SGMGH-13A2C2D Original Yaskawa Motor for high precision machine tool SGMGH-13A2C2D
Yaskawa SGMGH-13A2C2D: Precision in Motion
The Yaskawa SGMGH-13A2C2D servo motor is engineered to meet the demanding requirements of high-precision machine tools. With an unwavering commitment to quality and accuracy, this motor stands out in a range of applications that require reliability and outstanding performance. Its advanced features ensure that it meets the rigorous standards necessary for modern automation and machining processes.
Technical Specifications
Parameter | Specifications |
---|---|
Brand | Yaskawa |
Model | SGMGH-13A2C2D |
Rated Speed | 1500 r/min |
Power | 1.3 kW |
Power Supply Voltage | Three Phase AC200V |
Encoder Type | 17-bit Absolute Value |
Shaft Type | Straight Shaft without Key |
Optional Features | Oil Seal, DC90V Brake |
Enhanced Functionalities
One of the standout features of the SGMGH-13A2C2D motor is its complete separation of the main circuit and control circuit. This design ensures easy maintenance by allowing the alarm system to deactivate the main circuit power supply without disrupting operations. Additionally, the servo drive body offers a streamlined parameter setting device, allowing users to enter parameters directly for enhanced usability.
Communication & Integration
Equipped with a DeviceNet communication function, this motor supports external power supply drives and facilitates seamless integration with a variety of controllers and software. The ability to monitor the servo drive’s operational status and alarm information in real time improves maintenance efficiency and reduces overhead costs.
Versatility & Application
The Yaskawa SGMGH-13A2C2D not only excels in precision positioning with an array of customizable positioning functions but is also designed to operate under high-speed conditions when no load is present. Its capability to perform continuous rotation and return to origin positions enhances its versatility, making it an ideal choice for a multitude of applications in advanced engineering and manufacturing environments.