/50C52

1

2

1/10W1MR92

1

21

2M

X3

3

1

2

R161 1/10W4.7K1 2

R97 1/10W4.7K21

R151

1/10W4.7K

2

1

13B3

133

13B3

13A3

13A5

4C1

4A1

2A5

2F3

13B3

13B3

7E8

GND

2A5

2A6

GND

1/10W4.7K

R111

1

2

R112

1/10W4.7K

2

11/10W4.7K

R113

1

2

1/10W4.7K

R114

2

1

VDD

2E5

2A2

2E5

2A2

4E1

1/10W470

R171 21

VDD

5F1

5F1

13B5

13B5

5A1 13B5

1/10W4.7K

R11712

R116

1/10W4.7K

2 1

R115

1/10W4.7K

12

1/10W470

R172 1 2

GND

5C8

MREQ-PF

RETS4

RETS0

RETS1

RETS2

RETS3

RETS5

RETS6

RETS7

RETS[0:7]

AMOT-OFF

24VCHK

MACK-PF

PFTXD

PSTPCO

PFCRST

CLK-B

FDCLTAD

RGCLT-CU

CLK-A

STCLTAD

CLK-D

CLK-C

ENDM-B

ENDM-C

ENDM-D

SIDM-A

SIDM-B

SIDM-C

SIDM-D

STCLT-AD

AD-CNT

RSTRT

STSOL-AD

ENDM-A

AMOT-BRK

DRV-0

DRV-1

DRV-2

DRV-3

DRV-4

DRV-5

DRV-6

DRV-7

DRV-[0:7]

SCSW-D

SCSW-B

SCSW-A

SCSW-E

SCSW-C

[CLK-B]

[FDCLTAD]

[RGCLT-CU]

[CLK-A]

[STCLTAD]

[CLK-D]

[CLK-C]

[ENDM-B]

[ENDM-C]

[ENDM-D]

[SIDM-A]

[SIDM-B]

[SIDM-C]

[SIDM-D]

[STCLT-AD]

[STSOL-AD]

[ENDM-A]

[AMOT-BRK]

[DRV-[0:7]]

[SCSW-D]

[SCSW-B]

[SCSW-A]

[SCSW-E]

[SCSW-C]

SIZE2

SIZE1

SIZE0

SIZE3SIZE[0:3]

PFACK

PFRXD

PSTPR

PFREQ

[MREQ-PF]

[RETS[0:7]]

[AMOT-OFF]

[24VCHK]

[MACK-PF]

[PFTXD]

[PSTPCO]

[PFCRST]

[AD-CNT]

[RSTRT]

[SIZE[0:3]]

[PFACK]

[PFRXD]

[PSTPR]

[PFREQ]



51/122

3560/70 CIRCUIT DIAGRAMS 13 - 4 Nov. 1997 TOSHIBA



HINT


OUTA0

OUTA1

IN2

[VCC]

[GND]

IN1

[AZ8428]

[HC273]

C1

1D

R

[HC273]

C1

1D

R

[VCC]

[VCC]

[I62308FS]

CLAMP

CLAMP

[GND]

[GND]

[GND]

[GND]

[FIN]

[FIN]

OUTA0

OUTA1

IN2

[VCC]

[GND]

IN1

[AZ8428]

F

E

C

B

D

32 4 5 61 7

E

D

C

8763 4 5

B

A A

21

F

[HC244]

1

2

EN1

EN2

3C8

IC9

5

4

7

2

1 3

1/10W4.7K

R2161 2

1/10W470

R228

1 2

IC6

15

19

16

12

9

5

2

1

18

17

14

13

8

7

4

3

11

6

IC5

6

11

3

4

7

8

13

14

17

18

1

2

5

9

12

16

19

15

IC2

18

4

16

9

2

1

8

5

12

13

17

15

10

7

3

14

11

6

3C8

GND

VDD

7D8

IC331

2

7

4

5

GND

C77

0.1/50

2

1

C2

10/50

2

1

C78

0.1/50

1

2

C1

10/50

1

2

0.1/25C76

1

2

0.1/50C75

1

2

2200P/50C82

[DEL]

