GE IC695CPU315-BB

Product Introduction
The GE IC695CPU315-BB is a high-performance Central Processing Unit (CPU) for the GE PACSystems RX3i Programmable Automation Controller (PAC) platform. It delivers advanced processing capabilities, large memory, and extensive communication options for complex automation tasks.

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Description

GE IC695CPU315-BB

Technical Specifications

  • Manufacturer: GE Automation (now Emerson)
  • Product Line: PACSystems RX3i
  • User Memory: 10 MB
  • Battery: Lithium battery for memory retention
  • Ports: Built-in Ethernet and Serial ports

Functional Features

  • High-Speed Processing: Executes logic in milliseconds for real-time control.
  • Large Memory: 10 MB user memory for extensive programs and data logging.
  • Universal Backplane: Compatible with both traditional RX3i and high-speed CMM modules.
  • Redundancy Support: Compatible with redundant CPU and power supply configurations.

Application Scenarios
Large-scale manufacturing, water/wastewater treatment, oil & gas, and process control systems requiring high I/O density and fast scan times.

Performance Parameters

  • Scan Time: Sub-millisecond for basic Boolean instructions.
  • I/O Capacity: Supports up to 128 I/O modules in a single rack.

Material Composition
Industrial-grade PCB with conformal coating, housed in a metal-reinforced plastic enclosure.

Structural Characteristics
Standard RX3i CPU form factor with front-panel status LEDs, Ethernet port, USB configuration port, and battery compartment.

Working Principle
Continuously scans input modules, executes user logic, updates output modules, and manages communication tasks in a deterministic cyclic manner.

Installation Requirements
Mount in an RX3i chassis with adequate spacing for ventilation. Connect Ethernet cables using shielded CAT5e or better. Install the lithium battery before applying power.

Usage Precautions
Backup the program before firmware updates. Ensure proper chassis grounding to prevent EMI. Do not remove the battery while power is off to prevent program loss.