IC697CPM924 GE Fanuc Series 90-70 CPU Module High Performance

Product Overview

GE Fanuc IC697CPM924 is a high-performance Series 90-70 CPU Module engineered for advanced industrial automation and high-speed PLC processing applications.

Built around a 32-bit architecture with a 64 MHz processor, the module delivers stable execution performance for complex control logic, floating-point calculations, and large-scale industrial sequencing tasks.

The module integrates memory backup capability, flexible communication support, and reliable system control for mission-critical automation environments.

System Architecture Snapshot

• Manufacturer: GE Fanuc
• Series: Series 90-70
• Model: IC697CPM924
• Module Category: CPU Module
• Processor Type: 32-bit CPU
• Clock Speed: 64 MHz
• RAM Capacity: 1 MB
• Floating Point Capability: Supported
• Integrated Serial Port: 1
• Battery Backup Retention: Approx. 6 months
• Battery Type: Replaceable lithium battery
• Battery Shelf Life: 10 years at 68°F ambient temperature
• Operating Temperature: 0°C to 60°C
• Clock Accuracy: 3.5 seconds/day maximum
• Elapsed Time Clock Accuracy: 0.1% maximum
• Configuration Interfaces: Serial port, parallel bus transmitter, optional Ethernet module

Functional Configuration Structure

• IC697
  • GE Fanuc Series 90-70 platform family
  • Industrial modular PLC architecture
• CPM924
  • High-speed CPU processing module
  • Integrated floating-point operation support
  • Memory-backed control execution
  • Advanced automation logic handling
• Control Features
  • High-speed instruction execution
  • Complex sequencing support
  • Real-time process coordination
  • Reliable industrial task scheduling

Communication & Integration Capability

• Compatible with GE Fanuc Series 90-70 PLC systems
• Supports local and distributed automation architecture
• Enables serial-based programming communication
• Optional Ethernet module expands network integration
• Supports industrial supervisory control environments

Engineering Installation Notes

• Disconnect rack power before installation or removal.
• Verify ventilation for stable thermal performance.
• Replace lithium battery before complete discharge.
• Use proper grounding to improve communication stability.
• Monitor operating temperature in enclosed cabinets.
• Configure RUN/STOP mode locally or remotely during commissioning.

Performance & Diagnostic Capability

• Supports floating-point calculations for precision control applications.
• Provides stable execution in sequential automation processes.
• Improves monitoring accuracy through integrated timing functions.
• Enables fast troubleshooting using serial diagnostics.
• Supports coordinated PLC operations in complex industrial systems.
• Maintains stored application data during temporary power interruptions.

Typical Industrial Applications

• Process manufacturing systems
• Factory automation production lines
• Water treatment control systems
• Material handling automation
• Power generation auxiliary systems
• Industrial packaging machinery
• Distributed process coordination environments

Global PLC Spare HUB's Insight

• IC697CPM924 remains widely deployed in large-scale legacy automation systems requiring stable PLC execution.
• Its floating-point processing capability improves performance in precision-oriented industrial control applications.
• Engineers frequently select this CPU for retrofit projects extending the operational lifecycle of Series 90-70 platforms.
• The module performs especially well in applications demanding deterministic sequential control and dependable memory retention.

Packaging & Warranty Support

• Industrial-grade protective packaging
• Carefully secured anti-static handling
• 12-Month Warranty Included
• Worldwide shipping via FedEx, UPS, and DHL
• Fast dispatch within 24–48 hours

Professional FAQ

• Q: Why is floating-point support important in this CPU?
• A: Floating-point capability improves accuracy in advanced calculations and analog process control.
• Q: What happens if the lithium battery becomes depleted?
• A: Stored RAM data may be lost during power outages if the battery is not replaced in time.
• Q: How should engineers select a CPU for Series 90-70 systems?
• A: Evaluate memory size, communication requirements, and processing speed before selection.
• Q: What environmental condition most affects CPU reliability?
• A: Excessive cabinet heat can reduce stability and shorten component lifespan.
• Q: Is IC697CPM924 suitable for modernization projects?
• A: Yes. It is commonly integrated into upgraded control systems preserving existing 90-70 infrastructure.

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