SGM7P-08A7E2E Original Yaskawa Medium inertia, flat servo motor SGM7P-08A7E2E
Introducing the Yaskawa SGM7P-08A7E2E Servo Motor
The Yaskawa SGM7P-08A7E2E stands as a pinnacle of innovation in motion control technology. As a medium inertia, flat servo motor designed for high-performance applications, it offers outstanding reliability and precision. Built to meet the demands of diverse industries, the SGM7P-08A7E2E is ideal for automatically following input target values with unparalleled accuracy. Whether in semiconductor manufacturing, general machinery, or electronic component packaging, this servo motor guarantees exceptional results.
Product Information and Technical Parameters
Feature | Specification |
---|---|
Brand | Yaskawa |
Name | Medium inertia, flat servo motor |
Model | SGM7P-08A7E2E |
Rated Speed | 3000 r/min |
Rated Output | 0.75 kW |
Power Supply Voltage | AC 200V |
Encoder Type | 24-bit absolute value |
Design Sequence | IP67 |
Shaft End | Straight shaft, no keyway |
Optional Parts | With oil seal, with brake (DC 24V) |
The Yaskawa Legacy
Originating from Japan, Yaskawa is a renowned leader in servo motor technology, boasting manufacturing facilities in Shenyang and Jiading, Shanghai. Known for pioneering the “mechatronics” concept, their innovations have transformed automation in various industrial sectors. The SGM7P series exemplifies Yaskawa’s commitment to advancing the capabilities of servo motors, enabling stable motion control even amid load fluctuations.
Unmatched Performance and Stability
The SGM7P-08A7E2E excels in its specifications, showcasing enhanced responsiveness that is nearly double that of previous models. The servo motor does not require gain adjustments, making it a hassle-free solution for any application. With built-in temperature monitoring through a dedicated sensor, the SGM7P ensures safety by promptly detecting anomalies and safeguarding performance.
Advanced Mechanical Engineering
Engineered for excellence, the SGM7P-08A7E2E integrates sophisticated control algorithms, significantly reducing CPU computation time. This motor achieves rapid positioning with a performance improvement of up to one-third compared to earlier designs. Moreover, the automatic adjustment functions simplify setup and maintenance, ensuring you spend less time on configuration and more on productive operations.