1

2 R243 1/10W10021

R89 1/10W10021

R2 1/10W10021

1SS184

D24

K

A1

A2

D23

1SS184

A2

A1

K

1SS184

D22

K

A1

A2

D21

1SS184

A2

A1

K

D20

1SS184

A2

A1

K

1SS184

D19

K

A1

A2

13C3

12D5

9D2

3B8

413

12C5

12C5

12B5

12C5

12C5

12B5

12B5

13A5

13A5

13A5

13A5

13A5

13A5

13A5

13A5

GND

13C3

13C3

13C3

GND

1/10W100R244 1 2

IC7

317

15

11

13

12

164

2

6

8

19

1

18

14

9

7

5

3A8

RGCLT-CL

FDCLT-CL

FDCLT-CU

TRMCL-B

TRMCL-A

TRMCU-B

TRMCU-A

RGCLT-CU

RGTCLTCL

FDCLT-SF

CLK-B

PFCRST

CLK-A

DRV-[0:7]

[RGCLT-CU]

[CLK-B]

[PFCRST]

[CLK-A]

[DRV-[0:7]]

DRV-0

DRV-1

DRV-2

DRV-3

DRV-4

DRV-5

DRV-6

DRV-7

DRV-0

DRV-1

DRV-2

DRV-3

DRV-4

DRV-5

DRV-6

DRV-7

DRV-0

DRV-1

DRV-2

DRV-3

DRV-4

DRV-5

DRV-6

DRV-7

TRMLC-B

FDMLC-A

TRMLC-A

DRV1

DRV2

DRV3

DRV4

DRV5

DRV6

DRV7

FEDCLTCU

FEDCLTCL

DG

DG

DRV0

[DRV1]

[DRV2]

[DRV3]

[DRV4]

[DRV5]

[DRV6]

[DRV7]

[DRV0]

FDMLC-B

RGTCLTCU

24V

+5VSW

TRMCUA

TRMCUB

TRMCLA

TRMCLB

[RGTCLTCL]

[FDCLT-SF]

[TRMLC-B]

[FDMLC-A]

[TRMLC-A]

[FEDCLTCU]

[FEDCLTCL]

[FDMLC-B]

[RGTCLTCU]

[TRMCUA]

[TRMCUB]

[TRMCLA]

[TRMCLB]

24V

DG


52/122




HINT


[HC244]

1

2

EN1

EN2

[HC244]

1

2

EN1

EN2

[HC244]

1

2

EN1

EN2

[HC244]

