ML20064N890
| ML20064N890 | |
| Person / Time | |
|---|---|
| Site: | South Texas  |
| Issue date: | 08/11/1988 |
| From: | HOUSTON LIGHTING & POWER CO. |
| To: | |
| Shared Package | |
| ML20064N835 | List: |
| References | |
| PROC-880811, NUDOCS 9403300169 | |
| Download: ML20064N890 (63) | |
Text
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' SPECIFICATION FOR al~j 2 INSTALLATION OF , ,
SAFETY CLASS AND NONSAFETY CLASS HVAC EQUIPMENT AND DUCTWORK L Jj FOR THE , HOUSTON LIGHTING & POWER COMPANY h E
-SOUTH TEXAS PROJECT ELECTRIC GENERATING STATION SV279VS1003 d"i -- --
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! JOB NO.14926 j ,
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- t- AUG 121938 1 a
,e i N Il ECEIVE FDc0 i]f h DIVISION P-10 51 _
MECHANICAL CONSTRUCTION SPECIFICATION
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REV HL&P M ' DATE 14926 001 h ; , 11 . g 5 9 2-f t- ? I Incorocrated HSCN 38 and FCfi HtRf225c 3 VW M P!p h1A N4 E AfrJr HBH-0??3n. 4
- SE (See micrbfilm for signatures )
g Revision 0 throuch 8 en file. sy { cH K I mas c.ENG POE l PE DA
.) w.. DATE nevisions Jos me.1as2s HOUSTON SOUTN TEXAS PH0 JECT
^"^ ELECTRIC GENER ATIN G STATION 5V279VS1003 0F1 CE- . ssert i or 11 sTP ioon ist:4>
9403300169 931013 . PDR ADOCK 05000498 l P PDR
SV279VS1003 s
- P.ev. 9
. 5.8 MINIMUM SEPARATION REQUIREMENTS - The guideline requirements for seismic separation shall be as set forth on' drawing 3A01-0-S-10003 "Seismi c Separation Control Drawing." 6.0 INSPECTION AND AIR LEAK TEST REQUIREMENTS , 6.1 INSPECTION . Upon completion of HVAC systems or partial system's, Constructor shall visually inspect and carefully check that all equipment, ducts, and' control s have been properly installed in accordance with the applicable installation details,
- drawings , specifications, and/or instructions of the Construction Manager.
6.2 AIR LEAK TEST --
- 6. 2.1 The Constructor shall organize and conduct the air leak test and demonstrate acceptable performance of the installation. .Unless otherwise
, specified, the Construction Manager maintains the:right to witness the test-and request additional testing which is deemed necessary;,
6.2.2 Leak testing shall apply 'to all' safety and'non-safety class duct dork' - >
) systems except as follows: .;
A. Intake or exhaust air plenums which are connected to outdoors -
.via louvers may be visually inspected for acceptance.
B. The Reactor Containment Fan Cooler duct system including the ring duct may be visually inspected for acceptance. C. The turbine generator building main steam isolation-valve ~ cubicles and all non-safety balance of plant ductF2n t D. The reactor containment supplementary purge suppl'y'ahTexhaust i air duct portion , located inside the RCB. E. Other duct. work which.is not feasible to be tested can be waived . from the leak test with the Construction Manager's approval.
~
F. . Trim joints associated with grilles, registers and diffusers at . suspended ceilings. ! 6.2.3 Leak test for safety class HVAC systems shall be performed by using-either a direct measurement method or pressure decay method conforming to the intent.of ANSI N-510-75, Sections 6.3 and 6.4. Leak location methods shall be l l as follows: A. Bubble method ( ANSI N-510, Section 6.5) B. DOP spray method (ANSI N-510. Section 6.6) l 6775P/0635P 23 l
.=
SV279VS1003
? ) Rev. 9 C. Dye penetrant or magnetic particl e methods (for welds only).
D. The Constructor shall have the option to use Superior Signal Co. , Inc.'s smoke bomb for preliminary testing to locate excessive . leakage in ducts and shall take precautionary measures to ensure the safety of personnel and permanent plant equipment. 6.2.4 The Constructor may use the following equation to determine leakage when the pressure decay method is used: L= 'Y(P-Ph) 1 , (407.3 + P)t ' , L = Leakage,cfm - 7- -rk - _1 Y = Volume of duct section or housing',~f3 t ~~ ~---~ ~~ ~ P = Test' pressure, inches w.g. Pl = Pressure at start of test, inches w.g.
, P2 = Pressure at end of test, inches w.g.
t = Time of pressure decay, minutes 6.2.5 Test of individual part'ial duct systems may be' perforined separately
.) i f found desirable due to construction schedule or access ifmitations.
