Upgrade Plans for Run-2C Project Activities
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Shekhar Mishra et al.
11/11/2019
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Inserting snorkel tube in condenser
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Installation of 20 micron disks in the Inside LAr filter
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Attaching new 20 micron filter and mole sieve on condenser return,
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Its power supply and controls
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Installation of new heater and RTD in the Inside LAr filter,
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Its power supply and controls
•
Regeneration of Filter
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Installation on filter on Top plate
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Electrical commissioning of the Filter on the Top Plate before CE is attached.
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Testing of FEMB received from BNL
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Installation of FEMB on TPC
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Testing of TPC with CE
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Move TPC in the Cryostat
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Database all items in ICEBERG
11/11/2019
Mishra et al. | Run 2C Plan
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Tube needs to go
to 2/3 of the height
of the condenser
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Decision was made to insert a clean fish tape from the instrumentation
opening at the top of the condenser and pull a long Teflon tube, size to be
determined by Katherine in a day, through the top. It will reinserted back in with
Spiders to hold the tube vertically in place. (
All needed parts should be ordered
by end of Tuesday 11/12/19
)
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Mishra et al. | Run 2C Plan
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Written down
plan/procedure for the
Machine shop by
11/19/2019
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Sintered Metal Disks will be
delivered to Fermilab on
11/22/2019
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Cut open at Machine Shop
on 11/22/2019
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Weld back on 11/25/2019
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Fill media on 11/26/2019
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Start regeneration on
11/27/209
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MicroBooNE regeneration attachment should be ready by
11/22/2019
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Schematic of what is needed to attach ICEBERG Filter to MicroBooNE
system
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Need Drawings: (Techs cannot do the work till we have drawings)
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Fabricating two spool pieces that will connect the inlet and outlet of the
Iceberg internal filter to the existing MicroBooNe regen set up
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Making an adapter to connect the Iceberg RTDs to the existing RTD wiring
(going to the MicroBooNe PLC)
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Removing the Iceberg internal filter from PAB (crane usage)
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Transporting the Iceberg internal filter to MicroBooNe
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Lowering the Iceberg internal filter into the MicroBooNe pit (crane
usage)
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Connecting the Iceberg internal filter RTDs, inlet spool piece, and outlet
spool piece
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Regeneration of the Filter at MicroBooNe
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Transporting the Iceberg internal filter to PAB
11/11/2019
Mishra et al. | Run 2C Plan
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ICEBERG Internal Filter
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Fire-rod purchased is Watlow 2089-2941
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There are details to it installation (electrical and mechanical) that must me followed
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https://internal.dunescience.org/iceberg/localincludes/Internal-Filter/FIREROD-product-guide-6-25.pdf
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Connection port at the cryostat (Need understand)
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DC Power Supply (150 Volts, 16 Amps) and
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Control Specification (Specification and operation)
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Write down a requirements, specification, construction and operation document of
Heater and RTDs. (Mechanical and Electrical: Trevor and Katherine):
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Molecular Sieve (will only operate with LAr in cryostat)
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Electrical connections
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DC Power Supply (150 V and 5 Amps)
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Control specification
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Write down a requirements, specification, construction and operation document of
Heater. (Mechanical and Electrical: Trevor and Katherine)
11/11/2019
Mishra et al. | Run 2C Plan
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We would do the following for the RTDs.
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All existing RTDs and wires should be removed from the cryostat.
•
Trevor should produce an electrical schematic for the new RTD to cryogenic
controls.
•
All new RTDs to be individually assembled with G10 backing with its final wire and
connection to cryogenic controls.
•
Each individual RTD will be immersed in LN2 bath in CTS to calibrate its reading.
•
Installed RTD in the cryostat with reasonable known vertical position and electrical
connection checked.
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CE will be removed from the TPC for Electrical commissioning
of the Filter
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Once we certify that there is no current flowing out of filter CE
will be attached.
11/11/2019
Mishra et al. | Run 2C Plan
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Photon Detector will not be part of the Run 2C at the start.
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Full Photon Detector has to go through an electrical review
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Photon Detector will get pulled out of the TPC for inspection
before RUN 2C starts.
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2 MPOD Units
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2 channels, 48 volts
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2 channels, 2.5 volt (DUNE)
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1 PL506
11/11/2019
Mishra et al. | Run 2C Plan
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Trevor will provide all the ICEBERG data links being stored in
Seeq to Bill.
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Bill will include them in EPICS.
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Alan has some derived quantity in Seeq, this should be stored in
EPICS.
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Purity Monitor MPOD units needs to be edited in EPICS.
•
Shekhar will work with Bill to ensure that the names of these
data is clear.
11/11/2019
Mishra et al. | Run 2C Plan
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The upgrade plans for the Run-2C project involve a series of detailed tasks including inserting a snorkel tube, installing micron disks in the LAr filter, attaching filters and mole sieve, regenerating filters, and testing various components. Additionally, there are plans for replacing sintered metal disks, assembling the condenser, and fabricating spool pieces for filter regeneration. The timeline and procedures for each task are outlined, emphasizing the careful coordination required for successful implementation.
