SGM7P-15A7AH10C Original Yaskawa Servo motor with speed reducer SGM7P-15A7AH10C
Introducing the Yaskawa SGM7P-15A7AH10C Servo Motor
Elevate your motion control applications with the Yaskawa SGM7P-15A7AH10C servo motor, a product that exemplifies precision engineering and exceptional performance. Designed for demanding environments, this advanced servo motor with a speed reducer offers robust capabilities to meet your industrial needs. With Yaskawa’s rich heritage in motion control technologies, this model stands as a testament to superior manufacturing and innovative design.
Technical Specifications
Parameter | Details |
---|---|
Brand | Yaskawa |
Name | Servo Motor with Speed Reducer |
Model | SGM7P-15A7AH10C |
Rated Speed | 3000 r/min |
Rated Output | 1.5 kW |
Power Supply Voltage | AC 200V |
Serial Encoder | 24-bit Absolute Value Type |
Design Sequence | IP55 |
Type of Speed Reducer | Precision HDS Planetary Reducer |
Reduction Ratio | 1/5 |
Shaft End | Flange Output |
Optional Parts | With Brake (DC 24V) |
Why Choose Yaskawa?
Yaskawa Electric, a pioneer in motion control, has maintained its position as a leader in the servo motor market. Known for steady performance and rapid response, the SGM7P-15A7AH10C is no exception. With the highest amplifier response in its class, it significantly reduces setup times and enhances operational efficiency. The servo motor is particularly favored in industries that demand precision and reliability, reinforcing Yaskawa’s market dominance.
Enhanced Communication Capabilities
This model is fully compatible with the Sigma-V series servo unit SGDV, supporting real-time communication with a maximum transmission speed of 100 Mbps. The flexible communication line allows connection for up to 62 stations, dramatically reducing wiring costs and simplifying installation. The unique design permits seamless integration into your existing system, encouraging smoother and more effective mechanical actions.
Precision Motion Control
The Yaskawa SGM7P-15A7AH10C not only excels in torque, position, and speed control but also is adept at high precision synchronization phase control. The on-line switchable control mode allows for efficient adaptation to complex mechanical operations, making it more than just a motor; it’s an essential component for high-performance machinery.