GE IC698CHS009A

Product Overview

The GE IC698CHS009A is a robust PLC chassis designed for PACSystems RX7i control platforms. It serves as the physical and electrical backbone of the automation system, providing secure mounting, power distribution, and backplane communication for CPUs, power supplies, and I/O modules. Built for industrial reliability, this chassis ensures stable operation in mission-critical control environments.

Structural Design & Composition

The IC698CHS009A features a heavy-duty metal frame engineered to withstand vibration, electrical noise, and long-term industrial use. The integrated backplane enables high-speed data exchange between installed modules while maintaining signal integrity. Clearly defined slot positioning simplifies system expansion and configuration planning.

Slot Configuration & Capacity 

This chassis provides nine slots in total, including dedicated positions for power supply and CPU modules along with multiple I/O expansion slots. The standardized slot layout allows flexible system design and supports a wide range of PACSystems RX7i modules without modification. Its backplane architecture ensures reliable communication across all installed components.

Key Features

• Designed specifically for PACSystems RX7i PLC systems

• Rigid industrial enclosure for long-term stability

• High-speed backplane for reliable module communication

• Supports flexible system expansion and modular upgrades

• Clear labeling for simplified installation and maintenance

  
  

Typical Applications

The GE IC698CHS009A is widely used in large-scale automation systems, including:

• Manufacturing and production control lines

• Power generation and energy management systems

• Oil & gas and petrochemical plants

• Water and wastewater treatment facilities

• Transportation and infrastructure automation

Installation Guidelines

• Mounting: Designed for secure panel mounting inside industrial control cabinets.

• Module Installation: Power supplies, CPUs, and I/O modules slide directly into the backplane slots and lock into place.

• Environmental Considerations: Adequate ventilation and grounding are recommended to ensure optimal performance.

  
  

Maintenance & Reliability

The chassis itself requires no active maintenance. Periodic inspection of mounting hardware, grounding connections, and slot cleanliness is recommended. Its passive backplane design contributes to high system reliability and reduces points of failure over extended operating periods.

Operational Benefits

• Provides a stable foundation for complex PLC systems

• Simplifies system design with standardized slot architecture

• Enhances system reliability through rugged construction

• Supports scalable automation solutions for future expansion