Museums and Warehouses

Wireless temperature and humidity data loggers. Measuring range from -35 to +70°C and 0 to 99% RH, with Bluetooth Low Energy. Comes with a free app and a replaceable 3.6 V AA battery.

User-friendly USB data logger for temperature and humidity, with replaceable battery.

Highly accurate data logger for both temperature and relative humidity. The logger is reusable, automatically generates PDF, CSV, and TXT reports, and does not require any software to read out the data. Perfect for reliable monitoring of indoor climate and temperature-controlled transport. Each logger is individually calibrated and comes with a free, traceable calibration certificate.

With display and replaceable battery – operates without software via your web browser on PC and Mac.

Lascar EasyLog USB data logger with display for temperature, relative humidity, and dew point.

The Efento NB-IoT wireless temperature and humidity logger provides reliable, long-term monitoring with high accuracy, wireless NB-IoT and Bluetooth connectivity, configurable alarm thresholds, cloud integration, and up to 5 years of maintenance-free battery life.

EL-WIFI-TH wireless temperature and humidity data logger with internal sensor

EL-WIFI-TH+ wireless temperature and humidity data logger with internal sensor - high accuracy for critical climate monitoring

The EL-IOT-CO2 is a smart WiFi data logger that continuously monitors indoor air quality.
It measures carbon dioxide (CO₂), temperature, and relative humidity, and automatically sends the data to the EasyLog Cloud.
Thanks to alarm notifications via email and SMS, a built-in sounder, and a red LED light, you are always alerted when thresholds are exceeded.

WiFi/Bluetooth datalogger with external sensor for temperature and relative humidity, which automatically uploads measurement data to a free cloud service. With a measurement range of 0–55°C and 10–95% RH, up to 1.5 years battery life, and easy operation via a free app and web browser, this logger is ideal for accurate and flexible monitoring.