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

An industrial-grade, high-voltage brushless servo engineered to deliver exceptional torque and precision for demanding applications. It operates by integrating a high-efficiency brushless motor with a 12-bit non-contact magnetic encoder, all controlled via a standard PWM signal. The defining feature is an immense 1000kg·cm stall torque at 24V, combined with a robust, IP65-rated all-metal construction for durability in harsh conditions. This level of performance makes it an ideal actuation solution for applications in heavy machinery, marine equipment, and large-scale industrial automation.

Extreme Torque for Heavy-Duty Actuation

With a powerful stall torque of 1000kg·cm, this high-torque servo motor is designed to move significant loads with ease. The high-strength 390:1 steel gear train efficiently translates the motor's power into rotational force, providing the strength necessary to operate large mechanical joints, control steering mechanisms on heavy vehicles, or actuate industrial-sized valves. This actuation capability ensures reliable performance in applications where standard servos would fail.

Industrial-Grade Durability and Reliability

Built to withstand challenging operational environments, this industrial servo features a full aluminum alloy housing that is IP65-rated, offering complete protection against dust ingress and low-pressure water jets from any direction. The internal components, including the robust steel gears and ball bearings, are designed for longevity and can operate reliably in temperatures ranging from -40°C to 60°C. This rugged construction makes the 24V brushless motor suitable for outdoor, marine, and factory floor deployments.

High-Precision Control with Magnetic Sensing

Precision is achieved through a 12-bit magnetic encoder, which provides accurate positional feedback with a resolution of 0.09° and maintains an angle deviation of less than 1°. Unlike traditional potentiometers, this non-contact sensing technology is immune to wear, vibration, and debris, ensuring consistent accuracy over the actuator's extensive lifespan of over 200,000 cycles. Paired with the brushless motor, the system delivers stable, repeatable, and reliable positioning.

Figure: Motion Characteristics Diagram