Difference between revisions of "Infrared Heat Sensor"
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| − | Heat is an inevitable byproduct of the flow of electricity and when electronic parts operate outside their designed temperature range, they can fail in unpredictable ways, causing your show to do the same. A heat measurement "gun" can be very helpful in diagnosing whether heat (or the lack of it in extremely cold climates) is a contributing factor to unexpected problems. | + | Heat is an inevitable byproduct of the flow of electricity and when electronic parts operate outside their designed temperature range, they can fail in unpredictable ways, causing your show to do the same. A heat measurement "gun" can be very helpful in diagnosing whether heat (or the lack of it in extremely cold climates) is a contributing factor to unexpected problems. Most infrared temperature guns include a laser pointer to help aim the infrared sensor -- aim the dot at the object you want to measure and read the temperature. Fahrenheit and Centigrade measurements are usually switch-selectable, and these devices cost roughly $20-$50. |
| − | [[File:DSCI0884.JPG]] | + | [[File:DSCI0884.JPG | 300px]] [[File:DSCI0885.JPG | 288px]] |
Latest revision as of 11:26, 24 February 2015
Heat is an inevitable byproduct of the flow of electricity and when electronic parts operate outside their designed temperature range, they can fail in unpredictable ways, causing your show to do the same. A heat measurement "gun" can be very helpful in diagnosing whether heat (or the lack of it in extremely cold climates) is a contributing factor to unexpected problems. Most infrared temperature guns include a laser pointer to help aim the infrared sensor -- aim the dot at the object you want to measure and read the temperature. Fahrenheit and Centigrade measurements are usually switch-selectable, and these devices cost roughly $20-$50.
