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Mitsubishi HG-KN73BJK - Servo Motors

The Mitsubishi HG-KN73BJK Servo Motor provides 0.75 kW power, 2.4 Nm torque, and 3000 rpm speed for motion control applications. This model is part of the Mitsubishi servo lineup, detailed at mitsubishi electric, and includes low inertia, 17-bit encoder, 131072 p/rev resolution, IP65 protection, and AC-driven operation. Buyers can review Mitsubishi servo motor categories at mitsubishi electric with system compatibility across the MELSERVO-JE series supporting precise automation requirements.

BrandMitsubishi
Product TypeServo Motors
ProductHG-KN73BJK

Mitsubishi Servo Motors HG-KN73BJK Technical Specifications:

SpecificationValue
SeriesMELSERVO-JE
TypeHG-KN
Power Supply (V)200
Rated Capacity (kW)0,75
InertiaLOW INERTIA
Rated Torque (Nm)2,4
Maximum Torque (Nm)7,2
Rated Speed (rpm)3000
Inertia (kg*cm2)1,39
BrakeYES
Shaft TypeKEYWAY
Current TypeAC
Encoder Resolution (p/rev)131072
Maximum Speed (rpm)5000
Protection ClassIP65
Encoder Type17-BIT
Depth (mm)202,5
Weight (kg)4
Width (mm)80
Height (mm)80

The Mitsubishi HG-KN73BJK Servo Motor is a low inertia 0.75 kW industrial unit designed for controlled motion in automation systems. The motor delivers 2.4 Nm rated torque, 3000 rpm speed, and a 17-bit encoder to support accurate positional feedback. As part of the MELSERVO-JE series, the HG-KN73BJK provides stable rotation characteristics required for consistent machine performance.

This servo motor is suitable for conveyors, compact packaging machinery, robotic arms, and assembly equipment requiring reliable torque output and braking. Its 5000 rpm maximum speed, IP65 protection, and AC-driven design help maintain dependable operation in production environments where dust, vibration, or moisture may be present. The built-in brake supports applications that require secure load holding during machine stops.

The Mitsubishi HG-KN73BJK Servo Motor combines precise encoder resolution, consistent torque delivery, and durable construction suited for industrial automation. Backed by Mitsubishi’s engineering reliability, the model ensures stable performance for machines requiring predictable movement, long service life, and accurate motion control in continuous duty applications.