Product Details
Selective measuring equipment for electromagnetic fields (EMF) for demonstrating safety and environmental compatibility. The devices analyze individual frequency ranges and field exposure levels accurately down to a single communications channel. They also calculate the sum and compare levels with current limit values. With the SRM 3006 EMF measuring device, you can quickly, easily and in detail check the range of these radiation values and the source from which they originate.
Highlights
- Frequency-selective measurement and detailed evaluation - from 9 kHz to 6 or 29.5 GHz
- Precise selective measurement of radio channels of different operators
- Simple evaluation as a percentage of the limit value, e.g. in accordance with ICNIRP, FCC etc.
- Direction-independent (isotropic) measuring antennas for every requirement
- Time-saving measurement routines with the aid of storable program sequences
- Extensive evaluation functions in the device
- Optimized for outdoor use in harsh environments
- Extended measurement from 24.25 GHz up to 29.50 GHz for 5G signals (optional)
- SCOPE operating mode for short-term analysis of pulsed signals and long-term recording
- LTE - FDD/TDD, UMTS and 5G NR operating modes for evaluation (optional)
APPLICATION
5G FR2 antenna
The E-field antenna from 24.25 GHz to 29.5 GHz extends the SRM-3006 for the frequency range 2 (FR 2) of 5G NR. It is optionally available with a horn or directional or omnidirectional characteristic.
SRM – triaxial antennas
The use of a triaxial (isotropic) antenna facilitates positioning and therefore also the use of the measuring device. The antenna detects fields from all directions and sums them in the correct phase. The triaxial (isotropic) E-field antenna from 200 MHz to 6 GHz (or 27 MHz to 3 GHz) is ideal for fast, direction-independent measurements in the latest mobile radio and wireless technologies.
The triaxial (isotropic) H-field antenna from 9 kHz to 250 MHz was developed for fast, non-directional near-field measurements of the magnetic field at radio/TV transmitters and industrial plants.
SRM single-axis antennas
Single-axis antennas can process the recorded field strengths very quickly. In contrast to a three-axis (isotropic) antenna, the individual axes of a single-axis antenna do not have to be connected in series. The faster scanning time can bring significant advantages, especially with pulsed signals. The special design also offers higher precision and better sensitivity during measurement.
The uniaxial H-field antenna from 9 kHz to 300 MHz and uniaxial E-field antenna from 9 kHz to 300 MHz are ideal for precise near-field measurements on radio and TV transmitters as well as industrial systems.
The uniaxial (single-axis) E-field antenna from 27 MHz to 3 GHz is ideal for precision measurements in the mobile radio sector.
