GE IC698CPE020

Overview

Unlock superior performance in your industrial automation systems with the GE Fanuc IC698CPE020 RX7i CPU Module. As a cornerstone of the PACSystems RX7i platform, this high-performance CPU is meticulously engineered to provide robust, real-time control for demanding applications. Boasting a powerful 300MHz processor and a generous 10MB of user memory, the IC698CPE020 efficiently handles complex logic execution, extensive data management, and seamless network communication. Its integrated Ethernet and serial ports offer unparalleled connectivity, facilitating effortless integration into existing industrial setups and supporting advancements like remote programming and SCADA systems. Experience the reliability and precision that define GE Fanuc’s commitment to industrial excellence.

Key Features

• Processor Speed: Dominate your operations with a rapid 300MHz processor, ensuring swift task execution.
• User Memory: Benefit from 10MB of battery-backed RAM, providing secure and persistent storage for critical data and applications.
• Communication Ports: Achieve versatile connectivity with:
• 1x Ethernet (10/100 Mbps) for high-speed network integration.
• 1x RS-232 Serial Port for reliable peripheral connections.
• Programming Interface: Utilize the industry-standard GE Proficy Machine Edition for intuitive and efficient programming.
• Protocol Support: Ensure broad compatibility with support for SRTP, Modbus TCP/IP, and EGD protocols.
• Real-Time Clock: Maintain precise time-stamped operations with an integrated battery-backed real-time clock.
• Hot-Swappable: Minimize downtime with hot-swappable functionality, supported by compatible RX7i racks.

Technical Specifications

• Model Number: IC698CPE020
• Execution Speed: Achieve exceptional performance with approximately 0.3ms per 1K Boolean instructions.
• Memory Type: A combination of battery-backed RAM and Flash memory provides robust data retention.
• Power Requirements: Efficient operation at 5V @ 1.1 A.
• Operating Temperature: Designed for reliability in demanding environments, operating flawlessly from 0°C to 60°C.
• Certifications: Adheres to global standards with UL, CE, and RoHS compliance, ensuring safety and quality.

Applications

• Serve as the central processing unit for mission-critical RX7i PLC systems.
• Ideal for high-speed automation and precise process control across various industries.
• Perfect for integration into OEM machinery, sophisticated SCADA systems, and distributed control systems (DCS).
• Enable efficient remote access programming and diagnostics, enhancing operational flexibility.

Why Choose the GE Fanuc IC698CPE020 RX7i CPU Module?

The GE Fanuc IC698CPE020 stands out as an indispensable component for modern industrial automation. Its fusion of high-speed processing, expansive memory, and flexible connectivity makes it a premier choice for engineers and system integrators worldwide. This module is not merely a component; it's a commitment to efficiency, robustness, and enhanced productivity.

• High-Speed Logic Execution: Experience the difference of a 300MHz processor, delivering rapid and precise control for even the most intricate automation routines.
• Flexible Connectivity: Seamlessly integrate into diverse network architectures thanks to its built-in Ethernet and serial interfaces, ensuring smooth data flow and communication.
• Robust Memory: With 10MB of user memory, this module provides ample space for large and complex applications, safeguarding your operational data.
• Industrial Reliability: Engineered to thrive in challenging industrial settings, the IC698CPE020 guarantees continuous, reliable operation, making it the bedrock of your 24/7 control systems.

Order Now

Elevate your industrial control systems today with the GE Fanuc IC698CPE020 RX7i CPU Module. This high-performance module is readily available and poised for fast worldwide shipping, ensuring your projects stay on schedule and at the forefront of technological advancement. Invest in unparalleled reliability and precision for your critical operations.