ANSI API 617-2002 Axial and Centrifugal Compressors and Expander-Compressors for Petroleum Chemical and Gas Industry Services《石油、化学和燃气工业设备用轴向和离心式压缩机以及膨胀器-压缩机》.pdf

《ANSI API 617-2002 Axial and Centrifugal Compressors and Expander-Compressors for Petroleum Chemical and Gas Industry Services《石油、化学和燃气工业设备用轴向和离心式压缩机以及膨胀器-压缩机》.pdf》由会员分享，可在线阅读，更多相关《ANSI API 617-2002 Axial and Centrifugal Compressors and Expander-Compressors for Petroleum Chemical and Gas Industry Services《石油、化学和燃气工业设备用轴向和离心式压缩机以及膨胀器-压缩机》.pdf（291页珍藏版）》请在麦多课文档分享上搜索。

1、Date of Issue: June 1,2003 Affected Publication: Axial and Centrifugal Compressors and Expander-compressors for Petroleum, Chemical and Gas Industry Services, Seventh Edition, July 2002 ERRATA Chapter 2, Annex A-Typical Data Sheets Replace the US Customary Data Sheets and insert the SI Data Sheets C

2、hapter 3, Annex A-Typical Data Sheets Replace the US Customary Data Sheets and insert the SI Data Sheets Chapter 4, Annex A-Typical Data Sheets Replace the US Customary Data Sheets and insert the SI Data Sheets Copyright American Petroleum Institute Reproduced by IHS under license with API Not for R

3、esaleNo reproduction or networking permitted without license from IHS-,-,-Copyright American Petroleum Institute Reproduced by IHS under license with API Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-ANNEX 2A TYPICAL DATA SHEETS Copyright American Petroleum Insti

4、tute Reproduced by IHS under license with API Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-Copyright American Petroleum Institute Reproduced by IHS under license with API Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-ITEM NO

5、. 1 2 3 4 5 6 7 8 9 10 APPLICABLE TO 0 PROPOSAL 0 PURCHASE 0 ASBUILT FOR UNIT SITE . SERIAL No . SERVICE No REQUIRED DRIVER TYPE (1-3 1) . DRIVER ITEM NO . . MANUFACTURER MODEL . INFORMATION TO BE COMPLETED 0 BY PURCHASER 0 BY MANUFACTURER A MUTUAL AGREEMENT (PRIOR TO PURCHASE) OPERATING CONDITIONS

6、(ALL DATA ON PER UNIT BASIS) III 20 21 22 12 0 GAS HANDLED (ALSO SEE PAGE 13 A GAS PROPERTIES (1-2 1 14) 0 MOLECULAR WEIGHT 0 Cp/Cv ( KI ) OR (KAVG ) (NOTE 1) 0 COMPRESSIBILITY (z, OR (zAVG (NOTE I) 14 0 MMSCFWSCFM (14 7 PSIA 8 60 F DRY) 15 0 WEIGHT FLOW, #/MIN (WET) (DRY) 25 26 27 28 29 30 31 32 33

7、 161 INLET CONDITIONS 17 0 PRESSURE(PS1A) 0 PRESSURE(PS1A) 0 TEMPERATURE (F) 0 Cp/Cv (K2 ) OR (KAVG ) (NOTE 1) 0 COMPRESSIBILITY (Z2 ) OR (ZAVG ) (NOTE 1) 0 GHP REQUIRED 0 TRAIN BHP REQUIRED 0 BHP REQUIRED AT DRIVER INCL EXT LOSSES (GEAR, ETC) 0 SPEED (RPM) TURNDOWN (%I 18 0 TEMPERATURE (F) 19 0 REL

8、ATIVE HUMIDITY % 47 48 49 0 ANTI-SURGE SYSTEM (1-3 4 2 2) . REMARKS NOTE 1: IF GAS ANALYSIS IS GIVEN, MANUFACTURER SHALL SUPPLY DATA, OTHERWISE DATA SHALL BE SUPPLIED BY USER 23 0 INLET VOLUME, (CFM) (WET / DRY) 24 DISCHARGE CONDITIONS 34 0 POLYTROPIC HEAD (FT-LB / LB) 35 0 POLYTROPIC EFFICIENCY (%)

