Product Finder

Single Phase RFI Filter Models

FIN27G Single Phase RFI Filter

  • Single phase
  • Rated currents from 3 - 20A
  • Nominal voltage 250 Vac
  • High differential and common-mode attenuation
  • DIN rail mounting
  • Available for medical applications
FIN27G Single Phase RFI Filter image

FIN21

 
 
  • Single phase
  • Rated current from 3 - 20A
  • Nominal voltage 250 Vac
  • DIN rail mounting
  • Available for medical application

FIN21 Single Phase RFI Filter image

FIN26

  • Single phase
  • Rated currents from 3 - 20A
  • Nominal voltage 250 Vac
  • High differential and common-mode attenuation
  • DIN rail mounting
  • Available for medical applications
FIN26 Single Phase RFI Filter image

FIN27

  • Single phase
  • Rated currents from 3 - 20A
  • Nominal voltage 250 Vac
  • High differential and common-mode attenuation
  • DIN rail mounting
  • Available for medical applications
FIN27 Single Phase RFI Filter image

FIN33

  • Single phase
  • Rated currents from 3 - 75A
  • Nominal voltage 250 Vac
  • Compact housing
  • High differential and common-mode attenuation
FIN33 Single Phase RFI Filter image

FIN35

  • Single phase
  • Rated currents from 5 - 24A
  • Nominal voltage 250 Vac
  • High differential and common-mode attenuation
FIN35 Single Phase RFI Filter image

FIN40

  • Single phase
  • Rated current from 5 - 24A
  • Nominal voltage 250 Vac
  • High differential and common-mode attenuation
FIN40 Single Phase RFI Filter image

FIN50

  • Single phase
  • Rated current from 3 - 24A
  • Nominal voltage 250 Vac
  • Very high differential and common-mode attenuation
FIN50 Single Phase RFI Filter image

FIN60

  • Single phase
  • Rated currents from 1 - 6A
  • Nominal voltage 250 Vac
  • IEC inlet filters
FIN60 Single Phase RFI Filter image

FIN70

  • Single phase
  • IEC inlet filters
  • Rated currents from 1 - 6A
  • Nominal voltage 250 Vac
  • Available in single or dual fuse
FIN70 Single Phase RFI Filter image

FIN80

  • Single phase
  • IEC inlet filters
  • Rated currents from 1 - 10A
  • Nominal voltage 250 Vac
  • Available in single or dual fuse
  • Available with main switch
FIN80 Single Phase RFI Filter image

Parallel Filter

FIN130SP.001.M

  • Three phase parallel filter
  • Nominal voltage 600 Vac
  • Only one model because independent by the current
  • Compact housing
  • High differential and common mode attenuation
    in low frequency range (50 KHz - 5 MHz)
  • DIN rail mounting
FIN130SP.001.M Three Phase Parallel Filter image

FIN230SP.001.M

  • Three phase parallel filter
  • Nominal voltage 600 Vac
  • Only one model because independent by the current
  • Compact housing
  • Very high differential and common mode
    attenuation in low frequency range (50 KHz - 5MHz)
  • DIN rail mounting
FIN230SP.001.M Three Phase Parallel Filter image

FIN730.001.M

  • Three phase parallel filter
  • Nominal voltage 750 Vac
  • Only one model because independent by the current
  • Compact housing
  • Very high differential and common mode attenuation in low frequency range (100 KHz - 10 MHz)
  • DIN rail mounting
FIN730.001.M Three Phase Parallel Filter image

FIN730.001.MLCP

  • Three phase parallel filter
  • Nominal voltage 480 Vac
  • Only one model because independent by the current
  • Compact housing
  • Very high differential and common mode attenuation in low frequency range (100 KHz - 10 MHz)
  • DIN rail mounting
FIN730.001.MLCP Three Phase Parallel Filter image

FIN730.002.MC

  • Three phase parallel filter
  • Nominal voltage 600 Vac
  • Only one model because independent by the current
  • Compact housing
  • Very high differential and common mode attenuation in low frequency range (100 KHz - 10 MHz)
  • DIN rail mounting
FIN730.002.MC Three Phase Parallel Filter image

FIN735.001.M

  • Three phase parallel filter
  • Nominal voltage 650 Vac
  • Only one model because independent by the current
  • Compact housing
  • Very high differential and common-mode attenuation in low frequency range (10 KHz - 10 MHz)
  • DIN rail mounting
FIN735.001.M Three Phase Parallel Filter image

