8BVI0110HWD0.000-3 B & R Automation
Wake Industrial LLC is not an authorized distributor of this product.
The B & R Automation 8BVI0110HWD0.000-3 servo controller is part of the 8BVI Servo Controllers series and offers a continuous power consumption of 22.3 kW with a continuous power rating of 11 kW per axis. It features a maximum output frequency of 598 Hz and a degree of protection rated at IP20. The device accepts a DC bus voltage of 750 VDC and supports a continuous current per axis of 15.1 Amps.
Internal Product Review
The 8BVI0110HWD0.000-3 is a B & R Automation servo controller with IP20 protection and a 750 VDC DC bus. Continuous output at 11 kW per axis and 15.1 Aeff per axis gives this unit strong drive capacity for demanding motion applications. A 598 Hz max output frequency supports responsive motor control, making this controller a very capable choice for high-performance servo systems.
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Product Description:
The 8BVI0110HWD0.000-3 is a servo controller produced by B&R Automation for the 8BVI Servo Controllers series. The module converts high-voltage DC bus energy into regulated three-phase output power for controlling industrial motors in automated machinery. Its design supports integrated brake circuitry and coordinated axis control, providing a compact way to manage speed, torque, and position in packaging lines, material-handling cells, and general motion systems. The built-in brake channel provides 2.1 A and has an internal resistance of 0.3 Ω, allowing the controller to operate a compatible motor brake during standby or power-down sequences.
The controller draws energy from a DC link rated at 750 VDC, and its output stage can supply continuous power of 11 kW. To sustain this output, the drive delivers 15.1 A RMS of continuous current, while momentary acceleration is supported by a peak current of 37.7 A RMS. Pulse-width modulation operates at 5 kHz, balancing switching losses with motor noise and current regulation. These current limits must be considered when selecting a compatible motor and determining the expected acceleration performance. The available output power also affects load capacity, while the switching frequency influences heat generation in the controller and connected motor.
A capacitive buffer of 660 µF smooths DC bus ripple so the inverter can maintain commanded torque during brief line disturbances. The internal filter bank includes 0.44 µF of capacitance to help suppress electrical noise within the power stage. Output frequency can reach 598 Hz, supporting high-speed spindle and linear motor applications while maintaining controlled output waveforms. The housing is 106.5 mm wide and 263 mm deep, allowing the module to fit into compact electrical cabinets while leaving room for wiring and ventilation. Its IP20 protection rating makes it suitable for installation inside a closed electrical enclosure, where the housing prevents accidental contact with hazardous internal parts. Controlled cabinet airflow is necessary to remove operating heat and maintain suitable temperatures around the inverter electronics. Adequate spacing around the housing also supports cable routing and prevents nearby components from restricting airflow through the installation area.
