Search for defective O2k components: Difference between revisions

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|description=The 2-chamber design of the O2k helps to '''search for defective O2k components''', by switching components linked to O2k chambers A and B between sides A and B.
|description=The 2-chamber design of the O2k helps to '''search for defective O2k components''', by switching components linked to O2k chambers A and B between sides A and B.
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:::: The '''two chamber design''' of the O2k has many benefits, including advantages in '''troubleshooting'''. By switching components between sides A and B of the O2k, it is usually possible to locate an instrumental problem, finding selectively a specific defective component of the O2k. This component can then be serviced by the user or replaced by Oroboros Instruments without the need to ship the entire O2k. For more information:Β  Β  Β 
For more information:Β  Β  Β 
::#[[Oxygen_sensor_test#Switch_components_approach | Switch components approach]]
::#[[Oxygen_sensor_test#Switch_components_approach | Switch components approach]]
::#[https://wiki.oroboros.at/index.php/Oxygen_sensor_test#TroubleshootingΒ  how to disassemble the OroboPos ]
::#[https://wiki.oroboros.at/index.php/Oxygen_sensor_test#TroubleshootingΒ  how to disassemble the OroboPos ]

Revision as of 08:22, 29 May 2020


                  


O2k-Open Support

Search for defective O2k components



Template NextGen-O2k.jpg


MitoPedia O2k and high-resolution respirometry: O2k-Open Support 



Description

The 2-chamber design of the O2k helps to search for defective O2k components, by switching components linked to O2k chambers A and B between sides A and B.

For more information:

  1. Switch components approach
  2. how to disassemble the OroboPos

MitoPedia O2k and high-resolution respirometry: O2k hardware 

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