Magnetic Shielding for 3-Axis Test Equipment

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SUMMARY

The discussion focuses on designing a 3-axis test equipment for assessing the sensitivity of a magnetic sensor while addressing interference caused by motor magnets. To mitigate this interference, it is essential to use non-ferrous materials, such as plastic or wood, for the probe holder and translation mechanism. If proximity of the motors is necessary, resources such as Magnetic Shielding and Mu-metal are recommended for effective shielding without compromising sensor accuracy.

PREREQUISITES
  • Understanding of magnetic sensor functionality
  • Knowledge of 3-axis motorized slide mechanisms
  • Familiarity with materials used in magnetic shielding
  • Basic principles of magnetic field interference
NEXT STEPS
  • Research Mu-metal properties and applications in magnetic shielding
  • Explore non-ferrous materials suitable for probe holders
  • Investigate remote motor placement techniques for minimizing interference
  • Learn about magnetic shielding techniques and products from Magnetic Shielding
USEFUL FOR

Engineers and designers involved in magnetic sensor testing, product developers working with 3-axis motion systems, and researchers focused on magnetic interference solutions.

humanoid
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i am designing a 3-axis test equipment to test the sensitivity of a magnetic sensor. i need to use three axis motorized slides to move the magnetic probe along the three axis. but the magnets present in the motors interfere with the magnetic field of the magnetic probe.
is there anyway i can shield the motor magnets without affecting the magnetic probe?
 
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humanoid said:
i am designing a 3-axis test equipment to test the sensitivity of a magnetic sensor. i need to use three axis motorized slides to move the magnetic probe along the three axis. but the magnets present in the motors interfere with the magnetic field of the magnetic probe.
is there anyway i can shield the motor magnets without affecting the magnetic probe?

I would think that you would want to keep all ferrous metals away from your test probe, or you will be distorting the measurements. Seems like your probe holder and 3-axis translation mechanism should be made of plastic or wood or something, and actuated by motors that are remoted away from the probe by a fair distance.

If you do need the motors to be close for some reason, then look at the information at this website for more information on magnetic shielding:

http://www.magnetic-shield.com/

.
 
Mumetal
 

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