Mitsubishi GOT1000 User Manual

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7.2 Wiring inside and outside the panel
7.2.1 Wiring inside
7.2 Wiring inside and outside the panel
7.2.1 Wiring inside
Run power lines, servo amplifier drive wires, and communication cables so that they do not cross each other.
Noise interference that is generated by cables that cross each other may cause malfunctions.
Surge suppressors are an effective way to filter out surge noise that is generated from no fuse breakers
(NFB), electromagnetic contactors (MC), relays (RA), solenoid valves, and induction motors.
Refer to the section to follow for surge killers.
7.2.3 Attaching surge killers to control equipment
7.2.2 Outside the panel
To pull the power line and communication cable out of the panel, make two pullout holes away from each
other and pull the cables through.
Putting both cables through the same pullout hole will increase noise interference.
Keep the power line and communication cable inside the duct at least 100 mm away from each other.
If that is not possible, the use of a metal separator inside the duct can reduce noise interference.
NFB
MC
PLC
MC RA RA
Crossing power lines and
communication cables
GOT connection cable
PLC
I/O wire
Drive control wire
NFB
MC
PLC
MC RA RA
Terminal block Terminal block
Uncrossed power lines and
communication cables
GOT connection cable
PLC I/O wire
Drive control wire
Power
cable
Power
cable
Pullout hole Pullout hole
Power line
Connection
cable
Power line
Connection
cable
100mm or more
Power line
Signal line
Wiring duct Separator
Signal linePower line
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Mitsubishi GOT1000 Specifications

General

Series	GOT1000
Power Supply	24 VDC
Type	HMI (Human Machine Interface)
Processor	RISC
Communication Interfaces	RS-232, USB
Storage Temperature	-20 to 60°C
Display Type	TFT LCD
Backlight Life	50, 000 hours
Operating Temperature	0 to 50 °C