Emerson IC695CPE300 CPE300 CPU module

Frequently asked questions
Q:Can the IC695CPE300 work with RX3i I/O modules?
A:Yes. The CPU is used with compatible RX3i I/O modules and intelligent modules through the RX3i architecture to build complete automation systems.

Q:What type of systems use the IC695CPE300?
A:The IC695CPE300 is used in RX3i control systems for applications such as machine control, manufacturing automation, and process control where CPU-based control and modular I/O configuration are required.

Q:What is the main function of the IC695CPE300 CPU module?
A:The IC695CPE300 processes application logic, controls system operations, and exchanges data with connected I/O and intelligent option modules installed in the RX3i system.

Description

The Emerson IC695CPE300 handles user application execution, controller operation, and communication tasks within the PACSystems platform. The module works with RX3i I/O modules and intelligent option modules through the system backplane. The CPU processes control logic and manages data exchange between connected system components. Ethernet communication is integrated into the IC695CPE300 for connection with programming devices, HMI systems, SCADA equipment, and other Ethernet-based devices. The supported communication functions include SRTP, Modbus TCP, and Ethernet Global Data (EGD), which are used for data transfer in industrial control networks. The module is applied in PACSystems RX3i installations for machine automation, manufacturing control, and process control systems. It is used together with RX3i hardware modules where centralized CPU control and modular I/O configuration are required.

Parameter

Model: IC695CPE300 CPE300 CPU module
Total User Logic Memory: 5 Megabytes (5 MB)
Analog I/O Point Capacity: 32,768 Inputs / 32,768 Outputs
Simultaneous Network Connections: Up to 16 Concurrent Channels
Backplane Physical Compatibility: PCI (IC695) and Serial (IC694)

Application areas

The Emerson PACSystems RX3i IC695CPE300 is a modular, high-performance Central Processing Unit (CPU) engineered for advanced machine automation, manufacturing control, and complex process control applications, its primary application areas include:

• Discrete Machine Automation: Utilized in high-speed manufacturing lines, packaging machinery, and material handling systems that require deterministic logic execution and precise synchronization of discrete inputs and outputs.
• Distributed Network Control: Applied in environments requiring cross-controller synchronization and peer-to-peer data sharing across separate production zones.
• High-Density Scaling: Manages thousands of physical discrete and analog I/O terminal points, providing the computing capacity needed to scale simple machine setups into plant-wide automation architectures.

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