Product Description
The Bosch FECG02.1-2K20-3P400-A-SP-MODB-01V01-S001 is a frequency converter designed for motor control applications. It supports the V/f motor control algorithm. The modulation type is magnetic flux PWM modulation. The ambient conditions for converter transport include -25 to 70 degrees Celsius temperature, 5 to 95% relative humidity and 2K3 climate category. The converter contains electrolytic capacitors that may deteriorate during storage. Therefore Bosch recommends that the converter should be operated once a year for at least 1 hour with power on. The ambient conditions for storage include -25 to 55 degrees Celsius temperature, 5 to 95% relative humidity and 2K3 climate category. The FECG02.1-2K20-3P400-A-SP-MODB-01V01-S001 unit should be inspected for transport damages after receipt. Damaged converters should not be installed. The protection class of the FECG02.1-2K20-3P400-A-SP-MODB-01V01-S001 is IP20 and it is designed for control cabinet mounting.
The standard converter firmware version is 01. Size of the control unit on the FECG02.1-2K20-3P400-A-SP-MODB-01V01-S001 is small and it features a potentiometer. The converter is rated for 2.2 kilowatts output power. The input rating of the FECG02.1-2K20-3P400-A-SP-MODB-01V01-S001 is 400 Volts AC (three-phase, 50 / 60 Hertz). The rated input current is 8 Amps. The apparent power rating is 3.2 kVA. The rated output current is 5.5 Amps. The converter comes with Modbus support. Optional accessories include instruction manual, operation panel for control cabinet mounting, Profibus adapter, RS-232 / RS-485 adapter, engineering software, EMC filter, motor filter, mains choke, brake resistor and brake chopper. The converter short circuit current rating is 5000 Amps. Recommended ambient temperature for the FECG02.1-2K20-3P400-A-SP-MODB- 01V01-S001 is -10 to 40 degrees Celsius. The capacity utilization of the device reduces outside this range and falls to 80% of rated values at 50 degrees Celsius. This unit can be shipped globally with a one-year warranty period from Wake Industrial.