What to do if my EMFields AM-10 meter is not working?
If your EMFields Measuring Instruments meter isn't working, first ensure the switch is in the 'on' position and that the batteries are correctly fitted. The issue might be flat batteries, so try changing them.
Why are the readings on my EMFields AM-10 Measuring Instruments varying?
If the readings on your EMFields Measuring Instruments are varying, ensure your fingers are clear of the antenna. The instrument is sensitive and picks up variations from modern signals that pulse and peak, which are not consistent.
What does it mean when my EMFields AM-10 meter makes three loud beeps?
If your EMFields Measuring Instruments meter makes three loud beeps, check for a 'Low battery' screen message the next time it beeps. Replacing the batteries may resolve the issue.
Why does my EMFields Measuring Instruments still make noise inside a headnet or behind screening?
If your EMFields Measuring Instruments Acoustimeter makes a noise even inside a headnet or behind screening, check the figures that the Acoustimeter is displaying. The audio section is sensitive, so even low signals can seem quite loud. Also, the screening material may have degraded over time, or you may have a gap in your screening. Even small gaps (including above and below you) will let in microwave signals.
General| Brand | EMFields |
|---|---|
| Model | AM-10 |
| Category | Measuring Instruments |
| Language | English |
Explains the dual readings of peak and average values for assessing exposure to microwave signals.
Differentiates between digital (pulsing) and analogue (continuous) signal types used in communication.
Illustrates how peak and average levels differ in digital vs. analogue signals using diagrams.
Explains the importance of peak signal strength for non-thermal effects and modern signals.
Details the meaning of LED colours for peak signal strength and average power density indicators.
Addresses common problems like meter failure, blank display, and low battery warnings.
Explains inconsistent, unusual, or low signal readings and their potential causes.
Advises caution with the sensitive meter to avoid overload from high-powered transmitters.
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