Three-Phase Plus Neutral

Offers a current range from 3 to 2000A with nominal voltage up to 600 Vac.

Offers a current range from 3 to 2000A with nominal voltage up to 600 Vac.

Enerdoor's three-phase plus neutral series stands out for its remarkable high attenuation within a compact casing, featuring low leakage currents, and proving its adaptability across a wide spectrum of industries.

This series features CE and UL approvals and a versatile current range spanning from 3 to 2000A, with a nominal voltage capability of up to 600 Vac.

Equipped with convenient terminal blocks, screws, and bus bar connections, this series incorporates essential features like finger-safe protection and the efficiency of DIN rail mounting. These elements combine to facilitate a rapid and straightforward installation process directly into enclosures.

Customized solutions are available to satisfy various application requirements.

Browse Three-Phase Plus Neutrals

quick view

FIN1240
  • Three-phase plus neutral
  • Rated current from 5 - 2000A
  • Nominal voltage 480 Vac
  • Excellent differential and common mode attenuation
  • High performance in low frequency range
FIN1240.(005 - 150).M

quick view

FIN15
  • Three-phase plus neutral
  • Rated current from 3 - 20A
  • Nominal voltage 480 Vac
  • Compact case
  • DIN rail mounting
FIN15.(003 - 020).M

quick view

FIN1740
  • Three-phase plus neutral
  • Rated current from 6 - 200A
  • Nominal voltage 600 Vac
  • Excellent differential and common mode attenuation
FIN1740.(006 - 200).M

quick view

FIN1740ESM
  • Three-phase plus neutral
  • Rated current from 10 - 180A
  • Nominal voltage 500 Vac
  • Compact case
  • Very low leakage current (<3mA)
FIN1740ESM.(010 - 180).M

quick view

FIN1940
  • Three-phase plus neutral
  • Rated current from 6 - 200A
  • Nominal voltage 600 Vac
  • Excellent differential and common mode attenuation

quick view

FIN1940E
  • Three-phase plus neutral
  • Rated current from 18 - 200A
  • Nominal voltage 500 Vac
  • Excellent differential and common mode attenuation

Previous Category

Next Category

Have a question not listed above?

We have answers!   

Contact Us Today
Full Page