1

2

EN1

EN2

*3

*8

*8

*4

F

E

C

B

D

32 4 5 61 7

E

D

C

8763 4 5

B

AA

21

F

*5

3D1

IC8

5

7

9

14

18

1

19

8

6

2

4 16

12

13

11

15

17 3

IC4

317

15

11

13

12

164

2

6

8

19

1

18

14

9

7

5

IC10

2

4

6

8

18

16

14

12

11

13

15

17

9

7

5

3

1

19

IC11

317

15

11

13

12

164

2

6

8

19

1

18

14

9

7

5VDD

C97

1000P/50

1

2

1/10W4.7KR184 21

1/10W4.7KR237 21

1/10W4.7KR230 1 2

R227 1/10W4701 2

1/10W470R225 21

R238 1/10W4.7K1 2

1/10W470R226 1 2

4.7K/22K

RR22

3

5

7

9

1

4

6

8

4.7K/22K

RR1

8

6

4

1

9

7

5

3

2

12C51/10W22KR207 1 2

GND

3E8

0.1/25C99

2

1

1000P/50C

98

2

1

1000P/50C

96

2

1

1/10W22KR159 21

R198 1/10W22K21

1/10W4.7K

R187 1 2

1/10W4.7KR212 21

R231

1/10W22K

21

R248

1/10W10K

21

1/10W10K

R247 1 2

R246

1/10W10K

21

1/10W10K

R245 1 2

13C3

13A3

13A3

13A3

13A3VDD

12B5

12B5

12B5

12C5

12A5

12A5

12A5

12A5

13C3

12C5

12B5

13C3

13C3

13C3

13C3

12A5

12A5

12B3

13B5

13B5

13B5

13B5

12B5

13B3

11C3

13C3

135

1/10W22K

R229 1 2

R178

1/10W22K

21

1/10W22K

R179 1 2

1/10W22K

R232 1 2

R185 1/10W4.7K1 2

R222 1/10W4.7K1 2

1/10W4.7KR218 21

R223 1/10W4.7K1 2

R219 1/10W4.7K21

1/10W22KR224 21

R217 1/10W22K1 2

1/10W22KR221 21

R220 1/10W22K1 2

R155 1/10W4.7K1 2

1/10W4.7KR201 21

R210 1/10W4.7K1 2

1/10W4.7KR215 21

R211 1/10W4.7K1 2

1/10W470R203 1 2

R208 1/10W22K21

R189 1/10W22K1 2

R214 1/10W22K21

R213 1/10W22K1 2

1/10W4.7K

R209 1 2

1/10W4.7K

R204 21

R202

1/10W4.7K

1 2

R197

1/10W4.7K

21

1/10W4.7K

R195 21

1/10W4.7K

R186 1 2

1/10W4.7K

R28 1 2

1/10W4.7K

R194 21

R206

1/10W22K

1 2

R205

1/10W22K

21

R200

1/10W22K

1 2

R199

1/10W22K

21

R193

1/10W22K

1 2

R26

1/10W22K

21

R196

1/10W22K

1 2

R188

1/10W22K

21

3B1

VDD

VDD

VDD

VDD

13B5

13B5

RR5

4.7K/22K

2

3

5

7

9

1

4

6

8

13B5

13B5

13C5

13C5

4.7K/22K

RR6

8

6

4

1

9

7

5

3

2

13C5

13C5

3E8

3E8

VDD

SCSW-E

SIZE[0:3]

SIZE3

SIZE2

SIZE1

SIZE0

PEMPAD

SIDSW

PJAM1AD

APLL-OK

ENDSW

SIZCL3

SIZCL2

SIZCL1

SIZCL0

SIZCU3

SIZCU2

SIZCU1

SIZCU0

SIZE-0

SIZE-1

SIZE-2

SIZE-3

[SIZE-0]

[SIZE-1]

[SIZE-2]

[SIZE-3]

PSTPCL

SFBSW

LC-KEY

LC-CNT

TUPCL

PEMPCL

PSTPCU

LCF4000

PEMPCU

TUPCU

UCOVDOR

TDWNLC

PEMPLC

TUPLC

LCDOR

RETS5

RETS6

RETS7

RETS4

RETS3

RETS2

RETS1

RETS0 RETS[0:7]

[SIZE[0:3]]

[RETS[0:7]]

RETS-3

RETS-2

RETS-1

RETS-0

RETS-6

RETS-5

RETS-4

RETS-7

[RETS-3]

[RETS-2]

[RETS-1]

[RETS-0]

[RETS-6]

[RETS-5]

[RETS-4]

[RETS-7]

SCSW-A

SCSW-B

[SCSW-E]

[PEMPAD]

[SIDSW]

[PJAM1AD]

[APLL-OK]

[ENDSW]

[SIZCL3]

[SIZCL2]

[SIZCL1]

[SIZCL0]

[SIZCU3]

[SIZCU2]

[SIZCU1]

[SIZCU0]

[PSTPCL]

[SFBSW]

[LC-KEY]

[LC-CNT]

[TUPCL]

[PEMPCL]

[PSTPCU]

[LCF4000]

[PEMPCU]

[TUPCU]

[UCOVDOR]

[TDWNLC]

[PEMPLC]

[TUPLC]

[LCDOR]

[SCSW-A]

[SCSW-B]



53/122




HINT


[M27C4002]

O16

O15

O14

O13

O12

O11

O10

O9

O8

O7

O6

O5

O4

O3

O2

O1

CE

16

6

7

1

2

3

4

5

8

9A

10

11

12

13

14

15

OE

VPP

0

0

17

262143

EPROM 256KX16

32767

0O7

O6

O5

O4

O3

O2

O1

O0

OE

CS

A

14

0

1

2

3

4

5

6

7

8

9

10

11

12

13

WE

[M71256]

SRAM32KX8

F

E

C

B

D

32 4 5 61 7

E

D

C

8763 4 5

B

AA

21

F

G

SRAM8KX8

TIMEKEEPER

B3

B4

B5

B6

B7

B8

8191

0

1

12

9

3

4

5

6

7

8

10

11

0

2

A

W

E2

B1B2

E1

FT

[M48T58]

VDD

100

IC36

[SKT]

20

2

1

10

12

13

14

15

1617

18

3

4

5

6

7

8

9

19

31

29

28

27

26

25

24

23

39

38

37

36

35

34

33

32

22

21

20

IC40

25

7

10

27

5

15

24

6

3

1

26

2

23

21

4

9

8

12

13

11

16

18

17

19

20

22

2A4

136

1E7 2D6 8C5

1A7

2A1

1A1

1F3

1A1

2A1

VDD

[SKT]

IC37

70

19

18

17

16

15

13

12

11

1

27

5

20

10

9

8

7

6

4

3

25

24

21

23

2

22

26

WR[WR]

A0

A1

A2

A3

A4

A5

A6

A7

A8

A9

A10

A11

A12

A13

A14

A0

A1

A2

A3

A4

A5

A6

A7

A8

A9

A10

A11

A12

A18

A17

A16

A15

A14

A13

A12

A11

A10

A9

A8

A7

A6

A5

A4

A3

A2

A1

A[0:18]

