GANIMEDE Total Phosphorus Analyzer

GANIMEDE Total Phosphorus Analyzer

-Working principle:

The GANIMEDE system adopts a highly integrated modular design, consisting of three core units working together:

• control unit

  After the user inputs the sample information, it commands the entire analysis process in a unified manner.

• Sample conversion unit (automatic sampler)

  Equipped with a 36 bit (upgradable to 53 bit) sample tray, it enables automatic and continuous injection of bulk samples.

• Dissolving and Analyzing Unit

  Automatically complete sample digestion and analysis.

-Instrument features:

The analysis process of GANIMEDEP total phosphorus analyzer is simple: the sample information is input into the control unit, and the automatic sampler automatically injects the sample into the digestion and analysis unit. The automatic needle flushing and needle sample mixing function ensure the accuracy of measurement results and pollution-free sampling.

1) The GANIMEDEP total phosphorus rapid analyzer has an automatic sampler with 36 sample bottles, and can also choose an automatic sampler with 53 sample bottles;

2) The GAIMEDEP total phosphorus analyzer can automatically clean the pipeline during each measurement gap to avoid the carrying effect of the pipeline;

3) Having wireless infrared communication connection and RS232 interface facilitates data download;

4) The GANIMEDEP total phosphorus analyzer uses pre made reagents, which can greatly shorten the preparation time of the reagents;

5) The pipeline of the GANIMEDE total phosphorus analyzer analysis system allows particles with a particle size of 100 μ m to pass through;

6) The testing of total phosphorus does not require sample preparation, the use of fume hoods, or exposure to toxic and harmful reagents, making the entire analysis process time-saving and safe;

7) The same controller can manage both GAIMEDEP and GAIMEDEN analysis systems simultaneously.

-Application areas:

The GANIMEDE total phosphorus analyzer is suitable for water quality analysis in industrial and municipal laboratories, large sewage treatment plants, power industry, and other fields.