Electric Scooter 49F Hall Sensor

The Electric Scooter 49F Hall Sensor is a linear analog magnetic sensor commonly used in electric vehicles and e-scooters for precise position and speed detection. This 49F sensor outputs a voltage that varies proportionally with the magnetic field strength, making it ideal for contactless feedback systems in throttle controls, brake levers, and motor position sensing.

With a wide operating voltage range (3V to 24V) and compact through-hole form factor, this sensor ensures smooth signal output and reliable integration into embedded mobility systems. Its bipolar magnetic field detection and stable response allow accurate control in high-efficiency EV and robotic applications.

🔧 Key Features

• 49F Linear Hall Effect Sensor with analog output
• Operates on 3V to 24V DC
• Proportional voltage output to magnetic field strength
• Bipolar polarity sensing (north and south poles)
• Fast response and low power consumption
• Excellent temperature stability and magnetic sensitivity

📐 Technical Specifications

📌 Applications

• Electric scooter throttle position sensing
• Brake lever feedback in EVs
• Motor rotation and speed detection
• Linear position sensing in automation
• Electric bicycles, hoverboards, mobility devices

💡 Why Choose This Product?

The Electric Scooter 49F Hall Sensor provides reliable linear magnetic sensing in a compact format. It offers excellent thermal stability, analog precision, and low power draw, making it the go-to sensor for throttle and motor control systems in personal electric vehicles and automation devices.

📦 Package Includes

• 1 × Electric Scooter 49F Hall Sensor