OKI 4m, 4wplus Maintenance Manual

Important Note!

This »Maintenance Manual« is an original service guide of the OKI Data Corporation, Japan.

Do not use the spare parts list in this »Maintenance Manual«, it is only listed for the sake of completeness.

If you want to order spare parts use only the spare parts lists in the German »Service Training Manuals« or in the separate spare parts list of the OKI Systems (Deutschland) GmbH.

Wichtiger Hinweis!

Dieses »Maintenance Manual« ist ein OriginalService-Handbuch der OKI Data Corporation, Japan.

Verwenden Sie nicht die Ersatzteilliste in diesem »Maintenance Manual«, sie ist nur der Vollständigkeit halber aufgeführt.

Benutzen Sie für Ersatzteilbestellungen ausschließlich die Ersatzteillisten in den deutschen »Service Training Manuals« oder in den separaten Ersatzteillisten der OKI Systems (Deutschland) GmbH.

M-OSD-21002-10

OKIPAGE4m LED Page Printer

Troubleshooting Manual with Component Parts List

(OEL)

APPROVAL

All specifications are subject to change without notice.

1. OUTLINE

This manual has been written to provide guidance for troubleshooting of the OKIPAGE4m Printer (primarily for its printed circuit boards), on an assumption that the reader is knowledgeable of the printer. Read the maintenance manual for this printer P/N if necessary.

Note:

1. High voltage power supply board and power supply unit containing a high voltage power supply is dangerous. From the viewpoint of the safety standards, the local repairing of a defective board is not allowed. Thus, the objects to be locally repaired as a result of troubleshooting are switches and fuses.

2. TOOLS

For troubleshooting the printer, the tools listed below may be needed in addition to general maintenance tools.

Oscilloscope Frequency response 100 MHz or higher

Soldering iron A slender tip type, 15-20 watts

Ectension code kit P/N : 40105501

Tool Remarks

- 1 -

3. CIRCUIT DESCRIPTION

3.1 Outline

The circuit of OKIPAGE4m consists of a main control board, a high voltage power supply board and a power supply unit. The block diagram is shown in Fig. 3-1. The main control board controls the reception and transmission of data with a host I/f and processes command analysis, bit image development, raster buffer read. It also controls the engine and high voltage outputs.

(1) Reception and transmission control

The main control board has parallel I/F port which is compliant to the IEEE 1284 specification and serial I/F (Macintosh I/F) port which is compliant to the RS-422 specification. An interface task stores all data received from the host into a receive buffer first, and returns the printer status upon request of the host.

(2) Command analysis processing

The OKIPAGE4m printer has the following emulation mode.

Hiper-W: OKI original

An edit task fetches data from the receive buffer, analizes commands, and sets I/O registers.

(3) Raster data processing

The decompression circuit in the CPU expands the compressed data and stores the data into the raster buffer.

(4) Raster data transfer

The LED head control circuit in the CPU sends the data stored in the raster buffer to the LED head.

(5) High voltage control

The high voltage control circuit in the CPU.

The high voltage power supply board generates high voltage outputs, and have sensors, LED for display. The power supply unit generates +24VDC output, +5DC output.

- 2 -

10MHz

CPU

(MSM65917)

EEPROM

Parallel

I/F

Mac

I/F

Figure 3-1 OKIPAGE4w Block Diagram

Driver

IC

LED head

A8 ~ A15

AD0 ~ AD7

Address

latch

A0 ~ A7

MASKROM

(128 KByte)

OE CS

D0 ~ D7

CN

Parallel

I/F

LS07

LED head LED head

Main motor

Driver

Parallel

I/F

M

Main motor

- 3 -

Main motor

Electromagnetic

5V

clutch

Sensors

TEMP

TR-VSEN

TR-ISEN

Reset

circuit

5V

0VL

Driver

A0 ~ A10

D0 ~ D3

D-RAM

(512 KByte)

LED HEAT ON

Option RAM Board

D-RAM

(2MByte)

Option

High-voltage power I/F

HEAT ON

Electromagnetic

High-voltage

clutch

LED

Sensors

TEMP

power

TR-VSEN

TR-ISEN

Driver

+24V

+5V 0VL 0VP

Driver

Manual feed sensor

LED

Paper sensor Outlet sensor Toner sensor Cover open switch

HIgh voltage

power

supply

<High-voltage Power Supply Board>

AC output ON/OFF

Switching

power supply

Electromagnetic

clutch

Thermistor

EP cartridge

Heater (Halogen lamp)

AC (120 V/230 V)

3.2 CPU and Memory

(1) CPU (MSM65917)

CPU core nX-8 CPU clock 10 MHz Data bus width External 8 bits, Internal 8 bits

(2) Program ROM

ROM capacity 128k-bytes (1-Mbit MASKROM) ROM type 1 Mbits (128k x 8 bits) Access time 150 nsec

When mask ROM in the CPU is valid, the EPROM is not mounted. (3) Resident RAM

RAM capacity 512k bytes (1M x 4 bits D-RAM one piece) RAM type 4M bits (1M x 4 bits) Access time 70 ns

The block diagram of CPU and memory circuit is shown in Fig. 3-2.

- 4 -

CPU

IC 6

ALE

RDN

ROCS

DA10

DWR

CAS

AD00 to AD07

LS373

IC3

A08 to A15

DD00 to DD03

DA00 to DA09

A00 to A07

IC2

MASKROM

(128k x 8 bits)

IC11

DRAM

(512k x 4 bits)

RAS0 RAS1 RAS2

Main Control Board

Figure 3-2 Block Diagram of CPU & Memory in OKIPAGE4m

- 5 -

3.3 Reset Control

When power is turned on, RST-N signal is generated by IC5.

+5V+5V

+5V

Power ON

IC5

1

3

2

Power OFF

63

CPU

RSTN

RST-N

- 6 -

3.4 EEPROM Control

The BR93LC46A on the main control board is an electrical erasable/programmable ROM of 64bit x 16-bit configuration. Data input to and output from the ROM are bidirectionally transferred in units of 16 bits through I/O port (EEPRMDT-P) in serial transmission synchronized with a clock signal from the CPU.

The EEPROM operates in the following instruction modes.

Instruction Start bit Operation Address Data

Read (READ) 1 10 A5 to A0

Write Enabled (WEN) 1 00 11XXXX

Write (WRITE) 1 01 A5 to A0 D15 to D0

Write All Address (WRAL) 1 00 01XXXX D15 to D0

Write Disabled (WDS) 1 00 00XXXX

Erase 1 11 A5 to A0

Chip Erasable (ERAL) 1 00 10XXXX

CPU

39

38

37

EEPRMDT-P

EEPRMCS-P

EEPRMCLK-P

code

3

DI DO

EEPROM

1

CS

IC4

4

SK

2

Write cycle timing (WRITE)

CS

SK

DI

DO

1 2 4 9 10 25

10 1

HIGH-Z

Read cycle timing (READ)

CS

SK

DI

DO

HIGH-Z

12

110

A5 A4 A1 A0 D15

4

A5 A4 A1 A0

910

- 7 -

Min. 450 ns

D14

D15 D14 D1 D00 D15 D14

D1 D0

Max. 500 ns

BUSY READY

Max. 10 ms

25 26

STATUS

3.5 Parallel Interface

Parallel data is received from a host system via parallel interface which is compliant to the IEEE1284 specification.

CPU

65 to 68, 71 to 74

64

78

77

79

80

81

82

83

84

PDATA1-P to PDATA8-P

PSTB-N

BUSY-P

ACK-N

PE-P

SEL-P

FAULT-N

IPRIME-N

SELIN-N

AUTOFD-N

IC7

2 to 9

11

10

12

13

32

31

36

14

1

CN4

DATA8-P

to

DATA1-P

STB-N

BUSY-P

ACK-N

PE-P

SEL-P

FAULT-N

IPRIME-N

SELIN-N

AUTOFEED-N

+5V

18

Compatible mode

The CPU sets a BUSY-P signal to ON at the same time when it reads the parallel data (PDATA1P to PDATA 8-P) from the parallel port at the fall of PSTB-N signal. Furthermore, it makes the store processing of received data into a receive buffer terminate within a certain fixed time and outputs an ACK-N signal, setting the BUSY-P signal to OFF.

PARALLEL DATA (DATA BITs 1 to 8)

0.5 µs min.

DATA STROBE

0.5 µs min.

0.5 µs max.

BUSY

0 min.

ACKNOWLEDGE

0.5 µs to 10 µs

0.5 µs min.

0 min.

- 8 -

3.6 Macintosh Interface

Serial data is received from a host system via Macintosh Interface which is compliant to the RS422 specification.

CN5

XCLK-N

TXD+

CPU

86

XCLK-P XCLK-N

85

TXD-P

102

RXD-P

1.2µs approx.

TXD-

TXD+

RXD+

RXD-

1

6

3

8

5

TXD-

RXD+

RXD-

- 9 -

3.7 LED Lamp Control

There is an LED lamp on the high voltage power supply board which is connected to and controled by the CPU on the main control board.

The light from the LED lamp can be seen on the Lens Cover through the LED Lens.

CN1

main control board high voltage power supply board

CPU

LED-P

41

CN1

- 10 -

3.8 LED Head Control

When a paper form is made to arrive at the data write position on print start, the sending of data to the LED head starts as synchronized with the page synchronous signal/line synchronous signal (CPU internal signal).

Bit image data developed on the raster buffer in the CPU are DMA-transferred to the register of a video interface controller (CPU built-in) and then sent to the shift register of the LED head in a serial transmission synchronized with the VCLK-P signal by the VD0-P signal.

When 1-dot line data (2560 bits) is completely shifted, it is latched by means of the VLD-P signal, causing LEDs to be driven by the VSTB1-N through VSTB4-N signals in different timing for each signal.

Some of LED heads have 2496 dots rather than 2560 dots. The controls regarding the number of dots are adjusted to the LED head installed when the printer is shipped from the factory.

