GE IC698CHS217

Product Overview: The GE IC698CHS217 is an extended 17-slot chassis for the PACSystems RX7i system, often designated for specific regional or application-specific configurations. It provides the same high-performance serial backplane as the CHS117C but may feature updated manufacturing standards or specific compliance markings.

Category: SKU: GE IC698CHS217

Description

GE IC698CHS217 Technical Specifications:

  • Slot Count: 17 slots.
  • Backplane: High-speed serial backplane.
  • Compatibility: Fully compatible with all PACSystems RX7i CPUs and I/O modules.
  • Power Distribution: Full RX7i voltage rail support.

Functional Features:

  • Serial Backplane Architecture: Ensures high-speed, deterministic module-to-module communication.
  • Modular Expansion: Supports daisy-chaining with additional expansion racks via universal backplane modules.
  • Tool-less Module Removal: Ergonomic design allows for easy module extraction using integrated ejectors.
  • EMI Shielding: Conductive chassis design minimizes electromagnetic interference.

Application Scenarios:

  • Expansion racks for large distributed control systems.
  • Dedicated I/O racks located remotely from the main CPU rack.
  • Panel builds requiring specific chassis revisions for OEM compliance.

Performance Parameters:

  • Data Integrity: Error-checking protocols on the serial backplane ensure reliable data transmission.
  • Thermal Performance: Optimized airflow path from front to rear of installed modules.
  • Mechanical Life: Backplane connectors rated for hundreds of insertion/extraction cycles.
  • Compliance: Meets CE, UL, and CSA industrial control standards.

Material Composition & Structural Characteristics:

  • Enclosure: Ruggedized steel chassis with anti-fingerprint coating.
  • Backplane PCB: Multi-layer FR4 board with controlled impedance traces.
  • Hardware: Stainless steel mounting screws and captive hardware.
  • Labeling: Clear slot numbering and module orientation indicators.

Working Principle: Functions identically to the standard RX7i chassis, providing the physical and electrical interconnect for the control system. The serial backplane replaces traditional parallel addressing with packet-based communication, allowing for higher bandwidth and future scalability without hardware changes.

Installation Requirements:

  • Expansion Cabling: If used as an expansion rack, connect to the main rack using approved RX7i universal backplane cables.
  • Termination: Install backplane termination modules if required by the system configuration.
  • Grounding: Ensure chassis ground is bonded to the panel ground plane.
  • Labeling: Clearly label the rack as an expansion chassis for maintenance clarity.

Usage Precautions:

  • Cable Routing: Route expansion cables away from high-voltage wiring to prevent noise injection.
  • Module Compatibility: Verify that all installed modules are rated for the RX7i serial backplane.
  • Power Supply Sizing: Ensure the power supply in this rack (if locally powered) is adequately sized for the local load.
  • Handling: Handle the chassis by the edges; avoid touching backplane connectors.