Module d'E/S numérique GE Multilin UR-6EH série UR

Description

The GE Multilin UR-6EH is a high-reliability hardware component within the Universal Relays (UR) series, engineered to provide standalone contact inputs and contact outputs for substation automation and power system protection. This specific module incorporates a 6E order configuration, which delivers 4 Form-C relay outputs and 8 standalone digital contact inputs directly into the primary protection chassis. Operating as a critical link for intersystem signaling, the GE Multilin UR-6EH enables continuous status monitoring and protective device command routing, facilitating bidirectional control transmission between the main protective relay and surrounding critical substation assets like circuit breakers, disconnect switches, and ancillary control loops.

Features

• Balanced Point Topology: Outfitted with 8 dedicated digital contact inputs for reliable hardware verification of real-time equipment status.
• Form-C Single Pole-Double Throw (SPDT): Features 4 Form-C contact outputs allowing robust physical changeover between normally open (NO) and normally closed (NC) operational profiles.
• Intersystem Signaling Protocol: Simplifies the control layout by minimizing long copper connections through decentralized digital input/output routing.
• Substation Ruggedized Layer: Tailored specifically for immediate deployment inside harsh, electromagnetic interference (EMI) prone electrical network environments.
• Hot-Swappable Upgrades: Fully compatible with the UR platform's modular footprint, optimizing replacement times and modular infrastructure scaling.

Applications

• Distributed substation monitoring and control configurations.
• High-speed intersystem breaker tripping and safety interlocking networks.
• Status tracking for high-voltage isolation disconnect switches.
• Real-time protective relay loop coordination and auxiliary alarm generation.

Ordering Information

Technical Specifications

Installation Guidelines

Chassis Integration

Slide the module directly into its designated slot housing on the rear panel of the Universal Relay chassis structure. Ensure the card locks firmly into the internal backplane connectivity rail before tightening any exterior locking screws.

Cable Routing and Strain Relief

Route all digital signal cables away from primary high-voltage busways or current transformer secondary cables. Utilize integrated mechanical anchors to apply appropriate strain relief, guarding individual terminal interfaces against intense mechanical stress.

Wiring and Contact Assignment

Execute all wiring actions according to the point definitions outlined in the official Universal Relays instruction manuals. Ring-tongue or spade terminal lugs are recommended on all screw-terminal contact blocks to avoid intermittent conductor displacement.

Grounding and Shielding

Maintain strict shield termination integrity for all external digital control links. Connect any cable shield lines to the nearest dedicated substation chassis earth ground point to protect input signal validity against inductive switching fields.