Partial duct systems tested shall be blanked off on both open ends until' adjacent duct is tested and ready to be connected. However, proper testing at the joints, between the ducts partially tested, shall be prepared to assure the overall system leakage requirements. The Constructor shall minimize the number of untested joints, insure that their location is accessibTe, record their location on a record set of testing drawings and describe in the Constructor's leak test procedure methods to insure that the untested joints will not compromise system integrity. _, ,2. . , _ _
. -...._-;. = _ __;
6.2.6
- Leak Test Pressures
- 6. 2.6.1 Safety-related units and components which can be isolated and exposed to full fan shutof f pressure, shall be leak tested to 1.5 times the fan operating pressure or fan shutoff pressure (pressure in inch.W.G.), whichever is greater.
6.2.6.2 Safety-related units and components subject only to rated air flow shall be leak-tested at 1.5 times the maximum operating pressure (pressure in inch W.G.) which results from rated air flow or 18 inches W.G., whichever is smaller. 6.2.6.3 Nonsafety-related units and components shall be leak tested at 1.25
- times the system's maximum operating pressure which results from the rated air flow.
6.2.6.4 All duct sections / systems which are required to be tested shall be
) subjected to air leak tests as described in ANSI N-510-1975 Standard, i
6775P/0635P 24 l
5V279VS1003 Rev. 9 9 } 6.2.7 Duct system maximum allowable leakage shall be as specified in Appendix "C". HVAC concrete chases feming a part of any duct system shall be tested as a unit with the respective system and leakage shall not exceed the ,, maximum allowable leakage specified for that system in Appendix "C". Filter ~ " units shall be treated in accordance with ANSI-N509 as directed by the-construction manager. , 6.2.8 The Constructor shall address a means of recertifying duct sections that are altered after leak testing. Access doors and removable' duct pieces located in the approved leak tested duct systems may be removed and re-installed with no retest requirements. 6.2.9 The Constructor sila11 apply rust preventative touchu'p to field welds except for those welded areas which are inaccessible prior to leak testing. No rust preventative touchup shall be applied to field weld,sdri".thelRCB unless otherwise directed by the Construction Manager. 6.2.10 The Constructor may use the calibrated orifice system in lieu of the gas totalizing system for the direct measurement method to determine duct < leakage. 6.2.11 When liquid penetrant testing is performe'd and the backside of weld - is inaccessible the Constructor shall repair any surface defects-in accordunce
~) with procedures acceptable to the: Construction Manager.
6.2.12 Deleted. 6.2.13 Design pressure for construction of duct systems is shown in the . Manual of HVAC Ducts and Duct Supports (No. 5-V-010-M-28500). 6.2.14 The Constructor shall have the option to use Hardcast Inc. two-part sealant system' on non safety class ductwork outside the RCB-aridRh'e7 IVC in accordance with Manufacturer's reccamendations, if the installed gaskets and sealants specified in Section 3.0 have noticeable leakages, Construction Manager's approval is required for the use of this sealant system on safety class ductwork. The two-part sealant system shall consist of Hardcast Adhesive No. FTA-20 and 3 inch tape No. DT-5300, 4 inch tape No. DT-5400 or 6 inch tape No. DT-6100. 6.2.15 The Construction shall have the option to seal any penetrations in HVAC concrete chases that are to be sealed by the penetration sealing contractor, by temporary means, to complete the air leak test. The pemanent l seals installed by the penetration seal contractor to replace the temporary l seals will be visually inspected for acceptance with no retest for air leakage, l
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6775P/0635p 25 e 2 .
1 SV279VS1003 Rey, 9
)
i W APPENDIX C AIR LEAX TEST PRESSURE ,
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V V . 5Y279VS1003 Rev. 9 APPENDIX C AIR LEAK TEST FRESSURES Fan 4 Sys tem Shut-
- Leak Allowable s
Off Test System Recarks Design (See Notes Press. Press. Press. Leakage In. W.G. Rate No. 1 Through 5) P & 10 FAN TAG No. SERVICE / In. W.G. In. W.G.
$YSTDI Uucts units a Components M_^a - All duct and plenum on the 11.2 19.0 19.0 2.0%
SV109Y0006 8V101VFW020 1. MAB Supply suction side of these fans will SV101VFN021 Ffiter Cati be visual inspection for air 8V101VFN022 Housing tightness.
