This RF and EMF analyzer kit includes the SPECTRAN HF-2025E RF analyzer, SPECTRAN NF-1010 EMF analyzer and HyperLOG 7025 antenna.
This RF and EMF analyzer kit includes the SPECTRAN HF-4040 RF analyzer, SPECTRAN NF-3020 EMF analyzer and HyperLOG 7040 antenna.
This RF and EMF analyzer kit includes the SPECTRAN HF-6060 V4 RF analyzer, SPECTRAN NF-5030 EMF analyzer and HyperLOG 7060 antenna.
This RF and EMF analyzer kit includes the SPECTRAN HF-6080 V4 RF analyzer, SPECTRAN NF-5030 EMF analyzer and HyperLOG 6080 antenna.
This EMF and RF site survey kit includes the SPECTRAN HF-60100 V4 RF analyzer, SPECTRAN NF-5030 EMF analyzer and HyperLOG 60100 EMC antenna.
Simple but accurate field measurement instrumentation is necessary for a safe environment:
Our EMF and RF Survey Meter kit include a E and H field probe, a EMC antenna and easy to hold instruments for less accessible measurement locations such as towers and ladder access situations.
The need to monitor personnel exposure is an ongoing concern. The compact size and simple operating controls of the SPECTRAN RF Survey Analyzers offer the perfect solution for all telecommunications service providers.
Commercial Radio, Broadcast, TV: TV transmission and high power broadcast facilities are required by government regulators in most countries to limit RF exposure to both the employees and general public.
Industrial: A safe workplace for employees is an important responsibility for all companies. EMF employee exposure safety guidelines now exist in most countries. IEEE, ICNIRP, and national standards provide guidelines for worker RF exposure. The Pro-Bundle 3 Survey Meters are a cost effective means of monitoring workplace safety.
Health Care Facilities: Concerns regarding medical personnel exposure and potential electromagnetic interference are more easily addressed with the Aaronia site survey meter. Safety and biomedical personnel can now have easy access to measurement tools for monitoring RF exposure and equipment interference issues.
Based on a patented spectrum analyzer method Aaronia can offer professional RF and EMF site survey measurement at a spectacular price level.
Detect sources of interference, find out more about their causes, determine the frequency and intensity of the signal sources, measure limits and boost the functionality by using our high-end PC software via integrated USB.
All NF SPECTRAN units are equipped with our award winning REAL 3D (isotropic) magnetic sensor. In 2009 the magazine "Elektronik" (Europes most comprehensive magazine on electronics) honored the Aaronia REAL 3D sensor as "Product Of The Year" in the category "Passive Electronic Parts".
All SPECTRANs and antennas are developed, individually produced and calibrated in Germany at the Aaronia factory. This guarantees highest standard so that Aaronia can offer every customer a full 10 years warranty for all SPECTRAN spectrum analyzers and EMC antennas.
All SPECTRAN units offer a USB interface with real-time remote control to your PC or MAC. The free analyzer software, which is available for MAC OS, Linux and Windows, transforms any SPECTRAN into a powerful measurement solution with great features (e.g. recording, multiple window display, histogram, waterfall diagram, unlimited number of markers, enhanced limits display etc.).
All SPECTRAN units offer a powerful limits display. Just push the limits button at our Spectrum Analyzer and the high-performance Digital Signal Processor (DSP) of the SPECTRAN constantly calculates the limits and displays the results in real-time. Spectrum analyzers with this high-end feature usually cost thousands of Euro. Just save this cost by using Aaronia analyzers.
All EMF NF SPECTRANs include our award winning 3D (isotropic) sensor to measure magnetic fields and a field plate sensor to measure electric fields. Both sensors cover the full frequency range of the SPECTRAN unit.
All SPECTRAN units can be equipped with various options which highly expand the functionality.
All SPECTRAN bundles will be shipped with many accessories in a high-value aluminum carrying case.