Reactance on the Line and Output Filter
Chokes - Reactors - Toroids
The range includes various products for different applications.
As for the reactance on the line, solutions are available both for traditional and for regenerative systems with high frequency switching, especially with high frequency disturbance filtering.
Output Filter solutions include systems for use in open ring (Common Mode coil) or in closed ring systems (differential mode coils)
Inductors are available for both common mode and differential mode, the inductor models in differential mode are available to use with high frequency currents, such as occurs in applications using a synchronous motor, where the particular project has to contain to the minimum the effects of heating due to induced currents at high frequency. The sinusoidal output filters have two different lines, one for frequencies below 100 Hz, the other for higher frequencies, this second product line provides excellent performance in terms of minimum heating even without the use of forced ventilation.
FIN900
- Common mode impedance
- Rated currents from 10 to 280A
- Nominal voltage 500Vac
- High impedance
- Reduce high frequency interference (PWM)
- Available cable - screw
FIN930
- Common mode impedence
- Rated currents from 6 to 1000A
- Nominal voltage 600Vac
- Low impedance
- Reduce dV/dt from inverter - motor
- Long motor life
FIN950
- Line and load reactor application
- Rated currents from 30 to 250A
- Nominal voltage 600Vac
FINTR
- Rated available in different size
- High permeability ferrite
- Protection with plastic cover
FIN960F
- Impedance for high frequency
- Synchronous electrosplindle application
- No heating on the core
- High linearity versus frequency
- High linearity versus current
FIN905SF
- Filters sinusoidal
- Currents rated from 8 - 250A
- dV/dt reduction
- Increase motor life
FIN915SFH
- Filters sinusoidal for high frequency
- Currents rated from 8 - 260A
- dV/dt reduction
- Increase motor life
- Very low heating for high frequency application
EMI & RFI Filters








