At our company, we take health and occupational safety very seriously and recognize the potential risks associated with exposure to electromagnetic fields. Electromagnetic fields are generated by a variety of sources, including power lines, electrical appliances, and electronic devices. While electromagnetic fields are a natural part of the environment, exposure to high levels of electromagnetic fields can have adverse effects on human health and safety.
In this category, we will explore the different types of electromagnetic fields, their sources, their effects on human health and safety, and the strategies that can be employed to minimize exposure and mitigate the associated risks. We are committed to providing high-quality information and resources to help you ensure the health and safety of your workplace and employees.
Electromagnetic fields (EMF) are a type of energy that is produced by the movement of electrically charged particles. Electromagnetic fields can be generated naturally by the sun, the earth’s magnetic field, lightning, and other natural phenomena. They can also be generated by human-made sources such as power lines, electrical appliances, electronic devices, and telecommunication equipment.
Electric fields are created by differences in voltage, while magnetic fields are created by the movement of electric current. When an electric current flows through a wire, it creates a magnetic field around the wire. The strength of the electromagnetic field depends on the strength of the electric current and the frequency of the waves. Higher frequencies produce stronger fields. Electromagnetic fields can also be emitted as radio waves, microwaves, infrared radiation, visible light, ultraviolet radiation, X-rays, and gamma rays.
The potential risks associated with prolonged exposure to electromagnetic fields (EMF) are a topic of ongoing research and debate in the scientific community. Some studies suggest that high levels of exposure to EMF may be linked to various health problems, while others suggest that there is no clear evidence of harm.
One of the most widely studied potential risks associated with EMF exposure is an increased risk of cancer, particularly leukemia and brain tumors. Other potential risks include reproductive problems, such as infertility and miscarriage, neurological effects, such as headaches and sleep disturbances, and cardiovascular effects, such as arrhythmias and changes in blood pressure.
However, it is important to note that the research on the health effects of EMF exposure is complex and ongoing, and there is still much that is not understood.
The World Health Organization (WHO) has classified EMF as a possible carcinogen, but they also acknowledge that more research is needed to fully understand the potential risks. In general, the risks associated with EMF exposure are believed to be higher for people who are exposed to high levels of EMF on a regular basis, such as workers in certain industries, rather than for the general population.
There are many technologies and devices that generate electromagnetic fields (EMF), some of which are:
The common applications of these devices and technologies include:
To measure and monitor human exposure to electromagnetic fields (EMF), there are different methods and instruments available depending on the specific application. Here are some common methods and instruments used:
It is important to note that the appropriate method of measurement and monitoring will depend on the specific application, as well as the level of exposure and potential risks involved. It is always best to consult with a qualified professional who has expertise in measuring and monitoring EMF levels in different environments.
When choosing an electromagnetic fields (EMF) monitor for your workplace, consider factors such as the frequency range, accuracy, and features such as data logging and alarm functions. It’s also important to ensure the monitor is suitable for the type of EMF present in your workplace.
Inteccon offers a range of EMF monitors designed to meet different workplace needs.
Wavecontrol is an international engineering company founded in 1997, with headquarters in Europe and the United States. Specializing in measuring electromagnetic fields, they design and develop professional instruments for monitoring and evaluating human exposure to EMFs. With over 20 years of experience, they prioritize safety and quality by implementing ISO 9001 and ISO 17025 quality control systems. Their innovative solutions include the WaveMon personal monitor and SMP3 device, alongside the MonitEM family of devices, all of which are uniquely versatile and reliable. Additionally, they have an ENAC-accredited calibration laboratory and provide ISO 17025 accredited individual calibration at no extra cost.
This isotropic magnetic field probe is designed for measuring magnetic fields (H) in a wide frequency range from DC to 40 kHz. With a measurement range of 10 uT to 10 T, it’s ideal for various applications, including medical (such as Magnetic Resonance and implants protection), rail industry (for measuring static fields in DC feeds), and industrial settings (such as electric vehicle exhibitions, magnets, and DC generators). The probe is compatible with the SPM2 model from Wavecontrol, and provides accurate RMS measurements in the 0-40 kHz frequency band.
