GE MULTILIN UR SHA MODULE

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GE MULTILIN UR SHA MODULE Specification

Features
High-speed data transfer, Synchronization, Plug-in module, Robust design

Cooling Method
Convection

Working Temperature
-40C to +70C

Output Type
Digital Communication / I/O Synchronization

Power Supply
24 V DC External Supply

Noise Level
Low, optimized for industrial environments

Operating Temperature
-40C to +70C

Application
GE Multilin Universal Relay (UR) Series

Connector Type
Multi-pin edge connector

Product Type
UR SHA Module

Input Voltage
24 V DC (Control Power)

Voltage Protection
Integrated Surge Protection

Material
High-Grade Industrial Plastic / PCB

Storage Temperature
-40C to +85C

Weight
Approx. 250g

About GE MULTILIN UR SHA MODULE

Get superior performance in industrial environments with the GE MULTILIN UR SHA MODULE. Designed for the Classic GE Multilin UR Series, this slot-in, plug-in modular unit boasts hot swap capability and robust material construction. Pick Yours with either Copper or Fiber optic communication interfaces, optimizing connectivity and synchronization. Marked by high-speed data transfer and valorous noise reduction, its integrated surge protection and self-diagnostics ensure reliability. Output includes digital communication and I/O synchronization. With convenient LED indicators and market-leading IEC, IEEE, and CSA compliance, this module is the ultimate choice for seamless relay operations.

Versatile Applications for Industrial Control

Used for advanced monitoring and control, the GE MULTILIN UR SHA MODULE is adept in synchronizing digital communications across Universal Relay (UR) Series devices. With superior diagnostics and easy slot-in mounting, it excels in protection, automation, and control applications within utility substations and power distribution systems, optimizing safety, reliability, and operational efficiency for demanding industrial scenarios.

FOB Port, Market Value, and Payment Terms

Handover of the GE MULTILIN UR SHA MODULE is typically delivered through major domestic markets in India, often via popular FOB ports for prompt shipment. Market value reflects its classic, robust features and compliance standards. Secure payment termssuch as advance payment, cheque, or direct transferare accepted, ensuring a streamlined acquisition process and swift delivery for traders and suppliers nationwide.

FAQs of GE MULTILIN UR SHA MODULE:

Q: How does the GE MULTILIN UR SHA MODULE improve data synchronization in Universal Relay (UR) Series systems?

A: The module ensures high-speed data transfer and robust digital communication by providing effective I/O synchronization across connected devices, significantly improving the response time and reliability of industrial relay operations.

Q: What benefits do the self-diagnostics and LED indicators offer?

A: Self-diagnostics and LED indicators facilitate quick troubleshooting and real-time system status monitoring, maximizing uptime and operational confidence within critical industrial environments.

Q: Where can the GE MULTILIN UR SHA MODULE be used most effectively?

A: This module is most effective in utility substations, power distribution networks, and industrial control systems requiring advanced protection, automation, and communication within the GE Multilin UR Series.

Q: When is hot swap capability important for relay modules?

A: Hot swap capability is essential during maintenance or upgrade processes, allowing the module to be replaced or updated without powering down the entire system, thus avoiding operational interruptions.

Q: What is the process for installing the GE MULTILIN UR SHA MODULE?

A: Installation is simplified by its slot-in, plug-in modular design. Users simply mount the module into the designated UR Series relay slot, connect the multi-pin edge connector, and activate its communication functions.

Q: How does integrated surge protection benefit industrial users?

A: Integrated surge protection safeguards sensitive relay electronics against voltage spikes, prolonging module life and minimizing downtime caused by unpredictable power fluctuations.

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