What to do if pressure alarm issued on cytiva AKTA go?
If you're getting pressure alarms with your Cytiva Industrial Equipment, it might be because the flow rate is too high for the column you're using; try lowering it. Alternatively, check for kinks in the tubing, overtightened connections, or precipitation in the flow path. If you find any of these issues, replace the tubing.
How to fix difficulty connecting to cytiva AKTA go?
To resolve difficulties connecting to Cytiva Industrial Equipment, ensure that both the instrument IP address and the computer IP address are on the same subnet. Also, try restarting the computer to start the UNICORN instrument server.
Why is there a spike in the UV signal in Cytiva Industrial Equipment?
A spike in the UV signal in Cytiva Industrial Equipment can occur if the flow restrictor has been removed after the UV cell. Replace the flow restrictor back in the flow path after the conductivity monitor. Another cause could be air in the system. In that case, prime the inlets and purge the pump.
Why is the pressure unstable in cytiva AKTA go Industrial Equipment?
If you observe an unstable pressure in Cytiva Industrial Equipment, it might be due to air in the pump. Try priming the inlets and purging the pump to resolve this issue.
What causes an unstable conductivity signal in cytiva AKTA go Industrial Equipment?
An unstable conductivity signal in Cytiva Industrial Equipment may be due to air in the pump. To resolve this, prime the inlets and purge the pump.
How to fix truncated text in UNICORN for Cytiva Industrial Equipment?
If the text in UNICORN appears large and truncated, making it unreadable, it's likely due to scaling changes in the Windows operating system. Set the zoom level in Windows to 100% and restart your computer.
General| Brand | cytiva |
|---|---|
| Model | AKTA go |
| Category | Industrial Equipment |
| Language | English |
Provides essential user information, safety warnings, intended use, system definition, and prerequisites for operation.
Details the manual's purpose, scope, notes, tips, and typographical conventions used for clarity.
Lists related user documentation, including manuals and guides for the ÄKTA go system and UNICORN software.
Defines abbreviations used throughout the document for consistent understanding.
Outlines essential safety precautions, including warnings, cautions, and notices for safe operation.
Explains product labels, safety symbols, and their meanings for user awareness.
Details procedures for emergency shutdown, restart, and actions to take during power failures.
Provides an overview of the ÄKTA go instrument, its exterior design, and control panel.
Describes the standard and optional modules that can be integrated with the ÄKTA go system.
Introduces the UNICORN software, its modules, and user interface for system control.
Covers site planning and necessary preparations for installing the ÄKTA go system.
Provides step-by-step instructions for physically installing the ÄKTA go instrument and its components.
Guides users through installing and configuring the UNICORN software for the instrument.
Explains how to launch UNICORN, log in, and establish a connection with the ÄKTA go instrument.
Details how to set up the instrument's flow path, including module definitions and tubing connections.
Instructs on priming inlets and purging pump heads to remove air for optimal performance.
Describes how to conduct performance tests to verify the instrument's functionality before use.
Provides steps for connecting a chromatography column to the instrument, ensuring no air is introduced.
Explains how to set and manage pressure alarms for column protection during operation.
Offers precautions and adjustments for operating the system in cold environments to maintain performance.
Guides users on creating new chromatographic methods using the UNICORN Method Editor.
Details methods for preparing samples for loading onto the column via loops, Superloop, or pump.
Explains the process of initiating a previously created chromatographic method.
Describes how to monitor an ongoing run and interact with it using the System Control module.
Covers how to analyze and evaluate the results of a completed chromatographic run.
Outlines essential steps for cleaning, column storage, system storage, and shutdown after a run.
Provides instructions for cleaning the exterior surfaces of the ÄKTA go instrument.
Details the procedure for performing a system Cleaning-In-Place (CIP) to clean the entire flow path.
Explains the procedure for replacing the pump rinsing liquid.
Provides instructions on how to safely replace the main fuses of the instrument.
Lists the technical specifications, dimensions, weight, and power requirements of the ÄKTA go system.
Details the chemical resistance of the ÄKTA go instrument's flow path to various chemicals.
Provides information on product decommissioning, decontamination, and disposal of components.
Lists applicable regulations and standards for the product in different geographical regions.
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