Description : Usage of CVT
In this modern age of advanced electronics & high telecommunication, high-tech machines like
computers, EPABX, fax machines, plotters is a common sight at workplaces. Considering the cost of
these sophisticated machines, one cannot take a risk of subjecting them to wide voltage variations &
surges experienced in our country. So it becomes imperative to have a constant voltage transformer
to protect your equipment against voltage fluctuations.
Working Principle of a CVT
CVT uses the principle of Ferro-resonance in which output winding is resonated with the
help of select value of high stability capacitors. This resonating circuit gives rise to
saturation of the core which prevents variation in the output against changes in the input
voltage.
CVT's advantages over Servo Stabilizer
1) CVT's response to input variations is much faster than that of servo stabilizer. Around
10msec.
2) CVT does not pass on the surges to the output side which are present on the input side.
3) CVT has no moving parts at all, thus bringing maintenance cost almost zero.
4) CVT combines all the features of an isolation transformer, surge supressor & RFI-EMI
Filter, thus bringing down the cost.
5) CVT has inbuilt instantaneous short circuit protection.
6) CVT us highly reliable.
MICROLINE has a definite edge
1) It gives you a perfect 1% regulation in the output for input variation from 170V to 270V as against
180v to 260v claimed by competitors.
2) It can withstand even upto 300v input voltage for small duration with damaging your equipment.
3) Sinusoidal wave is assured at the output.
4) Almost silent operation.
5) The output starts folding back beyond 270V of input supply thus protecting your device against high
voltage.
6) It is manufactured under strict quality control and quality assurance with best brands of copper.
Even the bought out items like capacitors are of the best quality i.e. of ASIAN.
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