Main control board

CPU

CN6 CN1

LED Head

VCLK-P

VD0-P

VLD-P

VSTB 1-N VSTB 2-N VSTB 3-N VSTB 4-N

+5V

0V

90

89

91

92

93 94

95

Chip 40

64 bit shift REG

LATCH

Bit 2560

Chip 1

1 to 640 bits

641 to 1280 1281 to 1920 1921 to 2560

Bit 1

- 11 -

Page synchronous signal*

Line synchronous signal*

VDT-P

3.33 msec

VCLK-P

VDT-P

VCLK-P

VDT-P

VLD-P

VSTB1-N

VSTB2-N

VSTB3-N

VSTB4-N

* CPU internal signal

8 bits

0.2 µs

2560 bits

- 12 -

3.9 Motor and clutch control

The electromagnetic clutch is driven by a control signal from the CPU and the drive circuit shown below. The main motor is driven by the control signals from the CPU and the driver IC.

CPU

DMP1 DMP2

DMP3

0V 0V

+5V

96 97 98

+5V

IC10

27

18

26

19

ENA A

To Out3, 4Logic

DECAY

PHASE A PHASE B

CN7

GATE CIRCUIT

M

Main Motor

+24V OPEN

37 1 1412 24

Out2 Out3

Out1

SW1 SW3

8

Out4Vmm A Vmm B

ALARM

120℃140℃

ENA B

GATE CIRCUIT

Signal of

DECACY

16

17

+5V

+5V +24V

RMON

99

(1) Main motor

+5V

0V

25

BRUNK

0V

SW4SW2

Current

Q

-

R

+

S

Sensor

OSC

Vref A Vref B

Vs A Vs BRs A Rs BLG A PG LG B

23 22 28 15 10 21 20TAB5

CN8

Electromagnetic clutch

0VP

0V

SW4SW2

Current

Sensor

RQ

+

S

DMON-P

DMPH1-P

DMPH2-P

Rotation

T0 T1 T2 T3

Forward rotation

Reverse rotationStop

Operation at normal speed: T0 to T3 = 1.515 ms

- 13 -

(2) Motor drive control

Time T0 to T3 determines the motor speed, while the phase different direction between phase signals DMPH1-P and DMPH2-P determines the rotation direction. DMON-P signal control a motor coil current. According to the polarity of the phase signal, the coil current flow as follows:

1) +24V → SW1 → motor coil → SW4 → resistor → earth, or,

2) +24V → SW3 → motor coil → SW2 → resistor → earth The drop voltage across the resistor is input to comparator, where it is compared with a

reference voltage. If an overcurrent flows, a limiter operates to maintain it within a certain fixed current.

(3) Electromagnetic clutch control

Mechanical operation mode is switched by the combination of the clutch status and the direction of motor rotation.

clutch status

off off

on on

rotation direction

Forward Reverse

operation mode

cleaning

Hopping from manual

feed slot

illegal operation

Hopping from tray

- 14 -

3.10 Fuser Temperature Control

The temperature change in a heat controller is converted into the electric potential TEMP corresponding to the change in the resistance value of a thermistor, and the resultant potential is fed back to the control circuit. The CPU performs ON/OFF control of the HEATON-P signal to keep the heat roller temperature constant in accordance with the state at which the thermistor voltage (TEMP) is read into directly by the AD converter of the CPU. THCHK-N signal is fixed to “0”. When the paper thickness is set on the menu of the host, the temperature is adjusted to the targeted thickness accordingly.

Main Control Board

CPU

TEMP

27

AI4

(A/D)

THCHK-N

34

85

HEATON-P

High voltage power supply board

IC20

5

+

6

-

7

+5V +5V

IC20

3

+

2

-

1

+5V

Thermistor

Heater

HEATON-N

Thermostat

Heat Roller

+5V

ACIN

Power supply unit

- 15 -

Flowchart of Thermistor Circuit Check

START

HEATER OFF

Short check timer(t16)set

No

Time-out ?

Short error TEMP ?

Thermistor error check

timer (t2) set

Thermistor disconnection

check timer (t35) set

Heater On

Temperature > Tn

No

Yes

Tn...T0 =

T2 = T4 =

Thermistor short error

End

Light Medium Heavy

To constant

temperature control

Thermistor

error check timer (t2)

within time

Yes

Thermistor

disconnection check timer

(t35) within time

Yes

t2 = t16 = t35 =

90 sec

520 msec

10 sec

No

Time-out

A/D value changed?

Yes

- 16 -

No

Fuser error

End

Thermistor disconnection

error

End

Temperature

Controlled

Temperature

T

HEATER ON

OFF

Temperature table

THCHK-N

O Z

Heater control mode Normal operation Not used

Time

T 145˚C: 150˚C: 155˚C: 160˚C: 165˚C:

Paper Thickness light medium light medium medium heavy heavy

- 17 -

3.11 Sensor Control

The CPU supervises the state of each sensor every 40 ms.

Main Control Board High Voltage Power Supply Board

CN1 CN1

+5V

CPU

Sensor signal

47

44

46

48

OFF

+5V

TNRSNS-N

PSIN-N

PSOUT-N

WRSNS-N

TransparentShield

PS1

PS2

PS3

PS4

ON

- 18 -

3.12 Cover Open

When the cover is opened, a cover open microswitch is opened. This makes a CVOPN-N signal low, thereby the CPU detects that cover is open. Furthermore, opening the cover stops applying a +5V power to the high voltage power supply part, resulting in stopping all high voltage outputs.

CN1 CN1

Main Control Board

CVOPN-N

CPU

+5V

0V

45

Cover close Cover open

CVOPN-N

Cover Open Microswitch

+5V

High Voltage Power Supply Board

High

Voltage

Power

Supply

+5V

Part

High

voltage

output

- 19 -

3.13 Power Supply Part

(1) Power supply unit

An AC power from an inlet is input to Switching Reg. part .AC power is converted to a +24 VDC output and +5 VDC output.

ACIN

F1 F2L

FG

N

Filter

Circuit

Power supply unit

+24V

+5V

0V

HEATER

Switching Reg. Part

CONTROLER

HEATON-N

to AC output

Fuse Ratings

AC Input

Fuse

F1

F2

230 V

250 V 6.3 A

250 V 2 A

120 V

125 V 10 A

250 V 2 A

(2) High voltage power supply board

The +5 VDC power supplied to the high voltage power supply part via the cover open microswitch as source voltage. The high voltage power supply part supplies necessary voltage for electro-photography print to output terminals CH, DB, SB, TR, and CB according to a control signal from the CPU. The table on the next page shows the relationship between control signals and high voltage outputs.

CN1

MainControl Board High Voltage Power Supply Board

TR1PWM-P

55

TR2PWM-P

59

CHPWM-P

56

SDB1-P

53

CPU

52

54

SDB2-P DBPWM-P

CVOPN-N

45

+5V

CN1

High Voltage

Power Supply

Part

CH DB SB TR CB

Cover Open Microswitch

- 20 -

Control Signals and High Voltage Outputs

Control signal name Level Function

TR1PWM-P

TR2PWM-P

CHPWM-P

SDB1-P

SDB2-P

DBPWM-P

H/L

(PWM)

L

H/L(PWM)

L

H/L(PWM)

L

H

L

H

L

H/L(PWM)

L

Makes the part put out a power to TR.

+3 to 5 µA +0.5 to 4 KV

Makes the part put out a -750V power to TR.

Makes the part put out a -1.35 KV power to CH.

Makes the part put out the following power:

+450V or 0V power to SB +300V power to DB

Makes the part put out the following power:

-450V power to SB

-300V power to DB +400V power to CB

Makes the part put out the power to SB, DB, CB.

- 21 -

4. TROUBLESHOOTING

4.1 Troubleshooting Table

(A) High Voltage Power Supply Board

Note:

A malfunction of the power supply is not repaired by an agency. The abnormality to be treated here is that of sensors only.

Failure PC Display Message

A paper input jams occur frequently.

PAPER

Flowchart

No.

A - 1

INPUT JAM

A paper feed jams occur frequently.

PAPER

A - 2

FEED JAM

A paper-exit jams occur frequently.

PAPER

A - 3

EXIT JAM

A paper size errors occur frequently. A - 4

PAPER SIZE ERROR

Paper can not be fed from the manual feed slot . A - 5

The message "COVER OPEN" remains displayed on the PC display.

COVER OPEN

A - 6

The message "TONERLOW" remains displayed on the PC display.

The message "TONERSNS" remains displayed on the PC display.

TONER LOW

TONER SENSOR

- 22 -

A - 7

A - 8

(B) Main Control Board

Failure PC Display Message

Initialization error and not restored

INITIALIZATION

Flowchart

No.

B - 1

ERROR

Program ROM error

ROM CHECK

B - 2

ERROR

Resident RAM error

RAM CHECK

B - 3

ERROR

EEPROM error B - 4

EEPROM CHECK ERROR

Fuser error B - 5

Watchdog timer timeout occurs frequently. B - 6

FUSER ERROR

WATCHDOG

Data sent through the Parallel I/F cannot be received.

Data sent through the Macintosh I/F cannot be received.

TIMER ERROR

INITIALIZATION ERROR

B - 7

B - 8

- 23 -

4.2 Troubleshooting Flowchart

A-1 Paper input jams occur frequently.

• Is PS4 (Write Sensor ) operating normally?

• No Replace PS4.

▼

• Yes Is Pin1 of CN8 in main control board operating normally?

• No Replace Q4 or Q5 in main control board.

▼

• Yes Failure of IC6 (MSM65917) in main control board.

A-2 A paper feed jams occur frequently.

• Is PS4 (Write Sensor ) operating normally?

• No Replace PS4.

▼

• Yes Is PS3 (Outlet Sensor ) operating normally?

• No Replace PS3.

▼

• Yes Failure of IC6 (MSM65917) in main control board.

A-3 A paper exit jams occur frequently.

• Is PS3 (Outlet Sensor) operating normally?

• No Replace PS3.

▼

• Yes Failure of IC6 (MSM65917) in main control board.

A-4 A paper size errors occur frequently.

• Is PS4 (Write Sensor ) operating normally?

• No Replace PS4.

▼

• Yes Failure of IC6 (MSM65917) in main control board.

A-5 Paper can not be fed from manual feed slot.

