Sinusoidal output voltage
PFC input with universal range
Rugged, industrial quality
Filtered input
Cooling by high quality built-in fans
Full electronic protection
Field-proven design topology
Split-phase AC-output stage for various configurations
This rugged, AC-AC frequency converter uses field proven FCP1000 microprocessor-contr
olled high frequency PWM technology to generate the required output power with pure sine wave output voltage. The AC/DC input stage boosts the input voltage to a higher DC bus voltage, which feeds the DC/AC inverter to generate the required AC output. The use of high frequency conversion enables a compact construction, low weight and high efficiency. Cooling is by high quality built-in fans and by additional conduction via the baseplate. The fans draw air into the unit. All heat generating components are installed on aluminum heatsink blocks which are thermally connected to the base plate. This also provides exceptional mechanical ruggedness. Conformal coating provides protection against humidity and airborne contaminants. Full electronic protection, low component count, large design headroom and the exclusive use of components with established reliability contribute to a high MTBF. The unit is manufactured at our plant under strict quality control.
- Sinusoidal output voltage
- PFC input with universal range
- Rugged, industrial quality
- Filtered input
- Cooling by high quality built-in fans
- Full electronic protection
- Field-proven design topology
- Split-phase AC-output stage for various configurations
This rugged, AC-AC frequency converter uses field proven FCP1000 microprocessor-controlled high frequency PWM technology to generate the required output power with pure sine wave output voltage. The AC/DC input stage boosts the input voltage to a higher DC bus voltage, which feeds the DC/AC inverter to generate the required AC output. The use of high frequency conversion enables a compact construction, low weight and high efficiency. Cooling is by high quality built-in fans and by additional conduction via the baseplate. The fans draw air into the unit. All heat generating components are installed on aluminum heatsink blocks which are thermally connected to the base plate. This also provides exceptional mechanical ruggedness. Conformal coating provides protection against humidity and airborne contaminants. Full electronic protection, low component count, large design headroom and the exclusive use of components with established reliability contribute to a high MTBF. The unit is manufactured at our plant under strict quality control.