Laboratory Water Purification System, Type 2 and 3

DI water purification system for laboratory/ mechanical/ QC, digital display the resistivity or conductivity, real time monitoring the operation, optional single or double stage RO module.

Specification

Note: The model end with 's' has single stage RO module, suitable for feed water inlet TDS<200PPM. Model end with 'd' have double stage RO module, suitable for feed water inlet 200ppm<TDS<400ppm. If feed water inlet TDS>400PPM, suggest an additional industrial type softener.

Product Features
Power on self test, water shortage protection alarm, power-off protection.
Built-in RO membrane fouling prevention program, auto flushing when open and manual RO membrane cleaning button.
Built-in automatic cycle timing of ultra pure water, ultra pure water conservation.
Water resistance/conductivity on-line monitoring, display the running state and parameters.
Pure water tank with cone type structure, a discharge valve at the bottom, easy to clean and disinfect exhausted. Water level auto detection.

Lab Test and Corresponding Water Type List

Main Consumable List (A water purification system is equipped with a set of consumables. If you want to buy some of the following consumables, contact us now.)

Tips: Conductivity
Conductivity is generally measured using a conductivity meter. Usually this indicator indicates the purity of water. The conversion method of conductivity is the inverse of resistivity. Conductivity, as its name implies, refers to the electrical conductivity of a substance. The larger the conductivity, the stronger the electrical conductivity. A smaller conductivity indicates a weaker conductivity. If the conductivity is larger, it means that there are more conductive ions in the water. That is, the more impurities there are in the water. Generally, the smaller the conductivity of the raw water in the purification water system the better. The water treated by ultra-pure water system is pure water, and its conductivity is generally lower than 10us.