Date: Mon, 30 Oct 2000 11:21:03 +0900 (JST) From: Dejan Zontar Subject: Tsuboyama's monitoring ntuple Dataformat for SVD1.4 ntple. temperature 10.tmp(1-80) (1-16) End ring /heat sink temperatures ER1aF HS1aF ER2F HS2F ER3F HS3F ER1bF ER2bF ER1aB HS1aB ER2B HS2B ER3B HS3B ER1bB HS1bB (17-32) Beam pipe aluminuum temperature BP2 BP3 BP4 FL1 BPSUP HE FLBOT B_BP1 BP2 BP3 BP4 FL1 FL2 HE BLK3 F_BP (32-48) Beam pipe and miscellaneous temperature Z285 Z200 Z170 Z90 --- --- --- --- Z195 Z140 Z80 Z12 ZZZZ --- --- --- (49-56) BP-Hybrid-4w temperatures F-000 F-090 F-180 F-270 B-000 B-090 B-180 B-270 (57-64) BP-Hybrid-2w temperatures F-000 F-090 F-180 F-270 B-000 B-090 B-180 B-270 (65-72) SVD-Hybrid-4w temperatures F-000 F-090 F-180 F-270 B-000 B-090 B-180 B-270 (73-80) SVD-Hybrid-2w temperatures F-000 F-090 F-180 F-270 B-000 B-090 B-180 B-270 10.pin(1-32), pintot(1-32) 1 Low gain (BP -F- 0 PIN1) 2 High gain (BP -F- 0 PIN2) 3 Low gain (BP -F- 90 PIN1) 4 High gain (BP -F- 90 PIN2) 5 Low gain (BP -F-180 PIN1) 6 High gain (BP -F-180 PIN2) 7 Low gain (BP -F-270 PIN1) 8 High gain (BP -F-270 PIN2) 9 Low gain (BP -B- 0 PIN1) 10 High gain (BP -B- 0 PIN2) 11 Low gain (BP -B- 90 PIN1) 12 High gain (BP -B- 90 PIN2) 13 Low gain (BP -B-180 PIN1) 14 High gain (BP -B-180 PIN2) 15 Low gain (BP -B-270 PIN1) 16 High gain (BP -B-270 PIN2) 17 Low gain (SVD-F- 0 PIN1) 18 High gain (SVD-F- 0 PIN2) 19 Low gain (SVD-F- 90 PIN1) 20 High gain (SVD-F- 90 PIN2) 21 Low gain (SVD-F-180 PIN1) 22 High gain (SVD-F-180 PIN2) 23 Low gain (SVD-F-270 PIN1) 24 High gain (SVD-F-270 PIN2) 25 Low gain (SVD-F- 0 PIN1) 26 High gain (SVD-F- 0 PIN2) 27 Low gain (SVD-F- 90 PIN1) 28 High gain (SVD-F- 90 PIN2) 29 Low gain (SVD-F-180 PIN1) 30 High gain (SVD-F-180 PIN2) 31 Low gain (SVD-F-270 PIN1) 32 High gain (SVD-F-270 PIN2) mos(1:48) (1-16) BP-F- 0 K1 BP-F- 0 K2 BP-F- 90 K1 BP-F- 90 K2 BP-F-180 K1 BP-F-180 K2 BP-F-270 K1 BP-F-270 K2 BP-B- 0 K1 BP-B- 0 K2 BP-B- 90 K1 BP-B- 90 K2 BP-B-180 K1 BP-B-180 K2 BP-B-270 K1 BP-B-270 K2 (17-32) SVD-F- 0 K1 SVD-F- 0 K2 SVD-F- 90 K1 SVD-F- 90 K2 SVD-F-180 K1 SVD-F-180 K2 SVD-F-270 K1 SVD-F-270 K2 SVD-B- 0 K1 SVD-B- 0 K2 SVD-B- 90 K1 SVD-B- 90 K2 SVD-B-180 K1 SVD-B-180 K2 SVD-B-270 K1 SVD-B-270 K2 33-48 BP-F- 0 R1 BP-F- 0 R2 BP-F- 90 R1 BP-F- 90 R2 BP-F-180 R1 BP-F-180 R2 BP-F-270 R1 BP-F-270 R2 BP-B- 0 R1 BP-B- 0 R2 BP-B- 90 R1 BP-B- 90 R2 BP-B-180 R1 BP-B-180 R2 BP-B-270 R1 BP-B-270 R2 Date: Tue, 14 Nov 2000 11:42:19 +0900 (JST) From: Samo Stanic Subject: Variable assignment of RTD sensors in monitor ntuple for SVD1.4 (Final) Final variable assignment of RTD sensors in monitor ntuple for SVD1.4: 28 41 29 27 20 19 18 29 21 17 42 ---- ----- 34 \ 25 / --------==----------------------==--------- || || || || || || --------==----------------------==--------- / Backward Beryllium Forward \ ---- 53-56 26 49-52 ----- --------------------------------------------------------------------- tmp(17-48): temperatures of beam-pipe and chiller (stand alone RTD's) --------------------------------------------------------------------- 17 BP F_Z37_P270 25 BP B_Be1_P0 18 BP F_Z26_P290 26 BP B_Be2_P180 19 BP F_Z14_P315 27 BP B_Z04_P330 20 BP F_Z04_P315 28 BP B_Z31_P0 21 BP F_Z33_P180 29 BP B_Z12_P330 22 CHIL F_BPW1 30 CHIL B_BPW1 23 CHIL F_BPW2 31 CHIL B_BPW2 24 CHIL F_Helium 32 CHIL B_Helium 33 BP F_Z29_P160 41 BP B_Z24_P260 34 BP F_Flange_P170 42 BP B_Flange_P270 35 BP F_EXT1 43 BP B_Ext1 36 BP F_CDCWall 44 BP B_CDCWall 37 45 38 46 39 47 40 48 --------------------------------------------------------- F=forward, B=backward; distances in fwd are measured fo the right and in bwd to the left from corresponding Al/Be edge. Number after Z, Zxx means xx cm from the edge, number after P, Pyy, means yy degrees in phi. RTD's Be1 and Be2 are in Be centre. --------------------------------------------------------- --------------------------------------------------------- tmp(49-80): temperatures on beam-pipe and SVD (hybrids) --------------------------------------------------------- 49 RTD4 H-BP-F-1 57 RTD2 H-BP-F-1 50 RTD4 H-BP-F-2 58 RTD2 H-BP-F-2 51 RTD4 H-BP-F-3 59 RTD2 H-BP-F-3 52 RTD4 H-BP-F-4 60 RTD2 H-BP-F-4 53 RTD4 H-BP-B-1 61 RTD2 H-BP-B-1 54 RTD4 H-BP-B-2 62 RTD2 H-BP-B-2 55 RTD4 H-BP-B-3 63 RTD2 H-BP-B-3 56 RTD4 H-BP-B-4 64 RTD2 H-BP-B-4 65 RTD4 H-SVD-F-1 73 RTD2 H-SVD-F-1 66 RTD4 H-SVD-F-2 74 RTD2 H-SVD-F-2 67 RTD4 H-SVD-F-3 75 RTD2 H-SVD-F-3 68 RTD4 H-SVD-F-4 76 RTD2 H-SVD-F-4 69 RTD4 H-SVD-B-1 77 RTD2 H-SVD-B-1 70 RTD4 H-SVD-B-2 78 RTD2 H-SVD-B-2 71 RTD4 H-SVD-B-3 79 RTD2 H-SVD-B-3 72 RTD4 H-SVD-B-4 80 RTD2 H-SVD-B-4 --------------------------------------------------------- RTD4=4 wire connections (on hybrids) RTD2=2 wire connections (on preamps) --------------------------------------------------------- ################################################################# http://bsunsrv1.kek.jp/~svd/monitor/hbook_def_14.html (Tsuboyama) ################################################################# CLV(1:8) : LVPC current 1 F_VA1+ 2 F_VA1- 3 F-ANA+ 4 F-ANA- 5 B_VA1+ 6 B_VA1- 7 B-ANA+ 8 B-ANA- ----------------------------------------------------- Temp(1:48): 1 SVD F_ER1a 9 SVD B_ER1a 2 SVD F_HS1a 10 SVD B_HS1a 3 SVD F_ER2 11 SVD B_ER2 4 SVD F_HS2 12 SVD B_HS2 5 SVD F_ER3 13 SVD B_ER3 6 SVD F_HS3 14 SVD B_HS3 7 SVD F_ER1b 15 SVD B_ER1b 8 SVD F_FR2b 16 SVD B_FR2b 17 CHIL F_Z37 25 CHIL B_Be1 18 