Konica 7075 GUIDE MANUAL 7075fv4e

4

ELECTRIC PARTS LIST

ELECTRIC PARTS LIST 4

7075 PARTS LAYOUT DRAWING

7075 ELECTRICAL PARTS LAYOUT DRAWING

[1] Read Section/Operational Section

ICB

PS24 Front door open/close detection PS1

MS2 Interlock 2

PS25 Front door open/close detection PS2

SW1 Main switch

SW2 Reset switch

C(T) Total counter

FM7 Scanner cooling fan

MS1 Interlock 1

OB INVB OB Inverter board

LCD Indicator

board PS63 APS sensor 2

PS62 APS sensor 1

FRONT

Image control board

ADB A/D converter board

OB1 Operation board 1

OP IFB Optional I/F board

PS7 ADF brake PS

PS5 Scanner HP PS

M13 Scanner drive motor

MB Memory board

ICB IFB ICB I/F board

PS67 APS sensor 6

PS65 APS sensor 4

OB2 Operation board 2

PS6 Original HP PS

L1 Exposure lamp

L1 INVB L1 Inverter

PS68

PS66 APS sensor 5

PS64 APS sensor 3

APS sensor 7

Scanner reverse PS

[2] Charging Corona Wire Unit

PS41 Charging wire cleaning pad HP PS

PCL Pre-charging exposure lamp

FRONT

ELECTRIC PARTS LIST 4

PS42 Charging wire cleaning pad limit PS

M23 Charger cleaning motor

4 - 1

7075 PARTS LAYOUT DRAWING

[3] Drum Unit

HTR1 Drum heater

DPSB Drum potential sensor board

DPS Drum potential sensor

DTSB Drum temperature sensor board

SD4 Separation claw SD

[4] Cleaning Unit

ELECTRIC PARTS LIST 4

TH5 Drum temperature sensor

TCSB Toner control sensor board

PS30 Blade PS1

M14 Blade motor

PS31 Blade PS2

4 - 2

[5] Tray 1,2,3

7075 PARTS LAYOUT DRAWING

PS33/36/39 Paper size detection PS2-1/2/3

PS32/35/38 Paper size detection PS1-1/2/3

VR1/2/3 Paper size detection VR 1/2/3

MC3/5/7 Feed clutch 1/2/3

HTR2/3/4 Tray heater 1/2/3

MC4/6/8 Pre-registration clutch 1/2/3

SD5/6/7 Lock Solenoid 1/2/3

PS48/50/52 Paper pre-registration PS 1/2/3

PS26/27/28 No paper PS 1/2/3

PS20/21/22 Tray upper limit PS 1/2/3

PS47/49/51 Paper feed PS 1/2/3

SD8/9/10 Pick up SD 1/2/3

M19/20/21 Up drive motor 1/2/3

PS14/15/16 Handle release PS 1/2/3

PS34/37/40 Remaining paper detection PS 1/2/3

FRONT

[6] Vertical Conveyance Section

PS18 Vertical conveyance PS1

FRONT

PS54 Loop PS

PS19

PS17 Open/close detection PS

Vertical conveyance PS3

MC9 Vertical conveyance clutch1

MC10 Vertical conveyance clutch 2

PS53 Vertical conveyance PS2

ELECTRIC PARTS LIST 4

4 - 3

7075 PARTS LAYOUT DRAWING

[7] By-pass Feed Section

PS23 Tray upper limit PS (by-pass)

FM5

Write section cooling fan 1

FM8

Write section cooling fan 2

SD11 Pick up SD (by-pass)

M22 Up/down motor (by-pass)

PS43 Tray lower limit PS (by-pass)

PS29 No paper PS (by-pass)

[8] Second Paper Feed Section

ELECTRIC PARTS LIST 4

PS45 Leading edge detection PS

PS55

VR4 Paper size detection VR (by-pass)

Paper size PS1 (by-pass)

PS44 Registration PS

PS1 Paper mis-centering PS

PS56 Paper size PS2 (by-pass)

MC1 Registration MC

4 - 4

FRONT

[9] ADU Unit

PS13 ADU No paper detection PS

PS58 ADU paper reverse PS

FM1 Paper exit fan

PS57 paper reverse/ PS

PS8 Paper reverse/ conveyance PS

PS12 Transfer/separation wire cleaning pad limit PS

M7 ADU reverse motor

M5

SD2 Paper reverse gate SD

Paper reverse/ exit motor

HV2 High voltage unit 2

TSL Transfer synchronization lamp

ADUSDB ADU stand drive board

7075 PARTS LAYOUT DRAWING

PS59 ADU deceleration PS

PS60 ADU Pre-registration PS

PS46 ADU exit PS

PS11 Transfer/Separation wire cleaning pad HP PS

SD1 ADU lock SD

JAMIB Jam indicator board

SD3 Fixing guide SD

M8 ADU conveyance motor

PS9 ADU paper conveyance PS

M9 Transfer motor

M12 Registration motor

MC2 ADU Pre-registration

M18 Transfer/Separation cleaning motor

PS10 ADU handle release PS

MC

FRONT

PS61 Paper exit PS

PS57 Paper reverse PS

PS58 ADU paper reverse PS

PS9 ADU paper

PS8 Paper reverse/conveyance PS

conveyance PS

PS13 ADU No paper detection PS

PS45 Copy paper leading edge detection PS

PS59 ADU deceleration PS

4 - 5

ELECTRIC PARTS LIST 4

PS44 Registration PS

PS46 ADU exit PS

PS60 ADU pre-registration PS

7075 PARTS LAYOUT DRAWING

[10] Fixing Unit

TH4 Fixing temperature sensor 4

PS3 Fixing jam PS

TH2 Fixing temperature sensor 2

TH1 Fixing temperature sensor 1

TS1 Thermostat (upper)

M16 Web drive motor

L2 Fixing heater lamp 1

L3 Fixing heater lamp 2

L4 Fixing heater lamp 3

[11] Paper Exit Section

ELECTRIC PARTS LIST 4

M10 Paper exit motor

TH3 Fixing temperature sensor 3

TS2

Thermostat 2 (lower) PS2 Fixing exit PS

FM6 Main body cooling fan 3

PS61 Paper exit PS

4 - 6

FRONT

[12] Toner Supply Unit

M11 Toner supply motor 1

7075 PARTS LAYOUT DRAWING

[13] Write Section

PMDB Polygon motor drive board

M15 Toner supply motor 2

INDXSB Index sensor board

TLD Toner level detection sensor

M17 Polygon motor

M24 Laser correction motor

ELECTRIC PARTS LIST 4

LDB1

Laser driver board 1

4 - 7

LDB2

Laser driver board 2

7075 PARTS LAYOUT DRAWING

[14] Control/Drive Unit in Rear Section

SCDB Scanner drive board

M2 Drum motor

M3 Developing motor

HV1 High voltage unit 1

FM2

Developing section fan

M1 Main motor

KRDS

KRDS board

M13 Scanner drive motor

KRDS

LAN IFB

LAN I/F board

FM4 Main unit cooling fan 2

FM3 Main unit cooling fan 1

M6 Loop roller motor

PSMB Power supply management

ELECTRIC PARTS LIST

board

4

DCDB DC drive board

DCPS1 DC power supply unit 1

M4 Paper feed motor

PRCB Printer control board

DCPS2 DC power supply unit 2

RL1 Main relay

RL3 AC input relay for IP

CBR1

Circuit breaker 1

M10 Paper exit motor

CBR2 Circuit breaker 2

TRC1 Triac 1

TRC2 Triac 2

ACDB AC drive board

Transformer

NF Noise filter

RL2 AC input relay for DCPS2

4 - 8

OPTIONAL PARTS LAYOUT DRAWING

DF-313 ELECTRICAL PARTS LAYOUT DRAWING

PS301 RADF open/close detection PS

SD303 Original exit gate SD

SD301 Flapper drive SD

M303 Tray up/down drive motor

M302

DFCB RADF control board

M305 Original exit motor 2

Original feed motor

M304 Original exit motor 1

PS313 Original exit reverse detection PS

PS302 Original size detection PS1

PS303 Original size detection PS2

PTBD Tray board

MS301 Cover open/close MS

SD304 SDF switching SD

VR301 Original size detection VR

PS314 Original exit PS2

PS310 Original count detection PS

SD302 Pressure roller release SD

PS316 Tray lower limit detection PS

FM301 ADF fan

PS317 APS timing PS

PS304 Reverse jam detection PS

PS309 Original reversal detection PS

PS315 Tray upper limit detection PS

PS305 No original detection PS

M301 Original conveyance motor

PS311 Original skew detection PS 1

PS308 Original conveyance detection PS

PS312 Original skew detection PS2

ELECTRIC PARTS LIST 4

PS307 Original exit PS1

PS306 Original registration detection PS

4 - 9

OPTIONAL PARTS LAYOUT DRAWING

LT-401 ELECTRICAL PARTS LAYOUT DRAWING

SW100 LT tray down drive switch

PS108 LT No paper detection PS

PS107 LT pre-registration PS

MS102 LT top cover interlock MS2

PS100 LT top cover open/ close detection PS

MC101 LT feed drive MC

M100 LT up/down motor

PS102 LT remaining paper detection PS1

PS103 LT remaining paper detection PS2

PS104 LT remaining paper detection PS3

PS105 LT remaining paper detection PS4

MS101 LT top cover interlock MS1

PS110 LT jam access door open/close detection PS

SD100 LT 1st paper feed SD

PS109 LT upper limit detection PS

PS106 LT feed PS

MC102 LT 1st paper feed MC

M101 LT paper feed motor

LTDB LT drive board

HTR101 LT internal heater

PS101 LT lower limit detection PS

ELECTRIC PARTS LIST 4

4 - 10

7075 CONNECTOR LAYOUT DRAWING

[1] Read Section

651 (W: 3pin)

640 (BK:4pin)

665 (W: 3pin)

666 (W: 3pin)

650 (W: 3pin)

652 (W: 3pin)

653 (W: 3pin)

660 (W: 3pin)

661 (W: 3pin)

662 (W: 3pin)

663 (W: 3pin)

664 (W: 3pin)

FRONT

[2] Charging Corona Wire Unit

356 (W: 2pin)

631 (BK:4pin)

353 (W: 11pin)

ELECTRIC PARTS LIST 4

357 (W: 3pin)

358 (W: 3pin)

359 (W: 3pin)

4 - 11

FRONT

7075 CONNECTOR LAYOUT DRAWING

[3] Drum Unit

342 (W: 2pin)

341 (BK: 26pin)

[4] Cleaning Unit

350 (W: 4pin)

353 (W: 7pin)

340 (B: 12pin)

351 (W: 4pin)

341 (BK: 10pin)

ELECTRIC PARTS LIST 4

361 (W: 3pin)

360 (W: 3pin)

355 (BK: 9pin)

4 - 12

[5] Tray 1,2,3

7075 CONNECTOR LAYOUT DRAWING

250, 252 (BK: 24pin)

269, 307 (W: 2pin)

271, 288 (W: 3pin)

270, 287 (W: 3pin)

268, 252 (W: 3pin)

261, 278 (W: 2pin)

260, 277 (W: 2pin)

255, 283 (W: 3pin)

262, 279 (W: 6pin)

275 (W: 3pin)

276 (W: 3pin)

274 (W: 3pin)

273 (W: 3pin)

263, 280 (W:6pin)

264 (W: 2pin)

277, 289 (W:2pin)

265, 282 (W: 3pin)

FRONT

267, 285 (BK: 2pin)

[6] Vertical Conveyance Section

292 (W: 3pin)

293 (W: 3pin)

295 (W: 3pin)

254 (W: 12pin)

253 (W: 10pin)

294 (W: 3pin)

750 (W: 10pin)

ELECTRIC PARTS LIST 4

FRONT

296 (W: 3pin)

4 - 13

7075 CONNECTOR LAYOUT DRAWING

[7] By-pass Feed Section

471 (BK:9pin)

77 (BK:4pin)

76 (BK:4pin)

473 (W:13pin)

[8] Second Paper Feed Section

246 (W:3pin)

247 (W:2pin)

470 (W:13pin)

254 (W:12pin)

248 (W:2pin)

254 (W:7pin)

244 (W:3pin)

243 (W:3pin)

242 (W:3pin)

241 (W:3pin)

ELECTRIC PARTS LIST 4

599 (W: 3pin)

570 (W: 3pin)

598 (W: 3pin)

591 (W: 10pin)

569 (W: 7pin)

568 (W: 8pin)

565 (W: 2pin)

FRONT

4 - 14

[9] ADU Unit

7075 CONNECTOR LAYOUT DRAWING

557 (W: 6pin)

565 (W: 3pin)

569 (W: 7pin)

568 (W: 8pin)

592 (W: 3pin)

578 (W: 3pin)

678 (W: 6pin)

593 (W: 2pin)

581 (W: 3pin)

580 (W: 3pin)

586 (W: 3pin)

583 (W: 3pin)

588 (W: 3pin)

584 (W: 3pin)

531 (W: 7pin)

587 (W: 3pin)

585 (W: 3pin)

557 (W: 6pin)

577 (W: 3pin)

564 (W: 2pin)

580 (W: 5pin)

561 (W: 2pin)

ELECTRIC PARTS LIST 4

525 (W: 2pin)

562 (W: 2pin)

569 (W: 6pin)

FRONT

4 - 15

7075 CONNECTOR LAYOUT DRAWING

[10] Fixing Unit

489 (W: 5pin)

462 (W: 2pin)

451 (BK: 20pin)

450 (B: 8pin)

488 (W: 4pin)

487 (W: 3pin)

486 (W: 2pin)

[11] Paper Exit Section

ELECTRIC PARTS LIST 4

465 (W: 3pin)

464 (W: 3pin)

FRONT

177 (W: 3pin)

480 (W: 3pin)

4 - 16

FRONT

[12] Toner Supply Unit

7075 CONNECTOR LAYOUT DRAWING

482 (W: 6pin)

[13] Write Section

184 (W: 4pin)

473 (W: 13pin)

483 (W: 3pin)

193 (W: 6pin)

484 (W: 3pin)

192 (W: 13pin)

190 (W: 12pin)

191 (W: 14pin)

ELECTRIC PARTS LIST 4

583 (W: 5pin)

4 - 17

7075 CONNECTOR LAYOUT DRAWING

[14] Printer Control Board

224 (W: 7pin)

291 (N.C.)

230 (W: 3pin)

222 (W: 15pin)

228 (W: 8pin)

227 (W: 9pin)

211 (GY: 60pin)

271 (GY:16pin)

220 (GY: 50pin)

292 (N.C.)

295 (N.C.) 200 (W: 5pin)

290 (N.C.)

[15] Power Supply Management Board

225 (GY: 20pin)

37 (N.C.)

298 (N.C.)

[16] Image Control Board

229 (W: 5pin)

216 (W: 15pin)

218 (W: 12pin)

223 (GY: 20pin)

215 (GY: 18pin)

210 (GY: 30pin)

213 (GY: 60pin)

299 (N.C.)

904 (W: 5pin)

ELECTRIC PARTS LIST 4

900 (W: 8pin)

902 (W: 3pin)

901 (W: 18pin)

903 (W: 4pin)

117 (BK: 168pin)

116 (BK: 168pin)

115 (BK: 168pin)

113 (BK: 120pin)

111 (GY: 8pin)

114 (BK: 168pin)

110 (GY: 34pin)

118 (W: 20pin)

112 (BK: 120pin)

128 (BN: 20pin)

129 (BN: 40pin)

119 (W: 3pin)

120 (BK: 60pin)

4 - 18

[17] ICB I/F Board

101 (W: 3pin)

7075 CONNECTOR LAYOUT DRAWING

127 (BK: 120pin)

100 (W: 10pin)

134 (BK: 20pin)

133 (W: 8pin)

132 (W: 13pin)

131 (W: 14pin)

130 (W: 12pin)

[18] ADU Stand Drive Board

500 (W: 8pin)

140 (W: 9pin)

139 (W: 8pin)

135 (GY: 22pin)

137 (GY: 20pin)

138 (W: 13pin)

523 (W: 6pin)527 (W: 7pin)528 (W: 8pin)524 (W: 6pin)

145 (N.C.)

ELECTRIC PARTS LIST 4

501 (W: 2pin)

510 (W: 11pin)

525 (W: 12pin)

526 (W: 10pin)

591 (N.C.)

593 (N.C.)

4 - 19

594 (N.C.)

520 (GY: 28pin)

521 (GY: 16pin)

522 (W: 12pin)

7075 CONNECTOR LAYOUT DRAWING

[19] DC Drive Board

301 (W: 2pin)

325 (W: 6pin)

F2

300 (W: 6pin)

Caution: Must use fuses specified by Konica

324 (W: 6pin)

F1

321 (W: 7pin)

323 (W: 7pin)

320 (W: 14pin)

when replacing F1 and F2. If fuses are not specified by Konica, the safety feature may not work, resulting in burn damage to the board or personal injury.

322 (W: 12pin)

310 (GY: 60pin)

[21] DC Power Supply Unit 1

60 (W: 6pin)

57 (W: 8pin)

58 (W: 8pin)

55 (W: 10pin)

59 (W: 4pin)

54 (W: 5pin)

52 (W: 5pin)

56 (W: 10pin)

53 (W: 7pin)

1 (W: 2pin)

[22] DC Power Supply Unit 2

51 (W: 4pin)

2 (W: 2pin)

Parts specified by Konica

Part Part number

F1 963003200 F2 963003000

[20] AC Drive Board

ELECTRIC PARTS LIST 4

35 (W: 5pin)

420 (GY: 18pin)

36 (N.C.)

410 (GY: 60pin)

400 (W: 8pin)

424 (W: 2pin)

401 (W: 2pin)

FT1 (W: 1pin) FT3 (W: 1pin)

FT2 (W: 1pin) FT4 (W: 1pin)

430 (W: 4pin)

440 (W: 5pin)

422 (W: 6pin)

442 (W: 5pin)

71 (W: 7pin)

72 (W: 8pin)

73 (W: 8pin)

74 (W: 10pin)

76 (W: 9pin)

75 (W: 4pin)

FT4 (W: 1pin)

FT1 (W: 1pin)

FT2 (W: 1pin)

FT3 (W: 1pin)

4 - 20

7075 CONNECTOR LAYOUT DRAWING

[23] Scanner Drive Board

620 (W: 3pin)

623 (W: 7pin)

622 (W: 4pin)

621 (W: 4pin)

610 (W: 15pin)

600 (W: 6pin)

[24] High Voltage Unit 1

[26] Jam Indicator Board

531 (W:7pin)

[27] L1 Inverter

251 (W:9pin)

[25] High Voltage Unit 2

551 (W:11pin)

250 (W:3pin)

550 (W:4pin)

632 (W: 3pin) 2 (W: 2pin)

[28] Drum Potential Sensor Board

457 (W: 5pin)

458 (W: 4pin)

ELECTRIC PARTS LIST 4

4 - 21

7075 CONNECTOR LAYOUT DRAWING

[29] Drum Temperature Sensor Board

455 (W: 4pin)

456 (BK: 2pin)

[30] Operation Board 1

161 (BK: 14pin)

[32] Optional I/F Board

123 (W: 120pin)

122 (BK: 60pin)

124 (W: 120pin)

[33] OB Inverter

165 (W: 3pin)

152

ELECTRIC PARTS LIST 4

[31] Operation Board 2

163 (W: 3pin)

164 (BK: 24pin) 151 (W: 7pin)

162 (W: 4pin)

150 (W: 10pin)

153 (W: 3pin)

160 (BK: 24pin)

166 (W: 4pin)

[34] Toner Control Sensor Board

454 (W: 9pin)

4 - 22

7075 CONNECTOR LAYOUT DRAWING

[35] KRDS

219 (W: 11pin)

217 (BK: 25pin)

[36] Index Sensor Board

[39] Polygon Motor Drive Board

130 (W: 5pin)

422 (W: 12pin)

[40] Memory Board

141 (W: 20pin)

442 (W: 11pin)

[37] A/D Converter Board

410 (W: 5pin)

411 (W: 34pin)

[38] Laser Driver Board 1/2

142 (W: 20pin)

[41] LAN I/F Board

144 (W: 8pin)

ELECTRIC PARTS LIST 4

145 (W: 8pin)

440 (W: 12pin)

4 - 23

OPTION CONNECTOR LAYOUT DRAWING

DF-313 CONNECTOR LAYOUT DRAWING

4 (W: 7pin) 3 (W: 8pin) 1 (W: 4pin)

16 (W: 3pin) 15 (W: 6pin)

ELECTRIC PARTS LIST 4

49 (W: 3pin)

6 (W: 6pin)

5 (W: 3pin)

14 (W: 6pin)

13 (W: 6pin)

57 (W: 2pin)

7 (W: 9pin)

12 (W: 7pin)

59 (W: 2pin)

8 (GY: 24pin)

64/65 (W: 3pin)

54 (W: 6pin)

61 (W: 2pin)

66 (W: 2pin)

41 (W: 3pin)

10 (W: 6pin)

11 (W: 6pin)

51 (W: 3pin)

50 (W: 3pin)

52 (W: 3pin)

53 (W: 3pin)

54/55 (W: 6pin)

35 (W: 3pin)

22 (W: 9pin)

21 (W: 6pin)

34 (W: 3pin)

23 (W: 3pin)

4 - 24

44 (W: 3pin)

45 (W: 3pin)

48 (W: 3pin)

38 (W: 3pin)

39 (W: 3pin)

37 (W: 3pin)

41 (W: 3pin)

OPTION CONNECTOR LAYOUT DRAWING

LT-401 CONNECTOR LAYOUT DRAWING

744 (W: 3pin)

742 (W: 3pin)

741 (W: 3pin)

766 (W: 2pin)

784 (W: 2pin) 747 (W: 3pin)

746 (W: 3pin)

765 (W: 2pin)

774 (W: 2pin)

762 (W: 3pin)

749 (W: 3pin)

780 (B: 3pin)

781 (W: 3pin)

783 (W: 3pin)

782 (B: 3pin)

Caution: Must use fuses specified by

Konica when replacing F1. If fuse is not specified by Konica, the safety feature may not work, resulting in burn damage to the board or personal injury.

