KEYENCE CV-X100 Series - Manual (Page 6)

6
OUTPUT connector
• Socket block:
ETB85090K101Z
(EXCEL CELL
ELECTRONICS)
• Suitable wiring
AWG 16 - 28
• Terminal block screw torque
0.25 Nm or less
INPUT connector
• Socket block:
ETB85080K101Z
(EXCEL CELL
ELECTRONICS)
• Suitable wiring
AWG 16 - 28
• Terminal block screw torque
0.25 Nm or less
Pin Settings
OUTPUT connector
INPUT connector
Input Circuit
Input circuit diagram
Circuit A (F_IN0 to 3 only, EV compatible)
• Max. imposed voltage: 26.4 V
• ON voltage: 10.8 V or greater
• ON current: 3 mA or greater
• OFF voltage: 5 V or less
• OFF current: 1 mA or less
Circuit B (other inputs)
• Max. imposed voltage: 26.4 V
• ON voltage: 10.8 V or greater
• ON current: 2 mA or greater
• OFF voltage: 3 V or less
• OFF current: 0.3 mA or less
Output Circuit
Output circuit diagram (NPN output type)
Circuit C (F_OUT0 to 3 only)
• Max. imposed voltage: 30 V
• Leakage current: 50 mA
• Leakage current: 0.1 mA or
less
• Residual voltage:
1.4 V or less (50 mA)
1.0 V or less (20 mA)
Circuit D (Other outputs)
• Max. imposed voltage: 30 V
• Leakage current: 50 mA
• Leakage current: 0.1 mA or
less
• Residual voltage:
1.4 V or less (50 mA)
1.0 V or less (20 mA)
Output circuit diagram (PNP output type, controllers with a "P" at
the end of the part number)
Circuit C (F_OUT0 to 3 only)
• Max. imposed voltage: 30 V
• Leakage current: 50 mA
• Leakage current: 0.1 mA or
less
• Residual voltage:
1.4 V or less (50 mA)
1.0 V or less (20 mA)
Circuit D (Other outputs)
• Max. imposed voltage: 30 V
• Leakage current: 50 mA
• Leakage current: 0.1 mA or
less
• Residual voltage:
1.4 V or less (50 mA)
1.0 V or less (20 mA)
*1: It is the default assigned value on the terminal where the
signal assignment can be changed. These assignments may
vary if the Global settings have been changed.
*2: For more details about the signal description, see the " CV-X
Series User's Manual " .
No. Terminal
name Signal Terminal block
display at time
of shipment Signal
description
*2
Circuit
diagram
1 OUT22 STO STO Output timing indicator D
2 OUT23 OR OR Total status output D
3 F_OUT2 ERROR *1 ERR Error output *1 C
4 F_OUT3 RUN *1 RUN Run mode output *1 C
5 COMOUT1 – COMOUT Common for terminal
block outputs –
6 F_OUT0 FLASH 1 FLS1 Strobe light output for
trigger 1 C
7 F_OUT1 FLASH 2 FLS2 Strobe light output for
trigger 2 C
8 COMOUT_
F+ – (COMF+) + common for terminal
output –
9 COMOUT_
F- – (COMF-) - common for terminal
output –
• Power source 0V, COMOUT1, COMOUT_F+, and
COMOUT_F- are all isolated.
• COMOUT1 is the common terminal for output for OUTPUT
connectors 1 to 2.
• COMOUT_F+ and COMOUT_F- are the common terminals for
OUTPUT connectors 3 to 4 and 6 to 7.
No. Terminal
name Signal Terminal block
display at time
of shipment Signal
description
*2
Circuit
diagram
1 COMIN1 – COMIN Common for terminal
block inputs –
2 IN15 PLC *1 PLC Command read request
from PLC
*1
B
3 F_IN0 TRG1 TRG1 Trigger 1 input A
4 F_IN1 TRG2 TRG2 Trigger 2 input A
5 F_IN2 TEST *1 TEST Trial run input *1 A
6 F_IN3 EXT *1 EXT Disable trigger input *1 A
7 24 VDC – 24 VDC + ve power supply input
(24 VDC) –
8 0 V – 0 V + ve power supply input
(0 VDC) –
• Power source 0V and COMIN1 are all isolated.
• COMIN1 is the common terminal for inputs 2 to 6.
Reference
Reference
Reference
Input/Output Circuit
See "Parallel I/O Interface" (page 5) and "Terminal Block
Interface" (page 5) for common connections.
The overcurrent protective Poly Switch is set to trip at 1 A. Use a
power supply with an output rated 1 A or more.
INPUT
COMIN1
3.9 kΩ
680 Ω
INPUT
COMIN1
6.2 kΩ
4.7 kΩ
Reference
NOTICE
COMOUT_F+
COMOUT_F-
OUT
Poly Switch
COM
OUT
Poly Switch
COMOUT_F+
COMOUT_F-
OUT
Poly Switch
OUT
Poly Switch
COM