ESI23 Electrosmog detector

ESI23 Electrosmog detector
From Esmogtec

Price:

$229.00

Product Description

A unique and easy-to-use meter for detecting exposure to electromagnetic contamination. Three LED lights (green, yellow, and red) allow the user to quickly measure levels of low-frequency electric and magnetic fields, and high-frequency electromagnetic radiation in the home.

Product Details

• Amazon Sales Rank: #876938 in Health and Beauty
• Dimensions: 1.57" h x2.76" w x5.51" l,.42 pounds

Features

• Easy to use, it is indispensable for the whole family. Electricity has become an indispensable part of our lives. With the power supply in the house each cable is under electric voltage and causes an electric field. Power supplies and transformers, halogen lamps, household appliances, radio and laptops cause additional magnetic fields. Mobile phones, DECT cordless phones, wireless LAN / wireless Internet is ubiquitous. High voltage power lines, radio and television stations, mobile radio antennas and shape the image of our environment. The modern technologies we constantly use put out different sources of electric and magnetic fields and radiofrequency radiation. What impact this has on our bodies long term is unknown.
• With the electromagnetic indicator esi 23 you can test the electromagnetic stress in your home, especially in the bedroom, in your entire environment, in the office and when you are looking at buying a home. In just a few seconds using the electromagnetic indicator esi 23, it is possible to localize the cause of individual types of radiation. A self-explanatory LED traffic light system connected to a sound signal indicates the intensity of exposure and leads you to the causative source. The simple operation of the device also allows amateurs to quickly and safely become familiar with the equipment and the existing level of Electro-Pollution. The individual limits are based on the benchmarks for Building Biology and sleeping areas form the basis for many analysys.
• When you have made a reading and located the source, it can be small things like avoiding the source or disconnecting the appliance that can be beneficial. It is most important to check areas where you spend most of your time. It is very important to create a low or no electro-pollution environment, especially in the bedroom or nursery. Even in the office, where an increased load can be difficult to avoid, the stress can often be significantly reduced by a few simple measures. Do not use electric blankets, electrically adjustable beds, electric underfloor heating or wireless baby monitors. Create distance or turn off appliances that you do not need. Speak on a landline telephones (avoid DECT wireless phones) and use cable networks, rather than the popular wireless technologies (eg WLAN, Bluetooth). If you are unsure of how to deal with high test values we are available to assist you with various strategies and products.
• Simultaneous indication: associated visual display using an LED traffic light principle with an acoustic signal Alternating magnetic field LF - Low Frequency: 16 Hz - 3 kHz in nT Alternating electric field LF - Low Frequency: 16 Hz - 3 kHz in V / m Electromagnetic waves HF - High Frequency: 50 MHz - 3 GHz ĩW / m Here, a saving of measured values is possible (so-called "freeze mode"), in order not visible positions to measure. Tracking mode: visual, two red LEDs in the upper part of the display panel Used for locating concealed electrical lines, junction boxes and the like. Only the presence of electric fields is displayed, the field strength is not explicitly defined here. The sound frequency changes with increasing field strength. You can use the function of the detection mode and to check the polarity of power cables. Optical and acoustic display of measurement results Power supply: 9 V alkaline Operating time: 10-15 h in continuous operation (operation permitting) LED display: using LEDs (light principle, values see user manual) Ranges based on the benchmarks for Building Biology sleeping areas Buzzer: Sound frequency increases with increasing value