Featuring advanced optical luminescence technology, Wi-Fi data transfer, a robust design, a built-in barometer, the cutting-edge handheld NEON OPTOD is your go-to for dissolved oxygen measurement, ensuring precise water monitoring.
Data recording and transfer via Wifi
The NEON NTU handheld device equipped with a turbidity sensor, based on a principle of nephelometry (ISO 7027), allows to measure the temperature, the Turbidity (NTU or FNU) and the Turbidity in mg/l of water. A portable, modern, intuitive device that records up to 30,000 data points downloadable via WiFi..
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The portable NEON VB with an IR optical sensor precisely detects the level of the Mud Veil in your settling works. Robust, it allows secure use in the field and a WiFi transfer function.
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NEON C4E handheld device measures Temperature, Conductivity and Salinity of water. A portable, modern, intuitive device, it stores up to 30,000 data points downloadable via Wifi.
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Aqualabo’s NEON PHEHT handheld measuring instrument, is a modern water quality control solution for precise pH, ORP and temperature monitoring, featuring intuitive handling, 30,000 data points recording and Wi-Fi transfer.
Learn moreAQUALABO, a French company, offers a combination of experience, innovation, international presence, adaptability, and ecological commitment, making it a trusted partner for water quality control.
NEON PHEHT minimizes maintenance needs, and its consumables are limited to standard pH calibration solutions, ensuring cost-effectiveness and ease of use. The electrode cartridge is to be replaced every 12 to 18 months, according to use.
NEON's Auto Off function, with customizable time intervals, optimizes power usage, providing extended battery life for uninterrupted monitoring.
Yes, the OPTOD sensor's innovative optical luminescence technology is adept at accurate dissolved oxygen measurements even in environments with minimal water circulation.
NEON offers interval recording functionality, allowing users to capture data at specified time intervals, providing a comprehensive view of variations in water parameters over time.