Hochleistungs-Mehrstufen-Drei-Phasen-EMI-Stromleitungsfilter

Product Video
September 04, 2025
Kategorieverbindung: Entstörfilter mit 3 Phasen
Kurzfassung: Discover the High Performance Multistage Three Phase EMI Power Line Filter, designed for rated currents of 1A to 800A and voltages of 380V/440VAC. Ideal for photovoltaic systems, industrial applications, and motor drives, this filter ensures stable power supply with industry-standard EMC solutions. Certified with ISO9001, CE, and ROHS, it offers customizable options for your specific needs.
Verwandte Produktmerkmale:
  • Rated current range from 1A to 800A for versatile applications.
  • Operates at 380V/440VAC with a temperature range of 40°C.
  • Line-to-line withstand voltage of 1450VDC and line-to-ground of 2250VDC or 2000VAC.
  • Certified with ISO9001, CE, and ROHS for quality assurance.
  • Effective voltage interference prevention for stable power supply.
  • Customizable solutions tailored to specific customer requirements.
  • Ideal for photovoltaic systems, industrial automation, and motor drives.
  • Compatible with power conversion equipment like inverters and converters.
Fragen und Antworten:
  • What is an EMI power filter?
    An EMI power filter is a component used to mitigate electromagnetic interference (EMI) and reduce disturbances in a power line. Typically constructed with inductors and capacitors, these filters are collectively known as passive EMI power filters.
  • Why do we need EMI filters?
    Electromagnetic compatibility (EMC) is crucial for assessing the quality of electronic products. Incorporating EMC design in power systems enhances overall anti-interference capabilities, extends system lifespan, and ensures safe operation. EMI filters play a vital role in achieving good electromagnetic compatibility.
  • How does an EMI filter work?
    EMI, or Electro-Magnetic Interference, refers to unwanted electrical signals that can be conducted or radiated emissions. Capacitors offer a low-impedance path to redirect high-frequency noise away from the filter's input, either back into the power supply or into the ground connection.