ELGA water purification system PURELAB Quest - ProfiLab24 GmbH
99
100
24
4
stars -
Professional service
Customer
Young team with a lot of ambition and quick answers to all questions. We needed a complete laboratory equipment for our new location. The team of Profiab24 has arranged everything.
ELGA water purification system PURELAB Quest
starting from
4.425,10 €
Manufacturer’s suggested retail price:
4.658,00 €
Excluding 19% VAT. ,
plus
(Standard)
(including 19% VAT. 5.265,87 €)
- Model
-
There are variations of this item. Please select the variation you wish.
ELGA Water Purification System PURELAB Quest
Ultrapure water for laboratories
The compact and cost-effective system produces type I, II & III laboratory water directly from drinking water. For many applications - from just one system.
Reliable water purity through multiple quality sensors and periodic recirculation.
The colour display shows water quality and system status at a glance.
Optional UV lamp with two wavelengths (185/254 nm) available.
Recording and remote monitoring of important water parameters through connection to the Hubgrade online service platform.
- Space-saving design, integrated 7-litre storage tank.
- USB data connection / Hubgrade remote monitoring
- Tap volume up to 1.2 l / min
- Recirculation for guaranteed purity
- Made from >85% recycled materials
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Ideal for:
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HydroponicsWashing / RinsingAutoclavesPreparation of media/buffersImmunochemistryMolecular biologyAtomic spectroscopyMass spectrometryclean laboratory environmentLiquid chromatography
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Power:
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10 l/h
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Modules:
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Reverse osmosis
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Storage tank - tank:
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with
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Water treatment type:
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ultrapure water systemRO waterpure water system
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Water source:
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from the water mains
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| Dimensions: |
× × cm |
| ELGA water purification system |
PURELAB Quest UV |
PURELAB Quest |
| Ultrapure water type I (at fixed tapping point) |
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| Electrical resistance |
18.2 MΩ cm at 25 °C |
18.2 MΩ cm at 25 °C |
| Withdrawal flow rate |
up to 1.2 l/min |
up to 1.2 l/min |
| TOC |
<5 ppb |
<30 ppb |
| Bacteria |
<0.1 CFU/ml1 |
<0.1 CFU/ml1 |
| Bacterial endotoxins |
<0.001 EU/ml2 |
<0.001 EU/ml2 |
| Rnases |
<1 pg/ml |
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| Dnasen |
<5pg/ml |
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| PH-value |
neutral |
neutral |
| Particles |
0.2 μm filter1 |
0.2 μm filter1 |
| Recommended withdrawal quantity |
up to 10 l/day3 |
up to 10 l/day3 |
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| Pure water type II (at output type II water) |
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| Electrical resistance |
>1 MΩ cm at 25 °C |
>1 MΩ cm at 25 °C |
| TOC |
<50 ppb |
<50 ppb |
| Bacteria |
<100 CFU/ml |
<100 CFU/ml |
| Recommended sampling volume |
up to 10 l/day3 |
up to 10 l/day3 |
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| RO permeate water type III (at the outlet type III water) |
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| Conductivity |
<20 μS/cm4 |
<20 μS/cm4 |
| TOC |
<200ppb4 |
<200ppb4 |
| Bacteria |
<1000 CFU/ml4 |
<1000 CFU/ml4 |
| Retention rate of inorganic substances |
>96 %5 |
>96 %5 |
| Retention rate of particles and bacteria |
>99 % |
>99 % |
| Jerk retention rate organic substances (MW >200 Da) |
>99 % |
>99 % |
| Production rate |
10 l/hour5 |
10 l/hour5 |
| Recommended daily volume |
up to 30 l/day |
up to 30 l/day |
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| Feed water |
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| Source of supply |
Drinking water quality |
Drinking water quality |
| Conductivity |
<2000 μS/cm (feed water with a high conductivity can reduce the life
life of the treatment cartridge and increase the conductivity of type
conductivity of type III water) |
<2000 μS/cm (feed water with high conductivity may reduce the
cartridge life and increase the conductivity of type III water).
conductivity of type III water) |
| Hardness |
<350 ppm as CaCO3 |
<350 ppm as CaCO3 |
| Free chlorine |
<0.05 ppm Cl2 |
<0.05 ppm Cl2 |
| Chloramine |
<0.02 ppm Cl2 |
<0.02 ppm Cl2 |
| Total chlorine |
<0.05 ppm Cl2 |
<0.05 ppm Cl2 |
| Silicate |
<30 ppm SiO2 |
<30 ppm SiO2 |
| Carbon dioxide (CO2) |
<30 ppm (recommended <20 ppm) |
<30 ppm (recommended <20 ppm) |
| Fouling index |
<10 |
<10 |
| Iron/manganese |
<0.5 ppm Fe/Mn |
<0.5 ppm Fe/Mn |
| TOC |
recommended <2 ppm |
recommended <2 ppm |
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| Environmental conditions |
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| Temperature |
4 to 40 °C (10 to 25 °C recommended) |
4 to 40 °C (10 to 25 °C recommended) |
| Humidity |
non-condensing, max. 80% |
non-condensing, max. 80% |
| Place of use |
clean laboratory environment |
clean laboratory environment |
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| Feedwater pressure and flow rates |
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| Feedwater flow rate |
up to 75 l/h |
up to 75 l/h |
| Outflow specification |
>90 l/h |
>90 l/h |
| Feed water pressure minimum |
2 bar |
2 bar |
| Feed water pressure maximum |
6 bar |
6 bar |
| Optimum feed water pressure |
Regulation to 4 bar (with pressure reducer) |
Regulation to 4 bar (with pressure reducer) |
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| Connections Dimensioning |
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| Feed water inlet |
8 mm outer diameter |
8 mm outer diameter |
| Outlets (type III and dispenser) |
8 mm outer diameter |
8 mm outer diameter |
| Waste water |
8 mm outer diameter |
8 mm outer diameter |
| Type II water outlet |
8 mm outer diameter |
8 mm outer diameter |
| Tank overflow |
8 mm outer diameter |
8 mm outer diameter |
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| Electrical requirements |
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| Power supply Power supply |
100-240 VAC, 50-60 Hz |
100-240 VAC, 50-60 Hz |
| System voltage |
24 V DC |
24 V DC |
| Energy consumption |
120 VA |
120 VA |
| Noise level |
<40 dBA |
<40 dBA |
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| Mounting |
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| On table |
yes |
yes |
| Wall mounting* |
yes |
yes |
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| Dimensions and weight |
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| Shipping weight |
19.6 kg |
18,5 kg |
| Operating weight |
23 kg |
21,4 kg |
| Dimensions (W x H x D) |
232 x 511 x 421 mm |
232 x 511 x 421 mm |
1 When using POU filters (LC134/LC145/LC197)
2 When using POU filters (LC197)
3 Consumption of type I and type II water in total, higher consumption shortens the service life of the treatment cartridge
4 Dependent on feed water quality (see retention rates) and compliance with maintenance intervals.
5 At feed water pressure of >4 bar and temperature of 15 °C
* With optional wall bracket LA735