CHIL F_Z26 26 CHIL B_Be2 19 CHIL F_Z14 27 CHIL B_Z04 20 CHIL F_Z04 28 CHIL B_Z31 21 CHIL F_Z33 29 CHIL B_Z12 22 BP F_BPW1 30 CHIL B_BPW1 23 CHIL F_BPW2 31 CHIL B_BPW2 24 CHIL F_Helium 32 BP B_Helium 33 BP F_Z12 41 BP B_Z11 34 BP F_Flange 42 BP B_Flange 35 BP F_EXT1 43 BP B_Ext1 36 BP F_CDCWall 44 BP B_CDCWall 37 BP ----- 45 BP B_Ext2 38 BP ----- 46 ----------- 39 BP ----- 47 ----------- 40 BP ----- 48 ----------- ----------------------------------------------------- 49 RTD4 H-BP-F-1( 0) 57 RTD4 H-SVD-F-1( 0) 50 RTD4 H-BP-F-2( 90) 58 RTD4 H-SVD-F-2( 90) 51 RTD4 H-BP-F-3(180) 59 RTD4 H-SVD-F-3(180) 52 RTD4 H-BP-F-4(270) 60 RTD4 H-SVD-F-4(270) 53 RTD4 H-BP-B-1( 0) 61 RTD4 H-SVD-B-1( 0) 54 RTD4 H-BP-B-2( 90) 62 RTD4 H-SVD-B-2( 90) 55 RTD4 H-BP-B-3(180) 63 RTD4 H-SVD-B-3(180) 56 RTD4 H-BP-B-4(270) 64 RTD4 H-SVD-B-4(270) 65 RTD4 H-BP-F-1( 0) 73 RTD4 H-SVD-F-1( 0) 66 RTD4 H-BP-F-2( 90) 74 RTD4 H-SVD-F-2( 90) 67 RTD4 H-BP-F-3(180) 75 RTD4 H-SVD-F-3(180) 68 RTD4 H-BP-F-4(270) 76 RTD4 H-SVD-F-4(270) 69 RTD4 H-BP-B-1( 0) 77 RTD4 H-SVD-B-1( 0) 70 RTD4 H-BP-B-2( 90) 78 RTD4 H-SVD-B-2( 90) 71 RTD4 H-BP-B-3(180) 79 RTD4 H-SVD-B-3(180) 72 RTD4 H-BP-B-4(270) 80 RTD4 H-SVD-B-4(270) MOS(1:48) 1 RADF-BP-F-1-Ka 17 RADF-SVD-F-1-Ka 33 RADF-BP-F-1-Ra (Bad since Dec 11 2000) 2 -------------- 18 RADF-SVD-F-1-Kb 34 RADF-BP-F-1-Rb (Bad since Dec 13 2000) 3 -------------- 19 RADF-SVD-F-2-Ka 35 RADF-BP-F-2-Ra (Bad since Dec 20 2000) 4 RADF-BP-F-2-Kb 20 RADF-SVD-F-2-Kb 36 RADF-BP-F-2-Rb (Bad since Dec 21 2000) 5 RADF-BP-F-3-Ka 21 RADF-SVD-F-3-Ka 37 RADF-BP-F-3-Ra (Bad since Jan 19 2001) 6 RADF-BP-F-3-Kb 22 RADF-SVD-F-3-Kb 38 RADF-BP-F-3-Rb (Bad since Jan 18 2001) 7 RADF-BP-F-4-Ka 23 --------------- 39 RADF-BP-F-4-Ra (Bad since Nov 15 2000) 8 RADF-BP-F-4-Kb 24 RADF-SVD-F-4-Kb 40 RADF-BP-F-4-Rb (---------------------) 9 RADF-BP-B-1-Ka 25 RADF-SVD-B-1-Ka 41 RADF-BP-B-1-Ra (Bad since Dec 20 2000) 10 RADF-BP-B-1-Kb 26 RADF-SVD-B-1-Kb 42 RADF-BP-B-1-Rb (Bad since Dec 18 2000) 11 RADF-BP-B-2-Ka 27 RADF-SVD-B-2-Ka 43 RADF-BP-B-2-Ra (Bad since Dec 18 2000) 12 RADF-BP-B-2-Kb 28 --------------- 44 RADF-BP-B-2-Rb (Bad since Dec 22 2000) 13 RADF-BP-B-3-Ka 29 RADF-SVD-B-3-Ka 45 RADF-BP-B-3-Ra (Bad since Jan 18 2001) 14 RADF-BP-B-3-Kb 30 RADF-SVD-B-3-Kb 46 RADF-BP-B-3-Rb (Bad since Jan 18 2001) 15 RADF-BP-B-4-Ka 31 RADF-SVD-B-4-Ka 47 RADF-BP-B-4-Ra (Bad since Nov 13 2000) 16 RADF-BP-B-4-Kb 32 RADF-SVD-B-4-Kb 48 RADF-BP-B-4-Rb (Bad since Nov 13 2000) PIN(1:32) 1 PIN-BP-F-0-LG 17 PIN-SVD-F-0-LG 2 PIN-BP-F-0-HG 18 PIN-SVD-F-0-HG 3 PIN-BP-F-1-LG 19 PIN-SVD-F-1-LG 4 PIN-BP-F-1-HG 20 PIN-SVD-F-1-HG 5 PIN-BP-F-2-LG 21 PIN-SVD-F-2-LG 6 PIN-BP-F-2-HG 22 PIN-SVD-F-2-HG 7 PIN-BP-F-3-LG 