745 (W: 3pin)

761 (W: 2pin)

767 (W: 2pin)

773 (W: 3pin)

740 (W: 3pin)

773 (W: 2pin)

771 (W: 2pin)

751 (W: 6pin)

750 (W: 10pin)

720 (W: 5pin)

F1

723 (W: 8pin)

721

(W: 8pin)

722

(GY: 20pin)

ELECTRIC PARTS LIST 4

Parts specified by Konica

Part Part number

F1 963003200

700 (W: 4pin) 710 (GY: 18pin)

4 - 25

7075 OVERALL WIRING DIAGRAM (1/5)

CBR1

BK BK

NF

FORMER

751-5

GY

18

305-5

GY

17

305-3

GY

16

305-1

GY

15

TRANS

BK

12-1

90-1

10 11

BK BK

MAIN RELAY

W

4

W

506

12-4

90-2

1

MAIN SWITCH

13-1

RL1

SW1

20-1

BK BK

13-3

2

W

TRC1

504

TRC2

505

100V SYSTEM

BK

501

503

OUTLET

13-2

20-3

BK

RESET SWITCH

SW2

21-1

INLET

W

11-1

10-1

BK BK

21-2

13-4

BK

10-2

W

10-4

W

1

RL3

)

2-1 AC(H

10-3

BK

W

WW W

1

1-1 AC(H

2-2 AC(C

1-2 AC(C

)

53-1 5VDC

53-2 5VDC

53-3 5VDC

RBR

R

172-1

172-2

R

20

21

22

53-4 SGND

53-5 SGND

53-6 SGND

B

172-3

172-4

177-7

B

23

24

25

59-1 12VDC

BN

172-5

BN

27

ICB

59-2 5VDC

59-3 SGND

59-4 SGND

BBB

172-7

172-8

172-9

BBB

R

29

30

31

58-7 SGND

57-2 12VDC

BN

172-10

33

32

54-2 5VDC

54-4 SGND

B

R

34

35

36

PRCB

BK W

W

BVYGYBRB

R

DCPS 1 DCPS 2

57-6 SGND

54-5 V DES

57-1 12VDC

54-1 5VDC

54-3 SGND

57-5 SGND

57-3 12VDC

55-1 5VDC

55-6 SGND

57-7 SGND

58-1 12VDC

56-1 5VDC

60-2 -5VDC

60-4 SGND

56-6 SGND

58-5 SGND

56-3 5VDC

56-8 SGND

55-2 5VDC

55-7 SGND

57-4 12VDC

55-3 5VDC

55-8 SGND

55-4 5VDC

57-8 SGND

60-1 -5VDC

56-7 SGND

B

45

46

ACDB

BN

258-2

47

48

BBBRBRB

R

GY

258-3

258-4

258-5

258-6

258-7

49

50

51

52

ADUSDB

R

278-3

278-4

55

53

54

28

HDD

SCDB

R

GY

26

R

BN

37

41

38

42

39

40

DCDB

BGYBRB

RBR

BN

472-4-5

472-3-6

472-2-7

472-1-8

472-5-4

177-5

177-4

177-3

B

RBR

BN

57

56

LT-401

61

58

62

60

63

72

74

OB

56-2 5VDC

58-5 SGND

58-2 12VDC

BN

177-2

177-1

755-2

66

64

65

ADB

5VDC 52-1

56-5 5VDC

56-10 SGND

60-5 SGND

B

BRB

R

755-3

755-6

89

67

77

FNS

SGND 52-2

56-4 5VDC

56-8 SGND

758-3

758-4

70

DF-313

REM/2 52-3

REM/1 52-4

SW SIG 52-5

SGND 51-1

F GND BT1

58-3 12VDC

BN

342-3

68

PRCB

Y

5VDC 51-2

SGND 51-3

REM/2 51-4

RL2

10-5

PT-3 AC(H

)

SGND 71-1

10-6

PT-4 AC(C

)

72-1 24VDC

O

78 79 80

DCDB

O

5VDC 71-2

SGND 71-3

REM/2 71-4

REM/3 71-5

CUR EM 71-6

NC 71-7

72-5 PGND

72-2 24VDC

72-6 PGND

73-1 24VDC

73-5 PGND

72-4 24VDC

72-8 PGND

73-2 24VDC

73-6 PGND

72-3 24VDC

73-6 PGND

73-3 24VDC

OBKOBKOBKOBKOBKOBKOBKOBKO

BK

258-1

258-8

342-1

342-2

81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97

M4

ACDB

ADUSDB

LT-401

PMDB

DPSB

72-7 PGND

73-4 24VDC

73-8 PGND

HDD

74-1 24VDC

74-7 PGND

278-1

278-5

278-2

74-2 24V2

74-8 PGND

74-10 PGND

75-1 24VDC

75-3 PGND

74-9 PGND

75-2 24VDC

75-4 PGND

BK

BKOBK

278-6

278-7

755-1

755-4

755-5

758-1

758-2

100

112 102 103 104 105 106 107 108 109 110 111

98 99

FNS

SCANNER

DF-313

24VDC FT1 24VDC FT2 F GND BT1

76-1 PGND

76-2 PGND

76-3 PGND

76-4 PGND

76-5 PGND

76-6 PGND

BKBKBKBKBKBKBK

M3M2M1

HV1

M15

DCDB

76-8 PGND

76-7 PGND

BK

ACDB

ADUSDB

MS2 MS1

80-1

BK

80-2

BK

81-1

81-2

81-3

81-4

81-5

OOOOOOO

113 114 115 116 117 118 119 120

M3M2M1

HV1

M15

650

651

652

653

654

655

656

80-3

BK

80-4

BK

82-1

82-3

82-2

O

ACDB

DCDB

ADUSDB

4 5

657

658

659

200V SYSTEM

510

509

BN

R B B B

R R B B

TRC1

TRC2

CBR2

100-5 12VDC 100-7 5VDC

100-8 SGND 100-9 SGND 100-10 SGND

100-1 5VDC 100-2 5VDC 100-3 SGND 100-4 SGND

504

505

501

503

502

508

APS

SENSOR

PS62

665-3

R

163-9-1

174-1-12

RBNB

5VDC 137-A1

RL3

1

OUTLET

W

3

5

SCANNER

APS

SENSOR

1

2

SENSOR

3

APS

SENSOR

4

5

PS63 PS64 PS65 PS66 PS67 PS68

665-2

665-1

666-3

666-2

666-1

662-3

662-2

662-1

664-3

664-2

664-1

661-3

661-2

661-1

R

B

163-7-3

163-8-2

163-6-4

174-3-10

174-2-11

174-4-9

Y

H

PS62 137-A3

PS63 137-A4

137-A2

B

163-5-5

174-5-8

V

H

PS64 137-A5

B

163-4-6

174-6-7

GY

H

PS65 137-A6

R

B

163-3-7

174-7-6

w

H

PS66 137-A7

APS

SENSOR

6

663-3

663-2

R

163-2-8

174-8-5

BK

PS67 137-A8

166-1 166-2 166-3 166-4

OB INVB

165-1

165-2

164-1

164-24

163-1

163-2

OB2

165-3

163-3

L

475-1

GY

475-5

BN

57

475-6

R

475-4

B

58

B

60

475-3

Y

475-2

V

LCD

APS

SENSOR

7

161-1

161-14

162-1 161-4

P

160-24

157-5-5

157-4-6

157-3-7

157-2-8

157-1-9

GY

P

CARD TXD 140-9

OB1 RXD ACK 140-4

OB1 TXD REQ 140-5

140-6

140-7

140-8

160-1

442-6

442-7

442-8

442-9

442-10

442-11

442-12

WRITING

442-1

442-13

442-2

442-3

442-4

442-5

442-6

442-7

442-8

442-9

442-10

OB1

442-1

442-2

442-3

442-4

442-5

442-6

442-7

442-8

442-9

442-10

442-11

442-12

663-1

660-3

660-2

660-1

R

B

LASER

CORRECTION

MOTOR

M24

INDEXSB LDB1 LDB2

442-1

442-2

442-3

442-4

442-5

RCRCRC

136-1-9

195-1

195-2

O

BN

H

PS68 137-A9

O

193-6-1

193-5-2

BN

PPPPP

NC 137-A10

M24 PWR A 133-1

M24 PWR B 133-2

174-9-4

H

195-3

193-4-3

BN

M24 DRIVE A 133-3

195-4

Y

193-3-4

Y

M24 DRIVE A’ 133-4

195-5

193-2-5

V

BOR

M24 DRIVE B 133-5

195-6

GY

193-1-6

GY

w

P

H

HLVL 133-7

SMPR 133-8

M24 DRIVE B’ 133-6

194-1

194-2

194-3

194-4

194-5

Y

O

R

BN

192-13-1

192-12-2

192-11-3

192-10-4

192-9-5

GY

P

5VDC 132-1

SGND 132-2

SGND 132-4

M INDEX 1 132-3

194-6

194-7

194-8

194-9

B

V

W

GY

192-8-6

192-7-7

192-6-8

192-5-9

GYGYGY

GY

SGND 132-6

SGND 132-8

S INDEX 1 132-7

M INDEX 2 132-5

194-10

194-11

194-12

194-13

R

O

BK

BN

192-4-10

192-3-11

192-2-12

192-1-13

GY

PPP

H

1PR 132-12

SGND 132-10

HL VL 132-11

S INDEX 2 132-9

Y

191-14-1

191-12-3

191-13-2

GY

5VDC 131-1

SGND 132-13

SGND 131-2

GY

LD1 APC CONT 1 131-3

191-11-4

191-10-5

GY

LD1 APC CONT 2 131-4

191-9-6

191-8-7

191-7-8

191-6-9

GYGYGY

GY

P

H

SGND 131-6

LD1 ALM 131-7

LD1 ICLK 131-8

LD1 VIDEO 131-5

GY

LD1 DCLK 131-9

191-5-10

GY

LD1 DI 131-10

191-4-11

191-3-12

GY

LD1 AO 131-11

LD1 PR 131-12

190-12-1

190-11-2

GY

NC 131-13

NC 131-14

5VDC 130-1

SGND 130-2

190-10-3

GY

LD1 APC CONT 1 130-3

190-9-4

GY

LD1 APC CONT 2 130-4

190-8-5

190-7-6

190-6-7

190-5-8

GYGYGY

GY

PHH

SGND 130-6

LD1 ALM 130-7

LD1 ICLK 130-8

LD1 VIDEO 130-5

190-4-9

GY

LD1 DCLK 130-9

190-3-10

GY

LD1 DI 130-10

190-2-11

190-1-12

GY

LD1 AO 130-11

LD1 PR 130-12

ICB IFB - 1 / 2

72 60

475-8

RBR

475-7

B

153-1 5VDC 153-2 NC 154-3 CGND

PPP

157-9-1

157-8-2

157-7-3

157-6-4

GYGYGY

GY

PPP

OB1 TXD 140-1

140-2

140-3

506

507

27

29

30

31

32

21

22

23

24

4 - 27

7075 OVERALL WIRING DIAGRAM (2/5)

650

651

652

653

654

655

656

657

658

659

64

65

900-1 5VDC 900-2 SGND 900-6 REM/2 900-3 REM/1

R

20

900-5 5VDC 900-4 SW SIG 900-7 REM/3 900-8 CUREM

901-A1 WT LED

901-A2 ST LED

901-A3 ST SIG

901-A4 ALARM

901-A5 CPU OF

901-A6 IPRL CNT

VWY

R

O

GY

BN

472-3

472-2

472-1

197-5

350-5

GY

61

350-4

B

62

63

350-3

R

350-2

B

350-1

BN

197-4 197-3 197-2 197-1

410-5 -5VDC 410-4 SGND 410-3 5VDC 410-2 SGND 410-1 12VDC

901-A7 WT LON

Y

901-A8 ST LON

B

901-A9 SET CLK

901-B1 ST SIG

901-B2 RING

901-B3 SW SIG

V

GY

RC

411-1 TCK1

411-2 SGND

411-3 TCK2

411-4 SGND

PSMB

901-B4 24R CNT

901-B5 REM/2

901-B6 REM/3

R

O

BK

BN

411-5 RCK1

411-6 SGND

411-7 RCK2

901-B7 CUR EM

901-B8 N/C

901-B9 N/C

Y

411-8 SGND

411-9 TG

411-10 CLMP

411-11 S CK

411-12 S IN

411-13 S LD

176-4-4

140

ADB

411-14 MD 0

411-15 MD 1

411-16 MD 2

904-1 SGND

904-2 VDE REM

904-3 SGND

904-4 IP WEK

BYB

V

176-3-5

176-2-6

176-7-1

141

142

143

411-17 S LP

411-18 SGND

411-19 AD CK

411-20 APR

904-5 N/C

411-21 OD 0

5VDC 903-1 RL3 DRIVE 903-2 5VDC 903-3 RL2 DRIVE 903-4

411-22 OD 1

411-23 OD 2

411-24 OD 3

411-25 OD 4

176-1-7

411-26 OD 5

176-2-6

176-3-5

B

R

BN

5VDC 902-1

SGND 902-2

RING 902-3

L

411-27 OD 6

411-28 OD 7

411-29 OD 8

BK BK

W W

411-30 SGND

411-31 ED 0

411-32 ED 1

411-33 ED 2

RL3

RL2

KRDS

411-34 ED 3

LAN RB

175-1-13

175-2-12

175-3-11

175-4-10

175-5-9

175-6-8

175-7-7

175-8-6

175-9-5

175-10-4

175-11-3

GYGYGYGYGYGYGYGYGYGYGYGYGY

RING 138-8

ALARM 138-1

ST LON 138-5

CPU OF 138-2

WT LON 138-4

IPRL CNT 138-3

SET CLK 138-6

ST SIG 138-7

REM/2 138-11

SW SIG 138-9

24R CNT 138-10

ICB IFB - 2 / 2

175-12-2

175-13-1

REM/3 138-12

CUR EM 139-13

600

135-A1

B

BN

601

CN 112

135-A2

135-A3

R

O

603

602

135-A4

PPPPPPPPP

135-A5

135-A6

135-A7 IPB IFB RXD

135-A8 SGND

135-A9 IPB IFB RXD REQ

135-A10 IPB IFB RXD ACK

135-A11 SGND

135-B1 IPB IFB RXD ERR

Y

BGNBVB

607

606

605

604

W

GY

611

610

609

608

135-B3 PVV

135-B4

135-B5 B VV

R

O

BN

614

613

612

135-B6 S VV

YGNV

615

616

110-1

110-2

110-3

135-B7 BYPAS SIZE

135-B8 EE VV

135-B9

GY

618

617

110-4

110-5

110-6

110-7

110-8

110-9

110-10

110-11

110-12

110-13

110-14

ICB

PPPPPPPPPPPPPPPPP

134-A1 HCLK

134-A2 DFD0

134-A3 DFD1

134-A4 DFD2

134-A5 DFD3

134-A6 DFD4

134-A7 DFD5

135-B10

W

619

134-A8 DFD6

ISW INTERFACE CONNECTER

RC

110-15

110-16

110-17

110-18

134-A9 DFD7

134-A10 PCLK

134-B1 PBUSY

110-19

110-20

110-21

110-22

110-23

134-B2 ADREQ

134-B3 XFLAG

134-B4 HBUSY

134-B5 DAVIL

134-B6 INT

110-24

110-25

110-26

110-27

110-28

134-B7 AC1284

134-B8 SGND

134-B9 SGND

134-B10 SGND

(FOR ISW TOOL)

