SGMCV-17BEA45 Original Yaskawa Direct drive servo motor SGMCV-17BEA45
Introducing the Yaskawa SGMCV-17BEA45 Direct Drive Servo Motor
The Yaskawa SGMCV-17BEA45 embodies a sophisticated integration of technology and engineering, designed for applications requiring precision and efficiency. As a leading product in the Yaskawa range, this Direct Drive Servo Motor is the ideal choice for a variety of industries, enhancing performance in automation, manufacturing, and robotics.
Product Overview
| Feature | Specification |
|---|---|
| Brand | Yaskawa |
| Model | SGMCV-17BEA45 |
| Rated Torque | 17 N·m |
| Diameter | 135 mm |
| Encoder Type | 22 bit Single Cycle Absolute Encoder |
| Maximum Speed | 500-600 r/min |
| Instantaneous Maximum Torque | 12-75 N·m |
| Power Supply Voltage | Three Phase AC200V |
| Optional Parts | High Mechanical Precision (0.01mm offset) |
Exceptional Performance and Reliability
This innovative motor is crafted for direct load driving without the need for speed reducers, ensuring a seamless transition from low to high speeds with flawless stability. Equipped with a state-of-the-art 22-bit encoder, the SGMCV-17BEA45 delivers exceptional precision, making it a backbone in semiconductor manufacturing, liquid crystal circuit board production, and various automated testing and inspection systems.
Applications of the SGMCV-17BEA45
With its versatile design, the SGMCV-17BEA45 finds utility across diverse applications:
- Semiconductor manufacturing apparatus
- Liquid crystal circuit board manufacturing devices
- Automated inspection and test equipment
- Electronic component packaging machines
- Various automated machinery and manipulators
Advanced Features
The SGMCV-17BEA45 features a hollow structure, allowing for easy wiring and piping, enhancing operational efficiency. It supports a full closed-loop control system which utilizes external encoders, yielding responsive and precise operation. The Yaskawa SGMCV-17BEA45 is the embodiment of advanced servo technology, setting a new standard for performance and precision across various automated systems.
