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Handheld TSS meter: NEON MES

The NEON handheld device, always ready for use, is designed to work with the Sludge Blanket sensor to measure TSS, turbidity, sludge blanket level, and temperature, both in wastewater treatment plants and sludge treatment processes.
It features a data logging function capable of storing up to 30,000 measurement points, in both spot and automatic modes.
Data transfer to a computer is simplified thanks to the WiFi Transfer function, which requires no additional cables.
Built to resist disturbances, the system includes integrated pre-amplification within the sensor and digital signal processing.
All information related to calibration, history, users, and measurements is managed directly within the MES5 sensor and then transmitted to the NEON terminal.

  • Intuitive, simple and quick to use : immediate familiarisation
  • Robust, IP67 waterproof, lightweight.
  • Digital sensor technology : measurement reliability.
  • Data recording and transfer via Wi-Fi

The NEON MES includes three measurement parameters: temperature, turbidity, and sludge blanket.

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Why trust AQUALABO?

AQUALABO, a French company, offers a combination of experience, innovation, international presence, adaptability, and ecological commitment, making it a trusted partner for water quality control.

FAQ Handheld Sludge Blanket dection NEON VB

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.