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Mitsubishi MELSERVO HC HC-SFS524B

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HC-SFS524B

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The HC-SFS524B is a middle inertia servo motor manufactured by Mitsubishi. It features a built-in electromagnetic brake and operates in a 400V class. The device is designed for reliable performance with a rated output of 500 Watts and a speed of 2,000 RPM.

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Technical specifications for HC-SFS524B

ManufacturerMitsubishi
Product LineMELSERVO HC
Part NumberHC-SFS524B
Weight12.00 lbs (5.44 kg)
Device TypeMiddle Inertia Servo Motor
Type of BrakeBuilt-In Electromagnetic Brake
Voltage Class400V Class
CapacityMiddle Capacity
Shaft ShapeStraight Shaft (Standard)
Rated Output500 Watts
Rated Speed2,000 RPM
Power Supply Voltage380-480V AC
Encoder Resolution131072 Pulses Per Revolution
Oil SealSupported
Rated Torque2.39 Nm
Rated Current1.5 Amps
Maximum Torque7.16 Nm
Maximum Current4.5 Amps
Operating Temperature0 to 40 degrees Celsius

The Mitsubishi HC-SFS524B servo motor provides versatile functionality within the middle inertia category, making it suitable for a variety of applications. This model has a built-in electromagnetic brake, which enhances control during operation. It operates within the 400V class voltage range and offers a middle-capacity output. The motor is designed with a straight shaft that allows for straightforward integration.

With a rated output of 500 Watts, the HC-SFS524B can perform reliably across numerous industrial tasks. It has a rated operational speed of 2,000 RPM and is compatible with a power supply that ranges from 380 to 480 Volts AC. The rated torque stands at 2.39 Nm, while the maximum torque that can be handled is 7.16 Nm. Current requirements are rated at 1.5 Amps during normal operation, increasing to a maximum of 4.5 Amps under peak load conditions.

The encoder resolution reaches 131072 pulses per revolution for motion feedback accuracy, ensuring precise positioning. When stored, this motor performs optimally in temperatures ranging from 0 to 40 degrees Celsius. Including an oil seal offers greater reliability and protection for its internal components, contributing to longer operational life in various industrial environments.