Why does the export to the USB flash drive not work on my Anton Paar DMA 4100 M Measuring Instruments?
If the export to the USB flash drive does not work on your Anton Paar Measuring Instruments, the USB flash drive might have the old super floppy formatting, which is not accepted by the instrument. Reformat the USB flash drive to hard disk type or try a newer USB flash drive.
Why can't I see certain results in the data memory of my Anton Paar Measuring Instruments?
If you cannot see certain results in the data memory of your Anton Paar Measuring Instruments, it's likely because the filter function is activated, and the results do not match the filter criteria. To resolve this, change the filter settings.
Why does my Anton Paar DMA 4100 M need readjustment so often?
Frequent readjustments of your Anton Paar Measuring Instruments may be necessary due to several reasons: the water quality used for checks/adjustments may be poor; the measuring cell might be unclean; the measuring cell could be corroded by hydrofluoric acid, strongly alkaline solutions, or mechanical abrasion; or the DMA might be exposed to direct sunlight. To resolve this, use freshly degassed ultra-pure water, ensure the measuring cell is perfectly clean and dry before adjustments, avoid leaving glass-corroding liquids in the cell, and install the DMA M in a location without direct sunlight.
What to do if Anton Paar DMA 4100 M boots up without logon procedure?
If your Anton Paar Measuring Instruments boots up without a logon procedure and no password is requested, it's because a user with the auto logon function activated was logged on before the instrument was switched off. To resolve this, tap on the user indicator icon and log on with another user account.
How to solve no printout on office printer for Anton Paar Measuring Instruments?
If there is no printout on your office printer from Anton Paar Measuring Instruments, consider the following possibilities: 1. The printer may have issues like low paper or toner. Consult the printer's instruction manual. 2. The office printer type may not be supported by your instrument; if so, change the definition. 3. The wrong interface may be in use; use the interface defined in the "Printer Management" menu or change the interface settings. 4. The printer may be wrongly defined or not defined at all in the "Printer Management" menu; adjust the definition accordingly.
What to do if I do not hit the screen elements on Anton Paar Measuring Instruments?
If you are unable to accurately touch screen elements on your Anton Paar Measuring Instruments, it is likely due to bad touch screen calibration. Perform a new touch screen calibration to resolve this issue.
Why can't I start any measurement on my Anton Paar Measuring Instruments?
If you cannot start any measurement 15 minutes or more after booting your Anton Paar Measuring Instruments, verify whether one or more modules are using older firmware versions than expected from the instrument’s firmware. This information is displayed either at the start screen or in the diagnosis list of the quick access area. Tap and select "Service > Update > Module Firmware" to update the respective modules using the internal firmware update package.
How to fix wrong output values printed by Anton Paar Measuring Instruments?
If your Anton Paar Measuring Instruments prints wrong output values, the settings in the "Result Output" menu are likely incorrect. To correct this, change the settings in that menu.
What to do if Anton Paar DMA 4100 M POS printer printout makes no sense?
If the POS printer printout from your Anton Paar Measuring Instruments is nonsensical, it's likely due to wrong communication settings on the POS printer. To fix this, change the DIP switch settings, referring to the printer instructions for guidance.
Why Anton Paar DMA 4100 M Measuring Instruments adjustment is not finished after 10 minutes?
If the adjustment of your Anton Paar Measuring Instruments is not finished after 10 minutes, it could be because the measuring cell is not sufficiently dry for the air adjustment or there are gas bubbles in the measuring cell during water adjustment. To resolve this, clean and dry the measuring cell perfectly before an air check/adjustment, and repeat the filling procedure using freshly degassed ultra-pure water.
General| Measurement Principle | Oscillating U-tube |
|---|---|
| Viscosity Correction | Yes |
| Measuring Range (Density) | 0 to 3 g/cm³ |
| Accuracy (Density) | 0.0001 g/cm³ |
| Repeatability (Density) | ±0.00005 g/cm³ |
| Temperature Accuracy | 0.03 °C |
| Temperature Repeatability | ±0.01 °C |
| Sample Volume | 1 mL |
| Display | Color display |
| Connectivity | USB, Ethernet |
| Data Storage | 1000 results |
| Power Supply | 100-240 V |
Highlights key technological advancements and operational advantages of the DMA M series instruments.
Describes the touch screen interface and operation methods for user interaction.
Details the layout and components visible on the front and right side of the instrument.
Illustrates and describes the components located on the left side of the instrument.
Provides a detailed diagram and explanation of the connectors and ports on the rear of the instrument.
Explains the different areas and buttons on the instrument's main operational screen.
Describes the structure and interaction elements within the instrument's menu system.
Specifies the ideal environmental conditions and location requirements for instrument installation.
Provides instructions for correctly attaching the injection adapters to the instrument.
Outlines the procedure to verify that the installed injection adapters are leak-free.
Details the steps for connecting the necessary hoses for waste and air pump functions.
Explains the procedure for powering the instrument on and off.
Guides on initial instrument configuration and essential verification steps after installation.
Lists the different methods available for user input and interaction with the instrument.
Explains how to use an external keyboard for instrument control and data entry.
Details the operation of the instrument using its integrated touch screen interface.
Describes the process for recalibrating the touch screen for accurate input.
Explains how to configure the automatic screen saver activation time.
Covers the settings for enabling or disabling audible feedback from the instrument.
Details the procedures for user authentication and session management on the instrument.
Explains how to configure and use the favorites function for quick access to frequently used features.
