Conventional breathalyzer AlcoFind Elite AL-DAT-AFE

Measurement Precision and Reliability in Any Conditions

The Elite series conventional breathalyzer is a device designed for demanding users who require reliable results in the range of 0.00 to 5.00 ‰. The heart of the device is a high-class electrochemical platinum sensor, which reacts exclusively to ethyl alcohol, eliminating the risk of false readings caused by the presence of other substances. Thanks to this, whether you are conducting a workplace check or verifying sobriety before a trip, you receive a result with a resolution of up to two decimal places (0.01 ‰) and an accuracy of ±0.05‰ at 25°C.

The device not only measures but also ensures the safety of the measurement process. The built-in airflow sensor and the system for verifying the proper operation of the analyzer before and after each test prevent damage to the measurement cell in case of an improperly conducted sample. Moreover, the temperature control module prevents measurement if environmental conditions (range 0–40°C) are unsuitable – this is crucial for maintaining reading precision in difficult atmospheric conditions or during outdoor work.

Ease of Use and Features Supporting Work

For installers and daily users, intuitive operation and quick readiness are essential. This model requires only about 20 seconds to prepare for the first measurement, and the sample collection time is just 4 seconds. The backlit LCD display and the illuminated mouthpiece holder ensure that the device is fully functional even in low light – e.g., during night checks or in poorly lit warehouse rooms.

The memory system allows saving the last 10 results, facilitating simple record-keeping without the need for external printers or applications (the device does not interface with them). In case the set alarm threshold of 0.20 ‰ is exceeded, the breathalyzer signals this audibly, which is particularly useful in situations requiring a quick response. Additional features, such as a counter of performed measurements and a reminder for necessary calibration, help maintain the device in optimal technical condition throughout its service life.

Construction Durability and Warranty Conditions

The housing made of impact-resistant ABS plastic (metallic gray color) provides the mechanical strength necessary for portable measuring equipment. The device weighs only 85 g (with batteries), making it a very handy tool to carry in a pocket or a BHS bag. Power is supplied by two standard AAA alkaline batteries; the automatic power-off system after 30 seconds of inactivity ensures energy savings and extends the operating time between battery replacements.

The manufacturer offers impressive warranty terms: 5-year warranty and 24 months of free calibrations. The recommended calibration frequency is once every 6–12 months or after 500 measurements (whichever comes first). The kit includes not only the breathalyzer itself but also a complete set of accessories necessary for immediate start:

• 6 single-use hygienic mouthpieces
• Carrying case
• User manual in Polish
• Warranty card
• AAA alkaline batteries

Key technical features of the device include an electrochemical (platinum) sensor ensuring high selectivity and a measurement range up to 5.00 ‰ with a resolution of 0.01 ‰. The device is characterized by an indication accuracy of ±0.05‰ for a value of 1.00‰ (at 25°C) and a built-in alarm threshold set at 0.20 ‰. The preparation time for operation is approximately 20 seconds, and sample collection takes only 4 seconds. The device memory stores the last 10 results, and operation is possible at an ambient temperature from 0 to 40°C with humidity up to 95% RH. The entire unit fits into a compact housing with dimensions 108 x 47 x 17 mm and a weight of approx. 85 g with batteries, facilitating its transport and storage together with the included carrying case.

The device proves effective both as a tool for small and medium-sized enterprises aiming to ensure employee safety and for individual users who value precision and ease of use without unnecessary technical complications.