CS2

RD[RD]

CS11

CSRAM0

WRRAM

D0

D1

D2

D3

D4

D5

D6

D7

D8

D9

D10

D11

D12

D13

D14

D1

D2

D3

D4

D5

D6

D7

D1

D2

D3

D4

D5

D6

D7

D0

D0

D15

D[0:15]

[A[0:18]]

[CS2]

[CS11]

[CSRAM0]

[WRRAM]

[D[0:15]]


54/122




HINT


*3

[HC14]

&

[HC132]

[HC14]

[HC14]

[HC14]

[HC14]

[HC14]

[N07]

[HC14]

&[HC132]

F

E

C

B

D

32 4 5 61 7

E

D

C

8763 4 5

B

AA

21

F

1/10W330

R102 1 2

1/10W330

R99 21

R101

1/10W330

1 2

IC26

1 2

IC32

8109

D161SS184

KA1

A2

IC26

3 4

VDD

1/10W22K

R150

21

IC26

1213

IC30

1 2

IC26

65

13B5

1/10W4.7K

R192 1 2

1/10W68

R190

1 2

02CZ3.3X

D18 KA

IC26

9 8

D171SS184

A2

A1 K1/10W4.7K

R152

1

2

1/10W4.7K

R87

21

R104

1/10W4.7K

1 2

1/10W3.3K

R191

1 2

1/10W330

R46

1 2

2SA1428Y

Q1

E

C

B

VDD

RN2401

Q9

C

E

B

RN1401

Q11

E

C

B

4.7/16C4

2

1

GND

1/10W22KR103

1 2

R153

1/10W22K

1 2

0.1/25C65

1

2

IC18

1 2

IC26

11 10

IC32

65

4

1A7

1A1

GND

1A3

1A5 3C1

VDD

GND

11B3

2E1

3B1 4A1

11B5

137

12D5

2E2

GND

1F2 13E8

ACOFF PDWNCHK

PFPRST

+5VSW

24V

24VCHK

PFCRST

PNLRST

RESET

GARST

WDTEN

WDTOUT

EXPON

[PDWNCHK]

[PFPRST]

[24VCHK]

[PFCRST]

[PNLRST]

[RESET]

[GARST]

[EXPON]

EXP-ONI

[ACOFF]

[WDTEN]

[WDTOUT]

[EXP-ONI]



55/122




HINT


&

[HC132]

[AK7522S]

[VCC]

I2-O2

O1

O1

I2+

I1-

I1+

[GND]

VCCVEE

[AO75358S]

-

+

VCCVEE

[AO75358S]

-

+

[VSS/L]

[VDD/U]

D/A8

[AA62353S]

DI

CK

LD

AO8

AO7

AO6

AO5

AO4

AO3

AO2

AO1

DO

[VCC]

[GND]

*8

*3

F

E

C

B

D

324 5

617

E

D

C

8763 4 5

B

AA

21

F

*8

[HC244D]

EN

[HC244D]

EN

[HC245]

1

2

3EN1[BA]

3EN2[AB]

G3

[HC244D]

EN

[HC244D]

