Passive Harmonic Filter
Website: https://totalpowerquality.com/passive-harmonic-filter-proven-valuable-when-equipment-fails
Unlike the ineffective series type passive harmonic filter, the highly effective passive harmonic filters are always parallel type harmonic filters. It eliminates load generated harmonics by drawing them towards it creating a short circuit path, and then absorbing harmonic within it. It thus eliminates the need for any equipment derating even with extreme harmonic distortions and allows plant operation at a hundred percentage loading for all plant machinery.
Unlike active filter, a high-power shunt passive harmonic filter is highly flexible for any input voltage design which covers the complete working voltage range of plant equipment from as low as 120 volts to 36 kV. It enhances the plant's 3P, power, productivity and profitability by manifold. We manufacture the most valued passive harmonic filter - type Super Tuned which is a top-end custom-built product.
When you have problems - repetitive failure in process drives, electronics, servers and in electrical equipment or unwanted tripping and high neutral current and neutral voltage; it will solve all your problem. Needless to say that it will mitigate harmonics (both voltage and current) to tolerable limits as defined by IEEE-519 standard. A super tuned harmonic filter is of high power capacity which reduces extremely high harmonic distortions in both voltage and current waveform within a safe working limit, thus identifying it as a harmonic distortion filter.
Passive harmonic filter - why Super Tuned?
1. It Eliminates equipment Failure and voltage fluctuation Tripping.
2. It Prevents Arc Flash and Electrical Blasting. Refer to the case study.
3. It Reduces the running temperature of equipment. We have achieved up to 10-deg.C.
4. It Reduces CAPEX and footprint by eliminating the need for that costly de-rating.
5. It Reduces OPEX, first by reducing footprint and then by enhancing energy efficiency.
6. It Reduces end product quality rejection. We have achieved up to 50% on six-sigma scale.
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