- All duct on the dicharge side of these f ans will be tested at fan 3 shut-off pressure to.the first isolation damper and 8 inch w.g.
for the duct witbin the remainder of the f an systes 11.2 19.0 8.0 14.0 2.0% Housing
- 2. MAS Supply 9V101VXV020 '
Duct 51 stem SV10lVXV021 21.5 14.2 2.0% Houslag 8V101VTN015 1. MAB locker Room 11.3 SV101VXV022 SV101VFW016 Prefil ter Housing 11.3 21.5 8.0 14.2 2.0%
- 2. MAB Locker Room Supply Duct System
- 1. Counting Room 4.6 5.8 5.8 2.0%
5V109V00008 8V101VAH025 Supplementa ry .. Fan Coll Unit { l ,1
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SV279VS1003 Rev. 9 APPENDIX C AIR LEAK TEST PRESSURES
- Fan System Shut-
- Leak Allowable u Destgo Off Test System Remarks Press. Press. Leakage (See Notes Press. ko.1 Through 5)
FAN TAG NO. SERVICE / In. W.G. In. W.G. In. W.G. Ra te P & 10 wcts units a SYSTD4 Components
..-........_..q....._.__.
'.MAB (Cont'd)
MAB Supple- 13.0 13.9 8.0 16.3 2.01 BV101YXY001 SV109V00008 8V101VFN013 2. 8V101VXV002 8V101%TN014 mentary Exhaust Duct ' 16.6- 12.3 2.0% 8V10lVXYO23 5Y109ViOOO9 BV10lVFN017 1. MAS Main 9.8 8V10lVFN018 Exhaust Plenum 8V10lVFN0lg 2. HAB Main 9.8 16.6 8.0 12.3 2.0% . Exhaust'* Duct i System 4 Radiation 2.65 4.0 ' 4.0 1.0% 5V109V00008 3V101VAH022 . 3V10lVAH023 Monitor Suppi FanRom,lers Coo EA8 20.0 18.0 18.0 1.01 3V111VXv007 5V119V25000 3V111VFN014 1. Main SJpply 12.7 3VillVXV008 3V11tVFN015 Air Ducting (**) i
- 2. Unit Casing 4 12.7 20.0 18.0 - 18.0 ! 1.01 3V111YXV009 3V111VFN016 Connecting (") 3V111VAH001 3V111VAH002 Duct Pieces 3Y111VAH003 e l
- Refer to Note #1 .
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**For Unit 2 this value is B.0 h.!'
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C-2 e 0632V:0027V . mensnma, _
'J G J SV279VS1003 Rev. 9 APPENDIX C AIR LEAK TEST PRESSURES 8 Fan Sytten Shut.
- Leak Allowable u Design Off Test System Remarks Press. Press. Press. Leakage (See Notes In. W.G. In. W.G. In. W.G. Rate No. I Through 5)
P & ID FM TAG NO. SERVICE / SYSTEM Uucts units a Components EAB (Cont'd) 3YlllVFN001 1 Main Return 5.8 13.5 8.0 8.7 1.0% 3YlllVFWOC2 Air Duct 3v111VFh003 . Systen 3V111VFW010 1. Battery Room 3.5 6.5 f.2 5.2 1.0% 3V111VFN011 Exhaust System - 3Vil1VFN012 Control Room 10.4 11.2 8.0 15.6 0.5% 3V111VXv004 SV119V25003 3V111VFN004 1. 3v111VXY005 3V111VFN005 Make-up Air System 3(1IIVXV006 3V111VFN006
- Ouctwerk 5V119V25004 3V111VFN007 1. Contrc1 Room 9.0 9.3 8.0 13.5 0.5%
3V111VFN008 Clean-up Duct 3V111YFN009 System
- Refer to Note #1 i
I fi ! i l i i i s ,f r C-3 0632V:0027V wae rma ne .
'J v SV279VS1003 Rev. 9 APPENDIX C AIRLEAKTESTPRESSURES 8 Fan System Shut-
- Leak Allowable Design Off Test System Remarks
' Press. Press. Press. Leakage (See kotes In. W.G. In. W.G. In. W.C. Rate No. 1 Through 5) P & ID FAN TAG NO. SERVICE / SYSTEM uucts Units a Components EAB (Cent'd) 3V111VFWO17 1. Control Room 12.7 8.0 18.0 0.51 3V111VFN018 Supply System 3V111YFN019 Ductwork 3Y111VFN025 1. Control Roce 6.9 8.3 8.0 10.4 0.5/0.11 Allowable leak rate shall be 0.11 for return air concrete chase and 0.5% for remaining return air duct. 3V111VFN026 Return Air 3V111VFN027 System Ductwork.
- 1. Control Roca 2.5 3.0 3.0 0.51 T'esting from downstream of second 9VillVFN039 isolation valve to the Control Roca Yof tet/ Kitchen pressure boundary Exhaust
- Refer te Note il a,
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. C-4 0632Y:0027Y .