FIN740.068.M

  • Three phase plus neutral parallel filter
  • Nominal voltage 480 Vac
  • Only one model because independent by the current
  • Compact housing
  • Very high differential and common-mode attenuation in low frequency range (100 KHz - 10 MHz)
  • DIN rail mounting
FIN740.068.M Three Phase Plus Neutral Parallel Filter image

Three Phase EMI Filter Models

FIN538

  • Three phase
  • Rated currents from 3 - 30A
  • Nominal voltage 480 Vac
  • High differential and common mode attenuation
  • DIN rail mounting
FIN538 Three Phase EMI Filter image

FIN538S

  • Three phase
  • Rated current from 3 - 180A
  • Nominal voltage 600 Vac
  • High differential and common mode attenuation
FIN538S Three Phase EMI Filter image

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
FIN538S1 Three Phase EMI Filter image

FIN1700IT

  • Three phase
  • Rated current from 6 - 200A
  • Nominal voltage 600 Vac (available up to 690 Vac)
  • IT network application
FIN1700IT Three Phase Filter image

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
FIN1900S Three Phase Filter image

FIN3755

  • Three phase
  • Rated current from 7 - 100A
  • Nominal voltage 480 Vac
  • Very compact case
FIN3755 Three Phase Filter image

FIN1200HHV

  • Three phase
  • Rated current from 16 - 2500A
  • Nominal voltage 750 Vac
  • Very low leakage current (<3mA)
FIN1200HHV Three Phase Filter image

FIN1351

  • Three phase
  • Rated currents from 6 - 16A
  • Nominal voltage 480 Vac
  • Very compact housing
  • DIN rail mounting
FIN1351 Three Phase Filter image

FIN539S

  • Three phase
  • Rated currents from 400 - 2500A
  • Nominal voltage 600 Vac
  • High differential and common mode attenuation
  • High performance in compact case
  • Ideal to comply EN61000-6-4
FIN539S Three Phase Filter image

FIN1600

  • Three phase
  • Rated current from 7 - 200A
  • Nominal voltage 480 Vac
  • High differential and common mode attenuation
FIN1600 Three Phase Filter image

FIN1200(HV) Three Phase Filters

  • Three phase
  • Rated current from 5 - 2000A
  • Nominal voltage 480 Vac (HV version 600 Vac)
  • Very low leakage current (<3mA)
FIN1200(HV) Three Phase Filters image

FIN1500(HV) Three Phase Filter

  • Three phase
  • Rated current from 5 - 3000A
  • Nominal voltage 480 Vac (HV version 600 Vac)
  • Very high attenuation low frequency range
  • Ideal to comply with EN61000-6-2, EN61000-6-4 & FCC part 15 (class A & B)
FIN1500(HV) Three Phase Filter image

FIN1700 Three Phase Filter

  • Three phase
  • Rated current from 6 - 200A
  • Nominal voltage 600 Vac
  • Very low leakage current (<3mA)
FIN1700 Three Phase Filter image

FIN1700E Three Phase Filter

  • Three phase
  • Rated current from 7 - 230A
  • Nominal voltage 500 Vac
  • Compact case
  • Very low leakage current (<3mA)
  • Available L and 0 version with low leakage <0.5 mA and no leakage current
FIN1700E Three Phase Filter image

FIN1900 Three Phase Filter

  • Three phase
  • Rated current from 6 - 200A
  • Nominal voltage 600 Vac
  • Very high differential and common mode attenuation
  • Low leakage current
FIN1900 Three Phase Filter image

FIN1900E Three Phase Filter

  • Three phase
  • Rated currents from 7 - 230A
  • Nominal voltage 500 Vac
  • Compact case
  • Very high attenuation low frequency (G version)
FIN1900E Three Phase Filter image

FIN1700G Three Phase Filter

  • Rated currents from 6 to 200A
  • Nominal voltage 600Vac
  • High differential and common-mode attenuation
  • Book style - Stainless steel case
  • Very low leakage current (<3mA)
  • Very high attenuation low frequency (G version)
FIN1700G Three Phase Filter image

FIN1900G Three Phase Filter

  • Rated currents from 6 to 200A
  • Nominal voltage 600Vac
  • Very High differential and common-mode attenuation
  • Book style - Stainless steel case
  • Low leakage current
  • Very high attenuation low frequency (G version)
FIN1900G Three Phase Filter image