110-29

110-30

110-31

110-32

101-1 5VDC

101-2 SGND

POWER

CONNECTER

110-33

110-34

DF TXD REQ 137-B2

DF TXD ACK 137-B3

DF RXD REQ 137-B5 DF RXD ACK 137-B6

PPPPPPP

139-1 5VDC

139-2 KRDS TXD

176-8-1

176-7-2

RC

OP IFB

CN 113 CN 113 CN 124

173-8-1

DF TXD 137-B1

P P P

DF RXD 137-B4

P P P

DF VALID 137-B7

P

PS315 137-B8

L

139-3 KRDS RTS

139-4 KDRS DTR

139-5 KDRS RXD

139-6 KDRS CRS

139-7 KDRS DSD

176-6-3

176-5-4

176-4-5

176-3-6

176-2-7

176-1-8

139-8 KDRS DSR

BN

173-7-2

R

173-6-3

O

173-5-4

Y

173-4-5

B

173-3-6

V

173-2-7

GY

173-1-8

W

CN 123

DF - 313

69

70

102

103

HDD IFB

IP IFB

SGND

140

141

4 - 28

VDB RBM

SGND

IP WEK

142

143

HDD

92

93

IP

28

25

7075 OVERALL WIRING DIAGRAM (3/5)

SCANNER

EXPOSURE

LAMP

L1

LV

HV

M13 DRIVE W 620-3

610-5

610-6

INVB

832-1

832-2

BK

831-1

831-2

O

830-1

830-2

O

H

24VDC 623-1

L1 CONT 623-2

610-7

610-8

610-9 FM7 EM

832-3

BK

831-3

831-4

830-3

NC 623-3

L

HHH

610-10 PS5

610-11 PS7

SCANNER

DRIVE

MOTOR

M13

100

96

53

54

95

97

601-7

601-1

O

94

601-2 601-3 601-4 601-5 601-6

O R B B B

600-3 24VDC 600-4 24VDC 600-1 5VDC 600-2 SGND 600-5 PGND 600-6 PGND

M13 DRIVE U 620-1

610-1

610-2

M13 DRIVE V 620-2

610-3

610-4

SCANNER COOLING

FAN

FM7

640-1

640-2

640-4

B

L

PGND 621-3

FM7 EM 621-2

FM7 DRIVE 621-1

610-12 PS6

610-13 PS4

610-14 SCAN24V FEM

SCANNER

ADF

BRAKE

ORIGINAL

HP

SENSOR

PS5 PS7 PS6 PS4

650-3

650-2

650-1

651-3

651-2

651-1

652-3

652-2

R

BRB

454-1

454-5

R

L

PS5 622-2

5VDC 622-1

B

SGND 622-3

H

PS7 622-4

R

5VDC 623-4

PS6 623-5

SCDB

610-15 SGND

H

652-1

454-7

SCANNER

B

SGND 623-6

RETURN SENSOR

653-3

653-2

454-5

653-1

H

PS4 623-7

PAPER SIZE

SENSOR

1-1

PS32 PS33 PS26 PS48 PS20 PS47 PS14 PS34 VR1

270-1

270-2

270-3

R

BN

PAPER SIZE

B

SENSOR

2-1

271-1

271-2

RBY

271-3

NO PAPER SENSOR 1

275-1

275-2

262-6-1

262-5-2

R

Y

REGISTRATION

SENSOR 1

275-3

262-4-3

B

PAPER

PRE-

276-3

262-3-4

R

276-2

262-2-5

BN

TRAY 1

276-1

262-1-6

B

TRAY UPPER

LIMIT

SENSOR 1

274-1

274-2

263-3-4

263-2-5

R

TRAY 2 TRAY 3

PAPER

FEED

SENSOR 1

HANDLE

RELEASE

SENSOR 1

PAPER

DETECTION

SENSOR 1

PAPER

SIZE

DETECTION

VR 1

PAPER SIZE

SENSOR

1-2

PAPER SIZE

SENSOR

2-2

NO PAPER SENSOR 2

PAPER

PRE-

REGISTRATION

SENSOR 2

TRAY UPPER

LIMIT

SENSOR 2

PAPER

FEED

SENSOR 2

REMAINING

PS35 PS36 PS27 PS50 PS21 PS49 PS15 PS37 VR2

274-3

273-3

273-2

273-1

265-3

265-2

265-1

266-1

266-2

266-3

268-3

268-2

268-1

270-1

270-2

270-3

271-1

271-2

271-3

275-1

275-2

275-3

276-3

276-2

276-1

274-1

274-2

274-3

273-3

273-2

B

R

RBY

B

R

V

263-1-6

263-6-1

263-5-2

263-4-3

B

R

Y

BN

B

R

V

B

BN

R

262-6-1

R

262-5-2

Y

262-4-3

B

R

262-3-4

R

BN

262-2-5

BN

B

262-1-6

B

R

263-3-4

R

BN

263-2-5

BN

B

263-1-6

B

R

263-6-1

R

Y

263-5-2

Y

273-1

B

263-4-3

B

HANDLE

RELEASE

SENSOR 2

265-3

265-2

R

V

265-1

B

REMAINING

PAPER DETECTION SENSOR 2

266-1

266-2

R

266-3

V

PAPER

DETECTION

268-3

B

SIZE

VR 2

R

PAPER SIZE

SENSOR

1-3

PAPER SIZE

SENSOR

2-3

NO PAPER SENSOR 3

PAPER

PRE-

REGISTRATION

SENSOR 3

TRAY

UPPER

LIMIT

SENSOR 3

PAPER

FEED

SENSOR 3

PS38 PS39 PS28 PS52 PS22 PS51 PS16 PS40 VR3

268-2

268-1

287-1

287-2

287-3

288-1

288-2

288-3

275-1

275-2

275-3

276-3

276-2

276-1

274-1

274-2

274-3

273-3

273-2

280-2-5

BN

280-1-6

B

280-6-1

R

280-5-2

Y

273-1

280-4-3

B

R

RBY

B

V

B

BN

279-6-1

279-5-2

279-4-3

279-3-4

279-2-5

279-1-6

B

R

Y

280-3-4

B

R

BN

HANDLE

RELEASE

SENSOR 3

282-3

282-2

R

V

282-1

B

REMAINING

PAPER

DETECTION

SENSOR 3

283-1

283-2

R

V

DETECTION

283-3

B

PAPER

SIZE

VR 3

268-3

R

268-2

268-1

B

V

GY

GYGYGYGYGYGYGYGYGYGYGYGYGY

M13 V1 216-5

M13 V0 216-6

H

L1 CONT 216-7

L

FM7 CONT 216-8

216-9

216-10

216-11

P

M13 V2 216-4

M13 F/R 216-2

33

BN

CN200-1 12VDC

R

34

26

35

36

CN200-2 5VDC

GY

CN200-3 V_DES

B

CN200-4 SGND

B

CN200-5 SGND

M13 CLK 216-1

M13 CSEL 216-3

216-12

216-13

SCAN24V FEM 216-14

GY

SGND 216-15

250-12

250-14

250-11

250-23

Y

R

W

B

H

PS32 220-A3

5VDC 220-A2

SGND 220-A4

TRAY 1 SET 220-A1

250-15

Y

PS33 220-A6

250-19

Y

H

PS26 220-A10

250-21

GY

H

PS48 220-A13

250-17

GY

H

PS20 220-A8

250-22

BK

H

PS47 220-A14

250-16

V

H

PS14 220-A7

250-18

250-10

250-20

R

V

BK

L

PS34 220-A9

5VDC 220-A11

251-12

251-14

W

H

VR1 220-A12

TRAY 2 SET 220-A17

251-11

251-23

251-15

Y

R

B

PS35 220-A19

5VDC 220-A18

SGND 220-A20

251-19

Y

H

PS36 220-A22

PS27 220-B1

251-21

GY

H

PS50 220-B4

251-17

GY

H

PS21 220-A24

251-22

BK

H

PS49 220-B5

251-16

V

H

PS15 220-A23

251-18

251-10

251-20

R

V

BK

L

VR2 220-B3

PS37 220-A25

5VDC 220-B2

252-12

252-14

252-11

252-23

Y

R

W

B

H

PS38 220-B13

5VDC 220-B12

SGND 220-B14

TRAY 3 SET 220-B11

252-15

Y

NC 220-B15

PS39 220-B16

252-19

Y

H

PS28 220-B20

252-21

GY

H

PS52 220-B23

252-17

GY

H

PS22 220-B18

252-22

BK

H

PS51 220-B24

252-16

252-18

V

H

PS16 220-B17

252-10

252-20

R

V

BK

L

VR3 220-B22

PS40 220-B19

5VDC 220-B21

PRCB - 1 / 3

H

228-4 M15 CONT

228-5 M15 EM

108

BNVBK

470-9-5

470-8-6

470-7-7

GY

473-5-9

473-6-8

473-7-7

Y

W

BK

184-2

184-3

184-4

H

228-6 M3 CONT

114

Y

O

182-1

182-2

DEVELOPING

MOTOR

H

HHHHH

211-A1

211-A2 M19 CONT

211-A3

211-A4

211-A5 MC4 CONT

211-A6 SD5 CONT

211-A7 MC3 CONT

211-A8 SD8 CONT

78

O

300-1 24VDC

BN

37

38

39

40

79

118

109

R B B

BK

O

BK

300-2 12VDC 300-3 5VDC 300-4 SGND 300-5 SGND 300-6 PGND 301-1 24VDC 301-2 PGND

H

320-1 24VDC

320-2 M19 CONT

OBKOYV

250-3

250-4

250-5

O

BK

O

264-1

264-2

260-1-2

M19

MC3 MC4 SD8 SD5

UP

FEED

DRIVE

CLUTCH 1

MOTOR 1

H

320-3 24VDC

320-4 MC3 CONT

320-5 MC4 CONT

250-6

250-7

V

Y

O

260-2-1

261-1-2

261-2-1

SOLENOID 1

PRE-

REGISTRATION

CLUTCH 1

O

272-1-2

PICK-

UP

250-8

272-2-1

H

320-6 SD8 CONT

GY

BN

H

310-A2

12V_F 310-A1

H

320-7 SD5 CONT

Y

250-9

Y

O

267-1

267-2

LOCK

SOLENOID 1

M19 EM 310-A3

L

M19 FEM 310-A4

310-A5

310-A6

310-A7

H

320-8 24VDC

320-9 M20 CONT

OBKOYV

251-3

251-4

O

BK

264-1

264-2

M20

UP

DRIVE

CLUTCH 2

MOTOR 2

310-A8

TRAY 1 TRAY 2 TRAY 3 BY-PASS DRUMVERTICAL

HHHHH

211-A9 M20 CONT

211-A10

211-A11

211-A12 MC6 CONT

211-A13 SD6 CONT

211-A14 MC5 CONT

L

310-A9

310-A12

310-A13

310-A14

M20 EM 310-A10

M20 FEM 310-A11

H

320-10 24VDC

320-11 MC5 CONT

320-12 MC6 CONT

320-13 SD9 CONT

GY

251-5

251-6

251-7

251-8

V

O

260-1-2

Y

260-2-1

O

261-1-2

261-2-1

O

272-1-2

BN

272-2-1

MC5 MC6 SD9 SD6

FEED

PRE-

REGISTRATION

CLUTCH 2

PICK-

UP

SOLENOID 2

211-A15 SD9 CONT

211-A16 M21 CONT

310-A15

310-A16

H

320-14 SD6 CONT

Y

251-9

Y

O

267-1

267-2

LOCK

211-A17

M21 EM 310-A17

211-A18

L

M21 FEM 310-A18

HHH

H

211-A19 MC8 CONT

211-A20 SD7 CONT

211-A21 MC7 CONT

211-A22 SD10 CONT

310-A19

310-A20

310-A21

310-A22

H

321-1 24VDC

321-2 M21 CONT

OBKOYV

252-3

252-4

252-5

281-1

281-2

277-1-2

M21

MC7 MC8 SD10 SD7

UP

FEED

DRIVE

CLUTCH 3

MOTOR 3

211-A23 M22 TR1

211-A24 M22 TR2

211-A25 M22 TR3

310-A23

310-A24

310-A25

H

321-3 24VDC

321-4 MC7 CONT

321-5 MC8 CONT

252-6

252-7

277-2-1

278-1-2

278-2-1

SOLENOID 3

PRE-

REGISTRATION

CLUTCH 3

211-A26 M22 TR4

211-A27

L

310-A26

M22 FEM 310-A27

H

321-6 SD10 CONT

GY

252-8

289-1-2

289-2-1

PICK-

UP

SOLENOID 3

HHH

211-A28 SD11 CONT

211-A29 MC9/10 CONT

310-A28

310-A29

H

321-7 SD7 CONT

Y

252-9

285-1

285-2

LOCK

211-A30 M23 CONT

211-B1 M23 F/R

310-A30

311-B1

211-B2

M23 EM 311-B2

211-B3 M14 PL

211-B4 M14 NL

311-B3

322-1 M22 DRIVE 1

BN

254-1-12

247-1

M22

UP/DOWN

MOTOR

(BY-PASS)

211-B5 M14 PR

211-B6 M14 NR

211-B7

211-B8

311-B5

311-B6

M14 CEM 311-B7

L

M14 24FEM 311-B8

311-B4

H

322-2 M22 DRIVE 2

322-3 24VDC

322-4 SD11 CONT

322-5

V

O

BN

254-2-11

254-3-10

254-4-9

247-2

248-2-1

248-1-2

SD11 MC9 MC10

PICK-

UP SOLENOID (BY-PASS)

H

211-B9 SD4 CONT

211-B10 PCL CONT

311-B9

311-B10

H

322-6 24VDC

322-7 MC9 CONT

Y

O

253-1-10

253-2-9

YOV

OO

290-1-2

290-2-1

VERTICAL

CONVEYANCE

CLUTCH 1

PAPER

FEED

211-B11

211-B12

24VDC 311-B11

24VDC 311-B12

H

322-8 M10 CONT

BN

253-3-8

291-1-2

291-2-1

VERTICAL

CONVEYANCE

CLUTCH 2

211-B13

5VDC 311-B13

P

211-B14 M11 CLK

211-B15

311-B14

SGND 311-B15

323-1 M14 DRIVE 1

O

341-15

O

355-1

M14

CLEANING

BLADE

MOTOR

P

211-B16 M11 VREF

211-B17

211-B18 M6 CLK

L

311-B16

M11 FEM 311-B17

323-2 M14 DRIVE 2

323-6 M23 DRIVE 1

R

BK

341-17

341-18

341-16

341-24

B

R

BK

353-3-9

353-2-10

355-2

B

R

359-1

359-3

M23

CHARGER

CLEANING

MOTOR

211-B19 SGND

211-B20 M6 F/R

311-B18

311-B19

311-B20

323-7 M23 DRIVE 2

B

BK

353-1-11

BK

359-2

L

211-B21 M11 RES

211-B22 M6 OFF

311-B21

311-B22

323-3 24VDC

O

341-12

341-13

O

354-1

354-2

SD4

SEPARATION

CLAW

SOLENOID

211-B23 M6 VREF

211-B24

L

311-B23

M6 24FEM 311-B24

H

323-4 SD4 CONT

V

O

V

353-11-1

356-1-2

PCL

H

323-5 PCL CONT

BK

341-14

BKBKOBK

353-10-2

356-2-1

211-B25

FM5 EM 311-B25

12

340-2

352-1

355-9

L

211-B26 FM5 CONT

211-B27 FM5 H/L

311-B26

311-B27

13

340-3

W

352-2

HTR1

211-B28

211-B29

211-B30

L

SGND 311-B30

24VDC 311-B29

FM5 FEM 311-B28

PPPPPPP

324-1 24VDC

324-2 24VDC

324-3 M11 DRIVE A

OOV

470-6-8

470-5-9

470-4-10

GYGYGYGYGY

473-8-6

473-9-5

473-10-4

OOYBNV

482-1-6

482-2-5

482-3-4

M11 M6

TONER

SUPPLY

MOTOR 1

324-4 M11 DRIVE A

324-5 M11 DRIVE B

YBNV

470-3-11

470-2-12

473-11-3

473-12-2

W

482-4-3

482-5-2

324-6 M11 DRIVE B

325-1 24VDC

325-2 24VDC

470-1-13

GY

473-13-1

482-6-1

LOOP ROLLER MOTOR

DCDB

P

325-3 M6 DRIVE A

325-4 M6 DRIVE A

325-5 M6 DRIVE B

325-6 M6 DRIVE B

L

322-9 FM5/FM8 DRIVE

322-10 FM5/FM8 H/L

322-11 FM5 EM

322-12 PGND

O

Y

BN

BK

471-6

471-8

471-7

471-9

76-1

76-3

76-2

76-4

FM5

WRITE SECTION COOLING

FAN 1

77-1

77-2

FM8

WRITE SECTION COOLING

FAN 2

77-3

L

228-1 TLD CONT

228-2 TLD

228-3 SGND

V

R

B

117

O

470-13-1

470-12-2

470-11-3

470-10-4

GYGYGY

473-1-13

473-2-12

473-3-11

V

R

B

473-4-10

O

483-3-1

483-2-2

483-1-3

GYGYGY

184-1

484-1

484-2

484-3

M15

TLD

TONER

SUPPLY

LEVEL

MOTOR 2

DETECTION

SENSOR

77-4

P

228-7 M3 CLK

228-8 M3 EM

116 107

105

BNVBKOBNVBK

182-3

182-4

182-5

181-1

181-2

M3

MAIN

MOTOR

H

229-1 M1 CONT

229-2 M1 EM

181-3

181-4

M1

2-1 SGND

2-2 24VDC

P

230-1

230-2 M17 CLK

86

Y

O

BN

474-1

474-2

474-3

474-4

583-5

583-1

583-2

583-3

O

Y

BK

130-5

130-2

M17 EM 130-1

2-3 M17 MAG A’

2-4 M17 MAG A

2-5 M17 MAG B’

2-6 M17 MAG B

M17

POLYGON

MOTOR

H

230-3 M17 CONT

87

V

BK

474-5

583-4

V

BN

130-3

130-4

PMDB

PPP

2-7 M17 MAG C’

2-8 M17 MAG C

2-9 M17 DRIVE C

H

220-A15 FEEDM_CONT

88

O

Y

306-1

183-1

183-2

183-3

M4

PAPER

FEED

MOTOR

2-10 M17 DRIVE B

2-11 M17 DRIVE A

H

220-A16 FEEDM_EM

229-3 M2 CONT

229-4 M2 F/R

229-5 SGND

229-6 M2 EN

115 106

89

W

306-2

183-4

V

Y

O

BN

BK

158-1

158-2

158-3

158-4

158-5

Y

V

O

W

BN

180-1

180-2

180-3

180-4

180-5

M2

DRUM

MOTOR

BK

158-6

BK

180-6

4 - 29

7075 OVERALL WIRING DIAGRAM (4/5)

BY-PASS VERTICAL PAPER FEED FIXING

PAPER SIZE

SENSOR

1

PAPER SIZE

SENSOR

PAPER SIZE DETECTION

VR

(BY-PASS) (BY-PASS) (BY-PASS) (BY-PASS)

NO

PAPER

SENSOR

2

TRAY

LOWER

LIMIT

SENSOR

(BY-PASS) (BY-PASS)

VR4 PS29 PS55 PS56 PS43 PS23

241-3

241-2

241-1

244-1

244-2

244-3

242-3

242-2

242-1

243-3

243-2

243-1

245-1

245-2

245-3

R

B

W

254-4-4

254-6-7

Y

L

PS43 222-6

254-1-12

254-8-5

254-3-10

V

B

R

VR4 222-8

5VDC 222-1

SGND 222-3

R

Y

B

254-1-7

254-2-6

254-3-5

254-2-11

Y

L

PS29 222-2

254-4-9

BN

PS55 222-4

254-5-8

V

PS56 222-5

H

213-A1 RL1 DRIVE

213-A2 RL1 SIG

213-A3 C(T) DRIVE

213-A4

213-A5 ACV EM1

213-A6 ZERO CROSS

213-A7 HTR CONT

213-A8 L2 CONT

TRAY

UPPER

LIMIT

SENSOR

246-3

R

HHH

213-A9 L3 CONT

213-A10 L2/L3 CONT

246-2

246-1

B

Y

254-5-3

254-7-6

BN

H

PS23 222-7

P

213-A11 L4 CONT

213-A12 AC5V FEM

213-A13 AC12V FEM

213-A14 M16 CLK

LOOP

SENSOR

VERTICAL

CONVEYANCE

SENSOR

1

VERTICAL

CONVEYANCE

SENSOR

2

VERTICAL

CONVEYANCE

SENSOR

3

PS54 PS18 PS53 PS19 PS17

292-3

292-2

292-1

293-3

293-2

293-1

294-3

294-2

294-1

295-3

295-2

R

B

Y

253-7-4

253-6-5

253-5-6

B

R

BN

H

PS54 222-10

5VDC 222-9

SGND 222-11

H

213-A15 SGND

213-A16 M16 CONT

213-A17

213-A18 HTR1 DRIVE

213-A19 DH OPEN

R

B

BN

253-4-7

Y

H

PS18 222-12

P

213-A20 M10 CLK

213-A21 SGND

213-A22 M10 VREF

213-A23 M10 RES

213-A24 M10 OFF

R

Y

253-3-8

BN

H

PS53 222-13

213-A25

213-A26

B

213-A27

213-A28

295-1

R

V

253-2-9

V

H

PS19 222-14

L

213-A29

213-A30

213-B1 FM3 CONT

B

OPEN/CLOSE

DETECTION

L

213-B2 FM3 H/L

213-B3

296-3

296-2

296-1

R

B

GY

253-1-10

Y

H

PS17 222-15

L

213-B4

213-B5 FM4 CONT

213-B6 FM4 H/L

213-B7

L

213-B8

213-B9 FM6 CONT

451-1

FIXING

EXIT

SENSOR

PS2 PS3

464-1

464-2

464-3

B

R

W

BK

451-12

451-13

451-15

451-17

RYO

W

GY

H

PS2 223-A9

5VDC 223-A2

5VDC 223-A3

SGND 223-B2

FIX SET 1 223-A1

L

213-B10 FM6 H/L

213-B11

213-B12

SENSOR

H

213-B13 FM2 CONT

213-B14 NC

213-B15

FIXING

JAM

465-1

465-2

465-3

R

W

451-14

451-16

451-18

B

V

H

PS3 223-A10

5VDC 223-A4

213-B16

FIXING

1

TH1

466-1-2

R

451-2

W

466-2-1

R

451-3

BN

FIXING

TEMPARATURE

SENSOR

2

TH2

467-1-3

467-3-1

W

451-4

451-5

BN

TEMPARATURE

B

BK

451-19

451-10

V

O

GY

SENSOR

L

FIX SET 2 223-B1

TH1 ANG 1 223-A5

TH1 ANG 2 223-A6

TH2 ANG 1 223-A7

223-B3

223-B4

213-B17 AC ENB

213-B18

213-B19 C(K) SIG

213-B20 C(K) CONT

213-B21

213-B22

213-B23

213-B24

W

O

TH2 ANG 2 223-A8

213-B25

FIXING

TEMPARATURE

SENSOR

3

TH3

468-1-4

BK

451-6

O

TH3 ANG 1 223-B5

213-B26

213-B27

213-B28

468-3-2

BK

451-7

V

TH3 ANG 2 223-B6

213-B29

FIXING

TEMPARATURE

SENSOR

213-B30

4

TH4

469-2-4

B

451-8

R

TH4 ANG 1 223-B7

BLADE

SENSOR

1

2

PS30 PS31 PS41 PS42

360-1

360-2

360-3

361-1

361-2

355-3

355-4

355-5

355-6

469-4-2

B

451-9

R

341-19

341-20

R

5VDC 225-A1

V

R

B

341-21

V

B

PS30 225-A2

SGND 225-A3

355-7

Y

341-22

Y

PS31 225-A4

TH4 ANG 2 223-B8

CHARGING

WIRE

CLEANING

PAD HP SENSOR

361-3

357-1

357-2

357-3

355-8

353-3-9

353-4-8

353-5-7

B

B B

Y Y

R R

341-11

Y

L

NC 225-A5

PS41 225-A6

SGND 225-A7

PRCB - 2 / 3

CHARGING

WIRE CLEANING PAD LIMIT

SENSOR

358-1

358-2

358-3

353-6-6

353-7-5

353-8-4

R R

W W

341-23

W

H

PS42 225-A8

DRUM

DPS

DPS ANG 1 457-3

DPS ANG 2 457-4

DPS DRIVE A 457-1

DPS DRIVE B 457-2

DPSB

458-1

458-2 DPS ANG

458-3

458-4

Y

B

O

350-4-1

350-3-2

350-2-1

340-1

340-4

90 91

350-1-4

340-5

340-6

340-12

340-11

68

B B

224-6

H

AGND 224-7

DRUM SET 224-1

TEMPARATURE

TH5

TH5 ANG 1 456-1

TH5 ANG 2 456-2

DTSB

455-1

455-2

455-3 DRUM TEMP

455-4

Y

B

R

O

351-4-1

351-3-2

351-2-3

351-1-4

340-7

340-8

340-9

340-10

224-4

5VDC 224-3

AGND 224-5

12VDC 224-2

DRUM

SENSOR

TONER CONTROL SENSOR

454-1

R

341-1

R

5VDC 225-B1

BOARD

TCSB

454-2

454-3

454-4

454-5

454-6 Dmax SIG

454-7 Dmax MONI

Y

V

W

341-2

341-3

341-4

341-5

341-6

341-7

V

Y

W

BK

GY

LLL

γ LED CONT 225-B4

JAM LED CONT 225-B5

γ /Dmax LED Vref 225-B3

Dmax LED CONT 225-B2

225-B6

225-B7

454-9 JAM SIG

454-8 γ SIG/MONI

Y

W

341-8

341-9

VGYB

225-B8

225-B9

454-10

BN

341-10

AGND 225-B10

400-1 24VDC

400-2 12VDC

400-3 5VDC

400-4 SGND

400-5 SGND

R

O

B

BN

80

41

42

45

46

BN

410-A1

400-6 SGND

401-1 24VDC

401-2 PGND

BK

81

119

110

Y

R

O

H

410-A2

410-A3

(C)T FEM 410-A4

PPP

422-1 24VDC

422-2 24VDC

422-3 M10 DRIVE A

422-4 M10 DRIVE A

422-5 M10 DRIVE B

GYGYGYGYGY

431-1-6

431-2-5

431-3-4

431-4-3

431-5-2

M10

PAPER

EXIT

MOTOR

V

B

GN

410-A7

ACV EM1 410-A5

ZERO CROSS 410-A6

L

P

422-6 M10 DRIVE B

420-A1 FM3 DRIVE

O

GY

431-6-1

85-1

85-3

W

GY

410-A8

410-A9

420-A2 FM3 H/L

420-A3 FM3 EM

420-A4 PGND

Y

W

BK

85-2

85-4

R

BK

BN

410-A10

410-A11

AC5V FEM 410-A12

L

420-A5 FM4 DRIVE

420-A6 FM4 H/L

V

O

86-1

86-3

86-2

Y

O

410-A14

AC12V FEM 410-A13

420-A7 FM4 EM

420-A8 PGND

88-1

W

BK

86-4

179-1

GN

410-A15

L

FM3 FM4 FM6 FM2

MAIN BODY

COOLING

FAN

2

MAIN BODY

COOLING

FAN

1

V

B

L

410-A16

M16 VEM 410-A17

L

420-B2 FM6 DRIVE

420-B3 FM6 H/L

420-B4 FM6 EM

420-B5 PGND

Y

O

W

BK

88-3

88-2

88-4

179-3

179-2

179-4

FAN

3

W

GY

BK

410-A18

410-A20

DH OPEN 410-A19

L

420-B6 FM2 DRIVE

420-B7 NC

87-1

DEVELOPING

SUCTION

FAN

R

BN

410-A21

410-A22

420-B8 FM2 EM

420-B9 PGND

W

BK

87-2

87-3

Y

O

GN

410-A23

410-A24

M10 24FEM 410-A25

H

420-A9 24VDC

420-B1 C(T) CONT

O

BK

88-5

88-6

170-2-7

170-1-8

85-1

85-2

)