0429c/0018c L____ ._ __ _ _ _ _ . . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ . _ _ _ _ _ _ _ ___._ _..__ _ __ ___ _ _ . _ _. _ _ _ _ _ . __
D v s 5V279VS1003 Rev. 9 APPENDIX C AIR LEAK TEST FRESSURES 0 Fan Systee Shut-
- Leak Allowable
.: Design Off Test System Remarks Press. Press. Press. Leakage (See Notes In. W.G. In. W.G. In. W.G. Rate No.1 Through 5) P & ID FAN TAG NO. SERVICE / i SYs1EM uucts onits a Coniponents EA8 (Cont'd) 8Y119V25006 9V111VFN014 1. TSC Make-up' 12.7 8.0 15.9 0.5% Air Ductwork 9V111VFN015 1. TSC Supply Air 7.0 7.3 8.0 8.8 0.51 9V111VFN016 Duct System 8V119V250Co 9V111YFN017 1. TSC Return Air 4.9 4.9 6.2 6.2 0.51 - 96;31EN018 Duct System / Sache Purge 9V111VFN019 1. TSC Exhaust 3.5 3.7 4.4- 4.4 0.51 a!.- Duct Systens SV119V00020 9V141VFN015 1. EAB Penetra- 3.5 3.6 4.4 4.4 2.0% 9V141 WN016 tion Space Exhaust Air Duct Systes 9V111YFN025 1. Normal Supply . 6.9 8.0 8.6 2.01 9V111VFN026 Duct System 9V111VFN027 EA8 Penetra- ,$ ' tion Area
- Refer to Note il !
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.I i C-5 0632V:0027V ' ,
0429c/0018c .
%,/ J v SV279VS1003 Rev. 9 APPENDIX C AIR LEAK TEST PRES $URES t
Fan System Shut-
- Leak Allowable Design Off Test System Remarks Press. Press. Press. Leakage (See Notes P 4 ID FAN TAG NO. SERVICE / In W.G. In. W.G. In. W.G. Rate No. 1 Through 5)
SYSTEN wc ts ImTYs a Components EAB (Cont'd) 3V111VFN030 1. Penetration 6.2 8.0 9.3 1.0% 3kli1kFN03) Space 3V111YFN032 N 5V14900016 2V141VFN001 1. RCFC Plenues/ 9.4 (Norsial) 1) Visual inspection only ). 2Vl41VFN002 liousings (leak test not required 2V141VFN003 2. RCFC Supply 5.0 22.0 (DBA) 22.0 22.0 1.0% 2) Ducts below water level to be tested to have no leakage 2V141VFN004 Air Duct at all. (Welded ducts only.) 2V141VFN005 2V141YFN006 Other supply duct systems to be tested for 11 leakage.
- 3) The discharge cone, transition piece, backdraf t damper are to have visual inspection only.
. (Leak test not required.)
- Refer to Note #1 g i
i li .- [j , I! h n i i j li l C-6 0632V:0027V
- 0429c/0018c ,
V v a SV279VSID03 Rev. 9 APPENDIX C AIR LEAX TEST FRE55URES t Fan p System Shu t-
- Leak Allowable Design Off --
Test System Remark s Press. Fress. Press. LeakaSe (See Notes In. W.G. In. W.G. In. W.G. Rate No. I Through 51 P & ID FAN TAG NO. SERV!CE/ SYSTEM uucts units a Eomponents RCB (Cont'd) 41 The constructor shall have the option to leak test all RCFC welded supply air ducts below the
- flood level (EL. -4*-9")
for no water-leakage / seepage by filling the ducts with clean water to the flood level EL.(-)4'-9". When filled to E1.(-14'-9". the water level in the' duct shall be marked initially and checked af ter 24 hours for any drop in elevation. In case drop in level is observed. the leakage / seepage paths shall be repaired / sealed with approved materials and procedures.
- Flood Level: EL.1-14'9" 3V141YFW027 1. Containment 2.9 4.5 4.5 1.0%
3V141VFN028 Cubicles 3V141YFN029 Exhaust System JVi41YFN030 Ductwork
- Refer to Note il b L
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s-C-1 0632V:0027V . 0429c/001Bc ,
'%/ 'G s SV279VS1003 Rev. 9 APPENDIX C AIR LEAK TEST PRESSURES f fan Sys tem Shut-
- Leak Allowable Design Off Test System Remarks Press. Press. Press. Leakage (See Wates P & ID FAN TAG NO. SERVICE / In. W.G. In. W.G. In. W.G. Rate No.1 Through 5)
SYSTD1 - HTcts unus a Components RC8 (Cont'd) 5V149V00018 8V141(FN007 6. 2C8 Nossal 13.8 24.0 24.0 2.03 9V141VXYD20 BV141VFNOO8 Purge 14 pply
' Filter and Coll Housing
- 2. Normal hurge 13.8 24.0 17.3 17.3 2.0%
Ducting System (Supply Alr) - BV141VFN009 1. Normal Purge 5.8 11.5 7.3 7.3 2.01 8V141VFN010 Exhaust Air Ducting System SV149V00019 8V141VFN011 1. RCB Supplemen- 10.4 11.3 13.0 2.0% SV141VHX021 8V141VFh012 tary Purge _ Leak Testing is Not Required Supply Unit inside the ACS Housing.