• Is PS2 (Manual Feed Sensor) operating normally?

• No Replace PS2.

▼

• Yes Failure of IC6 (MSM65917) in main control board.

- 24 -

A-6 The message “COVER OPEN” remains displayed on the PC display.

• Is CVSW (Cover Open Switch) operating normally?

• No Replace CVSW.

▼

• Yes Failure of IC6 (MSM65917) in main control board.

A-7 The message “TONERLOW” remains displayed on the PC display.

• Is PS1 (Toner Sensor) operating normally?

• No Replace PS1.

▼

• Yes Failure of IC6 (MSM65917) in main control board.

A-8 The message “TONERSNS” remains displayed on the PC display.

• Is PS1 (Toner Sensor) operating normally?

• No Replace PS1.

▼

• Yes Failure of IC6 (MSM65917) in main control board.

- 25 -

B-1 Initialization error and not restored

• Replace IC2.

▼

• OK?

▼

• No Is the 10-MHz clock signal being put out to pin 3 of OCS1?

• No Replace OSC1 (CST 10.0MTW).

▼

• Yes Failure of IC6 (MSM65917)

B-2 Program ROM error

• Replace IC2.

B-3 Resident RAM error

• Are negative pulses being put out to Pin 4 , 23 (RAS0-N , CSA-N) of IC11?

• No Failure of IC6 (MSM65917)

▼

• Yes Are the signals at pins, 9 TO 12 , 14 TO 18 , 5 (DA00-P to DA09-P) of IC11 being changed?

• No Failure of IC6 (MSM65917)

▼

• Yes Replace IC11.

B-4 EEPROM error

• Replace IC4.

▼

• OK?

▼

• No Failure of IC6 (MSM65917)

B-5 Fuser error

• Is the heater on?

▼

• No Is the voltage at Pin 40 (HEATON-P) of IC6(MSM65917) 5V?

• Yes Replace Q3 or IC20

▼

• No Failure of IC6 (MSM65917)

B-6 Watchdog timer timeout occurs frequently.

• Replace IC2.

▼

• OK?

▼

• No Failure of IC6 (MSM65917)

- 26 -

B-7 Data sent through the Parallel I/F cannot be received.

• Is the signal at Pin 11 (BUSY-P) of CN4 being at low level?

• No Is the signal at Pin 13 (BUSY-P) of IC7 (7407) changed as shown

below, at data reception?

ON-LINE OFF-LINE

BUSY-P Low High

• No Failure of IC6 (MSM65917)

▼

• Yes Replace IC7 (7407).

▼

• Yes Is the level of the signal at Pin 1 (STB-N) of CN4 changed at data reception?

• No Make sure of the connection of I/F cable or the operation of the h ost

computer.

▼

• Yes Are the signals at Pin 1 (ACK-N), Pin 9 (FAULT-N) of IC7 (7407) being respectively at low level and high level in on-line mode?

• No Replace IC7 (7407).

• OK?

▼

• Yes Failure of IC6 (MSM65917)

• No

B-8 Data sent through the Macintosh I/F cannot be received.

• Is the signal at Pin 5 of IC9 (7660) -5V?

• No Replace IC9 (7660)

▼

• Yes Is the signal at Pin 2 , 4 of IC8 (DS8925) being altered?

• No Replace IC6 (65917)

▼

• Yes Is the signal at the Pin 6 , 13 , 14 , 15 of IC8 (DS8925) being altered?

• No Replace IC6 (65917)

▼

• Yes Is the signal at Pin 102 of IC6 (65917) being altered?

▼

• No Replace IC6 (65917).

- 27 -

5. CIRCUIT DIAGRAM

Figure 5-1 ~ 5-7 Main Control PCB (HBMC-) Circuit Diagram (Rev. 2) Figure 5-8 Option RAM PCB (HBRB-) Circuit Diagram (Rev. 1) Figure 5-9 High voltage Power Supply PCB (OLHV-) Circuit Diagram (Rev.6 ,7 )

(TLHV-) Circuit Diagram (Rev.2 )

- 28 -

1

+5V

IC5

Not Mounted (HIGH-LEVEL) MOunted (LOW-LEVEL)

0V

CH1

0V

+5V

NOMOUNT

SIGNAL

OPEN EAN

Pin-No Short-Wire

MSM65917 Mode change

Tool not connected

Tool connected

Internal ROM External ROM External ROM

61 R121

SP1 B Side A Side A Side62

OSC1

R510

R53

1

1 0

2

13

2

1

2

R533

C15

0.1µ 50

5.1K 0.1

1

2

R52

0

12

R51

3.6K 0.1

12

R50

12

2

C14

0.1µ 50

1

2

C12

0.1µ 50

1

2

C13

0.1µ 50

1

2

C509

0.1µ 50

1

2

C503

0.1µ 50

1

2

C511

0.1µ 50

1

2

C510

0.1µ 50

2

1

C514

0.1µ 50

1

2

C504

0.1µ 50

2

1

C513

0.1µ 50

1

2

R511

12

3

14

18 24 23 17 20 19 21 22

13 12 11

10

15 16 35 36

37 38

39 43 49

34 42 40

85 86

41

105

102

9

7 6

5

8

87

1

111

CH5

CH4CH6CH7

11

CH2 CH3

2

4

1

60 61

62

63

45 47

46 48

27 28 29 30 31

26

32

76 70 58 51 25

75 69 57 50 33

44 106 104 103

108

107

PST592 VCC GND

OUT

CST10.0MTW

CST

0

R526

12 150 0.1

10K 0.1

CH8

SP1 (Short-plug)

SP1 SP1 SP1

123

AB

(074G) CVOPN-N

(075F) TNRSNS-N

(075G) WRSNS-N

(075G) PSOUT-N

(075F) PSIN-N

(065D) DIPSW2 (065D) DIPSW1

(075F) TEMP

(016F) THCHK-N

(075E) TR-VSEN

(075E) TR-ISEN

GND1

GND2

GND3

GND4

GND5 PU00

P40

P41

P42

P43

P44

P45

P46

P20

P21

P24

P25

P27

INT0

INT1

WRN

RDN

ALE

AD0

AD1

AD2

AD3

AD4

AD5

AD6

AD7

A8

A9

A10

A11

A12

A13

A14

A15

ROCS

CPCK

65917

(1/2)

GND6

GND7

VDD1

VDD2

VDD3

VDD4

VDD5

VDD6

VDD7

AGND

AVDD

AI0

AI1

AI2

AI3

AI4

P30

P31

P32

P33

P34

P35

P36

P37

RSTN

EAN

CPEN

TEST

OSC0

OSC1

IC6

CHPW DBPW

T2PW T1PW

SDB2 SDB1

RMON

RMP1

RMP2

DMON

DMP1

DMP2

VSB4 VSB3

VSB2 VSB1

VLDP

VCLK

VD0P

VD1P

FLTN

SELP

PEP

BSYP

ACKN

DWRN

CASN

RAS0

RAS1

RAS2

DA7 DA6 DA5 DA4 DA3 DA2 DA1 DA0

DA10

DA9 DA8

65917

(2/2)

PSBN

AFXN

SLIN

IPRN

PDT2 PDT1

PDT3

PDT4

PDT5

PDT6

PDT7

PDT8

DD0

DD3 DD2

DD1

IC6

LED-P (074F)

XCLK-P (065B)

HEATON-P (075D)

FANALM-N (03XG)

EEPRMDT-P (047A)

EEPRMCS-P (047B)

EEPRMCLK-P (048C)

AD00-P (027B)

AD01-P (027B)

AD02-P (027B)

AD03-P (027B)

AD04-P (027B)

AD05-P (027B)

AD06-P (027B)

AD07-P (027B)

A08-P (02XB)

A09-P (02XB)

A10-P (02XB)

A11-P (02XB)

A12-P (02XB)

A13-P (02XB)

A14-P (02XB)

A15-P (02XB)

ROMCS-N (02XC)

RD-N (02XC)

ALE-P (027C)

FANON-P (037E)

DCLED-P (071F)

THCHK-N (013E)

TXD-P (065B)

BANK (02XB)

RXD-P (065B)

53

52

55

59

54

56

99

100

101

98

96

97

92

93

94

95

91

90

89

88

81

80

79

78

77

120

125

126

127

128

119

118

117

116

115

114

113

112

111

110

109

123 124

121 122

74 73 72 71 68 67 66 65

82 83 84 64

(024B) DD01-P (024B) DD00-P (024C) DD03-P (024C) DD02-P

(054B) PDATA8-P (054B) PDATA7-P (054B) PDATA6-P (054C) PDATA5-P (054C) PDATA4-P (054C) PDATA3-P

(054C) PDATA2-P (054C) PDATA1-P

(054E) IPRIME-N

(054F) SELIN-N

(054G) AUTOFD-N

(054E) PSTB-N

DA10-P (024A) DA09-P (022C) DA08-P (022C) DA07-P (022C) DA06-P (022C) DA05-P (022C)

DA04-P (022C) DA03-P (022C) DA02-P (022D) DA01-P (022D) DA00-P (022D)

RAS2-N (025D) RAS1-N (025E)

RAS0-N (023E) CAS-N (023E)

DWR-N (022D)

ACK-N (057E) BUSY-P (057D)

PE-P (057E) SEL-P (057F) FAULT-N (057F)

VD1-P (041B) VD0-P (041B)

VCLK-P (041B) VLD-P (041C)

VSTB4-N (041D) VSTB3-N (041D) VSTB2-N (041C) VSTB1-N (041C)

PJON-P (037B)

CHPWM-P (071D) DBPWM-P (072C) TR2PWM-P (071E)

TR1PWM-P (071C) SDB2-P (071B) SDB1-P (071A)

DMPH1-P (032C)

DMON-P (031D)

DMPH2-P (033C)