9、 36 0 CERTIFIED POINT 37 0 EXPECTED OPERATION AT EACH CONDITION (%) 0 PERFORMANCE CURVE NUMBER PROCESS CONTROL (1-3.4.2.1) METHOD 0 SUCTION THROTTLING 0 VARIABLE INLET PSIA GUIDEVANES . TO PSIA (2-2 4 1) . :;I SIGNAL 0 SOURCE (1-3 4 2 1) 44 TYPE 0 ELECTRONIC 0 PNEUMATIC RANGE 46 451 MA I NORMAL OTHE

10、R CONDITIONS (1-2.1.1.1) (1-2 1 1 2) A B C D E I I I I 0 SPEED VARIATION 0 DISCHARGE 0 COOLED BYPASS FROM % BLOWOFF FROM TO . % TO TO . 0 OTHER PSIG Copyright American Petroleum Institute Reproduced by IHS under license with API Not for ResaleNo reproduction or networking permitted without license f

11、rom IHS-,-,-No . ITEM No PURCHASE ORDER NO INOIIIRY NO DATA SHEET (API 617-7TH Chapter 2) U.S. CUSTOMARY UNITS (1-1.6.5) . .- No DATE CENTRIFUGAL AND AXIAL COMPRESSOR PAGE Ib OF 7 BY 1 APPLICABLE TO 0 PROPOSAL 0 PURCHASE 0 ASBUILT 2 3 6 7 UNIT . FOR SITE SERIAL NO NO REQUIRED DRIVERTYPE (1-3 1 1) DR

12、IVER ITEM NO . . SERVICE MANUFACTURER . . MODEL . 15 0 WEIGHT FLOW, #/MIN (WET) (DRY) 16 INLET CONDITIONS 8 9 10 17 0 PRESSURE(PS1A) 18 0 TEMPERATURE (F) INFORMATION TO BE COMPLETED 0 BY PURCHASER 0 BY MANUFACTURER A MUTUAL AGREEMENT (PRIOR TO PURCHASE) OPERATING CONDITIONS (INTERMEDIATE CONNECTIONS

13、) (ALL DATA ON PER UNIT BASIS) NORMAL (1-2.1.1.2) OTHER CONDITIONS (1-2.1.1.1) 11 12 13 14 37 0 EXPECTED OPERATION AT EACH CONDITION (“Yo) 38 0 PERFORMANCE CURVE NUMBER 0 GAS HANDLED (ALSO SEE PAGE 1 A GAS PROPERTIES (1-2 1 14) 0 MMSCFWSCFM (14 7 PSIA 8 60 F DRY) PROCESS CONTROL (1-3.4.2.1) 40 METHO

14、D 0 SUCTION THROTTLING 0 VARIABLE INLET 391 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 411 42 0 REIATIVE HUMIDITY % 0 MOLECULAR WEIGHT 0 Cp/Cv ( KI ) OR (KAVG ) (NOTE 1) O COMPRESSIBILITY (zl OR (zAVG (NOTE I) 0 INLET VOLUME, (CFM) (WET / DRY) DISCHARGE CONDITIONS 0 PRESSURE(PS1A) 0 TEMPE

15、RATURE (F) CplCv (K2 ) OR (KAv ) (NOTE 1) 0 COMPRESSIBILITY (Z2 ) OR (ZAVG ) (NOTE 1) 0 GHP REQUIRED 0 TRAIN BHP REQUIRED 0 BHP REQUIRED AT DRIVER INCL EXT LOSSES (GEAR, ETC) 0 SPEED (RPM) 0 TURNDOWN (%) 0 POLYTROPIC HEAD (FT-LB / LB) 0 POLYTROPIC EFFICIENCY (%) 0 CERTIFIED POINT FROM PSIA GUIDEVANE

16、S TO PSIA (2-2 4 1) . 47 48 49 , . SIGNAL 0 SOURCE (1-3 4 1) TYPE 0 ELECTRONIC 0 PNEUMATIC 0 ANTI-SURGE SYSTEM (1-3 4 2 2) REMARKS: NOTE 1: IF GAS ANALYSIS IS GIVEN, MANUFACTURER SHALL SUPPLY DATA, OTHERWISE DATA SHALL BE SUPPLIED BY USER . RANGE 46 451 MA 0 SPEED VARIATION 0 DISCHARGE 0 COOLED BYPA

17、SS % BLOWOFF FROM % TO TO . . TO 0 OTHER PSIG Copyright American Petroleum Institute Reproduced by IHS under license with API Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-ITEM NO . CENTRIFUGAL AND AXIAL COMPRESSOR DATA SHEET (API 617-7TH Chapter 2) U.S. CUSTOMAR

