8BVI0110HWD0.000-1 B & R Automation
Wake Industrial LLC is not an authorized distributor of this product.
The B & R Automation 8BVI0110HWD0.000-1 is a servo controller from the 8BVI Servo Controllers series. It features a continuous power consumption of 22.3 kW and can deliver up to 15.1 Amps continuous current per motor connection. The controller has a 24 VDC input voltage rated at 25 VDC with an input capacitance of 23.5 microfarads and a protection rating of IP20.
Internal Product Review
The 8BVI0110HWD0.000-1 is a B & R Automation servo controller rated for 11 kW continuous power per motor connection and 15.1 A continuous current per motor connection. IP20 protection and a 598 Hz max output frequency support dependable cabinet integration and responsive motor control, making the controller a strong choice for high-performance motion applications.
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Product Description:
B&R Automation manufactures the 8BVI0110HWD0.000-1 as part of its 8BVI Servo Controllers series. The unit is a dual-axis inverter that supplies regulated power to two synchronous servo motors, allowing speed and torque control in industrial handling, packaging, and machining cells. It accepts a 24 V auxiliary supply, monitors feedback from the attached motors, and coordinates motion sequences through the system bus so that both axes follow the programmed trajectory within the required cycle time.
The controller’s logic stage is powered from a low-voltage rail of 25 VDC ±1.6%, buffered by an input capacitance of 23.5 µF that smooths line disturbances before they reach the converters. Its intermediate circuit is supported by 660 µF of DC-bus capacitance and operates around 750 VDC. This energy store delivers stable voltage during dynamic load steps. A nominal switching frequency of 5 kHz governs the IGBT bridge so pulse patterns stay above the audible range while limiting semiconductor losses. Each motor connection can draw a continuous phase current of 15.1 A (eff), letting the drive supply 22.3 kW of total continuous power without derating, provided cabinet ventilation is adequate.
For short acceleration bursts, the available peak rises to 37.7 A (eff), and each axis can deliver up to 11 kW of mechanical power without exceeding thermal limits. Velocity commands are translated into carrier signals that reach a maximum output frequency of 598 Hz, which is suitable for high-pole motors running at elevated base speeds. The inverter has a protection class of IP20, so it must be mounted inside a closed control cabinet, while the housing remains compact at 106.5 mm wide, 263 mm deep, and 317 mm high. The discharge network of 0.44 µF lowers the DC link below touch-safe voltage after shutdown.
