HC-O017 Hot sales Laboratory ultrapure water machine Water Purification System with low price

Features for HC-O017Hot sales Laboratory ultrapure water machine Water Purification System with low price :

Main configuration

The main function

   1. Urban tap water is influent, and RO pure water (conductivity ≤ source water conductivity × 2%) and UP ultrapure water (resistivity ≤ 18.2 MΩ.cm) can be prepared at the same time;

   2. UP ultra-pure water resistivity online monitoring;

   3. RO pure water conductivity online monitoring.

   4. The system automatically flushes the RO membrane;

Technical Parameters

Influent water source Total dissolved solids TDS<200ppm, water pressure 0.10-0.40Pa, water temperature 5-45°C

Water production 5/10/20 l / h

Effluent flow 1.5-1.8 L / min (when the tank is storing water)

RO effluent water quality Conductivity ≤ Inlet conductivity x2%

UP effluent water quality (online monitoring) Resistivity 17-18.2MΩ.cm Resistivity 18.2MΩ.cm (online monitoring) Microparticles ≤1/ml Microorganism ≤1cfu/ml

Scope of application Preparation of solutions, reagents, buffers, etc. Student experiments / utensils washing small biochemical analyzers, physical and chemical testing, etc. Qualitative and quantitative analysis... Atomic absorption (AAs) / atomic emission (AES) ion chromatography (IC) plasma emission spectroscopy (ICP) High performance liquid chromatography (HPLC)...

Remarks:

(1. In the area where the source water quality is poor (TDS>200ppm), the RO pure water quality may be reduced to the conductivity above 10μs/cm, and the water quality requirements are higher. The user recommends the UPR+UPHW combination scheme;

(2. The water production capacity of this product refers to the rated water production capacity of RO membrane when the water temperature is 25 °C. When the water temperature is lowered by 1 °C, the water production of RO membrane drops by about 3%. When the water temperature is lower than 5 °C, the RO membrane will stop producing water. User selection must be based on factors that reduce the temperature of the winter water in the area;