- Resistivity/Conductivity:
18.2 MOhm x cm | 0.055 µS/cm; Type I
- production rate:
max. 8 L/h
LABORATORY WATER PURIFICATION SYSTEMS
- Water Purification Systems
- TOC Analyzers
- Amino Acids Analyzers
- Ion Analyzers
AquaRO² & EDI²
Water quality ASTM type II from portable tap water
Astacus²
Water ASTM type I from water ASTM type II
Aquinity²
Water ASTM type I from portable water
Aquinity² P35 / P70
Water ASTM type II & ASTM type I from portable tap water
Aquinity² E35 / E70
Water ASTM type II and ASTM type I from portable tap water
AquaRO² & EDI²
Description
Specification
Description
The series of AquaRO², AquaRO²DI and EDI² are based on a reverse osmosis (RO) unit to produce deionised water. The EDI² series further processes the osmosis water by using an EDI cell to get Type II water. All sytems provide you with reliable and compact systems at low operating costs. The advantages of both series is the flexibility in terms of configuration. A production rate of 8 to 40 L/h in three different degrees of pure water (10 µS/cm to 0.2 µS/cm) is available. Optionally the systems can be equipped with a dispenser. The customer can select a 35 L ,70 L or individual tank size.
Specification
- Resistivity/Conductivity:
> 0.1 MOhm x cm to > 5 MOhm x cm
< 10 µS/cm to < 0.2 µS/cm
- production rate:
8 L/h to 40 l/h
- Total Organic Carbon (TOC):
< 20 ppb to 50 ppb
Astacus²
Description
Specification
Description
The Astacus² system is designed for the production of ultra pure water out of permeate from a reverse osmosis or deionised water. The Astacus² water purification system is available in different configurations (Reagent, Analytical & LifeScience) to meet the specific requirements of ultra pure water for different applications. Analytical is a version with UV lamp for low TOC value. Life Science version comes with UV lamp and Ultrafiltration Module for low TOC and low endotoxin values. An optionally integrated TOC sensor allows the user to monitor the TOC content permanentely online. Besides that the Astacus² can be configured as bench top or bench-integrated system with external panel and wall mounted (with inclined display). The μS-control checks the conductivity of feed water to protect the cartridges against inappropriate feed water. If conductivity is too high the water flow will be rejected.
Specification
- Resistivity/Conductivity:
18.2 MOhm x cm | 0.055 µS/cm; Type I
- production rate
max. 2 L/min
- Total Organic Carbon (TOC):
< 10 ppb (Reagent)
< 5 ppb (Life Science)
< 3 ppb (Analytical)
Aquinity²
Description
Specification
Description
Aquinity² models produce ultra pure water directly from tap water. The Aquinity² P10 ultrapure water system is equipped with a reverse osmosis (RO) module to produce deionised water directly into an integrated 10l tank. In the next step Type I grade water is produced with a polisher cartridge. The Aquinity² water purification system is available in different configurations (Reagent & Analytical) to meet the specific requirements of ultra pure water for different applications. Analytical is a version with UV lamp for low TOC value. Life Science grade water with low endotoxin can be generated with a special final filter. An optional integrated TOC sensor allows the user to monitor the TOC content permanentely online. Besides that the Aquinity² can be configure as bench top or bench-integrated system, where the control panel will mounted on the wall.
Specification
- Total Organic Carbon (TOC):
< 10 ppb (Reagent)
< 3 ppb (Analytical)
Aquinity² P35 / P70
Description
Specification
Description
Aquinity² P versions produce deionised water (< 2 µS/cm/ < 0.5 MOhm x cm) by reverse osmosis and conditioning module in to the external reservoir (35 liter or 70 liter). The water can be tapped directly (e.g. for glassware cleaning by hand) or connecting the tank to a laboratory dishwasher. Out of the storage tank the ultrapure water is produced and then can be tapped with a flexible dispenser. The Aquinity² water purification system is available in different configurations (Reagent, Analytical & LifeScience) to meet the specific requirements of ultra pure water for different applications. Analytical is a version with UV lamp for low TOC value. Life Science version comes with UV lamp and Ultrafiltration Module for low TOC and low endotoxin values. An optional integrated TOC sensor allows the user to monitor the TOC content permanentely online. Besides that the Aquinity² can be configured as bench top or bench-integrated system with external panel and wall mounted (with inclined display). The tank can be installed at the side or above the system or even underneath the bench. Upon request the tanks can be connected in series to reach a bigger volume of reservoir.
Specification
- Resistivity/Conductivity:
> 0.5 MOhm x cm | < 2 µS/cm; Type II
18.2 MOhm x cm | 0.055 µS/cm; Type I
- production rate:
max. 10 L/h, optionally 20 L/h
- Total Organic Carbon (TOC):
< 10 ppb (Reagent)
< 5 ppb (Life Science)
< 3 ppb (Analytical)
Aquinity² E35 / E70
Description
Specification
Description
Professional dissolved oxygen pocket meter with mini USB interface for mobile applications or routine measurements with documentation
•Documentation of long data series by integrated data logger function
•Backlit graphic display for measurements in all lighting conditions
•Calibration against external standard possible
•Robust and waterproof (IP 67)
The Oxi 3310 is a top of the line portable meter for dissolved oxygen with a modern, user-friendly user interface. The output of the measured results is either as concentration, saturation or partial pressure. It has an interval-driven data logger and memory for 5,000 entries – ideal for the automatic data collection on site. If desired, you can calibrate against external standards such as reference sensors or Winkler titration.
The scope of delivery includes the MultiLab® Importer to capture data via Excel®.
Specification
- Resistivity/Conductivity:
> 0.5 MOhm x cm | < 2 µS/cm; Type II
18.2 MOhm x cm | 0.055 µS/cm; Type I
- production rate:
max. 10 L/h, optionally 20 L/h
- Total Organic Carbon (TOC):
< 10 ppb (Reagent)
< 5 ppb (Life Science)
< 3 ppb (Analytical)
