I measured:
ELECTRIC field
A magnetic field
FIELD POWER intensity
Earlier model - allegro.pl/oferta/miernik-emf...
----------
The allowable electric field may vary depending on the context and standards governing a particular situation. Below are some examples of acceptable electric fields in different environments:
In workplaces such as offices, industrial manufacturing facilities or laboratories, the permissible electric field may range from a few tens to several hundred volts per meter (V/m), depending on the specific occupational health and safety regulation.
For public residential and commercial areas, there are usually regulations that specify an allowable electric field of about 5 V/m for general areas and about 10 V/m for long-term occupancy.
Near high voltage, such as power lines, regulations typically set electric field limits of 5 kV/m or less to ensure the safety of people in their vicinity.
----------
The allowable magnetic field depends on the context and the specific application. There are different guidelines and standards for acceptable levels of magnetic fields in different environments such as workplaces, homes, public areas, etc.
The unit in which the magnetic field is measured is the tesla (T). However, for microscale measurements, the unit microtesla (µT) is often used.
Permissible levels of magnetic fields vary depending on the standards and regulations in force in a given country. For example, in some countries, the permissible levels of magnetic fields in the workplace may be 2 µT (at 50 Hz) or 200 µT (at 60 Hz).
In the case of exposure to magnetic fields in the home environment, many countries adopt guidelines that indicate permissible levels of magnetic fields ranging from a few to several tens of microteslas, depending on the frequency.
----------
Permissible field strength (EMF) expressed in mW/m² (milliwatt per square meter) depends on the context and regulations in your country or industry. Field strength limits are usually set to protect human health and safety from overexposure to electromagnetic fields.
For common emission sources such as electronic devices, mobile networks, Wi-Fi, etc., there are usually standards for acceptable field strength levels. In the European Union, for the general environment, field strength guidelines for frequencies from 100 kHz to 300 GHz (including the radio frequency range) have been established by the International Commission on Non-Ionizing Radiation Protection (ICNIRP).
For example, for frequencies from 100 kHz to 10 GHz, for the general environment, the 2020 ICNIRP guidelines indicate permissible field strength levels from 41 mW/m² to 61 mW/m², depending on the frequency.
---------------------------------
/ @testytv
• ERICKHILL EMF Meter ER...
I invite you to my PATRONITE - patronite.pl/PaneleFotowoltai...
******************************************************* **************************
I invite you to the group on FACEBOOK - / fotowoltaikaopinie
If you want to contact me: e-mail: bmo@bmo.pl
******************************************************* **************************
@Photovoltaic panels
@TestTV
#photovoltaics
#photovoltaic panels
#tests
Негізгі бет Do solar panels produce harmful electromagnetic radiation?
Пікірлер: 81