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Mitsubishi MELSERVO HC HC-SFS52G1

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HC-SFS52G1

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The Mitsubishi HC-SFS52G1 is a servo motor with robust performance specifications. Its voltage rating of 126 volts allows it to operate effectively in systems compatible with 200 VAC. It provides an output power of 0.5 kW and features a flange-type reduction gear suitable for general industrial uses.

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Technical specifications for HC-SFS52G1

ManufacturerMitsubishi
Product TypeServo Motor
Product LineMELSERVO HC
Part NumberHC-SFS52G1
Weight25.00 lbs (11.34 kg)
200VAC-CompatibleYes
Voltage Rating126V
Current3.2A
Maximum Current9.6A
Output Power0.5 kW
Reduction GearFlange-Type General Industrial Machine Gear
Rated Speed2000 RPM
Maximum Speed3000 RPM
Instantaneous Permissible Speed3450 RPM
ResolutionHigh Resolution
InertiaMiddle Inertia
Motor CapacityMiddle Capacity

The HC-SFS52G1 is a specialized servo motor designed by Mitsubishi as part of the MELSERVO HC series. This model operates at a nominal voltage of 126 volts and is compatible with systems utilizing 200VAC power. Its design includes a flange-type reduction gear for efficient torque management, beneficial in general industrial machine applications.

In terms of performance, this servo motor can handle a rated current of 3.2 Amps, with the capability to reach a peak current of 9.6 Amps. The output power provided by the HC-SFS52G1 reaches 0.5 kW, which supports diverse automation tasks. The rated speed of operation for this motor is set at 2000 RPM, but it can achieve a higher maximum speed of 3000 RPM. For short durations, the motor can even handle an instantaneous permissible speed of 3450 RPM, accommodating various operational demands.

Characteristically, this model provides high resolution, enabling accurate positioning and control in automated systems. Its middle inertia features make it adaptable for numerous applications where balance between responsiveness and stability is required. The overall motor capacity is also classified as middle capacity, linking it effectively to a wide range of functionalities in industrial settings.