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General| Brand | Analytik Jena |
|---|---|
| Model | multi EA 4000 |
| Category | Measuring Instruments |
| Language | English |
Details the analyzer's application for C, S, Cl detection in solids and paste-like samples.
Outlines warranty terms, liability, and exclusions for misuse or unauthorized modifications.
Details analyzer specs: dimensions, mass, digestion principle, methods, gas supply.
Covers connection voltage, power, PC interface, and operating/storage conditions.
Lists minimum system requirements and Cl module technical data.
Defines warning symbols (Warning, Caution, Hot Surface, Electric Shock) and their meanings.
Describes safety symbols attached to the analyzer and their importance.
Emphasizes maintaining the analyzer's technical safety and operational condition.
Details qualifications, training, and responsibilities for operating personnel.
Covers safety during transport, installation, and general precautions.
General safety rules for operating the analyzer, including equipment checks.
Safety guidelines to prevent explosions and fires during operation.
Safety rules for working with the analyzer's electrical components.
Safety precautions for handling compressed gases used by the analyzer.
Guidelines for safe handling of chemicals and materials used with the analyzer.
Safety guidelines for performing maintenance and repair tasks on the analyzer.
Procedures and precautions to follow during emergency situations.
Describes the modular design and main components of the multi EA 4000 system.
Details the main components of the analyzer's basic device.
Explains the furnace, combustion tube, and gas supply for digestion.
Describes the hose system and gas flow control mechanisms.
Explains dust trap, drying tube, and halide trap for gas conditioning.
Identifies LEDs, switches, and connection points on the analyzer's front and rear.
Details C/S module versions, detectors, and measurement principles (VITA method).
Lists main components of the Cl module and its control electronics.
Describes the two versions of the measuring cell and their specifications.
Explains the quartz tube, gas airlock, and drying system for Cl detection.
Details the halide trap and adsorption tube for cleaning the measuring gas.
Shows connections for the Cl module, both standalone and with C/S module.
Introduces the automatic TIC solids module for TIC/TOC detection.
Provides technical specifications for the automatic TIC solids module.
Details the TIC reactor and pneumatic/hose system of the automatic TIC module.
Details condensation coil, drying tube, and halide trap for the TIC module.
Shows rear connections for the automatic TIC solids module.
Introduces the manual TIC solids module for TIC detection.
Provides technical specifications for the manual TIC solids module.
Details the TIC reaction chamber and gas flow adjustment.
Details the acid metering pump and supply for the manual TIC module.
Explains drying and cleaning components for the manual TIC module.
Shows connections for the manual TIC solids module.
Covers sampler, flame sensor, and external scales.
Describes the autosampler FPG 48 and manual feed for sample supply.
Explains the optional flame sensor for Cl detection.
Describes the use of external scales for automatic weight transfer.
Explains simultaneous detection of Total Carbon and Total Sulfur.
Details the detection of Total Inorganic Carbon in samples.
Explains Total Organic Carbon analysis methods (Differential/Direct).
Describes the differential method for TOC analysis.
Describes the direct method for TOC analysis.
Explains the optional TC-EC detection method after pyrolysis.
Details calibration methods and functions for parameters.
Explains the use of a day factor to check and correct calibrations.
Defines terms like standard deviation, variation coefficient, and correlation coefficient.
Covers average value, standard deviation, and boat blank value calculations.
Explains the process of chlorine detection and its reaction equations.
Explains end point routine, split factor measurement, and analysis reporting.
Specifies environmental and location requirements for analyzer installation.
Outlines the necessary space for the analyzer and peripherals.
Details electrical connection requirements and safety precautions.
Covers responsibilities for gas supply and connection hoses.
Instructions for safely unpacking and installing the analyzer.
Step-by-step guide for switching on, setup, and warm-up phases.
Instructions for fitting the ceramic tube into the furnace for C/S measurements.
How to check and prepare the halide trap and drying tube.
Step-by-step guide to perform a C/S measurement.
Preparation steps for carbon detection after pyrolysis.
Step-by-step guide for performing carbon detection after pyrolysis.
Instructions for inserting the quartz tube into the furnace for Cl detection.
Steps for connecting the optional flame sensor and sulfuric acid container.
Provides the procedure for preparing the electrolyte solution for Cl detection.
Instructions for filling and connecting the measuring cell.
Describes performing the end point routine for the coulometric measuring cell.
Step-by-step guide for performing a Cl measurement.
How to check and correct the splitting ratio for Cl measurements.
Instructions for cauterizing quartz boats before use or after contamination.
Steps to prepare the automatic TIC solids module and attach the reactor.
Lists the reagents needed for TIC detection.
Step-by-step guide for performing TIC detection.
Guide for performing TOC detection using the differential method.
Step-by-step guide for performing TOC detection using the direct method.
Steps to connect and prepare the manual TIC solids module.
Step-by-step guide for performing TIC detection with the manual module.
Covers maintenance intervals, cleaning, and hose connection checks.
Includes maintenance intervals, ceramic tube check, and dust trap cleaning.
Guides for replacing desiccant in drying tubes and halide trap components.
Covers maintenance intervals, sulfuric acid handling, and electrode servicing.
Instructions for servicing measuring cells and replacing adsorption agent.
Covers maintenance intervals and cleaning of TIC reactor and condensation coil.
Guides for replacing pump hoses and cleaning condensate containers.
Covers maintenance intervals, TIC reactor cleaning, and water trap replacement.
Info on log files and common multiWin error messages with causes/remedies.
Explains status indicators and color meanings in the DEVICE STATE window.
Lists common errors for basic device and C/S module with solutions.
Discusses common analytical problems and solutions for various detection methods.
Common problems and solutions for EC measurements in pyrolysis mode.
Safety precautions and steps for preparing the analyzer for transport.
General notes for transport and safety instructions for moving within the lab.
Specifies environmental conditions and procedures for storing the analyzer.
Details connections for installing modules after transport or storage.
Steps for connecting and adjusting the FPG 48 autosampler.
How to adjust gripper positions (sliding, ejection rail) using software.
Instructions for filling sampler, handling cancellations, and retrofitting sensors.
Steps for retrofitting the sampler with a boat storage.
Instructions for using the manual sample feed.
Steps for connecting and using external scales for sample weight transfer.
General guidance on proper waste disposal according to legal guidelines.
Disposal instructions for neutralized sulfuric acid.
Disposal instructions for neutralized magnesium perchlorate.
Disposal instructions for the analyzer and its electronic components.
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