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TI Home » TI E2E Community » Support Forums » Other Analog & Touch » Temperature Sensors » Temperature Sensors Forum » TEMP006 for measuring Motorwinding Temperature
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TEMP006 for measuring Motorwinding Temperature

TEMP006 for measuring Motorwinding Temperature

This question is answered
Tobias Pauli
Posted by Tobias Pauli
on Jul 10 2012 07:33 AM
Prodigy20 points

Hello,

Do you think it is possible to apply the TEMP006 Sensor in a Powertool (for example a Sander or a circular saw) to measure the temperature of the motor winding? The winding is made out of copper isolated with lacquer. And for the cooling of the motor a fan is mounted on the motorshaft.

The temperature can rise very fast depending on the applied load.

My concerns are that the airflow through the Motor in combination with the fast temperature increase may cause wrong temperature results.

Antoher concern is the wire itself. The wire is out of copper (polished, may cause reflections) and round, what makes it difficult to measure in an defined angle.

What is your opinion?

 

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  • Ian Williams
    Posted by Ian Williams
    on Jul 10 2012 11:45 AM
    Verified Answer
    Verified by Tobias Pauli
    Genius14235 points

    Hello Tobias,

    This sounds like an application which would be difficult to implement successfully with the TMP006 for several reasons:

    • First, the TMP006 is sensitive to airflow and any significant airflow through the enclosure would cause errors in the measurement. 
    • If the quickly-changing temperature causes the local temperature of the TMP006 to heat up quickly, that will cause errors as well. 
    • Finally, copper is a low-emissivity material so it is a poor radiator of IR energy. Depending on how smooth the surface is, the emissivity of copper can be anywhere from 0.04 to 0.1, while we recommend material with emissivity > 0.9 for use with the TMP006. 

    Unfortunately I do not recommend the TMP006 in a system such as this.

    Best regards,

    Ian Williams
    Linear Applications Engineer
    High Performance Linear and Sensing Products 


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  • Tobias Pauli
    Posted by Tobias Pauli
    on Jul 11 2012 01:22 AM
    Prodigy20 points

    Hello Ian,

    thank you very much for your quick support.

     

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  • Ian Williams
    Posted by Ian Williams
    on Jul 11 2012 11:33 AM
    Genius14235 points

    Tobias,

    You're very welcome.

    Regards,

    Ian Williams


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