SGMCS-17BDC41 Original Yaskawa Direct drive servo motor SGMCS-17BDC41
Introducing the Yaskawa SGMCS-17BDC41 Direct Drive Servo Motor
Designed for precision and reliability, the Yaskawa SGMCS-17BDC41 is an exemplary direct drive servo motor ideal for various industrial applications. With its advanced engineering, this servo motor ensures optimal performance across a range of environments, confirming its place as a leading choice for high-precision tasks. Whether used in semiconductor manufacturing or automated machinery, the SGMCS-17BDC41 presents unparalleled capabilities that cater to modern industry needs.
Product Overview
| Brand | Yaskawa |
|---|---|
| Name | Direct Drive Servo Motor |
| Model | SGMCS-17BDC41 |
| Rated Torque | M / 17N |
| Motor Diameter | 135mm |
| Encoder | 20 Bit Delta (Optional) |
| Operating Speed | 250 – 500 r/min |
Key Features
The Yaskawa SGMCS-17BDC41 servo motor operates with remarkable capabilities, boasting an instantaneous maximum torque range of 6 to 600N/m. This gearless design allows for direct load driving, ensuring both high-speed and low-speed operations are performed with smoothness and precision.
Technical Specifications
- Vibration Level: V15
- Insulation Resistance: DC500V, ≥ 10M
- Ambient Temperature: 0 – 40°C
- Excitation Mode: Permanent Magnet Type
- Installation Method: Flange Type
- Humidity Range: 20% – 80% (non-condensing)
Applications
The versatility of the SGMCS-17BDC41 allows it to serve in critical roles across various sectors. It is perfectly suited for:
- Semiconductor Manufacturing Equipment
- Liquid Crystal Circuit Board Manufacturing Equipment
- Inspection and Testing Equipment
- Automated Machinery
- Robotic Systems
Conclusion
With its robust design and exceptional performance characteristics, the Yaskawa SGMCS-17BDC41 Direct Drive Servo Motor stands out as a reliable component for the most demanding applications. Backed by Yaskawa’s legacy of innovation, this motor not only meets but exceeds the expectations of modern automation, effectively bridging the gap between complex engineering and operational excellence.
