General Data Input rated voltage 24 Vdc Output rated voltage 24 Vdc Output rated current 4 x 8 A Ambient temperature -10° C to +60° C Efficiency typ. 96 % Protection index IP 20
Advantages Active current limiting in the event of an error Current monitoring and shutdown in the event of an error 4 current channels Delayed switching-in of channels Service-friendly spring-loaded connector system LCD Current and voltage monitoring Active signal outputs for watchdog function RS-232 interface Panel installation on mounting rails
Electronic Circuit Breaker: PM-FU-24DC
General Data Nominal input voltage 24 Vdc (18 - 30 V) Total input current: 40 A Output channels: 2 / 4 Nominal output current (for each channel adjustable): 1 - 6 A / 2 - 10 A Typical Turn-on capacity for each channel: up to 620.000 uF Operational temperature -25° C ... +70° C Efficiency: typ. 99 % Protection index IP 20
Advantages Adjustable output current for each output channel Ability to turn-on high load capacitance at each channel Diagnostic and remote switching on/off of each output channel using only two lines Summation message Push-In terminals LED signalization and remote request for each output channel
Electronic Circuit Breaker: PC-FU-24DC
General Data Nominal input voltage 24 Vdc (18 - 30 V) Total input current: 70 A Output channels: 8 Nominal output current (for each channel adjustable): 1 - 6 A / 2 - 10 A Typical Turn-on capacity for each channel: up to 620.000 uF Operational temperature: -25° C ... +70° C Efficiency: typ. 99 % Protection system IP 20
Advantages Adjustable output current for each output channel Ability to turn-on high load capacitance at each channel Diagnostic and remote switching on/off of each output channel using only two lines Summation message Push-In terminals LED signalization and remote request for each output channel Robust DIN rail mounting Only 42mm width
Short circuit proof PCB transformer VB
General Data Rated input voltage 230 Vac Rated output voltage 6 - 2 x 24 Vac Rated power 0.35 - 3.2 VA Insulation class B Maximum ambient temperature 70 °C (VB 3,2 max. 50 °C) Efficiency up to 58 % Degree of protection IP 00
Advantages Minimum size at high output Unconditionally short-circuit proof Also with double output voltage for series or parallel connection Designed for high ambient temperatures Permanent corrosion protection, high insulation value and maximum electrical reliability thanks to XtraDensiFill resin encapsulation Coil shell in 2-chamber technology Self-extinguishing potting material
Short circuit proof PCB transformer VBN
General Data Rated input voltage 230 Vac Rated output voltage 6 - 2 x 18 Vac Rated power 0.7 - 3 VA Insulation class B Maximum ambient temperature 70 °C Efficiency up to 59 % Degree of protection IP 00
Advantages Minimum size at high output Unconditionally short-circuit proof Also with double output voltage for series or parallel connection Designed for high ambient temperatures Permanent corrosion protection, high insulation value and maximum electrical reliability thanks to XtraDensiFill resin encapsulation Coil shell in 2-chamber technology Self-extinguishing potting material
PCB transformer VCN
General Data Rated input voltage 230 Vac Rated output voltage 6 ? 2 x 18 Vac Rated power 4.5 ? 50 VA Insulation class B Maximum ambient temperature 70 °C Efficiency up to 84 % Degree of protection IP 00
Advantages Minimum size at high output Also with double output voltage for series or parallel connection Designed for high ambient temperatures Permanent corrosion protection, high insulation value and maximum electrical reliability thanks to XtraDensiFill resin encapsulation Coil shell in 2?chamber technology Self?extinguishing potting material Additional mounting option with tabs on the housing (from 28 VA)
Comprehensive product portfolio with aluminum electrolytic and film capacitors
Film capacitors
DC capacitors
AC capacitors
Power electronic capacitors
Surge & energy storage capacitors
Power capacitors (LV & MV)
Accessories for power factor correction (PFC)
Power quality solutions (PQS)
New Power for DC-Link Capacitors - CeraLink™
? high capacitance density ? low ESR, low ESL ? high current density, effective ripple voltage reduction capability ? increasing effective capacitance with rising voltage ? capable for high temperature excursions ? low losses at high frequencies ? supports fast switching semiconductors ? supports further miniaturisation of power electronics on the system level