What to do if my tecan sunrise shows an 'Out of memory in module' error?
If your Tecan Laboratory Equipment displays an 'Out of memory in module' error, it's likely due to an internal firmware error. Try turning the instrument off and then on again. If the error persists, contact your local service engineer.
Why does my tecan sunrise Laboratory Equipment say 'Not implemented'?
If your Tecan Laboratory Equipment displays a 'Not implemented' error, this is due to an internal firmware error. You should switch the instrument off and then on again. If the error continues after restarting, contact your local service engineer.
What to do if the Tecan Laboratory Equipment displays 'Timer event not active'?
If your Tecan Laboratory Equipment shows a 'Timer event not active' error, it indicates an internal firmware error. To resolve this, switch the instrument off and then on again. If the problem continues, it is recommended to contact your local service engineer.
General| Detection Mode | Absorbance |
|---|---|
| Plate Formats | 96-well plates |
| Light Source | Xenon flash lamp |
| Measurement Range | 0 - 4 OD |
| Shaking | Linear shaking |
| Interface | RS-232 |
| Measurement Modes | Endpoint, Kinetic |
| Wavelength Selection | Filters |
Basic safety precautions when operating the instrument to reduce risk of injury or electrical shock.
Overview of the sunrise Absorbance Reader and its intended use for professional applications.
Details the intended use of the sunrise Absorbance Reader in various laboratory settings.
Specifies the professional applications for which the sunrise Absorbance Reader is designed.
Describes the different hardware variations and options available for the sunrise Absorbance Reader.
Details the optional features that can be added to the sunrise Absorbance Reader to customize its functionality.
Lists the technical specifications for the sunrise Absorbance Reader and its options.
Provides general technical specifications applicable to all sunrise instrument options.
Lists specifications for the standard sunrise model with a standard filter carriage.
Details specifications specific to the sunrise instrument equipped with a touchscreen color display.
Lists specifications for the tuneable wavelength model with a gradient filter carriage.
Details specifications for the sunrise instrument configured with a 6-filter carriage.
Provides specifications for the temperature control feature of the sunrise instrument.
Lists specifications for the barcode laser scanner option on the sunrise instrument.
Details the types and dimensions of microplates compatible with the sunrise Absorbance Reader.
Specifies the requirements and supported types for barcode labels used with the scanner.
Lists specifications for USB sticks used for data storage and transfer with the instrument.
Illustrates and describes the main components and physical parts of the instrument.
Shows and explains the connection ports and labels located on the back panel of the instrument.
Provides instructions and safety precautions for inserting and removing microplates from the instrument.
Explains the different types of filter carriages compatible with the sunrise instrument.
Describes the standard filter carriage and its capabilities with fixed wavelength filters.
Describes the gradient filter carriage for tuneable wavelength selection.
Describes the 6-filter carriage and its compatibility with specific instrument models.
Details the various features and measurement modes available for the sunrise instrument.
Explains the different measurement modes (Normal, Accuracy, Center) and their usage.
Describes the microplate shaking capability and its settings for pre-measurement preparation.
Lists available accessories for the sunrise instrument with their order numbers.
Describes the software options available for controlling and operating the sunrise Absorbance Reader.
Introduction to the chapter detailing the necessary steps for installing the instrument.
Guides the user through unpacking the instrument and performing initial inspection for damage.
Step-by-step instructions for safely unpacking the instrument and its components.
Specifies the power requirements and electrical safety precautions for operating the instrument.
Outlines the environmental conditions necessary for optimal instrument performance and longevity.
Details the sequence of steps for physically installing the instrument and connecting it to a computer.
Instructions for installing the necessary software to control the sunrise Absorbance Reader.
Explains how to configure instrument modes, filters, and measurement settings using dedicated software.
Step-by-step guide for installing the "Sunrise Instrument Settings" software.
Guides on how to launch and start the "Sunrise Instrument Settings" application.
Explains how to select and define the instrument's operating mode within the settings software.
Details the process of defining filter values for the instrument's filter carriages.
