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Describes the cylindric ionization chamber, its active volume, and electrical potentials.
Details the three independent signal processing channels for signal characterization and analysis.
Explains the illuminated graphic display and the five user keys for navigation and control.
Details the USB, RS232, Bluetooth, and external sensor interfaces on the front panel.
Describes the air inlet and outlet ports for diffusion and flow mode operations.
Details the five acquisition windows displaying measurement values, charts, and settings.
Covers functions like setting markers, location IDs, operation modes, pump flow, and interval settings.
Explains how to adjust date, time, time zone, display, key code, alarm level, and units.
Defines short codes for hardware parameters and their recommended actions.
Lists data quality parameters and their descriptions, including measurement range and noise levels.
Details the setup and procedure for radon monitoring using diffusion mode.
Explains how to perform measurements in open or closed gas circuits using flow mode.
Describes the procedure for differentiating radon and thoron using the DF2000 model.
Recommends using a Tyvek bag for protection in dusty environments.
Details connecting an external battery to extend operational time.
Introduces the AlphaPM as a front-end for time-resolved radon progeny concentration recording.
Explains the AquaKIT's use with DF2000 for precise radon concentration determination in water.
Describes the REM1 as an all-in-one solution for time-resolved radon monitoring in water.
Presents the external sensor module for differential pressure and temperature measurements.
Details the application of the soil gas probe for soil gas analysis and measurement.
Explains the DPS-5000 sensor for recording differential pressure and estimating soil permeability.
Lists available equipment for calibration measurements, including gas-tight containers.
Covers options for integrating AlphaGUARD units into real-time online networks.
Describes the adjustable alarm threshold and the function of the Alarm Outbreak Box.
Explains the microprocessor-controlled module for switching between multiple gas entrances.
Presents technical specifications including detector type, operation modes, and measurement ranges.
Lists technical specifications such as operating range, dimensions, and power consumption.
Details specifications including detector efficiency in different modes and measurement ranges.
Covers features like atmospheric pressure, temperature, humidity, and external sensor channels.
Compares AlphaGUARD models based on characteristics and application areas.
Provides step-by-step instructions for establishing a Bluetooth connection with Windows.
Illustrates menu navigation through acquisition, function, and settings flowcharts.
Describes the cylindric ionization chamber, its active volume, and electrical potentials.
Details the three independent signal processing channels for signal characterization and analysis.
Explains the illuminated graphic display and the five user keys for navigation and control.
Details the USB, RS232, Bluetooth, and external sensor interfaces on the front panel.
Describes the air inlet and outlet ports for diffusion and flow mode operations.
Details the five acquisition windows displaying measurement values, charts, and settings.
Covers functions like setting markers, location IDs, operation modes, pump flow, and interval settings.
Explains how to adjust date, time, time zone, display, key code, alarm level, and units.
Defines short codes for hardware parameters and their recommended actions.
Lists data quality parameters and their descriptions, including measurement range and noise levels.
Details the setup and procedure for radon monitoring using diffusion mode.
Explains how to perform measurements in open or closed gas circuits using flow mode.
Describes the procedure for differentiating radon and thoron using the DF2000 model.
Recommends using a Tyvek bag for protection in dusty environments.
Details connecting an external battery to extend operational time.
Introduces the AlphaPM as a front-end for time-resolved radon progeny concentration recording.
Explains the AquaKIT's use with DF2000 for precise radon concentration determination in water.
Describes the REM1 as an all-in-one solution for time-resolved radon monitoring in water.
Presents the external sensor module for differential pressure and temperature measurements.
Details the application of the soil gas probe for soil gas analysis and measurement.
Explains the DPS-5000 sensor for recording differential pressure and estimating soil permeability.
Lists available equipment for calibration measurements, including gas-tight containers.
Covers options for integrating AlphaGUARD units into real-time online networks.
Describes the adjustable alarm threshold and the function of the Alarm Outbreak Box.
Explains the microprocessor-controlled module for switching between multiple gas entrances.
Presents technical specifications including detector type, operation modes, and measurement ranges.
Lists technical specifications such as operating range, dimensions, and power consumption.
Details specifications including detector efficiency in different modes and measurement ranges.
Covers features like atmospheric pressure, temperature, humidity, and external sensor channels.
Compares AlphaGUARD models based on characteristics and application areas.
Provides step-by-step instructions for establishing a Bluetooth connection with Windows.
Illustrates menu navigation through acquisition, function, and settings flowcharts.
General| Detector Type | Ionization chamber |
|---|---|
| Measurement Principle | Ionization chamber |
| Display | LCD |
| Operating Temperature | 0°C to +50°C |
| Power Supply | Rechargeable battery or AC adapter |
| Accuracy | ±10% |
| Interface | USB |
| Certifications | CE |
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