ML20024C739
| ML20024C739 | |
| Person / Time | |
|---|---|
| Site: | Three Mile Island, Bellefonte  |
| Issue date: | 01/30/1978 |
| From: | Harris B, Spangler W BABCOCK & WILCOX CO. |
| To: | |
| References | |
| TASK-*, TASK-06, TASK-6, TASK-GB 67-1003781, 67-1003781-00, GPU-0485, GPU-485, N4M-2-69, OS-1101, NUDOCS 8307130197 | |
| Download: ML20024C739 (172) | |
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3WP-20005 (6-76) ~ 5ABCOCX & WILCOX wucau es oe.manon arvoom =uman O - RECORD OF REVISION , 67 10o2781.oo REY. NO. CHANGE SECT /P ARA. DESCRIPTION / CHANGE AUTHORIZATION 00
- Original Issus - Bobby Ha.+.s Nuclear Servi::es PRIPARED BY y (' 8'de S<b'% DATI J//d/77 l
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, TABLE OF CONTENTS / EFFECTIVE PAGE LIST r 67-lus781-00
. S ECTION. TITtt PAGE 000. NO.
PURPOSE y 4 67-1003781-00 e
} 1.0 REACTOR COOLANT SYSTEM 5 67-1003781-00 6 67-1003731-00 l 7 67-1003731-00 8 67-1003781-00 .
9 67-1003781-00 1.1 REACTOR CORE 10 67-1003781-00 11 - 67-1003781-00 1.2 PRESSURIIER 12 67-1003781-00 '
.- 13 67-1003781-00
.g 1.3 ONCE-THROUGi STIAM GENERATOR 14 67-1003731 00
'j 15 67-1003781-00 1
16 67-1003781-00 j 17 67-1003781-00 3 18 67-1003731 00 l 1.4 REACTOR C001. ANT PUMPS 19 67-1003781-00 1 ( 20 67-1003781-00
,j 21 67-1003781-00 i
1.5 REACTOR COOLANT PtDf? !CTORS 22 ~ 67-1003781-00
, 23 67-1003781-00 4 1.6 CCNTROL RCD DRIVE !ECHANISH 24 67-1003781-00 1 23 67-1003781-00
.] 26 67-1003781-00 l
! 2.0 MAKEUP AND PURIFICATION SYSTEM 27 67-1003781-00
.I 28 67-1003781-00 l 2.1 MAKEUP PUMPS 29 . 67-1003781-00 I
30 67-1003781-00 I 31 67-1003781-00 2.2 MAKEUP PUMP ?CTORS 32 67-1003781-00
.; 33 67-1003781-00
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i 9 Q- XC4c874 DATE: 1-30-78 rAcg 3
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3WP-20006 (6-76) BA8 COCK & WILCOX w .a n mucais mwsa camenanoa orvoo= U TABLE OF CONTENTS / EFFECTIVE PAGE llST i 67-1003781-00 - TITtt SECTION PAGE 00C. NO. 2.3 . COOLERS 34 67-1003781-00
- 2.3.1 LETDOWN CCOLERS 34 67-1003781-00 .