18、Y UNITS (1-1.6.5) I INQUIRY NO REVISION NO DATE PAGE IC OF 7 BY . 1 2 3 4 5 6 7 APPLICABLE TO 0 PROPOSAL 0 PURCHASE 0 ASBUILT FOR UNIT SITE SERIAL NO SERVICE NO REQUIRED MANUFACTURER DRIVERTYPE (1-3 1 1) MODEL DRIVER ITEM NO . . . . . 8 9 $71 0 ANTI-SURGE SYSTEM (1-3 4 2 21 INFORMATION TO BE COMPLET

19、ED 0 BY PURCHASER 0 BY MANUFACTURER A MUTUAL AGREEMENT (PRIOR TO PURCHASE) OPERATING CONDITIONS (COMPRESSOR WITH TWO SIDESTREAMS) 10 11 12 13 14 15 16 17 18 19 ?O ?I 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 10 11 12 13 14 15 16 EQUIP FLNG COND SHOWN IN DBL -WALLED CELLS (ALL DATA ON PER

20、 UNIT BASIS) 0 GAS HANDLED (ALSO SEE PAGE 1 A GAS PROPERTIES (1-2 1 14) 0 MMSCFWSCFM (14 7 PSIA 8 60 F DRY) 0 WEIGHT FLOW, #/MIN (WET) (DRY) INLET CONDITIONS 0 PRESSURE(PS1A) 0 TEMPERATURE (F) 0 RELATIVE HUMIDITY % 0 MOLECULAR WEIGHT 0 Cp/Cv ( KI ) OR (KAVG ) (NOTE 1) 0 COMPRESSIBILITY (zl OR (zAVG

21、(NOTE I) 0 INLET VOLUME, (CFM) (WET / DRY) DISCHARGE CONDITIONS 0 PRESSURE (PSIA) 0 TEMPERATURE (F) 0 Cp/Cv (K2 ) OR (KAVG ) (NOTE 1) 0 COMPRESSIBILITY (Z2 ) OR (ZAVG ) (NOTE 1) 0 GHP REQUIRED 0 TRAIN BHP REQUIRED 0 BHP REQUIRED AT DRIVER INCL EXT LOSSES (GEAR, ETC) 0 SPEED (RPM) 0 TURNDOWN (%) 0 PO

22、LYTROPIC HEAD (FT-LB / LB) 0 POLYTROPIC EFFICIENCY (%) 0 CERTIFIED POINT 0 EXPECTED OPERATION AT EACH CONDITION (“Yo) 0 PERFORMANCE CURVE NUMBER PROCESS CONTROL (1-3.4.2.1) METHOD 0 SUCTION THROTTLING 0 VARIABLE INLET FROM PSIA GUIDEVANES TO PSIA (2-2 4 1) . . SIGNAL 0 SOURCE (1-342 1) TYPE 0 ELECTR

23、ONIC 0 PNEUMATIC RANGE MA Sedion 1 0 SPEED VARIATION 0 DISCHARGE 0 COOLED BYPASS FROM % BLOWOFF FROM TO . TO TO % ss 1 Sedion 2 ss 2 Sedion 3 . 0 OTHER . PSIG II I II I I J I III III 18 19 REMARKS: NOTE 1: IF GAS ANALYSIS IS GIVEN, MANUFACTURER SHALL SUPPLY DATA, OTHERWISE DATA SHALL BE SUPPLIED BY

24、USER Copyright American Petroleum Institute Reproduced by IHS under license with API Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-CENTRIFUGAL AND AXIAL COMPRESSOR 1 2 3 JOB NO ITEM NO REVISION NO DATE OPERATING CONDITIONS (Continued) (1-2.1.1.1) (1-3.1.2) (1-3.1

25、.3) GAS ANALYSIS OTHER CONDITIONS 0 MOI Y. NORMAL A I B I C I D I E REMARKS: 25 26 13 14 15 16 17 18 19 !O 21 22 23 TOTAL AVG MOL WT 27 28 !9 30 31 32 33 34 35 36 37 38 39 10 11 12 13 14 15 16 17 18 LOCATION: (1-2.1.8) 0 INDOOR 0 OUTDOOR 0 GRADE 0 HEATED 0 UNDERROOF 0 MEZZANINE 0 UNHEATED 0 PARTIAL