C(T

TOTAL

COUNTER

V

B

W

GY

BK

BN

NC 410-A26

15

250-1

269-1

410-B1

NC 410-A27

NC 410-A28

NC 410-A29

NC 410-A30

430-1 HTR2 CONT

430-2 HTR3 CONT

BK

305-2

305-4

BK

GY

250-13

251-1

251-13

252-1

GY

269-2

269-1

269-2

307-1

HTR216HTR317HTR418HTR101

Y

R

O

L

FM3 EM 410-B3

FM3 FEM 410-B4

HFAN1 HL 410-B2

430-3 HTR4 CONT

BK

305-6

BK

GY

252-13

751-5

751-6

307-2

361-1

361-2

LT-401

B

GNVGY

410-B5

410-B6

FM4 EM 410-B7

430-4 HTR101 CONT

FT3 HTR1 CONT

343-1

BK

12 13 10 11

W

BK

410-B10

L

410-B9

FM4 FEM 410-B8

H

FT4 HTR1 DRIVE

343-2

Y

R

O

BN

L

410-B13

FM6 EM 410-B11

SFAN HL 410-B14

FM6 FEM 410-B12

FT2 AC30V(H)

FT1 AC30V(C)

BK

551-7

551-17

V

B

GN

L

AC ENB 410-B17

FM2 EM 410-B15

FM2 FEM 410-B16

L

400-7 24VDC

400-8 RL1 CONT

90-5

90-6

RL1

MAIN

RELAY

W

GY

410-B19

C(K) FEM 410-B18

R

BK

BN

410-B20

VENDER FEED 410-B22

VENDER CPOY 410-B21

Y

O

PAPER SIZE 0 410-B23

PAPER SIZE 1 410-B24

424-1 M16 DRIVE 1

424-2 M16 DRIVE 2

R

B

451-11

451-20

W

BK

M16

WEB

DRIVE

MOTOR

B

GN

PAPER SIZE 2 410-B25

PAPER SIZE 3 410-B26

442-4 L4 DRIVE

440-1 L2 DRIVE

500 502

501 503

500 502

450-3

450-1

462-1CN450-8

L4L2L3

W

TS1

CN450-5

BK

CN14-1

BK

2

V

W

GY

NC 410-B28

NC 410-B29

VENDER double slded 410-B27

442-1 L3 DRIVE

504

W

BK

450-2

W

BK

TS2

BK

SGND 410-B30

440-2 L2 TRIG

442-2 L3 TRIG

440-4 AC(C)

442-5 AC(C)

442-3 AC(C)

505

4

506

ACDB

440-3 T3 DRVG

507

100V SYSTEM

35-1 24VDC

35-2 C(K)

35-3 SGND

35-4 C(K) CONT

35-5 PGND

953-1

953-2

953-5

935-6

)

C(K

VENDOR

PAPER SIZE 0 36-3

VENDER FEED 36-2

VENDER CPOY 36-1

COIN

PAPER SIZE 1 36-3

PAPER SIZE 2 36-3

NC 36-8

PAPER SIZE 3 36-3

VENDER double slded 36-7

NC 36-9

PGND 36-10

451-11

BK

M16

WEB

DRIVE

MOTOR

451-20

W

501

W

450-3

450-1

462-1

L4L2L3

R

TS1

TS2

CN450-8

CN450-5

BKBKBK

CN14-1

BK

2

502

CN450-6

509 508

504

W

450-2

BK

CN450-7

505

507

510

4

506

BK

200V SYSTEM

4 - 30

7075 OVERALL WIRING DIAGRAM (5/5)

HV1

255-1 24VDC

255-2 12VDC

256-1 SGND

256-2

256-3

256-4

256-5

256-6

256-7

256-8 C SIG

256-9 B FB

R

O

GYGYGYGYGYGYGYGYGY

113

68

255-3 PGND

BK

104

600

601

B

BN

604

603

602

R

O

609

608

607

606

605

Y

BGNBVB

619

618

PAPER

617

EXIT

616

SENSOR

615

614

613

612

611

610

PS61

480-3

R

480-2

480-1

B

Y

FRONT

DOOR

OPEN/CLOSE

SENSOR

1

PS24 PS25

85-3

85-2

85-1

B

Y

R

81-1-6

81-2-5

81-3-4

FRONT

DOOR

OPEN/CLOSE

SENSOR

2

87-3

87-2

V

R

81-4-3

81-5-2

87-1

B

81-6-1

FS - 108

FS - 108BM

177-1-3

170-3-6

170-6-3

177-2-2

170-2-7

170-5-4

177-3-1

170-1-8

170-4-5

Y

BBB

GY

BN

GY

GN

Y

V

R

O

W

O

RRR

W

BN

PPP

215-B2 S SHIFT(DC)

215-B3

215-B4

215-B5 S SHIFT(AC)

Y

R

O

BN

540-11

540-12

540-13

540-14

Y

R

O

BN

P

215-B6 T SHIFT

215-B9 SGND

215-B7 ADU MCLK

P

B

W

540-15

540-18

540-16

540-17

P

B

W

P

215-B8

215-A8 ADU REQ

V

GY

540-8

540-7

V

GY

P

215-A7 ADU ACK

215-A6

215-A5

P

B

V

540-6

540-5

P

B

V

PPP

215-A4

215-A3 ADU LATCH

Y

OBNR

540-4

540-3

Y

OBNR

540-2

215-A2 ADU TXD CLK

215-A1 ADU TXD

540-1

510-1 510-2 510-3 510-4 ADU RXD CLK 510-8 ADU ERR 510-6 ADU RXD 510-7 510-5 510-9 RESIST 510-10 510-11

PRCB - 3 / 3

TRANSFER

MOTOR

557-6-1

557-5-2

GYGYGYGYGY

24VDC 527-1

24VDC 527-2

P P P

REVERSE

M9 M7 M8

557-4-3

557-3-4

557-2-5

557-1-6

GY

PPP

P

24VDC 523-1

M9 DRIVE A 527-3

M9 DRIVE A 527-4

M9 DRIVE B 527-5

M9 DRIVE B 527-6

PAPER

REVERSE

SENSOR

ADU

CONVEYANCE

PPP

M7 DRIVE A 523-3

M7 DRIVE A 523-4

M7 DRIVE B 523-5

MOTOR

559-6-1

559-5-2

GYGYGYGYGY

P

24VDC 528-1

24VDC 528-2

M7 DRIVE B 523-6

MOTOR

24VDC 523-2

ADU

559-4-3

M8 DRIVE A 528-3

559-3-4

REGISTRATION

560-1

559-2-5

559-1-6

GY

P

24VDC 521-A1

M8 DRIVE A 528-4

M8 DRIVE B 528-5

M8 DRIVE B 528-6

MOTOR

M12

560-2

560-3

HPPPP

M12 CONT 521-A5

560-4

M12 EM 521-A7

M12 CLK 521-A6

227-1

HHH

C SHIFT 227-4

G SHIFT 227-5

C CONT 1 227-2

C CONT 2 227-3

PAPER

REVERSE

/EXIT

MOTOR

M5

560-5

PPP

PGND 521-B12

24VDC 524-1

24VDC 524-2

M5 DRIVE A 524-3

M5 DRIVE A 524-4

M5 DRIVE B 524-5

227-9

B CONT 227-6

B SHIFT 227-7

227-8

PAPER

TRANSFER

/SEPARATION

CLEANING

MOTOR

EXIT

FAN

M18 FM1

561-1

561-2

592-1

592-2

592-3

O

Y

W

BK

M18 DRIVE 1 520-B7

M18 DRIVE 2 520-B8

LLL

PGND 525-5

FM1 EM 525-4

FM1 DRIVE 525-3

P

M5 DRIVE B 524-6

P

IPB IFB TXD 210-A1

FIXING

GUIDE

SOLENOID

SD3 SD1 SD2 MC2 MC1 PS46 PS44 PS45

562-2-1

210-A7

210-A8

PPP

SGND 210-A2

SGND 210-A5

IPB IFB TXD ACK 210-A4

IPB IFB TXD REQ 210-A3

IPB IFB TXD ERR 210-A6

ADU LOCK

SOLENOID

593-2-1

593-1-2

562-1-2

O

VBNO

Y

H

24VDC 520-B13

24VDC 522-1

SD3 CONT 520-B10

SD1 CONT 522-3

210-A9

210-A10

210-A11

210-A12

210-A13

PAPER

REVERSE

GATE

-REGISTRATION

SOLENOID

CLUTCH

525-2-1

525-1-2

H

24VDC 525-1

SD2 CONT 525-2

210-A15

210-B1

210-B2

210-B3

RESET 210-B4

TONER 210-A14

RESET CONT 210-B5

ADU

REGISTRATION

PRE

CLUTCH

565-2-1

O

24VDC 521-B11

564-1-2

Y

H

MC2 CONT 521-A8

565-1-2

O

GY

H

24VDC 520-B14

MC1 CONT 520-B11

564-2-1

5VDC 210-B6

5VDC 210-B7

ADUSDB

L

520-B5 PS11

520-B3 SGND

520-B2 5VDC

R

B

BN

576-3-4

576-4-3

B

R

BN

585-1

586-3

TRANSFER

/SEPARATION

WIRE CLEANING PAD LIMIT

SENSOR

H

520-B6 PS12

520-B4 SGND

Y

B

576-5-2

576-6-1

Y

B

586-2

586-1

587-3

HANDLE RELEASE SENSOR

522-2 5VDC

522-4 PS10

522-5 SGND

520-A1 24VDC

O

568-1-8

Y

R

B

O

587-2

587-1

591-10

ADU

PAPER MIS-CENTERING

520-A3 -5VDC

GY

568-2-7

GY

591-4

568-3-6

591-3

H

525-7 5VDC

525-9 PS57

525-11 SGND

525-6 5VDC

525-8 PS8

525-10 SGND

521-A2 5VDC

521-B3 PS58

521-B8 SGND

521-A13 5VDC

521-B6 PS9

521-B10 SGND

521-B1 5VDC

521-B7 PS13

521-B11 SGND

521-A12 5VDC

521-B5 PS59

521-B9 SGND

521-A4 5VDC

521-B4 PS60

521-A10 SGND

521-B1 5VDC

V

Y

R

571-3-1

B

578-3

571-2-2

Y

578-2

B

571-1-3

R

578-1

R

554-3-1

579-3

554-2-2

579-2

B

554-1-3

579-1

R

553-3-1

580-3

V

553-2-2

580-2

B

553-1-3

580-1

R

572-3-1

581-3

572-2-2

581-2

Y

R

B

573-1-3

582-1

574-3-1

583-3

W

574-2-2

583-2

574-1-3

583-1

575-3-1

584-3

BN

572-1-3

573-3-1

573-2-2

581-1

582-3

582-2

R

B

GY

575-2-2

575-1-3

576-1-6

576-2-5

B

R

Y

R

584-2

584-1

585-3

585-2

PS57 PS8 PS58 PS9 PS13 PS59 PS60 PS11 PS12 PS10 PS1

PAPER

REVERSE

/CONVEYANCE

SENSOR

ADU

PAPER REVERSE SENSOR

PAPER

CONVEYANCE

SENSOR

ADU

NO PAPER

DECELERATION

SENSOR

ADU

SENSOR

ADU PRE-

REGISTRATION

SENSOR

TRANSFER/

SEPARATION

WIRE

CLEANING

PAD HP

SENSOR

PS61 210-B9

PS24 210-B10

PS25 210-B11

5VDC 210-B8

SGND 210-B12

ADU

REGISTRATION

EXIT

SENSOR

588-3

588-2

588-1

577-1-3

577-2-2

577-3-1

Y

B

R

H

PS46 521-B2

5VDC 521-A3

SGND 521-A9

520-A2 5VDC

520-A4 PS1 VIDEO

520-A5 PS1 SI

520-A6 PS1 CLK

520-A7 PS1 LED

520-A8 SGND

Y

R

V

B

BN

GY

568-4-5

568-5-4

568-6-3

568-7-2

568-8-1

Y

R

V

B

BN

GY

591-1

591-6

591-8

591-9

591-2

SENSOR

SGND 210-B13

SGND 210-B14

LEADING

EDGE

DETECTION

SONSOR

V

B

R

590-3

589-2

599-2-2

V

569-5-3

V

589-1

599-3-1

B

569-4-4

B

R

569-3-5

R

590-2

569-2-6

589-3

599-1-3

R

569-6-2

R

H

PS44 520-A14

5VDC 520-A12

5VDC 520-A11

SGND 520-A10

520-A8 SGND

TRANSFER

SYNCHRONIZATION

LAMP

TSL

590-1

567-2-1

567-1-2

Y

B

O

W

569-1-7

Y

B

H

PS45 520-A13

SGND 520-A9

24VDC 520-B12

TSL CONT 520-B9

LPL

L

526-1 24VDC

526-3 GP CONT

526-4 T CONT

523-5 S CONTZ

Y

V

O

BN

550-1

551-1

551-2

551-3

551-4

551-5

652-1

653-1

653-2

653-3

653-4

HV2

JAM INDICATION

JAMIB

531-7-1

531-6-2

531-5-3

531-4-4

531-3-5

531-2-6

O

Y

B

R

BN

HHHHH

5VDC 522-6

JAM L1 522-7

JAM L2 522-8

JAM L3 522-9

JAM L4 522-10

526-6 SEL

526-7

526-8

W

GY

BNBNBK

551-6

551-7

551-8

551-9

551-10

551-11

L

653-5

653-6

653-7

S FB(DC) 653-8

S FB(AC) 653-9

T SIG 653-10

S SIG 653-11

531-1-7

V

GY

24VDC 501-1

PGND 501-2 24VDC 500-1 12VDC 500-2

SGND 522-12

5VDC 500-4

JAM L5 522-11

-5VDC 500-7

SGND 500-5

SGND 500-8

PGND 500-3

526-9 SGND

526-10 PGND

B

550-3

550-4

652-3

652-4

PPPPPPP

217-A1 LT TXD

217-A2 5VDC

217-A3 LT TXD CLK

217-A4 SGND

217-A5 LT LATCH

217-A6 SGND

217-A7 LT RXD CLK

217-A8 SGND

217-B1 LT ERR

217-B2 SGND

217-B3 LT RXD

217-B4 SGND

541-1 541-2 542-1 542-2 542-3 542-4 542-5 542-6 542-7 542-8

257-1

O

257-2

BK

258-1

O

258-2

BN

258-3

R

258-4

GY

258-5

B

258-6

B

258-7

B

258-8

BK

O

BK

O

BN

R

GY

B B

BK

[How to see the diagram]

1.The signals shown reflect levels present under normal idling conditions with the main switch turned ON.

2.Wiring symbols in the figure are as follows. (1) [Symbol]

(2) [Color code] BN - Brown B - Blue R - Red V - Violet O - Orange GY - Gray Y - Yellow W - White GN - Green BK - Black LB - Light blue P - Pink Example: Y/GN represents green yellow striped pattern.

P

217-B5 LT ACK

217-B6 SGND

217-B7 LT REQ

217-B8 SGND

120

111

82

47

Crimp

48

49

V

50

51

Connector

FIN TXD 218-1 SGND 218-2 FIN TXD REQ 218-3 SGND 218-4 FIN TXD ACK 218-5 SGND 218-6 FIN RXD 218-7 SGND 218-8 FIN RXD REQ 218-9 SGND 218-10 FIN RXD ACK 218-11 SGND 218-12

52

83

50-1

V

Faston

Wire(Violet)

66

750-8-3

750-9-2

67

750-10-1

98

85

751-4

756-12-1

GY

756-11-2

GY

756-10-3

GY

756-9-4

GY

756-8-5

GY

756-7-6

GY

756-6-7

GY

756-5-8

GY

756-4-9

GY

756-3-10

GY

756-2-11

GY

756-1-12

GY

750-1-10

750-2-9

750-3-8

750-4-7

750-5-6

750-6-5

750-7-4

LT - 401

(3) RC is ribbon cable. (4) Signal flow The solid black circle ( ) among the connector symbols ( ) indicates the direction of signal flow. Example)

CB

5VDC

PS1

SGND

Direction of signal flow

99

BK

PS1

77

112

55

56

84

O

B

R

751-1

751-3

751-2

4 - 31

DF-313 OVERALL WIRING DIAGRAM

51-3

Y

8-B5

5VDC

Original

conveyance

detection PS

PS308

50-1

LB

8-A8 L

PS305 LED CONT

APS timing

PS

PS317

53-1

53-2

B

LB

8-B1

8-A12

L

SGND

PS317

53-3

Y

8-B2

5VDC

Original

skew

detection PS2

PS312

52-1

52-2

52-3

B

Y

LB

8-B3

8-A11

8-A10

L

H

5VDC

PS312

PS312 LED CONT

Original

skew

detection PS1

PS311

51-1

51-2

B

LB

8-B4

8-A9

L

H

PS311

PS311 LED CONT

[How to see the diagram]

1.The signals shown reflect levels present under normal idling conditions with the main switch turned ON.

