multi EA 4000 Series The Workhorse for Your Solids Analysis

  • Unique application diversity (TS, TC, TX, TOC, TIC, EC, AOC)
  • Low maintenance and low operating costs
  • Fully automated solids sampler for high sample throughput
  • Durable design and long-living hardware components

The multi EA 4000 is the ideal partner for your solids analysis, offering safe automation, enhanced analysis precision and reliability thanks to patented innovative solutions. The system has been created to cope with the most diverse sample matrices, while keeping operating costs and maintenance low.

The All-Rounder in Solids Analysis

The multi EA 4000 guarantees the fully automated determination of TS, TC, TX contents and the environmentally relevant parameters TOC, TIC, EC, and BOC in soil, sediments, waste, minerals, and other organic and inorganic solids. Its modular design concept allows to expand the application range from an one element analyzer to a fully automated multi-element analysis system at any time. Convenient, flexible, and customized to meet your needs

  • Wide-range NDIR detector for carbon and sulfur with a dynamic measuring range from ppm to weight percent
  • HTC technology for catalyst-free high-temperature decomposition of even the most difficult matrices
  • Robust, highly resistant ceramic combustion tubes – especially well-suited to analyze aggressive samples with less wear and low operating costs
  • Durable heating elements ensure maximum operating time
  • Simultaneous carbon and sulfur analysis, independent of the element contents
  • Fully automated determination of TOC and TIC from a single sample in only one analysis step
  • Easy chlorine determination up to the weight percent range
  • Unique combination of elements: carbon, sulfur, and chlorine – especially interesting for waste analyses
  • Flame sensor technology for matrix-optimized sample decomposition in chlorine analysis
  • Self Check System for optimal operating safety
  • Intuitive software navigation for easy operation and perfect measurement results
  • Easy to use – preset methods for various applications greatly simplify work and save valuable measuring time

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High Performance with Low Maintenance

The multi EA 4000 convinces with its durable design. The selected resistant materials are an advantage when analyzing aggressive and saline samples that cause a high degree of wear with traditional systems. A special optics arrangement and effective gas purification provide a resilient C/S detector that guarantees for extremely low maintenance and excellent long-term stability. Maintenance effort is reduced to a minimum while the operating time of the system is at maximum. Low operating costs and an absolutely reliable analyzing and measuring technique ensure each process step is as effective and efficient as possible.

  • Use of robust and virtually wear-free ceramic combustion tubes instead of cost-intensive and quickly worn-out quartz combustion tubes
  • Minimal chemical consumption thanks to high-temperature ceramic technology (HTC) – no catalysts needed
  • No complex reduction and separation of the oxidation products (chromatographic via adsorption columns) required – due to the use of selective detectors for CO2, SO2 and HCl
  • No auxiliary gas required for carbon and sulfur analysis
  • High sample weights up to 3 g, no laborious sample homogenization required

Thanks to the variable gas flow management and the optimized wide range coulometer, chlorine analyses are possible from the low ppm up to the weight percent range. The coulometric detection system utilizes a unique patented combination electrode. The electrode is based on the latest ceramic technology and does not use internal electrolytes, membranes, or diaphragms. It is immediately ready for use and very low maintenance. The measuring cell is equipped with an automatic stirring function and a self-cleaning silver generator electrode. The integrated cooling of the coulometer cell minimizes electrolyte evaporation while in continuous operation and guarantees stable results. Compared with traditional electrolytes, the special electrolyte used has a significantly increased chloride absorption capacity. This results in long-term stability, which allows for uninterrupted routine analyses even with extremely high chloride loads and without bothersome electrolyte changes.

The challenge modern analytical systems for marco-elemental analysis face lies in reliable automation for an extensive range of samples. The multi EA 4000 offers the fully automatic determination of TOC based on the differential method. The FPG 48 solids sampler offers an enormous capacity for up to 48 sample boats to be transferred into the combustion furnace. Other accessories include modules for direct and automated determination of TIC and TOC. The multi EA 4000 with its high sample throughput is ideal for the automated analysis of carbon, sulfur, and chlorine, as well as the automated determination of total organic and inorganic carbon. By setting different waiting positions and feed speeds, samples of one and the same run each of them can be analyzed under optimal conditions. This means matrices requiring a special temperature program or gradient are processed easily and automatically together with others. An open gas lock replaces problematic sample ports that require opening and closing for sample introduction. It is completely maintenance-free, which avoids contamination and wear. A method library is included to ensure that the analysis of your sample is carried out optimally and reliably. The multi EA 4000 comes equipped with a Self Check System (SCS). The system automatically checks all relevant parameters such as flows and temperatures and guarantees trouble-free, fully automated operation with functions such as the automated gas shut-off and a low standby temperature at the end of an analysis sequence.

