Presentation is loading. Please wait.

Presentation is loading. Please wait.

1.  Preparation of larger parts in a Clean room Class 10000 (ISO7)  Preparation of smaller parts in a “baldaquin” annex  Assembly in a clean-room Class.

Similar presentations


Presentation on theme: "1.  Preparation of larger parts in a Clean room Class 10000 (ISO7)  Preparation of smaller parts in a “baldaquin” annex  Assembly in a clean-room Class."— Presentation transcript:

1 1

2  Preparation of larger parts in a Clean room Class (ISO7)  Preparation of smaller parts in a “baldaquin” annex  Assembly in a clean-room Class 100 (ISO5)  Using assembly tooling specifically designed for the task  Following a predefined sequence  According to written procedures  With qualified staff  Governed by a QA plan HIE-ISOLDE Cryomodule Assembly2

3  Consists of:  The clean room as shown by Karl  A set of rails anchored into the floor of the clean-room  Horizontal and Co-planar within 0.5 mm  An assembly frame comprising:  The fixed frame structure surveyed vertical to within ±0.5 mm anchored into the floor  An internal horizontal rectangular motorized frame that moves vertically  And that can elevate over 4m, equipment weighing up to 3 tonnes  Two rolling trollies  One multipurpose trolley MPT for general transport of equipment  One specifically to handle the solenoid and the cavities CST  A “chevre”  hand operated  For loading equipment onto the two trollies at the Clean-room entrance door HIE-ISOLDE Cryomodule Assembly3 Rails Rolling trolley (Solenoid/Cavity type) Assembly Frame fixed Loading area Class Area Class 100 Area Internal motorized frame The Tooling set is designed to offer an intrinsic precision, to largely offload this burden from the assembly staff and allow them to concentrate more fully on the assembly steps in hand

4 4 Jean-Alexandre BOUSQUET Graeme BARLOW Lloyd WILLIAMS Derived from: The Assembly Breakdown Structure The decision to assemble vertically Schematic views of the tooling, more details later

5 5 Get v-vessel box from storage Attach rail wheels, put onto rails Unwrap, roll into 10’000 area Clean inside and outside Into 100 area under frame Measure position and adjust Lifted with motorized frame, lowered on blocks Flange blanks removed Cleaned inside and outside Ancillaries added Top dust cover added Lifted with motorized frame, blocks removed lowered onto rails Wheeled to area Get v-vessel top plate Remove top dust cover Attach and seal v-vessel top plate to v-vessel box Do leak test on VV Remove v-vessel top plate Wrap top plate remove to storage Replace top dust cover on v-vessel box Wrap v-vessel box Take outside, remove rail wheels Remove v-vessel box to storage

6 6 Unwrap, panel 1 Take it into 10’000 area Cleaned Into 100 area under frame Lower the motorized frame Hook onto motorized frame Clean to class 100 Repeat for panels 2, 3, and 4

7 7 Repeat for the bottom panel 5 Assemble the panels together to form a box Connect the K cryo-circuits Leak test the complete K cryo-circuit Measure the size and shape of the box Tighten all fixing bolts

8 HIE-ISOLDE Cryomodule Assembly8 Get vacuum vessel box from storage Attach the rail wheels Put onto rails Unwrap, roll into 10’000 area Clean Roll into 100 area Locate under the suspended thermal shield Measure position and adjust

9 HIE-ISOLDE Cryomodule Assembly9 Lower the thermal shield box into the v vessel box Fix the thermal shield box to the v vessel box Measure position and adjust Replace dust cover on v vessel Roll the assembly to 10’000 area Wrap Take outside Remove rail wheels Take to storage

10 HIE-ISOLDE Cryomodule Assembly10 Assemble the Chimney assembly in Baldquin Clean to class 100 Wrap Transport to Clean room Unwrap install on MPT Roll under motorized frame and position Measure position and adjust

11 HIE-ISOLDE Cryomodule Assembly11 Wrap the chimney assembly Lower the motorized frame Attach the Chimney to the motorized frame Elevate the chimney Remove MPT to area Bring the platform elevator into the clean-room Elevate personnel Attach chimney to fixed frame Measure position and adjust Detach chimney from motorised frame Lower personnel Lower motorized frame Remove platform elevator outside Allow clean-room time to recover

12 HIE-ISOLDE Cryomodule Assembly12 Get top plate from storage Unwrap top plate and place it in area on the MPT Clean the top plate to level

13 HIE-ISOLDE Cryomodule Assembly13 Roll the top plate into class 100 area under the fixed frame Measure position and adjust Clean top plate to class 100 level Lower motorized frame Attach top plate to motorized frame Elevate top plate Roll MPT out to area