This portable monitor for electromagnetic fields is a versatile instrument that measures fields and electromagnetic waves with interchangeable intelligent probes, making it suitable for a wide range of applications in various areas such as telecommunications, energy, rail, medicine, laboratories, aeronautics, labor security, defense, and industry. With a wide frequency range of 1 Hz – 40 GHz (depending on the coupled probe), it allows for spectral analysis (FFT) from 1 Hz – 400 kHz. The monitor provides instantaneous, maximum, minimum, and average reading values in field components, and the field units are configurable for both magnetic and electric fields. The configurable recording time is from 0.5 to 6 minutes with a capacity of up to 1 million records. The data can be downloaded and analyzed on a PC using the SMP2 Reader software through the mini USB or fiber optic port. The monitor features a color TFT screen and can operate for up to 14 hours on a rechargeable lithium-ion battery, depending on the probe attached. It is compliant with the occupational safety directive 2013/35/EU and is an ideal tool for exposure assessment and job security assurance.
This is a fixed monitor for continuous monitoring of electromagnetic fields emitted by various sources such as mobile telephony stations, high voltage lines, and WiFi. The instrument uses an isotropic sensor with interchangeable probes available from 10 Hz to 40 GHz, and it allows configurable data storage and wireless communication via GPRS/3G modem to transmit data to a web server for information management and alarms. The monitor is equipped with built-in GPS, programmable alarms, and can be powered by AC, DC, solar panels, or battery, with an autonomy of up to 10 days. The device is easy to install and complies with recommendation ITU-T K.83 for continuous monitoring of electromagnetic field emissions.
This electric field probe is a highly sensitive and accurate device designed for measuring electric fields in the frequency range of 100 kHz-3GHz. It is ideal for various applications, including telecommunications, industry, defense, and research laboratories. This isotropic and RMS probe can measure electric fields with a high sensitivity of 0.2 V/m and a resolution of up to 0.02 V/m. It has a frequency band of 100 kHz-3 GHz with a measuring range of 0.2-130 V/m (CW) and 0.2-20 V/m (RMS). It is accredited with calibration ISO 17025 under ILAC and is compatible with SPM2 and MonitEM models of the Wavecontrol brand. This device is essential for auditing and certifying telecommunications services, such as GSM, 3G, LTE, FM, and for measuring electric fields in military installations with radars, antennas, or other sources.
This electric field probe is a highly accurate and sensitive device designed for measuring electric fields in the frequency range of 100 kHz-6GHz. It is ideal for various applications, including telecommunications, industry, defense, and research laboratories. This isotropic and RMS probe can measure electric fields with a high sensitivity of 0.3 V/m and a resolution of up to 0.02 V/m. It has a frequency band of 100 kHz-6 GHz with a measuring range of 0.3-130 V/m (CW) and 0.3-20 V/m (RMS). It is accredited with calibration ISO 17025 under ILAC and is compatible with SPM2 and MonitEM models of the Wavecontrol brand. This device is essential for auditing and certifying telecommunications services, such as GSM, 3G, LTE, FM, and for measuring electric fields in military installations with radars, antennas, or other sources.
This electric field probe is a highly sensitive and accurate device designed for measuring electric fields in the frequency range of 100 kHz-8GHz. It is ideal for various applications, including telecommunications, industry, defense, and research laboratories. This isotropic and RMS probe can measure electric fields with a high sensitivity of 0.3 V/m and a resolution of up to 0.02 V/m. It has a frequency band of 100 kHz-8 GHz with a measuring range of 0.3-130 V/m (CW) and 0.3-20 V/m (RMS). It is accredited with calibration ISO 17025 under ILAC and is compatible with SPM2 and MonitEM models of the Wavecontrol brand. This device is essential for auditing and certifying telecommunications services, such as GSM, 3G, LTE, FM, and for measuring electric fields in military installations with radars, antennas, or other sources.
This electric field probe is a high-performance device designed for measuring electric fields in the frequency range of 300 kHz-18GHz. It is ideal for various applications, including telecommunications, industry, defense, and research laboratories. This isotropic and RMS probe can measure electric fields with a high sensitivity of 0.5 V/m and a resolution of up to 0.1 V/m. It has a frequency band of 300 kHz-18 GHz with a measuring range of 0.5-250 V/m (CW) and 0.5-30 V/m (RMS). It is accredited with calibration ISO 17025 under ILAC and is compatible with SPM2 and MonitEM models of the Wavecontrol brand. This device is essential for auditing and certifying telecommunications services, such as GSM, 3G, LTE, FM, and for measuring electric fields in military installations with radars, antennas, or other sources. It is also suitable for testing and research applications in laboratories.
