AGH TRAINEE AT 01 JULY – 30 SEPTEMBER 2014. INTRODUCTION 1. CERN 2. Vacuum Group 3. ICM Section 4....

AGH AGH TRAINEE ATTRAINEE AT

01 JULY – 30 SEPTEMBER 01 JULY – 30 SEPTEMBER 2014 2014

AGH AGH TRAINEE ATTRAINEE AT

01 JULY – 30 SEPTEMBER 01 JULY – 30 SEPTEMBER 2014 2014

INTRODUCTION

1. CERN2. Vacuum Group3. ICM Section4. My tasks

2Magdalena Karpiel

CERNEuropean Organization for Nuclear Research

Research on

the fundamental structure

of the universe

Research on

the fundamental structure

of the universe

3Magdalena Karpiel

VACUUM GROUP

Design, construction, operation, maintenance and upgrade of high & ultra-high vacuum systems for Accelerators and Detectors.

Expertise, support and management:

•on thin-walled vacuum chambers, windows and bellows compensation systems

•in vacuum sealing and leak-tightness technology

•in dynamic vacuum phenomena

•of the industrial support contract for vacuum work in accelerators

•in vacuum control systems, vacuum interlocks and monitoring tools

4Magdalena Karpiel

TE-VSC-ICMInterlocks, Controls and Monitoring Section

In charge of the design, maintenance & consolidation

of the vacuum control systems of all Accelerators and Detectors.

Vacu

um C

ontr

olle

rs A

rchi

tect

ure

5Magdalena Karpiel

Introduction to the Naming Convention and Architecture of the Vacuum SystemParticipate in the control Topology for the ICM Quality Management Project

Format and enter information (studying VBA & Excel formulas)Update of equipment and rack layouts of Linac 4 and creation of equipment lists, to be imported in the CERN Central DATABASE in the future

MY TASKS

6Magdalena Karpiel

ED

MS#

1310

709

A REMINDER ON ICM NAMING CONVENTION

used for my tasks on TOPOLOGY

7Magdalena Karpiel

An inventory has been created with more than 300 codes

It conforms to the “LHC Quality Assurance Definition, which defines the equipment serial number with 19 characters, extensively used in MTF

The new ICM naming convention has been integrated in the Accelerators Naming Portal

https://edms.cern.ch/document/1149103/3

8Magdalena Karpiel

DOCUMENTSVY09-400

PLC_2VPG_USAdr.9

RL1:/

RL2:/

RL3:/

RL4:/

Adr.16VRMTG.400.0901.A

2723626 (A1)2723641 (A2) / / / (B1) / / / (B2)


2723627 (A1)2723642 (A2)

VRMTG.400.0902.B2723628 (B1)2723643 (B2)

L4L.VRGPT300.3312 / L4L.VRGPT300.3524 / 3712RL1:

/RL2:

/RL3:

/RL4:

/

VRPI.400.0902L4L.VPI.3428

VRPI.400.0901L4L.VPI.3722

L4L.VVGS.2326N°2725176

TMPUCtrl

TMPUPower

PLCA

TMPUCtrl

TMPUPower

N°/ / / N°/ / /

PLCB

VRIVC.400.0901

VRILC.400.0901

S03 CHOPPER: VG, VPG, VPI

L4L.VPGR.3622

L4D.VPGR.0244

VY09-400

PLC_2VPG_USAdr.9

RL1:/

RL2:/

RL3:/

RL4:/


2723626 (A1)2723641 (A2) / / / (B1) / / / (B2)


2723627 (A1)2723642 (A2)

VRMTG.400.0902.B2723628 (B1)2723643 (B2)

L4L.VRGPT300.3312 / L4L.VRGPT300.3524 / 3712RL1:

/RL2:

/RL3:

/RL4:

/

VRPI.400.0902L4L.VPI.3428

VRPI.400.0901L4L.VPI.3722

L4L.VVGS.2326N°2725176

TMPUCtrl

TMPUPower

PLCA

TMPUCtrl

TMPUPower

N°/ / / N°/ / /

PLCB

VRIVC.400.0901

VRILC.400.0901

S03 CHOPPER: VG, VPG, VPI

L4L.VPGR.3622

L4D.VPGR.0244

VY10-400

L4D.VVGS.4116N°2725177

RL1:/

RL2:/

RL3:/

RL4:/


2723619 (A1)2723635 (A2)

VRMTG.400.1001.B2723620 (B1)

/ / / (B2)


2723621 (A1)2723636 (A2) / / / (B1) / / / (B2)

RL1:/

RL2:/

RL3:/

RL4:/

VRPI.400.1005L4D.VPI.0165

VRPI.400.1004L4D.VPI.0233

VRPI.400.1003L4D.VPI.0270

VRPI.400.1002L4D.VPI.0332

VRPI.400.1001L4D.VPI.0359

Châssis Interlock RFDTL (3gauges)David Landre (16.42.01)

TMPUCtrl

TMPUPower

N°°/ / / N°°/ / /

PLCA

TMPUCtrl

TMPUPower

PLCB

VRIVC.400.1001

VR

PC

TP0

1.4

00.

10

01

VRILC.400.1001

Junction box for RF

S04 DTL: CG, VPG, VPI

01U

02U

03U

04U

05U

06U

07U

08U

09U

10U

11U

12U

13U

14U

15U

16U

17U

18U

19U

20U

21U

22U

23U

24U

25U

26U

27U

28U

29U

30U

31U

32U

33U

34U

35U

36U

37U

38U

39U

40U

41U

42U

43U

44U

45U

VY10-400

L4D.VVGS.4116N°2725177

RL1:/

RL2:/

RL3:/

RL4:/


2723619 (A1)2723635 (A2)

VRMTG.400.1001.B2723620 (B1)

/ / / (B2)


2723621 (A1)2723636 (A2) / / / (B1) / / / (B2)

RL1:/

RL2:/

RL3:/

RL4:/

VRPI.400.1005L4D.VPI.0165

VRPI.400.1004L4D.VPI.0233

VRPI.400.1003L4D.VPI.0270

VRPI.400.1002L4D.VPI.0332

VRPI.400.1001L4D.VPI.0359

Châssis Interlock RFDTL (3gauges)David Landre (16.42.01)

TMPUCtrl

TMPUPower

N°°/ / / N°°/ / /

PLCA

TMPUCtrl

TMPUPower

PLCB

VRIVC.400.1001

VR

PC

TP0

1.4

00.

10

01

VRILC.400.1001

Junction box for RF

S04 DTL: CG, VPG, VPI

01U

02U

03U

04U

05U

06U

07U

08U

09U

10U

11U

12U

13U

14U

15U

16U

17U

18U

19U

20U

21U

22U

23U

24U

25U

26U

27U

28U

29U

30U

31U

32U

33U

34U

35U

36U

37U

38U

39U

40U

41U

42U

43U

44U

45U

LINAC4 VY-RACKS

MACHINE:

REF ERENCE : TE/VSC

LINAC4

CERN / TE-VSC ECHELLE : NA

FORMAT : A4

INDICE : DevVers11

FICHIER :

MODIFIE:

SOURCE

DESSINE : GIRARDOT G.

BLANCHARD S 2013-09-12

TE-VSC

COMP LE XE _P S\LINAC _4\LINAC 4\LINAC 4-RACKS

2011-06-06

LINAC4 VY-RACKS

MACHINE:

REF ERENCE : TE/VSC

LINAC4

CERN / TE-VSC ECHELLE : NA

FORMAT : A4

INDICE : DevVers11

FICHIER :

MODIFIE:

SOURCE

DESSINE : GIRARDOT G.

