General
Model	TS601-L0DEU
Communication	LoRaWAN® – frequency band EU868 (L0DEU)
Measured quantities	temperature, relative humidity, brightness, vibration detection
Temperature range	probably -40 °C to +85 °C (not officially confirmed)
Humidity area	probably 0–100 % rF (non-condensing, not officially confirmed)
Battery power supply	Battery operated (type and capacity not specified)
Battery life	several years (under typical conditions, exact values not specified)
Housing & degree of protection	robust, weather-resistant (exact IP protection rating not officially confirmed)
Special functions	Data logging with storage during connection interruption
Application areas	Cold Chain, cold stores, pharmaceutical storage, outdoor storage, logistics, transport monitoring, environmental monitoring

The Milesight TS601-L0DEU is a LoRaWAN®-based environmental sensor device for precise monitoring of temperature, relative humidity, brightness, and vibrations. Specifically designed for use in critical logistics environments such as cold chains, storage of perishable goods, and pharmaceutical or food environments, it ensures reliable monitoring of ambient conditions. The integrated data logging function stores measurement values even during communication outages and automatically transmits them once connectivity is restored — a crucial feature for mobile or remote applications. Thanks to low power consumption and robust, weatherproof design, the sensor is also suitable for outdoor use and during transportation.

The sensor uses LoRaWAN® communication in the EU868 frequency band, making it ideal for wireless IoT networks in Europe. The extended sensor capabilities enable comprehensive monitoring beyond simple temperature and humidity measurements, also capturing light conditions and mechanical vibrations. This is particularly important for early detection of unauthorized access, transport shocks, or unintended environmental changes. The battery-powered design ensures long operational life — several years are possible under typical conditions, depending on reporting frequency.