FIN1700EG Three Phase Filter

  • Rated currents from 7 to 230A
  • Nominal voltage 500Vac
  • Compact Book style - Stainless steel case
  • Very low leakage current (<3mA)
  • Ideal for packaging machine
  • Very high attenuation low frequency (G version)
FIN1700EG Three Phase Filter image

FIN1900EG Three Phase Filter

  • Rated currents from 7 to 230A
  • Nominal voltage 500Vac
  • Compact Book style - Stainless steel case
  • Low leakage current
  • Very high attenuation low frequency (G version)
FIN1900EG Three Phase Filter image

FIN7213

  • Three phase
  • Rated current from 150 - 3000A
  • Nominal voltage 600 Vac
  •  Very High differential and common mode attenuation
FIN7213 Three Phase Filter image

Three Phase Plus Neutral

FIN1940E

  • Three phase plus neutral
  • Rated current from 18 - 200A
  • Nominal voltage 500 Vac
  • Very high differential and common-mode attenuation
FIN1940E Three Phase Plus Neutral Filter image

FIN15

  • Three phase plus neutral
  • Rated current from 3 - 20A
  • Nominal voltage 480 Vac
  • Compact case
  • DIN rail mounting
FIN15 Three Phase Plus Neutral Filter image

FIN1240

  • Three phase plus neutral
  • Rated current from 5 - 2000A
  • Nominal voltage 480 Vac
  • Very high differential and common mode attenuation
  • High performance in low frequency range
FIN1240 Three Phase Plus Neutral Filter image

FIN1740

  • Three phase plus neutral
  • Rated current from 3 - 200A
  • Nominal voltage 600 Vac
  • High differential and common-mode attenuation
FIN1740 Three Phase Plus Neutral Filter image

FIN1740ESM

  • Three phase plus neutral
  • Rated current from 10 - 180A
  • Nominal voltage 500 Vac
  • Compact case
  • Very low leakage current
  • Available L and 0 version low leakage current <0.5 mA and no leakage current
FIN1740ESM Three Phase Plus Neutral Filter image

FIN1940

  • Three phase plus neutral
  • Rated current from 3 - 200A
  • Nominal voltage 600 Vac
  • Very high differential and common-mode attenuation
FIN1940 Three Phase Plus Neutral Filter image

Passive Harmonic Filter

FINFF Line Reactor 230 Vac

  • 3% and 5% impedance
  • Nominal voltage 230 Vac
  • Frequency range 60 Hz
  • Rated currents from 2.5 - 250A
FINFF Line Reactor 230 Vac image

FINFF Line Reactor 480 Vac

  • 3% and 5% impedance
  • Nominal voltage 480 Vac
  • Frequency range 60 Hz
  • Rated currents from 1 - 750A
FINFF Line Reactor 480 Vac image

FINFF Line Reactor 400 Vac

  • 3% and 5% impedance
  • Nominal voltage 400 Vac
  • Frequency Range 60 Hz
  • Rated currents from 1 - 865A
FINFF Line Reactor 400 Vac image

FINHRM

  • Rated currents from 10 - 200A
  • Nominal voltage 480 Vac
  • Total harmonic distortion abatement
  • High impedance
  • Cable/ screw connections available
FINHRM Passive Harmonic Filter image

FINHRM5

  • Rated currents from 10 - 750A
  • Nominal voltage up to 480 Vac
  • Total harmonic distortion abatement
  • Very compact case
  • High impedance
FINHRM5 Passive Harmonic Filter image

FIN950

  • Line and load reactor
  • Rated currents from 30 - 500A
  • Nominal voltage 600 Vac
FIN950 Line Reactor Filter image

Medical and Military Filter

ENC201

  • Fire alarm filter
  • Rated current 1A
  • Nominal voltage 120 Vac
  • 100 dB at 14 kHz
  • 100 dB at 1 GHz
ENC201 Fire Alarm Filter image

ENR205

  • RF power line filter
  • Rated current 5A
  • Nominal voltage 277 Vac
  • 100 dB at 10 MHz
  • 100 dB at 1 GHz
ENR205 RF Power Line Filter image

ENR230

  • RF power line filter
  • Rated current 30A
  • Nominal voltage 277 Vac
  • 100 dB at 10 MHz
  • 100 dB at 1 GHz
ENR230 RF Power Line Filter image

ENT205

  • Telephone filters for medical shielded enclosures
  • Rated current 2A
  • Nominal voltage 120 Vac
  • 100 dB at 10 MHz
  • 100 dB at 1 GHz
ENT205 Telephone Filter for Medical Enclosures image

