GE IC697BEM711N Bus Receiver Module Brand New

GE Fanuc IC697BEM711 – Bus Expansion Module (BEM)

Product Type: Bus Receiver Module
Series: Series 90-70
Manufacturer: GE Fanuc / Emerson Automation
Part Number: IC697BEM711

Product Overview

The IC697BEM711 is a Bus Interface Module designed to enable rack expansion in GE Fanuc Series 90-70 PLC systems. Specifically acting as a Bus Receiver Module, it facilitates the addition of up to seven (7) I/O or specialty expansion racks by establishing high-speed communication between base and expansion racks.

It features two 25-pin D-shell connectors for daisy-chain connectivity and operates with a maximum cable length of 15 meters (50 feet) between each module. The module occupies a single slot in the CPU baseplate and requires 5 VDC input at 0.8 Amps.

Technical Specifications

Key Features

• High-Speed Parallel Expansion: Supports fast and reliable bus communication between racks at 500 KBps.

• Daisy-Chain Configuration: Facilitates connection between multiple racks using two communication ports.

• Fault Isolation: Allows separation of racks for maintenance without affecting the whole system.

• Output Hold Function: Retains output states during faults or maintenance to minimize disruptions.

• LED Diagnostics: Three front-panel status LEDs (OK, BUS Active, Last Rack) for easy diagnostics.

• Software Configuration: Compatible with MS-DOS and Windows-based GE programming tools.

Installation and Accessories

• Mounting: Slot 1 in the Series 90-70 base rack.

• Configuration: Via GE Fanuc programming software (DOS/Windows).

• Terminator Plug Required for Last Rack:

• Catalog Number: IC697ACC702

• Optional I/O Expansion Cables:

• 5 ft: IC600WD005A

• 10 ft: IC600WD010A

• 25 ft: IC600WD025A

• 50 ft: IC600WD050A

Conclusion

The IC697BEM711 provides reliable and scalable rack expansion capabilities to GE Fanuc Series 90-70 systems. With support for up to seven expansion racks, built-in diagnostics, and robust data transmission, it ensures system flexibility, maintainability, and efficient control in industrial environments.