HANNA water quality analyzerThe (single parameter) adopts a brand new optical system design with good measurement accuracy. The menu style large screen operation interface design makes the operation simple, convenient, and clear.
HANNA water quality analyzer (single parameter) selects pre made powder reagents or water agents according to the actual measurement needs of users. Through menu selection, different measurement units can be converted to meet your different measurement needs.
The HANNA Hana water quality analyzer (single parameter) has a built-in reaction timer to ensure consistency between sample measurements and user results, automatically recording 50 measurement readings in accordance with Good Laboratory Practice (GLP).
The HANNA water quality analyzer (single parameter) meets the IP67 standard for power plant status indicator lights and automatic shutdown settings.

HANNA water quality analyzer (single parameter) LED high-quality light source system
Compared with traditional tungsten lamp light sources, LED light sources have better performance and higher luminous efficiency. LEDs can ignore the heat generated by themselves and provide excellent stability light sources.

HANNA Hana Water Quality Tester (Single Parameter) High Quality Filter
The 8nm narrowband interference filter is accurate to ± 1nm, with a 25% increase in absorbance, improving measurement stability and avoiding wavelength errors. The improved optical filter ensures measurement accuracy and precision.

HANNA Hana water quality analyzer (single parameter) unique reference detector
The internal reference system can compensate for any drift caused by battery voltage fluctuations or environmental temperature changes. By automatically adjusting the voltage of the LED, it achieves consistent and stable light source output, enabling fast and stable readings between blank (zero) measurements and samples.

HANNA water quality analyzer (single parameter) with stable and efficient light source setting
The concave focusing lens used can collect all the light transmitted through the glass cuvette, reducing possible defects and scratch errors in the glass cuvette, and minimizing errors and reading deviations caused by defects in the glass cuvette.