Detailed Product Description

static voltage regulator ( static voltage stabilizer,voltage stabilizer )

Anti-interference purification AC stabilizer

The design of anti-interference purification AC stabilizer has introduced western advanced techniques and combined with national condition to regularize AC voltage. When voltage fluctuates because of external power web voltage undulation or load change, the series can automatically maintain stability of output voltage. Compare with other style of stabilizer, the series feature large volume, high efficiency, no waved distortion, stable voltage regulation, wide load availability, and manual/automatic shift. The series can bear instant overload and can work continuously for long time and equipped with over voltage protection, phase protection, phase-order protection and machine hitch automatic protection function. Its advantage contains small volume, light weight, convenient installment and use, reliable implementation, and so on.

This series can be used as high quality alternative voltage stabilizer supply for industry, agriculture, transportation, military, postal office, railway, scientific, research institutes, precision machine tools, industrial production line, medical facilities, architectural engineering equipment and testing equipment, air condition, broadcast and TV stations and hotels.
 
Technical parameter:
 
Specification: 3KVA-500KVA
Input Voltage (V): 176-264 optional
Output Voltage (V): 220V+/-5% optional  
Phase Number: Single Phase
Insulated strength: 2000V/1 Min does not have the puncture 
Insulated Electric Resistance (MΩ ): ≥2
Efficiency: ≥98%
Waveform Distortion: ≤0.1%
Working Frequency (Hz): 50-60
Constant Voltage Precision: +/-(1-5)% optional
Time for Stabilizing: Changes of output voltage relative to rated one: 10% stabilization time: Less than 1.5S
Ability of Anti-interference: Peak depression input: 4000V pulse width: 2μS Output: Less than 2V 25KA Peak Current: 0.4μs Shock: 2 times
Wave Filtering Performance: Frequency: 0.15M-10G insertion loss, differential mode: 70-100dB, common mode: 100dB