Description
Introducing the Yaskawa SGMPS-02A2E2SE Servo Motor
The Yaskawa SGMPS-02A2E2SE is engineered to meet modern industrial demands with its robust design and impressive performance capabilities. This medium inertia flat type motor, part of the esteemed Sigma-V series, excels in versatility and efficiency, making it the ideal choice for a variety of applications in machine tools, transport, handling, and food processing machinery. With advanced technology and user-friendly setup instructions, the SGMPS-02A2E2SE is sure to elevate your operational efficiency while maintaining precision at high speeds.
Product Overview and Technical Specifications
| Feature | Specification |
|---|---|
| Brand | Yaskawa |
| Name | Medium Inertia Flat Type Motor |
| Model | SGMPS-02A2E2SE |
| Rated Output | 200W (0.2kW) |
| Power Supply Voltage | AC200V |
| Encoder Type | 17 Bit Absolute Value (Standard) |
| Design Sequence | IP67 (Standard) |
| Shaft End Type | Straight Shaft (Without Keyway) |
| Max Speed | 6000 RPM |
| Environment Humidity | 20 ~ 80% (Non-dew) |
Performance and Installation Features
This servo motor shines with its capacity for continuous operation and high-speed performance. The Yaskawa SGMPS-02A2E2SE is capable of enabling high-speed feed for various mechanical drive operations. Installation is streamlined through its flange-type mounting, and the motor is protected against environmental factors with an IP67 rating, ensuring durability even in demanding settings. The use of a high-resolution 17-bit encoder enhances feedback and control, providing precise monitoring of operational parameters.
Applications
The Yaskawa SGMPS-02A2E2SE is versatile enough to be deployed in several sectors, including but not limited to:
- Machine Tool Automation
- Transport and Handling Systems
- Food Processing Equipment
- Robotics
With its advanced capabilities and dependable design, the Yaskawa SGMPS-02A2E2SE is a sound investment for enhancing productivity and precision in your operations. Choose Yaskawa for a future of technological advancement.
