80VD100PS.C00X-01 B & R Automation
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The B & R Automation 80VD100PS.C00X-01 is part of the 80VD Inverter Modules series and provides a continuous current of 8 A with a power consumption of 655 W. It operates at a controller frequency of 20 kHz and uses an EnDat 2.2 encoder type. The inverter module offers IP20 protection and measures 134 mm in height, 65 mm in width, and 95 mm in depth, with a weight of 750 grams.
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Product Description:
The 80VD100PS.C00X-01 is an inverter module from the 80VD Inverter Modules series produced by B & R Automation. Within a multi-axis drive system, this unit converts DC link energy into the variable AC voltages required by servo or induction motors, enabling speed and torque control for conveyors, pick-and-place stations, and similar automated machinery. Its compact format supports cabinet-mounted motion platforms where several axes share a common power structure and coordinated control system.
This module delivers a continuous output of 8 A, which is the steady-state phase current available to connected motors, while short-term demand can be covered by a 15 A peak limit. Its continuous power draw is rated at 655 W, which is useful for cabinet thermal calculations. Internally, the power stage is clocked by a control loop running at 20 kHz, and gate switching to the motor phases occurs at a nominal 5 kHz. For networked motion, the integrated X2X bus channel moves cyclic data at 6.25 Mbit/s, supporting synchronized position updates between multiple axes, and an inrush current of 10 A should be considered when sizing upstream fusing.
A DC-bus capacitor bank of 940 µF stores regenerated energy and smooths line fluctuations, while idle operation draws only 0.5 W to help preserve panel standby efficiency. Environmental exposure is limited by an IP20 enclosure, so the module must be installed inside a closed electrical cabinet. The housing measures 134 mm in height, 65 mm in width, and 95 mm in depth, and the assembly weighs 750 g, which supports dense DIN rail installation. Feedback cabling up to 25 m can be routed to motors that use the EnDat 2.2 encoder format, allowing absolute position data to reach the inverter without signal degradation.