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Constant voltage transformers produce a consistent output voltage despite varying input current or varying load. A CVT provides an impenetrable barrier to spikes and high frequency electrical noise. This barrier also works in reverse mode to prevent a 'noisy' load from polluting the mains supply itself. Our Constant Voltage Transformer is a premium quality Stabilizers. All Our Constant Voltage Transformer are manufactured by using quality assured material and advanced techniques, which make them up to the standard in this highly challenging field. The materials utilized to manufacture our Constant Voltage Transformer, are sourced from the most reliable and official Stabilizers vendors, chosen after performing detailed market surveys. Thus, our products are widely acknowledged in the market for their high quality. Features: • Optimum performance • Excellent functionality • High efficiency • Rugged construction • Durable • Compact design • Ferro resonant type construction • Complete isolation between output and input • Compact design • Very low noise level
Constant Voltage Transformer : The very best power protection comes from a special type of transformer known as a Constant Voltage Transformer ( CVT). It ensures complete protection against spikes and also provide controlled output voltage. A CVT therefore provides an impenetrable barrier to spikes and high frequency electrical noise. This barrier also works in reverse mode to prevent a 'noisy' load from polluting the mains supply itself. The constant-voltage transformer (CVT) has a wide application, particularly where reliability and inherent regulating ability against line voltage changes are of prime importance. Features: • High effectiveness • Imperviousness to warm • Dimensional precision
Constant Voltage Transformer : The very best power protection comes from a special type of transformer known as a Constant Voltage Transformer ( CVT). It ensures complete protection against spikes and also provide controlled output voltage. A CVT therefore provides an impenetrable barrier to spikes and high frequency electrical noise. This barrier also works in reverse mode to prevent a 'noisy' load from polluting the mains supply itself. The constant-voltage transformer (CVT) has a wide application, particularly where reliability and inherent regulating ability against line voltage changes are of prime importance. Features: • High effectiveness • Imperviousness to warm • Dimensional precision
Constant Voltage Transformer : The very best power protection comes from a special type of transformer known as a Constant Voltage Transformer ( CVT). It ensures complete protection against spikes and also provide controlled output voltage. A CVT therefore provides an impenetrable barrier to spikes and high frequency electrical noise. This barrier also works in reverse mode to prevent a 'noisy' load from polluting the mains supply itself.The constant-voltage transformer (CVT) has a wide application, particularly where reliability and inherent regulating ability against line voltage changes are of prime importance. Features: • High effectiveness • Imperviousness to warm • Dimensional precision
Constant Voltage Transformer : The very best power protection comes from a special type of transformer known as a Constant Voltage Transformer ( CVT). It ensures complete protection against spikes and also provide controlled output voltage. A CVT therefore provides an impenetrable barrier to spikes and high frequency electrical noise. This barrier also works in reverse mode to prevent a 'noisy' load from polluting the mains supply itself.The constant-voltage transformer (CVT) has a wide application, particularly where reliability and inherent regulating ability against line voltage changes are of prime importance. Features: • High effectiveness • Imperviousness to warm • Dimensional precision
Constant Voltage Transformer : The very best power protection comes from a special type of transformer known as a Constant Voltage Transformer ( CVT). It ensures complete protection against spikes and also provide controlled output voltage. A CVT therefore provides an impenetrable barrier to spikes and high frequency electrical noise. This barrier also works in reverse mode to prevent a 'noisy' load from polluting the mains supply itself.The constant-voltage transformer (CVT) has a wide application, particularly where reliability and inherent regulating ability against line voltage changes are of prime importance. Features: • High effectiveness • Imperviousness to warm • Dimensional precision
Transformers with primary (input) and secondary (output) winding separated from each other are known as isolation transformers. Under this construction, the input power and the output power are electrically separated by a dielectric insulation barrier. It prevents the equipment from getting spikes and harmonics from the mains. We are one of the trusted traders, suppliers, manufacturers and exporters of Isolation Transformer. Our esteemed clients can avail immaculate Isolation Transformer. Manufactured by making use of high-grade basic material and components, these products conform to the defined parameters of the industry. Features: • High Efficiency • High Reliability • Rugged in Construction • Top Performance • Long Service Life • Precise Design • Unbreakable • Durable
