GE IC697BEM711N Bus Receiver Module (BRM), Series 90-70

The IC697BEM711N functions as a bus receiver module within the GE 90-70 backplane ecosystem, located at the edge of the expansion network between the main rack and additional I/O racks. It interfaces with the CPU rack, handling the signaling and timing required to bring remote I/O onto the same deterministic bus used by the central controller.

Description

How the Product Works & Fits into a System
The IC697BEM711N functions as a bus receiver module within the GE 90-70 backplane ecosystem, located at the edge of the expansion network between the main rack and additional I/O racks. It interfaces with the CPU rack, handling the signaling and timing required to bring remote I/O onto the same deterministic bus used by the central controller. The BRM is designed to be installed in the first expansion slot and to manage communication with subsequent racks through a standardized, two-connector approach, along with status LEDs that indicate module health, rack activity, and termination presence. In operation, it ensures that the expansion chain maintains a coherent last-state behavior when communications are interrupted, preventing unintended outputs and facilitating safe maintenance. The module’s placement and wiring discipline support a clean, scalable architecture, enabling straightforward expansion of points, channels, and I/O types while preserving software and I/O map consistency with existing GE Fanuc systems.

IC697CPX928- FE
IC697BEM711N
IC697CPX928- FE
IC697BEM711N

Technical Highlights Summary
Specification | Details
Model Number | IC697BEM711N
Brand | GE Fanuc Emerson
Type | Bus Receiver Module (BRM), Series 90-70
Input Voltage | 5 VDC (bus power) per backplane specifications
Operating Temp Range | [Insert operating temperature range]
Mounting Style | Inline single-slot BRM
Dimensions | [Insert dimensions]
Weight | [Insert weight]
Interface/Bus | 90-70 backplane bus; expansion link to subsequent racks
Compliance | [Insert CE/RoHS or regional compliance]
Supported Protocols | Local backplane signaling; expansion network protocols
Typical Power Draw | [Insert current/power draw]