BLANCHARD S 2013-09-12

TE-VSC

COMP LE XE _P S\LINAC _4\LINAC 4\LINAC 4-RACKS

2011-06-06

Racks layout of Linac 4EDMS _Naming Convention_ICM_Table

L4 VY17-400 VRPI.400.1701 1 6 1 L4P.VPI.0680 2723596A 300 l/s






L4 VY17-400 VRILC.400.1701 1 36 1

L4 VY17-400 VRGPT300.400.1701 1 39 1 L4P.VRGPT300.0360 / 0560

L4 VY17-400 VRGPT300.400.1702 2 39 2 L4P.VRGPT300.0960 / 1260

L4 VY17-400 VRIVC.400.1701 1 44 1 L4P.VVGS.0116 2725179

L4 VRGPT300.400.1701 VRMTG.400.1701.B 1 39 1 L4P.VRGPT300.0360 / 0560 2725247 (B1)

L4 VRGPT300.400.1701 VRMTG.400.1701.A 1 39 1 L4P.VRGPT300.0360 / 0560 2723629 (A1) 2723644 (A2)

L4 VRGPT300.400.1702 VRMTG.400.1702.B 1 39 1 L4P.VRGPT300.0960 / 1260 2723630 (B1) 2723645 (B2)

L4 VRGPT300.400.1702 VRMTG.400.1702.A 2 39 1 L4P.VRGPT300.0960 / 1260 2725248 (A1)

L4 VY18-400 VRPI.400.1801 1 1 1 L4P.VRPI.1280 2723602A 300 l/s






L4 VY18-400 VRPCTP01.400.1801 1 31 1 TMPU 2723568 2723569

L4 VY18-400 VRPGFUS1.400.1801 1 35 1 PLC_2VPG_US 2723567 L4P.VPGR.0660 L4T.VPGR.1238 2725926

L4 VY18-400 VRILC.400.1801 1 42 1

L4 VY19-400 VRPI.400.1901 1 6 1 L4T.VPI.1524.5 2723655 150 l/s

L4 VY19-400 VRPI.400.1902 2 11 1 L4T.VPI.1236.5 2723615 150 l/s

L4 VY19-400 VRPI.400.1903 3 16 1 L4T.VPI.1075 2723614A 300 l/s

L4 VY19-400 VRPI.400.1904 4 21 1 L4T.VPI.1020.5 2723613A 150 l/s

L4 VY19-400 VRPI.400.1905 5 26 1 L4T.VPI.0760.5 2723612A 150 l/s

L4 VY19-400 VRPCTP01.400.1901 1 31 1 TMPU 2725927 2725928

L4 VY19-400 VRGPT300.400.1901 1 39 1 L4T.VRGPT300.1236.1 / ….

L4 VY19-400 VRIVC.400.1901 1 44 1 L4T.VVGS.0101 2725180

L4 VRGPT300.400.1901 VRMTG.400.1901.A 1 39 1 L4T.VRGPT300.1236.1 / …. 2723632 (A1) 2723647 (A2)

L4 VY20-400 VRJCP004.400.2001 1 6 1

L4 VY20-400 VRIVC.400.2001 1 20 1 L4T.VVGS.1751 2725181

L4 VY20-400 VRPI.400.2001 1 22 1 L4Z.VPI.0280.5 2723611A 150 l/s

L4 VY20-400 VRGPT300.400.2001 1 27 1 L4Z.VRGPT300.0280.1 / ….

L4 VY20-400 VRIVC.400.2002 1 32 1 L4Z.VVGS.0278

L4 VY20-400 VRPI.400.2002 2 34 1 L4Z.VPI.0260.5 2728546A 150 l/s

L4 VY20-400 VRGPT300.400.2002 1 39 1 L4Z.VRGPT300.0260.1 / ….

