1. Naming convention Rules
PS Complex
machine
Layout component name L 4 X .
Machine Sector
L= Low energy
D= DTL
C=CDTL
P=PIMS
T=Transfer Line
PS Identifier
Girder
Tank
Cell
Progression
Number

2. Source &LEBT: L4L girder 01 L4L.NFHR.0110 H- source L4L.VGP.0115
Penning gauge
L4L.VGR.0115
Pirani gauge
L4L.VPG.0120
Pumping Group
L4L.VPG.01125
L4L.MLF.0130
solenoid1
L4L.MCHV.0135
stererer H&V
L4L.TDI.0140
Beam stopper
L4L.TDI.0145
L4L.BIF.0150
Faraday Cup
L4L.BPS.0155
SEM Grid
L4L.VVI.0160
gas injection valve
L4L.MKV.0165
Kicker Vertical
L4L.VPG.0170
L4L.VGP.0175
L4L.VGR.0175
L4L.VVGS.0180
Sector Valve
L4L.BCT.0185
Current Transformer
L4L.MLF.0190
solenoid2
L4L.MCHV.0195
Source &LEBT:
L4L girder 01

3. Assumed convention: The quadrants (Trigonometric convention)
L4L.ACRTP.0263
Tune piston 4th quad
L4L.VF.0265
Vcuum port 1st quad (spare)
L4L.VF.0266
Vcuum port 2nd quad (spare)
L4L.VF.0267
Vcuum port 3rd quad
L4L.VF.0268
Vcuum port 4th quad
L4L.VPI.0267
Vacuum pump 3rd quad
L4L.VPI.0268
Vacuum pump 4th quad
L4L.ACRTP.0270
Tune piston 1st quad
L4L.ACRTP.0271
Tune piston 2st quad
L4L.ACRTP.0272
Tune piston 3rd quad
L4L.ACRTP.0273
RFQ: L4L girder 02
Assumed convention: The quadrants (Trigonometric convention)
are numbered seen by the RFQ beam input side.

4. Chopper: L4L girder 03 L4L.MQD.0310 type III L4L.BCT.0312
Current Transformer
L4L.MQF.0314
L4L.VGP.0316
Penning gauge
L4L.VGR.0318
Pirani gauge
L4L.ACB.0320
Buncher cavity
L4L.ACBTA.0322
Buncher tune actuator
L4L.MQD.0324
L4L.BWS.0326
Fast Wire scanner
L4L.MQF.0328
L4L.ACF.0330
Chopper cavity
L4L.VPI.0332
Ion pump
L4L.MQD.0334
type vII
L4L.ACF.0336
L4L.VGP.0338
L4L.VGR.0340
L4L.MQD.0342
L4L.VPG.0344
Pumping group
L4L.ACB.0346
Buncher cavity
L4L.ACBTA.0348
Buncher tune actuator
L4L.MCHV.0350
steerer H&V
L4L.MQF.0352
type IX
L4L.BPM.0354
Beam position monitor
L4L.BWS.0356
Fast wire scanner
L4L. VPI.0358
Ion Pump
L4L.TC.0360
Collimator
L4L.MQD.0362
type IV
L4L.MQF.0364
Type IV
L4L.VGP.0366
Penning gauge
L4L.VGR.0368
Pirani gauge
L4L.ACB.0370
L4L.ACBTA.0372
L4L.MQD.0374
type III
L4L.BCT.0376
Current transformer
L4L.MQF.0378
L4L.MCHV.0380

