Ferro Resonant Voltage Regulator

Equipment used for various purposes incur appreciable damage to wide voltage fluctuations. CVT caters to prevent such damage by implementing equipped design, manufacturing and maintenance free service such high performance voltage regulators can operate instringent conditions as they are robust and can work in rough field conditions.

SPECIFICATIONS

Ferraro Resonant Technology

• • no moving parts

• • overload protection

• • short circuit protection

• • spike rejection capabilities

• • floating output

• • no semi-conductors used (normal cvt)

• • no electronics circuits (normal cvt)

• • faster voltage correction than servo stabilizer

Applications

the cvt's are used for various applications like computers, data processing equipment, audio/video equipment, photo processing equipment, bio-medical equipment, telex, epabx, fax, cash registers, electronic typewriters, internet application, modem & other accessories like netphone, control panels, etc.

THREE PHASE CVT

Constant voltage transformer uses a tank circuit composed of a high-voltage resonant winding and a capacitor to produce a nearly constant average output with a varying input. The ferromagnetic approach is attractive due to its lack of active components, relying on the square loop saturation characteristics of the tank circuit to absorb variations in average input voltage. Older designs of ferromagnetic transformers had an output with high harmonic content, leading to a distorted output waveform. Modern devices are used to construct a perfect sine wave. The ferromagnetic 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.

Salient features

Isolation transformer: the input supply is completely isolated from the output, by means of an isolation transformer.

Ferraro resonant technology

• No moving parts

• Overload protection

• short circuit protection

• Spike rejection capabilities

• Floating output

• No semi-conductors used (normal CVT)

• No electronics circuits (normal CVT)

• Faster voltage correction than servo stabilizer