Lab Water Purification System, <3ppb TOC, Type 1 & 3

5 out of 5 based on 1 reviews | Write a review

$6,028.90

Low TOC and pyrogen water purification system, RO Type I deionized ultra water purifier for lab, ultraviolet (UV) sterilized, IC automtical controling, used to IC/ICP-MS/HPLC/LC-MS organic analysis, TOC analysis, molecular biologu related experiment, e.g. PCR, DNA/RNA preparation, protein analysis and so on.

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Single pass RO system
Double pass RO system [+$458.00]

SKU: ATO-WPS-Mogene610

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Delivery date: 6-12 days

Overview

Good quality reverse osmosis ultra-pure water system, for use with applications requiring Type 1 and Type 3 lab water, 18.25MΩ-cm@25℃ resistivity, removes particulates from feed water to less than 1 CFU/mL.

Specification

Model	Mogene610s/ 620s/ 630s	Mogene610d/ 620d/ 630d
Process	Single pass RO system	Double pass RO system
Output of pure water	≥10L/H	≥10L/H
Output of ultrapure water	≥ 1-1.5L/min	≥ 1-1.5L/min
Resistivity at 25℃	18.25MΩ.cm	18.25MΩ.cm
Conductivity at 25℃ (Type 3 water)	≤10μs/cm	≤5μs/cm
TOC	< 3ppb	< 3ppb
Pyrogens/endotoxins	< 0.025EU/ml	< 0.025EU/ml
Bacteria	< 1cfu/ml	< 1cfu/ml
Particles (> 0.22μm)	< 1/ml	< 1/ml
Absorbance (254nm,1cm optical distance)	≤ 0.001	≤ 0.001
Reactive Silica (SiO2)	< 0.01ppm	< 0.01ppm
Heavy metal	< 0.01ppm	< 0.01ppm
Electrical requirements	220V (230V, 240V) 50Hz
Power	≥100W	≥150W
Dimension (L/W/H)	340550530mm	340550530mm
Weight	≥34KG	≥45KG
Tank capacity	30L

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 anti-scaling program, RO membrane manual cleaning button.
Built-in automatic cycle timing of ultra pure water, ultra pure water conservation.
On-line monitoring of water resistance, real-time display of system operating status and warnings.
Pure water tank with cone type structure,a discharge valve at the bottom, easy to clean and disinfect exhausted.
Digital display the time of regular intake or conveying water pressure. Can set time of water outlet.

Lab Test and Corresponding Water Type List

Test Name	Type III Water	Type II Water	Type I Water
Lab glassware washing	√
Hydroponics	√
Sterilizer use water	√
Gas generator use water	√	√
Conventional test	√
Reagents/ drugs preparation, dilution	√
Feed water for ultrapure water	√
IC		√
LC/LC-MS			√
HPLC			√
AAS			√
ICP/ICP-MS			√
GC/GC-MS			√
Trace analysis			√
TOC analysis			√
Organic analysis			√
Inorganic analysis			√
Environmental analytical test			√
Microelectronics parts cleaning			√
Precision instrument use water			√
Analytical reagent/ drugs preparation, dilution			√
Mass spectrometry			√
PCR application/analysis			√
DNA/RNA research			√
Proteomics research			√
Plant and animal cell culture			√
Toxicity analysis			√
Microbiology experiment			√
Immunological experiment			√
Biochemistry experiment		√
Serum test		√
IVF			√

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.)

No.	Name	Specification	Lifespan
1	PP filter	1st stage, 10”/20” (5μm)	3-6 months
2	Activated Carbon filter	2nd stage, 10”/20”	6-12 months
3	Softener filter	3rd stage, 10”/20”	6-12 months
4	Precision filter	4th stage, 10”/20” (1μm)	10-12 months
5	RO membrane	75g/300g	1-2 years
6	Ultra purification resin column		1 year
7	Micro filter	0.22μm	1 year
8	UV lamp	185/254nm	8000 hours
9	Pure water tank	30L, 80L, 120L

Tips: How to choose the right lab purification water system.
Uses: Different experimental projects have different requirements for the quality of produced water. Based on this, the appropriate machine model can be roughly determined. For example, the amount of Type 3 water used in the laboratory is relatively large, the amount of ultra-pure water is small, or only Type 2 or Type 1 water is used.
Water intake mode: whether to take water continuously or intermittently during work. Are there any special requirements for water pressure or water storage buckets, hoses, etc.
Water use during peak periods: duration of water intake peaks, water requirements, and water quality.
According to the daily water consumption, further determine the specifications of the required ultrapure water system.
Working environment: location, space, distance of water inlet and outlet, power supply, etc.

Existing reviews of Lab Water Purification System, <3ppb TOC, Type 1 & 3

Wonderful water purification system

We bought this water purification system for cleaning laboratory instruments. This is exactly what I want. Works great and runs without noise. The appearance is fashionable, the water flow meets the demand, and the TDS value after filtration is 0. It fully meets the experimental standard.

From: Matt | Date: 27/04/2022

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