Products

Applications

Chemical & Materials

Show applications

Applications

  • Direkte Bestimmung des Gesamtchlorgehalts in Plastikabfällen (DE)

    Open application

  • Détermination directe du chlore total dans les déchets plastiques destinés au recyclage (FR)

    Open application

  • Bestimmung des gesamten organischen Kohlenstoffs (TOC) in Gips und artverwandten Proben gemäß EN 13639 (DE)

    Open application

  • Determination of TOC in Limestone and Gypsum Samples by Combustion Elemental Analysis in Accordance with EN 13639 (EN)

    Open application

  • Bestimmung des Gesamtkohlenstoffgehalts in Schaumglas und verwandten Proben durch verbrennungsbasierte Elementaranalyse gekoppelt mit NDIR-Detektion (DE)

    Open application

  • Determination of Total Carbon Content in Foam Glass and Related Samples by Combustion Elemental Analysis coupled with NDIR Detection (EN)

    Open application

  • Bestimmung der CO2-Absorptionsrate in Zement- und Betonproben über automatisierte Feststoff-TIC-Messung (DE)

    Open application

  • Determination of CO2 Absorption Rates in Cement and Concrete Recycling by Automated Solids TIC Measurement (EN)

    Open application

  • Recycling von Lithium-Ionen-Batterien (LIB) - Bestimmung des Elementaren und Organisch-gebundenen Kohlenstoff in Schwarzmasse mittels Pyrolysemethode (DE)

    Open application

  • Recycling of Lithium Ion Batteries (LIB) - Determination of the Elemental and Organically Bound Carbon in Black Mass by Pyrolysis Method (EN)

    Open application

  • 高温燃焼と電量滴定を用いた固体回収物燃料中の総塩素の定量 (JP)

    Open application

  • リサイクルするプラスチック廃棄物中の直接総塩素測定 (JP)

    Open application

  • EN 13639に準拠したNDIR検出を用いた燃焼式元素分析による石灰石および石膏試料中の全有機炭素の定量 (JP)

    Open application

  • NDIR検出を用いた燃焼式元素分析によるセメントおよび関連試料中の全炭素および全硫黄の定量 (JP)

    Open application

  • Bestimmung des Gesamtkohlenstoff- und Gesamtschwefelgehalts in Zement und verwandten Proben durch verbrennungsbasierte Elementaranalyse gekoppelt mit NDIR-Detektion (DE)

    Open application

  • Determination of Total Carbon and Total Sulfur Content in Cement and (EN)

    Open application

  • Bestimmung verschiedener Schwefelbindungstypen in Zementproben nach Differenzmethode mittels Elementaranalyse (DE)

    Open application

  • Determination of Sulfur Species in Cement Samples by Combustion Elemental Analysis (EN)

    Open application

Environment

Show applications

Applications

  • Determination of Total Chlorine in Solid Recovered Fuels Using High-Temperature Combustion and Coulometric Titration (EN)

    Open application

  • Comparison of TOC Determination Methods in Soil Samples According to EN 15936 (EN)

    Open application

  • Determination of Landfill-Relevant Organic Carbon (OC) in Waste from High-Temperature Processes by Pyrolysis Method (EN)

    Open application

  • Vergleich der TOC Bestimmungsverfahren nach DIN EN 15936 in Bodenproben (DE)

    Open application

  • Bestimmung des Gesamtchlorgehaltes in Ersatzbrennstoffen durch Hochtemperaturverbrennung und Coulometrische Detektion (DE)

    Open application

  • Direkte Bestimmung des Gesamtchlorgehalts in Plastikabfällen (DE)

    Open application

  • Bestimmung des deponierelevanten organischen Kohlenstoffs nach DIN EN 15936 und VGB-Pyrolyseverfahren in Abfällen aus Hochtemperaturprozessen (DE)

    Open application

  • Détermination directe du chlore total dans les déchets plastiques destinés au recyclage (FR)

