1. 1 20-03-2013 «BE-RF-PM» Updates on thermal tests for CLIC prototype module type 0 Ioannis Kossyvakis, Roberto Mondello, Fabrizio Rossi

2. 2 20-03-2013 «BE-RF-PM» 2 2 Contents 1.Thermal test program 2.Position of temperature sensors 3.Data acquisition and LabVIEW software 4.Data analysis

3. 3 20-03-2013 «BE-RF-PM» 3 3 Thermal test program STEP# INPUT OUTPUT T amb (°C)v air (m/s) Heat power (%) T i,water (°C) T o,water (°C) SASAS LoadPETSRFN LoadDBQSAS (+10 °C)PETS (+15 °C) 0 1 20 0.1 0000 1.WPS system (study influence of vibrations induced by air speed on WPS measuring system) 20.2 30.3 40.4 50.5 60.6 70.7 80.8 1 120 0.30000 1.Temperature sensors 2.Alignment 230 340 2 1 20 0.4 50 0 25 30 0 1.Temperature sensors 2.Alignment 2100 35 3 0.8 50 0 30 4100 35 5 40 0.4 50 0 30 6100 35 7 0.8 50 0 30 8100 35 3 1 20 0.40 50 250 32.5 1.Temperature sensors 2.Alignment 2100 40 3 0.80 50 32.5 4100 40 5 0.40 50 32.5 6100 40 7 0.80 50 32.5 8100 40 4 1 20 0.4 50 25 3032.5 1.Temperature sensors 2.Alignment 21003540 3 0.8 503032.5 41003540 5 0.4 503032.5 61003540 7 0.8 503032.5 81003540

4. 4 20-03-2013 «BE-RF-PM» 4 4 Temperature sensors : SAS #1 + CL TS1 TS2TS3TS4TS5TS6 TS7 TS29.C TS29.ATS29.B TS29.D Thermocouples type J Material: Fe/CuNi Accuracy = ± 1.5 °C RTD sensor PT 100 (4-wire resistance) Accuracy = ± 0.1 °C

5. 5 20-03-2013 «BE-RF-PM» 5 5 Temperature sensors : SAS #2 + CL TS8 TS9 TS10 TS30.C TS30.ATS30.B TS30.D Thermocouples type J Material: Fe/CuNi Accuracy = ± 1.5 °C RTD sensor PT 100 (4-wire resistance) Accuracy = ± 0.1 °C

6. 6 20-03-2013 «BE-RF-PM» 6 6 Temperature sensors : PETS + RF NETWORK + CL TS23 TS17 TS18 TS19 TS20 TS21 TS22 TS24 TS25 TS26 TS36 TS35 TS34 TS33 RTD sensor PT 100 (4-wire resistance) Accuracy = ± 0.1 °C Thermocouples type J Material: Fe/CuNi Accuracy = ± 1.5 °C

7. 7 20-03-2013 «BE-RF-PM» 7 7 Temperature sensors : DBQ TS27 TS28 RTD sensor PT 100 (4-wire resistance) Accuracy = ± 0.1 °C

8. 8 20-03-2013 «BE-RF-PM» 8 8 Temperature sensors : air temperature 1222 1339 650 770 275 245 200 TS39 TS41 TS38 TS40 TS42 189 979 TS43 TS45 TS44 TS38 TS40 TS39 TS48 TS50 TS49 AIR TEMPERATURE AROUND TM0 3 cross sections 5 thermocouples type T for each cross section Thermocouples type T Material: Cu/CuNi Accuracy = ± 0.5 °C

9. 9 20-03-2013 «BE-RF-PM» 9 9 Temperature sensors (pictures in the lab) Temperature sensors on the air Temperature sensors on the accelerating structures Temperature sensors on the DB Q and PETS Temperature sensors on the waveguides

10. 10 20-03-2013 «BE-RF-PM» 10 Data acquisition and LabVIEW software Data acquisition from the accelerating structures Data acquisition from the waveguides Data acquisition from the PETS Data acquisition from the magnets

11. 11 20-03-2013 «BE-RF-PM» 11 Data acquisition and LabVIEW software Data acquisition from the air thermocouples Real time plots Steady state condition at 40 o C

12. 12 20-03-2013 «BE-RF-PM» 12 Data analysis (20 o C) Super AS - 1 PETS - 1 DB Q - 1Air thermocouples - 1

13. 13 20-03-2013 «BE-RF-PM» 13 Data analysis (from 20 o C to 30 o C) Super AS - 1 PETS - 1 DB Q - 1Air thermocouples - 1

14. 14 20-03-2013 «BE-RF-PM» 14 Data analysis (30 o C) Super AS - 1 PETS - 1 DB Q - 1Air thermocouples - 1

15. 15 20-03-2013 «BE-RF-PM» 15 Data analysis (from 30 o C to 40 o C) Super AS - 1 PETS - 1 DB Q - 1Air thermocouples - 1

16. 16 20-03-2013 «BE-RF-PM» 16 Data analysis (effect of air speed on air temperature: 0.8 m/s  0.3 m/s) Air thermocouples - 3 Air thermocouples - 1 Air thermocouples - 2