The CT314 split core current transformer is customizable and suitable for flexible switching between high and low voltages, enhancing equipment protection and user safety. It pairs well with rail-type electric meters for energy monitoring, particularly in urban and rural power grid upgrades. Installation requires attention to prevent open circuits and contamination by impurities.
The CT312 Split Core Current Transformer is customizable, with a rated primary current of 60A and secondary of 20mA. Notable for its precise 1% accuracy and high electrical strength of 3000VAC, it has a durable PC/ABS alloy case, a transparent flip-top for easy use, and high-quality components ensuring stability and resistance.
The ZG964 is a customizable current transformer for GFCI units, detecting differential current with high sensitivity in the milliamp range to protect against harmful ground faults. It features a dielectric voltage of 1500 V AC, output voltage above 80mH, and DC resistance specifications, ensuring safety in electrical appliances.
ZG961 is a customizable current transformer for GFCI with an AC dielectric voltage of 1500V. It offers protection against sinusoidal and pulsating DC leakage currents across various types.
The ZG955 is a customizable current transformer for GFCI with a rated current of 30A, dielectric withstand voltage of 2500V AC, and output voltage of 6.3-6.8mV. Leakage current is outlined in four types, pertaining to semiconductor components, power, capacitors, and filters, each with distinct causes and impacts, such as potentially damaging heat for capacitors and touch-induced numbness for power leakage.
ZG537 Current transformer for GFCI Electrical Specification (Customized is available) Rated Current 20 A DC Resistance at 25℃ ZCTGNT 42±3Ω7.4± 2Ω Dielectric Withstanding Voltage(Hi-pot) 1500 V AC 1 min Output Voltage Vo ZCTGNT 3.5-4.2mV≥90mH At present, there are two types of leakage switches commonly used in the market: electromagnetic and electronic, both of which are current-operated leakage switches. The electromagnetic leakage switch is composed…
