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Mitsubishi HF Series HF-KP73BJK

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HF-KP73BJK

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Mitsubishi’s HF-KP73BJK is a rotary servo motor designed for precise control and versatility. Operating effectively at an output power of 750 Watts, it is suitable for applications requiring efficient performance.

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Technical specifications for HF-KP73BJK

ManufacturerMitsubishi
Product LineHF Series
Part NumberHF-KP73BJK
Weight12.00 lbs (5.44 kg)
Shaft TypeKeyway Shaft with Key
Oil SealIncluded
Operating Temperature32 to 104 degrees Fahrenheit (Non-Freezing)
Output Power750 Watts
Speed Rating3,000 revolutions per minute (RPM)
Type of BrakeBuilt-In Electromagnetic Brake
Rated Torque2.3 Newton-meters
Rated Current5.2 Amps
Encoder18-Bit Encoder
Storage Temperature5 to 158 degrees Fahrenheit (Non-Freezing)
Maximum Torque7.2 Newton-meters
CapacitySmall Capacity
InertiaLow Inertia
Maximum Current15.6 Amps
Device TypeRotary Servo Motor

The Mitsubishi HF-KP73BJK is a rotary servo motor engineered for applications that demand both precision and efficiency. It operates at an output power of 750 Watts, making it suitable for small capacity operations.

With a maximum speed of 3,000 RPM, this motor is capable of providing quick and accurate responses to control commands. The built-in electromagnetic brake adds a layer of safety, ensuring that the motor can quickly stop when required.

This unit features a keyway shaft with a key, allowing for stable and secure mechanical connections. Additionally, an oil seal is included to protect the internal components from contaminants, enhancing durability. The rated torque is measured at 2.3 Newton-meters, while the maximum torque reaches up to 7.2 Newton-meters. It operates at a rated current of 5.2 Amps, providing efficient performance that can peak at 15.6 Amps.

The unit employs an 18-bit encoder, offering high-resolution positional feedback to enhance control precision. Functioning optimally at operating temperatures ranging from 32 to 104 degrees Fahrenheit, this servo motor can also be stored within a broader temperature range of 5 to 158 degrees Fahrenheit. The low inertia characteristic of this model contributes to its rapid acceleration and deceleration, making it an excellent choice for a variety of applications requiring quick adjustments.