SENSOR PLATE 41F-41F-41F for Electric Scooter – High-Precision Hall Effect Sensor Module
The SENSOR PLATE 41F-41F-41F is a high-performance Hall Effect Sensor Module designed specifically for electric scooters, e-bikes, and motor controllers. This sensor module integrates three 41F Hall Effect sensors, ensuring accurate motor position detection, smooth throttle control, and precise speed regulation.
Built for efficiency and durability, this sensor plate is an essential component for electric vehicle (EV) manufacturers, repair technicians, and DIY enthusiasts looking to improve the performance of their scooters and bikes.
Key Features
Triple 41F Hall Effect Sensor Configuration – Ensures high-precision speed and position sensing.
Fast Response Time – Delivers instant motor feedback for smooth operation.
Low Power Consumption – Optimized for energy efficiency in electric scooters.
Compact & Lightweight Design – Easily fits into motor and controller systems.
Non-Contact Magnetic Sensing – Reduces wear and tear for long-lasting durability.
Stable & Reliable Performance – Works efficiently in various environmental conditions.
Easy Installation – Pre-mounted on a sensor plate for quick and hassle-free setup.
Wide Voltage Compatibility – Operates on 3V to 24V DC power supply.
Technical Specifications
Product Name: SENSOR PLATE 41F-41F-41F
Sensor Type: Hall Effect Sensor
IC Model: 41F (Triple Sensor Configuration)
Operating Voltage: 3V – 24V DC
Output Type: Digital ON/OFF Output
Magnetic Sensitivity: High-Precision Detection
Response Time: Ultra-Fast Signal Processing
Temperature Range: -40°C to 150°C
Mounting Type: Pre-Assembled on a Sensor Plate
Applications: Electric Scooters, E-Bikes, Motor Controllers, Speed Sensors, Throttle Systems
Benefits of Using SENSOR PLATE 41F-41F-41F in Electric Scooters
High Precision Motor Control – Ensures accurate speed and rotor position detection.
Quick Response Time – Provides instant data to motor controllers for smooth acceleration.
Energy Efficient – Low power consumption helps maximize battery life.