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Mitsubishi's HF-MP73BJK, a brushless AC servo motor, is designed for precision applications. With an output rating of 750 Watts, this motor features a nominal torque of 2.4 Newton-meters and can achieve a maximum torque of 7.2 Newton-meters. Its speed capabilities include a rated speed of 3000 RPM, with a maximum speed reaching 6000 RPM.
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| Manufacturer | Mitsubishi |
|---|---|
| Product Line | HF Series |
| Part Number | HF-MP73BJK |
| Weight | 12.00 lbs (5.44 kg) |
| Nominal Torque | 2.4 Newton-meters |
| Capacity | Small Capacity |
| Brake Type | Electromagnetic Brake |
| Protection Class | IP65 |
| Rated Current | 5.6 Amperes |
| Mounting Mode | Flange Mounting |
| Maximum Torque | 7.2 Newton-meters |
| Inertia | Ultra-Low Inertia |
| Maximum Current | 16.7 Amperes |
| Oil Seal | Included |
| Output Rating | 750 Watts |
| Shaft Shape | Keyway Shaft |
| Speed Rating | 3000 RPM |
| Maximum Speed | 6000 RPM |
The Mitsubishi HF-MP73BJK is categorized as a brushless AC servo motor suitable for applications requiring precise control. It delivers nominal torque of 2.4 Newton-meters, with a maximum torque capacity of 7.2 Newton-meters, making it applicable for tasks where accurate rotational force is essential. This motor is rated for an output of 750 Watts, ensuring adequate power delivery for small capacity applications.
With an impressive speed rating of 3000 RPM, it can operate at maximum speeds of up to 6000 RPM, offering flexibility in fast-paced environments. The rated current is 5.6 Amperes, while the maximum current stands at 16.7 Amperes, allowing it to manage various load scenarios. The design incorporates a keyway shaft for secure coupling and an oil seal for added protection from contaminants.
Installation is easy thanks to the flange mounting mode, facilitating integration into machinery and systems. Additionally, the unit is equipped with an electromagnetic brake for enhanced precision during operation. Its IP65 protection class indicates a robust defense against dust and water exposure, ensuring long-term reliability in challenging environments. Furthermore, the ultra-low inertia characteristic contributes to rapid acceleration and deceleration, which is vital in high-performance applications.