GE Fanuc IC695CPE330-ABAF: Flagship High-Performance CPU for PACSystems RX3i PLC Systems

Product Overview

The GE Fanuc IC695CPE330-ABAF is a flagship high-performance central processing unit (CPU) module designed for PACSystems RX3i PLC systems, engineered to deliver industry-leading processing power and reliable operation for the most complex industrial automation applications. This IC695CPE330-ABAF features a high-speed multi-core processor, 10MB user RAM, and 10MB non-volatile flash memory, enabling ultra-efficient execution of large-scale control logic and seamless data management for demanding industrial scenarios. As a top-tier component of the RX3i hardware lineup, the IC695CPE330-ABAF boasts advanced communication capabilities, extensive I/O compatibility, and robust functional support, making it ideal for large-scale process control, high-speed manufacturing automation, and other industrial applications requiring premium processing performance. Its compact single-slot design simplifies integration into existing RX3i racks, with battery-less data retention and advanced diagnostic features to streamline maintenance and ensure stable operation in harsh industrial environments.

Key Technical Specifications

• Part Number: IC695CPE330-ABAF | Product Family: PACSystems RX3i Flagship CPU Modules

• Processor Specifications: High-speed multi-core processor, with a scan rate of 0.04ms per 1K Boolean logic for ultra-fast control execution

• Memory Configuration: 10MB user RAM + 10MB non-volatile flash memory, with battery-less data retention to ensure data integrity during power outages

• I/O Capacity: Supports up to 64K I/O points, compatible with all Series 90-30 I/O modules and up to 16 local/expansion racks for large-scale system configuration

• Communication Interfaces: 2 x 10/100/1000Mbps Ethernet ports (supports SRTP, Modbus/TCP, OPC UA, MQTT) + 2 x isolated serial ports (RS-232/RS-485) + 1 x USB 2.0 host port + 1 x USB 3.0 port

• Functional Features: Supports multiple programming languages (Ladder Diagram, Structured Text, Function Block Diagram, C, C++), HART pass-through, advanced motion control, and up to 1024 program blocks (max 256KB per block)

• Working Temperature: 0℃ to +65℃ operating range, with enhanced adaptability to extreme harsh industrial conditions

Core Selling Points

The GE Fanuc IC695CPE330-ABAF stands out for its flagship-level processing performance, with a multi-core processor and ultra-fast scan rate ensuring efficient execution of the most complex control logic and large-scale programs. Its dual high-capacity memory configuration (10MB RAM + 10MB non-volatile flash) enables battery-less data retention, eliminating the need for backup batteries and reducing maintenance complexity while ensuring robust data integrity. The IC695CPE330-ABAF’s advanced multi-interface communication design supports seamless connectivity with HMIs, SCADA systems, cloud platforms, and other industrial devices, supporting multiple industrial protocols for flexible network integration. Its extensive I/O compatibility and support for multiple programming languages (including C/C++) adapt to diverse industrial application requirements, simplifying system configuration and enabling custom programming for specialized scenarios.

Practical Application Highlights

The IC695CPE330-ABAF delivers consistent premium performance and flexible adaptability for industrial automation systems, making it a top choice for engineers and system integrators. Its wide I/O compatibility and support for Series 90-30 modules allow for seamless integration into existing industrial setups, reducing upgrade costs and implementation time. The IC695CPE330-ABAF’s advanced built-in diagnostic functions enable quick fault localization and resolution, boosting maintenance efficiency and minimizing downtime. It is widely used in large-scale process control, high-speed manufacturing automation, industrial IoT systems, and other demanding industrial applications, serving as a dependable flagship high-performance CPU solution for PACSystems RX3i PLC systems.