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Presentation Transcript
Run-2C Upgrade Plans Shekhar Mishra et al. 11/11/2019
Things to do Inserting snorkel tube in condenser Installation of 20 micron disks in the Inside LAr filter Attaching new 20 micron filter and mole sieve on condenser return, - Its power supply and controls Installation of new heater and RTD in the Inside LAr filter, - Its power supply and controls Regeneration of Filter Installation on filter on Top plate Electrical commissioning of the Filter on the Top Plate before CE is attached. Testing of FEMB received from BNL Installation of FEMB on TPC Testing of TPC with CE Move TPC in the Cryostat Database all items in ICEBERG 11/11/2019 Mishra et al. | Run 2C Plan 2
Condenser Port on Cryostat 11/11/2019 Mishra et al. | Run 2C Plan 3
Bottom of Condenser Tube needs to go to 2/3 of the height of the condenser 11/11/2019 Mishra et al. | Run 2C Plan 4
Condenser Assembly Decision was made to insert a clean fish tape from the instrumentation opening at the top of the condenser and pull a long Teflon tube, size to be determined by Katherine in a day, through the top. It will reinserted back in with Spiders to hold the tube vertically in place. (All needed parts should be ordered by end of Tuesday 11/12/19) 11/11/2019 Mishra et al. | Run 2C Plan 5
Replacement of Sintered Metal Disks Written down plan/procedure for the Machine shop by 11/19/2019 Sintered Metal Disks will be delivered to Fermilab on 11/22/2019 Cut open at Machine Shop on 11/22/2019 Weld back on 11/25/2019 Fill media on 11/26/2019 Start regeneration on 11/27/209 MicroBooNE regeneration attachment should be ready by 11/22/2019 11/11/2019 Mishra et al. | Run 2C Plan 6
Regeneration of Filter Schematic of what is needed to attach ICEBERG Filter to MicroBooNE system - Need Drawings: (Techs cannot do the work till we have drawings) Fabricating two spool pieces that will connect the inlet and outlet of the Iceberg internal filter to the existing MicroBooNe regen set up Making an adapter to connect the Iceberg RTDs to the existing RTD wiring (going to the MicroBooNe PLC) - Removing the Iceberg internal filter from PAB (crane usage) - Transporting the Iceberg internal filter to MicroBooNe - Lowering the Iceberg internal filter into the MicroBooNe pit (crane usage) - Connecting the Iceberg internal filter RTDs, inlet spool piece, and outlet spool piece - Regeneration of the Filter at MicroBooNe - Transporting the Iceberg internal filter to PAB 11/11/2019 Mishra et al. | Run 2C Plan 7
Electrical Reviews ICEBERG Internal Filter - Fire-rod purchased is Watlow 2089-2941 There are details to it installation (electrical and mechanical) that must me followed https://internal.dunescience.org/iceberg/localincludes/Internal-Filter/FIREROD-product-guide-6-25.pdf - - Connection port at the cryostat (Need understand) - DC Power Supply (150 Volts, 16 Amps) and - Control Specification (Specification and operation) Write down a requirements, specification, construction and operation document of Heater and RTDs. (Mechanical and Electrical: Trevor and Katherine): Molecular Sieve (will only operate with LAr in cryostat) - Electrical connections - DC Power Supply (150 V and 5 Amps) - Control specification Write down a requirements, specification, construction and operation document of Heater. (Mechanical and Electrical: Trevor and Katherine) 11/11/2019 Mishra et al. | Run 2C Plan 8
Heater Configuration 11/11/2019 Mishra et al. | Run 2C Plan 9
RTD Installation We would do the following for the RTDs. All existing RTDs and wires should be removed from the cryostat. Trevor should produce an electrical schematic for the new RTD to cryogenic controls. All new RTDs to be individually assembled with G10 backing with its final wire and connection to cryogenic controls. Each individual RTD will be immersed in LN2 bath in CTS to calibrate its reading. Installed RTD in the cryostat with reasonable known vertical position and electrical connection checked. 11/11/2019 Mishra et al. | Run 2C Plan 10
Filter Electrically ready CE will be removed from the TPC for Electrical commissioning of the Filter Once we certify that there is no current flowing out of filter CE will be attached. 11/11/2019 Mishra et al. | Run 2C Plan 11
Photon Detector Photon Detector will not be part of the Run 2C at the start. Full Photon Detector has to go through an electrical review Photon Detector will get pulled out of the TPC for inspection before RUN 2C starts. 2 MPOD Units - 2 channels, 48 volts - 2 channels, 2.5 volt (DUNE) 1 PL506 11/11/2019 Mishra et al. | Run 2C Plan 12
Database Trevor will provide all the ICEBERG data links being stored in Seeq to Bill. Bill will include them in EPICS. Alan has some derived quantity in Seeq, this should be stored in EPICS. Purity Monitor MPOD units needs to be edited in EPICS. Shekhar will work with Bill to ensure that the names of these data is clear. 11/11/2019 Mishra et al. | Run 2C Plan 13
