SGMSV-15A3A2C Original Yaskawa servo motor SGMSV-15A3A2C
Introducing the Yaskawa SGMSV-15A3A2C Servo Motor
Discover the unparalleled performance of the Yaskawa SGMSV-15A3A2C, a premium addition to the renowned Sigma-V series. Specifically designed to meet the demands of modern automation and industrial applications, this servo motor unites cutting-edge technology with efficiency and precision. With a robust power of 1.5 kW and a superior build quality, it is engineered for seamless operation across a variety of environments.
Product Overview
The Yaskawa SGMSV-15A3A2C servo motor is characterized by its exceptional specifications and features that cater to diverse machinery requirements. It is equipped with a high-resolution 20-bit absolute encoder, ensuring precision in performance and reliability. The design includes a standard straight shaft without a keyway, making it versatile for multiple installation configurations.
| Specification | Details |
|---|---|
| Brand | Yaskawa |
| Model | SGMSV-15A3A2C |
| Rated Output | 1.5 kW |
| Power Supply Voltage | AC 200V |
| Encoder Type | 20-bit absolute |
| Installation Type | Flange type |
| Protection Mode | IP67 (Fully enclosed) |
| Operating Temperature | 0 – 40 °C |
Performance and Capabilities
This servo motor operates efficiently at a rated time of continuous operation, showcasing a vibration level of V15 and impressive insulation resistance exceeding 10M at 500V. Notably, its permanent magnet excitation mode and advanced thermal resistance grading (F) contribute to its longevity and durability in rigorous settings. The SGMSV-15A3A2C features an impressive maximum applicable motor capacity and is designed for easy integration, thanks to its direct connection method.
Flexible Integration and Application
Whether you’re operating a placement machine, printed circuit board punch, or a machine tool feeding device, this servo motor adapts effortlessly to your needs. With options for a hold brake and various other enhancements, the SGMSV-15A3A2C supports an expansive range of applications, ensuring optimal performance across all operational requirements.