EN

1A7

C14

0.1/25

21

C32

0.1/25

1 2

0.1/25C15

2

1

C310.1/25

1

2

IC32

13

1211

IC422

5

9

1 3

7

8

4

6

R53

1/10W1K

1 2

R85

1/10W1K

21

R54

1/10W1M

1 2

R27

1/10W1M

21

R30

1/10W3.9K

1 2

R23

1/10W3.9K

21

1/10W4.7K

R24

1 2

1/10W3.3K

R 29 1 2

1/10W1K

R25 1 2

1/10W10K

R32 1 2

R34

1/10W4.7K

21

R60

1/10W4.7K

1 2

1/10W1.5K

R61 1 2

1/10W3.3K

R59 1 2

1/10W3.3K

R55 21

R56

1/10W3.3K

1 2

1/10W4.7K

R 21 1 2

1/10W22K

R10

1 2

C12

0.1/502

1C11

0.1/50

1

2

IC44

1

8

4

2

3

IC445

6

4

8

7

1/10W10KR13

1

2

1/10W22K

R11 1 2

12C3

11B3

12C3

12C3

10B5

IC46

1

16

13

12

1114

8

9

10

7

6

5

4

3

2

15

R147

1/10W4.7K

1

2

R148

1/10W4.7K

2

1

1/10W4.7K

R145

1

2

1/10W4.7K

R146

2

1

1/10W4.7K

R142

1

2

1/10W4.7K

R143

2

1

1/10W4.7K

R173

1

2

1/10W4.7K

R144

2

1

1/10W4.7K

R177

1

2

1/10W4.7K

R183

2

1

1/10W4.7K

R182

1

2

1/10W4.7K

R176

2

1

1/10W4.7K

R181

1

2

1/10W4.7K

R174

2

1

1/10W4.7K

R139 2 1

1/10W4.7K

R140 12

R141

1/10W4.7K

2 1

13E8

13D8

13E8

13C8

13E813C8

13D8

13D8

13D8

13E8

13D8

13C8

13D8

13C8

13D8

13C8

13D8

1A4

1A3

12A3

VDD

12C3

GND

813

2A2

2A2

2A1

11B3

12A3

1A4

VDD

1A6

12D5

1A4

13C8

13C8

6B2

GND

GND

VDD

R180

1/10W4.7K

1

2

R175

1/10W4.7K

2

1

VDD

VDD

IC231

2

4

8

6

18

16

14

12

IC23

3

5

7

9

15

17

13

11

19

VDD

IC17

7

6

5

4

3

2

15

17

16

13

11

12

14

1

19

18

9

8

VDD

2A1

1A1

1A1

GND

1F3

IC24

12

14

16

18

6

8

4

2

1

IC2419

11

13

17

15

9

7

5

3

C200.1/25

1

2

GND

VDDATSIN

HTRDY2

HTRDYHTRTH-

HTRTH+

HTRTH2-

BIASVREF

SCN-CHG

HVACVREF

HVTVREF

HVMVREF

HTRVREF

CSIPC

WE

I/O0

I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

AD0

AD1

AD2

AD3

AD4

AD5

AD6

AD7

24V

DG

ATS-IN

DACLK

DALTH

DADAT

HTRTH2+

[HTRTH-]

[HTRTH+]

[HTRTH2-]

[ATS-IN]

[DACLK]

[DALTH]

[DADAT]

[HTRTH2+]

SSR-

[HTRDY2]

[HTRDY]

[SSR-]

D7

D6

D5

D4

D3

D2

D1

D0

D[0:7]

CSIPC0

OE

WR

RD

[CSIPC0]

[WR]

[RD]

A7

A6

A5

A4

A3

A1

A0

A2

A[0:7]

G/A-WR

[D[0:7]]

[A[0:7]]

[G/A-WR]

DG

24V

ATSVREF

[ATSIN]

[BIASVREF]

[SCN-CHG]

[HVACVREF]

[HVTVREF]

[HVMVREF]

[CSIPC]

[WE]

[I/O0]

[I/O1]

[I/O2][I/O3]

[I/O4]

[I/O5]

[I/O6]

[I/O7]

[AD0]

[AD1]

[AD2]

[AD3]

[AD4]

[AD5]

[AD6]

[AD7]

[OE]

[ATSVREF]


56/122




HINT


[HC32]

1

[I62385US]

1

[VCC]

[GND]

x2

[VCC]

[VCC]

[I62308FS]

CLAMPCLAMP

[GND]

[GND]

[GND]

[GND]

[FIN]

[FIN]

[VCC]

[VCC]

[I62308FS]

CLAMP

CLAMP

[GND]

[GND]

[GND]

[GND]

[FIN]

[FIN]

[VCC]

[VCC]

[I62308FS]

CLAMP

CLAMP

[GND]

[GND]

[GND]

[GND]

[FIN]

[FIN]

[VCC]

[VCC]

[I62308FS]

CLAMP

CLAMP

[GND]

[GND]

[GND]

[GND]

[FIN]

[FIN]

[VCC]

[VCC]

[I62308FS]

CLAMP

CLAMP

[GND]

[GND]

[GND]

[GND]

[FIN]

[FIN]

[HC14]

F

E

C

B

D

324 5

617

E

D

C

8763 4 5

B

AA

21

F

x2

[VCC]

[VCC]

[I62308FS]

CLAMP

CLAMP

[GND]

[GND]

[GND]

[GND]

[FIN]

[FIN]