2.Wiring symbols in the figure are as follows. (1) [Symbol]

50-1

V

50-2

B

8-B6

8-A7

H

5VDC

PS308

50-3

Y

RADF open

/close PS

PS301

49-1

49-2

B

LB

8-B7

8-A6

L

SGND

PS301

49-3

Y

8-B8

5VDC

Original

exit

PS1

PS307

48-1

WWW

47-3

47-2

46-1

46-2

LB

8-A5 H

PS307

1-1

1-2

R

BK

48-2

47-1

46-3

B

8-B9

8-A4

5VDC

SGND

1-3

O

48-3

Y

1-4

GY

Original

reversal detection

PS

PS309

45-1

45-2

45-3

BBB

43-6

43-5

43-4

42-1

42-2

42-3

B

Y

LB

8-A3

8-B10

8-B11

L

H

5VDC

PS309

PS309 LED CONT

PS315

DF VALID

DF CTS

DF DTR

DF RXD

L

PPP

P

3-1

3-2

3-3

3-4

3-5

3-6

P

Y

LB

W

BK

BN

jam detection

3-7

3-8

V

B

Reverse

PS

PS304

44-1

44-2

44-3

BBB

43-3

43-2

43-1

46-1

46-2

46-3

B

Y

LB

8-A2

8-A1

8-B12

L

H

5VDC

PS304

PS304 LED CONT

Tray lower

limit detection

PS

PS316

41-1

41-2

41-3

BBB

5-3

5-2

5-1

L

5VDC

SGND

PS316

54-6

55-1

56-2

57-1

24VDC

SD301 DRIVE

H

15-1

15-2

B

54-5

55-2

B

56-1

57-2

Tray upper

limit detection

PS

PS315

40-1

40-2

40-3

BBB

7-9

7-8

7-7

H

5VDC

SGND

PS315

24VDC

15-3

B

54-4

54-3

55-3

55-4

B

58-2

58-1

59-1

59-2

No original

detection

SD302 DRIVE

H

15-4

B

PS

PS305

39-1

BBB

7-6

5VDC

24VDC

15-5

B

54-2

55-5

B

60-2

61-1

39-2

39-3

7-5

7-4

H

SGND

PS305

SD303 DRIVE

H

15-6

B

54-1

55-6

B

60-1

61-2

Original

registration detection

PS

PS306

38-1

38-2

38-3

BBB

7-3

7-2

7-1

L

H

5VDC

PS306

PS306 LED CONT

24VDC

SD304 DRIVE

H

9-1

9-2

B

62-3

62-2

63-1

63-2

PGND

9-3

64-3

65-1

64-2

65-2

DFCB

FM301 LD

FM301 DRIVE

L

H

9-4

9-5

BBB

64-1

65-3

Original

size detection

PS1

PS302

35-3

35-1

35-2

Y

B

LB

22-1

22-2

22-3 H

5VDC

SGND

PS302

M302 DRIVE B

M302 DRIVE A

PPP

P

10-1

10-2

10-3

10-4

Y

R

O

BN

24VDC

10-5

10-6

W

BK

Original

size detection

PS2

PS303

36-3

36-1

36-2

Y

B

LB

22-4

22-5

22-6

H

5VDC

SGND

PS303

21-1

R

6-1

5VDC

24VDC

11-1

BK

Original count

PTBD

21-2

21-3

21-4

Y

W

LB

6-2

6-3

6-4

HHH

PS310

PS303

PS302

24VDC

M301 DRIVE A

PPP

11-2

11-3

11-4

B

O

W

detection

PS

PS310

37-3

37-1

37-2

Y

B

LB

22-7

22-8

22-9 H

5VDC

SGND

PS310

21-5

21-6

P

BK

6-5

6-6

SGND

VR301

M301 DRIVE B

P

11-5

11-6

Y

R

Original

size detection

VR

VR301

LB

BN

23-1

23-2

5VDC

VR301

M303 DRIVE B

M303 DRIVE A

24VDC

PPP

P

14-1

14-2

14-3

14-4

14-5

Y

R

O

BK

BN

B

23-3

SGND

24VDC

14-6

R

M304 DRIVE B

M304 DRIVE A

PPP

P

12-2

12-3

12-4

12-5

Y

R

O

BN

24VDC

12-6

12-7

W

BK

Original

exit

PS2

PS314

33-3

33-2

WWW

4-1

4-2

5VDC

SGND

Original exit

reverse detection

33-1

4-3

H

PS314

M305 DRIVE B

PPP

13-1

13-2

O

BN

PS

PS313

34-3

34-2

34-1

BBB

4-4

4-5

4-6

L

H

5VDC

PS313

PS313 LED CONT

M305 DRIVE A

24VDC

P

13-3

13-4

13-5

13-6

Y

R

W

BK

Cover open

/close MS

MS301

66-1

B

16-1 H

MS301

66-2

O

16-2

24VDC

Connector

Crimp

Faston

Wire(Violet)

(2) [Color code] BN - Brown B - Blue R - Red V - Violet O - Orange GY - Gray Y - Yellow W - White GN - Green BK - Black LB - Light blue P - Pink Example: Y/GN represents green yellow striped pattern. (3) RC is ribbon cable. (4) Signal flow The solid black circle ( ) among the connector symbols ( ) indicates the direction of signal flow. Example)

5VDC

PS1

SGND

Direction of signal flow

PS1

CB

31-3

5VDC

31-4

SGND

31-1

31-2

32-8

PGND

24VDC

MAIN BODY

32-7

32-3

32-2

32-1

32-6

32-5

PPP

DF RTS

DF DSR

32-4

DF TXD

SD301 SD302 SD303 SD304

Flapper

drive SD

Pressure roller

release SD

Original

exit gate

SD

SDF switchingSDADF fan Original

FM301

M302

feed motor

M301

Original

conveyance motor

Tray up/down

drive motor

M304 M305M303

Original

exit motor 1

Original

exit motor 2

4 - 32

LT-401 OVERALL WIRING DIAGRAM

LT FEED DRIVE

CLUTCH

MC101

766-1-2 766-2-1

723-3 723-4

24VDC

H L

MC101 DRIVE

5VDC PS100 SGND

722-A1 722-A4 722-A7

746-1 746-2 746-3

PS100

LT

TOP COVER

OPEN/CLOSE

DETECTION

SENSOR

[How to see the diagram]

1.The signals shown reflect levels present under normal idling conditions with the main switch turned ON.

2.Wiring symbols in the figure are as follows. (1) [Symbol]

Crimp

V

50-1

Connector

V

Faston

Wire(Violet)

(2) [Color code] BN - Brown B - Blue R - Red V - Violet O - Orange GY - Gray Y - Yellow W - White GN - Green BK - Black LB - Light blue P - Pink Example: Y/GN represents green yellow striped pattern. (3) RC is ribbon cable. (4) Signal flow The solid black circle ( ) among the connector symbols ( ) indicates the direction of signal flow. Example)

5VDC

PS1

SGND

Direction of signal flow

PS1

CB

LT FIRST PAPER FEED

CLUTCH

LT FIRST PAPER FEED

SOLENOID

LT UP/DOWN

DRIVE MOTOR

LT

INTERLOCK

MS1

LT

INTERLOCK

MS2

LT PAPER FEED

MOTOR

LT INTERNAL

HEATER

MAIN BODY

MC102

SD100

M100

MS101

MS102

M101

HTR101

HTR101 CONT

LT TXD LATCH

AC(H)

24VDC

PGND

5VDC

SGND

LT TXD

LT TXD CLK

LT ERR

LT ACK

762-1 762-2 762-3 762-4

750-1-10

P

P P P

P

750-10-1

765-1-2 765-2-1

767-1-2 766-2-1

749-2

749-1

761-1 761-2

751-6 751-5

751-1 751-4 751-2 751-3

750-2-9 750-4-7

750-6-5 850-5-6 750-3-8 750-7-4 750-8-3 750-9-2

773-3 773-4

723-5 723-6

723-7 723-8

723-1

723-2

720-1

720-2 720-3 720-4

700-1 700-2 700-3 700-4

710-A1 710-A2 710-A3 710-A5 710-A7 710-A9 710-B2 710-B4 710-B6 710-B8

24VDC MC102 DRIVE

H

24VDC SD100 DRIVE

H

M100 DRIVE 1

M100 DRIVE 2

24VDC

M101 CONT

H

M101 EM

H

PGND

5VDC SGND

LT RXD CLK

P

LT RXD

P

LT REQ

LT DB

5VDC PS101 SGND

5VDC PS102 SGND

5VDC PS103 SGND

5VDC PS104 SGND

5VDC PS105 SGND

5VDC PS106 SGND

PS107

PS108

PS109

PS110

SW100

722--A6

H

722-B10

H

L

H

722-A2

722-A8

722-A3 722-A5 722-A9

722B8 722-B5 722-B2

722-B9 722-B6 722-B3

722-B7 722-B4

721-1 721-2 721-3

721-3

721-4

721-5

721-6

721-7

773-5 773-6 773-12

773-7

773-8

773-9

773-10

773-11

748-1

748-2

745-1 745-2 745-3

780-1 780-2 780-3

781-1 781-2 781-3

782-1 782-2 782-3

783-1 783-2 783-3

740-3 740-2 740-1

741-3 741-2 741-1

742-1 742-2 742-3

744-1 744-2 744-3

747-1 747-2 747-3

PS101

PS102

PS103

PS104

PS105

PS106

PS107

PS108

PS109

PS110

SW100

LT TRAY

LOWER LIMIT

DETECTION

SENSOR

LT

REMAINING

PAPER

DETECTION

SENSOR

1

LT

REMAINING

PAPER

DETECTION

SENSOR

2

LT

REMAINING

PAPER

DETECTION

SENSOR

3

LT

REMAINING

PAPER

DETECTION

SENSOR

4

LT

FEED

DETECTION

SENSOR

LT FIRST PAPER

FEED

DETECTION

SENSOR

LT NO

PAPER

DETECTION

SENSOR

LT TRAY

UPPER LIMIT

DETECTION

SENSOR

LT JAM

ACCESS DOOR

OPEN/CLOSE

DETECTION

SENSOR

DOWN DRIVE

SWITCH

4 - 33

JAM CODE LIST

Classification

By-pass tray

Tr ay 1

Jam

code

J10-1

J10-2

J11-1

J11-2

J11-3

Cause

PS44 (registration) is not turned ON within the specified time after SD11 (pick up (by-pass)) is in the standby state. PS44 (registration) is not turned OFF within the specified time after SD11 (pick up (by-pass)) is turned ON. PS48 (paper pre-registration 1) is

Operating

not turned ON within the specified time after MC4 (pre-registration MC 1) is turned ON. PS47 (paper feed 1) is not turned ON within the specified time after MC3 (feed MC1) is turned ON. PS18 (vertical conveyance 1) is ON during idling.

Machine response

If there is paper in the copy process when this jam occurs, the machine stops after completion of paper ejection.

Countermeasure

Remove the original from the bypass tray and remove the jammed paper.

Remove the tray and remove the jammed paper.

Open the vertical conveyance door of the main body and remove the jammed paper.

J11-4

Main body and LCT

J11-5

Tr ay 2

J12-1

J12-2

J12-3

J12-5 J12-5

PS47 (paper feed 1) is ON during idling.

Stationary

PS48 (paper pre-registration 1) is ON during idling.

PS50 (paper pre-registration 2) is not turned ON within the specified time after MC6 (pre-registration MC2) is turned ON. PS49 (paper feed 2) is not turned

Operating

ON within the specified time after MC5 (feed MC2) is turned ON.

PS19 (vertical conveyance 3) is ON during idling. PS49 (feed 2) is ON during idling. PS50 (paper pre-registration 2) is

Stationary

ON during idling.

If there is paper in the copying process when this jam occurs, the machine stops after completion of paper ejection.

Open the vertical conveyance door of the main body and remove the jammed paper. Remove the tray and remove the jammed paper.

Open the vertical convey ance door of the main body and remove the jammed paper. Remove the tray and remov e the jammed paper. Open the vertical conveyance door of the main body and remove the jammed paper.

ELECTRIC PARTS LIST 4

4 - 35

JAM CODE LIST

Classification

Tray 3

LT-401

Main body and LCT

ELECTRIC PARTS LIST 4

Paper feed and conveyance (common to all trays)

Jam

code

J13-1

J13-2

J13-3

J13-4

J13-5

J14-1

J14-2

J14-3

J14-4

J17-1

Cause

PS52 (paper pre-registration 3) is not turned ON within the specified time after MC8 (pre-registration MC3) is turned ON.

Operating

PS51 (paper feed 3) is not turned ON within the specified time after MC7 (feed MC3) is turned ON. PS19 (vertical conveyance 3) is ON during idling.

PS51 (paper feed 3) is ON during idling.

Stationary

PS52 (paper pre-registration 3) is ON during idling.

PS107 (LT first paper feed detection) is not turned ON within the specified time after MC102 (LT first paper feed MC) is turned ON. PS106 (LT feed detection) is not

Operating

turned ON within the specified time after MC101 (LT feed drive MC) is turned ON. PS106 (LT feed detection) is ON during idling. PS107 (LT first paper feed

Stationary

detection) is ON during idling. PS44 (registration) is not turned ON within the specified time after PS54 (loop) or PS46 (ADU exit) is turned ON.

Operating

Machine response

If there is a paper in copying process when this jam occurs, the machine stops after completion of paper ejection.

If there is a paper in copying process when this jam occurs, the machine stops after completion of copied paper ejection.

Countermeasure

Open the vertical convey ance door of the main body and remove the jammed paper. Remove the tray and remove the jammed paper. Open the vertical conveyance door of the main body and remove the jammed paper. Open the vertical conveyance jam door of the main body and remove the jammed paper. Remove the tray and remove the jammed paper. Open the LCT cover and remove the jammed paper. Open the LCT door and remove the jammed paper.

Open the right door, draw out the ADU, open the paper registration and loop roller unit jam removal mechanism and jam access guide B, and remove the jammed paper.

4 - 36

JAM CODE LIST

Classification

Paper feed and conveyance (tray 1) Paper feed and conveyance (tray 2/3) Paper feed and conveyance (tray 2)

Paper feed and conveyance (tray 3)

LT-401

Paper feed and conveyance

Main body and LCT

Vertical paper conveyance access door

LT-401

Drum

code

J17-2

J17-3

J17-4

J17-5

J17-6

J17-7

J17-8

J17-9

J17-10

J19-1

J19-2

J21-1

J21-2

Jam

Cause

PS54 (loop) is not turned ON within the specified time after PS47 (paper feed 1) is turned ON.

PS54 (loop) is not turned ON within the specified time after PS53 (vertical conveyance 2) is tur ned ON. PS53(vertical conveyance 2) is not turned ON within the specified time after PS49 (paper feed 2) is turned ON.

PS53 (vertical conveyance 2) is

Operating

not turned ON within the specified time after PS51 (paper feed 3) is turned ON

PS54 (loop) is not turned ON within the specified time after PS106 (LT feed detection) is turned ON. PS45 (leading edge detection) is ON during idling.

PS44 (registration) is ON during idling. PS46 (ADU exit) is ON during idling.

Stationary

PS54 (loop) is ON during idling. The vertical conveyance door or top cover is opened during copying.

The jam access door is opened during copying.

Operating

The drum wrapping paper detection sensor detected paper at the specified timing in the print sequence. The drum wrapping paper detection sensor is detecting paper during idling.

Machine response

If there is a paper in copying process when this jam occurs, the machine stops after completion of copied paper ejection.

If there is a paper in copying process when this jam occurs, the machine stops after completion of paper ejection.

Countermeasure

Open the vertical paper conveyance jam access door of the main body and the jammed paper.

Open the vertical paper conveyance jam access door of the main body and remove the jammed paper. Open the LCT jam access door and remove the jammed paper. Open the front door, draw out the ADU, and remove the jammed paper.

Open the vertical conveyance door of the main body and remove the jammed paper.

Open the LCT jam access door and remove the jammed paper. Open the front right door, draw out the ADU, and remove the jammed paper.

ELECTRIC PARTS LIST 4

Stationary

4 - 37

JAM CODE LIST

Classification

Second paper feed and conveyance

Fixing unit: paper ejection (straight paper ejection) Fixing unit: paper exit (paper reverse and exit) (ADU) Fixing unit: paper

Main body

ejection (paper reverse and eject)

Fixing unit: Exit

ELECTRIC PARTS LIST 4

conveyance

Jam

code

J31-1

J31-2

J32-1

J32-2

J32-3

J32-4

J32-5

J32-6

J32-8

J32-9

J32-10

J32-11

Cause

PS45 (leading edge detection) is not turned ON within the specified time after MC1 (Registration) is turned ON. PS2 (fixing exit) is not turned ON within the specified time after PS45 (leading edge detection) is turned ON. PS61 (paper exit) is not turned ON within the specified time after PS2 (fixing exit) is turned ON.

PS57 (paper reverse) is not

Operating

turned ON within the specified time after PS2 (fixing exit) is turned ON.

PS57 (paper reverse) is not turned ON again within the specified time after PS57 (paper reverse) is turned ON. PS61 (paper exit) is not turned ON within the specified time after PS57 (paper reverse) is turned ON again. PS61 (paper exit) is not turned ON within the specified time after PS61 (paper exit) is turned ON. PS61 (paper exit) is ON during idling. PS57 (paper reverse) is ON during idling. PS2 (fixing exit) is ON during idling. PS8 (paper reverse/con ve yance)

Stationary

is ON during idling. PS3 (fixing jam) is ON during idling.

Machine response

If there is a paper in copying process when this jam occurs, the machine stops after completion of paper ejection.

Countermeasure

Open the front right door, draw out the ADU, and remove the jammed paper.

4 - 38

JAM CODE LIST

Classification

Front door

ADU inlet paper conveyance

ADU paper reverse and conveyance

Main body and LCT

LCT to ADU paper feed

code

J51-1

J92-1

J92-2

J92-3

J93-1

J93-2

J93-3

J93-4

J94-1

J94-2

J94-3

Jam

Cause

The front right or left door is opened during copying. PS58 (ADU paper rev erse ) is not turned ON within the specified time after PS57 (paper reverse) is turned ON.

Operating

PS58 (ADU paper reverse) is not turned ON again within the specified time after PS58 (ADU paper reverse) is turned ON. PS58 (ADU paper reverse) is ON during idling.

Stationary

PS59 (ADU deceleration) is not turned ON within the specified time after PS58 (ADU paper

OperatingStationary

reverse) is turned ON. PS59 (ADU deceleration) is ON during idling. PS9 (ADU paper conveyance) is ON during idling. PS8 (paper reverse/ conveyance) is ON during idling. PS60 (ADU pre-registration ) is not turned ON within the specified time after PS59 (ADU deceleration) is turned ON. PS46 (ADU exit) is not turned ON

Operating

within the specified time after PS60 (ADU pre-registration) is turned ON. PS60 (ADU pre-registration) is ON during idling.

Machine response

The machine stops immediately. If there is a paper in copying process when this jam occurs, the machine stops after completion of paper ejection.

The machine stops immediately.

If there is paper in copying process when this jam occurs, the machine stops after completion of paper ejection.

If there is a paper in copying process when this jam occurs, the machine stops after completion of paper ejection.

Countermeasure

Open the front right door, draw out the ADU, and remove the jammed paper.

ELECTRIC PARTS LIST 4

Stationary

4 - 39

JAM CODE LIST

Classification

DF-313 J61-1

RADF

ELECTRIC PARTS LIST 4

Jam

code

J61-2

J62-1

J62-2

J62-3

J62-4

J62-5

J62-6

J62-7

Cause

PS301 (RADF open/close detection) is turned OFF during RADF operation. MS301 (cover open/close) is turned OFF during RADF operation. PS306 (original registration detection) remains OFF within the specified time after start of prefeed. PS308 (original conveyance detection) is not turned ON within the specified time after start of prefeed at the front surface of the two-sided original (including onesided original). PS308 (original conveyance detection) is not turned ON within the specified time after start of prefeed at the back surface of the two-sided original. PS308 (original conveyance detection) is not turned OFF within the specified time when

Operating

M301 (original conveyance roller drive) is rotating in the forward direction. PS308 (original conveyance detection) is not turned OFF within the specified time when M301 (original conveyance roller drive) is rotating in the backward direction. When a large-size two-sided original is fed into the reversal section, PS309 (original reversal detection) is not turned ON within the specified time after turning ON of PS308 (original conveyance detection). When a large-size one-sided original is ejected, PS307 (original exit 1) is not turned ON within the specified time after turning ON of PS308 (original conveyance detection).

Machine response

RADF stops immediately. If there is a paper in or after the copying process, the machine stops after completion of copied paper ejection.

Countermeasure

Open the jam access cover and remove jammed paper.

4 - 40

JAM CODE LIST

Classification

DF-313

RADF

Jam

code

J62-8

J62-9

J62-10

J63-1

J63-2

J63-3

J63-4

J63-5

Cause

When a large-size two-sided original is ejected, PS307 (original exit 1) is not turned ON within the specified time after turning ON of PS309 (original reversal detection). When a large-size one-sided original is ejected, PS307 (original exit 1) is not turned OFF within the specified time. When a large-size two-sided original is ejected, PS307 (original exit 1) is not turned OFF within the specified time. When a large-size two-sided original is fed out of the reversal section, PS309 (original reversal detection) is not turned ON. When a large-size two-sided original is fed into the reversal section, PS309 (original reversal

Operating

detection) is not turned OFF within the specified time. When a large-size two-sided original is fed out of the reversal section, PS309 (original reversal detection) is not turned OFF within the specified time. When a small-size one-sided original is ejected, PS314 (original exit 2) is not turned ON within the specified time after turning ON of PS309 (original reversal detection). When a small-size two-sided original is ejected, PS314 (original exit 2) is not turned ON within the specified time after turning ON of PS313 (original exit reverse detection).

Machine response

RADF stops immediately. If there is a paper in or after the copying process, the machine stops after completion of copied paper ejection.

Countermeasure

Open the jam access cover and remove jammed paper.

