The AlphaTracer Industry is a patented real-time radon sensor, specifically designed for challenging environments such as waterworks, tunnels, mines, and industrial facilities.

Key Features

Measuring range: 0 - 1,000,000 Bq/m³
High sensitivity: 17 cph @ 100 Bq/m³
Splash-proof housing (IP54) for enhanced durability
M12 connector for reliable and robust connections
Multiple interface options: Serial 12V & PWM (0-10V), Modbus 485, Modbus TCP/IP, WiFi

The LivAir Tracer IP54 is the latest, innovative radon sensor from LivAir, enabling real-time radon monitoring in buildings. Thanks to patented measurement technology, the device sets new benchmarks in accuracy and speed. The sensor unit is highly resistant to temperature fluctuations, humidity, vibration, dust, and dirt, making it ideal for demanding environments.

Designed for use in waterworks, tunnels, mines, basements, and industrial buildings, the AlphaTracer Industry ensures precise and reliable radon detection even in high-dust or high-moisture conditions. Each sensor is individually calibrated, guaranteeing exceptional accuracy across an extensive measuring range up to 1,000,000 Bq/m³.

Recognized as a "Gamechanger" by the EU, the AlphaTracer Industry is optimized for large-scale radon monitoring and is built with robust, maintenance-free components for long-term operation.

Available Output Signal Versions

The LivAir | AlphaTracer Industry system is available in different versions to suit specific integration needs:

AlphaTracer Industry 12V & PWM (0-10V)
AlphaTracer Industry Modbus 485 (recommended for Modbus and SBS bus systems)
AlphaTracer Industry Modbus TCP/IP WiFi

The WiFi version includes a range of configurable functions accessible via the sensor’s web interface:

Modbus (TCPIP WLAN)
MQTT
XML API (for parsing the tracer data)
HTML API (for parsing the tracer data)
Get API (Free Cloud Function)
Chart function (14-day data history)

Custom Configuration & Adaptation

The AlphaTracer Industry can be easily modified using the Programming Adapter (sold separately), allowing adaptation to unique building requirements.