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Mitsubishi HF Series HF-KP73G7111

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HF-KP73G7111

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Mitsubishi’s HF-KP73G7111 is a geared servo motor designed for precision applications. It operates efficiently within the 200VAC class and features ultra-low inertia for responsive performance. The gearhead ratio of 1/11 allows for effective torque management, making it suitable for various tasks requiring small power capacity.

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Technical specifications for HF-KP73G7111

ManufacturerMitsubishi
Product LineHF Series
Part NumberHF-KP73G7111
Weight20.00 lbs (9.07 kg)
ProductGeared Servo Motor
Motor CapacitySmall Power Capacity
InertiaUltra Low Inertia
Reduction GearPrecision Application Reduction Gear (Shaft Output)
Supply Voltage Class200VAC Class
Rated Speed3000 RPM
Maximum Speed6000 RPM
Operating Temperature32 to 104 degrees Fahrenheit
Storage Temperature5 to 158 degrees Fahrenheit
Feedback Encoder18-Bit Feedback Encoder
Output Power750 W
Rated Current5.2 Amps
Maximum Current15.6 Amps
Gearhead1/11 Gearhead
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The Mitsubishi HF-KP73G7111 is characterized as a geared servo motor optimized for precise applications. With a small power capacity, it operates using a 200VAC supply for consistent performance. The design includes a precision application reduction gear, featuring a shaft output that enhances the motor's capabilities.

Performance metrics indicate a rated speed of 3000 RPM, with the potential to reach maximum speeds of 6000 RPM. This motor is designed with ultra-low inertia, providing quick response times for dynamic loads and improving operational efficiency. The feedback encoder utilized in this model is an 18-bit encoder, ensuring accurate positioning and control.

The motor is capable of delivering an output power of 750 watts. The rated current required for operation is 5.2 Amps, and it can manage peak current demands of up to 15.6 Amps. It is designed for use in environments with temperature ranges from 32 to 104 degrees Fahrenheit during operation. Additionally, the unit can be safely stored in temperatures from 5 to 158 degrees Fahrenheit, providing flexibility for varied conditions.