Usage Tips
Specifications
Measuring range (Large Magnet) 1 - 600mil (0-15mm)
(0-10mm High Resolution)
(Small Magnet) 0 - 420 mil (10.6mm)
Resolution 1mil (decreasing after 10mm)
Battery Voltage USB 5VDC
Power Consumption 10mA - 50mA
Contact Info
We welcome any feedback and suggestions. If
you have any problems with your device please
contact us.
email -
Phone (901) 212-6979
info@magicprobe.net
Accuracy 3 mil - 0.1mm
MAG-ic Probe WiFi is capable of measuring very small distances to 1/1000th inch. It should make sense then
that the probe should be absolutely square to the surface being measured and the opposing magnet. If the probe
is slightly tilted, the distance from the center of the probe to the target magnet will be slightly increased giving
rise to incorrect measurements.
In the MAG-ic Probe software, there is a HOLD function which can assist in ensuring that the current
measurement is the lowest measurement at the location. It is s good idea to use the HOLD function while making
small rocking motions at each measuring location to ensure the lowest measurement.
Please refer to the software tutorial video’s at http://www.magicprobe.net/mag-ic-probe-software-1/ for more
information.
Take care of the magnets, they are fragile and will shatter or splinter if allowed to SNAP together or to steel
objects.
Avoid major temperature changes after calibration. If for some reason there is a significant environmental
temperature change, re-calibrate the MAG-ic probe.
Depending on the thickness of the material being measured, it is possible the target magnet could “jump” over
reasonable obstacles like internal braces in guitars. This is not guaranteed and really depends on the size and
shape of the brace. You should know the internal pattern of braces and follow the easiest path for the magnet to
remain attached to the probe.
Remove any metal from the work environment and within 3ft / 1m of your instrument. This includes vices, bolts,
tools. Look under your bench also.
Any ferro-magnetic material in the area can affect the magnetic field and therefore the measurement.
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