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Description：

The IC695CPE330 is a GE Fanuc / Emerson controller that is part of the PACSystem RX3i platform. This product is a controller module that is categorized as Programmable Controller (PAC) that has a variety of enhancement and significant features that fits today’s application requirement and emerging technologies. This includes modern redundant fatures which may be implemented via PROFINET controllers, Ethernet (EGD) & Genius IO as well as a large amount of user memory amounting to 64 MB and 64 MB non-volatile memory. This controller is also fitted with modern microprocessor with 1GHz processing speed. This controller also supports gigabit as it may be connected in Ethernet network with transmission speed of 10 / 100 Mbps and 1Gbps communication rate.

The embedded Ethernet communication ports allow implementation of controller and media redundany for high-availability of I/O modules. These ethernet ports have dedicated microprocessor core, permitting the IC695CPE330 controller to implement up to 48 simultaneous SRTP Server connections, 16 simultaneous Modbus®/TCP Server connections with 32 clients are permitted for each connection which can be SRTP or Modbux/SRTP.

Specification：

Frequently asked questions

Q1: Does the IC695CPE330 supports gigabit ethernet transmission speed?

A1: Yes. It supports 10 / 100 Mbps and 1Gbps transmission rate.

Q2: Does the IC695CPE330 support redundant controller configuration?

A2: Yes. Redundant Etehrnet configuration may be implemented with PROFINET controllers, Ethernet (EGD) & Genius IO.

Q3: What is the maximum number of program blocks does the IC695CPE330 support?

A3: The IC695CPE330 supports up to 512 Programs block with each block supporting up to 128 KB.

Q4: How much user program storage does the IC695CPE330 provide?

A4: The IC695CPE330 module provides 64 MB of user program storage.

Q5: How many I/O points can the IC695CPE330 support?

A5: It supports up to 32K I/O points.

Product Applications

Water and Wastewater Treatment: Controls large pumping stations, valves, dosing systems, and remote I/O across various regions, ensuring municipal water safety.

Oil and Gas: Used for complex upstream, midstream, and downstream automated processes, supporting highly available redundant systems to ensure safe operation in harsh environments.

Chemicals and Pharmaceuticals: Provides high-precision closed-loop control for continuous processes, monitoring key variables such as temperature, pressure, and flow rate.

Power and Energy: Automated control and scheduling of infrastructure, offering extremely high immunity and stability.