A sensor or a set of sensors should be calibrated to enable it to operate error-free with the greatest possible accuracy. The calibration process is set up to improve system efficiency and performance by reducing systemic errors. An accurate reading from a calibrated sensor can be used as a reference point. Any undetected inaccuracies in a sensor may lead to systemic deterioration. It is therefore essential to calibrate the sensor in order to ensure the accuracy of automated systems.

AQUALABO’s ACTEON 5000 transmitter plays a critical role in in-situ monitoring of water quality. It collects data such as temperature, conductivity, and oxygen level, and then transfers this information in real time. These devices facilitate continuous monitoring by enabling rapid detection of changes in water quality. Transmitters are essential for assessing the health of aquatic ecosystems, ensuring proactive management of abnormal variations and thus contributing to the conservation of water resources.

AquaMod is engineered as a compact, autonomous wireless module designed for collecting and transmit data from digital sensors. It boasts straightforward installation, being preconfigured in the factory for immediate operational readiness. Users can easily configure and diagnose the module locally through Wi-Fi and a user-friendly web application. he AquaMod module employs a local area and private LoRa® network, featuring low power consumption and an extended range suitable for battery-operated devices, ensuring long autonomy. Users own both the gateway and network, enabling direct data management from digital sensors to their platform. This autonomy eliminates communication costs, presenting a cost-effective solution for efficient LoRa® network utilization in data management.