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CVT(Constant Voltage Transformer)

The CVT uses the unique principle of ferroresonance: operation of a transformer in the region of magnetic saturation. When the iron core of a transformer is in saturation, relatively large changes in winding current results in very small changes in magnetic flux. Winding current and magnetic flux are proportional to the input and output voltage, respectively. This means that relatively large changes in input voltage result in small changes in output voltage: this being the fundamental purpose of an automatic voltage regulator.
The ferroresonant action is a flux limiter rather than a voltage regulator, but with a fixed supply frequency it can maintain an almost constant average output voltage even as the input voltage varies widely. Sanvi Power Electronics makes wide range of CVT including various features at very competitive rate.
Technical Specification Single Phase Three Phase
Capacity 150 VA to 10 KVA 500 VA to 15 KVA
Input Voltage 170 V to 300 V 320-500 V AC
Output Voltage 230 V +- 1% 415 V AC +- 1%
Line Frequency 50Hz +- 2% 50Hz +- 2%
Display Mains, output, volt meter with switch to read i/p & o/p voltage Mains, output, volt meter with switch to read i/p & o/p voltage
Efficiency 90%(approx.) under full load conditions 90%(approx.) under full load conditions
Output wave form Sinewave Sinewave
Correction rate 250V/sec approx,/ < 4 ms 430V/sec approx,/ < 2.5 ms
Load Power factor 0.75% lag to 0.9% lead 0.75% lag to 0.9% lead
Ambient temperature 5 C to 50 C 5 C to 50 C
Transformer Type Ferro Resonant Ferro Resonant

Salient Features

  • Proven technology
  • High reliability
  • Fast response
  • Output short circuit protected
  • Rugged industrial design
  • Affordable price
  • High efficiency products and very low electricity consumption as compared to local CVT