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General| Brand | NARDA |
|---|---|
| Model | SRM-3006 |
| Category | Measuring Instruments |
| Language | English |
Provides general information about the SRM-3006, its capabilities, and applications in measuring electromagnetic fields.
Details the SRM-3006's function as a field strength meter for measuring electromagnetic fields in the 9 kHz to 6 GHz range.
Explains how the SRM-3006 can be utilized as a spectrum analyzer in laboratory environments.
Describes the PC software for managing and analyzing data from the SRM-3006, including connection and functions.
Explains the manual's structure, user interface language, and symbols used for warnings and instructions.
Emphasizes reading the manual thoroughly before device use and keeping it accessible.
Provides recommendations for maintaining the device's condition and ensuring safe operation.
Details the correct conditions and purpose for using the device, including following safety rules.
Warns against using the device as a warning device and stresses observing measurement values.
Highlights general safety precautions, including hot connector sockets and careful handling.
Addresses risks associated with strong fields, unsuitable frequency ranges, and misinterpreting single-axis antenna results.
Details safety precautions for the AC adapter/charger, including electric shock and damage risks.
Covers safe storage, handling, and fire hazards associated with the device's rechargeable battery pack.
Advises on actions to take when the device is damaged, not working, or subjected to excessive stress.
Provides guidance on the correct disposal of the device and its batteries according to regulations.
Details the process of unpacking, checking package contents, and recovering the device after shipping.
Provides an overview of the device's main components, including display, control panels, and connectors.
Explains the device's power supply options, including battery operation and AC adapter charging.
Guides on how to connect Narda antennas directly or via cable, and how to mount them on a tripod.
Describes the device's controls, including rotary control, hardware keys, and software keys for operation.
Details the procedure for powering the SRM-3006 on and off, including self-test and power-on behavior.
Explains the various elements displayed on the LCD screen, including status bars and navigation.
Covers basic operational steps like navigating menus, selecting entries, and changing values.
Provides a high-level overview of the SRM-3006's functions and operating modes, including Safety Evaluation and Spectrum Analysis.
Details how to access and modify device settings, including language, date, time, and component configurations.
Explains functions related to memory management, such as recalling data, displaying screenshots, and saving results.
Describes how to create and use automated sequences of setups for repetitive measurement tasks.
Covers the process of saving current device settings as a setup and loading previously saved configurations.
Indicates which functions are used across multiple operating modes and their relevance.
Explains how to set the resolution bandwidth (RBW) to adjust signal distinction and measurement speed.
Details how to set the measurement range (MR) to optimize sensitivity and avoid signal overload.
Describes how to select result types (e.g., Actual, Max, Average) for evaluating measured values.
Explains the use of markers for identifying and comparing specific frequencies or peaks in the display.
Guides on selecting axis modes (X, Y, Z, Isotropic) based on the antenna type for measurement.
Details manual and automatic adjustment of the Y axis for scaling and reference point on the display.
Explains how to select different units for displaying power, voltage, and field strength measurements.
Describes how to activate and set noise suppression thresholds to improve signal clarity.
Refers to Chapter 12 for details on measuring spatial average values, essential for body-averaged exposure.
Explains how to switch between operating modes while retaining certain measurement parameters.
Highlights shortcuts for accessing main menu functions directly from an operating mode.
Introduces the Spectrum Analysis mode for detailed spectrum overview, peak value determination, and wideband level display.
Covers basic settings for the Spectrum Analysis measurement screen, referencing common functions.
Explains functions for evaluating measurement data, including Peak Table generation and integration.
Refers to Chapter 6 for detailed information on using the Marker function within Spectrum Analysis mode.
Explains how to use the Zoom function to display a narrower section of the frequency band for precise examination.
Introduces Level Recorder mode for selective measurements at a fixed frequency, useful for pulse measurements.
Provides an overview of the Level Recorder mode display, including peak and RMS values and bar graphs.
