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Mitsubishi HG-SR52 - Servo Motors

The Mitsubishi HG-SR52 Servo Motor provides 0.5 kW power, 2.4 Nm torque, and 2000 rpm rated speed with medium inertia output. It supports AC operation, includes a 22-bit encoder with 4194304 p/rev resolution, and reaches a maximum speed of 3000 rpm. Learn more about the brand at mitsubishi electric, explore Mitsubishi servo motors under Mitsubishi Servo Motors, and view this model within the MELSERVO-J4 series.

BrandMitsubishi
Product TypeServo Motors
ProductHG-SR52

Mitsubishi Servo Motors HG-SR52 Technical Specifications:

SpecificationValue
SeriesMELSERVO-J4
TypeHG-SR
Power Supply (V)200
Rated Capacity (kW)0,5
InertiaMEDIUM INERTIA
Rated Torque (Nm)2,4
Maximum Torque (Nm)7,2
Rated Speed (rpm)2000
Inertia (kg*cm2)7,26
BrakeNO
Shaft TypeSTRAIGHT SHAFT
Current TypeAC
Encoder Resolution (p/rev)4194304
Maximum Speed (rpm)3000
Protection ClassIP67
Encoder Type22-BIT
Depth (mm)173,5
Weight (kg)4,8
Width (mm)130
Height (mm)177,5

The Mitsubishi HG-SR52 Servo Motor is a 0.5 kW medium inertia model designed for industrial motion control tasks requiring stable torque and smooth operation. It delivers 2.4 Nm rated torque, operates at 2000 rpm, and uses a 22-bit encoder with 4194304 pulses per revolution. As part of the MELSERVO-J4 series, it ensures accurate positioning and consistent performance for automated machinery.

This servo motor is suitable for conveyors, packaging systems, compact assembly equipment, and general automation processes. Its medium inertia characteristics provide balanced acceleration and deceleration, making it effective for applications that require reliable motion with controlled load handling. The IP67 protection and straight shaft structure support dependable use across varied industrial environments.

The Mitsubishi HG-SR52 Servo Motor offers consistent torque delivery, stable speed control, and high-resolution encoder accuracy for long-term industrial use. With medium inertia design, AC compatibility, and MELSERVO-J4 platform support, it remains a trusted option for automation requirements that demand reliability, precision, and efficient motion performance.