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General| Brand | Soft dB |
|---|---|
| Model | Piccolo-II |
| Category | Measuring Instruments |
| Language | English |
Provides the physical dimensions of the Piccolo-II sound level meter.
Describes the functions and operations of the instrument's three physical buttons.
Explains the various elements and indicators displayed on the Piccolo-II screen.
Details how the instrument indicates sound level overload conditions via LED and display.
Instructions on how to turn on the Piccolo-II instrument and its warm-up process.
Instructions on how to turn off the Piccolo-II instrument.
Describes the procedure for performing a single measurement and storing it.
Explains how to conduct continuous measurements using the Auto-Store mode.
Guide to downloading and installing the Piccolo-II software package.
Overview of the different software modules included with the instrument.
Details on using the utility software for instrument configuration and data management.
Introduction to the software for viewing and analyzing measurement data.
Steps to download recorded data from the instrument's memory.
Instructions for performing calibration using the utility software.
How to view the factory calibration certificate within the software.
Process for synchronizing the instrument's clock with a computer.
How to select a specific time range for data analysis.
Method for recalculating measurements over extended time periods.
Procedure for calculating noise dose based on industry standards.
Specifies the reference sound pressure and frequency for tests.
Indicates the reference level range used for measurements.
Details corrections needed for acoustic tests performed on the instrument.
Explains the instrument's response in free-field and pressure conditions.
Shows the directional response of the instrument to sound incidence angles.
Illustrates the impact of the windscreen on sound measurements.
Defines the limits of the instrument's linear operating ranges.
Specifies the upper operational limits for the low range setting.
Specifies the upper operational limits for the high range setting.
Defines the lower operational limits for the low range setting.
Defines the lower operational limits for the high range setting.
Specifies the initial point for linearity deviation tests.
Details procedures for performing electrical tests on the instrument.
How to input electrical signals into the instrument via the auxiliary input.
Adjusting instrument specifications based on microphone sensitivity.
Procedure for calibrating the microphone using a sound pressure calibrator.
Setting sensitivity for the auxiliary input for specific applications.
Measurement of self-generated noise, both acoustical and electrical.
Measurement of total self-generated noise, including acoustic and electrical components.
Measurement of electrical self-generated noise in the instrument.
Explains percentile levels (L1%, L5%, etc.) for sound pressure.
Definition of Sound Exposure Level as total energy of a sound signal.
Describes the A, C, and Z frequency weighting filters used in measurements.
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