Guides on connecting and using external input devices like keyboards, mice, and barcode readers.
Instructions for using a USB flash drive for data storage and transfer with the instrument.
Information on connecting and configuring different types of printers with the instrument.
Details on connecting external display devices for enhanced visualization.
Instructions for connecting and using an external touch screen monitor.
Covers essential instrument configurations like date, time, regional preferences, and units.
Procedure to set the instrument's current date and time.
Configuration of language, data formats, and keyboard layout for local adaptation.
Defines the units used for temperature and other measurements.
Configuration options for the instrument's air pump operation and timeouts.
Settings to control automatic saving of images from the instrument's camera.
Configuration of network connectivity for data transfer and remote access.
Assigns a unique name and location to the instrument for identification.
Customizes the layout and content of printer reports.
Manages predefined or custom layouts for printing measurement results.
Allows import and use of logos for custom printer report headers and backgrounds.
Configures whether reports are printed automatically after measurements.
Defines parameters for managing sample lists and automatic naming conventions.
Manages user access, roles, and security settings for the instrument.
Defines user roles, auto-login behavior, and naming/password policies.
Procedures for managing individual user accounts and their permissions.
Provides definitions for key terms related to instrument checks, adjustments, and calibration.
Details procedures for performing routine checks to ensure instrument accuracy.
Allows customization of check parameters like tolerance and intervals.
Step-by-step guide for conducting density checks using standard liquids.
Methods for accessing, outputting, and archiving check history data.
Procedures for recalibrating the instrument to maintain measurement accuracy.
Instructions for performing a fundamental air/water adjustment of the density module.
Guides on adjusting the instrument for optimal accuracy across a range of temperatures.
Specific adjustment procedures for high-density and high-viscosity samples on DMA 5000 M.
Instructions for adjusting the instrument's built-in atmospheric pressure sensor.
Details on performing custom adjustments for specific density units and conditions.
General overview and prerequisites for performing special density adjustments.
Specific procedure for adjusting the instrument for Canadian excise alcohol calculations.
Methods to review, print, or export historical adjustment data.
Accessing and outputting adjustment history data in graphical format.
Procedure to revert the instrument's adjustments to factory default settings.
Guides on performing calibration using certified standard liquids to validate accuracy.
Explains the structure and content of measurement methods configured on the instrument.
Covers creating, editing, and managing measurement methods.
Sets parameters like measurement type, temperature, and timeout for each method.
Customizes which data fields are shown on the main screen for a method.
Selects the output quantities for printouts and data exports for a method.
Sets upper and lower limits for parameters to trigger warnings.
Configures the instrument to perform multiple measurements automatically for averaging.
Sets parameters for API calculations and special adjustments.
Configures quick access parameters for rapid measurement adjustments.
Manages the creation, removal, visibility, and order of measurement methods.
Explains how to choose and activate a specific measurement method.
Sets default parameters for sample measurements, including type and naming.
Describes operation when no sample list is active, using quick settings.
Explains how to use the sample list feature for managing multiple samples.
Provides essential techniques for filling the measuring cell accurately and without bubbles.
Outlines the steps to initiate and conduct a measurement.
Addresses potential errors during sample filling and measurement, including status messages.
Explains the meaning of various status messages displayed during measurement.
Details error messages, particularly related to automatic bubble detection.
Provides instructions for the proper cleaning and drying of the instrument's measuring cell.
Guidelines for safely storing the instrument when not in use.
Procedures for cleaning the exterior housing and the touch screen interface.
Configures how measurement data is stored and managed in the instrument's memory.
Customizes the data fields displayed in the data browser view.
Explains how to access and view stored measurement results.
Details how to apply filters to narrow down displayed or exportable measurement data.
Describes how to access and interpret statistical analysis of measurement data.
Instructions for printing reports and exporting data in various formats.
Procedures for removing stored measurement results from the instrument.
Manages security settings to protect data and prevent unauthorized access.
Configures the overall security level, including compliance options.
Sets automatic user logoff times and password validity periods.
Activates enhanced security measures beyond standard levels.
Enables logging of all instrument operations for traceability and integrity.
Implements electronic signatures for authenticating data entries and operations.
Describes creating custom calculations and data transformations.
Provides a built-in calculator for simulating functions and performing basic calculations.
Allows simultaneous calculation of multiple related values.
Instructions for creating a backup of all instrument configurations and settings.
Guides on restoring instrument settings from a previously created backup file.
Procedures for updating the instrument's firmware to the latest version.
Accessing details about the instrument's hardware, firmware, and configuration.
Allows viewing and outputting real-time sensor data from the instrument.
Details how to establish network connectivity using Ethernet for PC communication.
Instructions for connecting the instrument to a PC using the RS-232 serial interface.
Information on integrating the instrument with a Laboratory Information Management System (LIMS).
Specifications related to the instrument's measurement capabilities and accuracy.
Lists materials that come into contact with samples and cleaning liquids.
Provides overall technical specifications including dimensions, weight, and interfaces.
Methods for removing dissolved gases from liquid samples before measurement.
Techniques for handling challenging sample types like viscous liquids or pastes.
Addresses challenges and solutions for measurements in humid or low-temperature environments.
Guidelines for performing measurements at temperatures outside the standard range.
Procedures for operating the instrument under elevated pressure conditions.
Tips for operating the instrument in challenging environmental conditions.
Instructions for optimizing the camera's view of the measuring cell.
Adjusts the camera's lighting for better image quality.
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