Covers basic settings for Level Recorder mode, referencing common functions for configuration.
Refers to Chapter 6 for details on selecting axis modes (X, Y, Z, Isotropic) in Level Recorder mode.
Refers to Chapter 6 for information on using noise suppression to improve signal clarity in Level Recorder mode.
Introduces Scope mode for continuous and selective measurements at a fixed frequency, suitable for brief peaks.
Presents the display overview for Scope mode, including signal versus time graphs and trigger function.
Details essential parameters like Fcent, Sweep Time, RBW, and Axis for meaningful Scope mode measurements.
Explains how to use the trigger function to synchronize measurement cycles and freeze the display.
Describes the Duty Cycle function for evaluating average to maximum power level ratios in Scope mode.
Explains UMTS mode for measuring field strength in frequency channels, including P-CPICH decoding.
Presents the measurement screen overview for UMTS mode, showing individual and total results.
Details how individual and total results are displayed in UMTS mode, including scrambling codes and extrapolation factors.
Covers basic settings for UMTS mode, referencing common functions for configuration.
Describes how to perform a coverage measurement by determining the pilot signal to analog value ratio.
Refers to Chapter 6 for information on using noise suppression within UMTS mode.
Explains the purpose of spatial averaging for human body exposure assessment and standards compliance.
Details the types of spatial averaging: Continuous, Discrete, and Discrete Axis measurements.
Guides on performing continuous spatial averaging, recording values along a path with pause and continue options.
Explains discrete spatial averaging, where measurements are taken manually at specific points.
Details discrete axis averaging for single-axis antennas, requiring measurements for each axis at multiple points.
Introduces the Memory menu for recalling data, displaying screenshots, and managing stored results.
Guides on how to view, recall, delete, or delete all stored data sets from the device memory.
Explains how to view, recall, delete, or delete all stored screenshots from the device.
Details automatic saving methods: Conditional Storing based on thresholds and Timer-controlled Storing.
Provides step-by-step instructions for replacing the rechargeable battery pack in the SRM-3006.
Offers guidance on cleaning the device, antennas, and accessories using appropriate methods and materials.
Explains that the AC adapter/charger is not repairable and must be replaced if defective.
Describes the SRM-3006 Tools software, its functions like data download, and configuration management.
Details the physical connections (USB, Optical) and cable types for connecting the SRM-3006 to a PC.
Directs users to the PC software's online help for detailed usage instructions and information.
Introduces remote control capabilities via PC, suitable for specific applications, and notes on developing software.
Guides on establishing a connection to the PC, including interface parameters and remote interface settings.
Explains how to activate and deactivate remote control operation using specific commands.
Details the syntax rules for GET and SET commands, including parameter separation and command structure.
Lists the general RF features, amplitude, RF input specifications, and modes of the SRM-3006 unit.
Details the characteristics, uncertainty, and general specifications of the three-axis E-field antenna 3501/03.
Provides characteristics, uncertainty, and general specifications for the three-axis E-field antenna 3502/01.
Lists characteristics, uncertainty, and general specifications for the three-axis H-field antenna 3581/02.
Details characteristics, uncertainty, and general specifications for the single-axis E-field antenna 3531/01.
Provides characteristics, uncertainty, and general specifications for the single-axis E-field antenna 3531/04.
Lists characteristics, uncertainty, and general specifications for the single-axis H-field antenna 3551/02.
Contains the supplier's declaration of conformity with relevant EU directives and standards.
Describes the pendulum method for measuring field strength, its setup, procedure, advantages, and limitations.
Explains the matrix method for precision measurements, defining the volume, antenna positioning, and procedure.
Lists the available SRM-3006 sets, including basic units, antennas, and accessories included in each set.
Provides a list of available antennas with their types, frequency ranges, and order numbers.
Lists available options for the SRM-3006, such as UMTS demodulation and Scope mode.
Details various accessories for the SRM-3006, including cables, antenna holders, battery packs, and tripods.
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