    Open application

  • Bestimmung des gesamten organischen Kohlenstoffs (TOC) in Gips und artverwandten Proben gemäß EN 13639 (DE)

    Open application

  • Determination of TOC in Limestone and Gypsum Samples by Combustion Elemental Analysis in Accordance with EN 13639 (EN)

    Open application

  • Bestimmung der CO2-Absorptionsrate in Zement- und Betonproben über automatisierte Feststoff-TIC-Messung (DE)

    Open application

  • Determination of CO2 Absorption Rates in Cement and Concrete Recycling by Automated Solids TIC Measurement (EN)

    Open application

  • Recycling von Lithium-Ionen-Batterien (LIB) - Bestimmung des Elementaren und Organisch-gebundenen Kohlenstoff in Schwarzmasse mittels Pyrolysemethode (DE)

    Open application

  • Recycling of Lithium Ion Batteries (LIB) - Determination of the Elemental and Organically Bound Carbon in Black Mass by Pyrolysis Method (EN)

    Open application

  • 高温燃焼と電量滴定を用いた固体回収物燃料中の総塩素の定量 (JP)

    Open application

  • EN 15936に準拠した土壌試料中のTOC測定法の比較 (JP)

    Open application

  • リサイクルするプラスチック廃棄物中の直接総塩素測定 (JP)

    Open application

  • 高温プロセスによる廃棄物のDIN EN 15936およびVGB熱分解法による埋立関連有機炭素(OC)の決定 (JP)

    Open application

  • EN 13639に準拠したNDIR検出を用いた燃焼式元素分析による石灰石および石膏試料中の全有機炭素の定量 (JP)

    Open application

  • DIN EN 15936 Verfahren A – Mit der Differenzmethode zu vertrauenswürdigen TOC Ergebnissen in Böden und anderen Feststoffen (DE)

    Open application

  • DIN EN 15936 Method A – Using the Difference Method for Automatic and Trustworthy TOC Results in Soils and Other Solids (EN)

    Open application

Food & Agriculture

Show applications

Applications

  • Comparison of TOC Determination Methods in Soil Samples According to EN 15936 (EN)

    Open application

  • Vergleich der TOC Bestimmungsverfahren nach DIN EN 15936 in Bodenproben (DE)

    Open application

  • EN 15936に準拠した土壌試料中のTOC測定法の比較 (JP)

    Open application

  • DIN EN 15936 Verfahren A – Mit der Differenzmethode zu vertrauenswürdigen TOC Ergebnissen in Böden und anderen Feststoffen (DE)

    Open application

Geology, Mining & Metals

Show applications

Applications

  • DIN EN 15936 Method A – Using the Difference Method for Automatic and Trustworthy TOC Results in Soils and Other Solids (EN)

    Open application

Oil & Gas

Show applications

Applications

  • Determination of Total Chlorine in Solid Recovered Fuels Using High-Temperature Combustion and Coulometric Titration (EN)

    Open application

Power & Energy

Show applications

Applications

  • Determination of Total Chlorine in Solid Recovered Fuels Using High-Temperature Combustion and Coulometric Titration (EN)

    Open application

  • Bestimmung des Gesamtchlorgehaltes in Ersatzbrennstoffen durch Hochtemperaturverbrennung und Coulometrische Detektion (DE)

    Open application

  • Bestimmung des gesamten organischen Kohlenstoffs (TOC) in Gips und artverwandten Proben gemäß EN 13639 (DE)

    Open application

  • Determination of TOC in Limestone and Gypsum Samples by Combustion Elemental Analysis in Accordance with EN 13639 (EN)

    Open application

  • Recycling von Lithium-Ionen-Batterien (LIB) - Bestimmung des Elementaren und Organisch-gebundenen Kohlenstoff in Schwarzmasse mittels Pyrolysemethode (DE)

    Open application

  • Recycling of Lithium Ion Batteries (LIB) - Determination of the Elemental and Organically Bound Carbon in Black Mass by Pyrolysis Method (EN)

    Open application

  • 高温燃焼と電量滴定を用いた固体回収物燃料中の総塩素の定量 (JP)

    Open application

  • EN 13639に準拠したNDIR検出を用いた燃焼式元素分析による石灰石および石膏試料中の全有機炭素の定量 (JP)

    Open application

Technical Data

Detector

Sample Supply

Precision

Min. measurement time

Parameters

Digestion Mode

Gas supply

Sample quantity

Limit of Detection

Measurement Range

Dimension (width x depth x height)

