Hall Effect Sensor and Motor Kit This precisionengineered kit combines quality Hall effect sensors and electric motor components to provide accurate measurement, reliable performance, and durable operation. Designed with materials and fine workmanship, it ensures stable functionality for a wide range of applications. Key Features: Hall Effect Sensor: Rotatable design allows precise measurement of angles, delivering consistent and stable performance for accurate control. Electric Motor: Smooth surface finish with no burrs, engineered for long service life and dependable operation. Capacitive Sensor Integration: Ensures enhanced responsiveness and reliable input detection. Hall Current Sensor: Utilizes materials to achieve precise current measurement, contributing to better system efficiency. Durable Build: Made from quality materials for practical everyday use and resistance to wear over time. Complete Kit: Includes all components required for integration with electric motors and sensor systems. Specifications: Function: Angle and current sensing via Hall effect technology; compatible with electric motors. Material: grade, finely finished components for enhanced durability. Performance: Stable and accurate readings with rotatable sensor capability. Compatibility: Suitable for electric motor systems requiring angular and current feedback. Practical Applications: 1. Robotics: Use the Hall effect angle sensor to precisely measure joint or wheel positions, ensuring accurate motion control. 2. Industrial Machinery: Integrate the motor and sensors to monitor shaft rotation and current draw for efficiency and performance optimization. 3. Electric Vehicles: Employ the Hall current sensor within motor assemblies to improve power management and enhance reliability. This Hall effect sensor and motor kit offers a dependable solution for technical projects requiring accurate measurement and control. The combination of finely machined components and proven sensor technology ensures professionalgrade results in demanding environments.