Hall Effect Sensor – Durable, Accurate, and Efficient Made from quality, environmentally friendly materials for longlasting performance Strong and wearresistant construction ensures reliable operation in demanding conditions Hall angle sensor design provides precise position detection for enhanced control Right Dual Hall Sensor – Increased Efficiency and Reduced Effort Dual sensor setup improves accuracy and stability for electric vehicle motor applications Helps reduce manual effort by delivering precise motor feedback for smoother operation Ideal for optimizing performance in electric bikes, scooters, and other powered mobility devices Hall Effect Motor Sensor – Precision Workmanship Smooth edges with no burrs for safe handling and seamless integration Consistent performance for reliable motor speed and position monitoring Designed for longevity and dependable use in various motordriven systems Capacitive Sensor – Stable and Versatile Fine workmanship with stable performance for dependable sensing and control Rotatable hall angle sensor function adds flexibility for different mounting setups Suitable for applications where adaptable positioning is required Practical Applications 1. Electric bicycles and scooters: ensuring precise motor control and increased riding efficiency 2. Industrial automation: providing accurate position sensing for machinery and robotic systems 3. Renewable energy equipment: aiding in precise rotor positioning in wind or solar tracking systems Specifications Sensor type: Hall effect, dual hall, capacitive with hall angle capability Material: Environmentally friendly, wearresistant construction Function: Motor position, speed, and angle detection with rotatable adjustment capability Compatibility: Suitable for electric vehicle motors and other motordriven machinery Performance: Durable build, accuracy, stable operation under varying conditions