IS220PSVOH1A servo wiring board

Brand:GE
Model:IS220PSVOH1A
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

IS220PSVOH1A servo wiring board

Product manual:

Brief introduction
GE IS220PSVOH1A is a servo system wiring board produced by General Electric,
Used to connect and manage the signal and power lines between servo drives and servo motors.
This terminal block is commonly used in the motion control section of automation systems such as GE Mark VIe, Mark V, PACSystems RX3i, etc,
Ensure efficient communication and stable operation of the servo system.

2、 Technical specifications
Project parameter description
Product model IS220PSVOH1A
Type: Servo Wiring Board
Signal and power wiring between functional servo drive and motor
Compatible with systems such as GE Mark VIe, PACSystems RX3i, etc
Interface type multi pin connector, supporting encoder, feedback, and power supply
Installation form: plug-in or screw fixed
Support cable type shielding servo cable, encoder signal line
Rated voltage 24V DC (signal part) and corresponding motor voltage
Using industrial environmental standards for ambient temperature, ranging from -20 ℃ to+60 ℃
Mechanical size standard industrial board size, specific size depends on the version

3、 Functional Features
Centralized wiring management: Unify the power supply, control signals, and feedback signals of servo drives and motors for easy maintenance and troubleshooting;

Compatible with multiple encoder signals: supports incremental encoder and absolute value encoder interfaces;

Anti interference design: adopting shielding structure and grounding measures to ensure signal stability and reduce electromagnetic interference;

Modular structure: easy to install and replace quickly, supports on-site maintenance;

High reliability connection: using industrial grade connectors to ensure long-term stable operation;

Safety protection: Equipped with short-circuit and overload protection interfaces to prevent equipment damage.