IC695CPK330 GE RX3i CPU with Gigabit Ethernet & OPC-UA

Product Overview

The GE Fanuc IC695CPK330 stands as a premier processing powerhouse within the PACSystems RX3i platform, delivering more than twice the speed of the legacy CPU320. Engineered with a 1 GHz Intel Celeron M processor and 64 MB of dedicated user memory, this CPU handles the most demanding large-scale process control and manufacturing automation tasks. It integrates native Gigabit Ethernet with support for modern industrial protocols including OPC-UA, PROFINET, and Modbus TCP/IP. We supply this module as 100% Brand New original hardware, providing the high-availability redundancy and rapid logic execution required for critical infrastructure, power generation, and oil & gas operations.

Technical Specifications

The IC695CPK330 delivers high-density computational power and advanced connectivity:

• Model Number: IC695CPK330

• Processor: Intel Celeron M (1 GHz)

• User Memory: 64 MB RAM

• Non-Volatile Storage: 64 MB Flash

• Boolean Execution Speed: ~0.2 µs per instruction

• I/O Capacity: 32K Discrete Inputs/Outputs; Thousands of Analog Channels

• Gigabit Ethernet: 1x 10/100/1000 Port & 1x 2-port 10/100/1000 Switch

• Protocols: OPC-UA Server, SRTP, Modbus TCP/IP, EGD, PROFINET

• USB Interface: 1x USB-A 2.0

• Memory Expansion: 1x CFast (High-speed CompactFlash) slot

• Redundancy: Supports 1:1 Hot Standby Redundancy

• Operating Temperature: 0°C to +60°C (32°F to 140°F)

• Power Requirements: 5 VDC backplane (~1.2 Amps)

• Weight: 400 g (Shipping weight 3 kg)

Engineering Advantages

The IC695CPK330 provides technical solutions for high-throughput and safety-critical environments:

• Native OPC-UA Server Integration: The CPU features a built-in OPC-UA server, allowing for secure, platform-independent communication directly from the controller to SCADA, MES, or cloud-based analytics. This eliminates the need for intermediary gateways, reducing system latency and hardware costs.

• Dual-Interface Gigabit Networking: The three total Gigabit Ethernet ports include an integrated 2-port switch. This allows for flexible daisy-chain or ring topologies without requiring external industrial switches, simplifying the network architecture for distributed I/O and PROFINET devices.

• High-Speed CFast Storage: The module utilizes a CFast slot for non-volatile storage expansion. This high-speed interface allows for rapid loading of massive application programs and provides a reliable medium for localized data logging and fault table storage during power cycles.

• Robust Redundancy Support: Specifically designed for "no-fail" environments, the IC695CPK330 supports full CPU redundancy. In the event of a primary unit failure, the system transitions control to the backup unit instantaneously, maintaining process stability in power plants and refinery systems.

FAQs

Q: Does the IC695CPK330 require a specific baseplate for installation?A: Yes. As part of the PACSystems RX3i series, this CPU mounts in an IC695 universal backplane. It utilizes the high-speed PCI bus for fast communication with I/O and specialty modules, while remaining compatible with standard RX3i rack power supplies.

Q: What is the maximum I/O capacity managed by this CPU?A: The IC695CPK330 manages up to 32,768 discrete inputs and 32,768 discrete outputs. Its high-speed 1 GHz processor ensures that even with thousands of analog and discrete channels active, scan times remain within the sub-millisecond range.

Q: Can I use the USB-A 2.0 port for programming?A: The USB interface primarily supports firmware updates and memory device connections. While the Gigabit Ethernet ports serve as the primary programming and configuration interfaces via Proficy Machine Edition, the USB port adds a layer of maintenance flexibility for local data retrieval.

Q: Is the 64MB of memory sufficient for complex Sequential Function Charts (SFC)?A: Absolutely. The 64MB RAM architecture is highly optimized for complex programming languages, including SFC, Structured Text, and Function Block. It provides ample space for thousands of logic rungs and extensive variable tagging.