Constant Voltage Transformer : Introduction : In our Ferro Resonant type Constant Voltage Transformers - CVT, the AC mains power the input winding, which is widely separated physically from the isolated output winding. The input winding normally runs at very moderate Flux linkage levels. The output winding exhibits an intrinsic energy characteristic and this energy storage operate in conjunction with mains capacitor to produce self-generated AC flux Field which is indirectly extracted from the Input Winding. These Constant Voltage transformer or CVT use 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 ferroresonant 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. 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. All problems related to variation / fluctuation in Voltages are effectively handled because of this principle and a constant voltage output of ± 1% is given. Results : The ferroresonant transformers, which are also known as Constant Voltage Transformers (CVTs) or ferros, are also good surge suppressors, as they provide high isolation and inherent short-circuit protection. We are a renowned manufacturer of Constant Voltage Transformer and The Result of Constant Voltage Transformer - CVT are as under: 1. Instantaneous Voltage regulation. 2. No effect of input Transient and spikes on the output. 3. Sinusoidal output waveform. 4. A perfect answer and remedy for all types of electronic equipment. Our Constant Voltage Transformer or CVT have been manufactured to give you total protection against power related problems and to condition the power to suit the needs of your microprocessor based equipment. We are manufacturer of Constant Voltage Transformer which effectively regulates voltage variation, suppresses transients and bridges short interruptions/dips. Applications : Computers, Data Processing equipment, Colour Photography Labs., Bio-medical equipment, PA equipment, Telecommunication, TV, VCD/DVD recorders & players, Teleprinters, Fax machines and all other sensitive electronic devices. Why CVT ? We manufacture Constant Voltage Regulators which use 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 constant voltage regulator 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. Electronics instruments, Machines, Computers and other microprocessor based equipment are designed to operate on steady stream sine wave of 220/230 V RMS. The nature of utility power is such that very frequently the equipment encounter electrical disturbances and voltages which are beyond the range of those equipment. The quality of power has deteriorated so much during the past several years that today it is impossible to work without encountering disturbances. Equipment using microprocessors are especially vulnerable due to the degradation of the utility power. Thus in order to reach the equipment potentially damaging impulses generated outside your location travel through the impedances of lot of copper wire. Although this barrier serves to dampen out many of these disturbances the real problem occurs along the electrical path from the point the power enters your premises to your equipment. Between these points are all kinds of devices such as lifts, air conditioners, Fluorescent tube chokes, Photo copiers and in case of factories the machines. Any equipment that arcs, cycle on off, or draws excessive bursts of current becomes the cause of potential hazard to your micro processor based equipment.
Transformers with primary (input) and secondary (output) windings separated from each other are known as isolation transformers. Under this construction, the input power and the output power are electrically separated by an dielectric insulation barrier. Isolation Transformers offer complete line isolation, continuous noise filtering to eliminate harmonic distortion and enhanced common mode surge suppression internal low impedance isolation transformer component .The Common Mode Noise and Normal Mode Noise are generated in the common Utility Mains due to the Parallel connection of the critical loads to the Noise generating loads. These High magnitudes noises occur between conductors due to switching action of the Load connected in parallel to the sensitive loads. They work between the input primary to the output secondary winding or vice versa an isolation transformer eliminates common mode noise providing an isolated neutral ground reference for sensitive equipment Isolation transformers are generally with symmetrical windings. An isolation transformer transfers an ac signal from one device to another without electrically connecting the two circuits. Features Low Audio Noise Highly efficient Easy programmable Quick installation Compact design Longer service life
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