5. DTL: L4D Tank 1 L4D.MQDP.0130 Quadrupole 1; L4D.MQDP.0131
L4D.MQFP.0132
Quadrupole 3;
L4D.MQFP.0133
Quadrupole 4;
L4D.MQDP.0134
Quadrupole 5;
L4D.MQDP.0135
Quadrupole 6;
L4D.MQFP.0136
Quadrupole 7;
L4D.MQFP.0137
Quadrupole 8;
L4D.MQDP.0138
Quadrupole 9;
L4D.MQDP.0139
Quadrupole 10;
L4D.MQFP.0140
Quadrupole 11;
L4D.MQFP.0141
Quadrupole 12;
L4D.MQDP.0142
Quadrupole 13;
L4D.MQDP.0143
Quadrupole 14;
L4D.MQFP.0144
Quadrupole 15;
L4D.MQFP.0145
Quadrupole 16;
L4D.MQDP.0146
Quadrupole 17;
L4D.MQDP.0147
Quadrupole 18;
L4D.MQFP.0148
Quadrupole 19;
L4D.MQFP.0149
Quadrupole 20;
L4D.MQDP.0150
Quadrupole 21;
L4D.MQDP.0151
Quadrupole 22;
L4D.MQFP.0152
Quadrupole 23;
L4D.MQFP.0153
Quadrupole 24;
L4D.MQDP.0154
Quadrupole 25;
L4D.MQDP.0155
Quadrupole 26;
L4D.MQFP.0156
Quadrupole 27;
L4D.MQFP.0157
Quadrupole 28;
L4D.MQDP.0158
Quadrupole 29;
L4D.MQDP.0159
Quadrupole 30;
L4D.MQFP.0160
Quadrupole 31;
L4D.MQFP.0161
Quadrupole 32;
L4D.MQDP.0162
Quadrupole 33;
L4D.MQDP.0163
Quadrupole 34;
L4D.MQFP.0164
Quadrupole 35;
L4D.MQFP.0165
Quadrupole 36;
L4D.MQDP.0166
Quadrupole 37;
L4D.MQD.0210
Quadrupole 38;

6. DTL: L4D Tank 2 L4D.MCHV.0220 steerer H&V L4D.MQFP.0230
Quadrupole 2-1;
L4D.MQDP.0231
Quadrupole 2-2;
L4D.MQFP.0232
Quadrupole 2-3;
L4D.MQDP.0233
Quadrupole 2-4;
L4D.MQFP.0234
Quadrupole 2-5;
L4D.MQDP.0235
Quadrupole 2-6;
L4D.MQFP.0236
Quadrupole 2-7;
L4D.MQDP.0237
Quadrupole 2-8;
L4D.MQFP.0238
Quadrupole 2-9;
L4D.MQDP.0239
Quadrupole 2-10;
L4D.MQFP.0240
Quadrupole 2-11;
L4D.MQDP.0241
Quadrupole 2-12;
L4D.MQFP.0242
Quadrupole 2-13;
L4D.MQDP.0243
Quadrupole 2-14;
L4D.MQFP.0244
Quadrupole 2-15;
L4D.MQDP.0245
Quadrupole 2-16;
L4D.MQFP.0246
Quadrupole 2-17;
L4D.MQDP.0247
Quadrupole 2-18;
L4D.MQFP.0248
Quadrupole 2-19;
L4D.MQDP.0249
Quadrupole 2-20;
L4D.MQFP.0250
Quadrupole 2-21;
L4D.MQDP.0251
Quadrupole 2-22;
L4D.MQFP.0252
Quadrupole 2-23;
L4D.MQDP.0253
Quadrupole 2-24;
L4D.MQFP.0254
Quadrupole 2-25;
L4D.MQDP.0255
Quadrupole 2-26;
L4D.MQFP.0256
Quadrupole 2-27;
L4D.MQDP.0257
Quadrupole 2-28;
L4D.MQFP.0258
Quadrupole 2-29;
L4D.MQDP.0259
Quadrupole 2-30;
L4D.MQFP.0260
Quadrupole 2-31;
L4D.MQDP.0261
Quadrupole 2-32;
L4D.MQFP.0262
Quadrupole 2-33;
L4D.MQDP.0263
Quadrupole 2-34;
L4D.MQFP.0264
Quadrupole 2-35;
L4D.MQDP.0265
Quadrupole 2-36;
L4D.MQFP.0266
Quadrupole 2-37;
L4D.MQDP.0267
Quadrupole 2-38;
L4D.MQFP.0268
Quadrupole 2-39;
L4D.MQDP.0269
Quadrupole 2-40;
L4D.MQFP.0270
Quadrupole 2-41;
L4D.MQDP.0271
Quadrupole 2-42;
L4D.MQFP.0272
Quadrupole 2-43;
DTL: L4D Tank 2