- 2. Supplementary 10.4 11.3 13.0 13.0 2.0% l Purge Supply. I Duct System.
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0429c/0018c ,
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V J s SV279VS1003 Rev. 9 APPENDIX C AIR LEAK TEST PRESSURES f Fan u Sy stem Shut-
- Leak Allowable Design Off Test System Remark s Press. Press. Press. Leakage (See Notes P & ID FAN TAG N0. SERVICE,' In. W.G. In. W.G. In. W.G. Rate No. 1 Through 5)
SYSTEM uuc ts units a Components -
. . _ . - _ - - . - .- ............. - ............. -... .... -. ~ ... ~ . - ~ ; -
RC8 (Cont'd) 8V141VFN013 1. RCB Supplemen- 9.3 10.2 11.6 11.6 2.01 Leak Testing is Not Required 8V141YFN014 tary Purge Inside the ACB Exhaust Air Duct System SV149V00022 8V141YFWO21 1. Tendon Gallery 1.2 2.25 1.5 1.5 2.0% BY141VFN022 Vent Air
- System Ductwork 8V141VFN023 1. Rt 4 tor Cavity 5.8 8.75 7.3 7.3 2.05 Leak Testing o' Air Intake Plenuta 8V141VFN024 8 "W o rt Vent is Not Required Air Otttes Dwit & t 5V149V00022 8V141VFN029 1. Co s ymnt 8.0 9.10 8.0 12.0
- 2.01 8V141VFN030 Ci n ts '4 1t 8V141VFNO31 Pa.twork 8V141VFN032
- Refer to Note il ,
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.I C.9 .
0632V:0027V 0429c/0018c ,
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%/ Q-SV279VS1003 Rev. 9 APPENDIX C AIR LEAK TEST PRESSURES Fan f
System Shut-
- Leak Allowable u Off Test System Remarks Design (See Notes Press. Press. Press. Leakage In. d.G. Rate No. I Throug's 5)
P 1 3D FM TAG NO. $[RVICE/ In. W.G. In. W.G. SYSTIM uucu units a Components RC8 (Cont'd)
- 1. Reacton Support 4.1 13.5 5.2 5.2 2.0% l 9V141VFN036 9V141WNO37 Exhaust Ductwork System .
_FHB 9.5 10.2 2.0% DV121VXY007 . SV129V00012 BV121VFN001- 1. TH8 Supply Air 8.1 8V121VXV000 8V121VFN002 System, Filter 8V12ivXV009 8V12t VFN003 2. Co11 Housings
- 2. Supply Air Ouct 8.1 9.5 8.0 10.2 2.0%
System. Intake Riser 8.1 9.5 10.2 2.01 3. Supply Filter Housin9 -2.01
- 4. Supply Air 8.1 9.5 8.0 -10.2 Plenum Dis.
charge $1de. - 7.20^~ - ~ 8.0-10.4 0.5%
~
3V129V00013' 3Y121VFN004 1. Exch. Air 6.9 3V121VFN005 Plenum Dis. JV121VFN006 charge Side of Exhaust Fans.
- Refer to Note il~ 'i fi l
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C-10 0632V:0027V . 6429c/0018e .
e-s
.' j-SV279V51003 Rev. 9 APPENDIX C AIR LEAK TEST FRE55URE5 f Fan i,
Systes Shut-
- Leak Allowable Design Off Test Systen Remarks Press. Press. Press. Leakage {$ee Notes In. W.G. In. W.G. In. W.G. Rate No. 1 Through 5)
P & ID FAN TAG NO. SERVICE / SYSTEM Uucts units a Components _ . _ . - . . . . . . . . - . . . . . - - .- .~ FHB (Cont'd) 3V121VFN007 2. Exch. Air 10.4 16.6 8.0 16.6 0.5% 3V121YFN008 Plenum at in. 3Y121VFN009 let side of booster Fans.
- 3. Exch. cir Duct 6.9 7.20 8.0 10.4 c.5%
System.
- 4. Booster Fans 10.4 16.6 8.0 15.5 0.5% .
duct System t _DGB SV139V0015 9V131FFN007 1. Noraal Vent 2.3 3.85 2.9 2.9 2.0% 9V131VXYO20 9V131VFN008 Ductwork SYl31VXYO21 9V131VFN009 Supply 9V131VXV022 3V131WN001 1. Emergency Vent 1.7 4.7 2.6 2.6 2.0% 3V131VFN002 System Duct-3V131VFN003 work. j til - r 3,
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I 2 e 1 c G 4 4 C-11 0632V:0027V . 0429c/0018e . '~ - - - . . - - - _ - _ _ - - - - -- . _ .
