What to do if I get error 6106, 'Instrument initialization failed' on my MSD MESO QuickPlex SQ 120 Laboratory Equipment?
To resolve this issue, follow these steps: 1. Shut down the computer. 2. Shut down the QuickPlex SQ 120 instrument. 3. Restart the computer. 4. Restart the QuickPlex SQ 120 instrument. This procedure should help re-establish communication between the instrument and the computer if a communications failure has occurred.
How to troubleshoot if my MSD MESO QuickPlex SQ 120 does not power on?
If your MSD Laboratory Equipment isn't powering on, check the following: * Ensure that the power cords connecting the instrument and/or computer to the external power source are properly plugged in. * Test the outlet by connecting a different electrical device to see if there is voltage at the outlet. * Note that fuses on the QuickPlex SQ 120 instrument are internal and must be replaced by an MSD Service Engineer.
What to do if I get error 515 during data analysis on my MSD Laboratory Equipment?
If you encounter Error 515 during plate reading or data analysis on your MSD Laboratory Equipment, it might be due to a full Plate Data History database. To resolve this, click OK to continue and then back up and clear the database. For DISCOVERY WORKBENCH v4, consult the DISCOVERY WORKBENCH User’s Guide for instructions on backing up and clearing the database. The software log may contain a message such as: Could not allocate space for object 'PIDTable' .....in database 'LCPRSchema' because the 'PRIMARY' filegroup is full.
What to do if MSD MESO QuickPlex SQ 120 skips reading the plate?
If the instrument fails to read the plate and the Status window jumps from 1 % to 100 % on your MSD Laboratory Equipment, it's likely because the instrument couldn't read the barcode. This can happen if the barcode is damaged, smudged, marked, or otherwise unreadable. To fix this: * Verify a barcode is smoothly affixed to the side of the plate. * Select the appropriate plate type from the pull-down menu, and read the plate again. * If the barcode is damaged, reverse the orientation of the plate so that the barcodes on the other side of the plate are read.
Why does my MSD MESO QuickPlex SQ 120 show Error 515 when running a plate?
If you receive Error 515 after clicking the Run button on your MSD Laboratory Equipment, it might be due to changes in Windows security settings, networking parameters, or the instrument name. It could also be due to incompatible anti-virus software. First, click OK to continue. Then: * Determine if your IT department has recently made changes to the instrument computer. * Temporarily disable the antivirus program to see if that resolves the issue. Consider excluding the file C:\Program Files (x86)\MSD Discovery Workbench\lib\prefs.properties from scanning, disabling real-time scanning, or uninstalling the antivirus program and using a different one.
What to do if I get error 515 when initializing my MSD MESO QuickPlex SQ 120?
If you encounter Error 515 after clicking the instrument icon on your MSD Laboratory Equipment, it might be due to a change in the Windows theme. Click OK to continue and restore the default Windows theme. Also, check if your IT department has made any recent changes to the instrument computer. The sysinfo file contains a software log that can be used to diagnose the problem. See Section 7.2 below for instructions on creating a sysinfo file.
Defines target users and their required background knowledge.
Explains manual organization, structure, and hyperlinked elements.
Details warning and caution symbols used in the manual and their meanings.
Outlines text formatting conventions used throughout the manual for clarity.
Lists regulatory compliance standards and certifications for the instrument.
Classifies the instrument's laser components and compliance with laser safety standards.
States compliance with the Waste Electrical and Electronic Equipment directive.
Details hazardous substances present in instrument parts and their environmental protection use period.
Defines various symbols and labels used in the manual and on the instrument.
Provides guidelines for general operation, including standby mode and environmental conditions.
Addresses electrical safety precautions, including power supply and hazardous atmospheres.
Details precautions for handling chemicals, biological materials, and potential exposures.
Warns about laser hazards and proper operation of the barcode reader.
Covers mechanical hazards, including instrument weight and moving parts.
Explains electrostatic discharge sensitivity and recommended precautions.
Discusses compliance with FCC rules and precautions against interference.
Advises on compatibility issues with Windows updates and other software.
Outlines procedures for decontaminating the instrument before shipping or service.
States the instrument's purpose for research use only, not diagnostic procedures.
Provides a summary of the instrument's performance and plate reading capabilities.
Lists the types of plates compatible with the QuickPlex SQ 120 instrument.
Lists the essential components that make up a standard QuickPlex SQ 120 system.
Details the main components of the QuickPlex SQ 120 instrument itself.
Describes the imager's camera and lens system for detecting emitted light.
Explains the mechanism for transporting plates within the instrument.
Details the function of the internal barcode reader for plate identification.
Describes the plate loading and unloading mechanism and its capacity.
Explains the meaning of the status indicator lights on the imager's camera tower.
Locates and describes the instrument's power switch, ports, and connections.
Details the computer system configuration and its role in the instrument setup.
Introduces the software application used to operate the instrument and analyze data.
Describes the different operating modes of the instrument, including stand-alone and robotic integration.
Explains how the instrument captures plate images and read times.
Explains how to configure the instrument to read only specific sectors of a plate.
Describes the electronic test plate used for verifying system operation and daily checks.
Recommends using a UPS for data integrity and explains its importance.
Outlines the requirements for system installation by a qualified MSD service engineer.
Guides users through running the electronic test plate to verify instrument functionality.
Details the steps for powering on the instrument and starting the software for operation.
Explains how to configure the software for reading the electronic test plate.
Guides users through initiating a plate read using the software's Run Options.
Describes the functions of the Pause, Stop, Eject, and Retract buttons for plate movement.
Explains how to view and interpret assay results using the software's layer views.
Provides instructions for running multiple plates sequentially and managing output stack capacity.
Details how the instrument can be integrated with robotic systems for automated plate handling.
Covers basic cleaning and computer maintenance tasks for users.
Recommends periodic maintenance for the computer system to ensure high performance.
Mentions the availability of a kit for verifying instrument performance.
Provides instructions for cleaning spills and general exterior maintenance.
Recommends annual preventive maintenance performed by MSD service engineers.
Offers solutions to common hardware and operating errors encountered with the instrument.
Provides specific performance, environmental, power, and physical characteristics.
Details MSD plate design compliance and barcode label standards.
Provides contact information for submitting feedback, bug reports, and feature requests.
Guides users on reporting errors and collecting diagnostic information for troubleshooting.
Lists company headquarters, customer service, scientific support, and instrument service contact details.
General| Technology | Electrochemiluminescence (ECL) |
|---|---|
| Dynamic Range | Up to 6 logs |
| Multiplexing Capability | Up to 10 analytes per well |
| Sample Volume | 25-50 µL |
| Plate Format | 96-well |
| Weight | 20.4 kg |
| Power Requirements | 100-240 V, 50/60 Hz |
| Assay Time | 1-3 hours, depending on assay |
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