SGMAV-10ADA2E Original Yaskawa Ultra low inertia servo motor SGMAV-10ADA2E
Yaskawa SGMAV-10ADA2E: Precision in Motion Control
Introducing the Yaskawa SGMAV-10ADA2E Ultra Low Inertia Servo Motor, a pinnacle of engineering designed for modern applications demanding efficiency and precision. As a part of Yaskawa’s renowned Sigma-V series, this motor blends cutting-edge technology and robust performance to deliver unparalleled operational capabilities. With its advanced features and extensive adaptability, the SGMAV-10ADA2E is the ideal choice for a diverse range of industries, from semiconductor manufacturing to food processing.
Specifications
| Parameter | Details |
|---|---|
| Brand | Yaskawa |
| Name | Ultra Low Inertia Servo Motor |
| Model | SGMAV-10ADA2E |
| Rated Output | 1.0 kW |
| Power Supply Voltage | AC 200V |
| Max Speed | 6000 r/min |
| Encoder Resolution | 20-bit Delta (standard) |
| Vibration Level | V15 |
| Protection Mode | IP65 (Fully Enclosed) |
Features and Benefits
The Yaskawa SGMAV-10ADA2E showcases ultra-low inertia, making it extremely responsive for dynamic applications. With an instantaneous maximum torque rating of 300%, it ensures exceptional performance even under varying load conditions. Coupled with a high-resolution serial encoder, this servo motor achieves fast and precise motion control, essential for tasks like robotic handling and precision machining.
Versatile Applications
This servo motor is ideally suited for various applications including semiconductor manufacturing equipment, placement machines, and food processing machinery. Its compact design ensures a small footprint while the optional oil seal enhances its durability in different operating environments.
Expertise in Motion Control
Yaskawa Electric stands as a leader in motion control manufacturing, with a rich history of innovation and reliability. The SGMAV-10ADA2E not only exemplifies Yaskawa’s commitment to quality but also serves as a cornerstone for industries requiring high-performance servo solutions. Its ability to maintain high precision while managing complex mechanical actions makes it a valuable asset in today’s automated landscape.
