atlas tile calorimeter wbs 3.4 larry price anl m&o status and plans toronto august 3, 2005

ATLAS Tile CalorimeterWBS 3.4

Larry Price

ANL

M&O Status and Plans

Toronto

August 3, 2005

USATLAS EC MeetingToronto 8/3/052

Construction Project (Installation)


Installation Schedule in Pit

Barrel March-December 2004 EBC: August-November 2005 (Oct-Nov) EBA: December-March 2006 (Dec-Jan)

36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 1 2 3 4 5 6 7 8 9

36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 1 2 3 4 5 6 7 8 9

Che

ck r

ails ID services along

Barrel

Jan '06Dec '05

Dec '05 Jan '06 Feb '06Sep '05 Nov '05

LAr

Feb '06Aug '05 Sep '05 Oct '05 Nov '05

Aug '05 Oct '05

Big Wheels C

JN C

Platf. Remov

.

Sole

noid

Endcap Calorimeter C

Cable chains

Barrel Calo testing and commissioning

Platforms removal

HS arches

Muon Barrel A

Endcap Calorimeter A

JN A

LAr

Endcap Cal. C services

Muon Barrel C

ID services through Muons

Muons sector 13, BMS chambers, Muon rails, gangways & services

Fiel

d m

appi

ng

Endcap cryo lines.

Barrel Calo services

Barrel Cryo lines

Barrel Toroid servicesBT testing &

commissioning

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22

ID A

ID B

ID C

Pixe

l

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22

Bea

m p

ipe

Side A

Barrel

Side C

Big Wheel A, step 1

Big Wheels A

Full

mag

net t

est

JF

EO, side C

JF

JF

VJ

JT C

May '07Nov '06Apr '06

Endcap Toroid A cooldown & testing

ID connection, testing & commissioning

Oct '06Apr '06 Jul '06May '06 Jun '06 Aug '06 Sep '06

Jun '06Mar '06

Dec '06Mar '06

Small Wheel C

Oct '06

Endcap Cal. A services connection, testing & commissioning

(JT)

VT

Jan '07Aug '06 Sep '06Jul '06May '06 Apr '07

glob

al te

sts,

pum

p do

wn

& b

ake

out

Dec '06

VJ

Feb '07 Mar '07

JF

EO, side A

Cosmic Tests

VA VTJTA Small

Wheel A

Endcap Toroid A

May '07Nov '06 Jan '07 Apr '07Mar '07Feb '07

VABig Wheels C Endcap Toroid C

Endcap Toroid C cooldown & testing

(JT)

Global Commissioning

Endcap Cal. C testing & commissioning

Full magnet test

Assembly/commissioning schedule (Version 7, still official)

Comments:

-Probable 4 weeks delay on LB movement (not official)=> delay EB assembly+LB commissioning-EC toroid A that follows EBA assembly is not available in time.-When EB is pushed inside toroid for ID installation or solenoid magnetic field test, the dist LB-EB~ 4m and minivan-scaffolding still in place =>can access EB/B fingers (to be looked in more

detail).

Schedule for barrel Commissioning phase 1 active Tile WPs ( based on V7 schedule) 20 June05This table does not taken into account that unofficially (most probably) the start of commissioning by sectors planned for 7 Sept-15Nov05 will be delayed

by 3-4 weeks due to delay of the toroid installation/barrel movementWP Task/main steps Duration schedule Team

WP2 Services:1) route cables from USA15->HS support (fibres later)2) install second connector +QC on HS (start with HV b. sectors)3) Finish local cables installation on truck4) Connect all cables+fibres HS->fingers (2 days/16 fingers)5) Trigger cables installation

1) ~1month2) ~1month3) 2-3 weeks4) 1 month5) 2 months?

1)9May- mid June done?2)24June-endJuly3) 22 June->~10July 4) September5) Sept-Nov? (try before)

TCIrakliIreneTile

techs

WP3 Racks equipment in USA15:1) Validate layout of rack Wizard with TC (missing

val. 5 racks)2) Finalize infrastructure in counting room (Cooling +

power)4)Fill in construction DB material installed/tested in

USA155) Follow cables connection to electronics

1) 1 week2) Couple of weeks4)all time5) “ “

1) Finish by end June?2) Finish 27 June4) Until end 055) Until end 05

EstebanIrene

Irakli,TCAll tile WP

resp.4)

Irene,Larry+…

WP4.1 FE(SD) certification+repairs with MOBIDICK:1)Finish repairs on available drawers2) install/drill 8 finger extensions (Nikolai’s+ CF

team)3) Upgrade EBC/EBA for sense

lines+links+certify/repair in 175

At z=0:4) Repair/certify unavailable 14 LB drawers5) install LB15 Sdrawers6) Repair LB SDs ( if mobidaq finds a problem)

1)3months2) ~ 2 weeks3) Few months

4Many weeks5) 1Week6) 2 months…..

