SPECIFICATIONS

Brand Name: NONE

High-concerned chemical: none

Origin: Mainland China

Please Note Before Purchase:

Please double-check the size, style, and model (or model number) before placing your order.
Random Sleeve Color:The color of the sleeve on the sensor is shipped randomly.
Sleeve Purpose:The sleeve is solely a plastic bracket used for insulating and protecting the Hall element.The color does not affect performance.
Installation Recommendation:To avoid potential damage caused by improper installation,we strongly recommend having the sensor installed by a professional technician.
This product is a component intended exclusively for use by qualified repair technicians. Please note that Hall-effect sensors, unlike many other electronic components, cannot be resold once installed.

If you are not a professional technician or lack specific experience in installing such components, please reconsider your purchase.

Before Installation:
Inspect for defects: Please thoroughly check for any quality issues upon receipt. Contact us immediately if you find any problems so we can assist you.
Test functionality: It is crucial to test the component to ensure it is working properly before proceeding with installation.
Please be advised: Once this component is installed, we cannot accept any returns or exchanges. By installing the unit, you acknowledge that it has been tested and is functional, voiding any return eligibility

⚠️ Crucial: Measurements MUST be taken BEFORE installation!

Correct Method to Measure Hall Sensor Functionality:

Testing a Single Hall Sensor:
- Set your multimeter toDiode Mode.
- Place theRED probeon the sensor'sNegative pin (Pin 2).
- Place theBLACK probeon theSignal Output pin (Pin 3).
- The multimeter should display a reading ofapproximately 0.65.
- Good Sensor Check:All three sensors of the same model should showsimilarreadings (around 0.65).Note: This value varies for different Hall sensor models.
Testing a Hall Sensor Board:
- Set your multimeter toDiode Mode.
- Place theRED probeon the board'sNegative pin(common for all sensors).
- Place theBLACK probesequentially on eachSignal Output pin (A, B, C).
- The multimeter should display a reading ofapproximately 0.65for each output.
- Good Sensor Check:Readings for outputs A, B, and C should besimilar(all around 0.65).Note: This value varies for different Hall sensor models.