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General| Brand | Sartorius |
|---|---|
| Model | MA160 |
| Category | Measuring Instruments |
| Language | English |
Explains warning and danger symbols used in the manual.
Details symbols and signs used throughout the manual for clarity.
Provides information on how to get application advice and technical support.
General guidelines and information related to safety.
Details hazards related to explosion risks and precautions.
Instructions and safety precautions for installing the analyzer.
Highlights the risks of electric shock and necessary safety measures.
Specific dangers related to fire and explosion, with precautions.
Explains symbols found on the device itself.
Details the required personal protective equipment for safe operation.
Defines the specific purpose and limitations for the moisture analyzer's use.
Details the process of unpacking and lists the supplied equipment.
Guidelines for selecting an optimal and safe location for the analyzer.
Explains the process of acclimatizing the device to a new environment.
Instructions on assembling the analyzer parts correctly.
How to adjust leveling feet for a stable setup.
Information about securing the analyzer against theft.
Procedure for operating the sample chamber.
Detailed instructions and safety precautions for connecting the power supply.
Additional safety measures related to electrical connections and grounding.
Lists different power cable versions available for various regions.
Explains the required warm-up time for accurate results.
Specific steps and precautions for moving the analyzer within a laboratory.
States the primary purpose of the moisture analyzer.
Defines what constitutes 'moisture' in materials for analysis.
Details the necessary preparations before performing a sample analysis.
Steps for selecting and preparing samples for accurate moisture analysis.
Describes the different heating programs available for moisture analysis.
Settings related to the analyzer's standby temperature.
Configuration for initial weight settings during analysis.
Settings for printout lines.
Options for selecting filters for analysis.
Setting a target value and tolerance for analysis results.
How to initiate a moisture analysis measurement.
Explains the different criteria for ending an analysis.
Instructions for powering the analyzer on, off, and putting it into standby mode.
Procedure for changing the display language of the analyzer.
Overview of the analyzer's operating principles and display elements.
Describes how to access and navigate the analyzer's menu system.
How to input numeric values using the on-screen number pad.
How to input text and characters using the on-screen keyboard.
Method for navigating through lists and options on the display.
Steps to open the settings menu and make changes.
Configuration options for the display language.
Settings for the analyzer's date and time.
Displays manufacturer, model, serial number, and software versions.
Settings for calibrating and adjusting the analyzer's systems.
Configuration settings for printing results and reports.
Options for controlling touch signals, acoustic signals, and status lights.
Adjusting the brightness level of the analyzer's display.
Setting device, batch, and sample IDs for printouts.
Managing, exporting, and importing analysis methods.
Viewing, exporting, or deleting stored analysis results.
Setting the duration for the standby temperature timeout.
Configuring data transfer settings for USB peripheral devices.
Function to create a data backup of all settings using an SD card.
Enabling password protection for system settings.
Procedures for setting, modifying, or deleting passwords.
Access for authorized service technicians.
Resets all settings to factory defaults while retaining methods and reports.
States the primary purpose of the moisture analyzer.
Lists recommended accessories for sample handling.
How to view and modify parameters for analysis methods.
Step-by-step instructions for conducting a moisture analysis.
How to print the results of a moisture analysis.
Procedure for safely removing the sample after analysis.
Guide to creating, managing, and modifying analysis methods.
How to access the menu for managing methods.
Using the wizard to create new analysis methods.
Guide to manually creating analysis methods step-by-step.
How to import analysis methods from an SD card.
How to make created methods available for use.
How to make methods unavailable for moisture analysis.
How to permanently remove analysis methods.
Steps to initiate a performance test of the analyzer.
How to cancel an ongoing performance test.
Troubleshooting when a performance test fails.
What to expect when a performance test is successful.
Steps to calibrate the analyzer's weighing system.
Instructions for calibrating and adjusting the heating module.
How to view saved calibration reports.
Using the analyzer's simple weighing function.
Settings required for ISO/GLP printouts.
How to print the ISO/GLP report.
How the analyzer communicates with printers and PCs.
Instructions for transferring data directly to a PC via USB.
Details of interface specifications for data output.
Describes the format of printed output data.
Explains which keys are deactivated under certain operating conditions.
Lists error codes, their causes, and remedies during operation.
Lists error messages specific to calibration and adjustment procedures.
Information regarding analyzer maintenance intervals.
Error messages related to connected USB devices.
Lists common operational problems, their meanings, and suggested remedies.
Recommendations for regular servicing and calibration certificates.
Information regarding authorized repair procedures.
Instructions for cleaning the analyzer's components.
Detailed steps for cleaning the heating module.
Instructions for cleaning the sample chamber base plate.
Contact information for device return and disposal services.
Details about drying functions like temperature, heating, and switch-off criteria.
Specifications related to weighing capacity, repeatability, and readability.
Information on input voltage, protection class, and power consumption.
Environmental requirements for analyzer operation and storage.
Safety requirements related to electrical equipment.
EMC requirements and immunity to interference.
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