10-Pack Hall Effect Sensors for Electric Motor Applications

Upgrade your electric motor builds and DIY electronics projects with this versatile pack of 10 Hall Effect Sensors, compatible with models 3144, 41F, 43F, 413, 13A, and A44E. Each sensor comes pre-fitted with a high-temperature insulation sleeve, making them ready for demanding environments where heat resistance is critical. Whether you're working on an e-bike controller, motor commutation circuit, or a custom automation project, these sensors deliver reliable magnetic field detection with consistent output.

Made in Mainland China.

Key Features

Broad Compatibility: Suitable for models 3144, 41F, 43F, 413, 13A, and A44E Hall sensors
High-Temperature Insulation Sleeve: Each sensor is wrapped for thermal protection, ideal for motor housings and high-heat environments
Hall Effect Technology: Detects magnetic fields to trigger switching — no mechanical contact, no wear
Motor Phase Angle Support: 120° phase angle (3 Hall sensors: positive/positive/positive) and 60° phase angle (3 Hall sensors: positive/negative/positive)
Mixed Material Construction: Durable composite build designed for longevity in DIY and professional applications
Pack of 10: Great value — extras on hand for repairs, prototypes, or replacements
Versatile Use: Perfect for electric bikes, scooters, motors, robotics, and home DIY automation projects

Specifications

Theory	Hall Effect Sensor
Material	Mixed Composite / Plastic
Compatible Models	3144, 41F, 43F, 413, 13A, A44E
Phase Angle	60° / 120° (depending on wiring configuration)
Insulation	High-Temperature Sleeve Included
Quantity	10 Pieces
Country of Origin	Mainland China

What's in the Box?

10 × Hall Effect Sensors (with high-temperature insulation sleeves)

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For more information on Hall Effect sensors and their applications in electronics, visit the National Institute of Standards and Technology (NIST), a trusted authority on measurement science and electronics standards.

Frequently Asked Questions

Q: What are Hall Effect sensors used for in electric motors?

A: Hall Effect sensors detect the position of a rotating magnetic field within a motor and send signals to the controller to commutate (switch) the motor phases at the correct time. They are essential components in brushless DC (BLDC) motors used in e-bikes, electric scooters, and robotics.

Q: What is the difference between 60° and 120° motor phase angle configurations?

A: The phase angle refers to how the three Hall sensors are arranged around the motor stator. A 120° configuration uses three sensors all wired positive (positive/positive/positive), while a 60° configuration uses an alternating pattern (positive/negative/positive). Matching the correct phase angle to your motor controller is important for proper operation.

Q: Are these sensors compatible with Arduino or other microcontrollers?

A: Yes! These Hall Effect sensors output a digital signal compatible with Arduino, Raspberry Pi, and most common microcontroller platforms, making them great for DIY robotics, automation, and motor control projects.

Q: Why do these sensors come with high-temperature insulation sleeves?

A: Electric motors generate significant heat during operation. The high-temperature insulation sleeves protect the sensor leads from heat damage, ensuring long-term reliability when the sensors are mounted inside or near motor housings.

Made with care

Great value

Elegant design

Quality materials

This product is crafted with quality materials to ensure durability and performance. Designed with your convenience in mind, it seamlessly fits into your everyday life.

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