2

3456 87 9X

Y

A

B

C

D

E

F

G

H

1

2

Figure 5-1 Main controller PCB

(HBMC-3-1/7) Rev. 2 Cicuit Diagram

- 29 -

3456 87 9X

A

B

C

D

E

F

G

H

Y

1

A

2

3456 87 9X

CN9

Option-RAM

Y

A

(01XB) DA10-P

B

R548

(018B) DD00-P

(018B) DD01-P

(018C) DD02-P

(018C) DD03-P

IC11

514400J

5

I/O4

C

D

E

F

G

(01XB) DA09-P (01XC) DA08-P (01XC) DA07-P (01XC) DA06-P (01XC) DA05-P (01XC) DA04-P (01XC) DA03-P (01XC) DA02-P

(01XC) DA01-P (01XC) DA00-P

(01XD) DWR-N

DQ1DQ1

DQ2DQ2

WEWE

RASRAS

NCA9

A0A0

A1A1

A2A2

A3A3

Vcc

+5V

2

1

C520

0.1µ 50

0V

<512>

<256>

1

2

3

4

5

9

10

11

12

13

(01XD) RAS0-N

(01XD)CAS-N

26

25

24

23

22

18

17

16

15

14Vcc

A9

18

A8

17

A7

16

A6

15

A5

14

A4

12

A3

11

A2

10

A1

9

A0

3

WE

22

OE

13

VCC

26

VSS

RAS CAS

423

12

0

R547

VssVss

DQ4DQ4

DQ3DQ3

CASCAS

OEOE

A8A8

A7A7

A6A6

A5A5

A4A4

I/O3 I/O2 I/O1

1

2

0

R546

1

2

0

R549

1

2

0

R550

1

2

0

25 24

2 1

(01XC) RAS2-N

(01XC) RAS1-N

+5V

0V

CN9

24

25

26

27

28

29

30

12

11

10

9

3

2

7

6

21

19

17

8

18

13

14

15

1

4

5

16

20

22

23

31

32

DRAM-A10

DRAM-A09

DRAM-A08

DRAM-A07

DRAM-A06

DRAM-A05

DRAM-A04

DRAM-A03

DRAM-A02

DRAM-A01

DRAM-A00

DRAM-D03

DRAM-D02

DRAM-D01

DRAM-D00

RAS2N

RAS1N

CASN

DRAM-WRN

OE

VCC

GND

(016D) AD07-P (016D) AD06-P (016D) AD05-P (016D) AD04-P (016D) AD03-P (016D) AD02-P (016D) AD01-P (016D) AD00-P

(016E) ALE-P

NC A16 A15 A12 A7 A6 A5 A4 A3 A2 A1 A0 D0 D1 D2 GND

0V

VPP A16 A15 A12 A7 A6 A5 A4 A3 A2 A1 A0 DO D1 D2 GND

IC3

74LS373

3

1D 2D 3D

4D 5D 6D 7D 8D

EN OC

-

A15 A12 A7 A6 A5 A4 A3 A2 A1 A0 DO D1 D2 GND

1Q 2Q 3Q 4Q

5Q 6Q

7Q 8Q

12 15 16 19

4 7

8 13 14 17 18 11

1

Vcc=+5V, Ground=0V

SOCKET

IC2

27C1001

Q6 Q5 Q4

Q3 Q2 Q1 Q0

VCC PGM NC A14 A13 A8 A9 A11 OE A10 CE D7 D6 D5 D4 D3

21 20 19 18 17 15

14 13

VCC NC NC A14 A13 A8 A9 A11 OE/OE A10 CE/CE D7 D6 D5 D4 D3

B

C

D

E

F

G

2 3

29 28

4 25 23 26 27

5

6

7

8

9 10 11 12

31 24 22

1 30

32 16

-

VCC A14 A13 A8 A9 A11 OE/VPP A10 CE D7 D6 D5 D4 D3

A16 Q7 A15 A14

A13 A12

A11 A10 A9 A8

A7 A6 A5 A4 A3 A2

A1 A0

PGM OE

CE VPP NC VCC

GND

2

1

(016F) BANK (016C) A15-P (016C) A14-P (016C) A13-P (016C) A12-P (016C) A11-P (016C) A10-P (016C) A09-P

(016C) A08-P

(016C) ROMCS-N

0.1µ 50

(28) 30 (27) 29 (26) 28 (25) 27 (24) 26 (23) 25 (22) 24 (21) 23 (20) 22 (19) 21 (18) 20 (17) 19 (16) 18 (15) 17

IC2

(016E) RD-N

32 31

2 5 6 9

+5V

C501

0V

1M Mask 27C1001

27512

1 2 3 (1) 4 (2) 5 (3) 6 (4) 7 (5) 8 (6) 9 (7) 10 (8) 11 (9) 12 (10) 13 (11) 14 (12) 15 (13) 16 (14)

Figure 5-2 Main controller PCB

(HBMC-3-2/7) Rev. 2 Cicuit Diagram

H

IC11

H

- 30 -

1

2

3456 87 9X

Y

1

2

3456 87 9X

Y

A

B

C

(01XF) DMON-P

D

E

+5V

R542

12

1K 0.1

2

0.1

R541

1

22K

R540

A

+24V

+5V

R54

1

2

1K

0.1 R55

1

Q5

22K

NOMOUNT

2

Q502

22K

(01XF) PJON-P

NOMOUNT

CH10CH9

(01XF) DMPH1-P

0V

(01XF) DMPH2-P

R543

12

22K 0.1

2

0.1 1

C523

1

4.3K

0.1µ 50

0V

2

1

C524

0V

C

ZA21

50

1

2200p

0V

ZA20

1

B

11

+5V

C525 12

0.1µ 50

+24V

+

C4

21

47µ 50

D

NOMOUNT

0Vp

26

27

17

16

25

23

22

20

21

18 19

28 15

1

14

29 30

MTD2005F

PHAA

NENA

PHAB

NENB

CR

REFA

VSA

REFB

VSB

DCAY VCC

LGA LGB

VMM1 VMM2

GND1 GND2

IC10

OUT1

OUT2

OUT3

OUT4

NALM

RSA

RSB

NC1 NC2 NC3 NC4 NC5 NC6

3

7

8

12

24

5

10

2 4

6

9 11 13

MIN_W:0.635mm MIN_W:0.635mm

MIN_W:0.635mm

E

CN7

4M-DMOTOR

CN7

1

CN7

2

CN7

3

CN7

4

IM=0.38A

2

R1

1

2 0.5

MIN_W:0.635mm

0Vp

DMPH1-P

DMPH1-N

DMPH2-P

DMPH2-N

2

R2

1

2 0.5

(01GE) FANON-P

22K

1

0V

3

1

0V

NOMOUNT

R502

3

1

10K 0.1

10K

2

0.1

Q501

2

3

2SA1338

Q4

3

2SA1338

+24V

MIN_W:0.635

1

2

1

MIN_W:0.635

1 2

D3

1

OVP

NOMOUNT

MIN_W:0.635mm

NOMOUNT

D501

3

SS100MA80VACP

MIN_W:0.635mm

MIN_W:0.635

2

3

SS100MA80VACP

MIN_W:0.635

2

CN8

NOMOUNT

2M-Fan

CN3

1

CN3

2

CN8

2M-PJ

1

2

CN3

FANPOW

0VP

PJON

OVP

+5V

2

R5011

NOMOUNT

10K 0.1

A

B

C

D

E

F

G

0VP

FANALM-N FANALM-N (01GF)

CN3

3

F

G

Figure 5-3 Main controller PCB

(HBMC-3-3/7) Rev. 2 Cicuit Diagram

H

- 31 -

1

2

3456 87 9X

Y

1

A

R520

(01XE) VD0-P

B

(01XE) VD1-P

(01XE) VCLK-P

12

0

R519

12

0

R513

12

0

NOMOUNT

2

+5V

SS100MA80VKCP SS100MA80VKCP

3

1

2

D1 D2

NOMOUNT

3456 87 9X

(01GE) EEPRMDT-P

CN6

1

NOMOUNT

3

2

CN6

14F-LED

6

7

8

HDDT0-P

HDDT1-P

HDCLK-P

(01GE) EEPRMCS-P

2

R537

1

5.1K 0.1

+5V

2 1

C522

R539

12

IC4

3

DI

6

NC1

1

C8

8

VCC

5

GND1

7

NC2

0.1µ 50

4

DO

2

10K 0.1

Y

A

B

R512

(01XE) VLD-P

C

(01XF) VSTB1-N

(01XE) VSTB2-N

(01XE) VSTB3-N

D

(01XE) VSTB4-N

E

12

0

D4

1

SS100MA80VACP SS100MA80VACP

2

3

0V

+5V

NOMOUNTNOMOUNT

D5

1

2

3

MIN_W:1.27mm

CN6

HDLD-P

9

STB1-N

10

STB2-N

11

STB3-N

12

STB4-N

13

5V

3

0V

(01GE) EEPRMCLK-P

R538

12

5.1K 0.1

0V

C

D

E

MIN_W:1.27mm

C526

0V

0VP

FG1

1

FG2

1

2

1

50

0.1µ

MIN_W:1.27mm

FG

F

G

H

1+

C1

2

10

3300µ

C16

12

0.01µ 250

MIN_W:1.27mm

C8

MIN_W:1.27mm

12

0.01µ 250

CN6

5V

4

F

0V

5

0VP

1

G

0VP

2

FG

14

Figure 5-4 Main controller PCB

(HBMC-3-4/7) Rev. 2 Cicuit Diagram

H

- 32 -

1

2

3456 87 9X

Y

1

A

+5V

CN4

36F-Centro

R30

21

B

C

PDATA8-P

PDATA7-P

PDATA6-P

PDATA5-P

PDATA4-P

PDATA3-P

PDATA2-P

PDATA1-P

CN4

9

8

7

6

5

4

3

2

22 0.1

R31

21

22 0.1

R29

21

22 0.1

R28

21

22 0.1

R25

21

22 0.1

R26

21

22 0.1

R27

21

22 0.1

R24

21

22 0.1

2

R516

R509

R507

21

3.3K 0.1

3456 87 9X

CN4

36F-Centro

CN4

SG

16

CN4

SG

19

R508

R517

R518

21

3.3K 0.1

R524

21

3.3K 0.1

R523

21

3.3K 0.1

PDATA8-P(018D)

PDATA7-P (018D)

PDATA6-P(018D)

PDATA5-P (018D)

PDATA4-P(018D)

PDATA3-P (018D)

