LF ANALYSER ME3830B | Low frequency meter for electromagnetic smog | Detection of alternating electric fields and magnetic fields | Measuring range 16 Hz to 100 kHz

New dimensions and price range in low-frequency electrosmog measurement

Due to the simple operation with only two switches, this measuring device is suitable for measurement beginners. One switch for turning on and off (with or without acoustics) and a second switch for choosing between alternating electric field measurement (V/m) and magnetic field measurement (nT).

The analyser ME3830B can be used both potential-bound and potential-free. It’s always an advantage when both measurement methods are possible, as this particularly increases flexibility in application. Numerous low-frequency devices measure only the electric field against earth potential. This is a problem because the quality of the earth must be determined first. With potential-connected devices alone, no statement can be made about the effectiveness of shieldingShielding is the protection from the effects of external fault zones and environmental influences (on a person's health most of the time). More (since these are connected to the same potential as the shielding). The display logically remains at zero, even if in reality, there may still be a significant residual field. A complementary check, potential-free over 3 axes, is therefore very advantageous, and we expressly recommend it.

The measuring device is operated with a conventional 9-volt block battery and is ready for use immediately. The field probes (low-frequency antennas) are built into the device, so it does not need any protruding parts.

The analyser reliably captures the existing fields and displays the field strength on a large, 4-digit display in the units common to us, Tesla or in this case nT (nanotesla) and V/m (volts per meter). Building biology already speaks of a strong anomaly here. From 100 nT or from 5 V/m (potential-bound) or 1.5 V/m (potential-free), a strong burden on the body becomes apparent. Above 500 nT or above 50 V/m (potential-bound) or above 10 (potential-free), the emissions are considered extreme in terms of building biology.

The WHO classifies magnetic alternating fields from 300 – 400 nT as potentially carcinogenic! Studies attribute oxidative stress, the formation of free radicals, and a decrease in melatonin to electric alternating fields already from 20 V/m.