Guides on selecting and configuring the measurement mode for the instrument.
Introduces the touchscreen option and its components, enabling onboard software operation.
Refers to the general area of application for the touchscreen functionality.
Lists the technical specifications related to the touchscreen hardware and software.
Describes the instrument's components and connections when equipped with the touchscreen option.
Shows and explains the connection ports on the back panel of the touchscreen unit.
Explains how data is managed, stored, and transferred using the touchscreen and USB stick.
Lists industry standard printer languages and connection methods supported by the touchscreen.
Provides instructions for installing drivers, plugging, and unplugging the USB stick safely.
Offers guidance on managing data on USB sticks, including backup and deletion.
Guides users on how to start and operate the instrument using the touchscreen interface and software.
Introduces the basic operation of the touchscreen interface and its key elements.
Details the steps to start the onboard software and the instrument.
Highlights special functions of the MagellanCE software's input panel for enhanced usability.
Explains how to switch the instrument between local and remote control modes for different operating scenarios.
Guides on setting the instrument to remote mode for external computer control.
Guides on switching the instrument back to local mode for standalone operation.
Introduces the chapter on identifying and resolving error messages displayed by the instrument.
Lists common error messages for sunrise mode and their corresponding troubleshooting steps.
Lists common error messages for SPECTRA mode and their corresponding troubleshooting steps.
Lists common error messages related to the touchscreen and USB stick functionality.
Explains the 'Overflow' condition, which occurs when absorbance readings exceed instrument specifications.
Introduces the chapter covering procedures for maintaining and cleaning the instrument.
Provides detailed instructions for safely replacing the instrument's lamp.
Guides users through the process of replacing different types of filter carriages.
Details the procedure for replacing filters within the standard filter carriages.
Explains the specifications and usage of gradient filter carriages.
Details the procedure for replacing filters within the 6-filter carriages.
Explains how to safely replace the instrument's main fuses in case of failure.
Details procedures for cleaning the instrument's device, touchscreen, and handling liquid spills.
Provides instructions for cleaning the external surfaces and plate transport of the instrument.
Offers guidance on gently cleaning the touchscreen display to avoid damage.
Outlines immediate actions and precautions to take in case of liquid spills on the instrument.
Outlines a schedule for routine preventive maintenance tasks based on instrument usage.
Specifies any daily maintenance tasks required for the instrument.
Details the weekly maintenance procedures for the instrument.
Outlines maintenance tasks to be performed every six months.
Describes annual maintenance tasks for both customers and service technicians.
Details maintenance tasks that require a service technician and are performed every four years.
Describes procedures and precautions for disinfecting the instrument, especially after contact with biological materials.
Lists recommended solutions for disinfecting the instrument's surfaces.
Provides step-by-step instructions for disinfecting the instrument and its components.
Specifies the requirement for a disinfection declaration when returning the instrument for service or distribution.
Provides guidance on the proper and lawful disposal of the instrument and its associated waste materials.
Introduces the chapter on lawful disposal of waste materials associated with the instrument.
Provides information on the manufacturer's responsibility for the disposal of packing materials.
Guides on the proper disposal of used microplates and other consumables.
Provides instructions for contacting service and decontaminating parts before instrument disposal.
Introduces the chapter on obtaining optimal performance and accuracy through quality control measures.
Provides recommendations for achieving the best performance and accuracy from the instrument.
Specifies ideal placement conditions for the instrument to ensure accurate results.
Details operating procedures that contribute to best repeatability and accuracy.
Explains the self-check calibration procedure to verify instrument functionality and optical system.
Describes tests to ensure the instrument is working correctly and obtaining accurate results.
Details the QC PAC 2 test for automated performance checks including accuracy and linearity.
Explains how to check for microplate consistency by reading an empty microplate.
Addresses potential inaccuracies when measuring liquids that form a high meniscus.
Provides a procedure to check the measurement precision using liquid samples.
Describes how to check instrument linearity using dilution series of liquid samples.
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