23 PIN-SVD-F-3-LG 8 PIN-BP-F-3-HG 24 PIN-SVD-F-3-HG 9 PIN-BP-B-0-LG 25 PIN-SVD-B-0-LG 10 PIN-BP-B-0-HG 26 PIN-SVD-B-0-HG 11 PIN-BP-B-1-LG 27 PIN-SVD-B-1-LG 12 PIN-BP-B-1-HG 28 PIN-SVD-B-1-HG 13 PIN-BP-B-2-LG 29 PIN-SVD-B-2-LG 14 PIN-BP-B-2-HG 30 PIN-SVD-B-2-HG 15 PIN-BP-B-3-LG 31 PIN-SVD-B-3-LG 16 PIN-BP-B-3-HG 32 PIN-SVD-B-3-HG PINBP(1:8) --- Pindiodes on the beam line. U---Upstream, D---Downstream of QC2LP 2000/12/22--2001/02/01---- 1 U180 U000 2 U270 U270 3 U000 U180 4 U090 U090 5 D090 D090 6 D180 D180 7 D270 D270 8 D000 D000 RDM(1:24) ---- RDM by Sydney group. Position F-000 F-090 F-180 F-270 B-000 B-090 B-180 B-270 RADFET-K 1 2 3 4 5 6 7 8 RADFET-R 9 10 11 12 13 14 15 16 Diode 17 18 19 20 21 22 23 24 --------------------------------------------------------------------- beam(1:20) 1-LER-Current, 2-HER-Current, 3-LER-Life, 4-HER-Life, 5-Exp Number, 6-Run Number, 7-LER-Nbunch, 8-HER-Nbunch, 9-LER-Sum(Bunch current), 10-HER-Sum(Bunch current) 11-LER-Nbunch,12-HER-Nbunch, 13/14/15 Luminosity CsI, EFC, ZDLM 16/17/18 Integrated Luminosirt/run CsI, EFC, ZDLM 19-fill number 20-status(0-No injection 10/01/11--injection) ----------------------------------------------------- bp(1:30) 01 HEPIP_GO C He pipe temperature (Go) 02 HEPIP_150 C He pipe temperature (150cm) 03 HEPIP_300 C He pipe temperature (300cm) 04 HEPIP_600 C He pipe temperature (600cm) 05 HEPIP_FAR C He pipe temperature (Frange) 06 HEPIP_RET C He pipe temperature (Return) 07 STRTMP C Temperature around BELLE structure 08 ROOM_TMP C Room Temperature 09 CMPVT1_T C He compressor Cooling water in 10 CMPVT2_T C He compressor Cooling water out 11 CMPGAS_T C Compressor Gas temperature 12 CMPCMP_T C Compressor Gas temperature 13 CMPMTR_T C Compressor Gas temperature 14 CMPTUB_T C Compressor Gas temperature 15 HE_FLOW m3/h Helium Gas Mass Flow 16 SUCPRESS MPa Sucction pressure 17 HE_BW_T C He Gas temperature BEAM PIPE in 18 HE_BW_P MPa He Gas Pressure BEAM PIPE in 19 HE_FW_T C He Gas temperature BEAM PIPE out 20 HE_FW_P MPa He Gas Pressure BEAM PIPE out 21 AFTIN C After cooler input 22 AFTOUT C After cooler output 23 FILTTMP C Temperature of the air filter 24 VIBRATION au Vibration of Pump(Arbitrary unit) 25 HE_PURITY % Helium gas purity 26 WARTNK C Chiller Water Temperature(TC) 27 BPWTGO C Beam pipe water temperature go 28 BPWTRET C Beam pipe water temperature return 29 ----- 30 ----- ------------------------------------------------- ******************* * Type * Name * ******************* * R*4 * DAY * I*4 * YEAR * R*4 * MONDAY * I*4 * HOUR * I*4 * MINU * R*4 * SEC * I*4 * SECOFDAY * I*4 * UNIXTIME * R*4 * UNIXDAY * R*4 * TMP(50) * R*4 * VHV(64) * R*4 * CHV(64) * R*4 * CLV(8) * R*4 * hum(3) * R*4 * CDM(16) * R*4 * BP(40) * R*4 * MOS(32) * R*4 * MOSA(8) * R*4 * PIN(32) * R*4 * PINTOT(16) * R*4 * BEAM(25) * R*4 * BEAMINT(25) ########################################################################### Actual status 13/04/2001 file /bdaqsvd/d0/usr/svddaq/svd05/report/all.hbook ****************************************************************** * Ntuple ID = 10 Entries = 28172 PAWPAW ****************************************************************** * Var numb * Type * Packing * Range * Block * Name * ****************************************************************** * 1 * R*4 * * * MY * DAY * 2 * I*4 * * * MY * YEAR * 3 * R*4 * * * MY * MONDAY * 4 * I*4 * * * MY * HOUR * 5 * I*4 * * * MY * MINU * 6 * R*4 * * * MY * SEC * 7 * I*4 * * * MY * SECOFDAY * 8 * I*4 * * * MY * UNIXTIME * 9 * R*4 * * * MY * UNIXDAY * 10 * R*4 * * * MY * TMP(80) * 11 * R*4 * * * MY * VHV(64) * 12 * R*4 * * * MY * CHV(64) * 13 * R*4 * * * MY * CLV(8) * 14 * R*4 * * * MY * hum(1) * 15 * R*4 * * * MY * BP(40) * 16 * R*4 * * * MY * MOS(48) * 17 * R*4 * * * MY * PIN(32) * 18 * R*4 * * * MY * PINTOT(32) * 19 * R*4 * * * MY * PINBP(8) * 20 * R*4 * * * MY * BEAM(25) * 21 * R*4 * * * MY * BEAMINT(25) * 22 * R*4 * * * MY * RDM(24) ****************************************************************** * Block * Entries * Unpacked * Packed * Packing Factor * ****************************************************************** * MY * 28172 * 1840 * 1840 * 1.000 * * Total * --- * 1840 * 1840 * 1.000 * ****************************************************************** * Blocks = 1 Variables = 22 Columns = 460 * ****************************************************************** Date: Mon, 18 Sep 2000 17:16:56 +0900 From: Toru Tsuboyama Subject: Channel assignments Finally, I decided the following IOTECH ADC board slot and VME ADC assignments. IOTECH Channel # SLOT1 TEMP0-7 SVD-F and MISC1,2,3 SLOT1 TEMP8-15 SVD-B and MISC4 SLOT2 TEMP16-23 BP-F1 SLOT2 TEMP24-31 BP-B1 SLOT3 TEMP32-39 BP-F2 MISC5,6,7,8 SLOT3 TEMP40-47 BP-B2 MIDC9,10,11 SLOT4 TEMP48-55 Dejan RTD1(HYB-BP) SLOT4 TEMP56-63 Dejan RTD3(HYB-SVD) SLOT5 TEMP64-71 Dejan RTD2(HYB-BP-circuit) SLOT5 TEMP72-79 Dejan RTD4(HYB-SVD-circuit) SLOT6 VOLT0-15 POWER Hum, RDM, Others SLOT6 VOLT16-31 Dejan RF2 (BP-R-range) or RF4 (SVD-R-Range) SLOT7 VOLT32-47 Dejan RF1 (BP-K-range) SLOT7 VOLT48-63 Dejan RF3 (SVD K-range) PIN0-31 VM1-1 Dejan PIN->ADC Abort module-1 Dejan ABORT1 (BP-PIN1) Abort module-2 Dejan ABORT1 (SVD-PIN1) We have total of 80 RTD data and 64 Voltage data from IOTECH and 32 voltage data from the VME board. They seem enough for us, but we can still add 128 ADC data from VME ADC board, if you wish.