Organic Ic698rmx016 | Ge Fanuc Redundant Memory Xchange Top Brand [tnXDjF4O]

GE Fanuc Redundant Memory Xchange Module

The IC698RMX016 is a cutting-edge 16 MB Redundant Memory Xchange module from GE Fanuc, designed to facilitate high-speed data sharing between PACSystems RX7i CPUs. This module is an essential component for reflective memory applications, offering robust performance and reliability in demanding industrial environments. With its advanced fiber optic network capabilities, the IC698RMX016 ensures seamless data transfer, making it ideal for critical operations where data integrity and real-time communication are paramount.

Key Features and Specifications

The IC698RMX016 boasts a range of impressive features and specifications that set it apart from other memory modules. Its 16 MB SDRAM provides ample user memory, while the reflective memory with optional redundant transfer mode ensures high-speed and reliable data communication. The module operates on a +5 V DC voltage and consumes only 1.8 A of current, making it energy-efficient and cost-effective. The physical dimensions of the module are 6.299 in (160 mm) in width and 9.187 in (233.4 mm) in height, making it compact and suitable for various installations. Additionally, the fiber optic interface features an LC connector type, ensuring compatibility with IEC 61754-20 standards.

Applications and System Requirements

The IC698RMX016 is compatible with RX7i CPUs with firmware version ≥ 2.00 and requires CIMPLICITY Machine Edition – Logic Developer PLC v4.5+ software for operation. This module is ideally suited for use in a wide range of applications, including process control, manufacturing, and automation systems. The slot recommendation is the Main Rack, with slots 3 and 4 being preferred for installation. For optimal performance and EMI compliance, it is recommended to use a conductive metal enclosure when installing multiple RMX modules. The IC698RMX016's configurable settings include node ID, memory offset, interrupt enable, and parity settings, allowing for flexible system configuration and customization.