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1、文 件 种 类版本Rev日期Date状态Status编写Drafted by校核Checked by审核Reviewed by批准Approved by修改说明Modification-ObservationA2010-3-4PREFirst IssueFANGCHENGGANG NUCLEAR POWER PHASE (2×1000MW) PROJECT文件编码 DOC. NOBL917TEPR09DNFF45GN题目TITLE:System Manual-TEP Chapter 9.1 Valve list工程号 Project NOBL文件类型 Document Type子项号

2、 Sub-Item NO设计阶段 Engineering PhaseC参考文件编码Reference DocumentPK817TEPR09B30245GNRevDDocument CategoryA: IdenticalB: ModifiedC: New工程设计甲级号：A144008121 工程咨询甲级 工咨甲 22420070005CNPDC中广核工程设计National A grade engineering designing,Certification NO: A144008121CHINA NUCLEAR POWER DESIGN COMPANY,(SHENZHEN)Nationa

3、l A grade engineering consulting,Certification NO: 22420070005内部编码Internal CodeThis document is the property of CNPDC It must not be used、reproduced、transmitted or disclosed without the prior written permission of CNPDC 本文件之产权属于中广核工程设计 。未获本公司 ，任何人不得擅自使用、 、传递或泄露该文件。SYSTEM MANUAL-TEP CHAPTER 9.1Rev A版

4、本REVISION RECORD版本Rev日期Date状态Status编写Drafted by校核Checked by审核Reviewed by批准Approved by修改说明Modification-ObservationA2010.01PRE张翼中/ 兰立君潘跃龙范子玉张艳娥First IssueSYSTEM MANUAL-TEP CHAPTER 9.1Rev A文件修改MODIFICATION RECORD版本Rev日期Date章节ITEM页码PAGE修改范围及依据MODIFICATIONA2010-3-4First IssueSYSTEM MANUAL-TEP CHAPTER 9.1

5、Rev A1/1CONTENTSDEFINITION OF VALVE LIST HEADINGS1VALVE LIST7SYSTEM MANUAL-TEP CHAPTER 9.1Rev. A 1/53DEFINITION OF VALVE LIST HEADINGSTITLEMEANING AND CODESNo.Serial number.EQUIP. ID. CODEEquipment identification codeAbbreviation equipment identification code, divided into four components:Example: 1

6、TEP310VP First part (1 digit): unit number 1 for unit 12 for unit 29 for common unit Second part (3 letters): system identification code Third part (3 digits): serial number within system fourth part (2 letters): equipment type.PU :Steam trap.WV :Quick connect coupling.VX :Valve identification (V: v

7、alve,X: identification of the process fluid)With X: A: Air B: Borated water(or evaporation concentrate) C: Circulating water D: Demineralized water (or distillate) E: Raw water G: Carbon dioxide H: Oil L: Feed water (or SVA steam condensate) N: Water from RRI system P: Primary coolant R: Reagents (i

8、ncluding chemical waste) S: Solid waste V: steam Y: Hydrogen (H2) (or hydrogenated gaseous waste) Z: Nitrogen (N2)SYSTEM MANUAL-TEP CHAPTER 9.1Rev. A 2/53TITLEMEANING AND CODESSensors isolating valves:VLD, VLE:LD isolating valves VLL, VLM:LN isolating valves VLP, VLQ:LP isolating valves VMD, VME:MD

9、isolating valves VML, VMM:MN isolating valves VMP, VMQ:MP isolating valves VSD, VSE:SD isolating valves VSL, VSM:SN isolating valves VSP, VSQ:SP isolating valves VYD,VYE:YD isolating valves VYP,VYQ:YP isolating valvesVentilation dampers:VAF: Fire damper, smoke exhaust damper or fire trap,VAG: Guillo

10、tine damper, VAI: Isolating damper,VAN:Backdraft damper, discharge or vacuum relief damper,VAP: Isolating door,VAR: Balancing or clogging damper,VAS: Gravity relief damper or overpressure damper.The identification code may be preceded by a "M" or “P”,indicatingthatthevalveispartofaMODIFICA

