GE Multilin UR 8SH CT/VT 8S MODULE

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GE Multilin UR 8SH CT/VT 8S MODULE Specification

Components
CT/VT input section, connectors

Cooling System
Passive cooling

Connectivity Type
UR Series backplane connection

Cabinet Material
Plastic housing

Current Rating
5A

Control System
Microprocessor-based

Thickness
Standard (module thickness)

Protection Level
Overcurrent, Short Circuit

Panel Type
Plug-in module for UR relay panel

Base Material
ABS Plastic

Rated Insulation Voltage
250 V

Rated Current
5A

Rated Operation Voltage
120 V

Operating Voltage
120 V AC

Features
8 differential, CT/VT inputs, high isolation, modular design, plug and play, easy replacement

Way
8S (Eight input channels)

Protection Class
Class II

Cover Material
ABS Plastic

Product Type
CT/VT Input Module

Material
High-quality industrial plastic and electronic components

Surface Finish
Matte

Standard
Meets IEC and ANSI standards

Surface Color
Black/Gray

Rated Voltage
120 V AC

Frequency (MHz)
50/60 Hz

Maximum Output Current
5A

Dimension (L*W*H)
195 mm x 70 mm x 210 mm

Application
Protection relay systems; CT/VT signal acquisition

IP Rating
IP20

Display Type
Module LEDs for status indication

About GE Multilin UR 8SH CT/VT 8S MODULE

Select the GE Multilin UR 8SH CT/VT 8S Module for an unprecedented solution in protection relay systems. Access redoubtable performance, engineered to meet IEC and ANSI standards, featuring ineffable precision with 8 high-isolation input channels and microprocessor-based control. Shop now for modular ease: hot-swappable, slot-in mounting ensures swift installation without system downtime. Experience fast response (<1 ms), outstanding durability (-40C to +70C), and robust safety with ABS plastic housing, Class II protection, and overcurrent/short-circuit safeguards. Perfectly compatible with GE Multilin UR relay platforms, this matte black/gray module is ideal for CT/VT signal acquisition in demanding industrial environments.

Advanced Features & Versatile Application

The GE Multilin UR 8SH CT/VT 8S Module boasts ineffable flexibility, supporting eight CT/VT differential input channels with a modular, plug-and-play design. The slot-in mounting system allows for seamless integration and hot-swappable upgrades, while robust microprocessor-based controls monitor electrical signals with rapid sub-millisecond response. Its redoubtable reliability makes it ideal for power protection in substations, switchgear rooms, and industrial relay panels ensuring high-performance signal acquisition and error-free operations in the most demanding environments.

Supply, Shipping & Payment Information

Estimate your outlay with confidence, as this supplier offers the GE Multilin UR 8SH CT/VT 8S Module at competitive asking prices. Orders are shipped from major FOB ports across India, ensuring prompt delivery. Supply ability allows for bulk procurement, ideal for extensive projects. Clients can Select from various payment terms, including advance and letter of credit options, providing financial flexibility suited to diverse business needs. Reach out for detailed quotations tailored to your requirements.

FAQs of GE Multilin UR 8SH CT/VT 8S MODULE:

Q: How is the GE Multilin UR 8SH CT/VT 8S Module installed in relay systems?

A: The module uses plug-in, slot-in modular mounting, which simplifies installation. It is hot-swappable, allowing replacement or upgrades without system shutdown, minimizing operational interruptions.

Q: What models are compatible with the GE Multilin UR 8SH CT/VT 8S Module?

A: The module is specifically designed for use with GE Multilin UR series relay platforms, ensuring seamless integration.

Q: When should this module be selected for use?

A: This module should be chosen for applications requiring fast response CT/VT signal acquisition, robust industrial performance, and high safety standards in protection relay systems.

Q: Where is the GE Multilin UR 8SH module typically applied?

A: It is widely used in power protection relay systems, substations, industrial automation panels, and CT/VT signal acquisition points where high reliability and modularity are essential.

Q: What are the main benefits of using this module?

A: Key benefits include rapid response time (<1 ms), Class II protection, modular hot-swappable design, and reliable operation in extreme temperature and humidity conditions.