UR8FV GE CT/VT module

Product Description

The UR8FV GE CT/VT module is designed for current and voltage measurement in electrical systems.

feature

High precision measurement

Wide operating range

Compact design

Easy to install and configure

The UR8FV GE CT/VT module is a reliable and efficient solution that can be used for current and voltage measurement in various applications.It provides accurate measurements and ensures the effective operation of electrical systems.

The UR-8FV of General Electric Multilin is a CT/VT module designed to replace old modules or upgrade existing universal relay systems,providing 3-1A/5A phase CT,1A/5A ground CT,and four terminal voltage transformer for this relay.This module is crucial for monitoring and managing AC power lines,and can also improve the overall safety of users and power system equipment.

UR-8FV is a new type of CT/VT module.Its characteristic is the standard 4CT/4VT.In contrast,other CT/VT modules may have standard or sensitive 8CT,or standard or sensitive 4CT/4VT with enhanced display.The sensitive characteristics of certain CT/VT modules enable them to provide ground fault protection for general-purpose relays.In the presence of grounded systems with high impedance characteristics,they can achieve this advantage by obtaining sensitive grounded inputs.All CT/VT modules can provide up to 24 CT and VT signals(analog)for universal relays to enhance their monitoring capabilities for power lines.The additional special function module can also detect faults caused by grounding conductor conditions.It is important to place the old CT/VT module in a universal relay that also has the old model CPU.Similarly,it is important to match the new CT/VT module with the new CPU to avoid erroneous indications on the display screen.After RH-8(such as RH-8A),older models will have lower alphanumeric codes.

application area

The UR8FV GE CT/VT module is suitable for a wide range of applications,including distribution,energy management,industrial automation,and renewable energy systems.