
- 29 -
2CD-7713v1/GDB5F40
Instructions Manual
Example of connection to an ORIGIN sensor
■
The pin numbering of each axis is the same.
【
】
When using the ORIGIN sensor only
- CCW
direction
+ CW
direction
(
)
(
)
ORG sensor that goes OFF
+O
-
upon receipt of light
(
)
(
)
J3 X-axis , J4 Y-axis
NC
NORG
3
AWG28
22
〜
ORG
4
AWG28
22
〜
GND
5
AWG28
22
〜
6
2CD-7713v1/GDB5F40
【
】
When using the ORIGIN origin proximity signal
- CCW
direction
+ CW
direction
(
)
(
)
ORG sensor
NORG sensor
-
-
+O
+O
Sensor that goes OFF
Sensor that goes OFF
upon receipt of light
upon receipt of light
(
)
(
)
J3 X-axis , J4 Y-axis
AWG28
22
〜
NORG
3
AWG28
22
〜
ORG
4
AWG28
22
〜
GND
5
AWG28
22
〜
6
2CD-7713v1/GDB5F40
【
】
When using the P.O signal of motor driver
Circular disk with a slit
- CCW
direction
+ CW
direction
attached to the rotating shaft
(
)
(
)
ORG sensor
NORG sensor
-
-
+O
+O
Sensor that goes ON
Sensor that goes OFF
upon receipt of light
upon receipt of light
(
)
(
)
J9 X-axis , J10 Y-axis
(
)
Motor connectors
Excitation
circuit
(
)
(
)
(
)
P.O signal
J3 X-axis ,J4 Y-axis
AWG28
22
〜
NORG
3
AWG28
22
〜
ORG
4
AWG28
22
〜
GND
5
AWG28
22
〜
6
2CD-7713v1/GDB5F40
The ORG signal can be detected by phase output P.O
signal in 2CD-7713v1/GDB5F40.
・
(
)
In this case, change to the setting that detects the machine origin point by the P.O signal according
to the ORIGIN SPEC SET function.