multi X 2500 AOX/TOX analyzer
- Broad range of applications – AOX, EOX, POX, TOC, TX/TOX
- Both vertical and horizontal sample feeding in one system
- High sample throughput and accurate measurement
- Low operating costs and maintenance effort
Product Details
The all-rounder AOX/TOX instrument for environmental monitoring
In environmental monitoring, as well as in process and quality control, the determination of organic halogens that can be adsorbed by activated charcoal is very important for the evaluation of water and waste water. With the multi X 2500 AOX analyzer, Analytik Jena provides a flexible, future-oriented system for sum parameter analysis that meets the requirements of every modern laboratory.
AOX/TOX/EOX/POX/TX analysis Thanks to the innovative double furnace technology and the proven gas lock for sample introduction the multi X 2500 represents a completely new generation of AOX analyzers.
Double furnace technology The innovative double furnace technology with tilting furnace combines the advantages of both the vertical and horizontal furnace into one AOX analysis system.
High degree of operator convenience due to
- Very easy handling
- Plug-and-start technology
- Significantly reduced maintenance work
- Intelligent software package multiWin
- Fast changeover between batch and column method
- User-friendly design for outstanding ease of use and efficiency
- High sample throughput in the vertical and horizontal modes
The fully automated multi X 2500 series of samplers is available in a variety of versions and with different capacities.
Applications
Applications
Determination of Adsorbable Organic Halogens in Highly Saline Water Samples after Solid Phase Extraction (SPE-AOX)
Linearity test according to DIN EN ISO 9562 (column method)
Linearitätstest für die AOX-Bestimmung nach DIN EN ISO 9562 (Säulenmethode)
Bestimmung von adsorbierbaren organisch gebundenen Halogenen in stark salzhaltigen Wasserproben nach Festphasenextraktion (SPE-AOX)
Bestimmung des AOX in Abwasserproben mittels Säulenmethode gemäß DIN EN ISO 9562
Determination of AOX in Wastewater Samples by Column Method According to DIN EN ISO 9562
Bestimmung des Parameters AOX in Klärschlamm mittels Schüttelmethode gemäß EN 16166
Determination of AOX in Sewage Sludge Samples by Batch Method According to EN 16166
multiWin Software For optimized system performance and simple measurement
The self-explanatory multiWin software guides the user through all relevant menu points. The software immediately indicates errors in the system's configuration and inappropriate parameters, preventing useless results from the outset. multiWin checks the performance of the system and the analysis quality and gives a clear presentation of the measurement results in individual analysis reports and much more. multiWin provides:
- Free evaluation of sample data even during running measurements
- Automatic selection of the optimum calculation function
- Fully automatic set up of calibration curves for various measuring ranges, as well as the possibility of individual recalculation of results
- Intuitive user guidance
- Extensive user-oriented functions such as multi-point calibration, blank value correction, recalculation of results, free choice of results dimensions, statistical functions
- Automatic monitoring of maintenance intervals
- Convenient management and storage of data and parameters
- Automatic or manual export of various data formats possible
Accessories
The multi X 2500 AOX analyzers are available in a variety of versions. Allowing you to optimally adjust the multi X 2500 to match the requirements of your laboratory operation.
Downloads
| Title | File information |
|---|---|
| Technical Data multi X 2500 (Edition 10.18, English) | PDF, 278 KB |
| Title | File information |
|---|---|
| Manual multi X 2500 (English) | PDF, 4 MB |
| Manual APU 28 (English) | PDF, 2 MB |
| Quick Guide Tablet AOX – Bestückung Rack | Assembly rack (German / English) | PDF, 385 KB |
| Manual Software multiWin 5.4 - for multi EA 5000/multi EA 4000/mutli X 2500 (Edition 05.15, English) | PDF, 4 MB |