Active Harmonic Filter

FINHRMA

  • High performance and reliability
  • Harmonic elimination
  • Unaffected by network conditions
  • Modular design starting 35A
  • Available in 400 - 480 - 600 - 690 Vac
  • Easy installation
FINHRMA image

DC Filter

FIN7212

  • DC filter
  • Rated current from 150 - 1500A
  • Nominal voltage 1000 Vdc
  • Zero volt option available
  • Excellent differential and common mode attenuation
  • Models available with current ratings up to 3000A 
FIN7212 DC Filter  image

FIN1220

  • DC filter
  • Rated current from 16 - 2500A
  • Nominal voltage 1200 Vdc
  • Helps to protect solar panels
  • Reduces EMI radiation
  • High differential and common mode attenuation
FIN1220 DC Filter image

FIN1220.0V

  • DC filter
  • Rated current from 16 - 2500A
  • Nominal voltage 1200 Vdc
  • OV insulated by the enclosure
  • Helps to protect solar panels
  • Reduces EMI radiation
  • High differential and common mode attenuation
FIN1220.0V DC Filter image

FIN1520

  • DC filter
  • Rated current from 16 - 2500A
  • Nominal voltage 1200 Vdc
  • Helps to protect solar panels
  • Reduces EMI radiation
  • Very high differential and common mode attenuation
FIN1520 DC Filter image

FIN1520.0V

  • DC filter
  • Rated current from 16 - 2500A
  • Nominal voltage 1200 Vdc
  • OV insulated by the enclosure
  • Helps to protect solar panels
  • Reduces EMI radiation
  • Very high differential and common mode attenuation
FIN1520.0V DC Filter image

Safety Encapsulated Transformer

EE 20

  • Primary voltage 115 - 480 Vac
  • Secondary voltage from 3 - 24V
  • Output power up to 0.6 VA
  • Primary and secondary voltage and pin configuration on request
  • Safety class II
EE 20 image

EI 30

  • Primary voltage 115 - 480 Vac
  • Secondary voltage from 3 - 24V
  • Output power up to 4.8 VA
  • Primary and secondary voltage and pin configuration on request
  • Safety class II
  • Two chamber bobbin
EI 30 image

EI 38

  • Primary voltage 115 - 480 Vac
  • Secondary voltage from 3 - 24V
  • Output power up to 6 VA
  • Primary and secondary voltage and pin configuration on request
  • Safety class II
  • Two chamber bobbin
EI 38 image

EI 42

  • Primary voltage 115 - 480 Vac
  • Secondary voltage from 3 - 24V
  • Output power up to 6 VA
  • Primary and secondary voltage and pin configuration on request
  • Safety class II
  • Two chamber bobbin
EI 42 image

EI 48

  • Primary voltage 115 - 480 Vac
  • Secondary voltage from 3 - 24V
  • Output power up to 13 VA
  • Primary and secondary voltage and pin configuration on request
  • Safety class II
  • Two chamber bobbin
EI 48 image

EI 54

  • Primary voltage 115 - 480 Vac
  • Secondary voltage from 3 - 24V
  • Output power up to 20.5 VA
  • Primary and secondary voltage and pin configuration on request
  • Safety class II
  • Two chamber bobbin
EI 54 image

EI 60

  • Primary voltage 115 - 480 Vac
  • Secondary voltage from 3 - 24V
  • Output power up to 30 VA
  • Primary and secondary voltage and pin configuration on request
  • Safety class II
  • Two chamber bobbin
EI 60 image

EI 66

  • Primary voltage 115 - 480 Vac
  • Secondary voltage from 3 - 24V
  • Output power up to 63 VA
  • Primary and secondary voltage and pin configuration on request
  • Safety class II
  • Two chamber bobbin
EI 66 image

EI 84

  • Primary voltage 115 - 480 Vac
  • Secondary voltage from 3 - 24V
  • Output power up to 100 VA
  • Primary and secondary voltage and pin configuration on request
  • Safety class II
  • Two chamber bobbin
EI 84 image

UI 30

  • Primary voltage 115 - 250 Vac
  • Secondary voltage from 3 - 24V
  • Output power up to 10 VA
  • Primary and secondary voltage and pin configuration on request
  • Safety class II
  • Two chamber bobbin
UI 30 image

UI 39

  • Primary voltage 115 - 250 Vac
  • Secondary voltage from 3 - 24V
  • Output power up to 32 VA
  • Primary and secondary voltage and pin configuration on request
  • Safety class II
UI 39 image

