Analytik Jena – multi X 2500
The multi X 2500 is a versatile powerhouse in sum parameter analysis, catering to a wide range of applications. From AOX/TOX, EOX, and POX monitoring in wastewater, sludge, and soil to TOC analysis, which is essential for wastewater assessment, and TX/TOX determination in complex organic matrices, this system delivers precision and efficiency.
Experience effortless operation, unmatched application flexibility, and a high level of automation, ensuring reliable results with maximum sample throughput—all with minimal effort.
Optimal Adaptation for Every Sample Matrix
The innovative double furnace technology with a tilting furnace seamlessly integrates the benefits of both vertical and horizontal sample feeding and combustion into a single analysis system—setting new standards in efficiency and performance.
Effortless Operation
Plug-and-Start Technology
Reduced Maintenance
High Sample Throughput – Efficient processing in both vertical and horizontal modes
Double Furnace System – Optimal adaptation to various sample matrices
Cooled Titration Cell – Patented wide-range coulometer for convenient analysis and long-term stability
Speed Load Technology – Advanced sample preparation systems enable 24/7 operation
Flame Sensor – Matrix-optimized quantitative combustion, even for unknown sample compositions
With its cutting-edge design and intelligent automation, the multi X 2500 delivers precision, reliability, and efficiency—making environmental analysis easier than ever.
Simplified Environmental Analysis
In environmental monitoring, as well as process and quality control, the accurate determination of organically bound halogens adsorbed on activated carbon is crucial for assessing water and wastewater quality. The multi X 2500 by Analytik Jena is a flexible and future-ready solution designed to meet the needs of any laboratory for halogen sum parameter analysis.
With rising costs and an increasing number of samples, the multi X 2500 provides an efficient, low-maintenance, and cost-effective AOX analyzer that ensures reliability, precision, and exceptional ease of use. Its intelligent multiWin software, rapid changeover between column and batch methods, and user-friendly design make operation straightforward, reducing downtime while maximizing efficiency.
Sophisticated automatic sampling systems, combined with versatile sample preparation units from the APU and AFU series, enable both fully and partially automated AOX analysis. The seamless integration of sample preparation and analysis ensures flexibility and cost efficiency by minimizing idle time and increasing AOX sample throughput.
The innovative double furnace technology, featuring a tilting furnace, combines the benefits of vertical and horizontal combustion within a single system. Whether for ultra-fast AOX routine analysis in vertical mode or the detection of ultra-trace levels of EOX in horizontal mode, this cutting-edge design allows users to select the optimal combustion method for their specific application—setting new standards in environmental analysis.
| Detector | Injectıon Volume | Sample Supply | Precısıon | method | Mın. measurement tıme | Parameters | Dıgestıon Mode | Gas supply | Lımıt of Detectıon | Measurement Range | |
|---|---|---|---|---|---|---|---|---|---|---|---|
| multi X 2500 450-126.430 |
Cl: coulometric titration C: NDIR | 1 – 100 µL | vertical and horizontal, manual or automated (accessories required) | at > 5 µg Cl, RSD better 2% at >10 mg/L TOC, RSD better 2% % | AOX acc. batch method, AOX acc. column method | 8 min | AOX, SPE-AOX, EOX, POX, TOX, TX, TOC, TIC, TC (accessories required) | High-temperature combustion (AOX: oxygen only), (EOX/TX: oxygen/argon) | Oxygen 4.5 and Argon 4.6 | Cl: 10 ng TOC: 200 µg/L |
Cl: 0 – 1000 µg TOC: 0 – 10000 mg/L |
Standards
ASTM D4744, ASTM D4929-B, ASTM D5194, ASTM D5808, ASTM D7457, DIN 38409-14, DIN 38409-22, DIN 38409-8, DIN 38414-17, DIN 38414-18, DIN 51408-2, DIN EN 14077, DIN EN 1484, DIN EN 1485, DIN EN 16166 ,DIN EN ISO 9562 ,EN ISO 16591, EPA 1650, CEPA 415.1, EPA 450.1, EPA 9020, BEPA 9021, EPA 9023, EPA 9060A-1, EPA 9076, GB/T 15959, GB/T 18612, GOST R 52247, ISO 11480, ISO 8245, NEN 6402, NEN 6979, NEN EN 14077, OENORM 6614, UOP 779