26、SIDES O CL GR DIV 0 ELEC AREACLASSIFICATION (1-2 1 14) SITE DATA (1-2.1.8) 0 ELEVATION Fr BAROMETER PSIA 0 RANGEOF AMBIENTTEMPS DRY BULB WET BULB NORMAL F MAXIMUM F MINIMUM F F UNUSUAL CONDITIONS: 0 DUST 0 FUMES F 0 OTHER(1-2 18) 0 COPPER AND COPPERALLOYS PROHIBITED (1-2 2 1 14) COATING: (1 -2.2.1.1

27、6) 0 ROTATING COMPONENTS 0 STATIONARY COMPONENTS REMARKS: 19 03/03 SHT 2 OF 7 AP1617 XLS REV O 4OISE SPECIFICATIONS: (1-2.1.9) 0 APPLICABLETO MACHINE SEE SPECIFICATION 0 APPLICABLE TO NEIGHBORHOOD SEE SPECIFICATION KOUSTIC HOUSING 0 YES 0 NO ZPPLICABLE SPECIFICATIONS: 4PI 617 7TH CHAPTER 182 0 VENDO

28、R HAVING UNIT RESPONSIBILITY (1-1 5 52) (1-1 8) (1-2 1 3) 0 GOVERNING SPECIFICATION (IF DIFFERENT) JAINTING: 0 MANUFACTURERS STD 0 OTHER SHIPMENT (1-4.4) 0 DOMESTIC 0 EXPORT 0 EXPORT BOXING REQD 0 OUTDOORSTORAGE MORETHAN 6 MONTHS (1-44 1) MO SPARE ROTORASSEMBLY PACKAGE(1-443 IO) 0 HORIZONTAL STORAGE

29、 0 VERTICAL STORAGE Copyright American Petroleum Institute Reproduced by IHS under license with API Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-IJOB NO ITEM NO CENTRIFUGAL AND AXIAL COMPRESSOR DATA SHEET (API 617-TH Chapter 2) U.S. CUSTOMARY UNITS (1-1.6.5) REV

30、ISION NO DATE PAGE 3 OF 7 BY 2 3 4 5 6 7 8 9 7 SPEEDS: MAX CONT RPM TRIP RPM MAX TIPSPEEDS FPS 100% SPEED FPS MAX CONT SPEED 0 LATERAL CRITICAL SPEEDS (DAMPED) FIRST CRITICAL RPM MODE SECOND CRITICAL RPM MODE THIRD CRITICAL RPM MODE 14 0 TORSIONAL CRITICAL SPEEDS: 15 FIRST CRITICAL RPM IO II 12 13 S

31、ECOND CRITICAL RPM THIRD CRITICAL RPM FOURTH CRITICAL RPM MODE 0 LATERALANALYSISADDITIONAL REQUIREMENTS (1-2 6 2 14) 0 TRAIN LATERALANALYSIS REQUIRED (1-2 6 2 6) 0 TRAIN TORSIONAL ANALYSIS REQUIRED (1-2 6 7 II 181 FOURTH CRITICAL 1;: I9 0 LISTOFTRAINUNDESIRABLESPEEDS(1-261 4) !O 0 VIBRATION: !I ALLO

32、WABLE TEST LEVEL !2 (PEAK TO PEAK) 13 NAMEPLATE (2-2.1 1.2) 14 15 0 USCUSTOMARY 0 METRIC 0 ROTATION, VIEWED FROM DRIVEN END o cw o ccw 6 7 8 9 IO I1 I2 I3 I4 I5 I6 I7 I8 I9 10 II 12 13 14 15 16 17 18 19 ,O 0 MATERIALS INSPECTION REQUIREMENTS (1-4 2 2 1) 0 RADIOGRAPHY REQUIRED FOR 0 ULTRASONIC REQUIR

33、ED FOR 0 MAGNETIC PARTICLE REQUIRED FOR 0 LIQUID PENETRANT REQUIRED FOR 0 LOW TEMPERATURE (1-2 2 1 15 3) MIN DESIGN METAL TEMPERATURE (F) AT CONCURRANT PRESSURE (PSIG) OTHERTRAIN COMPONENTS (1-2 2 1 15 2) 0 0 CASING MODEL CASING SPLIT MATERIAL THICKNESS (IN ) MAX ALLOWABLE PRESS PSIG TEST PRESS (PSI

