EMF-832 200/2,000/20,000 mG 20/200/2,000 Tesla LCD with green color backlight EMF TESTER
200/2,000/20,000 mG, 20/200/2,000 Tesla LCD with green color backlight
EMF TESTER
Model : EMF-832 ISO-9001, CE, IEC1010
FEATURES
* The EMF tester is designed to provide user a quick, reliable and easy way to measure
electromagnetic field radiation levels around power lines, home appliances and industrial
devices.
* Three EMF measuring ranges, 20 micro Tesla/200 micro Tesla /2000 micro Tesla and 200
mG/2000 mG/20000 mG.
* The EMF tester is a cost effective, hand-held instrument designed and calibrated to measure
electromagnetic field radiation at different bandwidths down to 50 Hz/60 Hz.
* Microprocessor circuit assures high accuracy and provides special functions and features.
* Records Maximum, Minimum readings with Recall.
* LCD dspaly is with the backlight installation.
* Auto power Off or manual power Off.
* Data hold.
* Operates from 006P DC 9V battery.
* Heavy duty & compact housing case.
APPLICATIONS
This EMF tester is specifically designed to determine the magnitude of electromagnetic field radiation generated by power lines, computer's monitor, TV sets, video machinery and many other similar devices.
CAUTION OF ELECTROMAGNETIC FIELD EXPOSURE
Claims by some scientists that long term exposure to electromagnetic field may be the cause of childhood leukemia & other forms of cancer.
Complete answers to any of these and related questions are not currently available. At the present time the most common practice is to avoid excess exposure over long period of time.
"Prudent Avoidance" as stated by the Environmental Protection Agency(EPA) USA is recommended.
GENERAL SPECIFICATIONS
ELECTRICAL SPECIFICATIONS
Range | Resolution |
20 micro Tesla | 0.01 micro Tesla |
200 micro Tesla | 0.1 micro Tesla |
2,000 micro Tesla | 1 micro Tesla |
200 mG | 0.1 mG |
2,000 mG | 1 mG |
20,000 mG | 10 mG |
* mG : milli-Gauss * 1 micro Tesla = 10 milli-Gauss |
Range | Accuracy |
20 micro Tesla | ± (4 % + 3 d) |
200 micro Tesla | ± (5 % + 3 d) |
2,000 micro Tesla | ± (10 % + 5 d) |
200 mG | ± (4 % + 3 d) |
2,000 mG | ± (5 % + 3 d) |
20,000 mG | ± (10 % + 80 mG) |