IC695CPE330 GE module parts processing unit (CPU) module for industrial automation system

The GE IC695CPE330 is a high-performance central processing unit (CPU) module in the GE PACSystems RX3i industrial automation system. It is designed for industrial machine control, process automation, data processing, and communication with distributed I/O systems.

The module features a 1 GHz dual-core processor, 64 MB of built-in program memory, and two independent high-speed Ethernet interfaces. It is configured and programmed using Proficy Machine Edition (PME).

Specifications compiled from the IC695CPE330 Quick Start Guide and product documentation. Exact capabilities may vary with firmware and system configuration.

• Real-time control: Executes PLC logic and industrial automation programs.
• I/O management: Controls and monitors digital and analog I/O modules within the RX3i platform.
• Ethernet communication: Provides two independent Ethernet interfaces for supervisory and machine-level networks.
• Program execution: Supports Ladder Diagram, Structured Text, and Function Block Diagram programming.
• System redundancy: Supports compatible redundant control configurations, subject to hardware and software requirements.
• Data storage and backup: Supports removable storage operations for saving and restoring user programs and CPU data.

The IC695CPE330 is suitable for:

• Manufacturing and production line automation
• Process control systems
• Industrial machinery and equipment control
• Distributed I/O and Ethernet-based automation networks
• Supervisory control and data acquisition (SCADA) integration

1. Check compatibility: Confirm the RX3i rack, power supply, firmware, and required modules.
2. Install the CPU: Mount the module in the compatible RX3i main rack according to the installation manual.
3. Connect Ethernet: Configure LAN1 and LAN2 according to the plant network architecture.
4. Configure the project: Use Proficy Machine Edition to configure hardware, I/O, communications, and the control program.
5. Download and test: Load the approved application and verify CPU status, I/O operation, and network communication.
6. Verify operation: Check diagnostic indicators, alarms, and application behavior before placing the system into production. Follow the manufacturer's safety and commissioning procedures.