35 67-1003781-00 2.3.2 SEAL RETURN COOLERS. 36 67-1003781-00
- 2.4 MAXEUP TANK 37 67-1003781-00
!- 2.5 PILTERS 34 67-1003781-00 2.5.1 PURIFICATION FILTER 38 67-1003781-00
, 2.5.2 PURIFICATION DEMINERALI2ER PREFILTER 39 67-1003781-00 j 2.5.3 SEAL INJECTION FILTERS 40 67-1003781-00
) 2.6 PURIFICATION DEMINERALI2ERS 41 67-1003781-00 1
42 67-1003781-00 l t
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3.0 DECAY MEAT RENOVAL SYSTEM 43 67-1003781-00 44 67-1003781-00
, 3.1 DECAY HEAT RENOVAL PLHPS .45 67-1003781-00 ,, 3.2 DECAY HEAT REMOVAL PLHP MOTORS 46 67-1003781-00 ; 47 67-1003781-00 3.3 DECAY HEAT RENOVAL COOLERS , 48 67-1003731-00 3
8 4.0 CHE4ICAL ADDITION AND 3CRON RECOVERY 49 67-1003781-00 4, . 4.1 PUMPS AND N0 TORS 50 67-1003781-00 ' 1 4.1.1 DISTILLATE TEST TANK PUMP AND MOTOR 50 67-1003781-00 l l 4.1.2 REACTOR COOLANT BLEED TRANSFER j PUMP AND NOTOR 51 67-1003781-00 e .f 4.1.3 REA0 TOR COOIANT DISTILLA72 1 TRANSPER PUMP AND MOTOR 52 67-1003781-00 i l 1 Cr xc4 cars DATE: 1 30-78 , PA0E 3 -1 ,
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3WNP-20006 (6-76) BA8C.OCK ILCOX au -ea& W..ua wso., . w m{ TABLE OF CONTENTS / EFFECTIVE PAGE llST i 67-1003781-00 A SECTION TITLE PAGE 00C. NO. 4 4 .1.*4 CAUSTIC PIMP AND MOTCR 53 67-1003781-00 4.1.5 HYDRA:INE PUMP AND MOTOR 54 67-1003781-00 4.1.6 LITHIt.31 HYDROXIDE PLHP p AND MOTOR 55 67-1003781-00 4.1.7 BORIC ACID PLNP AND NOTOR 56 67-1003781-00 i .
, 4.2 TANKS 57 67-1003781-00
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'3 4.2.1 CAUSTIC MIX TANK AND AGITATOR 57 67-1003781-00 4.*.2 LITHIU!! HYDROXIDE MIX
[, TMK AND AGITATOR 53 67-1003781-00 4.2.3 SuRIC ACID MIX TANK AND lf AGITATOR 59 67-1003781-00 4.2.4 30RIC ACID ADDITION TANK 60 67-1003781-00 0- 4.2.5 CONCENTRATED 30RIC ACID [ STORACE TANK 61 67-1003781-00 4 I 4.2.6 EVAPORATCR DISTILLATE TEST
.j 67-1003781-00 TANK 62
}1 j 4.3 DEMINERALI ERS 63 67-1003781-00 f 4.3.1 EVAPORATOR DISTILLATE l DEMINERALIIERS 63 67-1003781-00 4.3.2 REACTOR COOLANT BLEED
'j EVAPORATOR DEMINERALI:ER 64 67-1003781-00 4.3.3 DE30 RATING DE!!INERALI:ER 65 67-1003781-00 4.4 BORIC ACID FILTER 66 67-1003781-00 4
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- TABLE OF CONTENTS / EFFECTIVE PAGE LIST I '57-1003781-00
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h.. SECTien TITLE PAGE OO C. ' MO. [ .
' 4.5 REACTOR COOLANT 3'.EED EVAPORATOR 67 67-10C3781-00 f 5.0 CORE FLOODING SYSTEM 68 67-1003781-00 4
S.1 CORE FLOODING TANKS 69 67-1003731-00
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; 6.0 REACTOR BUILDING SPRAY SYSTEM - 70 67-1003781-00
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6.1 REACTUR BUILDING SPRAY PUMPS 71 67-1003781-0C e
+ 6. REAC*CR SUILDING SPRAY PLNP l MOTORS . 72 67-1003781-00
. l 6.3 SODIUM HYDROXIOE STCRAGE TANK 73 67-1003781-00 7.0 REACTOR SUILDING COOLING SYSTEM 74 67-1003781-00 8.0 SPENT FUEL COOLING SYSTEM 75 67-1003731 00 8.1 SPENT FUEL COOLING Pt# FPS 76 67-1003781-00
.7 8.2 SPENT FUEL COOLING PLNP
[' MOTOR 77 67-1003781-00 a_ 8.3 BORATED WATER RECIRCULATION 3 PUMP AND MJTOR 78 67-1003781-00
. 8.4 SP"NT _ FUEL SKIMMER PLNP AND 4 .W70R 79 67-1003781-00
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? 8.5 SPENT FUEL C0012R 80 67-1003781-00 i.
