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The HF-MP73G515 is a gearmotor from Mitsubishi's HF Series that operates with a supply voltage of 200 Volts AC. It features a precision application reduction gear with a reduction ratio of 1/5, offering both efficiency and control.
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| Manufacturer | Mitsubishi |
|---|---|
| Product Type | Gearmotor |
| Product Line | HF Series |
| Part Number | HF-MP73G515 |
| Weight | 15.00 lbs (6.80 kg) |
| Rated Torque | 2.4 Newton-meters |
| Maximum Torque | 7.2 Newton-meters |
| Shaft Type | Standard (Straight Shaft) |
| Reduction Gear | Precision Application Reduction Gear |
| Mounting Method | Flange Mounting |
| Supply Voltage Class | 200 Volts AC |
| Rated Current | 5.6 Amperes |
| Motor Speed | 3,000 RPM |
| Maximum Current | 16.7 Amperes |
| Reduction Ratio | 1/5 |
| Inertia | Ultra-Low Inertia |
| Capacity | Small Power Capacity |
| Output Rating | 750 Watts |
| Encoder | 18-Bit Absolute Feedback Encoder |
Mitsubishi's HF-MP73G515 gearmotor is designed for precise control and efficient operation in automated applications. This model features a standard straight shaft and utilizes a precision application reduction gear that provides a reduction ratio of 1/5. The gearmotor safely operates within a supply voltage class of 200 Volts AC.
This unit achieves a rated torque of 2.4 Newton-meters and can deliver a maximum torque of 7.2 Newton-meters, making it appropriate for tasks requiring small power capacity. The HF-MP73G515 maintains a continuous rated current of 5.6 Amperes, with the capability to manage peak currents up to 16.7 Amperes, accommodating demanding operational scenarios.
Operating at a motor speed of up to 3,000 RPM, the gearmotor is ideal for applications that require rapid response times. Its ultra-low inertia allows for swift acceleration and deceleration, enhancing performance in dynamic situations. Additionally, it incorporates an 18-bit absolute feedback encoder that ensures accurate position and speed tracking, facilitating enhanced control. The flange mounting method allows for straightforward installation while maintaining a secure fit within larger systems.