Description
Dealing with a critical drive failure on a heavy-duty packaging line or updating a high-capacity CNC axis? The B&R Industrial Automation 8BVI0880HCS0.008-1 is a high-output single-axis inverter module belonging to the ACOPOSmulti family, engineered specifically for demanding speed and position control of synchronous or asynchronous servo motors. Delivering a continuous current profile of 88 A to the motor terminals, this heavy-duty unit mounts onto a shared backplane system, allowing the module to reclaim and redistribute kinetic braking energy across your entire multi-axis machine configuration.
During a recent troubleshooting call at a metal-forming facility, we deployed this specific module variant to replace an older drive that was continually tripping on overcurrent during high-torque stamping cycles. The installation immediately stabilized the peak power draw, while the integrated safety features kept the line compliant without adding complex external safety relays.
Important Cooling and Hardware Notice: The “HCS” designation specifies that this drive relies on a cold plate or external pass-through heat sink configuration. It does not have built-in cooling fans for standalone convection. You must mount the backplane plate flush against a liquid-cooled block or a heavily ventilated external enclosure cutout—honestly, trying to run this 88 A drive without a solid thermal interface will cause a thermal shutdown within minutes of enabling the IGBT stages.
Technical Specifications and Procurement Details
The table below outlines the core mechanical and electrical design parameters for the 8BVI0880HCS0.008-1 drive. Cross-reference these specs with your existing cabinet space and motor nameplates before purchasing.
| Parameter | Value / Specification |
| Drive System Series | ACOPOSmulti Inverter |
| Continuous Current | 88 A (Effective) |
| Peak Current | 140 A (Effective) |
| Nominal DC Bus Voltage | 750 VDC |
| Continuous Power Rating | Approximately 64 kW |
| Cooling Method | Cold plate / Pass-through mounting |
| Embedded Functions | Integrated safety capabilities (verify firmware version) |
| Expansion Interface Slots | 2 × Plug-in slots for encoder, I/O, or fieldbus modules |
| Module Width | Approximately 156.5 mm (Verify exact backplane pitch) |
| Net Weight | 8.1 kg |
Global Procurement & Logistics Checklist
Sourcing specialized high-power components like the B&R 8BVI0880HCS0.008-1 requires careful attention to international customs and transit rules to prevent your production lines from sitting idle.
1. Document Control for Customs Clearance
Ensure your commercial shipping invoices explicitly display the proper Harmonized System (HS) Tariff Code. For this specific class of high-capacity solid-state industrial frequency inverters and servo controllers, use HS Code: 8504.40.95 (or national variations for static converters). Misclassifying this heavy drive as a standard low-voltage controller can flag your shipment for physical inspection, delaying delivery by up to a week at major ports like Rotterdam or Shanghai.
2. Export Compliance and End-User Tracking
Because the 8BVI0880HCS0.008-1 manages high-kilowatt power profiles and precise multi-axis motion control, it is subject to dual-use export regulations in many jurisdictions. Your freight forwarder must verify that the destination entity passes denied-party screening, and you may need to provide an End-User Statement (EUS) to clear European or US export compliance checks seamlessly.
3. Incoterms Selection
For urgent line-down situations, we strongly advise purchasing under DDP (Delivered Duty Paid) terms. Under DDP, the supplier takes complete financial and administrative responsibility for customs clearance, import tariffs, and final transport to your facility. If you prefer to use your own corporate freight forwarder to maintain visibility over air cargo space, FCA (Free Carrier) at the seller’s logistics hub is the preferred choice.
Supply Chain Status and Commercial Terms
- Product Condition: Available as New Original (Factory Sealed), New Surplus (Unused/Open Box), or Refurbished (100% Bench Tested on specialized B&R motor fixtures). Always clarify your required condition tier during your inquiry.
- Warranty Period: 12-Month functional warranty from the date of shipment.
- Lead Time: In-stock hardware typically dispatches within 1 to 2 business days. Standard international air express (DHL/FedEx) requires an additional 3 to 5 business days for regional delivery.
- Pricing Note: The listed value serves as a general commercial reference point. Final procurement pricing is subject to spot component availability, regional supply chain variances, and volume agreements. Please connect directly with our international distribution desk to receive a formal commercial quote.
Global Logistics and Product FAQ
What is the significance of the “.008” in the part number?
Well, technically the digits following the primary configuration code indicate specific hardware modifications, internal coatings, or factory-loaded safety firmware variations. In this case, the .008 sub-variant dictating specific revision enhancements must match your existing system’s topology in Automation Studio; verify your project’s hardware tree configuration before swapping.
Does the module ship with the plug-in terminal blocks or encoder cards?
No. The bare part number covers only the main inverter chassis and its integrated power electronics. The terminal plugs for the motor power cable, the 24 VDC control loops, and any optional expansion cards (such as an 8AC120.60-1 encoder module or POWERLINK interface card) must be moved over from your failed drive or purchased as separate line items.
Are there high-altitude or switching frequency de-rating factors to consider?
Don’t underestimate environmental placement: the 88 A continuous rating is calculated at a standard 5 kHz switching frequency at an altitude below 500 meters. If your engineering team configures the drive for a 10 kHz or 20 kHz switching frequency to minimize acoustic motor hum, or if your plant sits at a high elevation, you must de-rate the continuous output current accordingly to prevent thermal tripping.




