RF survey meters are used to measure electromagnetic field (EMF) strength to analyze the integrity of a signal and establish if the sites around RF radiation emitters are safe. Carrying out RF surveys is essential for businesses surrounding telecommunications, broadcasting, and radar systems. Antennas produce high levels of RF that need to be tested to ensure people are not being exposed and that it is not interfering with neighboring sources.
Two types of survey meters are broadband and selective. Broadband RF field meters are used with both isotropic E-field and H-field probes that are then categorized into flat probes and shaped probes. Shaped probes are designed to comply with industry standards provided by FCC, IEEE, ICNIRP, and Canada SC-6, and other similar standards. These tests provide users with the percentage of the standard achieved for the environment under test. Flat probes are to be used within a particular frequency range. Selective radiation meters use E-field and H-field antennas with single-axis or three-axis measurements for both low and high-frequency testing. Three-axis antennas are the most convenient due to their automatic delivery of isotropic results.
Avalon Test Equipment carries a variety of RF survey meters for rent or purchase so you can Test With Confidence®.
Narda-STS NBM-520 is the most accurate non-ionizing radiation survey system available. It provides broad frequency coverage of electric and magnetic fields.
Narda-STS SRM-3006 is a second generation, hand-held system for performing narrowband analysis of electromagnetic fields. It has the ability to give results of individual emitters and also generate a total of all emitters.
Narda-STS EB 5091 Probe: E-Field, shaped IEEE, 3MHz to 50GHz, 0.5 to 600% of IEEE, C95.1-2005 for People in Controlled Environments. For use with NBM-series meters.
Narda-STS EC 5091 Probe: E-Field, shaped SC6 Canada, 300kHz to 50GHz, 0.5 to 600% of Safety Code 6 for People in Controlled Environments. For use with NBM-series meters.
Narda-STS ED5091 Probe: E-Field, shaped ICNIRP, 300kHz to 50GHz, 0.5 to 600% of ICNIRP Recommendations for Occupational Exposures. For use with NBM-series meters.
A smart EMF monitoring solution that is not only compact but also extremely flexible: the SMARTS AMC (Area Monitoring Compact). An innovation from Narda that permanently and precisely measures RF radiation in the range up to 60 GHz. This allows both potentially hazardous areas to be monitored and compliance with industry standards and personal protection limits to be checked. The SMARTS AMC can be easily integrated into your existing systems and especially into your local networks. Thanks to the different mounting options, it can also be easily adapted to your requirements and, with the help of the interchangeable probes, precisely tailored to your needs.
The Narda Fieldman is a smart solution for EMF measurements, capable of handling frequencies up to 90 GHz. It features a wide measurement range from 0 Hz (DC) to 90 GHz. The device uses a digital probe interface, meaning only the probe needs calibration, not the measuring device itself. Its anti-glare, brilliant colour display with automatic brightness adjustment ensures readability even in poor lighting conditions or intense sunlight. Additionally, the Fieldman includes sensors that measure temperature, air humidity, pressure, and height above ground. It also supports rapid data transmission through various interfaces, making it highly efficient for data handling.
FieldMan Basic Set, 0-90GHz (radio free).The Narda Fieldman is a smart solution for EMF measurements, capable of handling frequencies up to 90 GHz. It features a wide measurement range from 0 Hz (DC) to 90 GHz. The device uses a digital probe interface, meaning only the probe needs calibration, not the measuring device itself. Its anti-glare, brilliant colour display with automatic brightness adjustment ensures readability even in poor lighting conditions or intense sunlight. Additionally, the Fieldman includes sensors that measure temperature, air humidity, pressure, and height above ground. It also supports rapid data transmission through various interfaces, making it highly efficient for data handling.