11、TION or a PACKAGE respectively.RINThe national identification code (N.I.C.) is used to identify a standard valve. It consists of three components, which are explained in the document: GENERAL VALVES SPECIFICATION FOR NUCLEAR ISLANDS（SAX47000200DNSB44DS）SYSTEM MANUAL-TEP CHAPTER 9.1Rev. A 3/53TITLEME

12、ANING AND CODESRIN First componentRIN Second component RIN Third componentValve body:- First letter: Type of valve- Second letter : Valve body construction material- Third letter: Type of service- Fourth letter : Bearing surface construction material- Fifth letter: Type of connection- Sixth letter:

13、Classification in conformance with theRCC-M or according to reliability:A : RCC-M class 1 B : RCC-M class 2 C : RCC-M class 3I : RCC-M class 1 for containment isolation valve J : RCC-M class 2 for containment isolation valve F : Conventional valve reliability category F1G: Conventional valve reliabi

14、lity category F2 H: Conventional valve reliability category F3Nominal diameter of valve (expressed in mm) SpecialAny special information is detailed under this headingDESIGNATIONValve designationDetails of valve location or function are given under this headingCLASSIFICATION- QUAL- RValve classifica

15、tion parametersQ.A. category 1, 2, 3, QNCa, QNCb, QNCcSafety class according to the Rapplication note : 1 :Safety class 1 2 :Safety class 2 3 :Safety class 3 NC :Non-classifiedSYSTEM MANUAL-TEP CHAPTER 9.1Rev. A 4/53TITLEMEANING AND CODES- DBA- MINES- EARTH- EXPRF- IMMER- QUALIFI.Post Accident Condi

16、tions Code (DBA Design Basis Accident)Code qualifying a valve located inside the containment for post-accident condition :X:Component which must be capable to operate immediately after an accidentS :Component which must be capable to operate at the earliest half an hour after an accidentT :Component

17、 which must be capable to operate in the both above cases (X + S)Reactor coolant pressure boundary valve identification code.E: Reactor coolant pressure boundary isolation valve. F: Non reactor coolant pressure boundaryG: Reactor coolant pressure boundary isolation valve with a nominal diameter of l

18、ess than 25mm but subject to reactor coolant hydrotest.Earthquake category1A: Valve which must be capable of operating during and after an earthquake1I : Non-active valve which must maintain its integrity NO : No requirements applicableExplosion proofIf F, equipment is explosion proofImmersionThis i

19、nformation is given for valves required to be operable even if floodedRCC-E Qualification procedure K1, K2, K3 ， CL (classic) or NC (not concerned)SYSTEM MANUAL-TEP CHAPTER 9.1Rev. A 5/53TITLEMEANING AND CODESOPERATING CONDITIONS- PRES. MPa(g)- TEMP. - DELTA P MPa- STROKE TIMEsPressureum normal serv

20、ice pressure (in MPa gauge) Normal service is category 2 conditions in the RTemperatureumnormalservicetemperature(indegree Celsius)Normal service is category 2 conditions in the R1.1 Differential pressureum differential pressure (in MPa) under which the valve must be capable of operatingum time (in

21、seconds) required for full closure or full opening of actuated valves.120stroke time = 120 secondsIf 999 is indicated, the following stroke times have to be observed:DN (Nominal diameter)STROKE TIME (sec.) DN10, 20, 255 to 10 sec.DN50, 8010 to 20 sec.DN100, 15015 to 25 sec.DN20045 sec.Over DN200120

22、sec.LIMIT SWLimit switch- 3 :1st limit switch on opening- 4 : 2nd limit switch on opening- 5 : 1st limit switch on closing- 6 : 2nd limit switch on closing- 7 : Intermediate limit switch (25 % opening)- 8 : Intermediate limit switch (50 % opening)- 9 : Intermediate limit switch (75 % opening)SYSTEM