7. DTL: L4D Tank 3 L4D.MCHV.0310 steerer H&V L4D.MQD.0320 Quadrupole 3-1;
L4D.MQFP.0330
Quadrupole 3-2;
L4D.MQDP.0331
Quadrupole 3-3;
L4D.MQFP.0332
Quadrupole 3-4;
L4D.MQDP.0333
Quadrupole 3-5;
L4D.MQFP.0334
Quadrupole 3-6;
L4D.MQDP.0335
Quadrupole 3-7;
L4D.MQFP.0336
Quadrupole 3-8;
L4D.MQDP.0337
Quadrupole 3-9;
L4D.MQFP.0338
Quadrupole 3-10;
L4D.MQDP.0339
Quadrupole 3-11;
L4D.MQFP.0340
Quadrupole 3-12;
L4D.MQDP.0341
Quadrupole 3-13;
L4D.MQFP.0342
Quadrupole 3-14;
L4D.MQDP.0343
Quadrupole 3-15;
L4D.MQFP.0344
Quadrupole 3-16;
L4D.MQDP.0345
Quadrupole 3-17;
L4D.MQFP.0346
Quadrupole 3-18;
L4D.MQDP.0347
Quadrupole 3-19;
L4D.MQFP.0348
Quadrupole 3-20;
L4D.MQDP.0349
Quadrupole 3-21;
L4D.MQFP.0350
Quadrupole 3-22;
L4D.MQDP.0351
Quadrupole 3-23;
L4D.MQFP.0352
Quadrupole 3-24;
L4D.MQDP.0353
Quadrupole 3-25;
L4D.MQFP.0354
Quadrupole 3-26;
L4D.MQDP.0355
Quadrupole 3-27;
L4D.MQFP.0356
Quadrupole 3-28;
L4D.MQDP.0357
Quadrupole 3-29;
L4D.MQFP.0358
Quadrupole 3-30;
L4D.MQDP.0359
Quadrupole 3-31;
L4D.MQFP.0360
Quadrupole 3-32;
DTL: L4D Tank 3

8. CDTL: L4C Tank 4 Tank 1 Tank 5 Tank 2 Tank 6 Tank 3 Tank 7
L4C.MQF.0410
Quadrupole 10;
L4C.MQD.0430
Quadrupole 11;
L4C.MQF.0450
Quadrupole 12;
CDTL: L4C
Tank 1
Tank 5
L4C.MQD.0110
Quadrupole 1;
L4C.MCHV.0120
steerer 1;
L4C.MQF.0130
Quadrupole 2;
L4C.MQD.0150
Quadrupole 3;
L4C.MQD.0510
Quadrupole 13;
L4C.MCHV.0520
steerer 3;
L4C.MQF.0530
Quadrupole 14;
L4C.MQD.0550
Quadrupole 15;
Tank 2
Tank 6
L4C.MQF.0610
Quadrupole 16;
L4C.MQD.0630
Quadrupole 17;
L4C.MQF.0650
Quadrupole 18;
L4C.MQF.0210
Quadrupole 4;
L4C.MQD.0230
Quadrupole 5;
L4C.MQF.0250
Quadrupole 6;
Tank 3
Tank 7
L4C.MQD.0310
Quadrupole 7;
L4C.MCHV.0320
steerer 2;
L4C.MQF.0330
Quadrupole 8;
L4C.MQD.0350
Quadrupole 9;
L4C.MQD.0710
Quadrupole 19;
L4C.MCHV.0720
steerer 4;
L4C.MQF.0730
Quadrupole 20;
L4C.MQD.0750
Quadrupole 21;

