SGMPH-15AAA6C Original Yaskawa Servo motor SGMPH-15AAA6C
Yaskawa SGMPH-15AAA6C Servo Motor Overview
Introducing the Yaskawa SGMPH-15AAA6C, a sophisticated enhancement to your automation needs. Crafted with precision engineering, this servo motor stands as a testament to Yaskawa’s dedication to exceptional performance and reliability. Ideal for applications requiring seamless motion control, the SGMPH series is renowned for its remarkable efficiency and operational speed.
Technical Specifications and Features
| Parameter | Details |
|---|---|
| Brand | Yaskawa |
| Model | SGMPH-15AAA6C |
| Type | Servo Motor |
| Power | 1.5 kW |
| Speed | 3000 r/min |
| Power Supply Voltage | Three Phase AC 200V |
| Encoder Type | 13 Bit Relative Value |
| Shaft End | Straight Shaft with Screw Key |
| Optional Parts | DC 24V Brake |
| Operating Temperature | 0 to 40 °C |
| Protection Mode | IP42 (excluding output shaft) |
Versatility and Precision
The Yaskawa SGMPH-15AAA6C is designed to excel even in compact settings, making it the perfect choice for applications with space constraints. Its compatibility with a range of power supply options—including single-phase 200V, 100V, and three-phase configurations—ensures flexibility to meet diverse operational requirements. Furthermore, its high-resolution encoders enable precise control, delivering superior performance across a variety of automation scenarios.
Practical Applications
This remarkable servo motor is a preferred choice in numerous demanding environments, including semiconductor manufacturing, liquid crystal circuit board production, and various testing and inspection machines. With its reliable operation, it is well-suited for robotics and automated machinery, streamlining processes and enhancing productivity.
Quality Assurance
Adhering to international standards, the SGMPH-15AAA6C ensures a dependable and smooth operational experience, minimizing speed fluctuations and enhancing control stability. Invest in this exemplary servo motor to elevate your system’s capabilities and achieve optimal results.
