Product Description:

The FECP02.1-132K-3P400-A-BN-MODB-01V01 frequency converter is produced by Bosch Rexroth Indramat for the FEC Frequency Converters series. This unit belongs to the second-generation platform and is supplied in mechanical size 7 with a large operator panel. It is intended for pump and fan duties where variable speed regulation improves process efficiency, and it is built for continuous service. The converter adjusts motor speed to match changing process demand, which helps reduce unnecessary full-speed operation during partial-load conditions. It integrates with control cabinets through standardized busbars and cable glands, and the operator panel provides local access to operating values and menu navigation.

In Design 1, the converter accepts a three-phase input on the 400 VAC voltage class and delivers up to 132 kW of motor power at a rated continuous output of 265 A. Speed is set through scalar or SVPWM modulation, and the internal control can resolve frequency changes down to 0.01 Hz, allowing precise flow regulation. Scalar control supports straightforward speed control for common loads, while SVPWM helps maintain smooth motor operation across the commanded range. For high breakaway loads, the drive produces 150 % torque at 5 Hz during startup, while overload endurance permits 120 % for 60 seconds before automatic current limiting. Communication with a PLC is handled over the Modbus interface, and the housing is 570 mm wide, 360 mm deep, and 850 mm high.

The thermal model also supports extended loading, sustaining 105 % for 60 minutes without derating when the input supply remains within the 3 AC 380 to 480 V range. An IP20 cabinet rating ensures finger-safe access, and the enclosure weighs 100 kg. External brake chopper and resistor terminals are provided for dynamic braking, which helps control deceleration when the connected load must slow down more quickly. A relay contact rated at 230 VAC / 30 VDC / 3 A can forward status signals to external control equipment. There is no onboard potentiometer, so reference values must come from the network or digital panel.