23、MANUAL-TEP CHAPTER 9.1Rev. A 6/53TITLEMEANING AND CODESUP PIPEO.D. (mm) THICK (mm)Upstream pipeOutside diameter in mm of the upstream pipe to be fitted to valve endWall thickness in mm of upstream pipe to be fitted tovalve endDW PIPEO.D. (mm) THICK (mm)1.2 Downstream pipeOutside diameter in mm of th

24、e downstream pipe to be fitted to valve endWall thickness in mm of downstream pipe to be fitted tovalve endLOCATION ROOMRoom in which the valve is locatedFLOW SHEETFlow diagram sheet number and grid reference where the valve is shown.SYSTEM MANUAL-TEP CHAPTER 9.1Rev. A7/53APPENDIXCHAPTER 9.1 VALVE L

25、ISTSYSTEM MANUAL-TEP CHAPTER 9.1Rev.A 8/53NoEQUIP ID CODERINDESIGNATIONCLASSIFICATIONOPERATING CONDITIONS L W I I M T I C T HUP PIPEDW PIPELOCATION ROOMFLOW SHEETQ U A LR C C PD B AM I N E SE A R T HE X P R FI M M E RQ U A L I FP R E SST E M PD E L P TAS T T R IO MK ED I AT H I CKD I AT H I CKMPa(g)

26、MPaSmmmmmmmm19TEP001PUFABIWH0020-001DZ INLET SVA STEAM TRAPQ3NCNO NNC0 45156 0 4526 72 8726 72 87NC302f002 H229TEP001VMLMMNFWC0015-001MN ISOLG VALVEQ231I NNC0 38500 3821 32 1121 32 11NC351f001 F539TEP001VMMMMNFWC0015-00l MN REF COLUMN ISOLATING VALVEQ231I NNC0 38500 3821 32 1121 32 11NC351f001 F549T

27、EP001VMPMANFWC0015-001MP ISOLG VALVEQ231I NNC0 38500 3821 32 7721 32 77NC604f001 G851TEP001VPMMNFSC0080-J-G-001BA FILLING LINE ISOLG VALVEQ231I NCL0 38500 389993588 93 0588 93 05NC243f001 H769TEP002PUFABIWH0020-002DZ INLET SVASTEAM TRAPQ3NCNO NNC0 45156 0 4526 72 8726 72 87NC302f007 H279TEP002VMLMMN

28、FWC0015-002MN ISOLG VALVEQ231I NNC0 38500 3821 32 1121 32 11NC351f006 F589TEP002VMMMMNFWC0015-002MN REF COLUMN ISOLATING VALVEQ231I NNC0 38500 3821 32 1121 32 11NC351f006 F599TEP002VMPMANFWC0015-002MP ISOLG VALVEQ231I NNC0 38500 3821 32 7721 32 77NC604f006 G8102TEP002VPMMNFSC0080-J-G-008BA FILLING L

29、INE ISOLG VALVEQ231I NCL0 38500 389993588 93 0588 93 05NC243f006 H7111TEP003VPMMNFSC0080-J-G-001BA FILLING LINE ISOLG VALVEQ231I NCL0 38500 389993588 93 0588 93 05NC243f001 H6129TEP003VSLMMNFWC0015-003SN ISOLG VALVEQ231I NNC0 38500 3821 32 1121 32 11NC351f001 G5139TEP003VSMMMNFWC0015-003SN REF COLUM

30、N ISOLATING VALVEQ231I NNC0 38500 3821 32 1121 32 11NC351f001 G5149TEP003VSPMANFWC0015-003SP ISOLG VALVEQ231I NNC0 38500 3821 32 7721 32 77NC604f001 G8152TEP004VPMMNFSC0080-J-G-008BA FILLING LINE ISOLG VALVEQ231I NCL0 38500 389993588 93 0588 93 05NC243f006 H6169TEP004VSLMMNFWC0015-004SN ISOLG VALVEQ

31、231I NNC0 38500 3821 32 1121 32 11NC351f006 G5179TEP004VSMMMNFWC0015-004SN REF COLUMN ISOLATING VALVEQ231I NNC0 38500 3821 32 1121 32 11NC351f006 G5189TEP004VSPMANFWC0015-004SP ISOLG VALVEQ231I NNC0 38500 3821 32 7721 32 77NC604f006 G8199TEP005PUFABIWH0020-001RE INLET SVASTEAM TRAPQ3NCNO NNC0 45156