Space requirement (width x depth x height)

multi EA 4000 C with pyrolysis option
450-126.568

C: NDIR horizontal, manual or automated (accessory required) at 12% C, RSD < 2 % 2 min TC, TOC, TIC (accessories required), EC, OC, BOC High-temperature combustion, catalyst-free (oxygen), Pyrolysis (oxygen/argon) Oxygen 2.5
Argon
up to 3 g C: 3 µg/L C: 0 - 100 wt-% 1500 mm x 620 mm x 460 mm 2000 mm x 700 mm x 550 mm

multi EA 4000 C
450-126.564

C: NDIR horizontal, manual or automated (accessory required) at 12% C, RSD < 2 % 2 min TC, TOC, TIC (accessories required) High-temperature combustion, catalyst-free Oxygen 2.5 up to 3 g C: 3 µg/L C: 0 - 100 wt-% 1500 mm x 620 mm x 460 mm 2000 mm x 700 mm x 550 mm

multi EA 4000 Cl
450-126.566

Cl: coulometric titration horizontal, manual or automated (accessory required) at 3.5 % Cl, RSD < 2 % 3 min TCl High-temperature combustion, catalyst-free Oxygen 2.5
Argon
up to 3 g Cl: 0.3 ppm Cl: 0 - 10 wt-% 1500 mm x 620 mm x 460 mm 2000 mm x 700 mm x 550 mm

multi EA 4000 CS
450-126.440

C: NDIR S: NDIR horizontal, manual or automated (accessory required) at 12 % C, RSD < 2 % at 2 % S, RSD < 2 % 2 min TS , TC, TOC, TIC (accessories required) High-temperature combustion, catalyst-free Oxygen 2.5 up to 3 g C: 3 ppm
S: 3 ppm
C: 0 - 100 wt-%
S: 0 - 20 wt-%
1500 mm x 620 mm x 460 mm 2000 mm x 700 mm x 550 mm

multi EA 4000 CS with pyrolysis option
450-126.569

C: NDIR S: NDIR horizontal, manual or automated (accessory required) at 12 % C, RSD < 2 % at 2 % S, RSD < 2 % 2 min TS, TC, TOC, TIC (with accessories), EC, OC, BOC High-temperature combustion (oxygen), catalyst-free Pyrolysis (oxygen/argon) Oxygen 2.5
Argon
up to 3 g C: 3 ppm
S: 3 ppm
C: 0 - 100 wt-%
S: 0 - 20 wt-%
1500 mm x 620 mm x 460 mm 2000 mm x 700 mm x 550 mm

multi EA 4000 S
450-126.565

S: NDIR horizontal, manual or automated (accessories required) at 2 %, RSD < 2 % 2 min TS High-temperature combustion, catalyst-free Oxygen 2.5 up to 3 g S: 3 ppm S: 0 - 20 wt-% 1500 mm x 620 mm x 460 mm 2000 mm x 700 mm x 550 mm

For more information about our products and possible variants, please refer to the technical documents or use our contact form.

Standards

  • ASTM D1552-IR
  • ASTM D1619
  • ASTM D4239-A
  • ASTM D5016
  • DIN EN 13137
  • DIN EN 15936
  • DIN ISO 15178
  • ISO 10694
  • ISO 15178
  • ISO 15936
  • ISO 19579

Order Information

Order number

Description

450-126.568 multi EA 4000 C with pyrolysis option
450-126.564 multi EA 4000 C
450-126.566 multi EA 4000 Cl
450-126.440 multi EA 4000 CS
450-126.569 multi EA 4000 CS with pyrolysis option
450-126.565 multi EA 4000 S

