Samsung ML-1650 Manuel D’Utilisation
7. Connection Diagram
7-1
in t he CRU
1 - GN D 5
2 - + 5 V
3 - GN D 5
4 - + 5 V
5 - GN D 5
6 - + 3 .3V
7 - GN D 24
8 - + 3 .3V
9 - GN D 24
1 0- 2 4V
1 1- GN D 2 4
1 2- 2 4V
1 3- GN D 2 4
1 4- 2 4V
1 5- F U SE R_ON
1 6- F U SE R_24
2 - + 5 V
3 - GN D 5
4 - + 5 V
5 - GN D 5
6 - + 3 .3V
7 - GN D 24
8 - + 3 .3V
9 - GN D 24
1 0- 2 4V
1 1- GN D 2 4
1 2- 2 4V
1 3- GN D 2 4
1 4- 2 4V
1 5- F U SE R_ON
1 6- F U SE R_24
Engine B’d
CN 17
1 - GN D _5
2 - GN D _5
3 - 5 V
4 - 5 V
5 - GN D _2 4
6 - GN D _2 4
7 - 2 4 V S
8 - 2 4 V S
9 - 2 4 V
1 0- 2 4V
2 - GN D _5
3 - 5 V
4 - 5 V
5 - GN D _2 4
6 - GN D _2 4
7 - 2 4 V S
8 - 2 4 V S
9 - 2 4 V
1 0- 2 4V
H VPS
CN 2
CN 1
PTL
PTL Ct rl
5V
CN 3
CN1
1 - 2 4 V S
2 - GN D _2 4
2 - GN D _2 4
3 - 5 V S
4 - GN D 5
5 - T H V _P WM
5 - T H V _P WM
6 - T H V REA D
7 - T H V _E N *
7 - T H V _E N *
8 - M H V _PW M
9 - D E V _PW M
1 0- PT L
1 0- PT L
1 1- GN D 5
1 2- GN D 5
CN 20
1 - R EA D Y*
2 - n EB SY
3 - n EM SG
4 - C C L K
4 - C C L K
5 - n CM SG
6 - n F SYN C
7 - n PRIN T
7 - n PRIN T
8 - L SY N C *
9 - T H ERM 1
9 - T H ERM 1
1 0- T H E RM 2
1 1- C OV ER_OPEN
1 2- P_EX IT *
1 2- P_EX IT *
1 3- L D ON *
1 4- PM OT OR *
1 5- L RE A DY *
1 5- L RE A DY *
1 6- L SU C L K
1 7- OU T PU T _F U L L *
1 7- OU T PU T _F U L L *
1 8- D ET _C RU
1 9- 3 .3 V
2 0- 3 .3 V
2 0- 3 .3 V
2 1- 3 .3 V
2 2- V ID EO*
2 3- V C C
2 3- V C C
2 4- V C C
2 5- nV ID E O*
2 5- nV ID E O*
2 6- GN D 5
2 7- GN D 5
2 8- GN D 5
2 8- GN D 5
CN 6
CN 25
N et w or k
I /F Car d
I /F Car d
( O p tion )
1 - N .C ,. 2 - N .C., 3- 5 V , 4 - /IOC S3, 5- D 3 1, 6- D 3 0,
7 - D 2 9, 8- GN D5 , 9 - D 28 , 1 0 - D 2 7, 11 - D 26 ,
1 2- GN D 5 ,1 3 - D 2 5, 1 4- D 24 , 1 5 - / EIR Q1, 16 - GN D 5,
1 7- A 5 , 1 8- A 4, 1 9- A 3, 20 - /E IRQ0 ,2 1 - A 2 ,22 - D 23 ,
2 3- D 22 , 2 4 - A1 7 , 2 5- D 2 1, 26 - A1 6 , 2 7- D 2 0, 28 - A 15 ,
2 9- D 19 , 3 0 - A1 4 , 3 1- D 1 8, 32 - A1 3 ,
