Voltage Transformers (CVT)
Product Details
Note:
1) Avoid using CVT for high inductive loads.
2) Switch ON the CVT before switching ON the load & while switching OFF switch OFF the load first and then the CVT.
3) Check the frequency before using the CVT with a generator.
4) Keep magnetic storage & display devices like diskettes, Monitors, etc., away from the CVT.
5) Switch OFF the CVT when not in use.
*Specifications are subject to change without notice, on account of developments in product design
Class of Insulation
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CVT operates at a relatively constant frequency and provides substantially constant output voltage in spite of large changes in the input voltage. CVT consists of a high reactance
transformer that has an air gap in a magnetic shunt and provides a constant voltage output. This is achieved by the resonant action of the secondary winding of the transformer and the
capacitor.
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Advantages:
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Disadvantages:
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1.No moving Parts
2.Faster correction rate (Almost instantaneous) 3.Provides Isolation from Electrical noises 4.Inherent short circuit protection |
1.Output voltage is frequency dependent
2.Bulky & expensive compared to other stabilisers |
| Technical Specifications |
Single Phase (L-N)
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| Transformer type |
Ferro Resonant
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| Type of Cooling |
Natural Aircooled; 2 kVA and above (Fan Cooling)
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| Input Voltage |
90130 /170270 /310460 V 50 Hz
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| Output Voltage |
110 V (OR) 220 / 230 Volts 1 PH
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| Output Voltage Indication |
Analog Voltmeter
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| Effect Of Frequency |
The output voltage will vary 1.6% for a variation of 1% (0.5Hz) Input frequency
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| Load Regulation |
This is achieved by the resonant action of the secondary winding of the transformer and the capacitor.
- Usage:Power