1)March-endMay2) 27June-~5July?3) 1 June->end Aug

4) Sept, 5)End Sept.6)Sep-Nov 05

FabriceCF+ Chicago + ANL +few

tile techs/physicis

ts

2) Iouri+Nikolai+techs+CF

WP4.2 FE(SD+LV+laser+cables+…) certification with MOBIDAQ:1)Upgrade mobidaq (LED test, +trigger cables?+…)3) Stability tests with cooling (inform CF if problems found)4) Take first cosmics data during expert week (Richard)5) commission the barrel rotating in sectors (6days/16fingers)

1) Several weeks3) several months4) 1 week5) 2 months

1) Finish end July3) start 20 June ; continue 4) 20-27 June 5) Sept-Nov

Iacopo,AmirGerolf,PedroPaulo,Giorgy,

Schlereth+…….all

Schedule for barrel Commissioning phase 1 non active Tile WPs (20 June 05) page 2

WP Task/main steps Duration schedule Team

WP8cesium

1)Install tubes/sensors around cylinder (sign off ok)

2) Local cabling between elect boxes/garages/sensors after ID

3) Install hydraulic equipment on racks in UX154) Finish garages/boxes (after finger installation/cryo pipe)5) Piping+ cabling from racks->Z=0 (with TC)6) Dummy source tests (6 days/16 fingers)7)final calibration with cesium source (WP

1) Many weeks2) ~1 week3)~3 weeks4) ~1 week5) ~ few

weeks6) 2 months7) 3 weeks +

….

1) Finished mid May2) 11-30July 3) Start mid July? 4) 11-30July 5) beg. Sept6) Sept-Nov7) 15 Nov->end Dec +

….

Andrei+Protvino team.

ANL Techs

WP4.3RODDAQ crate

1) Install VME crates + associated hardware + rack modules

2) Install software, setup configuration databases 3) Connect drawers via temporary cables 4) DVS tests, CIS/ped/cosmic runs, monitoring +

event display 5) Integration with Laser System 6) Integration with LVL1, calibration of LVL1

receivers 7) Commissioning by sectors using ROD DAQ 8) Full commissioning+calibrations, cosmics with

Lar

1) 2 weeks2) 5 days3) 3 days4) 3 months5) 2 weeks6) 2 weeks7) 2 months8) 1 month

1) – 4) June – August

5) July - August 6) September 7) 9 Sep - 16 Nov8) 9 Nov – 7 Dec; spring

’06

1) – 4) Online team: Andrea, Gerolf,

Giorgi,Iacopo, Larry, Oleg,

Paulo(?) +Valencia ROD experts5) C-F pers. + Online

team6) LVL1 pers+ Online

team7) Shifters + Online

team8) Shifters + Online

team

WP5 LV

1) Install connector on local cables at Star_Boxes+QA (WP2-3)

2) LVPS DCS test from USA15 with Dummy_Load on Truck

3) Install AUX_Board Crates and Bulk PS prototype at USA15

4) Install connector on long cables at Star_Boxes (LB at Z=0)

5) Frame install.+final cabling; QA of LV_BOX (use DL) at Z=0

6) Insert LV_BOX to finger, tune working point via LV_DCS

1) 2-4 weeks 2) 2 days 3) 2 weeks 4) 2 months 5) 2 months 6) 2 months

1) mid June->mid July 2) 1->15 July 3) Aug/Dec 4) 9 Sep -> 9 Nov 5) 9 Sep -> 9 Nov 6) 9 Sep -> 9 Nov

1) Irakli, Dave + 1 tech

2) Francisca+DCS exp.

3) Stan, Francisca+1 tech

4) Lvexp + 1 tech 5) David, services

group 6) LV+DCSexp.

+shifters

WP11:DCS

1) Install temp. cooling DCS+2 PCs with Kvaser+NI RS422 cards

2) test DCS for LV, HV, Cs + DDC with local DB3) Install PS for CanBus + Update Software4) Test Alarms, Cesium/Min Bias/Laser systems in

branches5) Performance and stability tests

1) 1.5 Weeks2) 2 Weeks3) 1 Week4) 2 months5) 3 weeks

1) Finish end June2) 1->15 July3) Last week of August4) 9 Sep -> 16 Nov5) 16 Nov -> 7 Dec

A. Gomes + J. Pina+Calin+

2) All DCS exps.