3 3- D 17 , 3 4 - A1 2 , 3 5- D 1 6, 36 - A1 1 , 3 7- A 6 , 3 8- A 1 0,
3 9- / RESET , 40 - A 9, 41 - /W A IT , 42 - A 8, 43 - /IOC S3,
4 4- A 7 , 4 5- / IOCS3 , 4 6- N .C ., 4 7- N .C ., 48 - GN D 5 ,
4 9- A 1 8, 50 - /RD , 51 - /W E, 52 - GN D 5 , 5 3- N .C ., 5 4- N .C .,
5 5- / EIRQ1 , 5 6- GN D 5 , 5 7- N .C ., 5 8- 5 V , 5 9- 5 V , 6 0 - 5 V
( 60 pi n Co nn ec t or )
7 - D 2 9, 8- GN D5 , 9 - D 28 , 1 0 - D 2 7, 11 - D 26 ,
1 2- GN D 5 ,1 3 - D 2 5, 1 4- D 24 , 1 5 - / EIR Q1, 16 - GN D 5,
1 7- A 5 , 1 8- A 4, 1 9- A 3, 20 - /E IRQ0 ,2 1 - A 2 ,22 - D 23 ,
2 3- D 22 , 2 4 - A1 7 , 2 5- D 2 1, 26 - A1 6 , 2 7- D 2 0, 28 - A 15 ,
2 9- D 19 , 3 0 - A1 4 , 3 1- D 1 8, 32 - A1 3 ,
3 3- D 17 , 3 4 - A1 2 , 3 5- D 1 6, 36 - A1 1 , 3 7- A 6 , 3 8- A 1 0,
3 9- / RESET , 40 - A 9, 41 - /W A IT , 42 - A 8, 43 - /IOC S3,
4 4- A 7 , 4 5- / IOCS3 , 4 6- N .C ., 4 7- N .C ., 48 - GN D 5 ,
4 9- A 1 8, 50 - /RD , 51 - /W E, 52 - GN D 5 , 5 3- N .C ., 5 4- N .C .,
5 5- / EIRQ1 , 5 6- GN D 5 , 5 7- N .C ., 5 8- 5 V , 5 9- 5 V , 6 0 - 5 V
( 60 pi n Co nn ec t or )
CN 2 7
M icr o- Sw it c h
( Fo r L SU 5V S C ut)
1 - L SU _5V
2 - 5V
2 - 5V
Pan el B’d
L SU
1 - V C C
2 - GN D 5
3 - L E D 1
3 - L E D 1
4 - L E D 2
5 - L E D 3
6 - L E D 4
6 - L E D 4
7 - K E Y1
8 - K E Y2
9 - L E D 5
9 - L E D 5
1 0- K EY 3
1 - L SU _C L K
2 - L R EA D Y*
3 - P _M OT OR*
3 - P _M OT OR*
4 - GN D _2 4
5 - 2 4 V S
6 - N .C
6 - N .C
7 - L SU _V D O*
8 - L D _ON *
9 - GN D 5
9 - GN D 5
1 0- L SU _5V
1 1- H SYN C*
1 1- H SYN C*
CN 21
CN 18
1 - + 5 V
2 - SC F _STS
2 - SC F _STS
3 - SC F _CM D
4 - SC F _CL K
5 - SC F _RD Y
5 - SC F _RD Y
6 - + 2 4V S
7 - GN D 5
7 - GN D 5
8 - GN D 24
C N 7
1 - 5 V
2 - R XD
3 - T X D
3 - T X D
4 - GN D - 5 V
Thermistor
1-Therm 1
2-Therm 2
2-Therm 2
Therm 1
Therm 2
Therm 2
Jo int typ e
CN 2 4
Exi t
Senso r
1 - 5V
2 - Ex i t_s ig nal
2 - Ex i t_s ig nal
3 - GN D _5
CN 2 2
Par al l el Por t
3 6 Pi n
3 6 Pi n
HOST
(PC )
36P in
P12 84 Con.