More customer success stories

Easy Analysis Even for Complex Matrices

Optimum sample digestion guaranteed

Thanks to high-temperature ceramic (HTC) technology, samples can be fully decomposed up to a temperature of 1,500 °C in a stream of oxygen and without the use of catalysts. For especially complex matrices, the combustion temperature can be temporarily increased up to 1,800 °C by using additives. With these conditions, even thermally stable compounds, such as sulfates and carbides, are fully oxidized. Pyrolysis is an additional function of the multi EA 4000, useful for the analysis of solid waste among others. Pyrolysis enables to distinguish between the environmentally relevant biodegradable organic carbon (BOC) and the residual carbon (RC). Pyrolysis takes place at e.g., 850 °C in an inert gas atmosphere, the BOC is calculated from the difference between TOC and RC content. You can also use the pyrolysis option for the determination of the active carbon content. The flame sensor is an optional accessory for automated chlorine determination. It guarantees complete combustion of the sample. First, the sample is pyrolyzed within inert gas. Then the pyrolysis products are combusted in a pure oxygen stream. The control of the formed flame by the flame sensor is the key to complete combustion and elimination of soot. Automatic TOC and TIC analyses are quicker and easier than ever before! Easily determine the TOC and TIC parameters from one single sample in only one analysis step, fully automatically, quickly and in compliance with standards. Complex manual sample preparations for direct TOC determination are no longer required. Another unique feature is the fully automatic determination of TOC based on the differential method. In combination with the FPG 48 solids sampler, the automatic TIC solids module enables comfortable determination of TOC in samples such as soil, waste and many other materials.

Simultaneous determination of carbon and sulfur

Special wide range NDIR detectors allow for simultaneous determination of carbon and sulfur within a dynamic measuring range from ppm to weight percent while maintaining high linearity. The flexible measuring range allows to determine extremely different contents of sulfur and carbon in one and the same sample. The integrated VITA Flow Management System guarantees reliable NDIR signal evaluation and stable measurement results. The signal is logged regardless of fluctuations in the measuring gas flow so that the evaluation yields reliable results. At the same time, the system registers the flow of the measuring gas and compensates fluctuations by computerized standardization of the NDIR signal to a constant flow rate.

VITA Flow Management System

  • Excellent reproducibility of the results
  • Clear matrix independence
  • High long-term stability of the calibration
  • Easier calibration
  • Electronic flow control of the system

Accessories

FPG 48 solid autosampler 450-126.574
C Upgrade multi EA 4000 S 450-126.578
S-Upgrade for multi EA 4000 C 450-126.577
Cl Upgrade for multi EA 4000 450-126.567
TIC solids module "automatic" 450-126.576
C, S-Upgrade for multi EA 4000 Cl 450-126.581
S-Upgrade for multi EA 4000 Cl 450-126.580
C-Upgrade for multi EA 4000 Cl 450-126.579
TIC solids module manual 450-126.575
Collecting dish FPG 48 402-815.075
Interface cable for accessories 702-889.090

Software

multiWin

The self-explanatory multiWin software accompanies the user through all relevant menu points. multiWin is intuitively structured and thus offers the user a comprehensible and simple handling. The Self Check System - an intelligent combination of hardware components and software functions, guarantees uninterrupted and fully automatic operation of the analyzer and its accessories. It monitors and regulates all important system parameters. It immediately points out errors in the configuration of the system and detects unsuitable parameters, thus avoiding low quality results from the very beginning. The software continuously checks the system’s performance and the quality of analysis. multiWin provides free evaluation of sample data even during running measurements, the automatic selection of the optimum calculation function, the fully automatic set up of calibration curves for special applications, the possibility of individual recalculation of results, as well as the clear display of the measurement results. The implemented maintenance counter and intelligent software feature to trigger life time and performance of relevant components make maintenance more predictive, saving time and effort while preventing system failures. Data and parameters can be conveniently managed and stored, and results can be easily forwarded using automatic or manual data import or export functions, including LIMS import and export of data. For elemental analysis with multi EA 5100 and 4000 series the multiWin software includes an extensive library of more than 100 approved, ready to use and stanadard compliant and special application analysis methods. This significantly simplifies analyses according to standard regulations such as ASTM, EPA, DIN, ISO, and UOP. Preconfigured methods eliminate time-consuming method development and allow for fast, correct measurements independant of operators skills.

