Passive Oberwellenfilter

This series is recommended for single drive applications and sized by the total current. Available up to 1400A with nominal voltage up to 750 Vac.

A harmonic filter is engineered to curtail harmonics to tolerable levels. Commonly employed to meet IEEE-519 compliance, these filters become indispensable in industries such as Oil & Gas, HVAC, Water/Wastewater, and Mining.

The Consequences of Unaddressed Harmonics

Left unattended, harmonics pose severe threats, causing damage to components, production downtime, and attracting penalties from utility providers. Enerdoor addresses these challenges comprehensively through its advanced harmonic mitigation solutions, including passive harmonic filters and line reactors — renowned as the industry's premier THDI reduction solutions.

Passive Harmonic Filters:

Our passive harmonic filters represent the prevailing method to regulate harmonic currents. Beyond meeting compliance standards, Enerdoor's passive harmonic filtering solutions elevate performance by improving flicker emissions and mitigating the impact of voltage dips under 5ms. Available up to 1400A with nominal voltage reaching 750 Vac, this series offers diverse attenuation levels, ensuring compliance with EN61000-3-2, EN61000-3-12, and IEEE-519 International Standards.

Introducing FINHRM5C: The Epitome of Innovation:

Witness our latest technology, the FINHRM5C, setting new benchmarks as the most advanced and compact passive harmonic filter in the market. Ensuring IEEE-519 compliance, UL recognition, and a current range up to 1400A, the FINHRM5C epitomizes excellence. Additional offerings include FINHRM (up to 200A) and FINHRM5 (up to 800A), each tailored to specific requirements. These filters remain impervious to network impedance and are designed to guarantee a power factor greater than 0.9, with the option of an external capacitor for enhanced power factor correction.

Line Reactors:

Enerdoor's line reactors play a pivotal role in safeguarding motors and mitigating power line distortion, commonly known as "dirty power," arising from variable frequency drives. Deployed in various applications, these reactors extend the lifespan of VFDs and motors. Leveraging 3% impedance reactors on the line side and 5% impedance reactors on the load side, Enerdoor ensures the integrity of your power systems.

Embrace the future of harmonic mitigation with Enerdoor—where innovation meets reliability, setting new standards in power quality solutions.

Browse Passive Oberwellenfilters

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FINFF 3% Netzdrossel 230 VAC
  • 3% Impedanz
  • Nennspannung 600 VAC
  • Frequenzbereich 50 - 60 Hz
  • Nennstrom von 2.5 - 250A

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FINFF 3% Netzdrossel 400 VAC
  • 3% Impedanz
  • Nennspannung 750 VAC
  • Frequenzbereich 50 - 60 Hz
  • Nennstrom von 1 - 865A

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FINFF 3% Netzdrossel 480 VAC
  • 3% Impedanz
  • Nennspannung 750 VAC
  • Frequenzbereich 50 - 60 Hz
  • Nennstrom von 1 - 750A

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FINFF 5% Netzdrossel 230 VAC
  • 5% Impedanz
  • Nennspannung 600 VAC
  • Frequenzbereich 50 - 60 Hz
  • Nennstrom von 2.5 - 250A

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FINFF 5% Netzdrossel 400 VAC
  • 5% Impedanz
  • Nennspannung 750 VAC
  • Frequenzbereich 50 - 60 Hz
  • Nennstrom von 1 - 865A

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FINFF 5% Netzdrossel 480 VAC
  • 5% Impedanz
  • Nennspannung 750 VAC
  • Frequenzbereich 50 - 60 Hz
  • Nennstrom von 1 - 750A

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FINHRM5 Oberwellenfilter
  • Nennstrom 10 bis 800A
  • Nennspannung 230 - 400 - 480 - 690 VAC
  • Reduzierung des Klirrfaktors (THD)
  • Sehr kompakte Bauform
  • Hohe Impedanz 
FINHRM5.(010 - 160).M

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HRM5C Oberwellenfilter
  • UL-gelistet
  • Sichert Konformität zu IEEE519
  • Nennspannung 480 VAC (HV ausführung - 690 VAC)
  • Nennstrom 10 bis 1400A
  • Senkung des Klirrfaktors (THD) auf weniger als 5%
  • Kompakte Größe – einer der Kleinsten auf dem Markt
  • Einbau auf Grundplatte oder Wandpanel
  • Modulares Syststem
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