What to do if PerkinElmer Measuring Instruments device is disconnected?
If the PerkinElmer Measuring Instruments device shows as disconnected, first ensure the USB communication cable is securely connected and the power cord is plugged in. Then, turn on the LabChip GX instrument. Finally, restart the LabChip GX software. The disconnection might also happen because of instrument power loss or computer hibernation.
What to do if PerkinElmer LabChip GX Measuring Instruments plate carrier motion is blocked?
If the PerkinElmer Measuring Instruments plate carrier motion is blocked, it might be due to an obstruction preventing the door from opening or something that has fallen inside. Remove any blockage and restart the instrument.
What to do if PerkinElmer Measuring Instruments detects a pressure leak?
If the PerkinElmer Measuring Instruments detects a pressure leak, this may be due to missing or dirty O-rings. Clean the O-rings and run the Pressure Diagnostic Tests.
What to do if PerkinElmer LabChip GX Measuring Instruments shows a 'Home Timeout' error?
A 'Home Timeout' error on PerkinElmer Measuring Instruments indicates something is likely obstructing the robot's motion or the robot motor has failed. Check for and remove any objects blocking the robot's movement, then restart the instrument.
What to do if PerkinElmer LabChip GX shows a 'Move Timeout'?
If PerkinElmer Measuring Instruments shows a 'Move Timeout' error, it indicates a robot failure. Check for any obstructions blocking the robot's motion and remove them. Then, restart the instrument.
General| Brand | PerkinElmer |
|---|---|
| Model | LabChip GX |
| Category | Measuring Instruments |
| Language | English |
Details copyright ownership and reproduction rights for the manual.
Lists registered trademarks of PerkinElmer and other companies mentioned.
Information on publication errors, warranty disclaimers, and revision rights.
Essential warnings and instructions for safe and correct operation of the instrument.
Contact information for PerkinElmer Technical Support for assistance.
Explanation of symbols used in the manual to denote hazards and important information.
Ensure personnel are trained in lab and instrument safety practices before operation.
Guidelines for safe handling and disposal of chemicals used with the instrument.
Precautions and warnings regarding the Class 3B laser diodes in the instrument.
Information on power supply, voltage, and safe handling of electrical components.
Warnings about pinch hazards from the robotic arm and safe operation practices.
Explanation of the core gel electrophoresis principles adapted for the LabChip GX chip format.
Description of the three operational modes: Instrument, Simulation, and Reviewer.
Step-by-step guide to start and execute an assay on the LabChip GX instrument.
How to observe assay progress and data acquisition status during operation.
Procedures for saving raw and analyzed data files generated during assays.
Explanation of how the software processes and analyzes DNA sample data.
Procedures for adjusting software settings to optimize data evaluation and analysis.
How to identify and interpret analysis errors and warnings displayed in the software.
Procedures for creating, editing, and managing user accounts and access levels.
Information on how the software logs all user and system events for security and compliance.
Description of the primary software interface, its layout, and components.
Details on the window for setting and modifying assay parameters and analysis settings.
Visual representation of data from each well as an electropherogram.
Explanation of the controls, buttons, and status indicators on the instrument's front panel.
Technical specifications including size, weight, power, and environmental operating conditions.
Procedures for daily and monthly cleaning of the chip cartridge and O-rings.
Overview of common error messages and their potential causes and solutions.
Instructions for performing diagnostic tests to verify instrument functionality.
Basic mouse actions for selecting or deselecting wells and navigating views.
Using Ctrl+Click to overlay data from multiple wells for comparison in Graph View.
Accessing context-sensitive shortcut menus for various actions within the software.
Defines how a baseline is established for peaks and the algorithms used for subtraction.
Explains the use of ladders for aligning data and calculating peak sizes.
Explains the process of calibrating instrument optics for consistent fluorescence measurements.
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