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Mitsubishi HF Series HF-SP352B

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HF-SP352B

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The HF-SP352B is an AC servo motor from Mitsubishi's HF Series. It functions reliably within a 200VAC voltage class and features a nominal torque of 16.7 Newton-meters, complemented by a maximum torque of 50.1 Newton-meters for demanding applications.

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Technical specifications for HF-SP352B

ManufacturerMitsubishi
Product TypeAC Servo Motor
Product LineHF Series
Part NumberHF-SP352B
Weight23.19 lbs (10.52 kg)
Voltage Class200VAC Class
Nominal Torque16.7 Newton-meters
Current Rating16 Amps
Maximum Torque50.1 Newton-meters
Brake TypeBuilt-In Electromagnetic Brake
InertiaMedium Inertia
CapacityMedium Capacity
Maximum Current48 Amps
ShaftStraight Shaft
Encoder Type18-Bit Absolute Encoder
IP RatingIP67
Operating Temperature32 to 104 degrees Fahrenheit
Storage Temperature5 to 158 degrees Fahrenheit
Mounting OptionFlange Option

Mitsubishi's HF-SP352B is an AC servo motor prominently designed for various automation tasks. With a voltage class of 200VAC, it is equipped to deliver consistent performance in a medium capacity setting. The nominal torque is measured at 16.7 Newton-meters, while it can achieve a peak torque of 50.1 Newton-meters, making it efficient for operations requiring flexibility.

The motor is rated for a current of 16 Amps, with a maximum current reaching up to 48 Amps. A built-in electromagnetic brake contributes to its safety and control, making it suitable for applications where stopping and holding capabilities are beneficial.

In terms of mechanical design, the HF-SP352B features a straight shaft configuration optimized for ease of installation. It employs a medium inertia characteristic, aiding in responsive operation. For ensuring accurate positioning and control, an 18-bit absolute encoder is integrated.

This motor operates effectively within an IP67 protection rating, which guards against dust intrusion and allows for immersion in water. The operational temperature range spans from 32 to 104 degrees Fahrenheit, while it can be stored between 5 and 158 degrees Fahrenheit, giving it versatility across different environments. Lastly, the flange mounting option enhances integration possibilities with existing equipment in various setups.