Sanyo Denki PY0A150E0XXYPH servo controller

SANYO DENKI  PY0A150E0XXYPH servo controller

Product Details Introduction

High frequency response precise control performance: As a representative servo controller of the PY series, PY0A150E0XXYPH adopts advanced digital signal processing technology and sine wave PWM driving algorithm, with a control cycle as short as microseconds, and can quickly respond to motor position and speed commands. In high-speed action scenarios such as precision assembly robots and electronic component mounting machines, it can achieve smooth control without overshoot.

Wide power motor adaptability: Designed for small and medium power servo motors, PY0A150E0XXYPH can stably drive AC servo motors with a rated power of 100W-750W. It is not only compatible with R series and P series motors of the same brand, but also with some third-party servo motors that meet standard interfaces, reducing motor replacement costs during equipment upgrades or replacements.

Multi mode flexible control switching: supports three core modes: position control, speed control, and torque control, and can seamlessly switch modes through parameter settings or external signals. It can meet the precise positioning requirements of CNC machine tool feed axes and adapt to the constant torque drive scenarios of packaging machinery conveyor belts, adapting to diverse industrial working conditions.

Intelligent adaptive adjustment function: Built in automatic gain control (AGC) and load observer, PY0A150E0XXYPH can monitor load changes in real time, automatically optimize control parameters, filter electromagnetic interference and vibration during operation, even in scenarios with large load fluctuations (such as material conveying start stop), it can maintain stable system operation and reduce manual debugging frequency.

Efficient energy saving and energy recovery: Optimize the driving efficiency of IGBT power modules and reduce controller no-load losses; At the same time, it is equipped with a regenerative energy processing unit, which can feedback the excess energy generated during the motor braking process to the power grid or consume it in the braking resistor. Compared with traditional controllers, energy consumption is reduced by more than 12%, and long-term operation can significantly save energy costs.

Convenient digital operation and maintenance design: equipped with clear LED status indicator lights and simple operation buttons, supporting parameter configuration, storage, and calling through dedicated software on the computer side. At the same time, it can monitor key operating data such as motor speed, current, and temperature in real time. Combined with fault code diagnosis function, it can quickly locate the cause of faults and shorten equipment downtime maintenance time.

Multiple safety protection mechanisms: integrating multiple safety functions such as overcurrent, overvoltage, overheating, overload, and motor phase loss protection. When abnormal working conditions are detected, PY0A150E0XXYPH will immediately cut off the output and send an alarm signal to prevent damage to the controller, motor, and related equipment, improving the safety and reliability of industrial production processes.

Compact and environmentally resistant design: adopting highly integrated circuit layout, compact body size, saving installation space for control cabinets; At the same time, it has good environmental adaptability and can work stably in environments with temperatures ranging from 0-55 ℃ and humidity levels of 20% -85% (without condensation). It can adapt to the installation needs of conventional industrial scenarios such as electronic factories and machine tool workshops.

SANYO DENKI PY0A150E0XXYPH Product imag

SANYO DENKI PY0A150E0XXYPH Controller Module

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