PDATA2-P(018D)

PDATA1-P (018D)

+5V

2

C505

1

0V

0.1µ 50

+5V

1

12

CN4 CN4 CN4 CN4 CN4

CN4 CN4 CN4

CN4 CN4

SG

20

SG

21

SG

22

SG

23

SG

24

SG

25

SG

26

SG

27

SG

28

SG

29

SG

30

SG

33

N/C

15

N/C

34

Y

A

B

C

D

E

F

G

H

STB-N

IPRIME-N

SELIN-N

AUTOFEED-P

CN4

R38

R37

R35

R36

R43

2

3.3K 0.1

+5V

(01XE) BUSY-P

2

R506

1K 0.1

1

R504

12

31

36

14

R528

12

100 0.1

1K 0.1

R514

21

1K 0.1

R505

12

3.3K 0.1 R521

12

10K 0.1

R515

12

3.3K 0.1

R522

1

10K 0.1

+5V

2

1

C515

0V

R527

21 1K 0.1

560p 50

2 1

C507

NOMOUNTNOMOUNT

0V

2 1

C508

0V

2 1

C506

0V

560p 50

PSTB-N (018E)

IPRIME-N (018E)

1000p 50

SELIN-N (018E)

AUTOFD-N (018E)

Vcc=+5V , Ground=0V

IC7

56

OC

07

(01XE) ACK-N

(01XE) PE-P

(01XE) SEL-P

(01XE) FAULT-N

FG

Vcc=+5V , Ground=0V

IC7

13 12

OC

07

IC7

12

OC

07

IC7

34

OC

07

IC7

11 10

OC

07

IC7

98

OC

07

250

C7

12

0.01µ

0V

+5V

C17

12

250

0.01µ

3.3K 0.1

R42 0

3.3K 0.1

R44

3.3K 0.1

MIN_W:1.27mm

CN4

HILEVEL

35

CN4

BUSY-P

11

CN4

ACK-N

10

CN4

PE-P

12

CN4

SEL-P

13

CN4

FAULT-N

32

CN4

5V

18

CN4

FG

17

CN4

FG

37

CN4

FG

38

Figure 5-5 Main controller PCB

(HBMC-3-5/7) Rev. 2

D

E

F

G

Cicuit Diagram

H

- 33 -

1

2

3456 87 9X

Y

1

2

3456 87 9X

Y

A

IC8

DS8925

2

(01GF) TXD-P

(016F) XCLK-P

(06YE) RXD+

B

C

+5V

C512

1000p 50

NOMOUNT

IC9

7660

8

V+

21

7

OSC

6

LV

2

CAP+

C6

21+

4

10µ 16

CAP-

3

GND

VOUT

5

2

16

C5

+

1

10µ

2

C516

1

+5V+5V

21

C517

0.1µ 50

(06YF) RXD-

0V

DIN1

3

DEN1

4

DIN2

12

RIN1-

11

RIN2+

10

RIN2-

9

RIN3+

16

VCC

8

GND

1

VEE

DOUT1+

DOUT1DOUT2-

ROUT1 ROUT2 ROUT3

15 14 13

5 6 7

RXD-P (01GF)

R525

12

22 0.1

R532

12

22 0.1

C518

R529

12

220 0.1

C521

0V

2

1

0V

2 1

150p 50

R534

12

22 0.1

R530

12

22 0.1

R531

12

22 0.1

CN5

TCS7187-01-201

CN5

TXD+

6

CN5

TXD-

3

CN5

XCLK-N

1

A

B

C

2

C519

0V

1

150p 50

0V

D

SW1 1 2

1

342

DIPSW2 (014D) DIPSW1 (014D)

0V

+5V

R544

12

0

NOMOUNT

CN5

+5V

7

SG

4

D

+5V

0V

R100R101

2.2K2.2K RXD+ (065B)

E

RXD+

CN5

8

0.1220

R536

12

CN5

RXD-

F

HSK-IN

CN5

5

2

0.1

R535

220

12

RXD- (065B)

F

-5V

CN5

FG

9

CN5

FG

10

CN5

FG

11

FG

G

Figure 5-6 Main controller PCB

(HBMC-3-6/7) Rev. 2 Cicuit Diagram

H

- 34 -

1

2

3456 87 9X

Y

1

2

3456 87 9X

Y

A

B

C

(01XG) TR1PWM-P

D

(01XF) CHPWM-P

E

(01XG) TR2PWM-P

F

(016F) DCLED

G

H

(01XG) SDB1-P

(01XG) SDB2-P

(01XG) DBPWM-P

2

R39

1122

1K 0.1

R40

1

2

0.11K

C11

1

2

0.047µ 50 R41

0.1300

C10

2

1

0.022µ 50 R34

12

0.1220

C18

2

1

0.022µ 50 R32

21

0.1300

C19

1

2

0.022µ 50 R33

21

0.1300

NOMOUNT NOMOUNT

Q2

3

22K

R22

10K

22K

1

0V

R5

12

0

IC1

OC

LS07

NOMOUNT

R3

12

0

IC1

34

OC

LS07

NOMOUNT

R7

12

0

1256

IC1

OC

LS07

NOMOUNT

+5V

R10

R9

12

0

IC1

98

OC

12

LS07

NOMOUNT

R13

12

0

IC1

11 10

OC

R14

12

LS07

NOMOUNT

R11

12

0

IC1

13 12

OC

R12

12

510 0.1

LS07

NOMOUNT

Vcc=+5V , Ground=0V

+24V

1

(016G) LED-P LED-P

2

0.1

Q1

3

12

2SA1338

NOMOUNT

+5V

C9

12

+5V

R6

12

R4

R8

12

3.3K 0.1

510 0.1

NOMOUNT NOMOUNT

NOMOUNT

0.1µ 50

0V

CN1

High-voltage

NOMOUNT

3.3K 0.1

CN1

SDB1-P

18

12

NOMOUNT

3.3K 0.1

CN1

SDB2-P

20

NOMOUNT

CN1

DBPWM-P

14

CN1

TR1PWM-P

8

(016F) HEATON-P

CN1

CHPWM-P

2

CN1

TR2PWM-P

4

TR-ISEN

CN1 CN1

12

3

TR-VSEN (014E) TR-VSEN

TR-ISEN (014E)

+5V

CN1

22

CN1

DCLED-P

6

CN1

TEMP TEMP (013E)

TNRSNS-N

PSIN-N

WRSNS-N

PSOUT-N PSOUT-N (014D)

CN1 CN1

CN1 CN1 CN1 CN1 CN1

13

CN1

21

CN1

19

CN1

16

CN1

1

CN1

23

5V

15

5V

17

0V

5

0V

7

0V

9

0V

10

0V

11

R16

R15

12

10K 0.1

CVOPN-N (014D)CVOPN-N

R17

R18

12

10K 0.1

R19

12

100K 0.1

TNRSNS-N (014D)

PSIN-N (014D)

WRSNS-N (014D)

R545

12

4.7K 0.1

R503

12

0V

R56

21

200K 0.1

10K 0.1

+5V

R21

21

1K 0.1

R20

21

1.2K 0.1

A

24V

CN2

Power

CN2

+24V

6

12+

C2

47µ 50

B

CN2

0VP

5

0VP

CN2

5V

1

C

D

IC20 5

6

+5V

CN2

NC

5V

2

CN2

0V

3

CN2

0V

4

CN2

7

2

C502

1

12+

C3

0.1µ 50

47µ 16

1 0V

+5V

8

+

-

393

7

4

0V

IC20 3

2

+5V

2

8

+

-

393

1

4

R23

1

1K 0.1

Q3

22K

2

3

22K

CN2

8

HEATON-N

E

1

0V

F

0V

G

Figure 5-7 Main controller PCB

(HBMC-3-7/7) Rev. 2 Cicuit Diagram

H

- 35 -

1

2

3456 87 9X

Y

1

NOMOUNT

IC4

5117400AS

IC3

514400J

25 24

3 2

I/O4 I/O3 I/O2 I/O1

8 21 19 18 17 16 15 12 11 10

9

4 22

1 13 14 26

A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 A0

WE OE

VCC1 VCC2 VSS1 VSS2

A9 A8 A7 A6 A5 A4 A3 A2 A1 A0

WE OE

VCC VSS

RAS CAS

0V0V

0V

C2

0.1

µ

25

(012A,016C) O-A10 (012B,014C,016C,018C) O-A09 (012C,014C,016C,018C) O-A04 (012B,014C,016C,018C) O-A08 (012B,014C,016C,018C) O-A07 (012B,014C,016C,018C) O-A06 (012B,014C,016C,018C) O-A05 (012C,014C,016C,018C) O-A03 (012C,014C,016C,018C) O-A02 (012C,014C,016C,018C) O-A01 (012C,014C,016C,018C) O-A00

(012E,014D,016D,018D) O-WRN

IC2

5117400AS

25 24

3 2

I/O4 I/O3 I/O2 I/O1

8 21 19 18 17 16 15 12 11 10

9

4 22

1 13 14 26

A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 A0

WE OE

VCC1 VCC2 VSS1 VSS2

RAS CAS

(012A,01XC) O-A10

(012B,014C,018C,01XC) O-A09

(012C,014C,018C,01XC) O-A04

(012B,014C,018C,01XC) O-A08 (012B,014C,018C,01XC) O-A07 (012B,014C,018C,01XC) O-A06

(012B,014C,018C,01XC) O-A05 (012C,014C,018C,01XC) O-A03 (012C,014C,018C,01XC) O-A02 (012C,014C,018C,01XC) O-A01 (012C,014C,018C,01XC) O-A00

(012E,014D,018D,01XD) O-WRN

(012B,014C,016C,01XC) O-A09 (012B,014C,016C,01XC) O-A08 (012B,014C,016C,01XC) O-A07 (012B,014C,016C,01XC) O-A06 (012B,014C,016C,01XC) O-A05 (012C,014C,016C,01XC) O-A04 (012C,014C,016C,01XC) O-A03 (012C,014C,016C,01XC) O-A02 (012C,014C,016C,01XC) O-A01

