Greenwave filters help mitigate unhealthy DIRTY ELECTRICITY in homes and other buildings. Dirty electricity is erratic spikes/surges of energy traveling along power lines and wiring where only standard 60Hz AC electricity should be. It is created by electronics, energy-efficient lights, and many other devices, as they manipulate electrical voltage and/or current to operate. Dirty electricity can circulate throughout a building and to other buildings via wiring and power lines, radiating potentially harmful EMFs as it goes. It has been associated with health problems and can interfere with the functioning of sensitive equipment. Greenwave filters use EMI filtering technology to help mitigate the dirty electricity present on wiring in buildings. The less dirty electricity there is flowing along building wires, the less that will radiate into rooms where people spend time. (Greenwave filters do not filter ambient AC electric, AC magnetic, or radio frequency (RF) fields from the air.) The filters are easy to use. Plug them into electrical outlets for immediate results. They come with a 3-prong plug and include a built-in outlet for plug-through convenience. The filters are safety certified (UL) and RoHS compliant (free of hazardous substances such as lead, mercury, cadmium, and more). Measuring Results, Evaluating the effectiveness of Greenwave filters is easy with a PLUG-IN dirty electricity meter, such as Greenwave’s EMI Dirty Electricity Meter. Simply plug this meter into electrical outlets to measure the dirty electricity present on nearby wiring. The meter can show BEFORE-filter and AFTER-filter measurements on the same screen simultaneously, making comparisons easy. NOTE: Trying to measure dirty electricity with an RF meter, magnetic field (gauss) meter, or standard electric field meter can be problematic for a variety of reasons. Questions? Contact Greenwave Filters.
Greenwave Broadband EMI Dirty Electricity Meter
$140.00
This meter serves as a scientific instrument for experiments in physics and electronics, allowing students to measure and analyze electromagnetic interference.
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