Voltage Stabilizer

FINSMT

  • Nominal voltage 230 Vac
  • Rated power from 1 to 40 kVA
  • Compact housing
  • Fast response time
  • Voltage variation ± 30%
  • Toroidal core technology
FINSMT Single Phase Voltage Stabilizer image

FINSMC

  • Nominal voltage 230 Vac
  • Rated power from 1 to 40 kVA
  • Very fast response time 
  • Voltage variation ± 30%
  • Square section linear core
FINSMC Single Phase Voltage Stabilizer image

FINSTT

  • Nominal voltage 480 Vac
  • Rated Power from 3 to 31 kVA
  • Compact housing
  • Fast response time
  • Voltage variation ± 30%
  • Toroidal core technology
FINSTT Three Phase Voltage Stabilizer image

FINSTC

  • Nominal voltage 480 Vac
  • Rated power from 22 to 780 kVA
  • Very fast response time 
  • Voltage variation ± 30%
  • Square section linear core

FINSTC Three Phase Voltage Stabilizer image

FINSTTY

  • Nominal voltage 480 Vac
  • Rated power from 3 to 120 kVA
  • Compact housing
  • Fast response time
  • Voltage variation ± 30%
  • Toroidal core technology
FINSTTY Three Phase Asymmetric Voltage Stabilizer image

FINSTCY

  • Nominal voltage 480 Vac
  • Rated power from 48 to 4000 kVA
  • Very fast response time 
  • Voltage variation ± 30%
  • Square section linear core
FINSTCY Three Phase Asymmetric Voltage Stabilizer image

FINSTTA

  • Nominal voltage 250 Vac
  • Rated Power from 3 to 40 kVA
  • Compact housing
  • Fast response time
  • Voltage variation + 15% to 35%
  • Toroidal core technology
FINSTTA Three Phase Asymmetric Voltage Stabilizer image

FINSTCA

  • Nominal voltage 480 Vac
  • Rated power from 55 to 800 kVA
  • Very fast response time 
  • Voltage variation + 15% to 35%
  • Square section linear core
FINSTCA Three Phase Asymmetric Voltage Stabilizer image

Motor Protection

FIN47SNB

  • Reduces dV/dT
  • Remote contact indicator
  • Compact dimensions due to the parallel installation
  • Nominal voltage 0 - 500 Vac
  • Frequency range 50 - 60 Hz
FIN47SNB.50.1M Snubber Motor Protection for dV/dt image

FIN5980P

  • Rated currents from 9 - 110A
  • Nominal voltage 600 Vac
  • Differential mode impedance
  • Eliminates dV/dt
  • Overvoltage spikes regenerate into the DC bus
FIN5980P Output Filter image

FIN5983

  • Rated currents from 12 - 60A
  • Nominal voltage 600 Vac
  • Differential mode impedance
  • Eliminates dV/dt
  • Footprint with drives manufacturers
FIN5983 Output Filter image

FINSTP

  • Nominal voltage 600 Vac 
  • Reduces dV/dt 
  • Very low power loss 
  • Easy installation
FINSTP Star Point Snubber image

FIN5955

  • Differential mode impedance
  • Rated currents from 3 - 20A
  • Nominal voltage 600 Vac
  • Low power loss up to 250 Hz frequency output
  • Protects against voltage spikes to the motor
FIN5955 Output Filter image

FIN900

  • Common mode impedance
  • Rated currents from 10 - 280A
  • Nominal voltage 500 Vac
  • High impedance
  • Reduces high frequency interference (PWM)
  • Cable/ screw connections available
FIN900 Output Filter image

FIN930

  • Common mode impedance
  • Rated currents from 10 - 200A
  • Nominal voltage 600 Vac
  • Low impedance
  • Reduces dV/dt from inverter - motor
  • Long motor life
FIN930 Output Filter image

FIN950U

  • Nominal voltage 480 Vac
  • Frequency range 50 - 60 Hz
  • Insulation class H
  • Max current frequency 100 Hz
FIN950U Load Reactor Filter image

FIN960F

  • Rated currents from 7 - 500A
  • Nominal voltage 750 Vac
  • High frequency application
  • Synchronous electrosplindle application
  • No heating on the core
  • High linearity versus frequency
FIN960F Output Filter image

FIN905SF

  • Three phase sinusoidal filter
  • Rated current from 8 - 880A
  • Nominal voltage 480 Vac
  • Reduces dV/dt
  • Increases motor life
FIN905SF  Sine Wave Filter image