9. PIMS: L4P 1…6 7…12 L4P.MQF.0110 Quadrupole 1; L4P.MCHV.0120 steerer 1;
L4P.MQD.0210
Quadrupole 2;
L4P.MCHV.0220
steerer 2;
L4P.MQF.0310
Quadrupole 3;
L4P.MCHV.0320
steerer 3;
L4P.MQD.0410
Quadrupole 4;
L4P.MCHV.0420
steerer 4;
L4P.MQF.0510
Quadrupole 5;
L4P.MCHV.0520
steerer 5;
L4P.MQD.0610
Quadrupole 6;
L4P.MCHV.0620
steerer 6;
L4P.MQF.0710
Quadrupole 7;
L4P.MCHV.0720
steerer 7;
L4P.MQD.0810
Quadrupole 8;
L4P.MCHV.0820
steerer 8;
L4P.MQF.0910
Quadrupole 9;
L4P.MCHV.0920
steerer 9;
L4P.MQD.1010
Quadrupole 10;
L4P.MCHV.1020
steerer 10;
L4P.MQF.1110
Quadrupole 11;
L4P.MCHV.1120
steerer 11;
L4P.MQD.1210
Quadrupole 12;
L4P.MCHV.1220
steerer 12;

10. Transfer Line: L4T L4T.MQF.1200 last PIMS ????? L4T.MBH.0150
horiz bending
L4T.MQD.0210 Q1
L4T.MQF.0220 Q2
L4T.MBH.0250
L4T.MCHV.0260
STEERER h&v
L4T.MQD.0310 Q3
L4T.MQF.0320 Q4
L4T.TS?.0355
Beam Stopper
L4T.MCHV.0360
L4T.MQD.0410 Q5
L4T.MQF.0420 Q6
L4T.MCHV.0460
L4T.MQF.0510 Q7
L4T.MQD.0520 Q8
L4T.MCHV.0560
STEERER h&v
L4T.MQF.0610 Q9
L4T.MQD.0620
Q10
L4T.MBV.0650
beNDING v
L4T.MQD.0710
Q11
L4T.MQF.0720
Q12
L4T.MQD.0730
Q13
L4T.MBV.0750
L4T.MCHV.0760
L4T.MQF.0810
Q14
L4T.MQD.0820
Q15
L4T.MQF.0910
Q16
L4T.MQD.0920
Q17
OLD line
BHZ20

11. L I N A C 4 WP PRESENTED WP to be PRESENTED New WP to be PRESENTED
1. Management, M. Vretenar + core team
1.1 Orphans equipments, R. Maccaferri, TE/MSC
2. Linac
Systems
2.1 Ion Source and LEBT, R. Scrivens, BE/ABP
2.2.1 RFQ Funct. design, Commissioning, C. Rossi, BE/RF
2.2 Radio Frequency Quadrupole
2.2.2 RFQ Mech. design, Fabrication, S. Mathot, EN/MME
2.3 Chopper Line, A. Lombardi, BE/ABP
2.4.1 Drift Tube Linac, S. Ramberger, BE/RF
2.4 Accelerating Structures, F. Gerigk, BE/RF
2.4.2 CCDTL and PIMS, F. Gerigk, BE/RF
2.5 Linac Beam Dynamics, A. Lombardi, BE/ABP
2.6.1 Low Level RF Systems, P. Baudrenghien, BE/RF
2.6 Radio Frequency Systems
2.6.2 High Power RF Systems, O. Brunner, BE/RF
2.7 Beam Instrumentation, U. Raich, BE/BI
2.6.3 Slow Tuning and Interlocks, L. Arnaudon, BE/RF
2.8 Transfer Line, S. Maury BE/ABP
2.6.4 Buncher Amplifiers, J. Broere, BE/RF
2.9 Magnets
2.9.1 Magnet Design and Procurement, T. Zickler, TE/MSC
2.10 Power Converters, C. De Almeida, TE/EPC
2.9.2 Magnetic Measurements, M. Buzio, TE/MSC
2.11 Vacuum Systems, G. Vandoni, TE/VSC
WP PRESENTED
2.12 Control Systems, I. Kozsar, BE/CO
2.13 Beam Intercepting devices, Y. Kadi, EN/STI
WP to be PRESENTED
2.14 Machine Interlocks, B. Puccio, TE/MPE
LINAC4 WBS 2009
3. Booster
Systems
3.1 Booster Injection Mod., W. Weterings,TE/ABT
3.2 PSB Beam Dynamics, C. Carli, BE/ABP
New WP to be PRESENTED
(still under definition) 4.
Installation
commiss.
4.1 Test Stand Operation, C. Rossi, BE/RF
4.2 Transport and Installation, C. Bertone, EN/HE
4.3 Survey, M. Jones, BE/ABP
4.4 Linac Commissioning, A. Lombardi, BE/ABP
4.5.1 PSB Commissioning to nominal, K. Hanke, BE/OP
4.5 PS Booster Commissioning
4.5.2 PSB Commissioning to ultimate, C. Carli, BE/ABP 5.
Building,
Infrastruct.
5.1 Building Design, Construction, L.A. Lopez, GS/SEM
5.2 Cooling and Ventilation, Y. Body, EN/CV
Integration, Safety Coordination, S. Maury, BE/ABP
5.3 Electrical Systems, J. Pierlot, EN/EL
Technical Coordination, R. Maccaferri, TE/MSC
5.4 Access Systems, D. Chapuis, GS/ASE

