Kyocera AD-63 Service Manual page 305

2FD/2FF/2FG
Connector Pin No.
1 GND
YC14
2 CFM2 REM
Connected
to the
cooling fan
motor 2.
A1 FSSOL2
YC16
A2 FSSOL1
Connected
A3 24V
to the
A4 GND
FSSOL,
A5 FSSW
FSSW,
A6 5V
CFM1,
A7 GND
CCSW,
A8 -
PFCL-U,
A9 5V
PFCL-L,
A10 GND
RCL,
A11 ESW
HUMSENS
A12 5V
and EM.
A13 CFM1 24V
A14 GND
A15 GND
A16 CCSW
B1 PFCL-U
B2 UP24V
B3 LO24V
B4 PFCL-L
B5 24V
B6 RCL
B7 5V
B8 HUMSENS
B9 GND
B10 ETTH
B11 EM B-D
B12 EM B
B13 EM A-D
B14 EM A
1 24V
YC31
2 MAIN SW OFF REM
Connected
3 24V
to the PSW,
4 TC REM
total
7 GND
counter*
8 SET SIG
and key
9 24V
counter*.
10 K.COUNT REM
1 OFM RET
YC32
2 OFM CLK
Connected
3 OFM CWB
to the DP*.
4 OCM ENABLE
5 OCM RET
6 OCM CLK
7 OCM CWB
8 OCM VREF
9 OCM M3
10 OCM M2
11 OCM M1
*: Optional
2-3-12
Signal I/O Voltage
- -
O
O 0/24 V DC
O 0/24 V DC
O 24 V DC
- -
I 0/5 V DC
O 5 V DC
- -
- -
- -
- -
I 0/5 V DC
O 5 V DC
O 0/24 V DC
- -
- -
I 0/5 V DC
O 0/24 V DC
O 24 V DC
O 24 V DC
O 0/24 V DC
O 24 V DC
O 0/24 V DC
O 5 V DC
I DC0Å`5V
- -
I 0 to 5 V DC
O 0/24 V DC (pulse)
O 0/24 V DC (pulse)
O 0/24 V DC (pulse)
O 0/24 V DC (pulse)
I 24 V DC
O 0/5 V DC
O 24 V DC
O 0/5 V DC
- -
I 0/5 V DC
O 24 V DC
O 0/5 V DC
O 0/5 V DC
O 0/5 V DC (pulse)
O 0/5 V DC
O 0/5 V DC
O 0/5 V DC
O 0/5 V DC (pulse)
O 0/5 V DC
O 0/5 V DC
O 0/5 V DC
O 0/5 V DC
O 0/5 V DC
Description
Ground
CFM2 ON/OFF
FSSOL release signal
FSSOL acutuate signal
24 V DC supply for FSSOL
Ground
FSSW ON/OFF
5 V DC supply for FSSW
Ground
Not used
5 V DC supply
Ground
ESW ON/OFF
5 V DC supply for ESW
CFM1 ON/OFF
Ground
Ground
CCSW ON/OFF
PFCL-U ON/OFF
24 V DC supply for PFCL-U
24 V DC supply for PFCL-L
PFCL-L ON/OFF
24 V DC supply for RCL
RCL ON/OFF
5 V DC supply for HUMSENS
HUMSENS detection voltage
Ground
ETTH detection voltage
EM coil energization pulse (_B)
EM coil energization pulse (B)
EM coil energization pulse (_A)
EM coil energization pulse (A)
24 V DC supply for PSW
PSW ON/OFF
24 V DC supply for total counter*
Total counter* signal
Ground
Key counter* connection signal
24V DC supply for key counter*
Key counter* count signal
OFM*RET signal
OFM*CLOCK signal
OFM*CWB signal
OCM*ENABLE signal
OCM*RET signal
OCM*CLOCK signal
OCM*CWB signal
OCM* current control voltage Vref
OCM* drive control signal M3
OCM* drive control signal M2
OCM* drive control signal M1