SGM7J-06A7C6E Original Yaskawa Rotary servo motor SGM7J-06A7C6E
Overview of the Yaskawa SGM7J-06A7C6E Rotary Servo Motor
Introducing the Yaskawa SGM7J-06A7C6E—a cutting-edge rotary servo motor designed for high-performance applications requiring precision, speed, and stability. This advanced motor is engineered to fulfill the demanding needs of modern industrial automation with an impressive rated speed of 3000r/min and power output of 600W. Whether you’re enhancing existing systems or implementing new ones, the SGM7J-06A7C6E promises exceptional responsiveness and reliability.
Technical Specifications
Feature | Specification |
---|---|
Brand | Yaskawa |
Model | SGM7J-06A7C6E |
Rated Speed | 3000 r/min |
Rated Output | 600W |
Power Supply Voltage | AC200V |
Encoder Type | 24-bit Absolute |
Design Sequence | C |
Shaft Type | Straight with Keyway |
Optional Features | Oil Seal, Brake (DC24V) |
Performance and Stability
The Yaskawa SGM7J-06A7C6E is designed with a focus on maintaining stability during load fluctuations, allowing for a seamless operation regardless of the conditions. The innovative responsiveness of this motor is enhanced, achieving responsiveness metrics twice as rapid without the need for extensive adjustments. Moreover, the protection system incorporates temperature sensors that safeguard against anomalous conditions, ensuring reliability through constant monitoring provided directly through the servo unit.
Enhanced Communication Capabilities
Complementing the motor’s robust functionality is the Sigma-V series servo unit SGDV. With a maximum applicable motor capacity of 2kW and three-phase AC200V, it features the MECHATROLINK-III communication interface, enabling rapid real-time communication with transmission speeds reaching 100Mbps. This efficient setup allows for up to 62 stations to be interconnected, significantly reducing wiring complexity and costs, while ensuring streamlined control across multiple devices.
Advanced Control Features
Furthermore, the SGM7J-06A7C6E is not limited to basic control functions; it excels in high-precision motion control, offering torque, position, speed, and synchronization phase control capacity. Its versatility allows for on-the-fly control mode switching, driving complicated mechanical actions with finesse. Users can select from various servomotor units tailored for specific applications, ensuring optimum performance and efficiency in diverse manufacturing settings.
Conclusion
In summary, the Yaskawa SGM7J-06A7C6E rotary servo motor stands out as a premier choice for those seeking a reliable, fast, and precise automation solution. With its advanced technology and thoughtful design, it is sure to deliver the performance needed for today’s industrial challenges.