GE IC695FTB1S032 Fiber terminal Block kit includes

The IC695FTB1S032 kit is a comprehensive solution for extending the I/O capabilities of the PMM335 motion controller. It includes:

  • The IC695FTB001 base module, which is the primary fiber terminal block.
  • Two high-density terminal blocks (IC694TBB032). These are screw-style terminal blocks with 32 points each for connecting wires.
  • Two high-density terminal blocks (IC694TBS032). These are spring-clamp terminal blocks, also with 32 points each, providing an alternative to screw terminals for faster wiring.
التصنيف:

الوصف

The GE IC695FTB1S032 is a Fiber I/O terminal block kit. It’s a passive, non-electronic component that serves as a high-speed, configurable I/O expansion for motion-centric applications. This kit is designed to be used with the PACMotion Multi-Axis Motion Controller (IC695PMM335) for the PACSystems RX3i series.


 

What the Kit Includes

 

The IC695FTB1S032 kit is a comprehensive solution for extending the I/O capabilities of the PMM335 motion controller. It includes:

  • The IC695FTB001 base module, which is the primary fiber terminal block.
  • Two high-density terminal blocks (IC694TBB032). These are screw-style terminal blocks with 32 points each for connecting wires.
  • Two high-density terminal blocks (IC694TBS032). These are spring-clamp terminal blocks, also with 32 points each, providing an alternative to screw terminals for faster wiring.

 

Key Features

 

The terminal block provides a fiber optic interface that allows the I/O to be distributed up to 100 meters away from the RX3i rack, significantly reducing the complexity and cost of wiring. The I/O on this block is configurable for motion-specific functions like Touch Probe inputs, Over Travel Limit switches, Home switches, and A/B/Z Quadrature Encoder inputs.

This component is crucial for complex, multi-axis motion control systems that require a high number of I/O points and robust communication in electrically noisy environments. The use of fiber optics ensures immunity to electromagnetic interference (EMI) and provides electrical isolation between connected devices.