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G w: , 5VN 9VS1003. Rev. 9 APPENDIX C AIR LEAK TEST PRESSURES
, NOTES:
~
" 1. For the purpose of testing, duct sections between AHU casings or fans with isolation dampers, the section of the duct between the isolation dampers shall be considered as a part of the AHU casings or fans and shall be tested at fan shut-off pressure. '
- 2. The ducts /plenuus/ casings on the fan discharge side shall be tested under positive pressure and those on the suction side of the fans shall be tested under necative pressure if possible. If testing under negative pressure of ducts / plenums / casings on the suction side of the fans is not possible, then It shall be tested under positive pressure.
- 3. When a system is broken into convenient segments, to simpilfy testing, allowable leakage must be apportioned to each section so that the total system leakage stays within the allowable leakage Ilmf ts.
- 4. All audible leaks must be repaired no matter how small the leakage is.
- 5. Leak tests are not required for final branches into rooms EXCEPT EAB. ,
TYPICAL LEAX TEST SKETCH , HEE. HOTE@
+F AMO CA53H4 SEE 80TE @ g ; g ggg a 1000 SOFT 4 5
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j* l% to si to - 10 so l}_ OSf or *t , ,e - 6 or . I i g !- i neuvinnnv ',
4 + 8 h d a NITACHMENT 6 , I a 4 i 4 'J . 18 1 1 I. I i IR 93\93 273.003
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- Page No. 1 ,
09/22/93 ; PM PM PM . - DATE FREQ TAG '# DAMPER DESCRIPTION VORK INSTR ~ ' 03/28/93 OUTAGE 3V142VDA298 UNIT 2 TENDON GALLERY EXHAUST 93000515 03/31/93 OUTAGE 3Vll2VDA076 13 NIT 2 EAB HVAC EXilAUST 93000496 04/07/93 OUTACE 3V142VDA001 UNIT 2 RCB PURCE SUPPLY 93000517 04/21/93 OUTAGE 3V102VDAll3 UNIT 2 PIANT EXilAUST STACK 93000492 05/13/93 2 YR 3V111VDA277 UNIT 1 TSC llVAC EXilAUST 93000504 05/13/93 2 YR 3VillVDA275 UNIT 1 TSC SMOKE PURCE EXHAUST 93000504 05/20/93 2 YR 3V111VDA276 UNIT 1 TSC IIVAC SUPPLY 93000509 06/04/93 2 YR 3Vll2VDA075 UNIT 2 CONTROL ROOM OUTSIDE AIR INTAKE 93000485 06/09/93 2 YR 3Vll2VDA077 UNIT 2 EAB ELEVATOR MACilINE ROOM EX11AUST 93000499 ; 06/16/93 2 YR 3V111VDA075 UNIT 1 CONTROL ROOM OUTSIDE AIR INTAKE 93000484 , 06/30/93 2 YR 3V112VDA078 UNIT 2 EAB ELEVATOR MACHINE ROOM SUPPLY .93000501'. 07/06/93 2 YR 3V112VDA276 UNIT 2 TSC IIVAC SUPPLY 93000510 2 YR 3V112VDA302 UNIT 2 TSC OUTSIDE AIR INTAKE 93000503 07/07/93 07/20/93 2 YR 3V112VDA277 UNIT 2 TSC HVAC EXHAUST 93000505 07/20/93 2 YR 3V112VDA275 UNIT 2 TSC SMOKE PURCE EXHAUST 93000505 , 08/08/93 OUTAGE 3V141VDA001 UNIT 1 RCB.PURCE SUPPLY 93000516 08/10/93 2 YR 3V111VDA077 UNIT 1 EAB ELEVATOR MACHINE ROOM EX11AUST 93000498 08/10/93 2 YR 3V111VDA078 UNIT 1 EAB ELEVATOR MAC111NE ROOM SUPPLY 93000500-08/11/93 2 YR 3V111VDA302 UNIT 1 TSC OUTSIDE AIR INTAKE 93000502 08/20/93 OUTAGE 3V141VDA298 UNIT 1 TENDON CALLERY EXilAUST 93000514 3V101VDAll8 UNIT 1 MAB MAIN IIVAC SUPPLY 93000518 08/25/93 OUTAGE , OUTAGE 3V101VDA119 UNIT 1 MAB MAIN HVAC SUPPLY 93000518 08/25/93 3V10lVDA120 UNIT 1 MAB MAIN HVAC SUPPLY 93000518 08/25/93 OUTAGE w - . . n < , , - -
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1 I Page No. 2 09/22/93 l l PM PM PM DATE FREQ TAG # DAMPER DESCRIPTION WORK INSTR I OUTAGE 3V101VDA113 UNIT 1 PIANT EXHAUST STACK 93000491
-10/18/93 OUTAGE 3V111VDA076 UNIT 1 EAB HVAC EXHAUST 93000495 10/19/93 OUTAGE 3V101VDA052 UNIT 1 FHB SUPPLY 93000493 10/20/93 3V102VDA118 UNIT 2 MAB MAIN HVAC SUPPLY 93000519 03/23/94 OUTAGE OUTAGE 3V102VDA119 UNIT 2 MAB MAIN HVAC SUPPLY 93000519 03/23/94 OUTAGE 3V102VDA120 UNIT 2 MAB MAIN HVAC SUPPLY 93000519 03/23/94 OUTAGE 3V102VDA052 UNIT 2 FHB SUPPLY 93000494 12/10/94