14 HIE-ISOLDE Cryomodule Assembly14 Get LTT from storage Unwrap LTT and place it in area on the MPT Clean the LTT to level Roll the LTT into class 100 area under the fixed frame Measure position and adjust Clean LTT to class 100 level Lower motorized frame Clamp top plate to LTT and seal Detach top plate from motorized frame Elevate the motorized frame Roll out MPT with top plate on LTT to area

15 HIE-ISOLDE Cryomodule Assembly15 Get equipment for top plate from storage Unwrap equipment and place it in area Clean the Equipment to level (small components will be treated in the baldaquin) Remove blind flange from top plate, attach and seal equipment in its place Carry out leak test Repeat for all equipment to be attached to the top plate** When all equipment is installed and leak tight: Clean complete top plate to class level Roll the top plate under the fixed frame Measure position and adjust Clean the top plate to class 100 level Lower the motorized frame Attach the top plate Wrap the upper part of the top plate Elevate the top plate Remove MPT to the area ** Note that leak tests may be done on a group of components Grouping TBD

16 HIE-ISOLDE Cryomodule Assembly16 Get equipment from storage Clean in the baldaquin and wrap Take to area and put on the MPT Unwrap Roll equipment to 100 area Clean the Equipment to class100 level Attach the equipment to the frame position adjusters Measure position and adjust

17 HIE-ISOLDE Cryomodule Assembly17 Get Helium vessel from storage Unwrap and place it on the MPT in area Clean the he vessel to class10000 level Get Thermal shield upper plate from storage Unwrap and place it over the helium vessel and on to the MPT in area Clean the thermal shield upper plate Assemble the thermalization ½ collars Measure position of this assembly adjust and fix

18 HIE-ISOLDE Cryomodule Assembly18 Roll the MPT into class 100 area under the fixed frame Measure position and adjust Clean the helium vessel and thermal shield upper part to class 100 level Lower motorized frame to bring the top plate down over the helium vessel neck Attach the top plate flange to the helium vessel flange Measure position and adjust Seal the top plate flange to the helium vessel flange Detach the helium vessel from the MPT Elevate the motorized frame Remove the MPT to area

19 HIE-ISOLDE Cryomodule Assembly19 Bring the platform elevator into the clean room Elevate personnel Elevate the helium vessel to insert the chimney into the helium vessel neck Connect the cryogenic instrumentation cabling to the feedthroughs on the chimney top flange Attach the Chimney flange to the top plate flange and seal Detach chimney from fixed frame Lower the chimney together with the top plate and helium vessel Lower personnel Do electrical checks on cryogenic instrumentation Leak test the helium vessel top plate and chimney assembly Remove platform elevator outside the clean-room Allow the clean room to recover its air quality

20 HIE-ISOLDE Cryomodule Assembly20 Insert the current leads from the top Feed their extension cabling through the chimney, down through the helium vessel and out through its lower flange Insert the 4.5K bayonets into the helium vessel and engage the feeder into the distribution manifold Connect the helium feeder down pipe for the solenoid to the distribution manifold Attach the cable retention spiders to the helium feeder pipe Attach the upper flange of the solenoid down pipe to the helium vessel flange hand tight.

21 HIE-ISOLDE Cryomodule Assembly21 Assemble the end plates with their upper fixing system in the baldaquin, clean and wrap. Take the end plate assemblies into the clean room unwrap and attach to the load spreader bars. Measure and adjust their lower extremities into one horizontal plane

22 HIE-ISOLDE Cryomodule Assembly22 Get the support frame from storage Load it onto the MPT in the area unwrap and clean Level the support frame on the MPT Roll the support frame into the 100 area into position under the motorized frame Measure and adjust position of support frame Clean support frame to class 100 level. Attach lower extremities of the end plates to the support frame Detach support frame from MPT Measure and adjust position of support frame Elevate the assembly with the motorized frame Wrap the MPT and remove it to storage

23 HIE-ISOLDE Cryomodule Assembly23 Get the equipment from storage Clean it in the baldaquin and wrap Take the diagonal tie rods into the clean room and attach them Measure and adjust the position of the support frame Take the support frame cooling tubes and attach them to the helium vessel and the support frame Measure and adjust the position of the support frame Frame cooling tubesDiagonal tie rods

