Nephelometric 90 degree light scattering method – ISO 7027 Ranges 0-10; 0-100 NTU Digital communication Modbus RS-485 Self-cleaning of the optical measuring cell Quick check with Tare Solide

Open communication protocol (MODBUS RTU RS485) Built-in automatic cleaning option and Tare Solid verification (Premium version)

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LowTuS

LowTuS

Description

Aqualabo’s LowTuS turbidity probe employs an ISO 7027 compliant nephelometric method, ensuring precise turbidity measurements from 0 to 100 NTU. Its unique self-cleaning mechanism guarantees sustained accuracy in time.

Advantages

Nephelometric 90 degree light scattering method – ISO 7027
Ranges 0-10; 0-100 NTU
Digital communication Modbus RS-485
Self-cleaning of the optical measuring cell
Quick check with Tare Solide

Documentation

Documentation LowTuS

Assets

Open communication protocol (MODBUS RTU RS485)
Built-in automatic cleaning option and Tare Solid verification (Premium version)

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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 LowTuS

How to calibrate a turbidity sensor?

Calibration of a turbidity sensor requires the use of certified formazine standards of known concentration. After the initial calibration, accuracy checks are performed by re-measuring the standards. Adjustments may be necessary, and data documentation and periodic repeat calibration are critical to maintaining reliable measurements.

How to maintain a turbidity probe?

Maintenance of a turbidity sensor is essential to ensure optimum performance. Clean the sensor regularly to remove deposits that can affect measurements. An automatic cleaning system, as offered with the LowTuS Premium version, or anti-fouling accessories such as the hydroclean for the NTU probe, can optimize cleaning frequency. Calibrate the sensor periodically with known turbidity standards. Ensure that the sensor is protected from physical shock. Record calibration data and perform periodic checks.

Are Aqualabo’s turbidity solutions suitable for portable applications?

Absolutely. Our NTU probe, with its compact and lightweight design, is well-suited for both handheld and fixed unit applications. This adaptability ensures flexibility in measurements across diverse scenarios, making it an ideal choice for portable water quality monitoring.

How do the LowTuS sensor handle bubbles and deposits that may affect measurements?

The LowTuS sensor is equipped with special features, including debubbling and optional automatic cleaning systems. These features prevent interference from bubbles and deposits, ensuring accurate measurements even under difficult conditions. This design innovation increases the reliability of Aqualabo probes in providing accurate turbidity data for various applications.

What advantages does Aqualabo's digital communication feature offer?

The Modbus RS-485 and SDI-12 communication options provide seamless integration with a variety of devices, allowing for real-time data transmission. It also ensures reliable measurement by eliminating potential signal interference.