Cooling System Upgrade Project Progress Summary
Cooling iRPC FEB
Progress and steps
Ian
23 Feb 2024
Check that the Huber chiller , now 13 ? Years old does the job of cooling down the 100W load
See photos and plots from Mohammed
Plan to attach rack to floor
Time to instrument the first step with temp and mass flow rate to equate power loss to delta T, Cp and flow rate
See Arduino ( No ESP33 ?) programme and initial trial comp air , with Zubayda.
This is also the step to making the interlock on flow failure for the final system
Calibration of the flow meter against elevated reservoir and analogue flow meter.
Model YF-B7
Students giving assistance
Zubayda
zubayda.eve.kofi@cern.ch
Lucia sanchez
lucia.eiriz.sanchez@cern.ch
Mohammed
mohammad.ahammad.ali@cern.ch
Their responsible here;
Robert Philip Keatch
Detailed progress update on the cooling system upgrade project involving evaluation of the Huber chiller, instrumenting the system, initial trials, calibration, and collaboration with students for assistance and support. The project aims to enhance cooling efficiency for a 100W load by equating power loss to temperature differentials, specific heat, and flow rate parameters.
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Presentation Transcript
Cooling iRPC FEB Progress and steps Ian 23 Feb 2024
Check that the Huber chiller , now 13 ? Years old does the job of cooling down the 100W load See photos and plots from Mohammed Plan to attach rack to floor Time to instrument the first step with temp and mass flow rate to equate power loss to delta T, Cp and flow rate See Arduino ( No ESP33 ?) programme and initial trial comp air , with Zubayda. This is also the step to making the interlock on flow failure for the final system Calibration of the flow meter against elevated reservoir and analogue flow meter.
Students giving assistance Zubayda zubayda.eve.kofi@cern.ch Lucia sanchez lucia.eiriz.sanchez@cern.ch Mohammed mohammad.ahammad.ali@cern.ch Their responsible here; Robert Philip Keatch
