What to do if the Applied Biosystems 7900HT Laboratory Equipment software crashes or freezes?
If the software crashes, freezes your computer, or displays an error message with your Applied Biosystems Laboratory Equipment, update the software to the latest version.
How to fix frozen installation of Applied Biosystems Laboratory Equipment?
If you are unable to finish the installation of your Applied Biosystems Laboratory Equipment because the install program appears to be frozen, restart the installation process.
What to do if I get a communication error on my Applied Biosystems Laboratory Equipment?
If you encounter a communication error with your Applied Biosystems Laboratory Equipment, verify the cable connections and ensure that all devices are properly powered on.
How to fix Plate Handler arm releases plates awkwardly into the plate stack in Applied Biosystems Laboratory Equipment?
If the Plate Handler arm releases plates awkwardly into the plate stack of your Applied Biosystems Laboratory Equipment, you should calibrate the release mechanism of the Plate Handler.
How to adjust Plate Handler arm contacts racks when retrieving or stacking plates in Applied Biosystems Laboratory Equipment?
If the Plate Handler arm contacts racks when retrieving or stacking plates in your Applied Biosystems Laboratory Equipment, adjust the alignment of the Plate Handler.
What to do if Plate Handler fails to sense or grasp plates in Applied Biosystems 7900HT Laboratory Equipment?
If the Plate Handler fails to sense or grasp plates in your Applied Biosystems Laboratory Equipment, clean the sensors and gripper fingers.
Why does my Applied Biosystems 7900HT Laboratory Equipment Plate Handler emit a grinding noise?
If the Plate Handler emits a grinding noise when picking up or putting down plates in your Applied Biosystems Laboratory Equipment, inspect the Plate Handler for obstructions.
General| Type | Real-Time PCR System |
|---|---|
| Detection Method | Fluorescence |
| Number of Channels | 5 |
| Software | SDS Software |
| Reaction Speed | Fast |
| Data Acquisition | Real-time |
| Sample Capacity | 384-well plate |
| Temperature Range | 4°C to 100°C |
| Application | Quantitative PCR |
| Format | 96-well or 384-well plates |
| Sample Throughput | High-throughput |
| Instrument Type | Thermal Cycler |
| Optical System | LED-based |
| Power Requirements | 100-240 VAC |
| Excitation Source | LED |
| Excitation Wavelengths | Multiple wavelengths (depending on dyes used) |
| Emission Wavelengths | Multiple wavelengths (depending on dyes used) |
Covers safe practices for moving, lifting, and operating the instrument to prevent injury.
Provides guidelines for safe handling, storage, and disposal of chemicals used with the instrument.
Addresses hazards related to high voltage, fuses, and proper grounding to prevent electrical shock.
Explains Class 3B laser hazards and safety precautions for the instrument's laser system.
Introduces the hardware components of the 7900HT Fast Real-Time PCR System.
Describes the software components used with the 7900HT instrument.
Provides step-by-step instructions for powering on the instrument and its components.
Guides users on how to start and navigate the SDS software interface.
Guides users through the process of creating a plate document in the SDS software.
Provides instructions on how to run prepared plates on the 7900HT instrument.
Covers preparation of consumables like optical plates and TaqMan Low Density Arrays.
Details the process of running a single plate on the 7900HT instrument.
Explains how to operate the instrument using the Automation Controller Software.
Covers the process of analyzing allelic discrimination data.
Details the process of analyzing allelic discrimination data using the SDS software.
Provides a table to help diagnose and resolve problems encountered with the system.
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