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General| Brand | TESTO |
|---|---|
| Model | 816 |
| Category | Measuring Instruments |
| Language | English |
Explains symbols and their meanings for warnings and device functions.
Advises against measuring on or near live parts to prevent injury.
Details proper usage, handling, and maintenance to preserve warranty.
Instructions for disposing of batteries and the meter environmentally.
Identifies and describes the meter's display and control buttons.
Step-by-step guide for inserting the battery into the device.
Instructions on how to power the sound level meter on and off.
Details on setting time weighting, frequency weighting, measurement ranges, hold, and display light.
Explains the 'Fast' and 'Slow' time weighting options for measurements.
Describes the use of 'A' and 'C' frequency weighting for sound analysis.
How to select different dB measurement ranges or use auto range.
Explains how to activate and use the maximum and minimum value hold features.
Instructions for controlling the display light and the auto-off feature.
Details on the AC and DC signal outputs and their specifications.
Information on connecting an external mains unit for power.
Step-by-step guide for performing sound level measurements correctly.
Tips and recommendations to ensure accurate sound measurements.
Explains how atmospheric pressure affects measurements and how to correct.
Guidance on using the wind cap to minimize wind noise interference.
Explains the 'Over' and 'Under' indicators on the display.
Instructions for checking and recalibrating the sound level meter.
Steps for replacing the battery when it is low.
Instructions on cleaning and protecting the microphone.
Guidelines for cleaning the main body of the sound level meter.
Lists key technical features like sensor, ranges, and frequencies.
Provides accuracy, display type, resolution, and refresh rates.
Details battery life, operating/storage conditions, and mains connection.
Table showing corrections based on ambient temperature.
Data on A and C weighting at different frequencies and error limits.
Explains basic principles of sound pressure and human hearing perception.
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