8.6 FILTERS AND STRAINERS 81 67-1003781-00 .
]d 8.6.1 SPENT FUEL COOLANT FILTER 81 67-1003731-00 u 8.6.2 ' SPENT FUEL PUMP SUCTION
-} STRAINER 8* 67-1003731-00 8.6.3 SPENT FUEL PCOL SKIMER STRAINER 83 67-1003781-00 l 8.6.4 SPENT FUEL POOL SKIMtER I3 FILTERS 84 67-1003781-00 i '
l . 8.7 SPENT FUEL DE!!INERALI:ZRS SS 67-1003781-00 1-30-78 OATE: XC4($'7'/ PAGE 3-3 - a
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BABCOCK & WILCOX , nuana mwen onneannon oneen 67-1003731-00
._ TABLE OF CONTENTS / EFFECTIVE PAGEllST Tl?tt PAGE DOC. No.
? SECTION
' 1 9'. 0 FUEL HANDLING EQUIPMENT 86 67-1003781-00 9.1 FUEL HANDLING BRIDES 86 67-1003731 00 i' 87 67-1003781-00
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v 9.2 FUEL HANDLING TV SYSTEM 88 67-1003751-00
'q 89 67-1003781-00 10.0 COMPONENT COOLING WATER SYSTEM 90 67-1003781-00 10.1 COMPONENT COOLING WATER PUMPS 91 67-1003781-00
% 10.2 COMPONENT COOLING WATER PUMP l MOTORS 92 67-1003781 00 j 10.3 CONTROL RCD DRIVE COOLING
'e, WATER PUMPS 93 67-1003781-00 s
l 10.4 CONTROL RCD DRIVE COOLING 4 WATER PUNP MOTORS 94 67-1003781-00
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! 10.5 CCHPCNENT C00 LING WATER 95 67-1003731 00 1 COOLERS
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; 10.6 CONTROL ROD DRIVE. COOLING .
WATER COOLERS 96 67-1003731 00
.i 10.7 COMPONENT COOLING WATER SURGE TANK 97 67-1003781-00
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10.8 CONTROL RCD DRIVE COOLING WATER SURGE TANK 98 67-1003781-00
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l l 10.9 COMPONENT COOLING WATER FILTER 99 67-1003731-00 100 67-1003731-00 11.0 STEAM CENERATOR CIRCULATICN SYSTEM 11.1 STEAN GENERATOR CIRCULATION
- SYSTEM PUMPS 101 67-1003781-00 t
, 11.2 STEAM GENERATOR CIRCULATICN SYSTEM FCTCRS 102 . 67-1003781-00
! 11.3 STEAM GENERATOR CIRCUI.ATICN SYSTEM SURGE TANK 103 67-1003781-00 J
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; DATE: 1 30 78 Ebd(878 PAGE 3 -4 I i 1
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I i 3ENF-20006 (6-76) BASCOCK & WILCOX m en O,, muct:4a mwm om.enanon omsom . 67-1003781-00 v TABLE OF CONTENTS / EFFECTIVE PAGE LIST TITtt PAGE B00. No. SECT 1011 12*.0 WASTE DISPOSAL SYSTEM 104 67-1003781-00 12.1 PUMPS AND DRIVES 10S 67-1003781-00 12.1.1 COMPCNENT DRAIN PUMP AND _ DRIVE 10S 67-1003731-00 12.1.2 SPINT RESIN TRANSPER PUMP AND DRIVE. 106 67-1003781-00 12.1.3 SPENT RESIN LIQUID SLUICING PUMP AND DRIVE 107 67-1003781-00 i i 12.1.4 CHEMICAL DRAIN TANK PUMP 67-1003781-00
~l AND DRIVE 108 s ?