34、G) HYDRO MAX ALLOWABLETEMPERATURE (F) MAXOPER TEMP F MIN OPER TEMP F MAX CASING CAPACITY (ICFM) CORR ALLOW (IN ) 0 SYSTEM RELIEF VALVE SET PT (2-2 3 1 1) 0 Q C OF INACCESSIBLE WELDS (1-2 3 1 11 2) GUIDEVANES MATERIAL NO VANES GUIDE VANE PSIG 0 IGV EXTERNAL PURGE (2-2 4 2) 7 DIAPHRAGMS: 51 MATERIAL A

35、XIALLYSPLIT 0 YES NO (2-248) 0 VANE CONTROL SYSTEM (2-2 4 3) 0 DISCH PRESSURE (PSIG) MAX MIN INTERMEDIATE MAIN PROCESS CONNECTIONS (2-2 4 5) INLET PRESSURE (PSIG) MAX MIN DIAPHRAGM MAX AP PSI) 7 IMPELLERS: NO DIAMETERS NO VANES EA IMPELLER TYPE (OPEN, ENCLOSED, ETC ) TYPE FABRICATION MATERIAL MIN YI

36、ELD STRENGTH (PSI) HARDNESS fRc (BRINNELI MAX MIN I II SMALLESTTIP INTERNAL WIDTH (IN ) MAX MACH NO IMPELLER CIE MAX IMPELLER HEAD 100% SPD (FT-LB/LB) 7 SHAFT: ONEPIECE 0 BUILTUP MATERIAL DIA IMPELLERS (IN) SHAFT END TAPERED 0 CYLINDRICAL DIA COUPLING (IN ) 0 INTEGRAL FLANGE SPLINED MIN YIELD STRENG

37、TH (PSI) SHAFT HARDNESS (BNH)(Rc) MAXTORQUE CAPABILITY (FT-LB) 7 BALANCE PISTON: MATERIAL AREA (IN2) FIXATION METHOD NORMAL CLEARANCE (IN) FLOW WITH NORMAL CLEARANCE (LWMIN) FLOW WITH 2x NORMAL CLEARANCE (LWMIN) PRESS CONN BAL LINE DOWNSTREAM (2-2 5 4 3) 7 SHAFT SLEEVES: AT INTERSTG CLOSE CLEARANCE

38、POINTS AT SHAFT SEALS ACCESSIBLE (2-2 8 3) ROTOR MATL MATL DISASSEMBLYAND REASSEMBLY (1-2 6 8 2 1 1) AT SPEED BALANCING (1-2 6 8 3) SEQUENTIAL LOW SPEED BAL PREC AT SPEED BAL (1-2 6 8 6) RESIDUAL BALANCE CHECK (1-2 6 8 7) 7 LABYRINTHS: INTERSTAGE TYPE MATERIAL BALANCE PISTON TYPE MATERIAL Copyright

39、American Petroleum Institute Reproduced by IHS under license with API Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-JOB NO ITEM NO CENTRIFUGAL AND AXIAL COMPRESSOR REVISION NO DATE DATA SHEET (API 617-TH Chapter 2) PAGE 4 OF 7 BY U.S. CUSTOMARY UNITS (1-1.6.5) II

40、 CONSTRUCTION FEATURES (CONTINUED) I1 2 SHAFTSEALS 0 BUFFER GAS CONTROL SYSTEM SCHEMATIC BY VENDOR 3 0 SEAL TYPE (1-2 8 1 3) 4 0 MAX SEALING/SETLING OUT PRESSURE (1-2 8 1 1) (PSIG) 0 EDUCTOR 0 INJECTION (1-2 8 2 3) 5 0 MIN SEALING PRESSURE (PSIG) 6 0 SUPPLEMENTAL DEVICE REQUIRED FOR CONTACT 7 SEALS

41、(1-2 8 3 4) TYPE BUFFERGAS REQUIRED FOR 8 0 BUFFER GAS SYSTEM REQUIRED (1-2 8 1 5) AIRRUN-IN 0 OTHER 9 0 TYPE BUFFER GAS (1-2 8 1 5) IO 0 PRESSURE (1-2 8 1 6) (PSIG) NORM LBS/MIN PSI AP I1 0 FLOWRATE (LWMIN) MAX LBS/MIN PSI AP I2 0 FILTRATION BEARING HOUSING CONSTRUCTION I3 0 MANIFOLD (1-2 8 1 7) I4

