Product Short Description
Product Name: ACOPOSmicro Inverter Module
Product Introduction: The 80VD100PD.C000-01 is a dual-axis inverter module in B&R’s ACOPOSmicro drive family. It provides high-precision control for two servo motors with integrated POWERLINK interface and EnDat 2.2 encoder support.
Technical Specifications:
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Manufacturer: B&R (Bernecker + Rainer)
Description
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Product Family: ACOPOSmicro
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Material Number: 80VD100PD.C000-01
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Control Capability: Control for 2 motors
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Encoder Interface: 2 × EnDat 2.2
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Power Supply: 24–64 VDC ±25%
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Continuous Current: 8 A RMS (maximum 10.6 A RMS)
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Switching Frequency: 5 kHz, 10 kHz, or 20 kHz
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Digital Inputs: 2 × 24 VDC sink (can be used as trigger inputs)
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Digital Output: 1 × 24 VDC, 1 A
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Enable Input: 1 (motor holding brake connection)
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Interface: POWERLINK
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Software Integration: Full integration in Automation Studio and CNC applications; operated using PLCopen function blocks
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Dimensions: Width 65 mm × Height 134 mm × Depth 95 mm
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Weight: 750 g
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Mounting/Cooling: Screw mounting with heat spreader on conductive, earthed mounting plate or cold-plate
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Mandatory Accessories: Terminal blocks (ordered separately, e.g., 80XVD100PD.C0-01A/B); Encoder backup battery 80XB120A2.36-00
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Optional Accessories: Braking resistor 80XBR0055.010-11 (5.5 Ω, 100 W)
Functional Features: Controls two motors simultaneously with high-precision EnDat 2.2 encoder feedback. Integrated POWERLINK interface enables real-time communication with B&R Automation Studio and CNC systems. PLCopen function blocks simplify programming. Trigger inputs allow event-driven responses. Mandatory mounting on a conductive, earthed backplane ensures proper heat dissipation.
Application Scenarios: Suitable for compact machine designs, multi-axis motion control systems, and applications requiring dual-motor control in limited cabinet space.
Installation & Notes: Terminal blocks and the lithium backup battery must be ordered separately. The module must always be mounted on a conductive and earthed backplane for proper cooling and safety grounding. Use the appropriate braking resistor option for regenerative energy dissipation.
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