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I mv ogim04/59W W -x iEXA3 PROJECT ELEt9, t!C CENdi t ATING STADON' , VENDOR MANUAL COVER SHEET NOTICE I A .I Check the supplier document register for the latest installation drawing (s). Use the installotion drawing (s) contained in the contrcJ!ed vendor drowing file in FDCC in lieu of the some drawing (s) in the vendor monuol. If the instollotion drowing(s) in the monuol is not listed in the Supplier Document Register or if it is a later revision then listed in the Supplier Document Register, contact Engineering for resolution. SUPPLIER DOCUMENT NO.: WN- MS Ott M/ PACXACE NO.:8Mdb MANUAL TlTLD 1AM7vW n1A/An- oprf n1Au - Nue serrry NA*Ar}h D m spes SUPPUER NAMD AntsA'. n.'HRMntA } vrhtr 6. EOUIPuENT TAG N0'S HL&P LOC No.(S)
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n /l'N(/AE ogg L vv IMo0RTANT Permission to proceed does not const.tute w occeptonce or opproval of cesign detoils. dygy }
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materiots developed or selected by the " supprier and does not reikve supplier from m:wingsou +; pccet F .N its FCPs W(N .)J , g full comotience with contractuoi obligotions. DCN's Shh2_ b cl b.- \ O g h DOCUh NT STATUS 1 O APPKuVED FOR USE/ WORK M AY P EED. g od g g, g W 2 APPROVED OR USE AS DATE 8
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DoctM T NO. 80278-722 SECTION 1.0 PAGE laj (h bl .
1.0 INTRODUCTION
t 1.1 This document addresses maintainability of dampers and actuators supplied by AW for nuclear safety applications on the South Texas Project. Included are spare parts recommendations and descriptions. 1.2 Eciuipment provided is based upon AW NYC (volume control) and NBD (backdraft) construction standards developed f or nuclear power plant use in accordance with ANSI H509. MAXIMUM MAXIMUM MODEl. PRESSURE VEL. (f pm) MODE Y NYC-41 5 in, w.g. 3900 Volume Control NVC-42 10 in. w.g. 5150 Volume Control 13.5 in, w.g. 6400 Low Leakage NVC-38
'NVC-56 to in. w.g. 5150 Round NBD-53 15 in. w.g. 6400 Backdraft NBD-70 3 psi. - Tornado Exhaust NBD-71 3 psi. ,
- Tornado Intake 1.2.1 NVC-41 is a low pressure damper having a single thickness blade and rated for
(', AMCA Class I fan systems. Damper complies- , with ANSI N509, Table 5-3, Class II leakage criteria with seals. 1.2.2 NVC-42 is a medium pressure damper having ' an airfoil blade with blade hem welded to increase rigidity. Damper complies with -.-
- ANSI N509, Table 5-3, Ciams II leakage criteria with seals. It is rated for AMCA Class Il fan systems. !
l 1.2.3 NVC-38 is a low leakage parallel bladed damper having a leakage criteria of 2.0 cfm/ l sq. ft. at 1.0 in. w.g. Each blade operates l in its own compartment. 0-ring stuffing l j boxes are standard at shaft penetrations. 1.2.4 NVC-56 is a single blade round damper pivoted on sleeve bearings. i E l
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DOCUMENT NO. 80270-722 , SECTIDN 1.0 PAGE l '2 {. 1.2.5 NBD-53 is a backdraf t damper having an edge - pivoted airfoil blade rotating on relubricable ball bearings. Linkage and adjustable counter-weights are located outside the airstream. Leakage criteria complies with ANSI N509 Table-5-3, Class II for dampers equipped with elast-
- omer seals. Reactor Containment Backdraft ,
Dampers with mechanically f astened elastomeric blade edge semis and stainless steel jamb seals have leakage criteria 150% of Class II.
