SaticShield EMI / Dirty Electricity Meter
Most Superior Meter for Measuring Dirty Electricity

This meter is a dedicated meter for measuring 'dirty electricity'
('high frequency transients') on home or office wiring. It does
not measure any other type of EMF.

These new EMI / Dirty Electricity Meters from Satic are the current prevailing standard to which all other meters will be held and some will pale in comparison. With an incredible new design as it relates to ethics, technology and function, the new SaticShield EMI Meter brings a new level of quality for this type of meter.

Ethically:

The focus of the SaticShield EMI Meter is designed to more accurately measure and assist lowering dirty electricity levels. The SaticShield EMI Meter has been designed to assist one to achieve maximum protection from harmful EMF (dirty electricity / high frequency transients / electro-magnetic interference). The function of this meter aligns with Satic's comprehensive plan to identify and mitigate harmful EMF/EMI throughout the home or office. This results in protection for those with EHS and lowers energy costs and environmental impact.

Technically:

The spectrum of dirty electricity measured by the SaticShield EMI Meter is much broader than other available meters. This meter is calibrated or weighted to the spectrum of EMI/Dirty Electricity that is most harmful to humans and animals. With this new EMI meter we are not simply looking to identify abnormality, rather we are assessing potential health risk.

The SaticShield EMI Meter measures a larger spectrum of dirty electricity than other filter-focused meters on the market. Other available meters can only read dirty electricity levels up to 1985 to 2000, while the Satic Meter will read up to 3000 millivolts. This has become quite important, as many areas of the country have very high levels of dirty electricity which maxes out the capacity of other available meters.

Functionally:

Large, easy to read screen is user-friendly, clearly showing voltage and the millivolt reading in both peak and real-time, with a visual 'swoosh' graph indicator showing the reduction in a secondary visual format. The meter also provides an audible reading to help assess the level of harmonic distortion on the wiring before and after filtering.