PU0A015EM21P00 Sanyo Denki
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The Sanyo Denki PU0A015EM21P00 is a super-small amplifier from the PU Super Servo Amplifiers series. It delivers an amplifier capacity of 15 Amps and operates on a 200 VAC input. This standard hardware features a wiring-saving incremental configuration with 2,000 pulses per revolution feedback resolution and is compatible with the P50B04006D motor.
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Product Description:
The PU0A015EM21P00 servo amplifier belongs to the PU Super Servo Amplifiers series produced by Sanyo Denki. It functions as a drive interface that converts regulated AC power into controlled phase currents for a matched rotary servo motor, keeping shaft position synchronized with motion commands in automated pick-and-place units, inspection gantries, and light-duty indexing tables. By integrating encoder feedback and power electronics into one compact module, the unit simplifies cabinet layouts and shortens wiring paths within industrial automation cells.
The amplifier is designed for a mains supply of 200 VAC, allowing it to connect directly to standard factory power distribution without a transformer. Its continuous output capacity is rated at 15 A, providing current for moderate-torque axes while keeping the thermal load manageable. The amplifier uses a super-small frame, which conserves cabinet space when multiple drives are installed side by side. Signal wiring is reduced through the wiring-saving incremental interface, which carries encoder channels and supply lines through a single compact connector. Closed-loop accuracy is supported by a feedback resolution of 2,000 P/R, providing 2,000 incremental pulses for each motor revolution and allowing the controller to track small changes in shaft position.
The unit is factory-matched to the P50B04006D servo motor, simplifying initial parameter setup and the configuration of thermal protection settings. It is supplied in position control mode, enabling a motion controller to issue target position commands directly to the amplifier and regulate movement through encoder feedback. The amplifier uses a standard configuration, providing a baseline control arrangement suited to general-purpose positioning axes in automated machinery. This arrangement supports repetitive indexing and point-to-point movement without requiring application-specific control features. The compact housing and reduced signal wiring also help preserve usable panel space around adjacent drives, power distribution components, and control terminals.
