PU0A015EM61P00 Sanyo Denki
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The Sanyo Denki PU0A015EM61P00 is a servo amplifier from the PU Super Servo Amplifiers series with an amplifier capacity of 15 Amps. It uses a wiring-saving incremental sensor and offers a feedback resolution of 2,000 pulses per revolution. The amplifier is designed for 200V AC input and is identified as a standard type for position control.
Internal Product Review
The PU0A015EM61P00 is a Sanyo Denki servo amplifier rated for 15 A. Position control and 2,000 P/R feedback resolution give the unit crisp command tracking and dependable motion accuracy. Wiring-saving incremental hardware supports clean integration, making the standard configuration a strong choice for efficient servo systems.
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Product Description:
The PU0A015EM61P00 belongs to the PU Super Servo Amplifiers series developed by Sanyo Denki for motion-control applications in industrial automation. The unit functions as a power interface between a position controller and a servo motor, converting fixed AC input power into regulated phase currents that follow the command profile. By performing this task inside a compact chassis, the module eliminates the need for discrete power stages and simplifies control cabinet layouts. Its design supports controlled motion in machine tools, packaging systems, and other equipment that requires accurate positioning.
The amplifier has a continuous output capability of 15 A, enabling it to drive mid-frame servomotors without overheating during sustained operation. The power section accepts a nominal input of 200 V AC, which is commonly available in industrial machinery. Position feedback is decoded at 2,000 P/R, providing two thousand encoder pulses per revolution for fine incremental movement and stable velocity regulation. The hardware uses a wiring-saving incremental interface, which combines excitation power and incremental feedback channels through fewer conductors than a traditional A-B-Z arrangement. The reduced conductor count simplifies cable routing and minimizes potential electrical noise paths in long cable runs. Matching encoder signals allow the amplifier to monitor motor movement and correct position errors during operation.
The amplifier operates in Position mode, so its internal control loops regulate motor movement according to the commanded target position rather than using speed or torque as the primary command. Its Standard type indicates the baseline configuration intended for conventional position-controlled axes. Classified as a servo amplifier, the module supplies regulated current to the motor while processing commands and feedback within the same enclosure. It also provides local motor overcurrent and overvoltage protection to protect the connected axis and the amplifier’s power stage. Protective action can disable the output when current or voltage exceeds an allowable limit, reducing the possibility of damage during a motor fault, wiring problem, or abnormal regenerative event.
