DFRobot PWM Magnetic Encoder Brushless Servos


DFRobot PWM Magnetic Encoder Brushless Servos

Manufacturer

Part #

Category

DFRobot 120154575 Power

Description

DFRobot PWM Magnetic Encoder Brushless Servos offer a 24V brushless motor, a 12-bit encoder, and an IP65-rated aluminum housing. These servos provide exceptional performance in demanding environments with precise angular control and extreme power. They are ideal for applications in industrial automation, robotics, and marine equipment.

DFRobot PWM Magnetic Encoder Brushless Servos

Introduction

The DFRobot PWM Magnetic Encoder Brushless Servos are high-performance components designed for demanding applications. With a robust construction and advanced features, these servos are engineered to deliver exceptional reliability and precision in various environments.

Part Description

The DFRobot PWM Magnetic Encoder Brushless Servos feature a powerful 24V brushless motor coupled with a 12-bit encoder, ensuring high-precision control. The servos are housed in an IP65-rated aluminum casing, making them suitable for harsh conditions. They are capable of operating in extreme temperatures ranging from -40°C to 60°C, which enhances their versatility across different applications. The non-contact sensing technology of the magnetic encoder eliminates wear and tear, providing longevity and consistent performance.

Applications

  • Industrial Automation: Ideal for large valve control and sorting/stamping machinery.
  • Heavy Robotics: Suitable for joints in large manipulators and steering systems for automated guided vehicles (AGVs).
  • Marine Equipment: Used in rudder control, winch, and windlass drives.
  • Specialized Machinery: Perfect for construction vehicle joints and pan-tilt-zoom (PTZ) platforms.

Industries

  • Manufacturing
  • Robotics
  • Marine Engineering
  • Construction
  • Automation

Usage Ideas

  1. Automated Valve Control System: Utilize the servo to create a system that controls the opening and closing of industrial valves based on sensor inputs.
  2. Robotic Arm Development: Design a robotic arm that uses multiple servos for precise movement and manipulation of heavy objects in a warehouse setting.
  3. Marine Steering Mechanism: Implement the servo in a model boat to control the rudder, allowing for precise navigation and maneuverability in water.

Conclusion

The DFRobot PWM Magnetic Encoder Brushless Servos are a robust solution for applications requiring high precision and reliability. Their advanced features and durable design make them suitable for a wide range of industries, from industrial automation to marine engineering. Whether for robotics or specialized machinery, these servos provide the performance needed to excel in demanding environments.