Industrial All-Metal PWM Magnetic Encoder Brushless Servo (IP65, 24V, 600kg)

All-Metal PWM Magnetic Encoder Brushless Servo (24V 600kg) is an industrial‑grade motion actuator designed for applications requiring extremely high torque, rugged reliability, and accurate position control. A powerful 24V brushless motor combined with a 12‑bit magnetic encoder delivers strong mechanical output while maintaining stable, high‑resolution angle feedback. With a stall torque reaching 600kg·cm, an IP65‑rated sealed aluminum housing, and standard PWM control compatibility, this heavy‑duty robotic servo becomes a dependable choice for large robotic joints, industrial automation equipment, marine steering mechanisms, and other high‑load electromechanical systems where durability and precision must coexist.

Massive 600kg·cm Torque Output

This high‑torque brushless actuator generates an exceptional stall torque of 600kg·cm through an efficient brushless motor and a 390:1 steel gear reduction system. Brushless drive technology provides improved efficiency, reduced mechanical wear, quieter operation, and significantly longer service life compared with traditional brushed servo motors. Such powerful mechanical output enables direct actuation of heavy mechanisms including robotic arm joints, industrial valves, steering assemblies, or large mechanical linkages, minimizing the need for additional gearboxes and simplifying mechanical system design.

Industrial‑Grade Durability

A rugged all‑aluminum housing combined with hardened steel internal gears provides excellent structural strength for demanding environments. The sealed enclosure achieves an IP65 protection rating, preventing dust ingress and resisting low‑pressure water jets commonly encountered in outdoor or industrial settings. This heavy‑duty robotic servo also supports a wide operating temperature range from −40°C to +60°C, ensuring stable operation across harsh factory floors, marine equipment installations, and extreme environmental conditions where conventional servo motors often fail.

High‑Precision Magnetic Encoder Feedback

Position feedback is delivered by a non‑contact 12‑bit magnetic encoder rather than traditional potentiometers that degrade over time. This contactless sensing approach provides high‑resolution angular feedback of 0.09° (180° divided into 2000 steps), ensuring precise positioning and repeatable motion control. Angle deviation remains within 1° across the full 180° travel range, while the absence of mechanical contact greatly improves long‑term reliability, maintaining consistent control accuracy even after hundreds of thousands of operating cycles.

Figure: Motion Characteristics Diagram

This industrial brushless servo motor suits high‑load motion control tasks across robotics, heavy machinery, marine equipment, and automated mechanical platforms. High torque output, precise magnetic encoder feedback, and sealed metal construction together support reliable operation in demanding automation systems, robotic manipulators, steering platforms, and other engineering projects requiring powerful and accurate rotary actuation.