Medical and Military Filter

The Enerdoor medical filter series is designed to achieve a high level of shielding on protected environments.

Medical and Military Filter

The Enerdoor medical filter series is designed to achieve a high level of shielding on protected environments. All models are characterized by high levels of attenuation above 100 dB. For each application,  there are models suitable for filtering supply lines from 50 and 60 Hz from single phase to three phase, with currents up to hundreds of amps.  Additionally, filters for signal lines such as remote controls, lines connecting sound, video, telephony and digital signals are available.  

Models are characterized by a leakage current to ground (below 30 mA), which allows use in any environment without the need for special installation procedures. All models are built and tested conforming to all military regulations and including: MIL.F-15733, MIL-STD-220A and Civil UL1283.

Product range includes models suitable for various applications where required attenuations are equal to or greater than 100 dB, with different possibilities in terms of frequency band.

Filters for military applications: 10 KHz - 10 GHz
Filters for medical applications: 5 MHz - 5 GHz
Filters for applications scientific and industrial laboratories, for example, measuring 100 KHz - 10 GHz 

Browse Medical and Military Filters

ENC201 EMI Fire Alarm Filter For Shielded Enclosures
  • Fire alarm filter
  • Rated current 1A
  • Nominal voltage 120 Vac
  • 100 dB at 14 kHz
  • 100 dB at 1 GHz
ENR205 Power Line Filter for Shielded Enclosures
  • RF power line filter
  • Rated current 5A
  • Nominal voltage 277 Vac
  • 100 dB at 10 MHz
  • 100 dB at 1 GHz
ENR230 Power Line Filter for Shielded Enclosures
  • RF power line filter
  • Rated current 30A
  • Nominal voltage 277 Vac
  • 100 dB at 10 MHz
  • 100 dB at 1 GHz
ENT205 Telephone Filter for Shielded Enclosures
  • Telephone filters for medical shielded enclosures
  • Rated current 2A
  • Nominal voltage 120 Vac
  • 100 dB at 10 MHz
  • 100 dB at 1 GHz
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