The ZCT409 is a zero phase current transformer available for direct sale, with custom specifications like a 225A rated current and 11±3Ω resistance. It operates on Kirchhoff’s current law, outputting no signal under normal conditions but activating tripping mechanisms during ground faults for network protection.
The ZCT408 is a customizable zero sequence transformer with a rated current of 100A and a resistance of 13±3Ω. It withstands up to 2500Vrms, outputting 25-30mV. Its error arises from iron core reluctance, consuming current for excitation, causing a vector difference between primary and secondary currents, including ratio and phase angle discrepancies.
ZCT407 is a customizable transformer for EV charging, with specifications like 630A rated current, 52±5Ω resistance at 25℃, and a 2500Vrms dielectric voltage. It enables zero current sensor protection by monitoring unbalanced currents and detecting single-phase grounding faults, enhancing the safety of electrical systems.
The ZCT406 is a customizable Zero Phase Current Transformer rated at 400A DC with 70±3Ω resistance and can withstand 2500Vrms. It operates on the principle of Kirchhoff’s current law to provide ground fault protection, with no secondary output during normal conditions and activating during faults to trip the power supply.
ZCT405 lead wire Zero phase current transformer Electrical Specification (Customized is available) Rated Current 400A DC Resistance at 25℃ 38±4Ω Dielectric Withstanding Voltage(Hi-pot) 2500Vrms Output Voltage Vo 17-21mV Differential Current Sensor function: When an electric shock or leakage fault occurs in the circuit, the protection action will cut off the power supply.Use: install a current transformer on each of the…
ZCT404 zero phase current transformer potential transformer Electrical Specification (Customized is available) Rated Current 250A DC Resistance at 25℃ 20±3Ω Dielectric Withstanding Voltage(Hi-pot) 2500Vrms Output Voltage Vo 17mV Two conditions for generating zero-sequence current: Whether it is a longitudinal fault, a lateral fault, or asymmetry between normal and abnormal conditions, as long as there is a zero-sequence voltage; The zero-sequence…
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