GND

GND

GND

GND

GND

GND

64

5IC25

C590.1/50

2

1

IC45

9

10

7

1 18

2

3

4

56

17

16

15

1413

8 11

12

VDD

2A5

IC28

6

11

14

3

7

10

15

17

13

12

5

8

1

2

9

16

4

18

IC1

18

4

16

9

2

1

8

5

12

13

17

15

10

7

3

14

11

6

IC43

18

4

16

9

2

1

8

5

12

13

17

15

10

7

3

14

11

6

IC34

6

11

14

3

7

10

15

17

13

12

5

8

1

2

9

16

4

18

IC38

18

4

16

9

2

1

8

5

12

13

17

15

10

7

3

14

11

6

IC30

3 4

C730.1/50

1

2

C220.1/50

2

1

0.1/50C21

1

2

C70.1/50

2

1

0.1/50C35

1

2

0.1/25

C74

2

1

0.1/25

C341

2

C23

0.1/252

1

0.1/25

C191

2

C8

0.1/252

1

0.1/25

C441

2

C67

0.1/252

1

12B82A7

2A6

11A3 13A8

4B8

913

11C5

GND

12C31F4

12C3

12D3

12C3

12C32A5

2A5

2A5

2A5

11E8

11D8

11D8

11A8

11A8

11A8

11B8

1A7

1A7

1A7

1A7

1A7

1A7

1A6

1A6 11A8

11A8

11A8

11A8

1E5

1E5

1E5

1E5

11D8

11B5

11C5

2A5

1A8

1A8

1A8

11C3

2A7

2A7

11E4

11B5

2A5 13D5

3C8

1E6 11B3

1S1834

D3

A

K

1S1834D1

K

A

2W100

R4 1 2

2W100

R3 21

2W100

R6

1

2

2W100

R5

2

1

IC19

18

4

16

9

2

1

8

5

12

13

17

15

10

7

3

14

11

6

FANCHG0

+5VSW

CTRON

24V

SCRPSOL

RGTDEV

DG

HVT-AC

24V

RGCLT-CU

SCP-SOL

OPT-FAN1

ASST-CLT

ACCFANACC-FAN

RGTCLTCS

FMOT-ONA

HVT-M HVTM

FMOT-ON

RGT-DEV

EXTFAN0

BTMFAN

DG

DG

OPTFAN0OPT-FAN0

FANCHG1

OPTFAN1

FDCLT-SF FEDCLTSF

CTR-ON

E-FAN

B-FAN

DCMD

DCMC

DCMB

DCMA

DCM-D

DCM-C

DCM-B

DCM-A

LNSD

LNSC

LNSB

LNSA

MRRD

MRRC

MRRB

MRRA

[DCMD]

[DCMC]

[DCMB]

[DCMA]

[LNSD]

[LNSC]

[LNSB]

[LNSA]

[MRRD]

[MRRC]

[MRRB]

[MRRA]

LNS-D

LNS-C

LNS-B

LNS-A

MRR-D

MRR-C

MRR-B

MRR-A

[DCM-D]

[DCM-C]

[DCM-B]

[DCM-A]

[LNS-D]

[LNS-C]

[LNS-B]

[LNS-A]

[MRR-D]

[MRR-C]

[MRR-B]

[MRR-A]

DG

DG

HVT-PRE

HVT-DC

[FANCHG0]

[RGTDEV]

[HVT-AC]

[RGCLT-CU]

[SCP-SOL]

[OPT-FAN1]

[ASST-CLT]

[ACC-FAN]

[FMOT-ONA]

[HVT-M]

[OPT-FAN0]

[FANCHG1]

[FDCLT-SF]

[CTR-ON]

[E-FAN]

[B-FAN]

[HVT-PRE]

[HVT-DC]

HVTPRE

HVTDC

HVTAC

[CTRON]

[SCRPSOL]

[ACCFAN]

[RGTCLTCS]

[HVTM]

[FMOT-ON]

[RGT-DEV]

[EXTFAN0]

[BTMFAN]

[OPTFAN0]

[OPTFAN1]

[FEDCLTSF]

[HVTPRE]

[HVTDC]

[HVTAC]

DG

24V

24V

+5VSW

DG

DG



57/122




HINT


*2

[SG]

[PG]

[VCC]

[AZ6713]

A

TBB

OB

OB

TBA

VREFB

B

B

VREFA

A OA

OA

F

E

C

B

D

32 4 5 617

E

D

C

8763 4 5

B

AA

21

F

[SG]

[PG]

[VCC]

OA

OAA

VREFA

B

B

VREFB

TBA

OB

OB

TBB

[AZ6712]