3) LIP team4) DCS

experts+shifters

5) DCS experts + Shifters

WP9:Laser

1) Installation on racks + tests2) Install PLC + mechanics3) Laser + Electronics tests4) Stability/perform. tests +tuning modules with

temp. fibres5) commissioning the barrel in sectors

(6days/16fingers)

1) ~1 week2) 2 days 3) 2 days4) 2.5 weeks5) 2 months

Beg. Nov , Use LED with Mobidaq

to test laser fibres in Sept-mid Nov

L. Pierre + CF+J.Carvalho +

Richard

Schedule for barrel Commissioning phase 1 non active Tile WPs (20 June 05) page 3

WP Task/main steps Duration schedule Team

WP10:HV

1) Power supplies installation2) Inter-racks cables connection +QC3.1) Test canbus Power supplies3.2) Test a can bus branch +LED test with MobiDAQ

3.3) HV DCS tests in 8 SDs with Mobidaq

4) Whole ATLAS DCS tests in sectors (6days/16fingers)

1)1 week2) 1 week3) ~1-2 week

4) 2months

1)8-30 June2)20June-2 July3) Second half July

4) Sept-Nov

Yahya +CF 1)Stanislav +Irakli’s

team2) CF techs 3) CF+DCS/mobidaq

exps.

4) CF+shifters

WP7:ROD/BE

1) Test 10 first RODS2) HW installation in USA153) SW installation in USA15 + integration with

TDAQ4) Read out full barrel + TDAQ + Fibers + Tile

Operative

1) 4 Weeks2) 2 Weeks3) 6 Weeks4) 2 months

1) Second half June2) First half July3) 15 July + August4) 9 Sep ->16 Nov

1) Juan+Valencia 2) Carlos & E.3) Carlos

+Oleg+TDAQ4) Valencia +shifters

WP6.1Cosmics recivers+cosmics tests

Cosmics expert week with 2 top-2 bottom barrel modules. Install/test/get ready:

1) CANbus cables+ CANBUS LV power2) Module Configuration + USA15 infrustructure3) Cables and Fibers + 2 Cooling units

+Temporary LVPS4) USA15 infrastructure+ 9U coincidence boards5) MobiDAQ Readout tests6) Setup Tests + Online DAQ software +

Monitoring7) Offline software, Analysis, Shifts during data

taking8) Second expert week with final LV supplies

1->6) ready until 19 June

7) 20-27 June

8) II) ~ 25-30 July

Richard +Mobidaq experts + Schlereth + all

WP6.2 receiver

s

To be filled later Kerstin+ Manoel +(Stockholm+Rio

group)+Amir+Pedro

WP12 Mbias

1) Tests with tile DCS +Tile DAQ

2) Certify CAN cabling chain

3) Certify ReadOut Buffers

4) Certify communication with ADC-Is

5) Integration to the beam crate

6) integration to the Tile DAQ

7) integration to the Tile DCS

1) few weeks

2) two days

3) two days

4) one week

5) ?

6) two weeks

7) two weeks

1) by end Aug

2) ? ( <- wp 2.6, 3.5, + CAN PS)

3) beg July ( <- wp 3.3)

4) by mid Nov ( <- wp 5.6, 12.2, 12.3)

5) by end Nov ( <- wp 4.3.4)

6) by end Sept ( <- wp 12.5)

7) by mid Dec ( <- wp 11.4, 12.1, 12.3

1) I.Korolkov+BCN team




5) Oleg+Ilya 6) Oleg+Ilya+M.Volpi 7)

Ilya+A.Gomes+BCN

TileCal Front-End Electronics Repairs on HF Truck Sept-Oct 04

-Tests on: TTC, CANbus, HV, laser fibres via LED, BCID @ 100 kHz L1A, readout noise, …

- Replaced failing components

- Will continue in Jan-Feb when OPAL cradle will be removed


WP 4.1: In situ FE electronics certification with Mobidick (status in June05; Claudio,Fabrice)

Remaining tasks for z=0 (before starting commissioning, no access now):• 14 Super Drawers to be repaired ( 7 out of 64 modules)• 2 SD to be inserted• Repair/certify FE in cases of failures are found with MobiDAQ •Finish this week last 4 modules certification (without fingers)

•Next step in July+Aug (Nikos): perform FE stability tests in all modules using MobiDAQ +temporary cables (~ 8 SD running ~ 3 days with portable cooling).


Cosmic receiver setup

MobiDAQ

PC (MobiDAQ interface)

WP4.2: FE tests with MOBIDAQ (Gerolf,Iacopo,Amir,Oleg,Giorgi,Andrea)

(8 drawers at the time from USA15+temporarly cables/fibres)

•MOBIDAQ in pit for many weeks and working in stable mode for a few days.

