SGM7P-08AFAHB6C Original Yaskawa Servo motor with speed reducer SGM7P-08AFAHB6C

Yaskawa SGM7P-08AFAHB6C: The Gold Standard in Servo Motor Technology

The Yaskawa SGM7P-08AFAHB6C stands as a remarkable achievement in servo motor engineering, showcasing cutting-edge technology tailored for elevated performance in a myriad of applications. With a perfect blend of speed, precision, and durability, this servo motor is a testament to Yaskawa’s commitment to innovation and quality.

Product Overview

This high-performance servo motor model features a built-in precision HDS planetary speed reducer, making it an ideal choice for tasks requiring both rapid response and robustness. Its advanced characteristics enable it to thrive across various industrial settings, fulfilling the demands of modern automation systems.

Technical Specifications

Reputation and Reliability

YASKAWA Electric is distinguished as a leader in motion control technology, marking Japan’s pioneering efforts in the servo motor arena. The SGM7P series is celebrated for its steadfastness, rapid response times, and premium quality. With a substantial market presence in China, Yaskawa continues to deliver solutions tailored to the increasingly dynamic needs of modern industry.

Enhanced Communication and Efficiency

The SGM7P-08AFAHB6C integrates seamlessly with the Sigma -v series servo unit SGDV, supporting a maximum motor capacity of 6 kW and enhancing operational synergy. It boasts real-time communication capabilities with a maximum transmission speed of 10 Mbps, enabling the connection of up to 30 stations on a single communication line. This significantly reduces wiring costs and installation time, exemplifying Yaskawa’s commitment to energy efficiency and high-performance automation.

Advanced Control Features

With the Yaskawa SGM7P-08AFAHB6C, users experience high precision motion control that extends beyond standard torque, position, and speed commands to include exceptional phase synchronization. The ability to switch control modes on-the-fly allows for smoother and more effective mechanical actions, positioning it as a premier choice for complex automation tasks.