32、0 4526 72 8726 72 87ND308f004 C6201TEP005VPMMNFSC0100G-001BA DOWNSTREAMISOLATING VALVEQ231I NCL0 38500 3835114 3 3 05114 3 3 05NC243f001 F3SYSTEM MANUAL-TEP CHAPTER 9.1Rev.A 9/53NoEQUIP ID CODERINDESIGNATIONCLASSIFICATIONOPERATING CONDITIONS L W I I M T I C T HUP PIPEDW PIPELOCATION ROOMFLOW SHEETQ

33、U A LR C C PD B AM I N E SE A R T HE X P R FI M M E RQ U A L I FP R E SST E M PD E L P TAS T T R IO MK ED I AT H I CKD I AT H I CKMPa(g)MPaSmmmmmmmm219TEP005VSLMMNFWC0015-005SN ISOLG VALVEQ231I NNC0 38500 3821 32 1121 32 11NC351f001 G5229TEP005VSMMMNFWC0015-005SN REF COLUMN ISOLATING VALVEQ231I NNC0

34、 38500 3821 32 1121 32 11NC351f001 G5239TEP005VSPMANFWC0015-005SP ISOLG VALVEQ231I NNC0 38500 3821 32 7721 32 77NC604f001 G8249TEP006PUFABIWH0020-002RE INLET SVA STEAM TRAPQ3NCNO NNC0 45156 0 4526 72 8726 72 87ND308f008 C6252TEP006VPMMNFSC0100G-008BA D STMISOLATING VALVEQ231I NCL0 38500 3835114 3 3

35、05114 3 3 05NC243f006 F3269TEP006VSLMMNFWC0015-006SN ISOLG VALVEQ231I NNC0 38500 3821 32 1121 32 11NC351f006 G5279TEP006VSMMMNFWC0015-006SN REF COLUMN ISOLATING VALVEQ231I NNC0 38500 3821 32 1121 32 11NC351f006 G5289TEP006VSPMANFWC0015-006SP ISOLG VALVEQ231I NNC0 38500 3821 32 7721 32 77NC604f006 G8

36、299TEP007PUFABIWH0020-001DZ OUTLET SVA STEAM TRAPQ3NCNO NNC0 12105 0 1226 72 8726 72 87NC231f002 H2309TEP007VPTINOSC0100-001PO UPSTREAMISOLATING VALVEQ231I NNC0 38500 38114 3 3 05114 3 3 05NC243f001 F3319TEP008PUFABIWH0020-002DZ OUTLET SVA STEAM TRAPQ3NCNO NNC0 12105 0 1226 72 8726 72 87NC231f007 H2

37、329TEP008VPTINOSC0100-002PO UPSTREAMISOLATING VALVEQ231I NNC0 38500 38114 3 3 05114 3 3 05NC243f006 F3339TEP009PUFABIWH0020-001RE OUTLET SVA STEAM TRAPQ3NCNO NNC0 12105 0 1226 72 8726 72 87ND251f004 A734001PO D STM CHECK VALVEQ231I NNC3 0588 93 05NC243f001 E39TEP009INSSC0080-359TEP009VSLMMCFWH0015-0

38、09SN ISOLG VALVEQ3NCNO NNC0 38500 3821 32 1121 32 11NC232f001 H4369TEP010PUFABIWH0020-002RE OUTLET SVA STEAM TRAPQ3NCNO NNC0 12105 0 1226 72 8726 72 87ND252f008 A737002PO D STM CHECK VALVEQ231I NNC3 0588 93 05NC243f006 E39TEP010INSSC0080-389TEP010VSLMMCFWH0015-010SN ISOLG VALVEQ3NCNO NNC0 38500 3821