•Still need to include LED test to send light to PMTs (will replace laser system for fibres QC)

Cosmic rays expert week 20-28 June (Richard et

al.)

8 superdrawers (2 top +2 bottom modules)8 sets of temporary cables (TTC/GLINK, CANbus, trigger, laser/LED) 8 temporary LVPS 2 temporary cooling unitsMobiDAQ in USA152 Coincidence boards (Chicago)Details:http://agenda.cern.ch/askArchive.php?base=agenda&categ=a053788&id=a053788s1t6%2Ftransparencies%2FTEUSCHER_Cosmic_Ray_Expert_Week_Summary_June_2005.ppt


Event with Back-to-Back Trigger


Next expert weeks/integration runs:

July ’05: ROD Expert week in USA15 Read out 8 superdrawers with final ROD

Motherboard Debug DAQ/ROD

Dec ’05/Jan ‘06: Begin cosmic-ray running on barrel Following installation of final services and Low

Voltage PS at z=0 Up to 12 top + 12 bottom modules

2006: Continue periodic runs until global ATLAS cosmic run in March ‘07

Integrate with LAr barrel after cool-down (~April ‘06)

Repeat with TileCal EBA / EBC / HEC / FCAL when ready in ‘06


Summary or dates as understood on June 27th (based

on v7).

WP Task/main steps Duration schedule

WP12 Mbias

barrel

1) Tests with tile DCS +Tile DAQ

2) Certify CAN cabling chain

3) Certify ReadOut Buffers

4) Certify communication with ADC-Is

5) Integration to the beam crate

6) integration to the Tile DAQ

7) integration to the Tile DCS

1) few weeks

2) two days

3) two days

4) one week

5) ?

6) two weeks

7) four weeks

1) by end Aug

2) ? ( <- wp 2.6, 3.5, + CAN PS)

3) August ( <- wp 3.3)

4) by mid Nov ( <- wp 5.6, 12.2, 12.3)

5) by end Nov ( <- wp 4.3.4)

6) by end Sept ( <- wp 12.5)

7) by mid Dec ( <- wp 11.4, 12.1, 12.3)


MBTS counters

2 segments in ; inner segment covers pixel detectors


Principal US M&O Work in 2005

Validation, calibration, and repair of modules and electronics Adjustments and modifications to accommodate adjacent systems, e.g., LAr

and Cryostat Establishment of test/repair facility

Work with TC on services validation Cosmic Ray Commissioning

Cosmic ray trigger system “First ATLAS Data from the underground area”

Performance monitoring and calibration software development Setup for cosmic ray commissioning and performance measurement Vapor shields for central and forward cryostats MBTS Scintillators Validation and testing of LVPS Initial integration with TDAQ and extensive exercise of interfaces

(MobiDAQ) Establishment of conditions and other databases Design and prototyping of MBTS Counters


Plans for US M&O Work in 2006

Complete MBTS Counters Barrel integration with TDAQ + DCS and extensive exercise of

interfaces Barrel commissioning

Locally by sectors Cosmics with TDAQ readout

EB Commissioning (as above) Final mechanical and light integrity validation of EBA modules before

installation in pit Software development

Complete initial calibration, diagnostic, and status reporting software Database development

Establish and exercise the procedure for regular diagnostics and calibrations

Validation and testing of LVPS Identify and carry out needed electronics repairs

Completion of test/repair facility Understand calorimeter performance and integrate with LAr and

physics studies


FY 2006 Budget

Inst. Activities Guidance Reserve Total

ANL Software development, Databases, Electronic testing, TDAQ Integration, Mechanical setup

$451K $95K $546k

MSU MBTS Counters, Module integrity validation

$52K $30K $82k

UC Electronics test/repair, TDAQ Integration, Cosmics commissioning

$217K $50K $267k

UI Services validation, TDAQ integration

$70K $19K $89k

UTA Local commissioning $56K $19K $75k

Total $846 $213 $1059k


Issues Completion of LVPS Congestion in the pit

Tile Extended Barrel assembly Muon Barrel assembly Tile Barrel commissioning

Will need probably to work in 2 shifts/day in Sept->Dec with several teams working in parallel.

Consequently need: Big teams of physicists/tech/eng.

at CERN during second half 2005 and first half of 2006.

Commission each Tile sub-system in standalone as much as possible before end August in USA15/UX15 with temporary cables

Good coordination within Tile sub-systems and with other ATLAS systems (through TC).

TC

atlas tile calorimeter wbs 3.4 larry price anl m&o status and plans toronto august 3, 2005

Documents

finish end

installation schedule

trigger cables installation

usatlas ec meeting toronto

route cables

cables connection

commissioning ec toroid

couple of weeks