(012C,014C,016C,01XC) O-A00

(012E,014D,016D,01XD) O-WRN

+5VB

NOMOUNT

O-D03 (012D) O-D02 (012D) O-D01 (012D) O-D00

(012E) O-RAS1N

(012D) O-RAS2N

(012E) O-CASN

IC1

514400J

I/O4 I/O3 I/O2 I/O1

A9 A8 A7 A6 A5 A4 A3 A2 A1 A0

WE OE

VCC VSS

RAS CAS

0V

C1

0.1

µ

25

(012B,016C,018C,01XC) O-A09 (012B,016C,018C,01XC) O-A08 (012B,016C,018C,01XC) O-A07 (012B,016C,018C,01XC) O-A06 (012B,016C,018C,01XC) O-A05 (012C,016C,018C,01XC) O-A04 (012C,016C,018C,01XC) O-A03 (012C,016C,018C,01XC) O-A02 (012C,016C,018C,01XC) O-A01

(012C,016C,018C,01XC) O-A00

(012E,016D,018D,01XD) O-WRN

+5VB

0V

523 523

CN1

TX24-30R-LT1-H1

O-A10 (016C,01XC)

O-A09 (014C,016C,018C,01XC)

O-A08 (014C,016C,018C,01XC)

O-A07 (014C,016C,018C,01XC)

O-A06 (014C,016C,018C,01XC)

O-A05 (014C,016C,018C,01XC)

O-A04 (014C,016C,018C,01XC)

O-A03 (014C,016C,018C,01XC)

O-A02 (014C,016C,018C,01XC)

O-A01 (014C,016C,018C,01XC)

O-A00 (014C,016C,018C,01XC)

O-D03

O-D02 (014B)

O-D01 (014B)

O-D00 (014B)

O-RAS2N (014E)

O-RAS1N (014E)

O-CASN (014E)

O-WRN (014D,016D,018D,01XD)

CN1

24

25

26

27

28

29

30

12

11

10

9

3

2

1

6

21

19

17

8

18

15

14

13

5

4

16

23

22

20

1

31

32

DRAM-A10

DRAM-A09

DRAM-A08

DRAM-A07

DRAM-A06

DRAM-A05

DRAM-A04

DRAM-A03

DRAM-A02

DRAM-A01

DRAM-A00

DRAM-D03

DRAM-D02

DRAM-D01

DRAM-D00

RAS2N

RAS1N

CASN

DRAM-WRN

OE

VCC

GND

2

3456 87 9X

Y

A

B

C

D

E

F

B

C

D

E

F

G

Figure 5-8 Option RAM PCB

(HBRB-3-1/1) Rev. 1 Cicuit Diagram

H

1

2

3456 87 9X

- 36 -

Y

H

1

2

3456 87 9X

Y

H5V

A

Q10

DBPWM-P

SDB1-P SDB2-P

B

(017D) VSEN TR-VSEN

(01XE) ISEN TR-ISEN

(015G) TNRSNS TNRSNS-N

C

D

E

F

G

H

(015G) PSIN PSIN-N

(015G) WRSNS WRSNS-N

(015G) PSOUT

H5V

G

(012F) THERM TEMP

+5V

G

TH

CN2

2

TR1PWM-P TR2PWM-P

CHPWM-P

R118

12

4.7K 0.25

DCLED-P

CN2

1

5V

CN1 CN1 CN1 CN1 CN1 CN1

CN1

12

CN1

21

CN1

3

CN1

5

CN1

8

CN1

PSOUT-N

23

CN1

5V

CN1

5V

CN1

CVOPN-N

1

CN1

11

CN1

LED-P

CN1

0V

CN1

0V

CN1

0V

CN1

0V

CN1

0V

THERM (011D)

10

6

4 16 20 22

7 9

2

18

13 14 15 17 19

1

LED

12

SEL3910D-YZ

G

GND

+5V

G

2

R47

1

2

CVSW

130 0.25

N.C

N.O

G

GND

G

GND

PS1

SG-206

+5V

3

2

H5V

G

Q21

2

3

2SC1815-Y

G

H5V

G

2

1

EU02A

21

D59

G

GND

Q17 3

2SC2235-Y

CN3

LED24V

1

CN3

GND

2

TNRSNS (011C) PSIN (011C)

2

R48

PS2

1

3

SG-206

2

4

130 0.25

1

PS3

1

3

SG-206

2

4

PS4

1

3

SG-206

2

4

G

GND

3

4

PSOUT (011C) WRSNS (011C)

12

C312

NOMOUNT

0.1µ 50

1

G

GND

C301

2

R122

1

2

1

R102

12

330 0.25

5.1k 0.25

0.25 75K 2

R104

2

0.25

R105

0.1µ 50

1

24K

2SC2235-Y

2

C103

1

0.1µ50

VSEN (011C)

1S953/1S2075K /1S2473

1

C111

12

Q16

2

3

1

GND

2

0.1µ 50

2SC2235-Y

G

2

3

1

2SC2752

2

R121

1

5.1K 0.25

G GND

2

1

C110

D60

2

0.1µ 50

D61R234

2

1S953/1S2075K/1S2473

11

33 0.25

2

Q15

3

1

G

GND

D76

12

D71

D82

12

RD27E-B1 RD22E-B

2

D52

1

H5V

G

2

C300

0.1µ 50

1

2

100

C302

1

4700p

D62

12

EU02A

2

EU02A

1

C251

G

C-14576

L10

1000µ

EU02A

2

1

D51

1ZB300-Y/Z

Q22

3

2SC1815-Y

T2

1

2 3

4

Hi-Voltage_Trans

H5V

G

1

2

C310

2

1

3

4

Hi-Voltage_Trans

2

C311

0.1µ 50

1

2

C118

1

0.1µ 50

0.01µ100

Hi-Voltage_Trans

1

2

63

+

C237

1

2

1

5

1

470p 3.15K

6

T3

0.1µ 50

T4

1

2 3

4

R229

C236

5.1k 0.25

12

2

0.1µ5010µ

C101 1

2

470p 500

R103

12

1K 0.25

2SC1815-Y

21

R123

1k 0.25

DHM3FJ60/ESJA58-06

C113

D63

22 2

1

2

D67

1

DHM3FJ60/ESJA58-06

5

D74

6

DHM3FJ60/ESJA58-06

5

221

D72

6

2

D55

1 2

Q11

3

Q23

2

3

1

21

R124

2

C112

1

470p 6K

2

1ZB390

C119

1

11

D66 D65

1ZB390

22

12

2

3.15K

1

C114

470p

2

C117

1

470p 3.15K

G

GND

EU02A

BCR1AM-12

C106

470p 500

R116

12

330

0.25

5.1k

2

R114

1

470p 1K

2

R119

1

10M

0.25 1

2

R231

R233

1

1M

1

D56

EU02A

2

Q12

2 1

C105

22

R113

1

100K 0.25

100M 0.5

C116

R228

1

1M 0.25

100M 0.5

2

3

1

470p 1K

0.25

2

R115

1

2 1

C104

C241

CR04AM-12

Q13

3

2

0.1µ50

1

C108

1

1S953/1S2075K/1S2473

576K 0.25

22

D69 D68

11

0.047µ 50

1S953/1S2075K/1S2473

D58

0.1µ50

C115

0.25

12

39p 500

2

1

2

+5V

G

2

1

2

D83

1

2

2 1

C102

D57

1 EU02A

EU02A

2

BCR1AM-12

C240

1

39p 500

0.1µ 50

G

GND

470V

EU02A

470p 500

R100

11

3M

12

C107

470p 1K

ISEN (011C)

1

D81

2

1ZB300-Y/Z

D84

2

0.25

2

1

2

R111

1

2

R112

1

2

D87

G GND

Figure 5-9 High voltage power supply PCB

(OLHV-1/1) Rev. 6, 7

or (TLHV-1/1) Rev.3

Cicuit Diagram

1 12

D85

EU02A

1 12

10M 0.25

1

12

1

12

2

1

RD200E-B

1 12

J11 J12

J10 J9

J6 J5

J3

J4

J1

J2

J8 J7

2

A

B

C

D

E

F

G

H

- 37 -

1

2

3456 87 9X

Y

COMPONENT PARTS LIST

Drawing List

Main Control Board (HBMC PCB, Rev. 2) 4YA4121-2516G003 Option RAM Board (HBRB PCB, Rev. 1) 4YA4121-2502G003 High Voltage Power Supply Board (OLHV PCB, Rev.7) 4YA4130-1004G1

or (TLHV PCB, Rev.2) 4YA4130-1024G1

R506

R508 R507

R509 R516

R517 R518

R524 R523

R504 R505

R529

R525

R532 R531

R530 R534

R536 R535

C519 C518

C521

R515 R512

R503

C503

C509

C520

R510

R533

R537 R538

R545

C511 C510

R513 R520

R519

R522 R521

R514

C505

C526

C502

C504

C522

R546R547

R526

C513

C501

C514

C517

C516

R549

R548

R550

R528

R539

R540

R541

R542

R543

C523

C524

C525

R527

C515

C506

67

65

IC3

R33

IC2

IC11

1 2

16

CN9

SP1 : Set A side , (do not chage) SW1 : DIP SWITCH

SW1-1

C19 R32 C18 C10 R34 R39 R40 C11 R41

15 14 30 2917

Set switch UP (OFF) DOWN (ON) UP (OFF)

SW1-2

DOWN (ON)

Set SW1-1 OFF and SW1-2 OFF. (do not change)

R9

R3

C9

R5

R15

R7

R16

R17

OSC1

R51 C13 R50 C12

C14 R52

Q4 D3

SW1

12

R11

R18R19

R56

R55

contents Auto I/F conform with SW1-2 Parallel I/F Macintosh I/F

R20

R54

CN8

R13

R21

IC5

IC4

Q5

CN1

IC20

IC6

C15

C6

C5

C17

IC7

C7

R101

C1

1124

CN7

R24 R27 R26 R25 R28 R29 R31 R30 R37 R38 R35 R36 R43 R44 R42

IC9

C8

IC8

1

18

R100

C16

1

13

19

CN4

36

2

CN6

14

18

CN2

C3

C2

Q3

R23

AB

1

3

SP1

C4

IC10

R1

R2

68

HBMC Printed Circuit Board REV.2 (4YA4121-2516G3-1/2)

- 1 -

HBMC Printed Circuit Board Rev. 2

(4YA4121-2516G3-2/2-1/4)

REF.

