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General| Type | Elemental Analyzer |
|---|---|
| Sample Types | Solids, liquids, and viscous samples |
| Detection Method | Thermal Conductivity Detector (TCD) |
| Combustion Temperature | Up to 1200 °C |
| Carrier Gas | Helium |
| Determinations | C, H, N, S |
| Sample Weight (max) | 1g |
| Data Output | Digital |
| Power Requirements | 230 V, 50/60 Hz |
| Analysis Time | 4 to 10 minutes per sample |
| Dimensions (W x D x H) | 55 cm x 55 cm x 50 cm (approximate) |
Lists modifications made to the document over time, including dates and descriptions of changes.
Provides status, identification number, and validity of the operating instructions for the instrument.
Explains typographical conventions and formatting used in the document for clarity and understanding.
Provides guidance on how to effectively use and store the operating instructions for optimal work.
Discusses instrument development and how pictures might differ from the current status.
Addresses potential modifications to the analyzer due to its modular design.
Warns about consumables escaping under pressure and causing chemical burns.
Cautions about lack of ventilation leading to analyzer overheating when switching off.
Warns about the risk of burns from hot components when working inside the instrument.
Cautions about overheating if tube fillings are inappropriate for the selected operating mode.
Warns about hazards from broken glass and cautions regarding cutting sealing elements.
Warns about hot components and cautions about overheating due to incorrect tube fillings.
Details the analytical characteristics and technical specifications for oxygen determination using TCD.
Explains the procedures during substance digestion and the functional diagram of the process.
Describes how individual measuring components in the reaction gas mixture are separated.
Introduces the method of detection for measuring components and evaluating the signal.
Outlines the requirements and procedures for filling the quartz pyrolysis tube for O determination.
Details the scope and process of modifying the instrument for oxygen determination.
Provides detailed instructions on how to condition the pyrolysis tube before routine analysis.
Describes the procedure for replacing the pyrolysis crucible as part of maintenance.
Outlines the steps to ensure the instrument is ready for analysis after setup or modification.
Covers background, checking calibration, and sample weights for accurate calibration.
Recommends sample sequences and parameter settings for routine oxygen analysis.
Provides additional notes on specific aspects of oxygen determination application.
Lists possible error messages during O mode operation, their causes, and corrective actions.
Details the analytical characteristics and technical specifications for oxygen determination using NDIR.
Explains the procedures during substance digestion and the functional diagram of the process.
Introduces the method of detection for measuring components and evaluating the signal.
Outlines the requirements and procedures for filling the quartz pyrolysis tube.
Details the scope and process of modifying the instrument for oxygen determination with NDIR.
Provides detailed instructions on how to condition the pyrolysis tube before routine analysis.
Describes the procedure for replacing the pyrolysis crucible as part of maintenance.
Outlines the steps to ensure the instrument is ready for analysis after setup or modification.
Covers background, checking calibration, and sample weights for accurate calibration.
Recommends sample sequences and parameter settings for routine oxygen analysis.
Provides additional notes on specific aspects of oxygen determination application.
Lists possible error messages during O mode operation, their causes, and corrective actions.
Details the analytical characteristics and technical specifications for O determination with combined NDIR.
Explains the procedures during substance digestion and the functional diagram of the process.
Introduces the method of detection for measuring components and evaluating the signal.
Outlines the requirements and procedures for filling the quartz pyrolysis tube.
Details the scope and process of modifying the instrument for oxygen determination with combined NDIR.
Provides detailed instructions on how to condition the pyrolysis tube before routine analysis.
Describes the procedure for replacing the pyrolysis crucible as part of maintenance.
Outlines the steps to ensure the instrument is ready for analysis after setup or modification.
Covers background, checking calibration, and sample weights for accurate calibration.
Recommends sample sequences and parameter settings for routine oxygen analysis.
Provides additional notes on specific aspects of oxygen determination application.
Lists possible error messages during O mode operation, their causes, and corrective actions.
Describes general features and notes for sulfur determination using NDIR.
