Introducing the Yaskawa SGMGH-11A2A2S Servo Motor

Welcome to the next generation of motion control with the Yaskawa SGMGH-11A2A2S Servo Motor, designed to meet the demands of sophisticated applications. Yaskawa, a pioneer in servo technology, integrates advanced features with reliable performance in every unit. With a focus on quality and precision, this servo motor provides an ideal solution for a wide range of machinery, including machine tools, transport systems, and food processing equipment.

Product Highlights

Attribute	Specification
Brand	Yaskawa
Model	SGMGH-11A2A2S
Rated Speed	1500 r/min
Power	11 kW
Power Supply Voltage	Three-phase AC 200V
Encoder Type	17-bit absolute value
Shaft End	Straight shaft without key
Protection Mode	Fully enclosed self-cooling type IP67
Temperature Range	0 to 40 degrees C

Technical Advantages

The design of the SGMGH-11A2A2S ensures exceptional performance with complete separation of the main circuit from the control circuit, allowing for easy maintenance. The integrated parameter setting device simplifies adjustments and minimizes wiring complexities with its advanced serial encoder technology, effectively reducing installation time by 50%. Multiple control parameters—torque, position, speed—are easily managed with a simple switch, making this servo motor incredibly versatile.

Applications

The Yaskawa SGMGH-11A2A2S Servo Motor is engineered for versatility, finding usage across various sectors, including:

Machine Tool Automation
Transport Machinery
Handling Equipment
Food Processing Machinery

Durability and Reliability

Built to last, this motor boasts a heat resistance grade of F and operates reliably in humid conditions of up to 80%, ensuring consistent performance in various environments. Yaskawa’s servo motors, including the SGMGH series, have been extensively adopted in semiconductor technologies, electronic component assembly, and general machinery across the globe.

Embrace precision and efficiency with the Yaskawa SGMGH-11A2A2S. Its noteworthy features, reliability, and adaptability make it the perfect component for your automation needs, empowering you to achieve optimally controlled performance in your applications.