| Design water source: | Municipal tap water or groundwater | Design inlet conductivity: | <300us/cm |
| Design the water and electricity resistance rate: | >18M | Design effluent conductivity: | <0.056us/cm |
| Design inlet pressure: | 0.2-0.5MP | Design voltage: | 220V/AC |
| Brand: | Qclean thousand net | Design work pressure: | 0.6-1.2MPa |
C2 Series Laboratory Ultra Pure Water Machine Selection Table
1、 Overview:
C2seriesThe laboratory ultrapure water machine adopts a two-stage purification systemROReverse osmosis process, combined withDI+UF+UVtechnology,The effluent can meet the laboratory's first-class water standard, and the online resistivity can be achieved18.2MΩ.cm, This productWidely used in fields such as chemistry, biology, pharmaceuticals, medicine, microelectronics, semiconductors, etc. Satisfy fields such as spectral analysis, ion chromatography analysis, cell culture, protein purification, molecular biology, etc.
IIProduct Process
municipal tap water——PP——CTO——Silent booster pump - first stageRO——Intermediate water tank - secondary booster pump - secondaryRO——Multi levelDIPurification column——UV——UF——取水口
IIITechnical Features
1. Fully automatic flushing design, more durable;
2. If there is a water leak, intelligently cut off the water source;
3. Alarm for unqualified water quality;
4. Multiple protections, two types of water interfaces; Simultaneously provide laboratory grade III water and grade I water;
5. Using tap water as the water source, suitable for various complex water quality uses;
6. Dual wavelengthUVSterilization system components, effectively sterilize and reduceTOCEnhance the system's adaptability range.
7. high qualitycircuit boardFully automatic control;
8. Anti interference water quality testing probe component;
9. All pipelines are obtainedNSFauthentication;
4purposeAPPLICATION
1.Laboratory preparation of standard solution;
2.Physical and chemical analysis:HPLCTheICTheICPTheICP-MSTheAA;
3.Life Sciences: Biochips; sequence; hybridization; Electrophoresis, etc;
4.Other production and laboratory uses.
5Product Selection Sheet
model |
water production |
Inlet conductivity |
Online resistivity of effluent |
rated voltage |
rated power |
unit price |
Q-10C2 |
10L/H |
<300us/cm |
≥18.2MΩ/cm |
220V/AC |
60W |
12830 |
Q-20C2 |
20L/H |
<300us/cm |
≥18.2MΩ/cm |
220V/AC |
80W |
14830 |
Q-30C2 |
30L/H |
<300us/cm |
≥18.2MΩ/cm |
220V/AC |
100W |
16830 |
Note: The above design parameters may be changed with the improvement of the design. Please consult the manufacturer before leaving the factory.
VIMain parameters and basic configuration
Basic Parameters |
Basic Configuration |
||
Device Name |
C2 series ultrapure water machine |
TPF pre filter |
1 set |
voltage |
220V/AC |
CTO Fine Filter |
1 set |
Design water source |
Tap water or groundwater |
1 micron precision filter |
1 set |
Rated inlet pressure |
0.2-0.5MPA |
First stage RO silent booster pump |
1 set |
Range of work pressure |
0.6-0.8MPA |
First stage RO ion membrane filter |
1 set |
Inlet conductivity |
<300us/cm |
middle water tank |
1 piece |
Online conductivity of effluent |
<0.06us/cm |
Secondary booster pump |
1 set |
Primary water online resistivity |
>18MΩ.cm |
Secondary RO membrane filter |
1 set |
Third level water conductivity |
<5us/cm |
Secondary intermediate water tank |
1 piece |
Water source utilization rate |
>70% |
booster pump |
1 piece |
Design working temperature |
20-30℃ |
4 DI pure water columns |
1 set |
Available temperature |
5-40℃ |
Water Quality Monitoring Table |
1 unit |
First level RO impurity removal rate |
99% |
Water quality unqualified alarm |
1 set |
Design normal water intake |
1.5-2L/MIN |
Fully automatic control system |
1 set |
Primary aquatic microorganisms |
<0.1CFU/mL |
Supporting instrument protection device |
1 set |
Total Organic Carbon (TOC) |
<3ppb |
UV system |
1 set |
External softener |
optional |
Post installed 0.01UM filter |
1 set |
7Processing characteristics of each unit:
1Pre filter, filtration accuracy5 microns, then filtered by CTO to remove residual chlorine and some heavy metal ions from the water, with good filtration effect;
2two-stageThe RO deionization process uses an RO ion membrane filtration unit to remove impurity ions from water, with a removal rate of over 99% and a water utilization rate of over 70%. The traditional process has a water utilization rate of 30-50%.
3The main function of DI deionized water column is to remove the remaining ion impurities after RO filtration. The water treated by DI purification column has an online resistivity of up to 18MΩAbove. cm.
4UV ultraviolet light, which uses 256 wavelength ultraviolet light, can remove microorganisms, bacteria, etc. in water;
5postpositionUF heat source filter can not only remove bacteria and other substances from water, but also remove various particulate impurities, so as to minimize the residue of water evaporation;
6Equipment protection function: When the tap water pressure is insufficient or the water stops, the system will automatically shut down and enter standby mode, and the prompt light will turn on.
