PZ0A015HM66SH0 by Sanyo Denki

The Sanyo Denki PZ0A015HM66SH0 servo amplifier is a high-performance drive unit designed for advanced industrial motion control, forming part of the PZ BL Super Servo Amplifiers series. Manufactured by Sanyo Denki, this model supports a Power Supply of 200 V AC, 3-phase input and features a Capacity of 15A. The unit is built around an ABS-RII Hardware Type and is shipped under the Type Identification H0, making it immediately ready for integration. A precision Sensor Type of ABS-RII (8,192 divisions) delivers high-resolution feedback when paired with the specified Motor Type: P50B05020D. With the Control Status When Shipped set to Speed, this amplifier supports seamless start-up and initial commissioning in speed regulation applications.

Performance is optimized through flexible Control Modes, including Position control, Speed control, and Torque control, all governed by an onboard PID loop and high-speed digital processing. The amplifier employs advanced Motor Control Method: Field Oriented Control (FOC) for superior dynamic response and precision torque management. In speed mode, the drive accepts Speed Control Input via an analog voltage signal (±10 V) or fieldbus commands, ensuring smooth velocity regulation. Position control leverages high-resolution pulse train inputs over EtherCAT or RS-485, while torque control uses current-based commands for direct torque output. The pulse resolution switchover function allows real-time scaling of encoder feedback, matching the Sensor Type divisions to the application’s positional accuracy requirements.

Reliability is ensured through integrated regenerative processing, dynamic braking, and programmable vibration control algorithms that protect against mechanical stress and power anomalies. The built-in auto tuning function automatically adjusts control loop gains and response characteristics when load conditions change, reducing setup time and minimizing commissioning errors. An electronic gear function further refines motion profiles by adjusting input pulse-to-shaft rotation ratios, enabling microstep-like precision without additional hardware. Communication options include high-speed EtherCAT and robust RS-485 interfaces for remote monitoring, diagnostics, and parameter adjustments via network-based tools. Ideal for robotics, CNC machining, packaging machinery, and automated assembly lines, the PZ0A015HM66SH0 offers seamless integration into existing industrial automation systems, delivering both high throughput and precise motion control.