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multi N/C® - High Performance TOC Analyzer for water analysis
Looking for the best system for your routine or special applications?
Look no further - the multi N/C® series offers the optimum solution for every application. From the analysis of drinking water and waste water, pharmaceutically used water or cleaning validation, surface water, through to water in power plants or in the semiconductor industry.
For solid substance analysis, e.g. TOC determination in sewerage sludge or soils, extra modules are available.
DIN EN13137 will be replaced by DIN EM15936.
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For TNb determination two highly sensitive detectors are available.
The chemiluminescence detector (LCD) or the solid state chemodetector (ChD) can be used for the complete and reliable measurement of all organic and inorganic nitrogen compounds.
multi N/C® is versatile, reliable and easy to use.
The intelligent series offers intuitive user guidance and has been designed for tough routine analytical work! High quality materials and long-living components ensure low wearing.
The few consumables are arranged in the system for easy access. Few wearing parts, long maintenance intervals and fast replacement guarantee minimum operating costs.
Modular variety permits individual adaptation to your applications.
Depending on your requirements, we offer a wide range of different analyzers: with a dynamic range of ppb - ppm
multi N/C® 2100
Compact and universal for environmental analysis
multi N/C® 3100
The all-rounder for most TOC application requirements
multi N/C® UV HS
Extremely well-proven even in complicated Matrixes.
multi N/C® Pharma
Predestined for pharmaceutical applications. |
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Advantages
of Focus Radiation® NDIR-Detector
No Reflexion necessary - but focused radiational
No corrosion!
No cleaning - low mainteneance costs! |
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Advantages VITA
Precise results independent from injection volumes
Lange sample volumes possible - increased sensitivity
Multiple-calibration by a single standard using different injection
volumes
(Easy Cal)
Calibration in the trace range using a stable higher concentration
standard
(Easy Cal)
Flow independent calibration curve with long term stability (Easy Cal)
saves time and costs |
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Advantages Wet
Chemical Digestion
High Power Long Life UV reactor works with two wavelengths:
254 nm and energy-rich 185 nm
Special reactor material enables the transmissibility of two
wavelengths |
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Advantages Easy
Cal®
Very low efforts in calibration saves time and costs
Long term stability because of VITA® up to one year
Multipoint calibration with a single standard - different injection
volumes |
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Advantages Sample Injection Technique
Minimum risk blockage,
Intelligent rinsing - effective reversal rinsing
No septa replacement/septum bleeding
Low maintenance effort, costs and downtime.
Only one valve!
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Among the more than 150,000 photometers from Jena installed worldwide, the SPECORD® is a classic. The latest SPECORD® spectrophotometer generation, the SPECORD® PLUS, once again sets a new course to the future!
Water and Waste Water Analysis
Quantitative analysis of numerous elements such as iron, copper and zinc can be automated using the Sipper system.
With the help of a measuring probe, less degradable organic compounds can be analyzed directly in the sample.
The chemical oxygen demand (COD), ammonium, cyanide or elements such as lead, cadmium, nickel and aluminium in water samples can be detected quickly and
easily using ready-to-use test kits and the round cell holder.
The position for turbid samples at the SPECORD® PLUS allows reliable measurements of highly scattering samples such as turbid waste water.
The SPECORD® PLUS appeals to the user because of:
- PRECISION
- FLEXIBILITY
- USER-FRIENDLINESS
- INTELLIGENCE
- DURABILITY
- DESIGN
With the SPECORD® PLUS offers fast operational readiness, high effectiveness and easy handling. |
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SPECORD® S600/S300
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SPECKOL SERIES
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SPECORD® 50/40
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Trace analysis of mercury - a global challenge
Modern techniques for mercury analysis have to meet a number of clear and exacting requirements:
High sensitivity and selectivity
High sample throughput
Interference-free methods
Easy routine operation
The method of choice: atomic fluorescence
spectrometry
Various configurations available for the whole range of mercury analysis:
mercur and mercur plus - Mercury analyzer based on
Atomic Fluorescence with or without enrichment |
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mercur duo und mercur duo plus - Tandem mercury analyzer based on Atomic Fluorescence and Atomic Absorption with or without enrichment
An added advantage: cold vapour technique
Increasingly stringent standards
Today's most stringent standards governing mercury determination in the USA and Europe are based on the atomic fluorescence method. The U.S. EPA method 1631 Mercury in Water by Oxidation, Purge and Trap, and Cold Vapor Atomic Fluorescence Spectrometry requires a minimum limit of determination of 0.5 ng/l and a detection limit of 0.2 ng/l, while specifying a maximum permissible concentration of 1.3 ng of mercury per liter in surface waters and ground water. These figures make the EPA the world's most stringent statutory regulation on mercury.
Designed to meet these requirements, the mercur guarantees mercury analyses compliant with:
EPA 245.1, EPA 245.2, EPA 245.7 and EPA 1631
EN 12338
EN 1483
EN 13506
EN 13806 |
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