The industrial-grade servo is engineered to deliver exceptional performance in demanding, high-load environments. It combines a powerful 24V brushless motor with a high-precision 12-bit magnetic encoder to produce an immense 450kg·cm of stall torque, all while maintaining precise angular control. Its core design principle is to provide extreme power and unwavering reliability through robust, all-metal construction. Featuring an IP65-rated aluminum housing and hardened steel gears, this industrial servo is built for heavy-duty applications, including industrial automation, large-scale robotics, and marine equipment where both strength and accuracy are critical.
Immense Torque for Heavy-Duty Loads
At the heart of this magnetic encoder servo is a power-optimized system capable of delivering a colossal 450kg·cm of stall torque. This level of force enables the actuation of significant loads, making it a premier choice for applications such as the joints of large robotic arms, the steering mechanisms of engineering vehicles, and the control surfaces of marine vessels. The brushless motor technology ensures efficient power conversion, providing sustained high-torque output with superior longevity compared to traditional brushed motors.
Industrial-Grade Durability and Reliability
Engineered for resilience, the IP65 waterproof servo features a full aluminum alloy housing and an all-steel gear train. This rugged construction provides excellent heat dissipation and withstands high shock and vibration. With an IP65 rating, the housing effectively protects internal components from dust and water ingress, ensuring dependable operation in harsh industrial or outdoor settings. Furthermore, its ability to function flawlessly in extreme temperatures ranging from -40°C to 60°C makes it a reliable component for systems deployed in any climate.
High-Precision Closed-Loop Control
Power is nothing without precision. This industrial servo integrates a 12-bit magnetic encoder that provides high-resolution positional feedback, achieving a control accuracy of 0.09°. This system enables closed-loop control with an angle deviation of less than ±1° over its 180° range, ensuring that movements are both accurate and repeatable. The non-contact nature of the magnetic encoder also eliminates the wear and tear associated with traditional potentiometers, further enhancing the servo's operational lifespan and long-term consistency.
Figure: Motion Characteristics Diagram
Performance
Control
Mechanical
Electrical
Durability