The split core current transformer are designed for fast and easy installation.The CTs are ideal for installation on existing electrical cables by clamping on the conductor.This method permits a safer,easy and portable current measurement.An internal precision burden resistor across the secondary winding of the CT provides a safe low voltage output and permits safe opening of the secondary.
Products can be customised
Utilizing the principle of electromagnetic induction, the magnetic field generated by the wire current induces electrical energy through the magnetic ring coil, the magnetic ring coil adopts the open and close structure, which is directly stuck on the cable conductor, and the output of the coil outputs a regulated DC power supply through AC/DC conversion.
Products can be customised
It is mainly used for power taking, energy conversion, power measurement, leakage protection, etc. Such as: various types of different levels of current transformers, power transformers, current sensors, etc. used in the power system.
Products can be customised
Permalloy 1J85 soft magnetic material with high initial permeability and high maximum permeability, high saturation magnetic induction.
Products can be customised
The self-powered current transformers can be installed outdoors directly exposed, measuring the current and converting the conductor current into electrical energy through electromagnetic induction, providing energy for other components.
Products can be customised
Shaped non-circular silicon steel cores are available in C-type and DE-type, which are customized according to performance requirements and can be adapted to a wide range of environmental use requirements.
Products can be customised
The harvesting energy current transformer can be directly mounted in the outdoor exposed, widely used in current measurement, and can generate electrical energy through the wire current induction.
Products can be customised
The magnetic metal cut core manufacturing process is designed to produce transformer cores with the lowest possible losses and magnetizing currents. We have silicon steel, permalloy, nanocrystalline, amorphous and other materials to choose from to meet strict specifications such as extremely low loss and high pulse permeability.