Identify electromagnetic fields in real-time

Monitoring non-ionizing radiation from telecommunication and broadcasting systems with Sensees can help you adhere to safety standards.

Why should we monitor
electromagnetics fields?

Electromagnetic radiation (EMR) encompasses a range of
frequencies and various communication systems utilize
different parts of this spectrum for transmitting information.

Electromagnetic fields are present everywhere in our environment. They are produced by natural sources, with the Sun being the most obvious source of electromagnetic energy and radiation, but can be also man-made.

0 Hz
to
300 GHz

The EU has established the Council Recommendation on the limitation of exposure of the general public to electromagnetic fields

Human
activities

create electromagnetic fields through medical equipment like MRI scanners, low-frequency fields from household appliances (50/60 Hz), and high-frequency radio waves from wireless and broadcasting equipment (100 kHz – 300 GHz).

Communication
networks

With Wi-Fi, cell phones, and other networks, people are almost always surrounded by a cloud of wireless signals. These devices use radio frequency (RF) energy to send and receive information.

RF energy is a form of non-ionizing radiation. Unlike ionizing radiation, non-ionizing radiation does not have sufficient strength to directly alter atomic structure or damage DNA. However, it can cause atoms to vibrate, leading to an increase in temperature. While these forms of radiation are generally considered safe at regulated levels, continuous monitoring and adherence to safety standards are crucial to minimize any potential health risks.

Ensuring compliance with regulatory limits for radiofrequency (RF) emissions from cell towers, antennas, and wireless devices. EMF monitoring helps identify areas of potential high exposure and ensures that emissions remain within limits.

Your EMF monitoring partner

Sensees Outdoor Air Quality Monitoring System is a a professional solution for outdoor monitoring of multiple air quality and other environmental parameters like Electromagnetic fields in real-time.

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