SGM7P-15AFA6E Original Yaskawa Medium inertia, flat servo motor SGM7P-15AFA6E

Yaskawa SGM7P-15AFA6E: Precision and Reliability in Motion Control

Introducing the Yaskawa SGM7P-15AFA6E, a medium inertia, flat servo motor engineered for exceptional performance in demanding automation applications. Manufactured with cutting-edge technology, this servo motor is designed to meet the rigorous requirements of various industries, including semiconductor, LCD manufacturing, and electronic components packaging. Yaskawa’s dedication to innovation ensures that each motor delivers accuracy, efficiency, and durability.

Product Specifications and Features

Technical Advantages

The SGM7P-15AFA6E excels with its high resolution encoder, which provides outstanding positional accuracy even at varying speeds. This motor adopts a unique hollow structure that simplifies wiring and piping, enhancing installation flexibility and reducing downtime. Additionally, its robust design enables it to smoothly transition from low to high speeds (maximum instantaneous torque: 6 ~ 600 N/m) without compromising performance.

Applications

Ideal for use in:

• Semiconductor manufacturing equipment
• LCD circuit board production
• Comprehensive inspection and test setups
• Electronic part packaging machinery
• Integrated circuit (IC) information processors
• Automated robotic systems

Operating Conditions

The SGM7P-15AFA6E is built to perform in varied environments, operating efficiently at ambient temperatures ranging from 0 to 40 degrees Celsius and relative humidity levels of 20% to 80% (non-condensing). With specifications such as a vibration level of V15 and an insulation resistance of 10M or above, this servo motor is engineered for reliability and endurance in your most challenging applications.

Choose the Yaskawa SGM7P-15AFA6E for your automation needs and experience the pinnacle of precision engineering. Its innovative features and robust design make it the perfect choice for enhancing operational efficiency and achieving exceptional performance.