China High Quality Low Capacitance Measurement Circuit Supplier – Variable Frequency AC Resonant Test System – HV Hipot
China High Quality Low Capacitance Measurement Circuit Supplier – Variable Frequency AC Resonant Test System – HV Hipot Detail:
Features
● Small size, light weight, portable design.
● Suitable for 35kV or below cables.
● Single parts not more than 30kg, easy to carry.
● 220V or 380V single phase power supply,convenient for on-site power sourcing.
Specifications
● Rated output voltage: based on cable voltage, usually it is 2Uo or 3Uo.
● Output frequency: 20 -300Hz.
● Resonant voltage waveform: sine wave, THD ≤ 1%.
● Full load working time: continuous working time 60mins.
● Quality factor: max. load ≥ 20.
● Frequency adjustment: fineness 0.1Hz, instability ≤ 0.01%.
● Power supply: 220V or 380V single-phase.
Product detail pictures:
Related Product Guide:
With reliable quality process, good reputation and perfect customer service, the series of products produced by our company are exported to many countries and regions for China High Quality Low Capacitance Measurement Circuit Supplier – Variable Frequency AC Resonant Test System – HV Hipot , The product will supply to all over the world, such as: Serbia, Madrid, Israel, We take measure at any price to attain essentially the most up-to-date gear and procedures. The packing of nominated brand is our a further distinguishing feature. The solutions to assure years of trouble-free service has attracted a great deal customers. The goods are obtainable in improved designs and richer variety, they're produced scientifically of purely raw supplies. It accessible in a variety of designs and specifications for the selection. The newest forms are much far better than the previous one and they're extremely popular with several clients.
By Carlos from Lahore - 2018.08.12 12:27
This enterprise in the industry is strong and competitive, advancing with the times and develop sustainable, we are very pleased to have a opportunity to cooperate!
By Meroy from Suriname - 2017.07.07 13:00
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