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THE SRM AND ITS APPLICATIONS
Narda SRM-3006 radiation meters are vital tools for EMF safety personnel tasked with testing in broadcasting, cellular and industrial frequencies. When the field environment is unknown to the tester, such as in a factory, office or home, the SRM-3006 can discover individual sources of radiation. Air-Met Downloads. External Links. General Gas Knowledge Database. For more information on the SRM-3006 Selective Radiation Meter, contact your local Air. Narda SRM3006 Brochure SRM-3006 Data Sheet Narda SRM3006 Flyer Narda SRM3006 Manual Narda SRM3006 Application Note 1045 Narda SRM3006 Application Note 1064 Narda SRM3006 Application.
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The Selective Radiation Meter SRM is a compact, frequency-selective
measuring system for safety analysis and environmental measurements
of high-frequency electromagnetic fields. It covers broadcasting, mobile
telephony, and industrial frequencies from the lowest long-wave range
up to the latest wireless applications and evaluates the field exposure
level in accordance with international or national standards.
Where the field environment is unknown – in offices, factory buildings,
public places, or private homes – the SRM provides authorities and
measurement service providers with a rapid overview of the field
sources that are relevant to human safety.
Where the field situation is known, such as at so-called “shared sites”,
where several service providers share a common antenna site, the SRM
shows the overall field exposure level as well as the proportions due to
each service as an absolute value or as a percentage of the permitted
limit value.
Users can resolve services down to individual channel accuracy and
measure their contribution to the field emission with the SRM. It is also
possible to integrate over the entire frequency range of the service and
display the absolute result or the value relative to the permitted limit.
measuring system for safety analysis and environmental measurements
of high-frequency electromagnetic fields. It covers broadcasting, mobile
telephony, and industrial frequencies from the lowest long-wave range
up to the latest wireless applications and evaluates the field exposure
level in accordance with international or national standards.
Where the field environment is unknown – in offices, factory buildings,
public places, or private homes – the SRM provides authorities and
measurement service providers with a rapid overview of the field
sources that are relevant to human safety.
Where the field situation is known, such as at so-called “shared sites”,
where several service providers share a common antenna site, the SRM
shows the overall field exposure level as well as the proportions due to
each service as an absolute value or as a percentage of the permitted
limit value.
Users can resolve services down to individual channel accuracy and
measure their contribution to the field emission with the SRM. It is also
possible to integrate over the entire frequency range of the service and
display the absolute result or the value relative to the permitted limit.
OPERATION AND USE
All functions and parameters can be set directly on the SRM basic unit
via menus and the numerical keypad, softkeys, or the rotary control. As
well as this, the SRM also provides facilities for saving and recalling
measurement settings (setups) and entire measurement sequences
(routines). The PC software included with the device, “SRM-3006 Tools”,
includes editable tables for antennas and cables from other
manufacturers, user-defined evaluation curves, and lists of services and
operators.
via menus and the numerical keypad, softkeys, or the rotary control. As
well as this, the SRM also provides facilities for saving and recalling
measurement settings (setups) and entire measurement sequences
(routines). The PC software included with the device, “SRM-3006 Tools”,
includes editable tables for antennas and cables from other
manufacturers, user-defined evaluation curves, and lists of services and
operators.
OPERATING MODES
The SRM is designed for everyday use and has operating modes
tailored to the main areas of application: Safety Evaluation, Spectrum
Analysis, Level Recorder and Scope. Details about these operating
modes and other functions are given in the Specifications.
tailored to the main areas of application: Safety Evaluation, Spectrum
Analysis, Level Recorder and Scope. Details about these operating
modes and other functions are given in the Specifications.
ANTENNAS
Narda offers a broad range of three-axis and single-axis measuring
antennas for electric fields (E-fields) and magnetic fields (H-fields).
The three-axis antennas are advantageous in practice because they
give isotropic (i.e. non-directional) results automatically.
antennas for electric fields (E-fields) and magnetic fields (H-fields).
The three-axis antennas are advantageous in practice because they
give isotropic (i.e. non-directional) results automatically.
NSTS 1109- ME-E0272C-0.00
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SPECTRUM ANALYSIS MODE
Measurement principle
Measurement principle
Spectrum analysis
Resolution bandwidths (RBW) (-3 dB)
10 Hz to 20 MHz (in steps of von 1, 2, 3, 5, 10, 20)
List of available RBWs depends on selected sweep SPAN
List of available RBWs depends on selected sweep SPAN
Video bandwidth (VBW)
0.2 Hz to 2 MHz (depending on the selected RBW)
Measurement range setting (MR)
Set individually from a list or using the “MR Search” function for determining the optimum
measurement range at a given time
measurement range at a given time
Type Gaussian
Filter
Shape factor (-3 dB / 60 dB)
<3.8 (for RBW ≤ 100 kHz)
Result Type
ACT: Displays current (actual) spectrum
MAX: Maximum hold function
AVG: Average over a selectable number of spectra (4 to 256)
or a selectable time period (1 to 30 minutes)
Max AVG: Maximum hold function after averaging over a defined number of spectra
Min: Minimum hold function
Min AVG: Minimum hold function after averaging over a defined number of spectra
Standard: Display of the selected safety standard.
MAX: Maximum hold function
AVG: Average over a selectable number of spectra (4 to 256)
or a selectable time period (1 to 30 minutes)
Max AVG: Maximum hold function after averaging over a defined number of spectra
Min: Minimum hold function
Min AVG: Minimum hold function after averaging over a defined number of spectra
Standard: Display of the selected safety standard.
Marker functions
Delta marker on one Result Type or for displaying the difference between two Result Types
Highest peak, next peak right, next peak left, next higher peak, next lower peak
Marker field (frequency, level, service name according to the selected service table)
Highest peak, next peak right, next peak left, next higher peak, next lower peak
Marker field (frequency, level, service name according to the selected service table)
Evaluation functions
Peak table (list of 50 highest peaks)
Integration over a user-specified frequency range
Integration over a user-specified frequency range
Axis
Isotropic measurement (isotropic result displayed directly)
Measurement of X-, Y- or Z- axis
(separate measurement of a single axis using the isotropic / three-axis antenna)
Measurement of X-, Y- or Z- axis
(separate measurement of a single axis using the isotropic / three-axis antenna)
Display functions
Y-scale range 20, 40, 60, 80, 100 or 120 dB
Y-scale reference MR -100 dB to MR + 20 dB (-130 dB to 40 dBm)
Screen arrangement: Enlarges result display area by hiding other information.
Y-scale reference MR -100 dB to MR + 20 dB (-130 dB to 40 dBm)
Screen arrangement: Enlarges result display area by hiding other information.
Zoom
Zoom Min: Sets the lower frequency limit of the zoom window
Zoom Max: Sets the upper frequency limit of the zoom window
Zoom Cent: Moves the zoom window along the frequency axis
Zoom Span: Changes the scale of the zoom window
Execute Zoom: Sets the zoom window limits to the selected frequency values
Zoom Max: Sets the upper frequency limit of the zoom window
Zoom Cent: Moves the zoom window along the frequency axis
Zoom Span: Changes the scale of the zoom window
Execute Zoom: Sets the zoom window limits to the selected frequency values
NSTS 1109- ME-E0272C-0.00
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