Industrial All-Metal PWM Magnetic Encoder Brushless Servo (IP65, 24V, 1000kg)

Industrial All‑Metal PWM Magnetic Encoder Brushless Servo (24V 1000kg) delivers extreme actuation power for large mechanical systems that demand both torque and accuracy. This industrial brushless servo integrates a high‑efficiency motor with a 12‑bit non‑contact magnetic encoder and standard PWM control, enabling precise angular positioning in heavy equipment and automation systems. A massive 1000 kg·cm stall torque at 24V enables reliable movement of large loads, while an IP65‑rated aluminum alloy housing protects internal mechanisms from dust, water spray, and harsh operating environments. The high‑power servo actuator suits engineering machinery, marine control mechanisms, and industrial automation platforms requiring dependable high‑torque motion.

Extreme Torque for Heavy-Duty Actuation

A powerful brushless drive system combined with a 390:1 hardened steel gear train produces a stall torque of 1000 kg·cm. Such output allows this high‑torque servo motor to move substantial mechanical loads, including large robotic joints, steering assemblies, or heavy valve mechanisms. The reinforced gear transmission efficiently converts motor power into rotational force, supporting demanding industrial tasks where conventional hobby servos cannot operate reliably.

Industrial‑Grade Durability and Environmental Protection

An all‑metal aluminum alloy housing provides structural strength and thermal stability while maintaining an IP65 protection rating. Dust‑tight sealing and resistance to low‑pressure water jets support deployment in outdoor installations, marine environments, and factory floors. Hardened steel gears and integrated ball bearings increase mechanical lifespan, while reliable operation across a wide temperature range of −40°C to 60°C supports demanding industrial operating conditions.

Precision Positioning with Magnetic Encoder Feedback

A 12‑bit magnetic encoder delivers high‑resolution position sensing with 0.09° resolution and less than 1° angle deviation. Non‑contact magnetic sensing eliminates wear associated with traditional potentiometers and maintains stable accuracy even under vibration, debris exposure, or long‑term operation. Combined with the brushless motor architecture, the servo control system achieves repeatable positioning performance across more than 200,000 operational cycles.

Figure: Motion Characteristics Diagram

Standard PWM control allows straightforward integration with controllers such as Arduino, Raspberry Pi, industrial microcontrollers, and robotics control systems. This high‑power motion actuator fits heavy machinery steering systems, marine rudder control, large‑scale automation mechanisms, and specialized robotic equipment requiring durable, high‑torque rotational control.