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The MR-H60ACN from Mitsubishi’s MELSERVO MR-H series is a robust servo drive designed for high efficiency and precision. It operates with a power rating of 0.6 kW and is suitable for 3-phase power supplies of 200-230V AC, providing a maximum current of 4.5 A.
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| Manufacturer | Mitsubishi |
|---|---|
| Product Line | MELSERVO MR-H |
| Part Number | MR-H60ACN |
| Weight | 4.94 lbs (2.24 kg) |
| Maximum Current | 4.5 A |
| Regenerative Braking | Built-in regenerative brake circuit |
| Operating Temperature | 0 to 55°C |
| Storage Temperature | -20 to 65°C |
| Humidity | 90% RH or less (non-condensing) |
| Vibration Resistance | 5.9 m/s² (0.6G) or less |
| Cooling Method | Forced air cooling |
| Power Supply | 3-phase, 200-230V AC |
| Frequency Response | 400 Hz |
| Power Rating | 0.6 kW |
| Control Method | Sine-wave PWM control |
| Position Detection | Incremental encoder |
Mitsubishi’s MR-H60ACN servo drive offers functionality and reliability tailored for industrial applications. This model supports a maximum current of 4.5 A and a power rating of 0.6 kW, making it suitable for demanding tasks that require precision control. The device operates within a 200 to 230V AC voltage range and is configured for a 3-phase power system.
The integrated regenerative brake circuit is essential, optimizing energy consumption and enhancing overall system efficiency. This servo motor is rated to perform effectively in an operating temperature range from 0°C to 55°C and can be stored in environments between -20°C and 65°C. Conditions below these thresholds can affect motor performance. Its design accommodates high-humidity environments, operating efficiently below 90% relative humidity without condensation.
This unit is also built to withstand vibration, with resistance levels up to 5.9 m/s², ensuring operational stability in various conditions. It utilizes forced air cooling for thermal management, safeguarding against overheating during intense operations. Weighing approximately 3 kg, the MR-H60ACN is manageable for installation and integration into existing systems. The motor functions through a sine-wave PWM control method and employs an incremental encoder for accurate position feedback, reinforcing its suitability for precise motion applications.