Sanyo Denki PY2C030U0XXXC1 servo drive

SANYO DENKI PY2C030U0XXXC1 servo drive

Product Details Introduction

High power stable driving performance: As a high-power model in the PY series, PY2C030U0XXXC1 is equipped with high-performance IGBT power modules and optimized driving algorithms, which can stably drive kilowatt level servo motors. In heavy-duty scenarios such as CNC machine tool spindles and large industrial robot joints, it can continuously output strong torque, balancing power intensity and operational stability.

High frequency response and precise control capability: Equipped with a built-in high-speed digital signal processor (DSP), the control cycle is as short as microseconds, which can quickly capture the position and speed instructions of the upper system. The adjustment delay of the motor operating status is extremely low. In dynamic response scenarios such as high-speed stamping and precision assembly, it can achieve instruction following without overshoot, improving equipment processing accuracy and efficiency.

Multi mode flexible switching adaptation: supports three core modes: position control, speed control, and torque control, and can seamlessly switch modes through external signals or parameter settings. It can meet the micro level positioning requirements of precision machine tool feed axes and adapt to constant torque drive scenarios of heavy-duty conveyor belts, flexibly responding to diverse industrial working conditions.

Wide range motor compatibility features: Not only can it seamlessly match high-power servo motors of the same brand Q series and P series, but it is also compatible with third-party servo motors of the same power range that meet industry standard interfaces. When upgrading equipment or replacing motors, there is no need to modify hardware interfaces, and adaptation can be completed through software debugging parameters, greatly reducing adaptation costs and downtime.

Intelligent adaptive optimization function: Equipped with automatic gain control (AGC) and load observer, it can monitor motor load fluctuations and electromagnetic interference in industrial sites in real time, automatically optimize control parameters, filter interference signals, suppress motor operation vibration and noise, and maintain stable system operation even in complex scenarios with frequent load changes, reducing manual debugging frequency.

Efficient energy conservation and energy recovery: optimize the driving efficiency of power modules, reduce the energy consumption of drivers during no-load and operation; At the same time, it is equipped with an efficient regenerative energy processing unit, which can feedback the excess energy generated during the motor braking process to the power grid or release it reasonably through the braking resistor. Compared with traditional drivers, it reduces energy consumption by more than 15%, and long-term operation can significantly save energy costs.

Durable design for harsh environments: Equipped with an IP40 or higher protection level shell, it can resist dust and slight moisture invasion in industrial sites; Combined with multi-channel heat dissipation ducts and temperature monitoring modules, it can work stably in environments with temperatures ranging from 0-55 ℃ and humidity levels of 20% -85% (without condensation), and is suitable for complex industrial scenarios such as machine tool workshops and metallurgical plants.

Comprehensive safety and operation guarantee: integrating multiple safety functions such as overcurrent, overvoltage, overheating, overload, and motor phase loss protection. When abnormal working conditions are detected, the output will be immediately cut off and an alarm signal will be triggered to prevent damage to the driver and motor; At the same time, it supports dedicated software connection on the computer side, allowing real-time viewing of operating parameters and storage of configuration files. With the help of fault code diagnosis function, it can quickly locate the cause of faults and shorten operation and maintenance time.

SANYO DENKI PY2C030U0XXXC1 Product imag

SANYO DENKI PY2C030U0XXXC1 Controller Module

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