Feature&Benefits

  • Modern and user-friendly Windows™ based control and data evaluation software, available as PC version
  • Intuitive user guidance, self-explanatory menu navigation avoids operator mistakes
  • Automatic optimization routines, monitoring and control of all relevant system parameters and functions
  • Multitasking for free evaluation of sample data even during running measurements
  • Special host option allows to control two different systems with the same PC and software
  • Different user levels, individual user management
  • Easy, quick access menu icons, integrated trainings module, and init-check function enable quick start of operation even for beginners
  • Troubleshooting assistant, on-screen help function, implemented service and maintenance modules
  • Predictive maintenance – automatic monitoring of maintenance intervals
  • Extensive library of ready-made, compliant analysis methods (ASTM, EPA, ISO, etc.) for routine applications and special parameters (e.g. AOX, EC/OC) for multi EA 5100 and 4000 series
  • Comprehensive user-oriented functions like multi-point and multi-range calibration, blank correction, recalculation of results, free choice of results dimensions, statistical functions
  • Implemented system performance checks – AQA and daily factor functions
  • Extensive search, sort and filter functions for methods, calibration and result files
  • Versatile export and import functionalities, LIMS, CSV, manual and fully automated etc.
Product Required Included
multi EA 4000 C with pyrolysis option (450-126.568)
multi EA 4000 C (450-126.564)
multi EA 4000 Cl (450-126.566)
multi EA 4000 CS (450-126.440)
multi EA 4000 CS with pyrolysis option (450-126.569)
multi EA 4000 S (450-126.565)

multiWin Software

Order number: 450-011.803

The self-explanatory multiWin software accompanies the user through all relevant menu points. multiWin is intuitively structured and thus offers the user a comprehensible and simple handling. The Self Check System - an intelligent combination of hardware components and software functions, guarantees uninterrupted and fully automatic operation of the analyzer and its accessories. It monitors and regulates all important system parameters. It immediately points out errors in the configuration of the system and detects unsuitable parameters, thus avoiding low quality results from the very beginning. The software continuously checks the system’s performance and the quality of analysis. multiWin provides free evaluation of sample data even during running measurements, the automatic selection of the optimum calculation function, the fully automatic set up of calibration curves for special applications, the possibility of individual recalculation of results, as well as the clear display of the measurement results. The implemented maintenance counter and intelligent software feature to trigger life time and performance of relevant components make maintenance more predictive, saving time and effort while preventing system failures. Data and parameters can be conveniently managed and stored, and results can be easily forwarded using automatic or manual data import or export functions, including LIMS import and export of data. For elemental analysis with multi EA 5100 and 4000 series the multiWin software includes an extensive library of more than 100 approved, ready to use and stanadard compliant and special application analysis methods. This significantly simplifies analyses according to standard regulations such as ASTM, EPA, DIN, ISO, and UOP. Preconfigured methods eliminate time-consuming method development and allow for fast, correct measurements independant of operators skills.

Features & Benefits

  • Modern and user-friendly Windows™ based control and data evaluation software,
  • Available as PC version
  • Intuitive user guidance with self-explanatory menu navigation avoids operator mistakes
  • Automatic optimization routines, monitoring and control of all relevant system parameters and functions
  • Multitasking for free evaluation of sample data, even during running measurements
  • Special host option allows to control two different systems with the same PC and software
  • Different user levels, individual user management
  • Easy, quick access menu icons, integrated trainings module, and init-check function enable quick start of operation even for beginners
  • Troubleshooting assistant, on-screen help function, implemented service and maintenance modules
  • Predictive maintenance – automatic monitoring of maintenance intervals
  • Extensive library of ready-made, compliant analysis methods (ASTM, EPA, ISO, etc.) for routine applications and special parameters (e.g. AOX, EC/OC) for multi EA 5100 and 4000 series
  • Comprehensive user-oriented functions like multi-point and multi-range calibration, blank correction, recalculation of results, free choice of results dimensions, statistical functions
  • Implemented system performance checks – AQA and daily factor functions
  • Extensive search, sort and filter functions for methods, calibration and result files
  • Versatile export and import functionalities, LIMS, CSV, manual and fully automated etc.
Product Required Included
multi EA 4000 C with pyrolysis option (450-126.568)
multi EA 4000 C (450-126.564)
multi EA 4000 Cl (450-126.566)
multi EA 4000 CS (450-126.440)
multi EA 4000 CS with pyrolysis option (450-126.569)
multi EA 4000 S (450-126.565)

