PY2B015K0XXVP02 Sanyo Denki
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The Sanyo Denki PY2B015K0XXVP02 is a servo amplifier from the PY Super BL Servo Amplifiers series with an amplifier capacity of 15 Amps and a frequency response of 400 Hz. It operates on a 200 VAC input class and can function at up to 90 percent relative humidity. The unit measures 168 mm in height and features velocity and current monitor outputs of 0.5 V with a tolerance of ±20 percent.
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Product Description:
The PY2B015K0XXVP02 is a servo amplifier produced by Sanyo Denki within the PY Super BL Servo Amplifiers series. Designed to interface between a motion controller and a brushless servo motor, the unit modulates three-phase power and processes feedback signals so that precise velocity and torque loops can be maintained in automated machinery. By providing current-mode drive and diagnostic outputs, the amplifier supports high-accuracy positioning tasks in pick-and-place systems, machine tools, and packaging lines that rely on tight motor regulation.
The power stage provides a continuous output of 15 A and accepts a 200 VAC mains supply. A bandwidth of 400 Hz allows the internal velocity loop to respond to rapid load changes without instability. Speed regulation spans a ratio of 1:5000, so slow jogging and full-speed movement can be commanded from the same drive. For real-time diagnostics, the current monitor terminal provides an output of 0.5 V ±20%, while a separate velocity monitor provides the same output range. No internal regeneration resistor or main input fuse is installed, so these components must be provided externally when required by the application. Protective earth leakage current does not exceed 0.5 mA, and the power unit is supplied without a dynamic brake circuit.
The enclosure is 168 mm high, allowing the amplifier to fit within a compact control panel layout. It withstands vertical shocks of up to 2 G and continuous vibration of 0.5 G, helping the mounted unit tolerate movement from nearby industrial machinery. Operation is permitted at a maximum relative humidity of 90%, provided that conditions remain suitable for panel-mounted electrical equipment. The installation site must be located below 1000 m above sea level to maintain the stated operating capability. Adequate panel spacing and secure mounting help preserve airflow around the enclosure and limit mechanical stress on electrical connections during normal machine operation.
