GE MULTILIN UR 8HH MODULE

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GE MULTILIN UR 8HH MODULE Specification

Cooling Method
Convection

Output Current
Maximum 2 A/channel

Current Range
Input: 2 mA to 20 mA (per point)

Features
Hot swappable, Self-diagnostics, Isolation between input/output and processor logic, Compatible with GE UR series

Output Type
Solid State Output (24 VDC compatible)

Connector Type
Pluggable/Terminal Block

Working Temperature
-40C to +70C

Application
Substation Automation, Protection & Control, Digital Relay Systems

Power Supply
24 VDC supplied through backplane

Rated Current
2 A max (per channel)

Operating Temperature
-40C to +70C

Product Type
Digital I/O Module

Input Voltage
24 V DC (typical)

Voltage Protection
Surge and Overvoltage Protection Integrated

Material
Industrial Grade Components, PCB, Metallic Panel

Storage Temperature
-40C to +85C

Weight
Approx. 400 g

About GE MULTILIN UR 8HH MODULE

Experience the brilliant performance of the GE MULTILIN UR 8HH MODULE, designed for superior substation automation, digital relay systems, and protection & control applications. This sensational plug-in module features 8 high-speed output ports with an impressive <2ms response time, ensuring rapid and reliable signaling. Crafted with industrial-grade, polished components, it offers surge and overvoltage protection, hot-swappable installation, and seamless integration with GE Multilin Universal Relay (UR) systems. Its solid-state outputs, self-diagnostics, and robust metallic panel construction guarantee enduring reliability. Add to Cart now and enjoy ephemeral innovationShop Now for a truly cutting-edge solution!

Primary Advantages and Applications

The GE MULTILIN UR 8HH MODULE features advanced isolation, hot swapping, and self-diagnostic capabilities, distinguishing itself in competitive substation automation markets. Designed for compatibility with GEs UR Series, it streamlines integration into digital relay and protection systems. Users benefit from rapid response, robust voltage protection, and reliable solid-state outputs, making it highly effective for both new installations and system upgrades. Its durability and cutting-edge protocols cater to modern utility environments, ensuring reliable operation in challenging conditions.

Packaging, Payment, and Delivery Details

Each UR 8HH MODULE is securely packaged for handover and seamless transportation, designed to maintain product integrity for both domestic and export markets. Payment terms are streamlined for supplier and trader partners in India, optimizing settlement and dispatch. Our export market operation ensures safe handling from warehouse to end-user, while the main domestic market is served with responsive logistics and efficient delivery schedules, supporting integration into substation networks. Trust us for professional packaging and smooth transaction processes.

FAQs of GE MULTILIN UR 8HH MODULE:

Q: How is the GE MULTILIN UR 8HH MODULE typically used in digital relay systems?

A: The UR 8HH MODULE is primarily used for providing high-speed output signals in substation automation and digital relay protection systems. Its fast response and robust integration with GE UR series protocols ensure reliability and efficient operations.

Q: What are the benefits of the hot swappable feature in the UR 8HH MODULE?

A: The hot swappable design allows users to replace or upgrade the module without powering down the entire system, minimizing downtime and supporting continuous protection and control within mission-critical environments.

Q: Where can this module be installed within substation automation systems?

A: The UR 8HH MODULE is designed as a plug-in unit for GE Multilin Universal Relay (UR) panels, allowing it to be seamlessly mounted and integrated with existing GE UR series configurations.

Q: What protection features are available for reliable operation?

A: It offers surge and overvoltage protection, strict isolation between input/output and processor logic, and solid-state outputs, ensuring compliance with IEC 60255 standards and resilient operation under harsh environmental conditions.

Q: How do the integrated self-diagnostics benefit ongoing system maintenance?

A: Integrated self-diagnostics continuously monitor module performance, promptly detecting faults and facilitating preventive maintenance, ensuring system reliability and minimizing the risk of unexpected failures.

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