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General| Brand | Svantek |
|---|---|
| Model | SVAN 977A |
| Category | Measuring Instruments |
| Language | English |
Details the instrument's capabilities as a Class 1 Sound Level Meter.
Details the instrument's capabilities as a Vibration Level Meter.
Overview of key features like data logger, analyzers, connectivity, and power.
Lists the items provided with the SVAN 977A instrument.
Lists optional accessories for purchase and use with the instrument.
Lists optional firmware features that can be purchased and activated.
Describes the functions and modes of the instrument's front panel keys.
Explains the purpose and location of all input and output connectors on the instrument.
Explains the instrument's general modes of operation: measurement and configuration.
Details the different display modes for presenting measurement results.
Explains how to navigate and use the instrument's menu for configuration.
Describes the different power sources and battery status indicators.
Provides a step-by-step guide on turning on the instrument and starting measurements.
Explains the meaning of various icons displayed on the instrument's screen.
Explains how measurement data is stored on the SD card and managed.
Explains how to select between Sound Meter and Vibration Meter modes.
Describes the various measurement functions like Level Meter, Octave, FFT, and RT60.
Details the procedures for system check and calibration of the instrument.
Configures basic measurement parameters like start delay, integration period, and repetition cycles.
Configures trigger parameters to start or stop measurements based on signal conditions.
Allows programming of three virtual level meters with independent settings.
Configures the instrument's data logging functionality, including file saving.
Enables the logger function and defines basic parameters like file naming and splitting.
Activates specific results to be logged from independent user-defined profiles.
Allows exclusion of certain summary results from being saved in the file.
Configures parameters for when logger results are registered based on trigger conditions.
Allows assigning names and types to markers for special events.
Configures parameters for waveform signal recording in a separate WAV file.
Configures spectrum analysis parameters like band and pre-weighting filter.
Selects appropriate compensation filters for different measurement applications.
Sets the measurement range of the instrument for optimal signal acquisition.
Configures settings for measuring rotational speed using a tacho probe.
Defines the workday exposure time used for calculating LEPd.
Defines ten statistical levels to be calculated and displayed.
Configures the internal real-time clock for automatic start-up and measurements.
Provides a practical example of setting up and executing a timed measurement.
Configures and manages advanced alarm functions for event notifications.
Defines active modes for presenting measurement results and changing views.
Displays the Sound Pressure Level in a large format for quick assessment.
Shows a single measured result in a large format, available in all functions.
Combines multiple views to compare results and follow measurement history.
Displays logged results and allows adjustment of the logger plot and colours.
Displays spectrum analysis results, accessible in Octave or FFT functions.
Presents the cumulative probability density function of exceeding noise levels.
Lists predefined results with assigned weighting filters and detector types.
Displays GPS status, coordinates, velocity, and direction when GPS is enabled.
Provides details about saved files, including name, size, and record counts.
Configures result units, decimal places, and plot scales for graphical presentations.
Adjusts the logger view by selecting logged results and their curve colours.
Configures display brightness and enables power-saving features like screen dimming or off.
Allows management of all files and directories on the SD card.
Assigns a specific directory for automatic saving of data files.
Allows opening directories or logger files to view their content.
Deletes selected files or directories from the file/directory list.
Deletes all elements within a selected directory and its sub-directories.
Renames selected files or directories.
Displays information about file creation date, size, and record counts.
Manages setup files, including saving, deleting, renaming, and loading configurations.
Enables automatic measurement start upon turning the instrument on.
Allows checking the instrument's power source status: internal battery, external supply, or USB.
Configures instrument communication ports, including GPS and Serial Port (RS232/Bluetooth).
Sets minimum external DC power voltage for automatic instrument switch-off or switch-on.
Selects the correct IEPE current supply for the microphone or accelerometer.
Programs the functionality of the Shift, Alt, and Start/Stop keys.
Configures the instrument's I/O port parameters for various functions like Analog Out, Digital In.
Sets and programs the instrument's internal Real Time Clock and Time Zone.
Configures data transmission parameters for external modems using GSM connections.
Enables or disables data transfer and selects the network type (Off or GPRS).
Configures modem settings, including Internet configuration and data protocol.
Configures parameters to establish an internet connection via the modem.
Configures SMS service for alarm notifications, including phone number and text.
Configures e-mail service for alarm notifications, including SMTP server and login.
Allows editing the instrument's name for identification on web services.
Displays instrument information such as type, serial number, software version, and standards compliance.
Selects the preferred language for the user interface.
Resets the instrument to its default factory settings.
Defines reference levels for vibration measurements like acceleration, velocity, and displacement.
Selects the units (Metric or Non-Metric) for displaying vibration measurement results.
Enables or disables warning messages displayed during normal instrument operation.
Activates the 1/1-octave or 1/3-octave analysis function.
Configures settings for 1/1 and 1/3-octave analysis, including general settings and measurement range.
Sets general parameters for 1/1 and 1/3-octave analysis like integration period.
Selects the measurement range (Low or High) for 1/1 and 1/3-octave analysis.
Configures logging of 1/1-octave and 1/3-octave spectra data into a logger file.
Configures spectrum parameters like band, filter, and detector for octave analysis.
Sets up the presentation and display of 1/1 and 1/3 octave spectral results.
Explains the spectrum plot view and its associated fields and data.
Adjusts spectrum plot scales, including result units, resolution, and dynamics.
Selects which spectra (instantaneous, averaged, max, min) are displayed.
Changes the type of vibration spectra presented: Acceleration, Velocity, or Displacement.
Activates the FFT analysis function.
Configures general settings, measurement range, logging, and parameters for FFT analysis.
Sets general parameters for FFT analysis like integration period and repetition cycles.
Selects the measurement range (Low or High) for FFT analysis.
Configures logging of FFT spectra into a logger file using Integration Period or Logger Step.
Configures FFT analysis parameters such as band, filter, window, lines, and averaging.
Sets up the presentation and display of FFT spectral results.
Explains the FFT spectrum plot view and its associated fields.
Adjusts spectrum plot scales, including result units, resolution, dynamics, and grid.
Selects which spectra (averaged, instantaneous, max, min) are displayed in the Spectrum view.
Changes the type of vibration spectra presented: Acceleration, Velocity, or Displacement.
Activates the RT60 analysis function for reverberation time measurements.
Configures parameters for RT60 analysis, including method, frequency range, and recording time.
Sets up the presentation and display of RT60 calculation results.
Provides instructions for starting RT60 measurements using Decay or Impulse methods.
Describes how to view the RT60 measurement results in table, bar plot, or decay curve formats.
Explains available software solutions for remote control and data management.
Details the instrument's power sources: internal batteries, external DC, and USB interface.
Guides on how to safely extract and insert the micro SD memory card.
Describes the microphone and accelerometer connections to the instrument.
Explains how to perform system and hardware resets for troubleshooting.
Provides instructions on how to update the instrument's firmware.
Offers recommendations for preserving the life of internal batteries during storage.
Provides recommendations for transporting and storing the instrument.
Instructs on how to clean the instrument's surface and sockets.
Offers basic troubleshooting steps and contact information for support.
Defines and explains the instrument's modes and measurement functions.
Lists and describes the calibration-related functions like System Check and Calibration by Sensitivity.
Provides definitions and formulas for various measured acoustic and vibration values.
Details measurement parameters configurable via the main menu.
Explains parameters related to measurement result presentation and display settings.
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