A

VDD

VDD

2SD1417

Q5

E

B

C

Q4

2SD1417

E

B

C

1/10W6.8K

R12 1 2

1/10W680

R18

1 2

1/10W100

R141 2

C10

0.1/25

2

1

1F4

1F4

1F4

1F4

C9

0.1/25

1

2

IC41

10

2

3

8

7

6

15

13

9

16

14

11

5

4

1

0.1/25

C26

1

2

0.1/25

C25

2

1

1F4

1F2

R9

1/10W3.3K

1 2

R8

1/10W1K

1 2

1/2W2.2K

R71 2

11D5

1/10W3.9K

R49

1

2

1F5

1F5

1F5

1F4

VDD

1/10W330R50

1

2

1310

1F211E8

11B3

11D8

11D8

11D8

11D8

GND

8A8

12B3GND

11E5

11E5

11E5

IC39

6

7

8

315

13

9

16

14

11

5

4

1

2

10

1S1834

D2

K

A

D12

1S1834A

K

1S1834

D

11

K

A

D

10

1S1834

A

K

1S1834

D9

K

A

D8

1S1834

A

K

1S1834

D7

K

A

D5

1S1834

A

K

1S1834

D6

K

A

1S1834

D4

A

K

Q6

R N2 40 1 C

E

B

RN2401

Q10

B

E

C

1/10W1K

R157

21

1/10W3.3K

R15621

2SD1417

Q2

C

B

E

1/10W3.3K

R351 2

1/10W1K

R36

1 2RN2401

Q8

C

E

B

SCN-D

SCN-B

DGF

SCN-CHG

SCN-C

SCN-A

DG

TNRMOT

RSTSW

TMOT-ON

DG

ERSLP

[TNRMOT]

[RSTSW]

[ERSLP]

DG

+5VSW

RGTC

RGTB

RGTA

RGTD

DGK

RGT-C

RGT-B

RGT-D

RGT-A

[SCN-D]

[SCN-B]

[SCN-CHG]

[SCN-C]

[SCN-A]

[RGT-C]

[RGT-B]

[RGT-D]

[RGT-A]

24VF

RST-SW

DG

ERS-ON

[TMOT-ON]

[RST-SW]

[ERS-ON]

24V

SCNA

SCNC

SCNB

SCND

[RGTC]

[RGTB]

[RGTA]

[RGTD]

[SCNA]

[SCNC]

[SCNB]

[SCND]

DGK

+5VSW

+5VSW


58/122




HINT


[CN10]

REGIST-MOTOR

CONTROL-PANEL

OPT-UNIT2

[CN14]

[CN28A]

CONTROL-PANEL

[CN7]

[CN40A][CN28A]

[CN6]

F

E

C

B

D

32 4 5 61 7

E

D

C

8763 4 5

B

AA

21

F

OPT-UNIT1

LED-ARRY

DEV-UNIT

SFB

FAN-MOTOR

MAIN-MOTOR

LRG

OPTFAN2

EXITFAN1

FEED-MOTOR

GNDGND

VDDVDD

0.1/50C66

1

2

53324-10

J18

1

10

9

8

7

6

5

4

3

2

53052-14V

J4

1

10

11

12

13

14

2

3

4

5

6

7

8

9

RXE017

R1 1 2

J1

53313V

B13

B14

B9

B3

B4

B1

B2

A14

A13

A10

A2

A3

A4

A5

A6

A7

A8

A9

A1

A12

A11

B6

B5

B8

B7

B10

B12

B11

7B8

53324-7J22

7

1

2

3

4

5

6

53313V

J2

B17

B18

B15

B16

B11

B12

B10

B7

B3

A17

A18

A15

A16

A14

A13

A10

A2

A3

A4

A5

A6

A7

A8

A9

A1

A12

A11

A20

A19

B2

B1

B4

B6

B5

B8

B9

B14

B13

B20

B19

53313V

J3

B13

B14

B9

B3

B4

B1

B2

A14

A13

A10

A2

A3

A4

A5

A6

A7

A8

A9

A1

A12

A11

B6

B5

B8

B7

B10

B12

B11

10C8

53052-6V

J23

1

2

3

4

5

6

2A5

1311

2F3

GND

10A4

9D8

9D8

9D8

9D8

10A8

10A8

10B8

10B8

2F4

1A4

9A8

9B8

9B8

9C8

9C8

9C8

9C8

2A1

1A6

2F4

2A1

2A2

2A2

10C4

8B1

5E1

1F4

8A8

1E6

VDD

9A4

7D8

2F3

9C4

GND

9D4

9A8

2F4

2E8

9E4

2A5

1A4

VDD

10D8

10C8

10D8

2A6

2A6

2A6

2A4

2A4

1A3

2A4

2E5

GND

1C1

1A1

1A3

2F4

1C2

1E6

9B4

9C4

9A4

9D4

LELTH

TNRMOT

24V

RGTCLTCS

24V

EXTFAN0

BTMFAN

MMOT-BRK

MPLL-OK

SGE

EXPPWM

FMOT-REF

PNLRST

SCRPSOL

SGD

BZON

PLTNSW

24V5VD

DG

CTR-CNT

CTRON

ATS-IN

ATSVREF

DEVSW

SFBSW

FEDCLTSF

[TNRMOT]

