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General| Brand | Svantek |
|---|---|
| Model | SV 106 |
| Category | Measuring Instruments |
| Language | English |
Overview of the key features and capabilities of the SV106 vibration meter.
List of items provided in the standard SV 106 set for immediate use.
List of optional accessories that can be purchased for extended functionality.
Detailed description of the function and operation of each push-button on the instrument's front panel.
Description of the instrument's input and output connection ports, including their purpose and type.
Explanation of the instrument's control system, menu structure, and navigation principles.
Information on how to power the instrument using internal batteries or external sources.
Guidance on performing the initial setup, including self-test and predefined setup selection.
Explanation of the various icons displayed on the instrument's screen and their meanings.
Details on how measurement results and settings are stored in internal and external memory.
Overview of the available measurement modes like Level Meter, 1/1 Octave, and 1/3 Octave analysis.
Procedures for calibrating the instrument's measurement channels to ensure accuracy.
Configuration of general measurement parameters affecting all channels and profiles.
Setting parameters for human vibration dose measurements, including exposure time and standards.
Configuring individual channel parameters, including input type, filters, and axis assignment.
Setting coefficients for calculating vector values for channel groups and specific measurement types.
Configuration of data logging parameters for measurement history, event, and wave recording.
Details on programming the history of results recording in the logger file.
Selecting different modes for displaying measurement results, such as Single Spectrum or 6 Channels.
Adjusting the Y-axis scale of the logger result history plot and controlling grid display.
Changing the scale for presenting measurement results, choosing between Linear and Logarithm units.
Configuring display brightness and enabling the screen saver function to save power.
Options for saving measurement results and setup files to internal or external memory.
Using the File Manager to perform operations like opening, copying, moving, and deleting files.
Managing setup files, including saving, loading, and organizing them.
Configuring the Select Setup menu that appears at instrument startup for quick access to settings.
Setting options for data storage, including auto-save, file replacement, and naming conventions.
Selecting options related to storing setup files, including user-defined filters.
Configuring the operation modes for the instrument's keyboard buttons like Shift and Start/Stop.
Configuring the functionality of the multifunction I/O port for analog output, digital input, or digital output.
Checking the instrument's power source, including battery status and external power supply voltage.
Setting and programming the instrument's internal Real Time Clock for accurate timekeeping.
Enabling or disabling error confirmation prompts for remote control operation.
Activating or deactivating transducer compensation for electrical noise.
Checking the instrument's model number, serial number, software version, and standards compliance.
Selecting the language for the instrument's user interface.
Restoring the instrument to its default factory settings.
Locking the instrument menu to prevent unauthorized access or changes.
Defining the scope of available instrument functions by choosing between Simple and Advanced modes.
Setting reference levels for vibration signals used in calculations and logarithmic scale presentations.
Defining custom frequency filter coefficients for 1/1 and 1/3 Octave analysis.
Selecting the units (Metric or Non-Metric) for displaying vibration measurement results.
Enabling or disabling warning messages displayed during normal instrument operation.
Selecting between 1/1 Octave and 1/3 Octave analysis modes for spectral analysis.
Configuring parameters for 1/1 and 1/3 Octave analysis, including measure period and repetition.
Saving 1/1 and 1/3 Octave analysis results into the logger file for time history recording.
Using Octave bandpass results as a triggering source for various logging and alarm functions.
Configuring display options for 1/1 and 1/3 Octave analysis, including spectrum visualization.
Displaying the results of 1/1 and 1/3 Octave analysis in different presentation modes.
Adjusting the Y-axis scale for spectrum results presentation, including Linear, Logarithm, and Log-Linear options.
Configuring the spectrum view settings, such as spectrum type, minimum, and maximum values.
Selecting channels to be displayed simultaneously in multi-spectrum display mode.
Programming parameters for calculating total values, including weighting filters and measurement types.
Introducing user-defined frequency filter coefficients for 1/1 and 1/3 Octave analysis.
Setting parameters for human vibration dose measurements (HAV/WBV), including exposure and standards.
Configuring individual channel parameters for dose measurements, including input type and filters.
Selecting the presentation mode for dose measurement results.
Calculating daily dose results for hand-arm and whole-body measurements using selected files.
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