Illustrates the functional diagram for CHNS, CNS, and S/NDIR modes.
Details the scope and process of modifying the instrument for sulfur determination using NDIR.
Describes general features and notes for sulfur determination using combined NDIR.
Illustrates the functional diagram for CHNS, CNS, and S/NDIR modes.
Details the scope and process of modifying the instrument for sulfur determination using combined NDIR.
Details analytical characteristics and technical specifications for chlorine determination with EC cell.
Explains the procedures during substance digestion and the functional diagram of the process.
Introduces the method of detection for chlorine using an EC cell.
Outlines requirements and procedures for filling quartz combustion tubes and drying tubes.
Covers calibration background, calculation of content, checking, and sample weights.
Recommends sample sequences and parameter settings for routine chlorine analysis.
Discusses factors affecting peak shape, sensitivity, and the measuring range of the EC cell.
Explains cross-sensitivity of EC cells to water vapor and other gases.
Addresses ensuring quantitative conversion of chlorine to HCl, including recommendations.
Discusses achieving maximum life time for EC cells and regeneration procedures.
Describes the procedure for performing a leak test to ensure instrument integrity.
Details the scope and process of modifying the instrument for chlorine determination.
Provides general information about the TIC solids module and its suitability.
Lists the items included in the TIC module soliTIC package.
Outlines crucial safety notes for handling chemicals and operating the TIC module.
Lists technical specifications related to standardization, control, and data processing.
Details the analytical characteristics of the TIC solids module operation.
Illustrates the functional diagram of the TIC module soliTIC.
Identifies and describes the main components of the TIC module.
Outlines requirements for cleaning and filling quartz and glass components.
Guides through the phases of installation and initial startup of the TIC module.
Explains the essential conditions and procedure for selecting the operating mode.
Details the steps involved in the general measuring principle for TIC analysis.
Describes the steps for performing an analysis run, including sample feeding.
Guides on how to define custom standard substances in the software.
Outlines necessary maintenance tasks for the user, such as hose exchange.
Explains the general principles and measuring process for CHNS determination with the vario LS.
Outlines requirements for cleaning and filling combustion and reduction tubes.
Explains essential conditions and procedure for selecting the CHNS operating mode.
Recommends sample sequences for routine CHNS operation.
Discusses instrument parameters, temperature, time, and liquid sample feeder settings.
Guides on how to define custom standard substances in the software.
Guides on how to view existing or define new custom methods.
Details the requirements and phases for modifying the basic instrument into CHNS liquid mode.
Covers general calibration principles, recommended calibration, and numerical examples for CHNS.
Explains how analytical results are displayed and the mathematical procedure for standardization.
Provides a checklist of points to complete before starting an analysis run.
Outlines maintenance work to be performed by the customer during measuring breaks.
Explains the general principles and measuring process for CHN determination with the vario LS.
Outlines requirements for cleaning and filling combustion and reduction tubes.
Explains essential conditions and procedure for selecting the CHN operating mode.
Recommends sample sequences for routine CHN operation.
Discusses instrument parameters, temperature, time, and liquid sample feeder settings.
Guides on how to define custom standard substances in the software.
Guides on how to view existing or define new custom methods.
Details the requirements and phases for modifying the basic instrument into CHN liquid mode.
Covers general calibration principles, recommended calibration, and numerical examples for CHN.
Explains how analytical results are displayed and the mathematical procedure for standardization.
Provides a checklist of points to complete before starting an analysis run.
Outlines maintenance work to be performed by the customer during measuring breaks.
Shows an illustration of the upgrade kit components and lists their part numbers.
Details the safety precautions and steps for removing existing components before installation.
Provides detailed steps for installing the upgrade kit components into the analyzer.
Illustrates the functional diagram for the CHNS mode.
Illustrates the functional diagram for the CHN mode.
Illustrates the functional diagram for the CHNS mode.
Illustrates the functional diagram for the MICROcube.
Explains the process of removing, installing, and conditioning special reaction tubes.
Provides instructions for emptying and refilling special reaction tubes for different modes.
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