What to do if Bio-Tek ELx800 Y-axis (carrier left/right) motor did not find the home sensor?
Turn off the instrument. Upon restarting the instrument, you should be able to use the keypad. Possible causes: defective or broken optical sensor, sensor not connected, or Y-axis movement is limited so that the optical sensor cannot be interrupted.
What to do if Bio-Tek Laboratory Equipment abort occurred?
Consult the error code list to see if the error is easily correctable.
What to do if Bio-Tek Laboratory Equipment abort error occurred?
Consult the error code list to see if the error is easily correctable. The user may have aborted read from KC4, or from another serial interface.
What to do if Bio-Tek ELx800 Laboratory Equipment read time dark value is out of range?
Reboot the system and/or check environmental conditions. The measurement electronics background noise has changed since the last power-up self-check, or ambient light may have increased since power-up.
What to do if Bio-Tek Laboratory Equipment autocalibration data is missing?
Perform autocalibration. This issue occurs when autocalibration was not performed following assay definition download.
What to do if Bio-Tek Laboratory Equipment wavelength not found in table?
Run a system test. Verify that wavelengths in the filter wheel match settings in the filter table. The assay wavelength does not match the filter table.
What to do if Bio-Tek ELx800 Laboratory Equipment failed configuration checksum test?
Recreate the assay definition using the correct version of assay definition software and re-download the software. The configuration data has changed and the checksum stored is no longer valid. The error is produced when outdated versions of assay definition software are used to create an assay configuration file, making the file incompatible with the operation code within the instrument’s memory.
What to do if Bio-Tek ELx800 filter is not installed?
Turn off the instrument. Upon restarting the instrument, you should be able to use the keypad. This issue may occur if there is an empty filter location on the filter wheel (all filter locations must have either a filter or a filter blank, Bio-Tek PN 2872086), or if the entire filter wheel is not installed.
What to do if Bio-Tek ELx800 Laboratory Equipment X-axis (carrier in/out) motor did not find the opto (home) sensor?
Turn off the instrument. Upon restarting the instrument, you should be able to use the keypad. Possible causes include a defective or broken optical sensor, a disconnected or damaged flex cable, or X-axis movement being limited so that the optical sensor cannot be interrupted.
What to do if Bio-Tek ELx800 Laboratory Equipment reader failed noise test?
This failure indicates excessive variation in the dark current (background) noise levels of the measurement circuit. External signals might be penetrating the measurement chamber. Make sure that the bottom and top shrouds, and the filter wheel cover, are correctly installed. The cause may be a faulty motherboard (PN 7330400, 7330410, or 7330415) or daughter board (PN 7330404 or 7330414). The photodiode or power supply may be too close to the instrument.
Describes the ELx800 reader's purpose and capabilities as a single-channel reader-assay system.
Details the physical components and specifications of the ELx800 instrument.
Outlines the functionalities and capabilities of the ELx800's embedded software.
Lists all items included in the ELx800 package upon purchase.
Lists available add-ons and upgrades to enhance the ELx800's functionality.
Specifies performance parameters for the standard ELx800 configuration.
Details specifications specific to the UV-capable ELx800 model.
Lists specifications for the ELx800 model with narrow beam capability.
Provides contact information and procedures for obtaining technical assistance.
Instructions for safely removing and checking the instrument and its accessories upon arrival.
Guides on configuring the instrument's environment and connections.
Describes the initial power-on sequence and the automatic system self-test.
Introduces the primary navigation interface of the ELx800.
Explains how to set up general instrument preferences and settings.
Provides steps for connecting a compatible printer to the reader.
Guides on configuring the serial port for data transfer and control.
Instructions for physically installing or changing optical filters in the instrument.
Detailed instructions for safely packing the instrument for transit.
Describes the physical interface and controls on the front of the ELx800.
General introduction to operating the ELx800 and its software.
Tips and guidelines for maximizing the accuracy and reliability of measurements.
Procedures for powering on the ELx800 and initiating its self-test sequence.
Details the functions and navigation options available from the main operational screen.
Guides on creating, modifying, and managing assay protocols and parameters.
Step-by-step process for performing a measurement run with a microplate.
Options and procedures for generating and printing assay results and data.
Accessing and configuring instrument settings and preferences.
Guidelines to ensure accurate and reliable instrument operation.
Defines intervals for routine performance testing of the instrument.
Verifies the instrument's internal components and light path functionality.
Confirms the integrity of the instrument's software programming.
Assesses mechanical alignment, accuracy, and linearity using a test plate.
Actions to take if the Absorbance Plate Test parameters report a "FAIL".
Procedures for verifying performance using liquid samples.
General procedures for keeping the instrument in good working order.
Instructions for safely replacing the instrument's lamp.
Protocols for decontaminating the instrument, especially before shipping or servicing.
Introduction to diagnosing and resolving instrument issues and error messages.
Explains the purpose and function of the ELx800's internal system test.
Definitions of key terms used in troubleshooting and error code sections.
Lists and explains the various error codes displayed by the ELx800.
Introduces using PC software for enhanced reader control and flexibility.
Instructions for setting up and operating the ELx800 using KCjunior software.
Instructions for setting up and operating the ELx800 using KC4 software.
Guidance on manipulating data from 384-well plates using KCjunior.
Guidance on manipulating data from 384-well plates using KC4.
Shows a matrix report displaying sample results and calls.
Illustrates the graphical representation of curve fitting results.
Displays sample results and calls in a columnar format.
Example of a column report showing only header and control data.
Shows a report detailing results for assays within a defined panel.
Comprehensive report detailing assay parameters and settings.
Continuation of the detailed assay parameters and settings report.
A table comparing the features of the ELx800 and EL800 microplate readers.
Example of programming an assay with transformation and cutoff calculations.
Example of programming an assay with standard curve and cutoff determination.
General| Brand | Bio-Tek |
|---|---|
| Model | ELx800 |
| Category | Laboratory Equipment |
| Language | English |
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