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General| Type | Sound and Vibration Analyzer |
|---|---|
| RMS Resolution | 0.1 dB |
| Standards | ISO 8041:2005 |
| Microphone | 1/2" pre-polarized condenser microphone |
| Frequency Weightings | A, C, Z |
| Time Weightings | Slow, Fast, Impulse |
| Data Logger | Yes |
| Interfaces | USB |
| Connectivity | Bluetooth (optional) |
| Power Supply | Li-ion battery, external DC power |
| Operating Temperature | -10 °C ÷ 50 °C |
| Humidity | Up to 95% RH, non-condensing |
Details the instrument's capabilities as a sound level meter and analyser.
Details the instrument's functions for vibration measurement and analysis.
Outlines general characteristics like memory, interface, battery, and design.
Lists the components provided with the SVAN 948 instrument.
Lists optional accessories that can be purchased for the instrument.
Describes the nine push-buttons on the instrument's front panel and their functions.
Details the various input and output connectors on the instrument's top, bottom, and rear panels.
Explains the menu-driven control system, lists, and navigation for instrument setup.
Describes how to power the instrument using batteries or an external power adapter.
Guides the user through the initial setup process after the instrument is switched on.
Explains the procedures for calibrating the instrument's channels using sensitivity or measurement.
Details the operation of the Sound Level Meter (SLM) and Vibration Level Meter (VLM) modes.
Describes how to activate optional functions like 1/1 OCTAVE, 1/3 OCTAVE, and FFT analysis.
Explains how to use the instrument as a 1/1 octave analyser for acoustic and vibration signals.
Explains how to use the instrument as a 1/3 octave analyser for acoustic and vibration signals.
Describes the instrument's functionality as a dose meter for vibration measurements (HAV/WBV).
Details how to set display parameters like modes, scale, contrast, and backlight.
Covers instrument setup options like timer, RTC, filters, I/O, and system settings.
Explains how to save measurement data and manage files in the instrument's memory.
Describes how to calculate vibration dose parameters like HAV, WBV, exposure, and daily dose.
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