Inquiry
Form loading...
China Instrument Current Transformer Suppliers - High-Quality Factory Solutions for Medium and High Voltage Applications
Hot Products
Products Categories
Featured Products
110kV-220kV Transformer bushings

110kV-220kV Transformer bushings
400V-690V Static var generator

400V-690V Static var generator
6kV-220kV Wall bushing

6kV-220kV Wall bushing
6-40.5kV ABB safeplus switchgear panel

6-40.5kV ABB safeplus switchgear panel
6-35kV Shunt Capacitor bank Container

6-35kV Shunt Capacitor bank Container
6-35kV high voltage Capacitor bank Indoor

6-35kV high voltage Capacitor bank Indoor
6-24kV High voltage Capacitor Unit

6-24kV High voltage Capacitor Unit
lithium battery energy storage system-copy

lithium battery energy storage system-copy
6-220kV oil-immersed HV transformer

6-220kV oil-immersed HV transformer
6-35kV Dry type transformer

6-35kV Dry type transformer
0102030405
China Instrument Current Transformer Suppliers - High-Quality Factory Solutions for Medium and High Voltage Applications
China Instrument Current Transformer Suppliers - High-Quality Factory Solutions for Medium and High Voltage Applications

China Instrument Current Transformer Suppliers - High-Quality Factory Solutions for Medium and High Voltage Applications

Instrument Current Transformer

In the realm of electrical testing, our Instrument Current Transformer stands out as a crucial safety component. Designed for medium and high voltage applications, these transformers are typically positioned on the platform between the medium transformer and the tested transformer in test stations. As a leading China supplier and factory, we ensure that our instrument current transformers meet the highest industry standards, providing reliability and efficiency for your testing needs. Discover the quality and performance that our China-based manufacturing offers, and partner with us for all your current transformer solutions.

    Contact us
    Product Detail

    Instrument Current Transformer

    As we all know, for the sake of safety, medium and high voltage current transformers in transformer test stations are mostly placed on the platform between the medium transformer and the tested transformer. Because the platform height is between 2-4m, it is very inconvenient to manually change the connection range to go up and down the platform.

    657ed1fohg
    657ed219j2
    Frequently Asked Questions
    Where are medium and high voltage current transformers usually placed in a test station?
    They are mostly placed on an elevated platform located between the medium transformer and the tested transformer for safety reasons.
    What is the typical height of the current transformer platform?
    The platform height in these transformer test stations is generally between 2 to 4 meters.
    Why is the placement of these current transformers elevated?
    The primary reason for placing medium and high voltage current transformers on an elevated platform is to ensure safety within the transformer test station.
    What operational inconvenience arises from the platform height?
    Because the platform is 2-4m high, it is highly inconvenient for operators to manually go up and down the platform to change the connection range of the transformers.
    How does the manual connection range change affect testing efficiency?
    Having to manually climb up and down a 2-4 meter platform to adjust connection ranges creates a significant physical bottleneck and safety concern during routine testing operations.

    HEADING-TYPE-1

    High voltage parallel capacitors are suitable for parallel connection in AC power systems with power frequency (50Hz or 60Hz) of 1kV and above. They are used to compensate for inductive reactive power, improve power factor, improve voltage quality, reduce line losses, and fully utilize the efficiency of power generation and supply equipment.

    description2

    HEADING-TYPE-1

    High voltage parallel capacitors are suitable for parallel connection in AC power systems with power frequency (50Hz or 60Hz) of 1kV and above. They are used to compensate for inductive reactive power, improve power factor, improve voltage quality, reduce line losses, and fully utilize the efficiency of power generation and supply equipment.

    description2