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The HG-KR43G7K1-21 model from Mitsubishi is an AC gearmotor characterized by its efficient performance and precision. It delivers an output power of 400W, with a rated speed of 3000 RPM, extending to a maximum of 6000 RPM for various applications.
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| Manufacturer | Mitsubishi |
|---|---|
| Product Type | AC Gearmotor |
| Product Line | HG Series |
| Part Number | HG-KR43G7K1-21 |
| Weight | 15.00 lbs (6.80 kg) |
| Gearhead | 1/21 High-Precision Gearhead |
| Reduction Gear Type | Precision Application Gear Type (Shaft Output) |
| Voltage Class | 200V AC Class |
| Brake Type | No Electromagnetic Brake |
| Output Power | 400W/0.4kW |
| Rated Current | 2.6A |
| Maximum Radial Load | 245 N |
| Maximum Axial Load | 98 N |
| Nominal Torque | 1.3 Nm |
| Maximum Torque | 4.5 Nm |
| Maximum Current | 9.1A |
| Rated Speed | 3000 RPM |
| Maximum Speed | 6000 RPM |
| Inertia | Low Inertia |
The Mitsubishi HG-KR43G7K1-21 is an AC gearmotor optimized for precision control in demanding applications. This unit offers a substantial output power of 400 watts, rating itself among the efficient solutions for motor-driven systems. It features a high-precision gearhead with a reduction ratio of 1/21, specifically designed for precise applications requiring exactness and reliability. Operating at a voltage class of 200V AC, this gearmotor functions seamlessly within specified limits without incorporating an electromagnetic brake.
This gearmotor can sustain a rated speed of 3000 RPM, with a maximum velocity capability of 6000 RPM, making it versatile enough for different operational demands. Additionally, it provides a nominal torque of 1.3 Nm, and its peak torque can reach 4.5 Nm, ensuring adequate force for various tasks. The equipment can handle a maximum radial load of 245 N and an axial load of 98 N, demonstrating its robustness in industrial environments.
With a rated current of 2.6 A and a maximum current consumption of 9.1 A, the gearmotor operates efficiently under load. Its low inertia characteristic allows for quick changes in direction and speed, enhancing overall responsiveness in dynamic operations.