12. L I N A C 4 ONLY 12 over 26 registered !!!!! LINAC4 WBS 2009
1. Management, M. Vretenar + core team
1.1 Orphans equipments, R. Maccaferri, TE/MSC
2. Linac
Systems
2.1 Ion Source and LEBT, R. Scrivens, BE/ABP
2.2.1 RFQ Funct. design, Commissioning, C. Rossi, BE/RF
2.2 Radio Frequency Quadrupole
2.2.2 RFQ Mech. design, Fabrication, S. Mathot, EN/MME
2.3 Chopper Line, A. Lombardi, BE/ABP
2.4.1 Drift Tube Linac, S. Ramberger, BE/RF
2.4 Accelerating Structures, F. Gerigk, BE/RF
2.4.2 CCDTL and PIMS, F. Gerigk, BE/RF
2.5 Linac Beam Dynamics, A. Lombardi, BE/ABP
2.6.1 Low Level RF Systems, P. Baudrenghien, BE/RF
2.6 Radio Frequency Systems
2.6.2 High Power RF Systems, O. Brunner, BE/RF
2.7 Beam Instrumentation, U. Raich, BE/BI
2.6.3 Slow Tuning and Interlocks, L. Arnaudon, BE/RF
2.8 Transfer Line, S. Maury BE/ABP
2.6.4 Buncher Amplifiers, J. Broere, BE/RF
2.9 Magnets
2.9.1 Magnet Design and Procurement, T. Zickler, TE/MSC
2.10 Power Converters, C. De Almeida, TE/EPC
2.9.2 Magnetic Measurements, M. Buzio, TE/MSC
2.11 Vacuum Systems, G. Vandoni, TE/VSC
ONLY 12 over 26 registered !!!!!
2.12 Control Systems, I. Kozsar, BE/CO
2.13 Beam Intercepting devices, Y. Kadi, EN/STI
2.14 Machine Interlocks, B. Puccio, TE/MPE
LINAC4 WBS 2009
3. Booster
Systems
3.1 Booster Injection Mod., W. Weterings,TE/ABT
3.2 PSB Beam Dynamics, C. Carli, BE/ABP 4.
Installation
commiss.
4.1 Test Stand Operation, C. Rossi, BE/RF
4.2 Transport and Installation, C. Bertone, EN/HE
4.3 Survey, M. Jones, BE/ABP
4.4 Linac Commissioning, A. Lombardi, BE/ABP
4.5.1 PSB Commissioning to nominal, K. Hanke, BE/OP
4.5 PS Booster Commissioning
4.5.2 PSB Commissioning to ultimate, C. Carli, BE/ABP 5.
Building,
Infrastruct.
5.1 Building Design, Construction, L.A. Lopez, GS/SEM
5.2 Cooling and Ventilation, Y. Body, EN/CV
Integration, Safety Coordination, S. Maury, BE/ABP
5.3 Electrical Systems, J. Pierlot, EN/EL
Technical Coordination, R. Maccaferri, TE/MSC
5.4 Access Systems, D. Chapuis, GS/ASE

13. Please, make un effort to write down your WP description using the right Template

14. Reminder:
The WP 5.4 Access Systems will be presented by Louis Hammouti:
Thursday June the 18th
Room:
Time: 10h00