Constant Voltage Transformers

CVT (Constant Voltage Transformer) is designed on the basic principle of Ferro - resonance, in which output winding is resonated with the help of select value or high stability capacitors. This is the most reliable product as there is no moving part thus bringing maintenance cost to zero. We are looking for inquiries from South India region including Andhra Pradesh, Karnataka, Kerala and Tamil Nadu and cities like Bangalore, Chennai, and Hyderabad.

Electric Constant Voltage Transformer

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Approx. Rs 13,000 / Unit Get Latest Price

Product Details:

Phase	Single Phase
Output Voltage	220 V
Display Type	Analog
Brand	Vertex
Load factor	0.75% lag to 0.9% lead
Ambient Temp.	-5 to +50 degree Celsius

We are the leading supplier of Electric Constant Voltage Transformer.

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Three Phase Constant Voltage Transformer

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Approx. Rs 15,000 / Unit Get Latest Price

Product Details:

Phase	Three Phase
Brand	Vertex
Ambient temperature	-5 degree to 50 degree centigrade
Load factor	0.75% lag to 0.9% lead
Efficiency	90% (approx. Under full load)
Line frequency	50 Hz +/- 0.5%

We are offering Three Phase Constant Voltage Transformer to our clients.

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CVT Voltage Transformer

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Approx. Rs 13,000 / Unit Get Latest Price

Product Details:

Brand	Vertex
Primary Voltage	150 kVA to 5 kVA
Output wave form	Sinusoidal
Output Regulation	2% at no load to full load
Wave form distortion	5% (approx. Under full load)

We are the leading supplier of CVT Voltage Transformer.

Advantages of CVT:

No moving parts
Overload protection
Short circuit protection
Spike rejection capabilities
Faster voltage correction than servo stabilizers

Disadvantages of CVT:

Output voltage varies as a function of frequency unless a frequency compensating network is used. The output voltage will vary 1.6% for a variation of 1% (0.5 Hz) input frequency.
Physical size & weight of a CVT is larger than a linear transformer of the same rating.
There are a hum noise increases as the CVT rating increases.
Very expensive when compared to Servo Stabilisers.

Recommendations:

Switch on CVT before switching ON the Load & while switching OFF switch, OFF Load first & then the CVT.
Switch OFF CVT when not in use to save power.
CVT cannot be used for an inductive load.
Keep magnetic storage & display devices like diskettes, spools, monitors, etc. away from the CVT.

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