SGDV-750J11B001 Original Yaskawa Large capacity servo controller SGDV-750J11B001
Introducing the Yaskawa SGDV-750J11B001: Power Meets Precision
The Yaskawa SGDV-750J11B001 servo controller stands at the forefront of motion control technology, expertly crafted for large-capacity models. Designed for professionals who demand reliability and performance, this innovative controller merges advanced engineering with user-friendly capabilities. Its robust specifications and features cater to industries requiring high precision and torque, ensuring optimal machine performance.
Product Overview
Creating an efficient operation environment is vital in today’s fast-paced manufacturing industry. The Yaskawa SGDV-750J11B001 is engineered to deliver superior performance in high-demand scenarios. Here are its key specifications:
Brand | Model | Motor Capacity | Power Supply Voltage |
---|---|---|---|
Yaskawa | SGDV-750J11B001 | 30 KW Max | Three Phase AC400V |
Exceptional Features
- Vibration Suppression: An integrated observer reduces machine vibrations to optimize stability.
- Friction Compensation: Maintains gain during load fluctuations, minimizing overshoot and enhancing stability.
- Feature Tracking Control: Improves response times, ensuring precise mechanical properties and seamless adjustments.
Specifications at a Glance
The Yaskawa SGDV-750J11B001 operates seamlessly with machines demanding high precision and timing. Here are further specifications that outline its broad application potential:
Rated Speed | Rated Output | Encoder Type | Protection |
---|---|---|---|
3000 r/min | 0.75 kW | 24 Bit Absolute Encoder | IP55 |
Yaskawa: A Trusted Name in Motion Control
Yaskawa Electric Company is a leader in servo motor technology and motion control systems globally. Renowned for their commitment to innovation, Yaskawa products, including the SGDV-750J11B001, are recognized for stability, responsiveness, and high performance. As a cornerstone of many industries in China, Yaskawa exemplifies quality that drives efficient manufacturing processes.