Consumables

402-886.116 Drying agent for HT furnace
402-886.252 Adapter GL 45
402-886.129 Drying tube, GL 45 for HT furnace
402-886.112 Adapter for drying tube for TIC solids module
402-886.111 Adapter for drying tube with angle connector
402-886.131 Calcium carbonate TC/TIC standard
402-886.118 Ceramic boats for HTS and HT systems
402-886.014 Ceramic combustion tube for HT furnaces type HT 1300 / HT 1500
402-891.071 Ceramic combustion tube multi EA 4000 (HTS 1500)
450-889.056 Consumables set multi EA 4000 CS (HTS 1500)
402-886.010 Gasket for oxygen lock C/S analysis
402-886.312 Halogen absorber filling for halogen absorber U-tube, I.D. 21 mm
402-886.172 O-ring 32 x 3 mm
402-888.031 Oxygen lance for lock CS , stainless steel
402-815.136 Screw joint lab type, GL 18
402-881.210 Set in-line filter M5
402-881.213 Set particle filter (in-line filter)
450-888.054 Spare parts & consumables, extended set for multi EA 4000 with HTS 1500
402-888.020 Special gasket dust trap
402-881.013 U-tube halogen absorber O.D. 21 mm
402-886.143 Aluminum part for two-part ceramic hook long, 600 mm
402-886.142 Aluminum part for two-part ceramic hook, short, 350 mm
402-886.144 Ceramic hook for FPG 48 in combination with TIC solids module automatic
402-888.030 Ceramic hook for manual boat drive
402-889.705 Ceramic hook short, 350 mm for autosampler FPG 48
402-810.083 Halogen absorber filling, 11mm 5 refills of the halogen absorber U-tube, I.D. 11 mm
402-810.084 Halogen absorber filling, 21mm 10 refills of the halogen absorber U-tube, I.D. 21 mm
402-886.005 Hose for oxygen supply for HT 1300 solids module and multi EA 2000/4000, 4 x 6 mm
402-888.029 Quartz glass hook for manual feed
402-825.044 Quartz wool
402-886.141 Two-part ceramic hook long, 600 mm
402-886.140 Two-part ceramic hook short, 350 mm
402-886.117 ceramic boats HTS - FPG
450-888.053 Consumables & spare parts (extended) for multi EA 4000, HT 1500
450-886.130 Consumables set multi EA 4000 CS HT 1500
450-888.055 Extended consumables kit multi EA 4000 HTS 1500 TIC
402-815.101 Gasket for lid of coulometer cell, small
402-810.031 Adsorbent for Cl determination
402-880.211 Combination electrode (ceramic)
402-888.001 Combustion tube quartz glass multi EA 2000 / 4000
402-888.016 Connection hose for Cl module
450-889.057 Consumables set multi EA 4000 Cl
402-825.041 Fork clamp KS 13/2 with locking screw
402-888.007 Gasket for lock multi EA
402-881.203 Glass tube with thread straight, without connectors
402-810.050 Halogen absorber filling for halogen absorber U-tube, I.D. 11 mm
402-825.150 Halogen absorber without filling
402-815.149 O-ring for cell lid
402-889.714 Quartz boats multi EA 4000 Cl
402-888.018 Safety vessel Cl determination
402-815.059 Screw joint GL 14, lab type
402-880.213 Stopper for coulometer cell lid
402-888.003 Stopper for sulfuric acid vessel
402-889.626 Stopper, small for coulometer cell
402-888.006 Sulfuric acid vessel with split outlet
402-888.002 Sulfuric acid vessel without split outlet
402-888.015 Viton hose for multi EA 2000 / 4000

Downloads

Analyse des déchets solides - Détermination des halogènes (FR)
Analysis of Building Materials: C/S/Cl and Metals Determination in Cement and Related Materials (EN)
Brochure multi EA 4000 (EN)
Broschüre multi EA 4000 (DE)
EU Declaration of Conformity multi EA 4000
Flyer Analyse des déchets solides - Solutions pour la mesure du COD et du COT (FR)
Flyer Chemical Recycling of Plastics: Analytical Solutions for Crucial Quality Gates (EN)
Flyer Solid Waste Analysis - Halogen Determination in Waste and Recycling (EN)
Flyer Solid Waste Analysis - Halogen Determination in Waste and Recycling (EN)
Manual multi EA 4000 with HT1500 (DE)
Manual multi EA 4000 with HT1500 (FR)
Operating Manual multi EA 4000 (DE)
Operating Manual multi EA 4000 (EN)
Operating Manual multi EA 4000 (ES)
Operating Manual multi EA 4000 (FR)
Operating Manual multi EA 4000 (ZH)
Product Guide Chemical Analysis (EN)
Produktkatalog Chemische Analyse (DE)
Technical Data multi EA 4000 (EN)
Technische Daten multi EA 4000 (DE)

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