NO.

1

2

3

4

5

6

7

8

SYMBOL TYPE/NAME PART NO. Q'TY REMARKS

D3

R513,520

R55

R24-R31,R525, R530-R532,R534

R528,R547

R526

R3,R5,R7,R9,R11,R13,R42, R50,R52,R510,R512, R546,R548-R550

R34, R529,R535,R536

SS100MA80VACP DAP202K/1SS181M

RM73B2A331J RES-MET RN

RM73B2A622J RES-MET RN

RM73B2A220J RES-MET RN

RM73B2A101J RES-MET RN

RM73B2A151J RES-MET RN

2125JPW RES-MET RN

RM73B2A221J RES-MET RN

611A0000N0001

323A5003J0331

323A5003J0622

323A5003J0220

323A5003J0101

323A5003J0151

323A5003P0001

323A5003J0221

1

2

1

13

2

1

15

4

9

R32,R33,R41

10

R23,R39,R40,R54,R504 ,R506,R514,R527

11

R533,R537,R538

12

R15-R18,R503,R521, R522,R539

13

R543

14

R19

15

R35-R38,R43,R44, R505,R507-R509, R515-R518,R523, R524

16

R20

17

R1,R2

RM73B2A301J RES-MET RN

RM73B2A102J RES-MET RN

RM73B2A512J RES-MET RN

RM73B2A103J RES-MET RN

RM73B2A223J RES-MET RN

RM73B2A104F RES-MET RN

RM73B2A332J RES-MET RN

RM73B2A122F RES-MET RN

MSF1/2B2ohmJ RES-MET OX

323A5003J0301

323A5003J0102

323A5003J0512

323A5003J0103

323A5003J0223

323A5003F0104

323A5003J0332

323A5003F0122

324A1001J0209

3

8

3

8

1

16

1

2

- 2 -

HBMC Printed Circuit Board Rev. 2

(4YA4121-2516G3-2/2-2/4)

REF.

NO.

18

19

20

21

22

23

24

25

SYMBOL TYPE/NAME PART NO. Q'TY REMARKS

R545

R21,R542

R540

R51

R541

R56

R100,R101

RM73B2A472J RES-MET RN

RM73B2A102F RES-MET RN

RM73B2A432F RES-MET RN

RM73B2A362F RES-MET RN

RM73B2A223F RES-MET RN

RM73B2A204F RES-MET RN

RD1/4Y2.2KohmJ RES-Carbon flm

323A5003J0472

323A5003F0102

323A5003F0432

323A5003F0362

323A5003F0223

323A5003F0204

321A1421J0222

1

2

1

2

26

C518,C519,C521

27

C515

28

C506

29

C10,C18,C19

30

C9,C12-C15,C501C505,C509-C511, C513,C514,C516,C517, C520,C522,C523,C525, C526

C524

31

C7,C8,C16,C17

32

C1

33

CC2012SL1H151J 50V CAP-Ceramic

CC2012SL1H561J 50V CAP-Ceramic

CK2012B1H102K 50V CAP-Ceramic

CK2012R1H223K 50V CAP-Ceramic

CK2012F1H104Z 50V CAP-Ceramic

CK2012B1H222K 50V CAP-Ceramic

TCK45F2E103ZYA 250V CAP-Ceramic

UVS1A332MHA 10V CAP-Alum (CE)

303A3007K0151

303A3007K0561

303A6008K3102

303A6008K3223

303A6008Z3104

304A1137A1332

303A6008K3222

302A4027Z5103

304A1137A1332

3

1

3

22

1

4

1

34

C2,C4

KME50VB-47 50V KME50VB-47 CE CP

- 3 -

304A1115H1470

2

HBMC Printed Circuit Board Rev. 2

(4YA4121-2516G3-2/2-3/4)

REF.

NO.

35

36

37

38

39

40

41

42

SYMBOL TYPE/NAME PART NO. Q'TY REMARKS

C5,C6

C3

C11

IC3

IC4

IC11

IC10

IC7

SME16VB-10-0A 16V

CAP-Alum (CE) 10µF

SME16VB-47-0A 16V

CAP-Alum (CE) 47µF

CK2012F1H473Z 50V CAP-Ceramic

SN74LS373NS Digital IC-BIP

93C46LDP-NW Memory-MOSEEPR

514400JP-60 Memory-MOSDRAM-S

MTD2005F Analog-BIPLIN

7407FP Digital IC-BIP

304A1123C1100

304A1123C1470

303A6008Z3473

700A0550N0373

8160303M0000

8020003N2603

720A1816N0001

700A0003N0007

2

1

43

44

45

46

47

48

49

50

51

IC5

IC20

IC6

IC8

IC9

IC2

SW1

SP1

CN1

PST592D-2 Analog-BIPLIN

UPC393G2 Analog-BIPLIN

MSM65917-015GS-K CPU-MOS (ROM ON) F

DS8925M I/F IC-BIP

ICL7660CSA Analog-MOSLIN

LH531H9W Memory-MOSMROM

KSP02G Switch-DIP

IMSA9202B-1-03Z013GF Connector-PCB

00-5062-301-023-000 Connector-PCB

720A4037M0015

720A0523N0011

8530193N0015

710A2053N0002

730A1097N6001

8170649M0002

206A1083P0200

224A4082P0030

224A5114P0230

1

52

CN2

B8B-XH-A Connector-PCB

- 4 -

224A3530P0080

1

HBMC Printed Circuit Board Rev. 2

(4YA4121-2516G3-2/2-4/4)

REF.

NO.

53

54

55

56

57

58

59

60

SYMBOL TYPE/NAME PART NO. Q'TY REMARKS

CN6

CN8

CN4

CN7

CN9

CN5

Q5

ZC-014 Connector-PCB

00-8263-0211-00-000 Connector-PCB

57RE-40360-830B-D29A Connector-RECT

00-8263-0411-00-000 Connector-PCB

TX25-30P-LT-H1 Connector-PCB

MD-S8000-10 Connector-RND

DTC124EK TR-NPN/H-FREQ

224A3590P0140

224A3358P0020

2201001P0361

224A3358P0040

224A4172P0300

2211000P0080

602A1035N0004

1

61

62

63

64

65

66

67

68

Q4

Q3

OSC1

2SA1338 TR-PNP/H FREQ

DTC123YK TR-NPN/H-FREQ

CST10.0MTW OSC-Ceramic

DICF-32CS-E Socket-SEMICON

TW-VF-23-210-B CONN PAR

IMSA-9206H-GF Connector-PCB

600A1032N0010

602A1035N0019

381A1045B0014

245A1221P0320

238A1123P0002

224A4080P0020

1

- 5 -

REF.

NO.

SYMBOL TYPE/NAME PART NO. Q'TY REMARKS

C1

IC2

115 214 16 30 17 29

CN1

HBRB-3 Printed Circuit Board REV.1 (4YA4121-2502G3-1/2)

- 6 -

HBRB-3 Printed Circuit Board Rev. 1

(4YA4121-2502G3-2/2-1/1)

REF.

NO.

1

2

3

SYMBOL TYPE/NAME PART NO. Q'TY REMARKS

IC2

C1

CN1

5117400JP-60 MOS-D-RAM

CK2012F1E104Z CK Capacitor

TX24-30R-LT1-H1 PC Connector

8020003N4601

303A6008Z2104

224A4171P0300

1

- 7 -

REF.

NO.

SYMBOL TYPE/NAME PART NO. Q'TY REMARKS

J32

C241

R231

D81

C

C240

J11

PS4

J30

J31

D52

J22

D58

C106

C102

J12

D83

J9

L10

Q10

R104

2 1

C101

J29

J26

D56

R233

J10

Q13

C108

Q12

R124

R123

R116

C104

C

C103

PS1

R103

C105

Q11

R102

D55

D51

R47

C237

Q23

Q22

R122

Q21

LED

J28

R229

PS2

C

R118

J21

J27

R121

C110

D60

R105

D85

D61

D57

D84

J7

R113 J3

J4

C236

R234

CN1

J23

C301

J8

J5

C113

C111

R100

J6

C300

J24

23

C107

D63

Q17

R111

D67

T2

J25

R112

R114

C112

D59

C119

R228

C302

D65

R119

D66

C114

D74

C117

D72

CVSW

PS3

J43

D82

C

J2

Q15

C118

C311

J35J33

C310

J36

J40

D62

D76

D69

J41

Q16

D71

C116

J1

D87

T4

J34

T3

C115

C251

J38

J37

D68

R115

R48

CN2

J42

J39

OLHV Printed Circuit Board or REV.7 (4YA4130-1004G1-1/2)

- 8 -

TLHV Printed Circuit Board REV.3 (4YA4130-1024G1-1/2)

OLHV Printed Circuit Board Rev. 7

(4YA4130-1004G1-2/2-1/4)

REF.

NO.

1

D60,D61,D68,D69

2

D63, D67, D72, D74

3

D51, D55-59, D62, D71, D81,D84

4

D52,D85

5

6

D65,D66

D87

7

8

D76

SYMBOL TYPE/NAME PART NO. Q'TY REMARKS

1S953/1S2075K/1S2473 Signal Diode

DHM3FJ60/ESJA58-06 Rectifier Diode

EU02A Rectifier Diode

1ZB300-Y/Z Zener Diode

1ZB390 Zener Diode

RD200E-B Zener Diode

RD22E-B2 Zener Diode

611A0003L0001

610A0003M0002

610A0226M0016

613A2003M0001

613A2258M0350

613A1231L0522

613A1231L0262B

4

10

2

1

D82

9

10

D83

11

12

R234

13

R47,R48

14

R102,R116,R121

15

R103,R123

16

R118

17

RD27E-B1 Zener Diode

ERZV05D471 Varistor-Resistor

RD1/4Y33ΩJ

RD Resistor

RD1/4Y130ΩJ

RD Resistor

RD1/4Y330ΩJ

RD Resistor

RD1/4Y1KΩJ

RD Resistor

RD1/4Y4.7KΩJ

RD Resistor

613A1231L0282A

6320229M0001

321A1421J0330

321A1421J0131

321A1421J0331

321A1421J0102

321A1421J0472

1

2

3

2

1

R122,R124,R229

18

RD1/4Y5.1KΩJ

RD Resistor

- 9 -

321A1421J0512

3

OLHV Printed Circuit Board Rev. 7

(4YA4130-1004G1-2/2-2/4)

REF.