24 HIE-ISOLDE Cryomodule Assembly24 Get the solenoid and cavity trolley from storage put it on the rails Drive it into the area unwrap and clean it Clean the solenoid in the baldaquin and wrap Bring the solenoid into the area install on the trolley and unwrap Compress to full extent the 2 bellows on the solenoid down tube Roll the trolley under the fixed frame Measure position and adjust Lower the motorized frame to engage and connect the helium fill tube

25 HIE-ISOLDE Cryomodule Assembly25 Complete the power supply electrical connections Complete the instrumentation connections Do full electrical checks on current leads cabling and solenoid

26 HIE-ISOLDE Cryomodule Assembly26 With the trolley lift the solenoid to give clearance Insert the solenoid cross-bars (“omegas”) Centre the solenoid cross-bars with respect to the support frame Align the solenoid cross-bars horizontally and vertically Lower the solenoid into place on its cross bars Verify the correct positioning of the solenoid Release the two bellows on the down tube Seal the 2 flanged interfaces to complete the solenoid cryogenic connection Do a leak test on the helium vessel and solenoid Insert the remaining 10 cavity cross-bars Align them all vertically and horizontally with respect to the solenoid Check good centring in the support frame Fix them in place Attach thermalizations

27  Successive installation of the cavities onto the trolley in the 10’000 area HIE-ISOLDE Cryomodule Assembly27

28  First cavity in place HIE-ISOLDE Cryomodule Assembly28

29  Arrival of the second cavity HIE-ISOLDE Cryomodule Assembly29

30  Second cavity in place HIE-ISOLDE Cryomodule Assembly30

31  Third cavity in place HIE-ISOLDE Cryomodule Assembly31

32  Fourth cavity in place HIE-ISOLDE Cryomodule Assembly32

33  Fifth cavity in place HIE-ISOLDE Cryomodule Assembly33

34 HIE-ISOLDE Cryomodule Assembly34 Remove blind flanges from the helium vessel cavity ports Flange hand tight the 5 flexible bellows to the helium vessel Compress the bellows completely Turn all cavities through 40 degrees acl from top Check position and verticality of all the cavities on the trolley Clean the cavities and trolley Roll the trolley under the fixed frame Measure position and adjust

35 HIE-ISOLDE Cryomodule Assembly35 Lower the support frame to pass over all the cavities Rotate the first cavity in the series* clw from top by 40 degrees Release this cavity from the trolley Lift the frame to pick up the cavity Complete the helium fill tube connection Release bellows and flange hand tight to cavity Measure position and adjust Repeat sequence for the 4 remaining cavities *The series is defined to keep the frame ~balanced see next frame

36 HIE-ISOLDE Cryomodule Assembly36

37 HIE-ISOLDE Cryomodule Assembly37

38 HIE-ISOLDE Cryomodule Assembly38

39 HIE-ISOLDE Cryomodule Assembly39

40 HIE-ISOLDE Cryomodule Assembly40

41 HIE-ISOLDE Cryomodule Assembly41

42 HIE-ISOLDE Cryomodule Assembly42

43 HIE-ISOLDE Cryomodule Assembly43 FLANGE A Connectors 5 x 37 pins 4 x 25 pins > 24 pins> 32 pins > 16 pins> 32 pins T-sensors K 250 W heater T-sensors K Temperature wires mA/mV Heaters wires 5A/230V n Connector with n used pins Version 18 Feb > 20 pins > 16 pins 32 No written procedures exist today for the installation of the instrumentation cabling and feedthroughs

44  Pressure and leak test on 4.5K cryogenic vessel?  Pressure and leak test on 60-75K cryogenic vessel?  Geometry of suspended assembly  Electrical checks  RF checks HIE-ISOLDE Cryomodule Assembly44

45 HIE-ISOLDE Cryomodule Assembly45 Get vacuum vessel from storage Attach wheels, put onto rails Unwrap, roll into 10’000 area Cleaned outside Roll into 100 area under fixed frame Measure position and adjust Top dust cover removed from v vessel Cavity aperture protections opened and secured open

46 HIE-ISOLDE Cryomodule Assembly46 Lower the suspended assembly into the vacuum vessel Settle the top plate onto the vacuum vessel seals Detach top plate from motorized frame Elevate motorized frame Add clamps and seal Do global leak test on complete cryo circuit Roll into area Roll outside crane lift place on blocks remove rail wheels Call delivery to test area

47 HIE-ISOLDE Cryomodule Assembly47

48 HIE-ISOLDE Cryomodule Assembly48


Download ppt "1.  Preparation of larger parts in a Clean room Class 10000 (ISO7)  Preparation of smaller parts in a “baldaquin” annex  Assembly in a clean-room Class."

Similar presentations


Ads by Google