FIN1200 - FIN1200HV
- Three phase
- Rated current from 5 - 2000A
- Nominal voltage 480 Vac (HV version 600 Vac)
- Very low leakage current (<3mA)
FIN1500 - FIN1500HV
- Rated currents from 5 to 2500A
- Nominal voltage 480Vac
- Ideal for machine tools
- UL approved also for Canada
- S.C.C.R. according to UL508
FIN1700
- Three phase
- Rated current from 6 - 200A
- Nominal voltage 600 Vac
- Very low leakage current (<3mA)
FIN1700G
- Rated currents from 6 to 200A
- Nominal voltage 600Vac
- High differential and common-mode attenuation
- Very low leakage current (<3mA)
FIN1700IT
- Three phase
- Rated current from 6 - 200A
- Nominal voltage 600 Vac (available up to 690 Vac)
- IT network application
FIN1740
- Three phase plus neutral
- Rated current from 3 - 200A
- Nominal voltage 600 Vac
- High differential and common-mode attenuation
FIN1900
- Three phase
- Rated current from 6 - 200A
- Nominal voltage 600 Vac
- Very high differential and common mode attenuation
- Low leakage current
FIN1900G
- Three phase
- Rated current from 6 to 200A
- Nominal voltage 600Vac
- Low leakage current (<10mA)
FIN1900S
- Three phase
- Rated current from 42 - 200A
- Nominal voltage 600 Vac
- Excellent high differential and common mode attenuation from 50 KHz to 30 MHz
FIN1940
- Three phase plus neutral
- Rated current from 3 - 200A
- Nominal voltage 600 Vac
- Very high differential and common-mode attenuation
FIN3755
- Three phase
- Rated current from 7 - 280A
- Nominal voltage 480 Vac
- Very compact case
FIN538S
- Three phase
- Rated current from 3 - 180A
- Nominal voltage 600 Vac
- High differential and common mode attenuation
FIN538S1
- Three phase
- Rated currents from 3 - 2500A
- Nominal voltage 600 Vac
- Very high differential and common mode attenuation
- Ideal to comply EN61000-6-4
FIN539S
- Three phase
- Rated currents from 400 - 2500A
- Nominal voltage 600 Vac
- High differential and common mode attenuation
- High performance in compact case
FIN7213
- Three phase
- Rated current from 150 - 3000A
- Nominal voltage 600 Vac
- Very High differential and common mode attenuation