39、 32 1121 32 11NC232f006 H4399TEP011PUFABIWH0020-PIPE 0219 VENT TRAPQ3NCNO NNC0 12105 0 1226 72 8726 72 87NC482f002 F8409TEP011VLPMMNFWC0015-011LP ISOLG VALVEQ231I NNC0 38500 3821 32 1121 32 11NC255f001 F3SYSTEM MANUAL-TEP CHAPTER 9.1Rev.A 10/53NoEQUIP ID CODERINDESIGNATIONCLASSIFICATIONOPERATING CON

40、DITIONS L W I I M T I C T HUP PIPEDW PIPELOCATION ROOMFLOW SHEETQ U A LR C C PD B AM I N E SE A R T HE X P R FI M M E RQ U A L I FP R E SST E M PD E L P TAS T T R IO MK ED I AT H I CKD I AT H I CKMPa(g)MPaSmmmmmmmm419TEP011VPTINOSC0080-001PO DOWNSTREAM ISOLATING VALVEQ231I NNC3 0588 93 05NC243f001 E

41、4429TEP012PUFABIWH0020-PIPE 0220 VENT TRAPQ3NCNO NNC0 12105 0 1226 72 8726 72 87NC482f007 F8439TEP012VLPMMNFWC0015-012LP ISOLG VALVEQ231I NNC0 38500 3821 32 1121 32 11NC255f006 F3449TEP012VPTINOSC0080-002PO DOWNSTREAM ISOLATING VALVEQ231I NNC3 0588 93 05NC243f006 E4459TEP013PUFABIWH0020-PIPE 0748 VE

42、NT TRAPQ3NCNO NNC0 12105 0 1226 72 8726 72 87NC570f004 D2469TEP013VLPMMNFWC0015-013LP ISOLG VALVEQ231I NNC2 1121 32 11NC255f001 E3479TEP013VPEMNIBC0080S-001BA WATER PHASESAFETY VALVEQ231I NNC0 38500 3888 93 05114 3 3 05NC243f001 G4489TEP014PUFABIWH0020-PIPE 0228 VENT TRAPQ3NCNO NNC0 12105 0 1226 72

43、8726 72 87NC302f007 G7499TEP014VLPMMNFWC0015-014LP ISOLG VALVEQ231I NNC2 1121 32 11NC255f006 E3509TEP014VPEMNIBC0080S-008BA WATER PHASESAFETY VALVEQ231I NNC0 38500 3888 93 05114 3 3 05NC243f006 G4519TEP015VLPMMNFWC0015-015LP UPSTREAMISOLATING VALVEQ231I NNC2 1121 32 11NC331f001 E7529TEP015VLQMMNFWC0

44、015-015LP DOWNSTREAMISOLATING VALVEQ231I NNC2 1121 32 11NC331f001 E7539TEP015VPTINOSC0080-Y-001 FI DOWNSTREAM ISOLATING VALVEQ231I NNC3 0588 93 05NC465f001 E7549TEP016VLPMMNFWC0015-016LP UPSTREAMISOLATING VALVEQ231I NNC2 1121 32 11NC331f006 E7559TEP016VLQMMNFWC0015-016LP DOWNSTREAM ISOLATING VALVEQ2

45、31I NNC2 1121 32 11NC331f006 E7569TEP016VPTINOSC0080-Y-002FI DOWNSTREAM ISOLATING VALVEQ231I NNC3 0588 93 05NC466f006 E7579TEP017VLPMMNFWC0015-0l7LP UPSTREAMISOLATING VALVEQ231I NNC2 1121 32 11NC331f001 D5589TEP017VLQMMNFWC0015-017LP DOWNSTREAM ISOLATING VALVEQ231I NNC2 1121 32 11NC331f001 D5599TEP017VNSANSWC0015-003MO COOLING WATE INLET ISOLG VALVEQ231I NNC1 20901 2021 32 7721 32 77NC231f002 E3609TEP018VLPMMNFWC0015-018LP UPSTREAMISOLATING VALVEQ231I NNC2 1121 32 11NC331f006 D5SYSTEM MANUAL-TEP CHAPTER 9.1Rev.A 11/53NoEQUIP ID CODERINDESIGNATIONCLASSIFICATIONOPERATING