SGMPH-01BBA2E Original Yaskawa Servo motor SGMPH-01BBA2E
Introducing the Yaskawa SGMPH-01BBA2E Servo Motor
Experience precision and reliability with the Yaskawa SGMPH-01BBA2E, a cutting-edge servo motor thoughtfully designed for high-performance applications. This remarkable device integrates advanced technology to deliver unmatched control and efficiency, making it the ideal choice for industrial automation, robotics, and other precision-driven tasks. With robust capabilities and exceptional flexibility, the SGMPH-01BBA2E stands as a testament to Yaskawa’s commitment to engineering excellence.
Product Overview
| Feature | Specification |
|---|---|
| Brand | Yaskawa |
| Model | SGMPH-01BBA2E |
| Servo Motor Type | SGMPH (Speed: 3000 r/min) |
| Power | 0.1 kW |
| Power Supply Voltage | Single Phase AC100V |
| Encoder | 16 Bit Relative Value |
| Design Sequence | A |
| Shaft End | Straight Shaft without Key |
| Optional Parts | Oil Seal, DC24V Brake |
Versatile and Efficient
The Yaskawa SGMPH-01BBA2E features a design suited for installation in compact spaces, providing flexible user systems that adapt to your needs. It complies with international standards, ensuring high compatibility and reliability for diverse applications. With options for various power supplies, including single-phase 100V and 200V, as well as three-phase models, this servo motor can meet the demands of numerous setups.
Enhanced Performance
This servo motor boasts smooth operation with minimized speed fluctuations, enhancing both speed and control. The innovative drive technology further improves performance, enabling superior speed frequency response (up to 3.1 kHz) and effective vibration suppression features. Whether you’re improving precision in industrial processes or reducing cycle times, the Yaskawa SGMPH-01BBA2E is designed to elevate your operational efficiency.
Advanced Communications and Convenience
Additionally, the built-in DeviceNet communication capabilities allow for straightforward networking, enabling better monitoring and management of servo performance from remote terminals. By utilizing open field communication protocols, users can streamline maintenance, save wiring costs, and enhance system reliability. This adaptability provides a robust foundation for the seamless integration of automation technologies.
