SGMVV-2BDDB2S Original Yaskawa Large capacity servo motor SGMVV-2BDDB2S
Yaskawa SGMVV-2BDDB2S: Elevating Servo Motor Technology
Introducing the Yaskawa SGMVV-2BDDB2S, a remarkable advancement in large-capacity servo motor technology that offers exceptional performance and efficiency. Tailored for industrial applications that demand precision and reliability, this model is engineered to meet the rigorous standards of modern manufacturing processes.
Product Overview
| Feature | Details |
|---|---|
| Brand | Yaskawa |
| Model | SGMVV-2BDDB2S |
| Rated Output | 22KW (up to 55KW available) |
| Voltage | Three-phase AC400V |
| Encoder | 20-bit delta |
| Rated Speed | 1500r/min |
| Mechanical Structure | Flange type, straight shaft (no keyway or screw) |
| Optional Features | Oil seal, hold brake (DC24V) |
Performance Characteristics
The SGMVV-2BDDB2S motor stands out for its ability to handle significant loads while ensuring minimal inertia. This unique trait allows the motor to harness its mechanical strengths, providing stakeholders with a reliable performance that is both stable and high-precision. Following installation, the motor is designed to initiate running immediately, and even in scenarios where inertia is within acceptable limits, it delivers consistent performance regardless of load changes, ensuring an absence of vibration and extending the equipment’s lifespan.
Advanced Safety Features
Incorporating a state-of-the-art security module, the SGMVV-2BDDB2S aligns with international safety standards (IEC61800-5-2). Safety features include Torque Off Safe (STO), Stop Safe 1 (SS1), Stop Safe 2 (SS2), and Limited Speed Safely (SLS), offering a comprehensive safety framework for industrial applications. These capabilities allow for further customization, adapting to specific operational needs while ensuring continuous protection of both machinery and personnel.
Discover the potential of Yaskawa’s SGMVV-2BDDB2S, where cutting-edge technology meets high-performance standards, bringing forth a new era of efficiency and reliability in servo motor systems.