FIN915SFH

  • Currents rated from 8 - 250A
  • Nominal voltage 480 Vac
  • Reduces dV/dt
  • Increases motor life
  • Very low heating for high frequency application
FIN915SFH High Frequency Sine Wave Filter image

FINTR

  • Ferrite core
  • Rated available in different sizes
  • Very high permeability ferrite
  • Plastic cover protection
FINTR Toroid and FINFE Ferrite image

Surge Arrester/ Protection

AM

  • Class I
  • 1 to 4 poles application
  • Rated voltage 120-600 Vac
  • Visual indicator
  • Metal enclosure
  • SCCR up to 300 KA
AM Surge Arrester image

BM (G) 12.5 Surge Arrester

  • Class I+II
  • 1 to 4 poles application
  • Rated voltage 120-600 Vac
  • Max nominal discharge phase 80 KA, Neutral 100 KA
  • Visual and remote contact indicator
  • Din-rail mounting
BM (G) 12.5 Surge Arrester image

BG (G) 25 Surge Arrester

  • Class I+II
  • 1 to 4 poles application
  • Rated voltage 120-600 Vac
  • Max Nominal discharge phase 100 KA, Neutral 200 KA
  • Visual and remote contact indicator
  • Din-rail mounting
BG (G) 25 Surge Arrester image

BG (G) 50 Surge Arrester

  • Class I+II
  • 1 to 4 poles application
  • Rated voltage 120-600 Vac
  • Max Nominal discharge phase 150 KA, Neutral 200 KA
  • Visual and remote contact indicator
  • Din-rail mounting
BG (G) 50 Surge Arrester image

EMG (G) 20 Surge Arrester

  • Class II+III
  • 1 to 4 poles application
  • Rated voltage 120-600 Vac
  • Max discharge current 40 KA
  • Visual and remote contact indicator
  • Surge arrester replaceable
EMG (G) 20 Surge Arrester image

FINPR

  • Class II
  • 1 to 4 poles application
  • Rated voltage 120-600 Vac
  • Max nominal discharge phase 50 KA, Neutral 50 KA
  • Visual and remote contact indicator
  • Din-rail mounting
  • Replaceable 
FINPR Surge Protector image

EMG (G) 40 Surge Protector

  • Class II+III
  • 1 to 4 poles application
  • Rated voltage 120-600 Vac
  • Max nominal discharge phase 80 KA, Neutral 80 KA
  • Visual and remote contact indicator
  • Din-rail mounting
  • Replaceable 
EMG (G) 40 Surge Protector image

EMG (G) 60 Surge Protector

  • Class II+III
  • 1 to 4 poles application
  • Rated voltage 120-600 Vac
  • Max nominal discharge phase 120 KA, Neutral 120 KA
  • Visual and remote contact indicator
  • Din-rail mounting
  • Replaceable 
EMG (G) 60 Surge Protector image

FINPRS

  • Class II
  • DC application
  • Rated voltage 500-1200 Vac
  • Max nominal discharge 50 KA
  • Visual and remote contact indicator
  • Din-rail mounting
  • Replaceable 
FINPRS Surge Protector image

Ignition System

E37

According to DIN 3446, DIN EN 60 335-1

  • Repetitive spark ignition system
  • For one to six ignition points
  • Low power consumption
  • Long life guaranteed by semiconductors
  • Fastons for mains and high voltage
E37 Electronic Ignition image

E47

According to DIN 3446, DIN EN 60 335-1

  • High frequency ignition system
  • Safe and stable ignition
  • Quality is based on individual testing
E47 High Frequency Ignition image

E3746

According to DIN 3446, DIN EN 60 335-1

  • Circuit board assembly
  • Small dimensions
  • For one or two ignition points
  • Primary: Solder pin for PCB mounting
  • Secondary: Faston
E3746 Ignition Transformer image

E3748

According to DIN 3446, DIN EN 60 335-1

  • Repetitive spark ignition system
  • Two to six outputs 
  • Low power consumption
  • Long life guaranteed by semiconductors
  • Fastons for mains and high voltage
E3748 Electronic Ignition image

Power Factor Correction

FINSVG

Active power factor correction compensation

  • Compensates Kvar from 50A
  • Nominal voltage 400 - 600 Vac
  • Controls power factor compensation
  • Not affected by harmonic distortion
  • High speed response
  • Modular design
FINSVG Active Static Var Generator image
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