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The Yaskawa USAFED-09-YR21 is a 3-phase AC servo motor notable for its robust performance and reliable design. It operates at a rated current of approximately 6.0 A and delivers a power output of 0.85 kW, making it suitable for various applications.
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| Manufacturer | Yaskawa |
|---|---|
| Product Type | AC Servo Motor |
| Product Line | USAFED |
| Part Number | USAFED-09-YR21 |
| Weight | 42.00 lbs (19.05 kg) |
| Rated Current | Approximately 6.0 A |
| Power Output | 0.85 kW |
| Motor Type | 3-Phase Servo |
| Enclosure | IP65 (typical) |
| Brake Option | No Brake |
| Rated Speed | 1500 RPM |
| Rated Voltage | 200–230 V AC |
| Torque (Est.) | Approximately 5.4 Nm |
| Feedback | Encoder |
| Cooling | Natural Convection |
| Mounting | Flange |
The Yaskawa USAFED-09-YR21 AC servo motor plays a pivotal role in precision applications requiring consistent performance. With its 3-phase design, this motor draws a rated current close to 6.0 A while providing a power output of 0.85 kW, which underlines its efficiency and capability to handle rigorous tasks.
It operates at a rated speed of 1500 RPM, allowing for quick responses in various operational contexts. The motor is designed to function with a rated voltage between 200 and 230 V AC, ensuring versatility in integration with different systems. An estimated torque of around 5.4 Nm allows the USAFED-09-YR21 to deliver significant force output, making it beneficial in numerous applications.
Constructed with an IP65-rated enclosure, this model protects against environmental conditions such as dust and moisture, enhancing its durability. The motor’s natural convection cooling method ensures that it maintains optimal operating temperatures without the need for additional cooling systems. Feedback is managed through an encoder, which provides critical information for precise control and performance validation.
Finally, mounting is facilitated by a flange, providing stability during operation, while the absence of a brake option simplifies its design for applications that do not require immediate stops.