GE IC697CPM925 1MB Memory Floating Point Processor

Product Overview

The GE Fanuc IC697CPM925 functions as a high-performance 32-bit Central Processing Unit within the legacy Series 90-70 family. This module utilizes a 96 MHz microprocessor to execute sophisticated control algorithms and high-speed Boolean logic with exceptional determinism. It handles massive I/O configurations, supporting up to 12,288 discrete points and 8,000 analog points. By integrating dedicated hardware support for floating-point calculations, the IC697CPM925 excels in motion control, process optimization, and complex mathematical modeling within heavy industrial environments.

Technical Specifications

Engineering Advantages

The IC697CPM925 provides hardware-level solutions for large-scale industrial processing and synchronization:

• High-Speed Computational Throughput: The 96 MHz clock speed ensures rapid scan times even when managing thousands of I/O variables. This eliminates processing bottlenecks in high-speed production lines where millisecond-level response is mandatory.

• Non-Volatile Flash Reliability: The 1MB non-volatile flash memory secures the user program and configuration data without total reliance on battery power. This hardware design prevents program loss during extended facility downtime or maintenance cycles.

• Advanced Floating-Point Precision: Built-in hardware support for 32-bit floating-point math allows the CPU to calculate complex PID loops and motion profiles directly. This offloads calculation-heavy tasks from the main logic thread, maintaining a stable system scan rate.

• VMEbus Backplane Integration: The CPU utilizes the industry-standard VME architecture, providing superior data transfer rates between the processor and expansion modules. This allows for seamless synchronization across multiple I/O racks in geographically distributed plant layouts.

FAQs

• Is the GE IC697CPM925 unit 100% Brand New?

  Yes. We supply the IC697CPM925 in 100% Brand New and Factory Original condition. Each unit arrives in its original packaging, ensuring the hardware meets all OEM performance benchmarks for mission-critical turbine and process control.

• Does this CPU require a separate floating-point coprocessor?

  No. The IC697CPM925 integrates floating-point math capabilities directly into its 32-bit microprocessor. This hardware consolidation provides faster mathematical execution compared to older CPU models that required external coprocessors.

• What is the maximum I/O count supported by the IC697CPM925?

  This CPU manages an extensive I/O map, supporting up to 12,288 discrete inputs/outputs and up to 8,000 analog channels. This capacity makes it suitable for plant-wide control systems in the energy and chemical sectors.

• Can this module replace older Series 90-70 CPU models?

  The IC697CPM925 often serves as a higher-performance upgrade for earlier Series 90-70 CPUs. However, you must verify that your current backplane and power supply can support the 3.1 Amp current draw at 5 VDC required by this 96 MHz processor.