ELECTRIC PARTS LIST 4

4 - 41

JAM CODE LIST

Classification

DF-313 J63-6

Jam

code

J63-7

J63-8

J63-9

Cause

When a small-size one-sided original is ejected, PS314 (original exit 2) is not turned OFF within the specified time. When a small-size two-sided original is ejected, PS314 (original exit 2) is not turned OFF within the specified time. When a small-size two-sided original is fed into the reversal section, PS309 (original reversal detection) is not turned ON within the specified time after turning ON of PS308 (original conveyance detection). When a small-size two-sided

Operating

original is fed out of the reversal section, PS309 (original reversal detection) is not turned ON.

Machine response

RADF stops immediately. If there is a paper in or after the copying process, the machine stops after completion of copied paper ejection.

Countermeasure

Open the jam access cover and remove jammed paper.

RADF

ELECTRIC PARTS LIST 4

J63-10

J63-11

J65-1

J65-2

J65-4

J65-8

J65-10

When a small-size two-sided original is fed into the reversal section, PS309 (original reversal detection) is not turned OFF.

When a small-size two-sided original is fed out of the reversal section, PS309 (original reversal detection) is not turned OFF.

PS306 (original registration detection) is ON during idling. PS308 (original conveyance detection) is ON during idling. PS309 (original reversal detection) is ON during idling. PS307 (original exit 1) is ON

Stationary

during idling. PS313 (original exit reverse detection) is ON during idling.

4 - 42

JAM CODE LIST

Classification

DF-313

RADF

FS-108/BM

FNS

Jam

code

J65-20

J65-40

J72-16

J72-17

J72-18

J72-19

J72-20

J72-21

J72-22

J72-23

J72-24

J72-25

Cause

PS314(original exit 2) is ON during idling.

PS304(reverse jam detection) is ON during idling.

Stationary

PS4(FIN entrance passage) is not turned ON within the specific time after the main body paper exit PS is turned ON. PS10(paper exit 2) is not turned ON within the specific time after PS4(FIN entrance passage) is turned ON. PS5(stacker conveyance passage) is not turned ON within the specific time after PS4(FIN entrance passage) is turned ON (in staple mode). PS5(satcker conveyance passage) is not turned OFF within the specific time after it turns ON. PS6(paper exit 1) is not turned ON within the specific time after the paper exit operation is started (in staple mode). PS6(paper exit 1) is not turned

Operating

OFF within the specific time after it turns ON after the paper exit operation is started (in staple mode). PS1(subtray paper exit) is not turned ON within the specific time after PS4(FIN entrance passage) is turned ON (in subtray paper exit). PS1(subtray paper exit) is not turned OFF within the specific time after it turns ON (in subtray paper exit). PS28(folding passage/1) is not turned ON within the specific time after the staple is completed. PS25(folding paper exit) is not turned ON within the specific time after folding is completed.

Machine response

RADF stops immediately. If there is a paper in or after the copying process, the machine stops after completion of paper ejection.

FNS/main body stops immediately .

Countermeasure

Open the movable cover and remove jammed paper.

Remove jammed paper from FNS/ main body if present.

ELECTRIC PARTS LIST 4

4 - 43

JAM CODE LIST

Classification

FS-108/BM

PI-108

FNS

PI-108MB

ELECTRIC PARTS LIST 4

Jam

code

J72-26

J72-27

J72-28

J72-29

J72-30

J72-35

J72-36

J72-37

J72-81

J72-82

J72-83

J72-90

Cause Machine response Countermeasure

PS25(folding paper exit) is not turned OFF within the specific time after it turns ON. PS20(stacker no paper detection) is OFF when the staple is started. PS5(stacker conv ey ance passage) is not turned OFF within the specific time after it turns ON. PS10(paper exit 2) is not turned OFF within the specific time after it turns ON. PS6(paper exit 1) is not turned OFF within the specific time after it turns ON. PS201(sheet passage) is not turned ON within the specific time after MC201(paper feed) is turned ON. PS5(stacker con veyance passage) is not turned ON within the specific time after PS201(sheet passage) is turned ON. PS10(paper exit 2) is not turned ON within the specific time after PS201(sheet passage) is turned

Operating

ON. PS30(clincher HP/R) and PS31 (stapler HP/R) are not turned ON within the specific time after M21 (clincher R) and M22(stapler R) go ON. PS33(clincher HP/F) and PS34 (stapler HP/F) are not turned ON within the specific time after M23 (clincher F) and M24(stapler F) go ON. PS30(clincher HP/R), PS33 (clincher HP/F), PS31(stapler HP/ R) and PS34(stapler HP/F) are not turned ON within the specific time after M21(clincher R), M23(clincher/ F), M22(stapler R) and M24(stapler/ F) go ON. FNS does not operate within the specific time after it receives startoperation signal from the main body.

FNS/main body stops immediately .

Remove jammed paper from FNS/ main body if present.

4 - 44

JAM CODE LIST

Classification

FS-108/BM

FNS

FS-108

Jam

code

J73-1

J73-2

J73-3

J73-4

J73-5

J73-6

J73-7

J73-9

J73-10

J73-14

Cause Machine response Countermeasure

PS6(paper exit 1) is ON during idling. PS5(stacker conv eyance passage) is ON during idling. PS26(folding passage/2) is ON during idling. PS13(entrance paper detection) is ON during idling. PS4(FIN entrance passage) is ON during idling. PS10(paper exit 2) is ON during

Stationary

idling. PS1(subtray paper exit) is ON during idling. PS28(folding passage/1) is ON during idling. PS25(folding paper exit) is ON during idling. PS201(sheet passage) is ON during idling.

FNS/main body stops immediately .

Remove jammed paper from FNS/ main body if present.

4 - 45

ELECTRIC PARTS LIST 4

ERROR CODE LIST

Classification

Drive

Tr ay 1

Main body

ELECTRIC PARTS LIST 4

Warning

code

F13-01

F13-02

F13-03

F18-10

F18-11

F18-12

F18-13

Causes

A trouble detection signal is detected two consecutive times (the first signal is ignored) in 4 seconds after turning ON of M4 (paper feed). A trouble detection signal is detected two consecutive times (the first signal is ignored) in 2 seconds after turning ON of M101 (LT paper feed).

An M6 trouble detection signal (blown fuse) is detected when M6 (loop roller) is ON.

An M19 trouble detection signal is detected when M19 (up drive 1) is ON. PS20 (tray upper limit 1) which has been OFF is not turned ON within 10 seconds of upward movement started by turning ON of M19 (up drive 1). At this time, a trouble detection signal (24V off) is detected. PS20 (tray upper limit 1) which has been OFF is not turned ON within 10 seconds of upward movement started by turning ON of M19 (up drive 1). At this time, a trouble detection signal (blown fuse) is detected. PS20 (tray upper limit 1) which has been OFF is not turned ON within 10 seconds of upward movement started by turning ON of M19 (up drive 1). At this time, no trouble detection signal is detected.

Operation in case of

warning occurrence The machine stops immediately and RL1 (main) is turned OFF.

If there is a paper in copying process when this trouble occurs, the machine stops after completion of copied paper ejection. RL1 (main) is turned OFF. The machine stops immediately and RL1 (main) is turned OFF. Error code is not displayed on operation panel. It is displayed only on data collection, list output, and KRDS. Message "Please load paper in tray 1." is displayed on operation panel because tray has not completed ascending.

Estimated abnormal

parts M4 (paper feed) PRCB (printer control board)

M101 (LT paper feed) LTDB (LT drive board)

M6 (loop roller ) DCDB (DC drive board)

M19 (up drive 1) DCDB (DC drive board) PRCB (printer control board) PS20 (tray upper limit 1)

4 - 46

ERROR CODE LIST

Classification

Tr ay 2

Main body

Tray 3

Warning

code

F18-20

F18-21

F18-22

F18-23

F18-30

F18-31

F18-32

Causes

When M20 (up drive 2) is ON, an M20 error detection signal is detected.

PS21 (tray upper limit 2) which has been OFF is not turned ON within 10 seconds of upward movement started by turning ON of M20 (up drive 2). At this time, a trouble detection signal (24V off) is detected. PS21 (tray upper limit 2) which has been OFF is not turned ON within 10 seconds of upward movement started by turning ON of M20 (up drive 2). At this time, a trouble detection signal (blown fuse) is detected. PS21 (tray upper limit 2) which has been OFF is not turned ON within 10 seconds of upward movement started by turning ON of M20 (up drive 2). At this time, no trouble detection signal is detected. When M21 (up drive 3) is ON, an M21 trouble detection signal is detected. PS22 (tray upper limit 3) which has been OFF is not turned ON within 10 seconds of upward movement started by turning ON of M21 (up drive 3). At this time, a trouble detection signal (24V off) is detected. PS22 (tray upper limit 3) which has been OFF is not turned ON within 10 seconds of upward movement started by turning ON of M21 (up drive 3). At this time, a trouble detection signal (blown fuse) is detected.

Operation in case of

warning occurrence The machine stops immediately and RL1 (main) is turned OFF.

Error code is not displayed on operation panel. It is displayed only on data collection, list output, and KRDS. Message "Please load paper in tray 2." is displayed on operation panel because tray has not completed ascending.

The machine stops immediately and RL1 (main) is turned OFF. Error code is not displayed on operation panel. It is displayed only on data collection, list output, and KRDS. Message "Please load paper in tray 3" is displa yed on operation panel because tray has not completed ascending.

Estimated abnormal

parts M20 (up drive 2) DCDB (DC drive board) PRCB (printer control board) PS21 (tray upper limit 2)

M21 (up drive 3) DCDB (DC drive board) PRCB (printer control board) PS22 (tray upper limit 3)

ELECTRIC PARTS LIST 4

4 - 47

ERROR CODE LIST

Classification

Tr ay 3

Main body

LT-401

LCT

ELECTRIC PARTS LIST 4

Warning

code

F18-33

F18-40

F18-41

F18-42

F18-43

Causes

PS22 (tray upper limit 3) which has been OFF is not turned ON within 10 seconds of upward movement started by turning ON of M21 (up drive 3). At this time, no trouble detection signal is detected.

When M100 (LT up/down drive) is ON, an M100 trouble detection signal has been continuously detected for one second. PS109 (L T tra y upper limit detection) or PS101 (LT tray lower limit detection) which has been OFF is not turned ON within 35 seconds of upward or downward movement started by turning ON of M100 (LT up/down drive). At this time, a trouble detection signal (24V off) is detected. PS109 (L T tra y upper limit detection) or PS101 (LT tray lower limit detection) which has been OFF is not turned ON within 35 seconds of upward or downward movement started by turning ON of M100 (LT up/down drive). At this time, a trouble detection signal (blown fuse) is detected. PS109 (L T tra y upper limit detection) or PS101 (LT tray lower limit detection) which has been OFF is not turned ON within 35 seconds of upward or downward movement started by turning ON of M100 (LT up/down drive). At this time, no trouble detection signal is detected.

Operation in case of

warning occurrence Error code is not displayed on operation panel. It is displayed only on data collection, list output, and KRDS. Message "Please load paper in tray 3" is displa yed on operation panel because tray has not completed ascending.

The machine stops immediately and RL1 (main) is turned OFF.

Error code is not displayed on operation panel. It is displayed only on data collection, list output, and KRDS. Message "Please load paper in tray 4" is displa yed on operation panel because tray has not completed ascending.

Estimated abnormal

parts M21 (up drive 3) DCDB (DC drive board) PRCB (printer control board) PS22 (tray upper limit detection)

M100 (LT up/down drive) LTDB (LT drive board) PS109 (LT tray upper limit detection)

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ERROR CODE LIST

Classification

By-pass tray

Main body

Warning

code

F18-51

F18-52

F18-53

Causes

PS23 (tray upper limit (by-pass)) or PS43 (tray lower limit (by-pass)) which has been OFF is not turned ON within 10 seconds of upward or downward movement started by turning ON of M22 (up/down (bypass)). At this time, a trouble detection signal (24V off) is detected. PS23 (tray upper limit (by-pass)) or PS43 (tray lower limit (by-pass)) which has been OFF is not turned ON within 10 seconds of upward or downward movement started by turning ON of M22 (up/down (bypass)). At this time, a trouble detection signal (blown fuse) is detected. PS23 (tray upper limit (by-pass)) or PS43 (tray lower limit (by-pass)) which has been OFF is not turned ON within 10 seconds of upward or downward movement started by turning ON of M22 (up/down (bypass)). At this time, no trouble detection signal is detected.

Operation in case of

warning occurrence Operation panel displays jam error (J10-

01). It is reset by paper re-load. Error code is displayed on data collection, list output, and KRDS.

Estimated abnormal

parts M22 (up/down (bypass)) DCDB (DC drive board) PRCB (printer control board) PS43 (tray lower limit (by-pass))

4 - 49

ELECTRIC PARTS LIST 4

ERROR CODE LIST

Classification

Wire cleaning abnormality

Main body

ELECTRIC PARTS LIST 4

Warning

code

F21-01

F21-02

Causes

• When SW1 (main switch) has been ON and PS41 (charging wire cleaning pad HP) has been OFF, PS41 is not turned ON within 35 seconds of home position search operation (forward) started by turning ON of M23 (charger cleaning). At this time, a trouble detection signal (blown fuse) is not detected.

• PS41 is not turned OFF within 15 seconds after start of reversal operation (return). At this time, a trouble detection signal (blown fuse) is not detected.

• PS42 (charging wire cleaning pad limit) is not turned ON within 35 seconds after detection of turning OFF of PS41 (charging wire cleaning pad HP) at the start of reversal operation (return), or PS41 is not turned ON within 35 seconds after turning ON of PS42. At this time, a trouble detection signal (blown fuse) is not detected.

• When SW1 (main s witch) has been ON and PS41 (charging wire cleaning pad HP) has been OFF, PS41 is not turned ON within 35 seconds of home position search operation (forward) started by turning ON of M23 (charger cleaning). At this time, a trouble detection signal (blown fuse) is detected.

• PS41 is not turned OFF within 15 seconds after start of reversal operation (return). At this time, a trouble detection signal (blown fuse) is detected.

Operation in case of

warning occurrence The machine stops immediately and RL1 (main) is turned OFF.

Estimated abnormal

parts M23 (charger cleaning) DCDB (DC drive board) PRCB (printer control board) PS41 (charging wire cleaning pad HP)

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ERROR CODE LIST

Classification

Wire cleaning abnormality

Main body

Warning

code

F21-02

F21-03

F21-04

Causes

• PS42 (charging wire cleaning pad limit) is not turned ON within 35 seconds after detection of turning OFF of PS41 (charging wire cleaning pad HP) at the start of reversal operation (return), or PS41 is not turned ON within 35 seconds after turning ON of PS42. At this time, a trouble detection signal (blown fuse) is detected. A motor lock signal is detected during the cleaning pad moving from the PS42 (charging wire cleaning pad limit) side to the PS41 (charging wire cleaning pad HP) side. After retr y, the fifth motor lock signal is detected.

• When SW1 (main s witch) has been ON and PS11 (transfer/separation wire cleaning pad HP) has been OFF, PS11 is not turned ON within 40 seconds of home position search operation (return) started by turning ON of M18 (transfer/separation cleaning). At this time, a trouble detection signal (blown fuse) is not detected.

• PS11 is not turned OFF within 15 seconds after start of reversal operation (return). At this time, a trouble detection signal (blown fuse) is not detected.

• PS12 (transfer/separation wire cleaning pad limit) is not turned ON within 40 seconds after detection of turning OFF of PS11 (transfer/ separation wire cleaning pad HP) at the start of reversal operation (return), or PS11 is not turned ON within 40 seconds after turning ON of PS12. At this time, a trouble detection signal (blown fuse) is not detected.

Operation in case of

warning occurrence The machine stops immediately and RL1 (main) is turned OFF .

Estimated abnormal

parts M23 (charger cleaning) DCDB (DC drive board) PRCB (printer conrol board) PS41 (charging wire cleaning pad HP)

M23 (charger cleaning) DCDB (DC drive board) PRCB (printer control board) PS41 (charging wire cleaning pad HP) PS42 (charging wire cleaning pad limit) M18 (transfer/separation cleaning) ADUSDB (ADU stand drive board) PS11 (transfer/ separation wire cleaning pad HP)

ELECTRIC PARTS LIST 4

4 - 51

ERROR CODE LIST

Classification

Wire cleaning abnormality

Main body

ELECTRIC PARTS LIST 4

Warning

code

F21-05

F21-06

Causes

• When SW1 (main switch) has been ON and PS11 (transfer/separation wire cleaning pad HP) has been OFF, PS11 is not turned ON within 40 seconds of home position search operation (return) started by turning ON of M18 (transfer/separation cleaning). At this time, a trouble detection signal (blown fuse) is detected.

• PS11 is not turned OFF within 15 seconds after start of reversal operation (return). At this time, a trouble detection signal (blown fuse) is detected.

• PS12 (transfer/separation wire cleaning pad limit) is not turned ON within 40 seconds after detection of turning OFF of PS11 (transfer/ separation wire cleaning pad HP) at the start of reversal operation (return), or PS11 is not turned ON within 40 seconds after turning ON of PS12. At this time, a trouble detection signal (blown fuse) is detected. A motor lock signal is detected during movement from the PS12 (transfer/ separation wire cleaning pad limit) side to the PS11 (transfer/separation wire cleaning pad HP) side. After retry, the fifth motor lock signal is detected.

Operation in case of

warning occurrence The machine stops immediately and RL1 (main) is turned OFF.

Estimated abnormal

parts M18 (transfer/separation cleaning) ADUSDB (ADU stand drive board) PS11 (transfer/ separation wire cleaning pad HP)

M18 (transfer/separation cleaning) ADUSDB (ADU stand drive board) PS11 (transfer/ separation wire cleaning pad HP) PS12 (transfer/ separation wire cleaning pad limit)

Motor abnormality

F23-01

F23-02

A trouble detection signal is detected two consecutive times (the first signal is ignored) in 7 seconds after turning ON of M15 (toner supply 2). Because a trouble detection signal had been detected one second after turning ON of M3 (developing), M3 was turned OFF for 0.5 second and ON again. One second later, a trouble detection signal was detected again.

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M15 (toner supply 2) PRCB (printer control board)

M3 (developing) PRCB (printer control board)

ERROR CODE LIST

Classification

Motor abnormality

Main body

Warning

code

F23-03

F23-04

F23-05

F23-06

F23-07

F23-08

Causes

An M14 (cleaning blade) trouble detection signal (excessive current) is detected. The drum READY1 signal (ready) is not detected within 4 seconds after turning ON of M2 (drum drive motor), or the drum READY1 signal (not ready) is not detected within 4 seconds after turning OFF of M2. At this time, a trouble detection signal (24V off) is detected. The drum READY1 signal (ready) is not detected within 4 seconds after turning ON of M2 (drum), or the drum READY1 signal (not ready) is not detected within 4 seconds after turning OFF of M2. At this time, an M14 (cleaning blade) trouble detection signal (blown fuse) is detected. The drum READY1 signal (ready) is not detected within 4 seconds after turning ON of M2 (drum), or the drum READY1 signal (not ready) is not detected within 4 seconds after turning OFF of M2. At this time, no trouble detection signal is detected. The blade READY signal (ready) is not detected within 5 seconds after turning ON of the blade replacement signal, or the blade READY signal (not ready) is not detected within 5 seconds after turning OFF of the blade replacement signal. At this time, a trouble detection signal (24V off) is detected. The blade READY signal (ready) is not detected within 5 seconds after turning ON of the blade replacement signal, or the blade READY signal (not ready) is not detected within 5 seconds after turning OFF of the blade replacement signal. At this time, an M14 (cleaning blade) trouble detection signal (blown fuse) is detected.

Operation in case of

warning occurrence The machine stops immediately and RL1 (main) is turned OFF.

Estimated abnormal

parts M14 (cleaning blade) DCDB (DC drive board) PRCB (printer control board) PS30 (blade 1) PS31 (blade 2)

ELECTRIC PARTS LIST 4

4 - 53

ERROR CODE LIST

Classification

Motor abnormality

Main body

ELECTRIC PARTS LIST 4

Warning

code

F23-09

F23-10

F23-11

F24-01

F24-02

Causes

The blade READY signal (ready) is not detected within 5 seconds after turning ON of the blade replacement signal, or the blade READY signal (not ready) is not detected within 5 seconds after turning OFF of the cleaning blade replacement signal. At this time, no trouble detection signal is detected. The drum READY2 signal (ready) is not detected within 5 seconds after turning ON of M2 (drum). A trouble detection signal (blown fuse) is detected when M11 (toner supply 1) is turned ON.

One minutes after starting control over the HTR1 (drum heater) at depression of SW1 (main switch), the change in TH5 (drum temperature) temperature is 2°C or less and the drum temperature is 10°C or lower. One minutes after starting control over the HTR1 (drum heater) at depression of SW1 (main switch), the change in TH5 (drum temperature) temperature is 2°C or less and the drum temperature is 10°C or higher. One minute after this, the drum temperature is 60°C or higher.

Operation in case of

warning occurrence The machine stops immediately and RL1 (main) is turned OFF.

