B&R 8BVI0220HCD8.000-1 – Multi-Axis Servo Inverter Module | ACOPOSmulti Platform
The B&R 8BVI0220HCD8.000-1 is a high-performance inverter module engineered for the ACOPOSmulti multi-axis servo drive platform. Designed for demanding industrial motion control applications, this module delivers precise torque and velocity regulation across synchronous and asynchronous servo motor configurations. Its modular architecture enables scalable multi-axis machine designs with centralized DC bus sharing, dramatically reducing cabinet footprint and wiring complexity.
At Konmask.com, every unit is sourced through verified industrial supply channels, inspected against OEM specifications, and backed by our technical procurement team — ensuring procurement engineers receive exactly what the BOM specifies.
Complete Technical Specifications
- Part Number: 8BVI0220HCD8.000-1
- Platform: ACOPOSmulti (B&R Automation)
- Module Type: Inverter / Axis Module
- Continuous Output Current: 22 A
- Peak Output Current: 44 A (200% for 5 s)
- Supply Voltage: 400 V AC (3-phase, 50/60 Hz)
- DC Bus Voltage: 750 V DC nominal
- Motor Interface: Synchronous / Asynchronous servo motors
- Encoder Interface: EnDat 2.1/2.2, Resolver, Incremental TTL
- Fieldbus: CANopen, POWERLINK (via backplane)
- Safety Function: STO (Safe Torque Off) — IEC 62061 SIL 2 / EN 13849 PLd
- Cooling: Forced air (integrated fan)
- Protection Class: IP20
- Operating Temperature: 0 °C to +45 °C
- Storage Temperature: −25 °C to +55 °C
- Humidity: 5–95% RH, non-condensing
- Weight: 4.8 kg
- Dimensions (W × H × D): 67.5 × 490 × 258 mm (approx.)
- Certifications: CE, UL, cUL
- Country of Origin: Austria
Proven Application Environments
- Packaging Machinery: High-speed pick-and-place, form-fill-seal lines requiring tight multi-axis synchronization
- Printing & Converting: Register control, tension management, and web guiding on offset and flexo presses
- Semiconductor & Electronics Assembly: Sub-micron positioning stages, wafer handling, and SMT placement machines
- Robotics & Gantry Systems: Coordinated motion in Cartesian and SCARA robot architectures
- Textile & Winding: Spindle drives and traverse systems demanding constant torque at variable speeds
- Machine Tool: CNC axis drives for milling, grinding, and turning centers
Engineering Advantages
- Shared DC Bus Architecture: Energy regenerated by decelerating axes is immediately available to accelerating axes, reducing peak demand and energy consumption by up to 30%.
- Scalable Multi-Axis Expansion: Add axes by inserting additional inverter modules on the same backplane — no additional mains supply wiring required.
- Integrated Safety (STO): Eliminates external safety contactors, reducing BOM cost and panel space while meeting PLd/SIL 2 requirements.
- POWERLINK Real-Time Fieldbus: Deterministic Ethernet-based communication with cycle times down to 400 µs for tight multi-axis synchronization.
- Plug-In Encoder Modules: Field-swappable encoder interface cards support EnDat, Resolver, and TTL without rewiring.
- Compact Form Factor: 67.5 mm wide slot pitch maximizes axis density in standard 600 mm cabinets.
System Architecture & Signal Flow
The 8BVI0220HCD8.000-1 slots into the ACOPOSmulti backplane alongside a mains/supply module (8B0M or 8BVP series). The supply module rectifies 3-phase AC to a shared 750 V DC bus. Each inverter module draws from this bus, converting DC to variable-frequency 3-phase AC output for its assigned servo motor. Encoder feedback is routed back through the inverter module to the B&R Automation Studio controller via POWERLINK, closing the position/velocity/torque control loop at the PLC level. STO signals are hardwired from the safety PLC directly to each inverter module’s STO input terminals, independent of the fieldbus.
Sourcing & Quality Verification
- All units sourced from authorized industrial distributors or verified OEM-surplus channels
- Serial number and firmware version documented prior to shipment
- Visual inspection: connector integrity, label legibility, no physical damage
- Functional power-on test available upon request (additional lead time applies)
- Original B&R packaging preserved where available; otherwise ESD-safe repackaging
- Certificate of conformity provided with each shipment
Procurement Process
- Inquiry: Submit your BOM or part number to [email protected] with required quantity and delivery timeline.
- Quote: Receive a formal quotation within 24 business hours including unit price, lead time, and shipping options.
- Order Confirmation: Purchase order accepted via email; proforma invoice issued for payment.
- Quality Check: Unit inspected and documented before dispatch.
- Shipment: Shipped via DHL / FedEx / UPS Express with full tracking. Export documentation (commercial invoice, packing list, COO) included.
- After-Sales: Technical support available post-delivery for integration questions.
Technical FAQ
Q: Is the 8BVI0220HCD8.000-1 compatible with B&R Automation Studio 4.x?
A: Yes. The module is fully supported under Automation Studio 4.x with the corresponding ACOPOSmulti firmware package. Ensure the firmware version on the module matches your AS project configuration.
Q: Can this module drive a linear motor?
A: Yes, with the appropriate linear motor commutation setup in Automation Studio. The module supports synchronous motor types including linear primaries with EnDat encoder feedback.
Q: What supply module is required?
A: A compatible ACOPOSmulti supply module (e.g., 8B0M0220HCD8.000-1 or 8BVP series) must be present on the same backplane to provide the shared DC bus.
Q: Is STO wiring mandatory for operation?
A: The STO inputs must be energized (24 V DC) for the module to enable its output stage. If STO is not used in the safety circuit, the inputs must be bridged with appropriate bypass per the B&R safety manual.
Q: Do you provide warranty?
A: We offer a 90-day functional warranty on all units. Extended warranty and exchange programs are available — contact [email protected] for details.
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