SGMSV-50A3A2S Original Yaskawa servo motor SGMSV-50A3A2S
Yaskawa SGMSV-50A3A2S Servo Motor: Precision Redefined
The Yaskawa SGMSV-50A3A2S is an exemplary testament to cutting-edge engineering in the field of servo motor technology. Designed for robustness and efficiency, this model shines in various applications, from packaging machinery to PCB punching systems. With its sophisticated features and high adaptability, it offers reliable performance while seamlessly integrating into existing systems. Discover how the SGMSV-50A3A2S can elevate your automation processes.
Technical Specifications
Parameter | Value |
---|---|
Brand | Yaskawa |
Model | SGMSV-50A3A2S |
Rated Output | 5.0 kW |
Power Supply Voltage | AC200V |
Encoder Type | 20-bit Absolute Value |
Protection Class | IP67 |
Operating Temperature | 0 to 40 °C |
Key Features
The SGMSV-50A3A2S boasts a host of remarkable qualities that distinguish it in performance: a high-resolution encoder for precise feedback, an impressive continuous power rating, and a fully enclosed self-cooling design, ensuring optimal operation even in rigorous environments.
Application Versatility
Common applications for the SGMSV-50A3A2S include placement machines, machine tool feeding devices, and various industrial automation tasks. It is uniquely engineered for both high precision and speedy response, making it suitable for industries demanding exceptional reliability.
Smart Integration and Control
This servo motor is compatible with the INDEXER functional type servo unit, making motion control incredibly straightforward. With capabilities for up to 256 programmable positioning points, users can enjoy extensive flexibility to adapt to various operational rhythms.
Efficient Communication
It supports easy connectivity with upper controllers through simple I/O module integration, and the SigmaWin+ software tool allows users to initiate operations easily. Designed to operate in expansive temperature and humidity conditions, the SGMSV-50A3A2S stands as a reliable solution for modern automation challenges.