42、 0 METHOD OF CONTROL (1-2 8 1 5) I5 AXIAL COMPRESSOR I6 STAGE 1 2 3 4 5 6 7 8 9 I7 ROTOR 0 PRESSURIZING GAS FOR SUBATMOSPHERIC SEALS (1-2 8 2 4) SEAL MANUFACTURER LEAKAGE TO PROCESS (GAUDAY/SEAL) FLOW (PER SEAL) TYPE (SEPARATE INTEGRAL) SPLIT MATERIAL STAGE 10 11 12 13 14 15 16 17 18 I9 0 BLADEROOTT

43、YPE !O 0 CORD WIDTH (IN) !I 0 OUTER DIAMETER (IN) I5 I6 !5 u BLADE MATERIAL !6 0 TYPE (MOVABLE, FIXED, 0 CORD WIDTH (IN) 0 OUTER DIAMETER (IN) - !7 ADJUSTABLE) !8 0 CORD WIDTH (IN) !9 0 BLADEQUANTITY m 131 u BLADE MATERIAL I7 u BLADE HEIGHT (IN) I8 0 BLADEQUANTITY 03/03 SHT 4 OF 7 AP1617 XLS REV O C

44、opyright American Petroleum Institute Reproduced by IHS under license with API Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-CENTRIFUGAL AND AXIAL COMPRESSOR DATA SHEET (API 617-TH Chapter 2) U.S. CUSTOMARY UNITS (1-1.6.5) 31 0 MAGNETIC BEARINGS (2-2 7 1 1 2) JOB

45、 NO ITEM NO REVISION NO DATE PAGE 5 7 BY OF - O 1 7 CONSTRUCTION FEATURES (CONTINUED) BEARINGSAND BEARING HOUSINGS * THRUST * NON-THRUST (2-2 7 2 2) 0 (2-2 7 2 3) “RUST 7 TYPE 7 MANUFACTURER 7 UNIT LOADING (MAX PSI) 7 UNIT LOAD (ULT) (PSI) 7 AREA (IN2) 7 NO PADS 7 PIVOT CENTER/OFFSET % 7 PAD BASE MA

46、TL ACTIVE INACTIVE 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 IIBRATION DETECTORS: O SEE ATTACHED API-670 DATA SHEE 3 TYPE 0 MODEL 3 MFR 3 NO AT EA SHAFT BEARING 3 OSCILLATOR-DETECTORS SUPPLIED BY TOTAL NO 0 MFR 0 MODEL MONITOR SUPPLIED BY (2-3 4 7 2) 0 LOCATION ENCLO

47、SURE BEARING TEMPERATURE DETECTORS (2-3.4.7.3) 0 SEE ATACHED API-670 DATASHEET 0 THERMOCOUPLESTYPE 0 RESISTANCETEMP DETECTORS 0 RESISTANCEMATL O OHMS 0 ALARM TEMPERATURE (F) (2-2 7 1 3) 0 SHUTDOWN TEMPERATURE (F) (2-2 7 1 3) 0 PROVISION FOR LOCAL DISCONNECT (1-2 7 4 6) 0 LOCATION-JOURNAL BRG NO _EAP

48、AD EVERYOTH PAD PER BRG OTHER 0 LOCATION-THRUST BRG NO _EAPAD EVERYOTH PAD PER BRG OTHER NO (INACT) EA PAD EVERYOTH PAD PER BRG OTHER _ _ 0 MONITOR SUPPLIED BY (2-3 4 7 4) 0 LOCATION ENCLOSURE 0 MFR 0 MODEL 0 SCALERGE ALARM 0 SET F 0 SHTDWN 0 SET _ F 0 TIMEDELAY _ SEC KEY PHASOR REQUIRED 0 COMPRESSO

49、R 0 GEARHS 0 GEARLS 0 MFR 0 MODEL 0 SCALERGE _ ALARM 0 SET MILS 0 SHTDWN 0 SET _ MILS 0 TIMEDELAY _ SEC 43 44 3 CASING VIBRATION TRANSDUCERS (2-3 4 7 5) 3 CASING VIBRATION MONITORS (2-3 4 7 6) WAL POSITION DETECTOR: 0 SEEATACH API-670 DATA SHEET 0 MODEL 3 TYPE CASING CONNECTIONS (1-2.3.2.2.1) 10 ANSI