[PNLRST]

[SCRPSOL]

[BZON]

[CTR-CNT]

[CTRON]

[ATS-IN]

[ATSVREF]

[DEVSW]

[SFBSW]

[FEDCLTSF]

5VE

LEDAT

LECLK

EXTSW

CRG1SW

EXPON

LNSD

LNSC

LNSB

LNSA

MRRD

MRRC

MRRB

MRRA

DRMTH

LNSSW

MRRSW

[PLTNSW]

[LNSD]

[LNSC]

[LNSB]

[LNSA]

[MRRD]

[MRRC]

[MRRB]

[MRRA]

[DRMTH]

[LNSSW]

[MRRSW]

24V

SCNB

SCND

SCNA

SCNC

DCMD

DCMB

DCMC

DCMA

ERSLP

[SCNB]

[SCND]

[SCNA]

[SCNC]

[DCMD]

[DCMB]

[DCMC]

[DCMA]

[ERSLP]

FMOT-DIR

FPLL-OK

FMOT-BRK

FMOT-ON

[FMOT-REF]

[FMOT-DIR]

[FPLL-OK]

[FMOT-BRK]

[FMOT-ON]

RGTA

RGTC

RGTB

RGTD

[RGTA]

[RGTC]

[RGTB]

[RGTD]

24VK

MREQ-P

PTXD

MERR-P

MACK-P

PACK

PREQ

PRXD

PERR

[MREQ-P]

[PTXD]

[MERR-P]

[MACK-P]

[PACK]

[PREQ]

[PRXD]

[PERR]

TFULSW

MMOT-DIR

MMOT-REF

MMOT-OFF

OPTFAN0

[LELTH]

[RGTCLTCS]

[EXTFAN0]

[BTMFAN]

[MMOT-BRK]

[MPLL-OK]

[EXPPWM]

[LEDAT]

[LECLK]

[EXTSW]

[CRG1SW]

[EXPON]

[TFULSW]

[MMOT-DIR]

[MMOT-REF]

[MMOT-OFF]

[OPTFAN0]



59/122




HINT


DUMMY

SORTER

RADF

APS

POWER-UNIT2

FEEDER-UNIT2

POWER-UNIT1

HVT-UNIT

FEEDER-UNIT1

FUSER-UNIT

[CN22A][CN11]

[CN10]

[CN8]

[CN6]

[CN9]

[CN40A]

[CN15]

[CN10]

F

E

C

B

D

32 4 5 61 7

E

D

C

8763 4 5

B

AA

21

F

100/16C5

1

2

47/50C3

1

2

GND

GND

VDD

E1

21

GND

GND

53313V

J11

B10

B11

B6

B7

B4

B5

B3

B2

A10

A2

A3

A4

A5

A6

A7

A9

A1

B1

A11

B9

B8

A8

53324-11

J5

10

2

3

4

5

6

7

9

1

11

8

53324-10

J6

1

10

9

8

7

6

5

4

3

2

53324-8

J7

8

1

2

3

4

5

6

7

53324-6

J10

1

2

3

4

5

6

53324-9

J12

9

1

2

3

4

5

6

7

8

2F4

53313V

J8

B17

B18

B15

B16

B11

B12

B10

B7

B3

A17

A18

A15

A16

A14

A13

A10

A2

A3

A4

A5

A6

A7

A8

A9

A1

A12

A11

A20

A19

B2

B1

B4

B6

B5

B8

B9

B14

B13

B20

B19

9A4

VDD

2F4

GND

VDD

53052-15V

J9

15

11

12

1

9

8

7

6

5

4

3

2

10

13

14

17548710V

J13

1

10

9

8

7

6

5

4

3

2

GND

4D8

1213

GND

1A2

5B1

8E1

1F2

2F3

9D4

12D5

1A4

8C1

1A6

VDD

10D4

2F3

5D1

8A8

8A8

9E4

9E4

8A8

9E4

8A8

9E4

VDD

5B1

5B1

5B1

4C8

4C8

5C1

5C1

5B1

5B1

4C8

4C8

4D8

5E1

5E1

5D1

5E1

4D8

5D1

5D1

7D1

1E5

8E5

12A3

1A6

1A6

1A6

2F4

1E5

1A8

1A2

1E6

1A3

1A2

1E6

1A3

1A2

1E6

toshiba copier 3560-3570 parts & service

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