Product Overview

The IC693CPU364 serves as the high-performance powerhouse for the GE Fanuc Series 90-30 PLC system. This module integrates a 25 MHz 80386EX processor to deliver rapid logic execution and seamless communication. It bridges the gap between traditional PLC control and modern networking by providing a built-in Ethernet interface, enabling direct connection to plant-wide networks without requiring additional communication modules.

We supply this unit as a 100% Brand New original component, ensuring maximum system longevity and full factory-spec performance.

Technical Specifications

Engineering Advantages

Network Integration
The onboard Ethernet port eliminates the need for external communication modules, reducing rack space usage and overall system cost.

Execution Speed
With a 25 MHz processor, the CPU efficiently handles complex control strategies such as PID loops and high-speed logic operations.

Versatile Programming
Supports both Ladder Logic and C programming, enabling advanced algorithm development and flexible control strategies.

Drop-in Upgrade
Compatible with existing Series 90-30 backplanes, allowing seamless upgrades from lower-tier CPUs without major system modifications.

Reliable Data Exchange
Supports Ethernet Global Data (EGD) for high-speed, deterministic data sharing between multiple PLCs and supervisory systems.

FAQs

Does this module require a separate battery to retain memory?
Yes, memory retention is supported by the battery installed in the Series 90-30 power supply module.

Can Ethernet settings be configured through the serial port?
Yes, initial network configuration (IP address, subnet, etc.) is typically performed via the serial port using engineering software before enabling Ethernet communication.

What is the condition of this unit?
This IC693CPU364 is supplied as 100% brand new, in original factory packaging with intact seals.

How many Ethernet connections are supported?
The CPU supports up to 16 simultaneous SRTP server connections, allowing multiple HMIs or SCADA systems to access data concurrently.