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General| Communication | Wired |
|---|---|
| Type | Motion Sensor |
| Technology | PIR |
| Detection angle | 90° |
| Operating Humidity | 95% RH max. |
Essential guidelines for safe operation and avoiding damage.
Defines the approved applications and purpose of the Aqua M300 device.
Lists all items included in the Aqua M300 package.
Details the various optional and included accessories for the device.
Identifies and describes the function of each button and dial on the Aqua M300.
Outlines the touch display and connection ports for sensors and PC.
Guides on how to connect various microphones for acoustic leak detection.
Explains how to connect the H2 hydrogen sensor for trace gas detection.
Describes how to navigate through menus using touch screen or dial.
Details the primary functions accessible from the main menu interface.
Explains how to use the integrated help feature for guidance.
Defines the symbols and icons used on the device interface.
Guides on configuring the device's internal clock, date, and display language.
Covers adjustment of screen brightness and automatic power-off time.
Allows customization of high-pass, low-pass filters, and frequency spectrum.
Explains how to clear measurement data and parameter configurations.
Details how to set the microphone amplification for optimal signal capture.
Introduces the different modes for acoustic leak detection.
Describes available filter presets for various leak detection scenarios.
Explains how to adjust the audio output volume for headphones.
Details Smart Mode and Volume Mode for leak detection.
Outlines the steps and display interpretation for Smart Mode measurements.
Details the steps and display interpretation for Volume Mode measurements.
Instructions on how to delete stored measurement data.
Describes how to manually adjust filter settings for acoustic detection.
Explains how to use headphones during the filter setting process.
Setting sensor sensitivity and filter presets for long-term measurements.
Adjusting volume and time intervals for long-term measurements.
Guides on starting, stopping, and clearing long-term measurements.
Introduces the trace gas detection function with H2 sensor.
Guides on setting up and warming up the device for trace gas detection.
Explains the elements and readings on the display during trace gas detection.
Describes standard measurement and using acoustic feedback for guidance.
Explains how to set audible alarm limits for hydrogen concentration.
Details how to perform zero calibration for accurate readings.
Explains the difference and display of relative and absolute measurement values after calibration.
Outlines how to use the device to locate pipes using pulse wave generation.
Covers adjusting volume, sensitivity, and frequency for pipe searching.
Guides on how to save measurement readings to the device's internal memory.
Instructions for clearing stored measurement series from memory.
Explains how to retrieve previously saved measurement data.
Details the process of transferring data from the device to a computer.
Describes the final steps for transferring data to a PC via software.
Lists common problems and solutions for acoustic leak detection.
Lists common problems and solutions for trace gas detection.
Provides instructions on how to change the device's batteries.
Outlines procedures for cleaning the main unit and hydrogen sensor.
Detailed technical data for the Aqua M300 central unit.
Technical data for the Aqua M300 H2 Hydrogen Hand and Ground Sensors.
Explains the physical principles behind sound generation from pipe leaks.
Describes ground-borne, structure-borne, and current-induced sounds.
Details a systematic method for locating leaks using microphones.
Guides on using a ground microphone to pinpoint leak locations.
Explains the functional principle of using hydrogen gas for leak detection.
Provides a method and table for estimating required forming gas amounts.
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