Éthylotest Xblitz Rush — alcootest électrochimique, modèle Xblitz Rush

Xblitz Rush is an electrochemical breathalyzer designed to measure blood alcohol concentration (BAC) from a breath sample. The device employs an electrochemical sensor for selective detection of ethanol, producing quantitative BAC results intended for personal safety checks and basic workplace screening. The compact format and straightforward operation make the Xblitz Rush suitable for on-the-go testing and quick verification without assuming extra features beyond accurate breath-based BAC measurement.

Advantages

The electrochemical sensor used in the Xblitz Rush ensures selective and quantitative detection of alcohol in breath, which improves accuracy compared with non-specific sensor types. The device provides rapid numeric BAC readouts for quick decision-making. Its compact design and simple operation reduce setup time and make it practical for mobile or occasional use. The product focuses on core breathalyzer functionality for reliable breath sampling and measurement.

Suitable for

Key specifications

How to use

Turn on the Xblitz Rush and allow any device self-check or warm-up to complete according to the device indicators. Provide a steady breath sample into the mouthpiece until the device registers completion; the unit then analyses the sample and displays a numeric BAC reading. Interpret the displayed BAC value in accordance with local legal limits and internal safety policies. Allow the sensor to stabilise between consecutive tests as recommended by the device prompts or user manual to ensure consistent results.

Recommendations

Use the Xblitz Rush as a screening tool for personal or workplace checks; do not use it as the sole basis for legal decisions. For precise legal or medical determinations, follow local regulations and obtain confirmatory testing using certified laboratory methods. Store the device in a dry place at moderate temperatures and follow the manufacturer’s instructions for mouthpiece hygiene and sensor care to maintain measurement reliability.