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The HG-KR053BD from Mitsubishi is designed as a low inertia, small capacity servo motor. It operates effectively at an output power of 0.05 kW and maintains a nominal speed of 3000 rpm.
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| Manufacturer | Mitsubishi |
|---|---|
| Product Type | Low inertia/small capacity servo motor |
| Product Line | HG Series |
| Part Number | HG-KR053BD |
| Weight | 3.00 lbs (1.36 kg) |
| Output Power Rating | 0.05 kW |
| Nominal Rotational Speed | 3000 rpm |
| Built-in Electromagnetic Brake | Yes |
| Shaft Design | D-shaped cut |
| Torque Under Continuous Operation | 0.16 N·m |
| Peak Torque Capacity | 0.48 N·m |
| Top Rotational Speed | 6000 rpm |
| Permissible Momentary Speed | 6900 rpm |
| Thermal Power Dissipation | 11.3 kW/s |
| Standard Current Consumption | 1.0 A |
| Maximum Current Draw | 3.1 A |
| Insulation Rating | Class 130 (B) |
| Maximum Radial Load on Shaft | 88 N |
| Maximum Axial Load on Shaft | 59 N |
Part number HG-KR053BD falls under Mitsubishi's HG Series and embodies a low inertia design tailored for smaller capacity applications. Operating at a regular output of 0.05 kW, this servo motor achieves a nominal rotational speed of 3000 rpm, providing consistency in performance.
A built-in electromagnetic brake offers additional control during operations, while its D-shaped cut shaft delivers stable and reliable functionality. This model can produce a torque of 0.16 N·m under continuous operation, with a peak torque capacity reaching 0.48 N·m when required.
The HG-KR053BD can perform efficiently at a maximum rotational speed of 6000 rpm, safely allowing momentary speeds up to 6900 rpm. To ensure effective temperature management, the motor has a thermal power dissipation rate of 11.3 kW/s.
In terms of electrical specifications, the standard current consumption is rated at 1.0 A, with the maximum current draw at 3.1 A. With an insulation rating of Class 130 (B), it is equipped to handle various environments. The motor supports a maximum radial load of 88 N and an axial load of 59 N on the shaft, ensuring durability under operational stress.