This electric field probe is a versatile measuring device designed for accurately measuring electric fields (E) in a wide range of frequencies from 20 MHz to 40 GHz. It is perfect for telecommunications applications, industrial use, defense purposes, and research labs. The probe provides isotropic measurement and RMS with high sensitivity of 1 V/m, and has a frequency band of 300 kHz to 18 GHz with a measuring range of 1-1000 V/m (CW) and 1-55 V/m (RMS). It is accredited with ISO 17025 calibration under ILAC, and compatible with SPM2 and MonitEM models of the Wavecontrol brand. This device is a must-have for professionals who need accurate and reliable electric field measurements.
This electric and magnetic field probe is a device that allows simultaneous measurement of electric and magnetic fields in a frequency range of 10 Hz – 3 kHz. It is an isotropic and RMS probe ideal for auditing and certifying telecommunication services such as GSM, 3G, LTE, FM, and more. It is also suitable for industries in general and for measuring fields generated in railway systems. The probe offers two measurement modes and has a measurement range of 2.5 V/m – 20000 V/m (RMS) for electric fields and 0.25 μT – 2000 μT (RMS) for magnetic fields. It meets exposure limits according to ICNIRP 2010 and directive 2013/35/UE, and is configurable to other standards. The device is calibrated under ISO 17025 accreditation and is compatible with the Wavecontrol brand SPM2 model.
This electric and magnetic field probe is a device designed for measuring electric and magnetic fields in the frequency range of 1 Hz – 400 kHz. It is an isotropic and RMS probe suitable for telecommunications applications such as auditing and certifying services like GSM, 3G, LTE, FM, and more. It is also ideal for industry in general and for measuring fields generated in railway systems. The probe provides exposure limits in weighted mode according to various standards, including European Directive 2013/35/EU, FCC/IEEE, Safety Code 6, ICNIRP 1998 and ICNIRP 2010 workers, BGV B11, China Standard, and others. The device offers two measurement modes and has a measurement range of 1 V/m – 100 kV/m (RMS) for electric fields and 50 nT – 10 mT (RMS) for magnetic fields. It features low noise levels, FFT analysis of 1024 points, and is calibrated under ISO 17025 accreditation. The probe is compatible with the Wavecontrol brand SPM2 model.
This electric and magnetic field probe is a device designed for measuring electric and magnetic fields in the frequency range of 1 Hz – 400 kHz. It is an isotropic and RMS probe suitable for telecommunications applications such as auditing and certifying services like GSM, 3G, LTE, FM, and more. It is also ideal for industry in general and for measuring fields generated in railway systems. The probe provides exposure limits in weighted mode according to various standards, including European Directive 2013/35/EU, FCC/IEEE, Safety Code 6, ICNIRP 1998 and ICNIRP 2010 workers, BGV B11, China Standard, and others. The device offers two measurement modes and has a measurement range of 1 V/m – 100 kV/m (RMS) for electric fields and 50 nT – 10 mT (RMS) for magnetic fields. It features low noise levels, FFT analysis of 1024 points, and is calibrated under ISO 17025 accreditation. The probe is compatible with the Wavecontrol brand SPM2 model.
The magnetic field measurement probe is a high-sensitivity tool designed for the measurement of magnetic fields in the frequency band of 300 kHz- 60 MHz. It is perfect for telecommunications applications such as auditing and certifying telecommunications services like broadcasting, as well as industrial applications, defense, and laboratories for testing and research. The probe can measure isotropic and RMS magnetic fields with a sensitivity of 0.018 A/m and a measurement range of 0.018 – 20 A/m (CW) and 0.018 -1 (RMS). The probe is compatible with SPM2 models of the Wavecontrol brand, making it an ideal tool for professionals in need of a reliable and accurate measurement solution.
The Wavecontrol magnetic field probe is a highly sensitive device designed for the measurement of magnetic fields in the frequency band of 30 MHz to 1000 MHz. This probe is ideal for use in a variety of applications, including telecommunications, industry, defense, and research. With an isotropic measurement capability and a high sensitivity of 0.018 A/m, this probe is able to accurately measure magnetic fields in a range of 0.018 to 20 A/m. The Wavecontrol magnetic field probe is compatible with the SPM2 and MonitEM models of the Wavecontrol brand, making it an excellent choice for those looking for a reliable and accurate magnetic field measurement device.
