Overview

The GE UR‑9GV is part of the Multilin Universal Relay (UR) series, a modular platform designed for protection, control, metering, and monitoring of critical power system assets. The 9GV module specifically handles current and voltage transformer inputs, converting analog signals into digital data for relay processing.

This module is essential for implementing differential, distance, overcurrent, voltage regulation, and frequency protection schemes. By ensuring precise measurement of current and voltage, the UR‑9GV supports reliable fault detection and system stability in utility substations, power generation plants, and heavy industrial facilities.

Technical Data

Typical Applications

• Utility substations: CT/VT inputs for transformer and line protection relays.

• Power generation plants: Supporting generator differential and voltage regulation schemes.

• Industrial facilities: Enabling motor and feeder protection with precise current/voltage inputs.

• Smart grid networks: Integrating CT/VT data into IEC 61850‑enabled UR relays.

Key Features

• High‑accuracy CT and VT inputs for advanced protection schemes.

• Seamless integration with GE Multilin UR chassis.

• Analog‑to‑digital conversion for precise relay processing.

• Modular design for easy installation and replacement.

• Rugged construction for continuous operation in harsh environments.

FAQ

Q1: What is the primary role of the UR‑9GV module?

A1: It provides CT and VT analog inputs to GE Multilin UR relays for protection and monitoring.

Q2: How does it improve system reliability?

A2: By ensuring accurate current and voltage measurements, it supports precise fault detection and system protection.

Q3: Is it compatible with all UR relays?

A3: Yes, it is designed for integration with the GE Multilin Universal Relay platform.

Q4: Can it be replaced easily?

A4: Yes, it is a plug‑in module that can be installed or replaced without major system downtime.

Q5: Why choose GE UR CT/VT modules?

A5: GE Multilin modules offer proven reliability, advanced protection features, and global support for power system applications.