NO.

19

20

21

22

23

24

25

26

SYMBOL TYPE/NAME PART NO. Q'TY REMARKS

R105

R104

R113

R228,R233

R100

R115

R111,R112,R231

R114,R119

RD1/4Y24KΩJ

RD Resistor

RD1/4Y75KΩJ

RD Resistor

RD1/4Y100KΩJ

RD Resistor

RD1/4Y1MΩJ

RD Resistor

RD1/4Y3MΩJ

RD Resistor

RNL1/4C3F576KΩ

RN Resistor

HMP1/4-106J RN Resistor

HV-38-100MK RK Resistor

321A1421J0243

321A1421J0753

321A1421J0104

321A1421J0105

321A1421J0305

323A1222F5763

323A1029J0106

326A3021K0107

1

2

1

3

2

27

28

C105,C107,C119

29

C113,C114,C117

30

C112

31

C240,C241

32

C101,C102,C106

33

C103,C104,C108,C110, C111,C115,C237,C251, C300,C301,C310,C311

34

35

C116

DE0705B471K1K 1KV CK Capacitor 470pF

DE0707B471K3K 3.15KV CK Capacitor 470pF

DE1010B471K6K 6KV CK Capacitor 470pF

DD05-63SL390J500 CC Capacitor 39pF

DD05-63B471K500 500V CK Capacitor 470pF

FK16Y5V1H104Z CK Capacitor

FK16Y5V1H473Z CK Capacitor

302A4028K0471A

302A4028K2471

302A4028K4471

302A1202K0390

302A4003K6471

303A4019Z3104

303A4019Z3473

3

1

2

3

12

1

- 10 -

OLHV Printed Circuit Board Rev. 7

(4YA430-1004G1-2/2-3/4)

REF.

NO.

36

37

38

39

40

41

42

43

SYMBOL TYPE/NAME PART NO. Q'TY REMARKS

C118

C302

C236

Q11,Q13

Q12

Q21-Q23

Q15-Q17

CQMF92PP2A103J-F0

CQ Capacitor 0.010µF

CQMF92PP2A472J-F0

CQ Capacitor 0.0047µF

SME63VB-10-0A 63V

CE Capacitor 10µF

BCR1AM-12/MAC97-008 Gate Thyristor SW

CR04AM-12 Gate Thyristor OFF

2SC1815-Y NPN-HF-TR

2SC2235-Y NPN-HF-TR

306A4103J2103

306A4103J2472

304A1123J1100

622A0003M0001

620A0022M0008

602A1025M0006Y

602A1125M0039Y

1

2

1

3

44

45

46

47

48

49

50

51

52

Q10

L10

T2,T3,T4

PS1-PS4

2SC2752 NPN-HF-TR

C-14576 P Coil

High Voltage Transformer

SG-206 Photocoupler

602A1223M0039

350A2511P0102

4YB4049-7078P003

652A0114M0003

1

3

4

53

- 11 -

OLHV Printed Circuit Board Rev. 7

(4YA4130-1004G1-2/2-4/4)

REF.

NO.

54

55

56

57

58

59

60

61

SYMBOL TYPE/NAME PART NO. Q'TY REMARKS

CVSW

LED

CN1

CN2

SS-5GL13 Microswitch

SEL3910D-YZ LED

23FE-BT-VK-N PC Connector

53254-0210 PC Connector

207A1025P0001

650A0229M0018

224A4134P0230

224A4407P0020

1

62

63

64

J1,J2

J3-J12

J21-J43

0.65 Tin-plated Annealed Copper Wire

TA-0.65

2

10

23

- 12 -

TLHV Printed Circuit Board Rev. 3

(4YA4130-1024G1-2/2-1/4)

REF.

NO.

1

2

3

4

5

6

7

8

SYMBOL TYPE/NAME PART NO. Q'TY REMARKS

D60,D61,D68,D69

D63, D67, D72, D74

D51, D55-59, D62, D71, D81,D84

D52,D85

D65,D66

D87

D76

D82

1S953/1S2075K/1S2473 Rectifyingl Diode

DHM3FJ60/ESJA58-06 Rectifying Diode

EU02A Rectifying Diode

1ZB300-Y/Z Zener Diode

1ZB390 Zener Diode

RD200E-B Zener Diode

RD22E-B2 Zener Diode

RD27E-B1 Zener Diode

611A0003L0001

610A0003M0002

610A0226M0016

613A2003M0001

613A2258M0350

613A1231L0522

613A1231L0262B

613A1231L0282A

4

10

2

1

9

D83

10

11

R234

12

R47,R48

13

R102,R116,R121

14

R103,R123

15

R118

16

R122,R124,R229

17

ERZV05D471 Zener Diode

RD1/4Y33ΩJ

RD Resistor

RD1/4Y130ΩJ

RD Resistor

RD1/4Y330ΩJ

RD Resistor

RD1/4Y1KΩJ

RD Resistor

RD1/4Y4.7KΩJ

RD Resistor

RD1/4Y5.1KΩJ

RD Resistor

6320229M0001

321A1421J0330

321A1421J0131

321A1421J0331

321A1421J0102

321A1421J0472

321A1421J0512

1

2

3

2

1

3

18

R105

RD1/4Y24KΩJ

RD Resistor

- 13 -

321A1421J0243

1

TLHV Printed Circuit Board Rev. 3

(4YA4130-1024G1-2/2-2/4)

REF.

NO.

19

20

21

22

23

24

25

26

SYMBOL TYPE/NAME PART NO. Q'TY REMARKS

R104

R113

R228,R233

R100

R115

R111,R112,R231

R114,R119

RD1/4Y75KΩJ

RD Resistor

RD1/4Y100KΩJ

RD Resistor

RD1/4Y1MΩJ

RD Resistor

RD1/4Y3MΩJ

RD Resistor

RNL1/4C3F576KΩF

RN Resistor

HMP1/4-106J RN Resistor

HV-38-100MK RK Resistor

321A1421J0753

321A1421J0104

321A1421J0105

321A1421J0305

323A1222F5763

323A1029J0106

326A3021K0107

1

2

1

3

2

27

C105,C107,C119

28

C113,C114,C117

29

C112

30

C240,C241

31

C101,C102,C106

32

C103,C104,C108,C110, C111,C115,C237,C251, C300,C301,C310,C311

33

C116

34

C118

35

C302

CCHNY5P4B471KTB 1KV CK Capacitor 470pF

DE0707B471K3K 3.15KV CK Capacitor 470pF

DE1010B471K6K 6KV CK Capacitor 470pF

CCTLSL4B390JTB 500V CC Capacitor 39pF

CCHLY5P4B471KTB 500V CK Capacitor 470pF

FK16Y5V1H104Z CK Capacitor

FK16Y5V1H473Z CK Capacitor

MY2A103J-T

CQ Capacitor 0.010µF

CQMF92PP2A472J-FO

CQ Capacitor 0.0047µF

302A4058K7471A

302A4028K2471

302A4028K4471

302A1017K6390

302A4057K6471

303A4019Z3104

303A4019Z3473

3062001J2103

306A4103J2472

3

1

2

3

12

1

- 14 -

TLHV Printed Circuit Board Rev. 3

(4YA430-1024G1-2/2-3/4)

REF.

NO.

36

37

38

39

40

41

42

43

SYMBOL TYPE/NAME PART NO. Q'TY REMARKS

C236

Q11,Q13

Q12

Q21-Q23

Q15-Q17

Q10

UVX1J100MTO511(5.0) 63V

CE Capacitor 10µF

BCR1AM-12/MAC97-008 Bi-Directional Thyristor

CR04AM-12 Gate Thyristor

2SC1740S Transistor

2SD2451 Trsnsistor

2SC2752 Transistor

3041001J1100

622A0003M0001

620A0022M0008

602A1035M0002

603A1135M0010

602A1223M0039

1

2

1

3

1

44

45

46

47

48

49

50

51

52

L10

T2,T3,T4

PS1-PS4

CVSW

C-14576 P Coil

High Voltage Transformer

RPI-574/#9568 Photocoupler

SM-05S-04A-9 Microswitch

350A2511P0102

4YB4049-7078P003

652A0103M0002

207A2020P0001

1

3

4

1

53

- 15 -

TLHV Printed Circuit Board Rev. 3

(4YA4130-1024G1-2/2-4/4)

REF.

NO.

54

55

56

57

58

59

60

61

SYMBOL TYPE/NAME PART NO. Q'TY REMARKS

LED

CN1

CN2

J1,J2

J3-J12

SEL3910D-YZ LED

23FE-BT-VK-N Printed-Circuit Board Connector

53254-0210 Printed-Circuit Board Connector

0.6 Short Wire

650A0229M0018

224A4134P0230

224A4407P0020

TA-0.6

1

2

10

62

63

64

J21-J43

0.6 Short Wire

TA-0.6

23

- 16 -

8-97 Printed in Japan

OKI 4m, 4wplus Maintenance Manual

Important Note!

Wichtiger Hinweis!

CONTENTS

1. OUTLINE

2. TOOLS

3. CIRCUIT DESCRIPTION

3.1 Outline

3.2 CPU and Memory

3.3 Reset Control

3.4 EEPROM Control

3.5 Parallel Interface

3.6 Macintosh Interface

3.7 LED Lamp Control

3.8 LED Head Control

3.10 Fuser Temperature Control

3.11 Sensor Control

3.12 Cover Open

3.13 Power Supply Part

4. TROUBLESHOOTING

4.1 Troubleshooting Table

4.2 Troubleshooting Flowchart

5. CIRCUIT DIAGRAM

COMPONENT PARTS LIST