The electric field measurement probe is a high-sensitivity tool designed for measuring electric fields associated with mobile telephone bands in frequency bands such as GSM900, GSM1800, 3G, and LTE. It is an ideal solution for measuring electric fields in mobile telephony and discarding the influence of other sources of radiation. The probe can measure isotropic and real RMS electric fields in the bands of 900, 1800, and 2100 (GSM800, GSM1800, 3G, LTE) with a sensitivity of 0.04 V/m and a measuring range of 0.04 – 65 V/m (RMS). The probe is accredited for calibration under ISO 17025 under ILAC, making it a reliable and accurate measurement solution. It is compatible with SPM2 and MonitEM models of the Wavecontrol brand.
The electric field measurement probe is a high-sensitivity tool designed specifically for measuring electric fields associated with WiFi bands in the frequency of 2.45 GHz. It measures only the electric field associated with sources of this type, discarding the inflow of other electromagnetic fields present. The probe can measure isotropic and real RMS electric fields associated with WiFi bands with a sensitivity of 0.04 V/m and a measuring range of 0.04 – 65 V/m (RMS). It is accredited for calibration under ISO 17025 under ILAC, ensuring its reliability and accuracy. The probe is compatible with SPM2 and MonitEM models of the Wavecontrol brand.
The Wavemon personal monitor is a compact and lightweight device designed to measure and evaluate exposure to electromagnetic fields in various industries including Telecommunications, Energy, Rail Transport, Medicine, Laboratories, Aeronautics, Civil Defense and general Industrial use. With its advanced features, this personal monitor is capable of detecting electromagnetic fields in a frequency range of 300 kHz to 8 GHz for E-field and 3 MHz to 1 GHz for H-field, depending on the selected model. The monitor also features an isotropic and RMS sensor with a weighted response according to the standard chosen by the customer during purchase, including ICNIRP, European Directive 2013/35/EU, FCC, and Safety Code 6 – 2015. Additionally, the Wavemon is equipped with two configurable alarms with LED indicators, an audible alarm, and vibration, and can record up to 1 million events with GPS and Altimeter registration. The device is waterproof with a USB interface, runs on a NiMH rechargeable battery for 200 hours of operation, and has an IP54 degree of protection.
The Wavemon personal monitor for electromagnetic fields is a compact and lightweight device designed to evaluate exposure and ensure job security for workers in various fields such as telecommunications, energy, rail transport, medicine, laboratories, aeronautics, civil and industrial defense. The device can detect and evaluate exposure to electromagnetic fields in the range of 1 MHz up to 40 GHz E-field depending on the selected model. It features an isotropic and RMS sensor with weighted response according to the standard chosen by the customer at the time of purchase, such as ICNIRP, European Directive 2013/35 / EU, FCC, Safety Code 6 – 2015, or NATO standards. The device has 2 configurable alarms with LED indicators, audible alarm, and vibration. It can register data for up to 1 million events and has GPS and altimeter registration (optional), a waterproof USB interface, and a NiMH rechargeable battery for up to 200 hours of operation. The device has a degree of protection IP54.
The Wavecontrol Fixed Monitor is designed for the continuous monitoring of electromagnetic fields, providing uninterrupted control of the emitted levels of various sources, including mobile telephony stations, high voltage lines, Wifi, and others. With its interchangeable probes that cover a frequency range from 100 KHz to 40 GHz, this monitor features an isotropic sensor and RMS simultaneous measurement on all three axes. The monitor allows for configurable data storage with a sampling frequency of 500 ms and can store data in both internal memory and a microSD memory card. The built-in visual alarm with an orange background alerts you in case of any limit or value surpass, and the wireless communication via GPRS/3G modem allows for easy data transmission to a web server for information management, alarms, personalization, and reporting. The programmable alarms and built-in GPS enable 24/365 continuous monitoring, and the monitor’s easy installation and compliance with ITU-T K.83 make it a reliable and efficient solution for monitoring electromagnetic fields.
Tel +1 561-912-9809 / 561-9112-7201
E-mail [email protected]
6590 W Rogers Circle Suite# 11&12
Boca Raton – FL 33487
+1 561-912-9809 / +1 561-912-7201
[email protected]
6590 W Rogers Circle, Suite #11&12
Boca Raton, FL 33487