L4 VRGPT300.400.2001 VRMTG.400.2001.A 1 27 1 L4Z.VRGPT300.0280.1 / …. 2723631 (A1) 2723646 (A2)

L4 VRGPT300.400.2002 VRMTG.400.2002.A 1 39 1 L4Z.VRGPT300.0260.1 / …. 2728547 (A1) 2728548 (A2)

Equipment list of Linac 4

NAME EXPERT NAME H START POS H END POS W START POS W END POS D START POS D END POS CRATE PROPERTIES? CRATE LINKS/CIRCUITS? TYPE NAME TYPE_ID OCCURENCE SLOT_ID NAME EXPERT NAME H START POS H END POS W START POS W END POS D START POS D END POS

VRIBB.400.0101 16 18 1 0.483 0.289 CIBU_3 CIBU_4

VRIBB.400.0102 20 22 1 0.483 0.289 CIBU_1 CIBU_2

VRVCL.400.0101 VVGS 4 24 26 1 0.483 0.44

VRVCL.400.0102 VVGS 3 27 29 1 0.483 0.44

VRVCL.400.0103 VVGS 2 30 32 1 0.483 0.44

VRVCL.400.0104 VVGS 1 33 35 1 0.483 0.44

VRLMA.400.0101 39 44 1 0.483 0.3

VRVCL.400.0101 24 26 0.44 VRMVM 1 VRMVM.400.0101 1 0.0483 0.235

VRVCL.400.0101 24 26 0.44 VRMVH 1 VRMVH.400.0101.1 2 0.0966 0.235

VRVCL.400.0101 24 26 0.44 VRMVT 1 VRMVT.400.0101.2 3 0.1449 0.235







VRVCL.400.0101 24 26 0.44 VRMVB 1 VRMVB.400.0101 10 0.483 0.235


















NAME EXPERT NAME H START POS H END POS W START POS W END POS D START POS D END POS CRATE PROPERTIES? CRATE LINKS/CIRCUITS? TYPE NAME TYPE_ID OCCURENCE SLOT_ID NAME EXPERT NAME H START POS H END POS W START POS W END POS D START POS D END POS

VRIBB.400.0101 16 18 1 0.483 0.289 CIBU_3 CIBU_4

VRIBB.400.0102 20 22 1 0.483 0.289 CIBU_1 CIBU_2

VRVCL.400.0101 VVGS 4 24 26 1 0.483 0.44

VRVCL.400.0102 VVGS 3 27 29 1 0.483 0.44

VRVCL.400.0103 VVGS 2 30 32 1 0.483 0.44

VRVCL.400.0104 VVGS 1 33 35 1 0.483 0.44

VRLMA.400.0101 39 44 1 0.483 0.3




























The final equipment list of Linac 4

SAFETY COURSE

1. Computer Security2. Use of the Biocell3. CERN Safety Introduction4. Safety during LS15. Road Traffic - Bike Riding6. Electrical Safety – Awareness7. Radiation Protection - Supervised Area8. Radioactive Equipment - Traceability –

TREC

9Magdalena Karpiel

EXPERIMENTS

11Magdalena Karpiel

SUMMER STUDENT LECTURES

1. Louis Lyons, "Statistics”

2. Dr. Verena Kain, "Introduction to Accelerator Physics”

3. Boris Kayser, "Neutrino Physics ”

4. Eleanor A. Blakely, "Reflections and perspectives on 60 years of particle therapy"

12Magdalena Karpiel

Thank you for attention Thank you for attention

Sources:

http://te-dep-old.web.cern.ch/te-dep-old/structure/VSC/http://home.web.cern.ch/abouthttps://espace.cern.ch/bike2CERN/Pages/default.aspxICM Pictures and Schema: courtesy of Fabien Antoniotti

AGH TRAINEE AT 01 JULY – 30 SEPTEMBER 2014. INTRODUCTION 1. CERN 2. Vacuum Group 3. ICM Section 4....

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Transcript of AGH TRAINEE AT 01 JULY – 30 SEPTEMBER 2014. INTRODUCTION 1. CERN 2. Vacuum Group 3. ICM Section 4....