Description
Introducing the Yaskawa SGMAH-02ABA6B Servo Motor
Revolutionize your automation processes with the Yaskawa SGMAH-02ABA6B servo motor, a product designed to elevate productivity and precision. Yaskawa’s advanced engineering ensures this servo motor provides unparalleled performance, making it the perfect choice for a multitude of applications. With its robust features and cutting-edge technology, the SGMAH-02ABA6B serves as the heart of your manufacturing operations, bringing efficiency and agility to the forefront.
Product Information and Technical Parameters
| Brand | Model | Type | Power | Voltage | Encoder | Design Sequence | Shaft End | Optional Parts |
|---|---|---|---|---|---|---|---|---|
| Yaskawa | SGMAH-02ABA6B | Servo Motor | 0.2 kW | Single Phase AC 200V | 16 Bit Relative Value | A | Straight Shaft with Screw Key | DC 90V Brake |
Performance Enhancement and Efficiency
The SGMAH servo motor operates at a remarkable speed of 3000 r/min, significantly boosting mechanical performance while improving production efficiency. Advanced control algorithms reduce CPU computing time by half, resulting in a 66% faster positioning rate compared to original models. Maintenance time is minimized, allowing systems to be established efficiently.
Communication and Connectivity
Integrating seamlessly with the Sigma-V series servo unit SGDV, the SGMAH-02ABA6B supports real-time communication with a maximum transmission speed of 10 Mbps and accommodates up to 30 stations, thereby reducing wiring costs. The versatile command connector facilitates straightforward integration with D/A converters, allowing for real-time feedback on torque, position, and speed, ensuring high-precision motion control with effortless synchronization.
Advanced Features and User-Centric Design
The SGMAH-02ABA6B stands out with its rich built-in positioning functions. Users can direct a variety of simple positioning tasks from upper controllers, whether PLC or PC. Functions include continuous rotary motion and return to origin positioning, enhancing operational flexibility while improving user experience. Automatic adjustment features make setup a breeze, allowing for efficient maintenance and operation.