Estimated abnormal

parts M14 (cleaning blade) DCDB (DC drive board) PRCB (printer control board) PS30 (blade 1) PS31 (blade 2)

M2 (drum) PRCB (printer control board) M11 (toner supply 1) DCDB (DC drive board)

TH5 (drum temperature) DTSB (drum temperature sensor board) PRCB (printer control board) HTR1 (drum heater)

High voltage power supply abnormality

F24-04 F28-01

F28-02

F28-03

Drum heater short-circuit The charging ON/OFF operation has been performed five consecutive times since the charging trouble detection signal was detected at start of charging. The toner transfer ON/OFF operation has been performed five consecutive times since the transfer trouble detection signal was detected at start of toner transfer. The toner separation ON/OFF operation has been performed five consecutive times since the separation trouble detection signal was detected at start of toner separation.

4 - 54

If there is a paper in copying process when this jam occurs, the machine stops after completion of copied paper ejection. RL1 (main) is turned OFF.

HTR1 (drum heater) HV1 (high voltage unit1)

HV2 (high voltage unit 2)

ERROR CODE LIST

Classification

High voltage power supply abnormality Process abnormality

Main body

Warning

code

F28-04

F29-01

F29-02

F29-03

F29-04

F29-05

F29-06

F29-07

F29-08

F29-09

Causes

An HV2 (high voltage unit 2) trouble detection signal (blown 24V fuse) is detected.

The Dmax sensor is dirty during Dmax correction. If this trouble is detected ten successive times, the corresponding service code is displayed. The rotation speed of the developing sleeve reached the maximum value during Dmax correction.

The control patch is not output during Dmax correction. (No output from the Dmax sensor)

The γ sensor is dirty during γ correction. If E29-4 or E29-7 is detected ten successive times, the corresponding error code is displayed. The control patch is not output during γ correction. (No output from the sensor)

A regression error occurred when the γ curve was obtained for γ correction.

The γ sensor is dirty during dot diameter correction. If E29-4 or E29-7 is detected ten successive times, the corresponding error code is displayed. Dot diameter correction ended with an abnormal value.

A drum surface potential of over 100V was detected 5 or more times when a 0V check was performed by dr um potential sensor. If this trouble is detected five successive times, the corresponding error code is displayed.

Operation in case of

warning occurrence The machine stops immediately and RL1 (main) is turned OFF.

The main body stops immediately and RL1 (main) is turned OFF.

Error code is not displayed on operation panel. It is displayed only on data collection, list output, and KRDS. Main body control is performed using previous data. The main body stops immediately and RL1 (main) is turned OFF.

Error code is not displayed on operation panel. It is displayed only on data collection, list output, and KRDS. Main body control is performed using previous data. The main body stops immediately and RL1 (main) is turn OFF.

Estimated abnormal

parts HV2 (high voltage unit 2)

TCSB (toner control sensor board) PRCB (printer control board)

ELECTRIC PARTS LIST 4

DPSB (drum potential sensor board) PRCB (printer control board)

4 - 55

ERROR CODE LIST

Classification

Process abnormality

Main body

Fan abnormality

ELECTRIC PARTS LIST 4

Warning

code

F29-10

F29-11

F29-12

F29-13

F29-14

F29-15

F32-01

F32-02

F32-03

Causes

The control patch is not output because Vl exceeds 350V during dr um potential correction. Drum potential correction is not completed if it is made 5 or more times. If this trouble is detected 5 successive times, the corresponding error code is displayed.

Drum potential correction is not completed if it is made 10 or more times. If this trouble is detected 5 successive times, the corresponding error code is displayed.

Automatic adjustment of the transfer current is not completed. Automatic adjustment of the separation (AC) current is not completed.

Automatic adjustment of the separation (DC) current is not completed.

Automatic adjustment of the dev eloping bias (DC) current is not completed.

The FM2 EM signal was abnormal 2 seconds after turning FM2 (developing suction) ON. Two seconds after turning FM2 OFF and ON again, the FM2 EM signal is still abnormal and a trouble detection signal (24V off) is detected. The FM2 EM signal was abnormal 2 seconds after turning FM2 (developing suction) ON. Two seconds after turning FM2 OFF and ON again, the FM2 EM signal is still abnormal and a trouble detection signal (blown fuse) is detected. The FM2 EM signal was abnormal 2 seconds after turning FM2 (developing suction) ON. Two seconds after turning FM2 OFF and ON again, the FM2 EM signal is still abnormal and a trouble detection signal (24V off/blown fuse) is not detected.

Operation in case of

warning occurrence The main body stops immediately and RL1 (main) is turned OFF.

Error code is not displayed on operation panel. It is displayed only on data collection, list output, and KRDS. Main body control is performed using previous data.

The machine stops immediately and RL1 (main) is turned OFF.

Estimated abnormal

parts DPSB (drum potential sensor board) PRCB (printer control board)

HV1 (high voltage unit 1) HV2 (high voltage unit 2) PRCB (printer control board) ADUSDB (ADU stand drive board)

ACDB (AC drive board) FM2 (developing suction)

4 - 56

ERROR CODE LIST

Classification

Fan abnormality

Main body

ADU stand motor abnormality

Warning

code

F32-04

F32-05

F32-06

F32-07

F33-01

F33-02

F33-03

F33-04

F33-05

Causes

The FM1 EM signal was abnormal 2 seconds after turning ON of FM1 (paper exit). Two seconds after turning FM1 OFF and ON again, the FM1 EM signal is still abnormal and a trouble detection signal (24V off) is detected. The FM1 EM signal was abnormal 2 seconds after turning ON of FM1 (paper exit). Two seconds after turning FM1 OFF and ON again, the FM1 EM signal is still abnormal and a trouble detection signal (blown fuse) is detected. The FM1 EM signal was abnormal 2 seconds after turning ON of FM1 (paper exit). Two seconds after turning FM1 OFF and ON again, the FM1 EM signal is still abnormal and a trouble detection signal (24V off/ blown fuse) is not detected. FM1 (paper exit) EM signal becomes faulty after completion of printing.

A trouble detection signal is detected 2 consecutive times (the first signal is ignored) 4 seconds after turning ON of M12 (registration motor). When M5 (paper reverse/e xit) which has been OFF is turned ON, a trouble detection signal (blown fuse) is detected. When M9 (transfer) which has been OFF is turned ON, a trouble detection signal (blown fuse) is detected.

When M10 (paper exit) which has been OFF is turned ON, a trouble detection signal (blown fuse) is detected. When M16 (Web drive) which has been OFF is turned ON, a trouble detection signal (blown fuse/24 V off) is detected.

Operation in case of

warning occurrence The machine stops immediately and RL1 (main) is turned OFF.

Error code is not displayed on operation panel. It is displayed only on data collection, list output, and KRDS. The machine stops immediately and RL1 (main) is turned OFF.

If there is a paper in copying process when this jam occurs, the machine stops after completion of copied paper ejection. RL1 (main) is turned OFF.

Estimated abnormal

parts ADUSDB (ADU stand drive board) FM1 (paper exit)

M12 (registration)

M5 (paper reverse/ exit) ADUSDB (ADU stand drive board) M9 (transfer) ADUSDB (ADU stand drive board)

M10 (paper exit) ACDB (AC drive board)

M16 (Web drive) ACDB (AC drive board)

ELECTRIC PARTS LIST 4

4 - 57

ERROR CODE LIST

Classification

ADU stand motor abnormality

Too high fixing temperature abnormality

Main body

Too low fixing temperature abnormality

ELECTRIC PARTS LIST 4

Fixing sensor abnormality

Warning

code

F33-06

F34-01

F34-02

F34-03

F34-04

F35-01

F35-02

F36-01

F36-02

Causes

When M16 (Web drive) which has been OFF is turned ON, error detection signal (24V off) detected blown fuse in normal condition.

TH1 (fixing temperature 1) has detected 210°C or more five consecutive times at intervals of 1 second. TH3 (fixing temperature 3) has detected 230°C or more five consecutive times at intervals of 1 second. Overheating (228°C or higher) was detected for TH1 (fixing temperature

1) and TH2 (fixing temperature 2) output voltage by the comparator circuit. Overheating (228°C or higher) was detected for TH3 (fixing temperature

3) and TH4 (fixing temperature 4) output voltage by the comparator circuit. TH1 (fixing temperature 1) does not detect 50°C or higher when 180 seconds have passed since fixing ON control started at depression of SW1 (main switch). TH3 (fixing temperature 3) does not detect 50°C or higher when 180 seconds have passed since fixing ON control started at depression of SW1 (main switch). TH1 (fixing temperature 1) has detected 200°C or higher 30 or more consecutive times at intervals of 1 second. TH3 (fixing temperature 3) has detected 220°C or higher 30 or more consecutive times at intervals of 1 second.

Operation in case of

warning occurrence If there is a paper in copying process when this jam occurs, the machine stops after completion of copied paper ejection. RL1 (main) is turned OFF. The machine stops immediately. RL1 (main) is turned OFF.

Estimated abnormal

parts

M16 (Web drive)

PRCB (printer control board) ACDB (AC drive board) L2 (fixing heater lamp 1) L3 (fixing heater lamp 2) L4 (fixing heater lamp 3) TH1 (fixing temperature 1) TH2 (fixing temperature 2) TH3 (fixing temperature 3) TH4 (fixing temperature 4)

4 - 58

ERROR CODE LIST

Classification

Fixing sensor abnormality

Warning

code

F36-03

F36-04

F36-05

F36-06

Causes

Underheating (-6°C or less) was detected for TH1 (fixing temperature 1) output voltage by the comparator circuit. Underheating (-6°C or less) was detected for TH3 (fixing temperature 3) output voltage by the comparator circuit. Underheating (-6°C or less) or overheating (240.5°C or more) was detected for TH2 (fixing temperature 2) output voltage by the comparator circuit. Underheating (-6°C or less) or overheating (240.5°C or more) was detected for TH4 (fixing temperature 4) output voltage by the comparator circuit.

Operation in case of

warning occurrence The machine stops immediately. RL1 (main) is turned OFF.

Estimated abnormal

parts PRCB (printer control board) ACDB (AC drive board) L2 (fixing heater lamp 1) L3 (fixing heater lamp 2) L4 (fixing heater lamp 3) TH1 (fixing temperature 1) TH2 (fixing temperature 2) TH3 (fixing temperature 3) TH4 (fixing temperature 4)

Main body

Scanner abnormality

F41-01

F41-02

F41-03

PS5 (scanner HP) or PS7 (ADF brake) is not turned ON within 0.5 seconds after start of HP search operation, or an M13 (scanner drive) trouble detection signal (24V off) is detected. PS5 (scanner HP) or PS7 (ADF brake) is not turned ON within 0.5 seconds after start of HP search operation, or an M13 (scanner drive) trouble detection signal (blown fuse) is detected. PS5 (scanner HP) or PS7 (ADF brake) is not turned ON within 0.5 seconds after start of HP search operation, or an M13 (scanner drive) trouble detection signal (24 V off/ blown fuse) is not detected.

SCDB (scanner drive board) M13 (scanner drive) PS7 (ADF brake) PS5 (scanner HP) PS6 (original HP) PS4 (scanner return)

ELECTRIC PARTS LIST 4

4 - 59

ERROR CODE LIST

Classification

Scanner abnormality

Warning

code

F41-04

F41-05

F41-06

F41-07

Causes

During HP search operation, PS5 (scanner HP) is not turned ON within 1 second after turning ON of PS7 (ADF brake). An M13 (scanner drive) trouble detection signal (24V off) is detected. During HP search operation, PS5 (scanner HP) is not turned ON within 1 second after turning ON of PS7 (ADF brake). An M13 (scanner drive) trouble detection signal (blown fuse) is detected. During HP search operation, PS5 (scanner HP) is not turned ON within 1 second after turning ON of PS7 (ADF brake). An M13 (scanner drive) trouble detection signal (24V off/ blown fuse) is not detected. During scan-forward operation, PS4 (scanner return) is turned ON before PS6 (original HP) is turned ON.

Operation in case of

warning occurrence The machine stops immediately. RL1 (main) is turned OFF.

Estimated abnormal

parts SCDB (scanner drive board) M13 (scanner drive) PS7 (ADF brake) PS5 (scanner HP) PS6 (original HP) PS4 (scanner return)

PS6 (original HP) PS4 (scanner return)

Main body

ELECTRIC PARTS LIST 4

Write abnormality

F41-08

F41-09

F41-10

F41-11

During scan-forward operation, PS4 (scanner return) is not turned ON within 0.13 second after turning OFF of PS6 (original HP). After original scanning, PS7 (ADF brake) is turned ON before PS5 (scanner HP) is turned ON.

The M17 lock signal is not detected within 25 seconds after an attempt is made to change the M17 (polygon) speed. The trouble detection signal (24V off) is detected. The M17 (polygon) loc k signal is not detected within 25 seconds after an attempt is made to change the M17 (polygon) speed. The trouble detection signal (24V off) is not detected.

PS7 (ADF brake) PS5 (scanner HP)

PMDB (polygon mirror drive board) PRCB (printer control board) M17 (polygon)

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ERROR CODE LIST

Classification

Fan abnormality

Main body

Warning

code

F42-01

F42-02

F42-03

F42-04

F42-05

F42-06

F42-07

Causes

The FM7 EM signal was abnormal 2 seconds after turning ON of FM7 (scanner cooling). Two seconds after turning FM7 OFF and ON again, the FM7 EM signal is still abnormal and a trouble detection signal (24V off) is detected. The FM7 EM signal was abnormal 2 seconds after turning ON of FM7 (scanner cooling). Two seconds after turning FM7 OFF and ON again, the FM7 EM signal is still abnormal and a trouble detection signal (blown fuse) is detected. The FM7 EM signal was abnormal 2 seconds after turning ON of FM7 (scanner cooling). Two seconds after turning FM7 OFF and ON again, the FM7 EM signal is still abnormal and a trouble detection signal (24 V off/ blown fuse) is not detected. The FM5 EM signal was abnormal 2 seconds after turning ON of FM5/8 (write section cooling 1/2). Two seconds after turning FM5 OFF and ON again, the FM5 EM signal is still abnormal and a trouble detection signal (24 V off) is detected. The FM5 EM signal was abnormal 2 seconds after turning ON of FM5/8 (write section cooling 1/2). Two seconds after turning FM5 OFF and ON again, the FM5 EM signal is still abnormal and a trouble detection signal (blown fuse) is detected. The FM5 EM signal was abnormal 2 seconds after turning ON of FM5/8 (write section cooling 1/2). Two seconds after turning FM5 OFF and ON again, the FM5 EM signal is still abnormal and a trouble detection signal (24 V off/blown fuse) is not detected. At the start of copying, an FM5 (write section cooling 1/2) trouble detection signal is detected.

Operation in case of warning occurrence

The machine stops immediately. RL1 (main) is turned OFF.

Estimated abnormal

parts

SCDB (scanner drive board) FM7 (scanner cooling)

DCDB (DC drive board) FM5 (write section cooling 1) FM8 (write section cooling 2)

ELECTRIC PARTS LIST 4

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ERROR CODE LIST

Classification

Image control abnormality

Main body

ELECTRIC PARTS LIST 4

Warning

code

E46-01

E46-02

E46-03

E46-05

E46-06

E46-08

E46-12

E46-13

Causes

During image write, APC cannot be performed for sub-scanning beam correction. The 12 VDC power for driving the laser is not supplied. The laser does not turn ON due to defective MPC or laser. The index sensor cannot detect the laser because the polygon mirror does not rotate, the index sensor is displaced, or the index sensor is defective. Illegal address of FIFO for scanner. During image read, image data compression is not completed normally. Illegal address of FIFO for printer. During image write, image data expansion is not completed normally . The FIFO of the compression/ expansion chip caused an error interrupt. During image write, the compressed image data remains after completion of the expansion process. Decompression error.

When APC is performed, the index sensor output does not change.

Compression of the read image and expansion in the page memory are not completed within the specified time after negation of SVV. During image read, image data compression from the scanner to the memory is not completed within the specified time. Image data expansion from the scanner to the page memory is not completed within the specified time. SVV is not detected within the specified time.

Operation in case of

warning occurrence If copy operation is being performed, the main body stops after paper ejection. The RL1 (main) is turned OFF.

Estimated abnormal

parts Write section ICB (image control board) power connector

ICB (image control board)

ICB (image control board) Write section Po w er connector of ICB (image control board) ICB (image control board)

PRCB (printer control board) ICB (image control board) DF-313

4 - 62

ERROR CODE LIST

Classification

Image control abnormality

Main body

Warning

code

E46-14

E46-15

E46-16

E46-17

E46-19

E46-21

E46-23

E46-24

E46-25

Causes

During image write, image data expansion from the memory to the printer is not completed within the specified time. Image data output from the page memory to the printer is not completed within the specified time. PVV is not detected within the specified time. During image write, improper processing was performed. For example, the expansion device was accessed although there was no resource. During image read, improper processing was performed. For example, the expansion device was accessed although there was no resource. During image processing, a filter coefficient could not be generated properly. During access to the memory device, a software error was detected.

Expansion from the memory to the page memory is not completed within the specified time. Compression from the page memory to the memory is not completed within the specified time. Compressed data transfer between memories is not completed within the specified time. During image read, SVV is not turned OFF within the specified time and therefore preparation for next page scanning cannot be started. Shading correction error (GA error)

AOC/AGC error

-

The light blocking cov er and lens cover are removed from the read section.

-

The A/D conversion board connector is disconnected.

-

The exposure lamp intensity is excessive.

- The exposure lamp does not light.

Operation in case of

warning occurrence If copy operation is being performed, the main body stops after paper ejection. The RL1 (main) is turned OFF.

Estimated abnormal

parts PRCB (printer control board) ICB (image control board)

ICB (image control board) ICB program

ICB (image control board) ICB program ICB (image control board) ICB program PRCB (printer control board) ICB program

ELECTRIC PARTS LIST 4

ICB (Image Control Board)

ICB (Image Control Board) ICB program ADB (A/D conversion board) L1 (exposure lamp)

4 - 63

ERROR CODE LIST

Classification

Image control abnormality

Main body

ELECTRIC PARTS LIST 4

Warning

code

E46-26

E46-27

E46-29

E46-30

E46-31

E46-32

E46-33

E46-34

E46-60

E46-61

Causes

Correction data saved on a resolution basis is not found.

The density correction γ curve cannot be generated properly.

Calibration start error

Calibration end error

An attempt was made to carry out APC initial sampling before completion of MPC. An attempt was made to perform MPC during APC.

An attempt was made to make subscan beam correction before completion of APC or MPC. An attempt was made to make subscan beam interval correction although the image write clock was abnormal. Adjustment of the sub-scan beam interval failed for the following reason:

- Defective index sensor

- M24 (laser correction) driving failure

- Abnormal 12 VDC power supply

- M17 (polygon) driving failure

Scanning started before completion of original skew correction. (Skew correction was not in time.)

Operation in case of

warning occurrence Error code is not displayed on operation panel. It is displayed only on data collection, list output, and KRDS. If copy operation is being performed, the main body stops after paper ejection. The RL1 (main) is turned OFF.

Error code is not displayed on operation panel. It is displayed only on data collection, list output, and KRDS.

Estimated abnormal

parts ICB (image control board)

ICB (image control board)

ICB (image control board) ICB program ICB (image control board) ICB program ICB (image control board) ICB program ICB (image control board) ICB program ICB (image control board) ICB program ICB (image control board) ICB program Write section

DFCB (RADF control board) PS311(original miscentering detection 1) PS312(original miscentering detection 2)

E46-62

E46-63

E46-64

Printing started before correction of paper mis-centering. (Mis-centering correction was not in time.) AGC was retried because of reduction in exposure lamp intensity, but no error occurred. The PWM γ curve could not be generated properly.

4 - 64

PS1 (paper miscentering)

L1(exposure lamp)

TCSB(toner control sensor board)

ERROR CODE LIST

Classification

Image control abnormality

Communication abnormality

Main body

Warning

code

E46-80

E46-81

E46-82

E46-83

E46-90

E46-91

E

50-01

E

50-02

E

50-03

E

50-04

E

50-05

E

50-10

E

50-11

Causes

The message queue was insufficient or destroyed. The parameter value is too large.

The ID of the message queue source task is undefined. The message reception event is undefined. The access to the memory is illegal.

The header read address is illegal.

Main unit drive serial input error 1. Serial data is not received from the main unit drive section within 0.5 second after reception of power-on ACK. Main unit drive serial input error 2. Serial data is not received from the main unit drive section within 0.5 second after reception of power-on ACK. Main unit drive serial input error 3. Serial data is not received from the main unit drive section within 0.5 second after reception of power-on ACK. Main unit drive serial input error 4. Serial data is not received from the main unit drive section within 0.5 second after reception of power-on ACK. Drive board communication reception error detection fault. A reception error occurred during reception of drive board serial data, or a data checksum error or ID information error occurred four consecutive times although a resent request had been issued three times. Image processing board communication break error. Initial data is not received from ICB (image control board) within 10 seconds after power-on. Image control board communication serial reception error detection fault.

