P30B06020DXV20 Sanyo Denki
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The Sanyo Denki P30B06020DXV20 is a brushless motor from the P3 Super BL Servo Motors series with a rated output of 200 W and a maximum speed of 4500 min-1. It features a 60 mm flange size, comes with a built-in super-capacitor, and uses an absolute ABS-R II sensor as its detector type.
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Product Description:
The P30B06020DXV20 is a servo motor manufactured by Sanyo Denki for the P3 Super BL Servo Motors series. Developed for industrial automation, it converts electrical commands from a compatible drive into controlled rotary motion for small positioning stages, feeders, and articulated tooling. Its compact geometry allows the motor to be mounted directly on equipment frames where installation space is limited. Integrated feedback components support the fast response and positional accuracy required for multi-axis assembly lines and automated test systems.
The stator winding provides a continuous mechanical output of 200 W, giving the axis sufficient capacity for light conveyors, small indexing tables, and tooling heads. The motor reaches a peak speed of 4500 rpm, allowing rapid positioning when the drive issues high-speed commands. Its brushless motor design uses electronic commutation, eliminating brush wear and reducing maintenance requirements and audible noise. The frame follows an IEC mounting pattern, and its 60 mm flange simplifies attachment to compact gearheads or direct-drive brackets. A built-in supercapacitor stores regenerative energy and briefly supplies the absolute sensor if mains power is interrupted, helping preserve position information during a short outage.
Position feedback is delivered by an ABS-R II absolute sensor, allowing the controller to recover the rotor angle without requiring a homing cycle after power is restored. The motor has no holding brake, so horizontal axes can stop without the additional mass and drag associated with an integrated brake. Applications that must secure a suspended or vertical load require an external mechanical clamp or another suitable holding method. Connector orientation and wiring codes remain consistent across compatible frame sizes, which supports orderly cable routing in compact machinery. The motor can operate positioning stages, feeders, and articulated tooling when paired with a drive that supports its feedback and power requirements.
