IC697CHS782 Baseplates and Racks Fanuc Series 90-70 GE Fanuc

Product Overview

The GE Fanuc IC697CHS782, also cataloged as the IC697CHS782 VME Integrator Rack, operates as a dedicated hardware component for structural chassis optimization and electrical interconnection within Series 90-70 backplane networks. The physical rack provides the baseline motherboard housing to accommodate computing modules and input/output cards via structural slot allocations.

Hardware Specifications

Backplane Bus Communication Velocity & I/O Density Scaling

The chassis architecture utilizes a solid VME standard backplane layout to optimize backplane bus communication velocity across adjacent functional slots. Jumper arrays located directly on the rear circuit board trace layout provide variable hardware addressing paths, enabling system expansion through simultaneous insertion of double-width hardware assemblies or single-slot VME third-party sub-components. The physical motherboard trace impedance limits data distortion when managing high-density scaling frameworks across up to 17 individual hardware addresses, preserving signal edge rates under maximum parallel processing execution cycles.

Frequently Asked Questions

Q: What are the primary rules for bridging power across two adjacent IC697CHS782 rack configurations using a single power module? A: A single power supply module can support two interconnected chassis arrangements provided the secondary base rack assembly requires less than 5.2 A of current load exclusively at the +5 VDC voltage threshold.

Q: How are third-party VME modules mechanically reconciled against standard hardware assemblies in this specific chassis? A: The backplane contains dedicated hardware jumper configurations that shift address lines and signal pins. Standard modules consume a dual-slot footprint (labeled 1A through 9A), whereas generic VME modules anchor into individual physical single slots.

Field Installation Guidelines

• Enclosure Mechanical Clearances: Mount the structural assembly into a minimum 10-inch deep panel housing. Maintain unobstructed space allocations surrounding the top, bottom, and side paths to facilitate continuous upward thermal air convection.
• Shield Grounding Topography: Connect all machine field device braided shields directly to the heavy-gauge zinc-plated steel rail situated at the base perimeter of the rack structure to establish low-impedance structural grounding paths.
• Chassis Extension Cable Interconnection: Route the dedicated expansion trunk lines through the left-side aperture of the framework, and lock the 9-pin D-type connector body using the integrated thumb screws to prevent communication drops from vibration.
• Module Positioning and Seating: Align the upper and lower plastic cards guides with the slot rails before inserting active electronics. Firmly push until the module connectors seat completely into the VME backplane pins.