SGMPH-01AAE8D Original Yaskawa Waterproof motor SGMPH-01AAE8D
Introducing the Yaskawa SGMPH-01AAE8D Servo Motor
The Yaskawa SGMPH-01AAE8D servo motor exemplifies the fusion of advanced engineering and robust design, tailored for diverse applications in demanding environments. With a waterproof standard of IP67, this motor is not only efficient but also resilient against moisture and dust, making it ideal for various industrial uses. Operating at a swift speed of up to 3000 r/min, it delivers consistent performance while maintaining a steady operational rhythm.
Key Specifications
| Brand | Yaskawa |
|---|---|
| Model | SGMPH-01AAE8D |
| Motor Type | SGMPH (Speed: 3000 r/min) |
| Power Output | 0.1 kW |
| Voltage | Single Phase AC 200V |
| Encoder | 13-bit relative value |
| Design Sequence | Waterproof Standard IP67 |
| Shaft Type | Straight with Screw |
| Optional Features | Oil Seal, DC 90V Brake |
Performance and Functionality
This servo motor is suited for environments that demand precision and reliability. With enhanced load fluctuation suppression features, the SGMPH-01AAE8D minimizes speed variability, ensuring smooth operation throughout its performance range. The advanced engineering design facilitates seamless integration into compact spaces, further enhancing its versatility.
Compatibility and Customization
The Yaskawa SGMPH-01AAE8D comes equipped with various customization options, including configurations for both single-phase (100V and 200V) and three-phase (200V) systems. Users can also select from several optional parts, including various brakes and drive mechanisms, and even different encoder types for absolute feedback. This motor is built to meet international standards, offering global users confidence in its deployment across any application.
Application Areas
This servo motor serves an extensive array of applications, including semiconductor manufacturing, inspection equipment, and automated machinery. By combining high precision with a compact footprint, the SGMPH-01AAE8D is poised to elevate operational efficiency in any advanced technology setting.
