Yaskawa SGMSH-20ACA21: Unleashing Superior Precision and Power

Introducing the Yaskawa SGMSH-20ACA21 — a super high power servo motor engineered for optimal performance in demanding applications. With its exceptional rated speed and robust output, this innovative solution is adept at meeting modern industrial challenges while delivering precise control and efficient operation. Designed by the renowned Yaskawa brand, the SGMSH-20ACA21 takes servo technology to new heights, making it a prime choice for various sectors including robotics, manufacturing, and food processing.

Technical Parameters and Features

Specification	Detail
Model	SGMSH-20ACA21
Brand	Yaskawa
Rated Speed	3000 r/min
Power Output	2.0 kW
Voltage Supply	Three-phase AC 200V
Encoder Resolution	17-bit relative value
Shaft Design	Straight shaft without key
Operating Environment	0 to 40°C, 20 to 80% humidity (non-condensing)

Features That Set SGMSH-20ACA21 Apart

This ultra-high power series motor is engineered for minimal inertia while offering exceptional torque outputs. The SGMSH-20ACA21 supports online automatic adjustments and precise measurements of mechanical properties, ensuring that the servo gains are optimally configured in record time. Its automatic motor identification capability guarantees seamless integration with its servo drive, allowing for automatic parameter settings according to the motor’s specifications.

Equipped with standard regenerative resistance terminals, this model facilitates efficient power recovery, effectively reducing operational costs while enhancing performance. Notably, the accompanying Sigma-V series servo unit SGDV supports a maximum motor capacity of 0.5 kW, ensuring real-time communication at speeds up to 10 Mbps. This collaboration not only exemplifies energy efficiency but also simplifies the wiring network by enabling connection to up to 30 stations, substantially decreasing installation time and complexity.

Applications That Benefit from SGMSH-20ACA21

The Yaskawa SGMSH-20ACA21 excels in diverse applications such as semiconductor manufacturing, PCB punching machinery, robotics, and food processing systems. With advanced capabilities in torque, position, and speed control, plus high precision synchronization phase control, it effortlessly handles complex mechanical choreography, maintaining smooth operation under varying load conditions. The forward-thinking design integrates heat management features, ensuring reliable performance in operational environments invoking rigorous demand.