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

This industrial-grade, all-metal brushless servo is engineered for applications demanding extreme torque and unwavering reliability. It integrates a powerful 24V brushless motor with a high-resolution 12-bit magnetic encoder to deliver three core advantages: immense power for heavy loads, robust durability for harsh environments, and precise angular control. With a stall torque of 600kg·cm, an IP65-rated aluminum housing, and standard PWM signal control, this servo is a premier motion control solution for heavy machinery, industrial automation, and marine robotics.

Massive 600kg·cm Torque Output

The metal servo provides a colossal stall torque of 600kg·cm, generated by a high-efficiency brushless motor. This technology offers superior performance, a longer operational lifespan, and quieter operation compared to traditional brushed motors. This level of force enables the direct actuation of heavy mechanical components, such as large robotic arms, vehicle steering systems, or industrial valves, eliminating the need for complex external gearing and simplifying system design.

Industrial-Grade Durability

Engineered for ultimate reliability, the servo features a rugged, all-aluminum housing and high-strength internal steel gears with a 390:1 reduction ratio. The entire assembly is sealed to an IP65 rating, ensuring complete protection against dust ingress and resistance to low-pressure water jets. This robust construction, combined with a wide operating temperature range of -40°C to +60°C, allows for consistent and dependable performance in the most challenging outdoor, factory floor, and marine environments.

High-Precision Control with Magnetic Encoder

Unlike servos using traditional potentiometers that wear out, this model employs a non-contact 12-bit magnetic encoder for position feedback. This advanced technology provides high-resolution angular data (0.09°), resulting in exceptional positioning accuracy with an angle deviation of less than 1 degree across its 180° travel. The contactless design guarantees long-term reliability and consistent precision over its entire service life, even after hundreds of thousands of cycles.

Figure: Motion Characteristics Diagram