CN 30
U SB P or t
4 Pi n
4 Pi n
4Pin
U S B Jac k
CN 31
1 - M ot or 1 _PA
2 - M ot or 1 _PA *
3 - M ot or 1 _PB*
4 - M ot or 1 _PB
2 - M ot or 1 _PA *
3 - M ot or 1 _PB*
4 - M ot or 1 _PB
CN 8
1 - N .C
2 - F A N _J
3 - N .C
3 - N .C
4 - M P_SOL _J
5 - N .C
6 - M T R_EN _A
6 - M T R_EN _A
7 - N .C
8 - M T R_PA
8 - M T R_PA
9 - SIZ E 1_J
1 0- M T R _E N _B
1 1- SIZ E2 _J
1 1- SIZ E2 _J
1 2- M T R _P B
1 3- SIZ E3 _J
1 4- + 24 V S
1 4- + 24 V S
1 5- D GN D
1 6- A GN D
1 6- A GN D
1 7- M P _E M PTY_J
1 8,19 - D GN D
2 0- 5 V
2 0- 5 V
CN 6
Fuser _Sw it ch
1 - 2 4 v
2 - N .C
3 - F U SER_2 4V S
2 - N .C
3 - F U SER_2 4V S
1 - GN D
2 - Ou tpu t_F ul l *
3 - T _SN E SOR
4 - V C C
2 - Ou tpu t_F ul l *
3 - T _SN E SOR
4 - V C C
CN 19
CN 23
T_se n
so r
Joint
B’d
C o nnect ion
Term inal
Ou tput Full
se nsor
1 - 5V
2 - Signal
3 - GN D 5
1 - 5V
2 - T _s en
3 - GN D 5
Ton er
sen s or B ’d
1- 5V
2- s ignal
3- G N D 5
CN 2
H eat L amp (Fuse r)
H OT
N e utr a l
N e utr a l
CN 5 0 2
H OT
N e utr al
N e utr al
CN 5 0 1
CN 3
CN 1
1 - 24VS
2 - MP_SOL
2 - MP_SOL
1 - MT R_PA
2 - MT R_PA *
3 - MT R_PB
4 - MT R_PB *
4 - MT R_PB *
C N7
1 - SIZ E 1
2 - SIZ E 2
3 - SIZ E 3
4 - GN D 5
4 - GN D 5
CN5
CN6
1 - F A N Con tr o l
2 - N.C .
3 - 24 V S
CN4
1 - MP_EM PT Y*
2 - GND 5
2 - GND 5
3 - 5V
CN2
1 - M T R_PA
2 - M T R_EN _A
3 - M T R_PB
4 - M T R_EN _B
4 - M T R_EN _B
5 - + 2 4V S
6 - GN D 24
6 - GN D 24
7 - + 5 V
8 - GN D 5
CN 2
CN 1
CN 28
ROM_DIMM
(Op ti on) f or Demo_SIMM
100pin slot
100pin slot
CN 29
RAM_D IMM
(Opt io n) for RAM Expand
1 - T H V _P WM *
2 - T H V _R EA D
3 - T H V EN *
3 - T H V EN *
4 - M H V _PW M
5 - D E V _PW M
6 - P T L
6 - P T L
7 - T_SEN SOR
8 - R es er v ed
8 - R es er v ed
9 - R es er v ed
1 0- GN D 2 4
C N 26
CN 4
CN 5
_
Micro Switch on Board
In-24V
Out-24VS
In-24V
Out-24VS
Feed Sensor is on B’d
Main
Solenoid
Second Cassette
Feeder(Option)
Main Motor
Connector
Joint B’d
MP Empty
Sensor
MP Solenoid
DC FAN
Size Detector
Sensor
DCU
(For System Test)
SUB_MOTOR
JOINT B’D
SUB_MOTOR
SMPS B’d
AC
110V
220V
In-Let
for USA
for EU
for USA
for EU
Power SW
Controller
B’d