Marsz Electricals

Hybrid Harmonic Filters

Combating Hidden Dangers in Your Electrical System

Modern devices, while boasting impressive energy efficiency, can introduce hidden dangers into your electrical system. These dangers come in the form of “Harmonics,” unwanted electrical currents that distort the waveform of your power supply. These distortions can wreak havoc on your system, causing overheating, fires, and equipment failures. The Hybrid Harmonic Filter (HHF) acts as a shield against these harmonics, filtering them out and ensuring clean, reliable power for your critical operations.

The HHF offers more than just harmonic suppression. Its features like copper wound construction and natural convection cooling ensure high efficiency and quiet operation. It also provides valuable protection against both common and transverse mode noise, enhancing overall system stability. The HHF is available in a range of ratings (20 – 1000 Amps), making it suitable for various commercial and industrial applications. Additionally, its removable panels allow for easy installation and maintenance. By mitigating the risks posed by harmonics, the HHF helps businesses achieve peace of mind and optimize the performance of their electrical systems.

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Questions? You’re covered

Hybrid Harmonic Filter (HHF): FAQs

01. How do non-linear loads contribute to harmonics?

The increased use of energy-efficient devices like LED lamps, computers, and variable speed drives often falls under the category of non-linear loads. These devices draw current in a non-sinusoidal way, injecting harmonics back into the power system.

No, standard electrical instruments measure the fundamental frequency (60 Hz or 50 Hz depending on your region) and miss the harmonic distortions. A specialized harmonic analyzer is needed to identify and quantify these unwanted currents.

A site assessment to evaluate your electrical system for harmonic distortion is recommended. Signs that might indicate a need for HHFs include:

  • Frequent equipment failures
  • Unexplained overheating of transformers and wires
  • Data errors in networked computers
  • High neutral-to-ground voltage

We are always ready to help you.

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