Product Description

The DanfossFC-051P1K5S2E20H3BXCXXXSXXX is an effective inverter drive of the VLT Micro Drive FC 51 series with over 95 percent efficiency over a long operational half-life. Specified for single phase, it accepts voltage of 200-240VAC and has a power of 1.5 kW (2.0 HP) and is suitable for various commercial, industrial, and automation uses. It is so designed that it can provide enhanced manner of control over operation of motor and at the same time, it also boosts up the performance level and energy efficacy. An important aspect of the FC-051P1K5S2E20H3BXCXXXSXXX is its IP20 chassis enclosure that physically protects the board against dust and other foreign particles as environments where physical particles are not commonly introduced are shielded against. Further, five digitally programmable inputs are available in the drive that allow users to set up the system in a way they prefer and also allows them to control the functions of the motor in a more efficient way. This feature is rather helpful if variable speed or an individual zone control is desired in particular.

The incorporation of a brake chopper also enhances flexibility of the drive since it controls regenerative energy in applications that experiences frequent start/stop or fluctuating load. This helps in avoiding overvoltage condition so as to ensure constant running with out the need for extra braking system. The basic filtering in the RFI Class A1/B offers correct EMC characteristics and prevents interferences, which are crucial for compliance with the requirements of the electronics market.

The Danfoss FC-051P1K5S2E20H3BXCXXXSXXX drive is designed to provide less power consumption during operation thereby cutting down on expenditures. The range of the voltage is also rather large, as well as the digital inputs are programmable that makes this device perfect for various industrial conditions. This remarkable and compact drive is perfect for applications where improved performance, versatility, and quiet motor management is desired.