Learn how to operate the Medusa device in an easy and simple way.
What is Medusa?
How does it measure?
Connecting the Medusa sensors
How is it calibrated? - Introduction
Full Medusa calibration
How Medusa works
What is the connectivity?
What type of connectivity should I choose?
What are the optimal operating conditions?
What is the maintenance?
Cleaning and maintenance of Medusa
What is the charging process?
What are the moorings?
How can i purchase the device
This device can measure the following water parameters: pH, temperature, salinity / conductivity, dissolved oxygen, redox, turbidity and ammonium.
The device is calibrated at the factory, but the device measurements are calibrated using pH, conductivity and dissolved oxygen solutions. Be sure to follow the calibration instructions included in the user manual.
Measurement accuracy varies depending on the parameter and measurement range. Be sure to check the technical specifications for specific device accuracies.
Measurements are performed by immersing the probes connected to the device in water. Be sure to follow the instructions for use to obtain accurate measurements.
The measurement ranges vary depending on the model of the device. Be sure to check the technical specifications for specific device ranges.
The device works best in stable environmental conditions of temperature and humidity.
The device should be cleaned and maintained regularly to ensure accurate measurements. Be sure to follow the cleaning and maintenance instructions included in the user manual.
The warranty on MEDUSA electronic components is subject to the country of purchase. Be sure to review the terms and conditions of return and warranty before purchasing the device.
MEDUSA is designed to measure in all types of water, including freshwater, brackish water and seawater.
MEDUSA is intended for all types of aquaculture producers and in all types of production.
MEDUSA has several types of connections available: GSM, LoRaWAN, Bluetooth and Wi-Fi. This allows users to connect to the device and get real-time readings from anywhere.