The 8BVI0055HWD0.000-1 is an inverter module within the ACOPOSmulti drive family. This module mounts onto a standard backplane and connects to a central power supply through a DC busbar system. This hardware structure reduces the control cabinet footprint and simplifies terminal wiring, allowing for fast installation and straightforward swap-out maintenance on factory floors.
Integrated uncontrolled standstill and safe stop
Integrated connection for motor holding brake and temperature sensor
Two fully independent power inverters in one inverter module contained in 2-axis modules
Configured via Automation Studio software and linked through the POWERLINK industrial Ethernet protocol, the 8BVI0055HWD0.000-1 regulates torque, speed, and position for synchronous and asynchronous motors. Operating at a 5.5A nominal current rating for small-to-medium power demands, the module executes control loops via network commands. It also includes hardware-based safety functions (Safe Motion) to isolate motor power during emergency stops.
The 8BVI0055HWD0.000-1 relies on an integrated power distribution architecture, extracting its required control voltage and main DC bus power directly from the adjacent supply modules without individual line filters or external fuses. The module utilizes heavy-duty pluggable terminal blocks for both motor phases and feedback encoder lines, preventing wiring errors during high-volume cabinet assembly. Built-in diagnostic LEDs on the front housing provide immediate visual confirmation of the internal DC link status, enabling maintenance technicians to verify voltage dissipation before executing any hardware modifications or cable disconnections.
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description.
B&R 8BVI0055HWD0.000-1 ACOPOSmulti inverter module Manuals, Datasheets, Drivers, Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description.
Lithium-ion Battery Manufacturing
Applied in tension control and winding/unwinding axes of battery winding, stacking, or coating machines. It utilizes dual-axis high-precision synchronization to prevent electrode sheets from wrinkling or breaking at high speeds.
CNC Machine Tools & Metal Processing
Utilized in the feed axes (e.g., X/Y axis coupling) of engraving machines, precision grinders, or metal bending machines, enabling high-precision trajectory interpolation via the microsecond-level POWERLINK bus.
Semiconductor & Electronics Manufacturing
Integrated into high-speed X/Y linear motor stages or wafer-handling robot arms of die bonders and pick-and-place machines, shortening single pick-and-place cycle times through its high dynamic response.
Pharmaceutical & Liquid Filling Lines
Used in the electronic cam linkage axes of pharmaceutical capsule fillers or quantitative liquid filling machines, achieving seamless dynamic tracking between filling needles and conveyors via pre-configured blocks.
Solar PV Manufacturing
Deployed in the unwinding and rewinding main spindles of PV multi-wire saws or robot axes in stringer machines, precisely regulating wire tension to prevent expensive wafer breakage.
Papermaking & Paper Product Processing
Applied in rewinding machines or slitting and cross-cutting axes in corrugated cardboard production lines, controlling knives to perform precise cuts with microsecond responsiveness during high-speed web runs.
Before installing the 8BVI0055HWD0.000-1, ensure proper cabinet ventilation to maintain an ambient temperature of 0-50°C. After powering off, wait at least 5 minutes for the DC bus voltage to fully discharge before touching terminals or removing the module. Use shielded industrial cables for motor and encoder connections, and ensure the backplane is properly grounded to prevent electromagnetic interference. Never plug or unplug the module or terminal blocks while power is applied.
8BVI0055HWD0.000-1 features an integrated, Ethernet-based POWERLINK real-time industrial bus interface from B&R, enabling microsecond-level synchronous communication with B&R main control systems such as the X20 PLC. It is fully integrated into the B&R Automation Studio software development platform. Through pre-configured motion control function blocks, engineers can easily implement complex and advanced motion control algorithms, including electronic gears, electronic cams, and multi-axis interpolation.