SGMAH-A3BBA4E Original Yaskawa servo motor SGMAH-A3BBA4E
Introducing the Yaskawa SGMAH-A3BBA4E Servo Motor
Unlock the potential of your automation projects with the Yaskawa SGMAH-A3BBA4E Servo Motor. This exceptional product combines cutting-edge technology with a robust design, delivering performance that meets the demands of modern industrial applications. With a focus on efficiency and reliability, the SGMAH-A3BBA4E is engineered to optimize your operations while ensuring smooth and precise control.
Product Specifications
| Parameter | Details |
|---|---|
| Brand | Yaskawa |
| Name | Servo Motor |
| Model | SGMAH-A3BBA4E |
| Type | Servo Motor (Speed: 3000 r/min) |
| Power | 30W |
| Power Supply Voltage | Single Phase AC100V |
| Serial Encoder | 16 Bit Relative Value |
| Design Sequence | A |
| Shaft End | Straight Shaft with Key |
| Optional Parts | With Oil Seal, DC24V Brake |
Enhanced Performance Features
The Yaskawa SGMAH-A3BBA4E Servo Motor stands out with a remarkable reduction in CPU computing time by half, expediting the execution of control algorithms. With an impressive positioning time that is a third of previous models, you can expect exceptional responsiveness that significantly boosts production efficiency. Simplifying the parameter setting and maintenance process further enhances operational ease.
Furthermore, the automatic adjustment capabilities ensure that your servo system continuously adapts to mechanical characteristics, optimizing performance as operating conditions shift. This adaptability allows for seamless transitions without the need for complex recalibration, ensuring that your automation tasks proceed uninterrupted.
Versatile Applications
Designed for flexibility, the SGMAH-A3BBA4E is perfect for various applications requiring precise control and stability. Its remarkable features empower users to achieve high precision without the hassle of constant adjustments, even in dynamic load conditions. This motor is a reliable partner for enhancing your automation capabilities, providing both robust performance and user-centric functionality.
