Active Harmonic Filter
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Features Fast 32 bit digital signal processor Synchronous Rotating Frame Principal for best performance Ultra fast compensation Proven performance on welding Harmonic Attenuation of more than 96% Selective Harmonic compensation Leading/Lagging Reactive Power Compensation Negative Sequence Compensation (load balancing) Zero Sequence Compensation (neutral compensation) 15 possible Priority Selection settings for maximum flexibility Smart auto fold-back to avoid over loading of filter 7" touch screen display Ethernet based remote monitoring MODBUS RTU, USB, SD Card Internal CAN Communication Closed Loop & Open Loop operation Paralleling of upto 32 filters for higher capacity Operator Activity Log >1,00,000 time stamped events can be logged in internal NAND memory Benefits Compliance with prescribed harmonic limits - No penalty Unity Power Factor - higher savings Reduced energy (kVAh) charges - higher savings Reduced peak demand charges - higher savings Reduced fuel consumption in generators - higher savings Ultra fast compensation - effective with fast fluctuating load Proven performance on welding Optimum capacity utilization of electrical infrastructure Optimum capacity utilization of backup generators Improved voltage profile Reduced risk of transformer failure - higher uptime Reduced risk of equipment failure - higher uptime Increased operational reliability - higher uptime Compact footprint Indigenous design, low maintenance and prompt service
Active Harmonic Filter
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We are a Leading Active Harmonic Filters Manufacturer & Supplier and our setup is situated in Noida India. Our Active Harmonic Filter is equipped with advanced technology that allows it to detect and filter out harmonics in real time. This means that you can enjoy clean and stable power without worrying about disruptions or damages caused by harmonic distortions.
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Harmonic Filters
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Helps meet IEEE-519 requirements Gurantees THDi performance of 8% Max at 50% load, 5% Max at full load Meets the voltage and current distortion limits of IEEE-519 Saves energy by eliminating the wasted energy associated with harmonics, therefore reducing the true RMS KVA demanded from your power source. Suitable for speed controllers or inverters Reduces energy costs Increases equipment reliability by absorbing transients and voltage surges Increases equipments life by reducing heat associated with harmonic currents Improves power factor Reduces THD-V to meet power quality standards.
passive harmonic filters
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Helps meet IEEE-519 requirements Gurantees THDi performance of 8% Max at 50% load, 5% Max at full load Meets the voltage and current distortion limits of IEEE-519 Saves energy by eliminating the wasted energy associated with harmonics, therefore reducing the true RMS KVA demanded from your power source. Suitable for speed controllers or inverters Reduces energy costs Increases equipment reliability by absorbing transients and voltage surges Increases equipments life by reducing heat associated with harmonic currents Improves power factor Reduces THD-V to meet power quality standards. Categories: Power Quality, Power Quality Solutions Most of the mentioned filtering techniques have common drawback of higher cost compared to Passive Filtering techniques. Consequently, the harmonic filtering techniques to a large extent are still the most commonly used techniques for current harmonics mitigation of 6-pulse front-end diode rectifier application. We have developed an efficient Passive Filter, which can suit many such similar loads. Since all filter components are passive they are rugged, maintenance free, reliable and low cost. Moreover, the filter implementation procedure is relatively easy. With simple structure, our Passive Filters have been extensively used for VFD harmonic mitigation. No involvement of electronic circuits, hardware and complicated control algorithms. Hence, our Passive Harmonic Filters are relatively inexpensive means for eliminating current harmonics distortion and improving the system power factor. Because of these two in one improvement our broad band filters usually have edge over the other effective filtering methods.
SVG And Active Harmonic Filter
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Harmonic Filter Reactor
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The IEEE defines POWER QUALITY as the ability of a system or equipment to function satisfactorily in its electromagnetic environment without introducing intolerable electromagnetic disturbances to anything in that environment. POWER QUALITY mainly deals with 1. Continuity of the supply. 2. Quality of the voltage. Power quality includes: Power factor improvement, Harmonics Mitigation, Load Compensation
Active Harmonic Filter
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Active Harmonic Filter
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harmonics filter
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harmonics filter, Active Harmonics Filter, digital voltage regulator
Active Harmonic Filter
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Active Harmonic Filter, Panel Mounting, Surface Mount Switches
Harmonic Filters
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Active Harmonic Filter
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Active Harmonic Filter, Embedded Management Software