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Compact Three Phase Brushless DC Motor With Integrated Magnetic Encoder For Precision Motion Control
The 2208 three phase brushless DC motor is a compact high performance motor designed for applications that demand smooth torque accurate positioning and advanced control. Operating at a rated twelve volt supply this motor delivers one thousand eight hundred RPM speed and three hundred gram centimetre torque making it suitable for precision motion systems in a small form factor.
This motor integrates a high precision AS5600 magnetic encoder providing twelve bit positional feedback with approximately zero point zero eight seven degree resolution. Designed to be fully compatible with Field Oriented Control techniques it enables precise real time control of the motor magnetic field resulting in low noise smooth rotation and high efficiency. The integrated encoder and FOC readiness make it ideal for camera gimbals balancing robots robotics research and FOC algorithm development platforms.
Key Features
- Three Phase Brushless DC Motor Design
Ensures smooth operation high efficiency and long service life
- Integrated AS5600 Magnetic Encoder
Provides twelve bit absolute position feedback for precise control
- FOC Ready Motor Architecture
Optimised for field oriented control with smooth torque and low noise
- Compact And Lightweight Form Factor
Suitable for space constrained and portable motion systems
- Stable Torque Output
Delivers three hundred gram centimetre torque at rated operating conditions
Integrated High-Precision Magnetic Encoder
The built-in AS5600 magnetic encoder is vital to the functionality of this BLDC motor. This component delivers high-resolution 12-bit location feedback with an accuracy of up to 0.087 degrees. This exact, real-time data is required to construct advanced closed-loop control systems. The encoder provides versatile connectivity via I2C, PWM, and analog outputs, ensuring interoperability with a wide range of microcontrollers.
Optimized for Field-Oriented Control (FOC)
This motor and encoder combination is ideal for Field-Oriented Control (FOC), one of the most efficient ways to control BLDC motors. By enabling FOC, this 2208 brushless motor can produce smooth, ripple-free torque while operating with low noise and vibration. This differs significantly from standard control methods, providing improved performance and efficiency for sensitive applications.
Quality Construction and Compact Design
The motor is designed for longevity and performance, with a quality CNC-machined casing, a robust NdFeB magnetic outer rotor, and a practical hollow-shaft design. The stator windings are made of oxygen-free copper, and the assembling method provides excellent rotor dynamic balance. This thorough design ensures stable, dependable functioning in a tiny form factor that is simple to integrate into a variety of projects.
Broad Compatibility for Rapid Development
This 2208 BLDC motor is designed to work seamlessly with popular programming platforms such as Arduino, ESP32, and Raspberry Pi. When combined with the SimpleFOC open-source library and an appropriate driver, such as the SimpleFOC Mini (DRI0058), developers can quickly implement and experiment with complex FOC algorithms, considerably simplifying the development cycle.
Applications
- Camera Stabilizers: Create ultra-smooth two- or three-axis camera gimbals.
- Robotic Joints: Designing compact, precise robotic arms and manipulators.
- Balancing Robots: Designing self-balancing vehicles that require high-speed feedback.
- Education and Research: The ideal venue for learning and developing FOC algorithms.
- Precision Automation: Driving small mechanisms that require quiet, smooth motion.
Package Includes:
- 2208 three-phase brushless DC motor (with encoder)x1
- MX1.25-4P to DuPont cable x1
- 3-pin motor cable x1