Operation in case of

warning occurrence If copy operation is being performed, the main body stops after paper ejection. The RL1 (main) is turned OFF.

The machine stops immediately. RL1 (main) is turned OFF.

Estimated abnormal

parts ICB (image control board)

ICB (image control board) DIMM contact failure ICB (image control board) PRCB (printer control board)

ELECTRIC PARTS LIST 4

PRCB (printer control board) Drive boards

PRCB (printer control board) ICB (image control board)

ICB (image control board)

4 - 65

ERROR CODE LIST

Classification

Fan abnormality

Main body

ELECTRIC PARTS LIST 4

Warning

code

F52-01

F52-02

F52-03

F52-04

F52-05

F52-06

Causes

The FM3 EM signal and FM4 EM signal were abnormal 2 seconds after turning ON of FM3 (main body cooling 1) and FM4 (main body cooling 2). Two seconds after turning FM3 and FM4 OFF and ON again, the FM3 EM signal and FM4 EM signal are still abnormal and a trouble detection signal (24 V off) is detected. The FM3 EM signal and FM4 EM signal were abnormal 2 seconds after turning ON of FM3 (main body cooling 1) and FM4 (main body cooling 2). Two seconds after turning FM3 and FM4 OFF and ON again, the FM3 EM signal and FM4 EM signal are still abnormal and a trouble detection signal (24 V off) is not detected. The FM3 EM signal was abnormal 2 seconds after turning ON of FM3 (main body cooling 1). Two seconds after turning FM3 OFF and ON again, the FM3 EM signal is still abnormal and a trouble detection signal (blown fuse) is detected. The FM3 EM signal was abnormal 2 seconds after turning ON of FM3 (main body cooling 1). Two seconds after turning FM3 OFF and ON again, the FM3 EM signal is still abnormal and a trouble detection signal (blown fuse) is not detected. The FM4 EM signal was abnormal 2 seconds after turning ON of FM4 (main body cooling 2). Two seconds after turning FM4 OFF and ON again, the FM4 EM signal is still abnormal and a trouble detection signal (blown fuse) is detected. The FM4 EM signal was abnormal 2 seconds after turning ON of FM4 (main body cooling 2). Two seconds after turning FM4 OFF and ON again, the FM4 EM signal is still abnormal and a trouble detection signal (blown fuse) is not detected.

Operation in case of

warning occurrence The machine stops immediately. RL1 (main) is turned OFF.

Estimated abnormal

parts ACDB (AC dr ive board) FM3 (main body cooling 1) FM4 (main body cooling 2)

ACDB (AC dr ive board) FM3 (main body cooling 1)

ACDB (AC dr ive board) FM4 (main body cooling 2)

4 - 66

ERROR CODE LIST

Classification

Fan abnormality

Main body

Motor abnormality

Counter abnormality

Warning

code

F52-07

F52-08

F52-09

F52-10

F52-11

F53-01

F53-02

F53-03

F53-04

Causes

The FM6 EM signal was abnormal 2 seconds after turning ON of FM6 (main body cooling 3). Two seconds after turning FM6 OFF and ON again, the FM6 EM signal is still abnormal and a trouble detection signal (24V off) is detected. The FM6 EM signal was abnormal 2 seconds after turning ON of FM6 (main body cooling 3). Two seconds after turning FM6 OFF and ON again, the FM6 EM signal is still abnormal and a trouble detection signal (blown fuse) is not detected. The FM6 EM signal was abnormal 2 seconds after turning ON of FM6 (main body cooling 3). Two seconds after turning FM6 OFF and ON again, the FM6 EM signal is still abnormal and a trouble detection signal (24V off/blown fuse) is not detected. At the start of copying, an FM3 (main body cooling 1) or FM4 (main body cooling 2) trouble detection signal is detected.

At the start of copying, an FM6 (main body cooling 3) trouble detection signal is detected.

A trouble detection signal has been detected twice (one signal is ignored) 3 seconds after turning ON of M1 (main). When C (T) (total counter) which has been OFF is turned ON, a trouble detection signal (blown fuse/24 V off) is detected. When C (T) (total counter) which has been OFF is turned ON, a trouble detection signal (blown fuse) is detected. A troub le detection signal (24 V off) is not detected. When C (K) (key counter) which has been OFF is turned ON, a trouble detection signal (blown fuse/24 V off) is detected.

Operation in case of

warning occurrence The machine stops immediately. RL1 (main) is turned OFF.

Error code is not displayed on operation panel. It is displayed only on data collection, list output, and KRDS. However, the counter does not function.

Estimated abnormal

parts ACDB (AC dr ive board) FM6 (main body cooling 3)

ACDB (AC dr ive board) FM3 (main body cooling 1) FM4 (main body cooling 2) ACDB (AC dr ive board) FM6 (main body cooling 3) M1 (main)

ACDB (AC dr ive board) C (T) (total counter)

ACDB (AC dr ive board) C (K) (key counter)

ELECTRIC PARTS LIST 4

4 - 67

ERROR CODE LIST

Classification

Counter abnormality

Power supply abnormality

Main body

Operation

ELECTRIC PARTS LIST 4

panel abnormality

Warning

code

F53-05

F53-06

F53-07

F53-08

F53-09

F53-10

F53-11

F53-12

E56-2

F56-11

F56-12

F56-13

Causes

When C (K) (key counter) which has been OFF is turned ON, a trouble detection signal (blown fuse) is detected. A trouble detection signal (24V off) is not detected.

During serial initial communication, a 12 V blow fuse signal (AC driv e) is detected. During serial initial communication, a 5 V blow fuse signal (AC drive) is detected. A 12V trouble detection signal is detected on PRCB (printer control board). An excessive AC voltage error signal is detected.

During serial initial communication, a 5 V blow fuse signal (DC drive) is detected. A trouble detection signal (solenoid/ blown motor fuse) is detected at the time of start. A trouble detection signal (24V off) is detected. A trouble detection signal (solenoid/ blown motor fuse) is detected at the time of start. A trouble detection signal (24V off) is not detected. Communication between the ICB (image control board) and OB1 (operation board 1) does not start within 30 seconds after SW1 (main) is turned ON. When SW1 (main switch) was turned ON, area which had not been written by ISW was detected in the operation section control program (O1). When SW1 (main switch) was turned ON, area which had not been written by ISW was detected in the operation section control program (O2). When SW1 (main switch) was turned ON, area which had not been written by ISW was detected in the operation section control program (O3).

Operation in case of

warning occurrence Error code is not displayed on operation panel. It is displayed only on data collection, list output, and KRDS. However, the counter does not function. The machine stops immediately. RL1 (main) is turned OFF.

Error code is not displayed on operation panel. It is displayed only on data collection, list output, and KRDS. The machine stops immediately. RL1 (main) is turned OFF.

Operation panel does not display normally.

Estimated abnormal

parts ACDB (AC drive board) C (K) (key counter)

PRCB (printer control board)

Abnormal voltage input

PRCB (printer control board) Solenoids Motors

ICB (image control board) OB1 (operation board 1)

O1 program

O2 program

O3 program

4 - 68

ERROR CODE LIST

Classification

DF-313 abnormality

RADF

Warning

code

E60-01

E60-02

E60-03

F60-11

F67-01

F67-02

F67-03

F67-04

F67-05

Causes

A resend request was received after the main unit had sent data in response to the data resend request from DF-313.

A checksum error or SRGA reception error was detected when data was received in response to the data resend request which had been sent at detection of a checksum error or SRGA reception error (during reception in the serial communication mode). No response to initial communication request from main body to RADF for 5 seconds after SW1 (main switch) is turned ON. When SW1 (main switch) was turned ON, an area which had not been written by ISW was detected in the RADF control program. PS306 (original registration detection) fault.

PS308 (original conveyance detection) fault.

PS309 (original reversal detection) fault. Non-volatile memory fault.

FM301 (ADF fan) fault.

Operation in case of

warning occurrence If copy operation is being performed, the main body stops after paper ejection. The RL1 (main) is turned OFF.

If there is a paper in copying process when this jam occurs, the machine stops after completion of copied paper ejection. RL1 (main) is turned OFF.

Estimated abnormal

parts ICB (image control board) DFCB (RADF control board) Communication cable

DFCB (RADF control board) RADF program

PS306 (original registration detection) PS308 (original conveyance detection) PS309 (original reversal detection) DFCB (RADF control board) FM301 (ADF fan)

ELECTRIC PARTS LIST 4

F67-06

F67-07

F67-08

PS304 (reverse jam detection) fault.

PS313 (original exit reverse detection) fault.

M303 (tray up/dpwn drive) fault.

4 - 69

PS304 (reverse jam detection) PS313 (original exit reverse detection) M303 (tray up/down drive)

ERROR CODE LIST

Classification

FS-108/BM abnormality

FNS

ELECTRIC PARTS LIST 4

Warning

code

E70-1

E70-2

F77-1

F77-2

F77-3

F77-4

F77-5

F77-6

F77-7

F77-8

Causes

Communication error .

Start response error.

The shift unit does not reach the shift position or home position within the specified time.

PS2(tray upper limit) or PS7 (staple paper exit upper limit) does not go ON within the specified time after the start of M3(tray up-down) operation.

PS8 (alignment plate/upper HP) does not go OFF within the specified time after the start of M5 (alignment plate/upper) operation, or does not turn ON after OFF.

M7(paper exit roller) does not reach the prescribed speed within the specified time after the start of its operation. Opening/closing operation is not completed within the spe-cified time after the start of M8(paper exit opening) operation. (PS12(paper exit opening) does not go ON or OFF.)

PS11(stapler movement HP) does not go OFF after the start of M11(stapler movement) operation. Or it does not go ON after OFF.

M4 (stapler rotation) abnormality.

Stapler/R rotation abnormality.

Operation in case of

warning occurrence

The main body and FNS are stopped immediately. RL1 (main) is turned OFF.

Estimated abnormal

parts FNS CB (FNS control board) Connector FNS CB (FNS control board) Connector FNS CB (FNS control board) M2 (roller shift) PS18 (roller shift HP) FNS CB (FNS control board) M3 (tray up-down) PS2 (tray upper limit) PS7 (staple paper exit upper limit) FNS CB (FNS control board) RB (relay board) M5 (alignment plate/ upper) PS8 (alignment plate/ upper HP) FNS CB (FNS control board)

FNS CB (FNS control board) M8 (paper exit opening) PS12 (paper exit opening) FNS CB (FNS control board) RB (relay board) M11 (stapler movement) PS11 (stapler movement HP) FNS CB (FNS control board) RB (relay board) M4 (stapler rotation) FNS CB (FNS control board) RB (relay board) PS14 (stapler rotation HP)

4 - 70

ERROR CODE LIST

Classification

FS-108/BM abnormality

FNS

Warning

code

F77-11

F77-12

F77-15

F77-21

F77-22

F77-23

F77-24

Causes

PS33(clincher HP/F) and PS34(stapler HP/F) do not go ON within the specified time after the start of M23(clincher/F) and M24(stapler/F) operation.

PS30(clincher HP/F) and PS31(stapler HP/F) do not go ON within the specified time after the start of M21(clincher R) and M22(stapler R) operation.

M1(FNS conve yance) does not reach the prescribed speed within the specified time after the start of its operation. PS23(stapling and folding stopper HP) does not go ON within the specified time after M14(stapling and folding stopper) starts operation of HP detection.

PS24(alignment plate/lower HP) does not go ON within the specified time after M15(alignment plate/lower) starts operation of HP detection.

PS21(stapling and folding stopper release HP) does not go ON within the specified time after M17(stapling and folding stopper release) starts ope-ration of HP detection.

PS27(folding stopper HP) does not go ON within the specified time after M18(folding stopper) starts operation of HP detection.

Operation in case of warning occurrence

The main body and FNS are stopped immediately. RL1 (main) is turned OFF.

Estimated abnormal

parts FNS CB (FNS control board) RB (relay board) M23 (clincher/F) M24 (stapler/F) PS33 (clincher HP/F) PS34 (stapler HP/F) FNS CB (FNS control board) RB(relay board) M21(clincher/R) M22(stapler/R) PS30(clincher HP/R) PS31(stapler HP/R) FNS CB (FNS control board) M1(FNS conve yance)

FNS CB (FNS control board) RB (relay board) M14 (stapling and folding stopper) PS23 (stapling and folding stopper HP) FNS CB (FNS control board) RB (relay board) M15 (alignment plate/lower) PS24 (alignment plate/lower HP) FNS CB (FNS control board) RB (relay board) M17 (stapling and folding stopper release) PS21 (stapling and folding stopper release HP) FNS CB (FNS control board) M18 (folding stopper) PS27 (folding stopper HP)

ELECTRIC PARTS LIST 4

4 - 71

ERROR CODE LIST

Classification FS-108/BM

abnormality

PI-108 abnormality

FNS

FS-108/BM abnormality

ISW abnormality

ELECTRIC PARTS LIST 4

Main body

Warning

code

F77-25

F77-26

F77-41

F77-91

F77-92

F80-01

F80-10 F80-11 F80-12 F80-13 F80-21

F80-30

F80-31

F80-32

Causes

PS22(folding knife HP) does not go ON within the specified time after M19(folding knife) starts operation of HP detection.

M20(folding conveyance) does not reach the prescribed speed within the specified time after the start of its operation. PS203 (sheet tray lower limit) or PS204 (sheet tray upper limit) does not go ON within the specified time after the start of M201(sheet tray) operation.

Communication abnormality in FNS CB(FNS control board) when subCPU receives data. Communication abnormality in FNS CB(FNS control board) when main CPU receives data. No response from PRCB (printer control board) for 5 seconds after SW1 (main switch) is turned ON. When SW1 (main switch) was turned ON, an area which had not been written by ISW was detected in the printer control program. When SW1 (main switch) was turned ON, an area which had not been written by ISW was detected in the video I/F printer control program. When data is transferred by ISW, normal header information cannot be received within the specified time. When data is transferred by ISW, a checksum error or header error was detected in the downloaded data. When data is transferred by ISW, data cannot be written to the flash ROM properly.

Operation in case of

warning occurrence The main body and FNS are stopped immediately. RL1 (main) is turned OFF.

RL1 (main) is turned OFF.

Estimated abnormal

parts FNS CB (FNS control board) M19 (folding knife) PS22 (folding knife HP) FNS CB (FNS control board) M20 (folding conveyance) FNS CB (FNS control board) DB(PI drive board) M201(sheet tray) PS203(sheet tray lower limit) PS204(sheet tray upper limit) FNS CB (FNS control board)

FNS CB (FNS control board)

PRCB (printer control board)

C1 program C2 program C3 program C4 program Video I/F program

Printer cable

Defective printer cable Program file error Printer cable Program transfer destination board.

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ERROR CODE LIST

Classification

ADU stand abnormality

Main body

Warning

code

E90-01

E90-02

F93-01

F93-02

F93-03

F93-04

F93-05

F93-06

Causes

ADU drive serial input error 1. Serial data cannot be received from ADUSDB (ADU stand drive board) 0 (ID) within 0.5 second when SW1 (main switch) was turned ON. ADU drive serial input error 1. Serial data cannot be received from ADUSDB (ADU stand drive board) 7 (ID) within 0.5 second when SW1 (main) was turned ON. A -5 V or 12 V blown fuse signal is detected during serial initial communication.

A -5 V or 12 V blown fuse signal is not detected during serial initial communication. When M8 (ADU conveyance ) which has been OFF is turned ON, a trouble detection signal (blown fuse) is detected. When M7 (ADU reverse) which has been OFF is turned ON, a trouble detection signal (blown fuse) is detected. A trouble detection signal (solenoid/ blown motor fuse) is detected at the time of start. A trouble detection signal (24 V off) is detected. A trouble detection signal (solenoid/ blown motor fuse) is detected at the time of start. A trouble detection signal (24 V off) is not detected.

Operation in case of

warning occurrence RL1 (main) is turned OFF.

The FNS/main body stops immediately and RL1 is turned OFF.

If there is a paper in copying process when this trouble occurs, the machine stops after completion of paper ejection. RL1 (main) is turned OFF.

The machine stops immediately and RL1 (main) is turned off.

Estimated abnormal

parts ADUSDB (ADU stand drive board)

ADUSDB (ADU stand drive board)

M8 (ADU conveyance)

M7 (ADU reverse)

Solenoids Motors

ELECTRIC PARTS LIST 4

4 - 73

TIMING CHART

Output 1

Output 2

Main motor

Paper feed motor

Feed clutch 1

Pre-registration clutch 1

Loop roller motor

Registration clutch

Drum motor

Developing motor

Paper reverse/exit motor

Paper exit motor

ADU reverse motor

ADU conveyance motor

ADU pre-registration clutch

Paper reverse gate solenoid

Paper pre-registration sensor

Vertical conveyance sensor 1

Loop sensor

Registration sensor

Leading edge detection sensor

Fixing exit sensor

Paper reverse sensor

ADU paper reverse sensor

Paper exit sensor

ADU deceleration sensor

ADU Pre-registration sensor

Copying starts

ADU exit sensor

Developing bias

Transfer

Separation

Guide plate

Separation claw drive solenoid

Pre-charge exposure lamp

Charging

Item

Time (sec)

M1

Symbol

M4

MC3

MC4M6MC1

M2

M3

SD4

PCL

M5

M10

M7

M8

MC2

SD2

PS48

PS18

PS54

PS44

PS45

PS2

PS57

PS61

PS58

PS59

PS60

PS46

High

Low

High

LowFR

High

Low

High

LowFR

High

Low

0

1

2

3

4

5

6

78

9

(sec)

min380ms

timer

300ms

70ms

timer

timer timer timer timer

timer

timer timer

timer

7075 TIMING CHART (A4, LIFE SIZE, TWO ORIGINALS, TWO SHEETS SET, TRAY 1)

ELECTRIC PARTS LIST 4

4 - 74

UP

DOWN

800mm/s

370mm/s

350mm/s R

F

569mm/s

370mm/sF370mm/s

569mm/sR569mm/s

370mm/s

F

370mm/s

569mm/s

R

M303

PS315

PS316

PS310

PS305

PS306

PS308

PS309

PS307

M302

M301

PS304

SD302

SD301

M304

PS313

PS314

SD303

M305

569mm/s

370mm/sF370mm/s

250mm/s

569mm/s

R

0

1

2 3

4

5 6

7 8

9

10

(sec)

Symbol

Item

Time (sec)

Tray up/down drive motor

Tray upper limit detection PS

Tray lower limit detection PS

Original count detection PS

No original detection PS

Original feed motor

Original registration detection PS

Original conveyance detection PS

Original conveyance motor

Original exit motor 1

Original

reversal detection PS

Original exit

PS 1

Reverse jam detection PS

Pressure roller release SD

Flapper drive SD

Original exit motor 2

Original exit

reverse detection PS

Original exit

PS 2

Original exit

gate SD

V-VALID signal

Copying starts

First

document

scanned

Second

document

scanned

Third

document

scanned

Last document ejection completed

TIMING CHART

DF-313 TIMING CHART (A4, SINGLE SIDE ORIGINALS, THREE SHEETS)

ELECTRIC PARTS LIST 4

4 - 75

UP

DOWN

800mm/s

370mm/s

350mm/s R

F

569mm/s

370mm/sF370mm/s

569mm/s

R

569mm/s

370mm/sF370mm/s

569mm/s

R

569mm/s

370mm/s

F

370mm/s

250mm/s

569mm/s

R

0

1 2

3 4

5

6 7

8

9 10

(sec)

M303

PS315

PS316

PS310

PS305

PS306

PS308

PS309

PS307

M302

M301

PS304

SD302

SD301

M304

PS313

PS314

SD303

M305

Symbol

Item

Time (sec)

V-VALID signal

Copying starts

First document

front scanned

First

document

back scanned

Second document

front scanned

Second

document

back scanned

Third document

front scanned

Third document back scanned

Last document ejection completed

Tray up/down drive motor

Tray upper limit detection PS

Tray lower limit detection PS

Pressure roller release SD

Flapper drive SD

Original exit

PS 2

Original count detection PS

No original detection PS

Original feed motor

Original registration detection PS

Original conveyance detection PS

Original conveyance motor

Original exit motor 1

Original

reversal detection PS

Original exit

PS 1

Reverse jam detection PS

Original exit motor 2

Original exit

reverse detection PS

Original exit

gate SD

TIMING CHART

DF-313 TIMING CHART (A4, DOUBLE SIDE ORIGINALS, THREE SHEETS)

ELECTRIC PARTS LIST 4

4 - 76

M101

MC101

MC102

PS107

PS106

SD100

0 1 2

(sec)

Symbol

Item

Time (sec)

LT paper feed motor

LT feed drive clutch

LT first paper feed solenoid

LT first paper feed clutch

LT first paper feed

detection sensor

LT feed detection sensor

Loop amount

Copying starts

TIMING CHART

LT-401 TIMING CHART (A4, Two papers)

ELECTRIC PARTS LIST 4

4 - 77