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General| Interfaces | USB, Bluetooth |
|---|---|
| Power supply | Rechargeable battery |
| Operating temperature | -20 to +50 °C |
| Storage temperature | -20 to +60 °C |
| Type | Digital Multifunction Measuring Instrument |
| Display | Color graphic display |
| Memory | Internal memory |
| Measuring range | Varies with probe |
| Accuracy | Varies with probe |
| Resolution | Varies with probe |
Explains symbols, warning advice, and cautionary notes used in the document.
Details general safety instructions for operating the product and handling potential hazards.
Provides guidance on the proper disposal of batteries and electronic devices.
Defines the intended purpose and limitations of the testo 480 instrument.
Lists detailed technical specifications, features, and capabilities of the instrument.
Describes the main unit of the testo 480, including its display and controls.
Details the ports and interfaces available on the instrument for connectivity.
Explains the functions of the buttons and trackpad for operating the instrument.
Describes the status line, tabs, and information shown on the instrument's screen.
Guides users through the initial setup, including battery charging and powering on.
Explains how to move through and select items within the instrument's menu system.
Describes the procedure for selecting and activating specific functions.
Details how to exit menus and return to previous states or measuring mode.
Explains how to navigate between different data tabs on the display.
Covers methods for inputting numerical values, units, and characters.
Explains how to save entered or configured settings within the instrument.
Guides on how to configure various instrument settings like brightness, trackpad, and units.
Explains how to customize the layout and content of the measurement view.
Details how to include derived values like flow rate in the display.
Describes the function of the Favourites tab for organizing measurements.
Covers settings and information related to connected probes.
Explains how to manage saved measurements and data structure.
Explains how to freeze displayed measurement values.
Describes how to quickly save current measurement values.
Guides on creating and configuring custom measurement sequences.
Details measurements for air and volumetric flow rate in ventilation systems.
Explains how to perform turbulence measurements using a specific probe.
Covers the procedure and parameters for flow measurement with a Pitot tube.
Describes flow rate determination using funnels and probes.
Explains how to perform pressure measurements using the instrument's sensors.
Details calculating volume flow based on differential pressure and conversion factors.
Explains how to perform carbon dioxide measurements.
Covers the calculation of the Wet Bulb Globe Temperature climate index.
Explains how to determine Predicted Mean Vote and Predicted Percentage Dissatisfied.
Describes how to calculate the Normal Effective Temperature climate index.
Explains how to save measurement data to an SD card or the instrument's memory.
Explains how to print measurement results from the instrument or memory.
Describes how to view measurement data in a graphical format.
Explains the process of transferring measurement data to a PC for analysis.
Offers guidance on charging, storing, and maintaining the rechargeable battery.
Details the process of calibrating the humidity sensor.
Guides on installing new firmware on the instrument.
Provides solutions to common issues and operational questions.
Lists available accessories and replacement parts for the instrument.
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