/hi 1.2.6 NBD-70 is a tornado damper designed f or exhaust and/or return air applications. Edge pivoted blades are pointaid into the airstream and close upon increased air flow due to negative pressure (tornado) downstream of damper. Constant force springs hold blades in the open position until a start closed differential pressure'of four (4) in. w.g. is reached. Typical closing time is
.25 seconds.
1.2.7 NDD-71 is a tornado damper intended f or intake or supply. air applications. The edge pivoted blades open in the same direction as airflow and close with flow reversal. Blades are held open by their own weight or by light constant (- force springs so as to minimize pressure drop through damper. Typical closing time is .25 seconds under tornado conditions. 1.3 Damper models NVC-41, NVC-42, NVC-38 and NBD-53 were qualified by seismic test under operating conditions. Models NDD-70 and NBD-71 were qualified by a combi- - nation of seismic test and analysis as sizes, flows and pressures prevented testing of total assemblies. Ths Model NYC-56 was qualified by analysis only due to its small size and f unction. i.4 Actuators, limit switches, solenoid valves and filter regulators were environmentally qualified by t'est repor ts. Damper components such as bearings, elastomers and lubricants are being qualified by an AWV environ-mental test. Recommended lubrication and replacement intervals may be revised upon completion of test pro-grna. l l l P.
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' GENERAL INFORMATION F ABRIC ATION INFORMS 40N BLDC.=*(8A CNTY. __f BASE OWC. 8027s- 030-000 W.!NSIDE: A= 3[o !!iT/LST.PNCH W. N4-DATA SHT. 3V289V2 4 64'r-f . NOTES & SPECS. 80270-030-20 # H.IN SID E: B /32-
- B L D.S P C S, X= 2 Y= A D TAC N O. 3V/flVOA OO/ PANEL LAYOUT 00278-030 -0 01 MTC.HLS.: F= 4 S P C.C.C.:
OPENINC SIZE _ /3 2. w. x 36 s. uTC. HOLE: C= N 4- CTR. SeC. z' . F o_ DESIGN INFORM ATION ACTUATOR (SPRING) M T G.H O L E: J= 0. A.WID E:
- AA= 6I DESIGN PRESS.tPSil 3 MNFR. AMETEK (HLINTER) M T C.HL S.: K. M- 0.A.HICH: BB[ 140 DESICH FLOW ISCFM) 4dAco MODEle SH2OR47 MTG.HLS.: N= 4 B T M.JB. EXT
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DESIGN VELOCITY (FPM) /2 / L QUANTITY / PANEL 4 2- MTC.HLS.: 0-AXLE EXT.R= Mc-
- 2. P4 P FF= 64 b PRESS. DROP PER AMCA 589. TOTAL QUANTITY TOP.JB. EXT CC=
, 25~ FORCE (LBS.) . i fo AXLE E X T. S. 4-i Fi c.5.3 flN.W.C.) EA. SPRING C/C HH- T'Z-LEAKAGE e DE61CN PRESS.& 79 LOCATION AS REF. FROM AXLE EX T. T.
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^1 ST~L 674 l BLADE OR!ENTATION NOUloNTMt. AWV USE ONLY TOBE -3~/M /NX/bs X # M' u0uNTING HoDEM TA L- egg, ,gg,,p,ggg 4., (, y_ ggg gwg, go, gozgg _o30 -oog FLOW DIRECTION VERT / CAL / (1p
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TOROUEIPANEL W/0 SPRINGS FABRICATION SECTIONS , g- BACKPRESSURE ' NO. OF SHIP SECTIONS 2. SOI flN. LBS.) ! WEICHT/ SHIP SECTION(LBS.) /olo"5 TIE RODS: Vl'S CLOSE TIME (SEC.) .2S , I T E-S T I N G NORMAL tRAOS13.6 X/o* ADDED ASTERISM
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ABNORMAL (RADS) /.4 X 100 ON 'FF' Dir1. k.@/y/ 4M # A ~ SEls IC kEAC IONS REVISION DATE BY 7 HI (L B S.) M975 H2 ILBS.) 3975 V (LB S.) 698*7 AMERICAN WARMING l M (IN. LBS.) /dC . AND VENTILATING IN C. TORNADO (LBS.) /558/ O C - FOR REFERENCE ONLY. Current Revisions of drawings / NBD-71 TORNADO INTAKE l documents are maintained in DAMPER SCHEDULE 4 MO M /' M CD IO11-bl 250 12 1 / zt nit 1 YN~Y CD oara . emere est sees Unit 2 " R.C .C. '"'"* ."'i ey nroe a. , a n,n B0278-030 c 40l - b
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