What does it mean if the read time dark value is out of range on Biotek ELx800?
If the 'Read time dark value out of range' error appears on your Biotek Laboratory Equipment, it could be because the measurement electronics background noise has changed since the last power-up self-check, or ambient light may have increased since power-up. In this case, it's best to contact BioTek's Technical Assistance Center for further assistance.
What causes a 'filter not installed' error on Biotek Laboratory Equipment?
If a filter is not installed in your Biotek Laboratory Equipment, this may be due to an empty filter location on the filter wheel (all filter locations must have either a filter or a filter blank, BioTek PN 2872086), or the entire filter wheel is not installed. In this case, it's best to contact BioTek's Technical Assistance Center for further assistance.
What does it mean if the read time air blank is out of range on Biotek ELx800?
If the 'Read time Air Blank out of range' error appears on your Biotek Laboratory Equipment, it could be because the lamp is unstable. Reboot the system or install a new lamp. To extend lamp life, turn the unit OFF when not in use.
What causes the 'filter signal out of range' error in Biotek ELx800?
If the filter signal is out of range on your Biotek Laboratory Equipment, this indicates a light level problem with one or more filters. Verify that filters in the filter wheel match settings in the filter table. A “UV” filter may have been installed in a non-UV instrument. Verify that filters in the filter wheel match settings in the filter table. Also, a blank filter may be incorrectly installed in a filter position. Verify that filters in the filter wheel match settings in the filter table.
What does a 'Calibration checksum error' mean on Biotek ELx800?
If you receive a 'Calibration checksum error' on your Biotek Laboratory Equipment, it means that the stored checksum value for the calibration data does not match the actual checksum. In this case, it's best to contact BioTek's Technical Assistance Center for further assistance.
What to do if the light beam is not found in Biotek Laboratory Equipment?
If the light beam is not being found in your Biotek Laboratory Equipment, it could be due to several reasons: * A loose belt * A loose motor pulley * A defective motor drive causing the carrier to ignore movement instructions * A failed lamp * A loose filter wheel drive gear or defective motor controller PCB. In any of these cases, it's best to contact BioTek's Technical Assistance Center for further assistance.
What to do if my Biotek Laboratory Equipment reader failed the noise test?
If the reader failed the noise test on your Biotek Laboratory Equipment, it could be due to external signals penetrating the measurement chamber. Make sure that the bottom and top shrouds, as well as the filter wheel cover, are correctly installed. It could also be due to a faulty motherboard (PN 7330400, 7330410, or 7330415) or daughter board (PN 7330404 or 7330414), the photodiode or power supply being too close to the instrument, or excessive variation in the dark current (background) noise levels of the measurement circuit. In any of these cases, it's best to contact BioTek's Technical Assistance Center for further assistance.
What to do if my Biotek ELx800 reader failed the offset test?
If your Biotek Laboratory Equipment reader failed the offset test, it could be caused by ambient light leak. Ensure that the plate carrier door is properly closed. It could also be caused by a faulty motherboard (PN 7330400, 7330410, or 7330415) or daughter board (PN 7330404, or 7330414), or the photodiode or power supply may be too close to the instrument. In any of these cases, it's best to contact BioTek's Technical Assistance Center for further assistance.
What to do if Carrier X-axis movement failed positional verify in Biotek ELx800 Laboratory Equipment?
If the Carrier X-axis movement failed positional verify on your Biotek Laboratory Equipment, this could happen if the belt has slipped because of incorrect tension, a loose motor pulley, or a loose belt clamp, or because of a defective motor drive. In any of these cases, it's best to contact BioTek's Technical Assistance Center for further assistance.
What to do if Carrier Y-axis movement failed positional verify in Biotek ELx800 Laboratory Equipment?
If the Carrier Y-axis movement failed positional verify on your Biotek Laboratory Equipment, it may be because the belt has slipped due to incorrect tension, a loose motor pulley, or a loose belt clamp. Another potential cause is a defective motor drive. In any of these cases, it's best to contact BioTek's Technical Assistance Center for further assistance.
Details the physical components and capabilities of the ELx800 reader.
Outlines the functionalities and capabilities of the ELx800's onboard software.
Lists all items included in the ELx800 instrument package upon purchase.
Describes additional items available for purchase to enhance ELx800 functionality.
Provides detailed technical specifications for the standard, UV, and NB models.
Information on obtaining technical assistance and support for the ELx800 instrument.
Step-by-step guide for safely removing the ELx800 from its shipping container.
Instructions for configuring the ELx800, including environment, power, and initial settings.
Procedure for connecting a compatible printer to the ELx800 for report output.
Guide for establishing serial communication with external devices like PCs.
Instructions on how to install or change interference filters in the reader's filter wheel.
Procedure to ensure software filter table matches physical filter locations.
Guidelines for properly packing and preparing the ELx800 for shipment.
Overview of the ELx800's keypad and display interface for operation.
Introduction to the ELx800's operational capabilities and features.
Best practices and tips for maximizing the performance and accuracy of the ELx800.
Steps and procedures for powering on the ELx800 and initiating its system test.
Navigation and access to all reader functions from the primary menu.
Procedures for setting up new assays or modifying existing ones, including method, map, formula, and curve.
Instructions on how to select an assay and perform a microplate read.
Details on how to generate and print various types of reports from the ELx800.
Configuration of date/time, data output, and read options for the ELx800.
Defines the recommended intervals for instrument performance testing.
Outlines the tests to confirm initial and ongoing instrument performance.
Verifies instrument performance by checking light levels, noise, and sensitivity.
Confirms mechanical alignment, accuracy, linearity, and repeatability using a test plate.
Verifies instrument performance with liquid samples to detect optical defects.
Importance of daily maintenance for instrument accuracy and longevity.
Step-by-step instructions for cleaning the ELx800 instrument surfaces.
Guidelines for proper storage and handling of interference filters to ensure longevity.
Detailed steps for replacing the instrument's lamp and aligning it correctly.
Procedures for decontaminating the instrument, required before handling or shipping.
Introduction to identifying and resolving potential error codes displayed by the ELx800.
Definitions of common terms used in troubleshooting and error code interpretation.
Comprehensive list of error codes, their meanings, and probable causes.
Details nonfatal error conditions requiring user attention and their solutions.
Lists critical errors requiring immediate attention and contact with technical support.
Introduction to controlling the ELx800 using Gen5, KC4, or KCjunior software.
Setup and operation instructions for controlling the ELx800 with Gen5 software.
Setup and operation instructions for controlling the ELx800 with KC4 software.
Setup and operation instructions for controlling the ELx800 with KCjunior software.
Guide for performing 384-well plate reads using Gen5 software with ELx800NB.
Guide for performing 384-well plate reads using KC4 software with ELx800NB.
Guide for performing 384-well plate reads using KCjunior software with ELx800NB.
Example of programming an assay with transformation and cutoff calculations.
Example of programming an assay with standard curve and cutoff determination.
General| Type | Microplate Reader |
|---|---|
| Detection Method | Absorbance |
| Wavelength Range | 400-750 nm |
| Detector | Silicon Photodiode |
| Wavelength Selection | Filters |
| Plate Format | 6, 12, 24, 48, 96, 384 well plates |
| Software | Gen5 |
| Light Source | Tungsten-Halogen Lamp |
| Shaking | Yes |
| Interface | USB |
| Dimensions (W x D x H) | 33 x 43 x 23 cm |
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