12.1.5 LAUNDRY AND HOT SHOWER DRAIN TANK PUMP AND DRIVE 109 6".1003781-00
! 12.1.6 SPARE WASTE TRANSFER PUMP AND DRIVE 110 67-1003781-00 1
i h%) - i 12.1.7 WASTE EVAPORATOR FEED PUMP AND DRIVE 111 67-1003731-00
} 12.1.8 WASTE EVAPORATOR DISTILLATE 67-1003731-00 TRANSFER PUMP AND DRIVE 112 ,
j 12.1.9 NON-TRITIATED WASTE TRANSFER 67-1003781-00 Pl.NP MD DRIVE 113
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12.1.10 TRITIATED WASTE TRANSFER PUMP 67-1003781-00 AND DRIVE 114 3 12.1.11 TRITIATED AUXILIARY BUILDING 67-1003781-00 SUMP TANK PUNP AND DRIVE 115 12.1.12 NCN-TRITIATED AUXILIARY SUILDING SUMP TANK Pt2fP AND DRIVE 116 67-1003731-00 117 67-1003781-00 12.2 TANKS 117 67-1003781-00 12.2.1 RC DRAIN TANK 67-1003781-00 118 t i -
' ,' XG4CS79 P AGE 3-3 DATE: 1-30-78 ,
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- V
- SECTION TITtt _
PAGE 000. NO. j 12.2.2 TRITIATED AUXILIARY SUILDING SUMP TMK 119 67-1003781-00 f
- 12.2.3 NON-TRITIATED AUXILIARY SUILDING SLNP TANK 120 67-1003781-00 n .
12.2.4 NON-TRITIATED WAS13 HOLDUP TANK -121 67-1003781-00
. 12.2.3 TRITIATED WASTE HOLDUP TANK ~ 122 67-1003781-00 i
12.2. 6 SPENT RESIN STORACE TMK 123 67-1003781-00 12.2. 7 CHEMICAL DRAIN TMK 124 67-1003781-00 4 12.2.8 LAUNDRY AND HOT SHOWER DRAIN TMK 125 67-1003781-00
, s 12.2.9 WASTE GAS DECAY TMKS 12 6 67-1003781-00 f .. 12.2.10 WASTE EVAPORATOR DISTILLATE TEST TMK 12 7 67-1003781-00 i
12.2.11 WASTE IVAPORATOR FEED TANK 128 67-1003781-00 j
- l' 12.3 REACTOR CCOLANT DRAIN TMK
- l' 4
COOLER 129 67-1003781-00 i i 12.4 WASTE EVAPORATOR DISTILLATE TEST 67-1003781-00 TANK DEM DERALI2ER 130 i }' 67-1003781-00 12.5 FILTERS 131
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! 12.3.1 PLANT DISCHARGE FILTER 131 - 67-1003781-00
, i f 12.3.2 WASTE GAS FILTER 132 67-1003781-00 l
. 12.6 WASTE CAS COMPRESSOR 133 67-1003781-00 134 67-1003781 00
=i 135 67-1003781-00 j 12.7 WASTE EVAPORATOR
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^
SECTION TITLE PAGE 00C. NO. 13.0 . CONTROL RCD ORIVE CONTROL SYSTEM 136 67-1003781-00 13.1 TRANSFORMER 137 67-1003781-00 13.2 M01tR-GENERATOR SET 138 67-1003781-00 14.0 CONTROL AND INSTRLNENTATION ACCESSORIES 139 67-1003731-00 14.1 BORON CONCINTRATICN ANALYZER 139 67-1003781-00 140 67-1003781-00 14.2 CAS ANALY!ER SYSTEM 141 67-1003781-00 , 14.3 FAILED FUEL DETECTION EQUIPME.TV 142 67-1003781-00
, 143 67-1003781-00 j , 144 67-1003781-00 15.0 INCORE MONITORING SYSTEM 145, 67-1003781 00 1
146 67-1003781-00 3 16.0 RCS/SS RELIEF SYSTEM 147 67-1003781-00 I 16.1 MAIN STEAM SAFETY VALVES 147 67-100'3781-00 t
; 16.2 PRESSURI ER SAFETY VALVES 148 67-1003781-00 i ; 16.3 ELECTRICALLY AC7UATED RELIEF
- j VALVES 149 67-1003781-00 17.0 ELECTRIC MOTOR OPERATED VALVES 150 67-1003781-00
]i i ' Figure 1.0-05.1 l' Minissa NPSH/ seal staging Limit j of RC Pressure Vs. Temperature with i and Without Core for 0/1, 1/0, 1/1, i 0/2, and 1/2 Pump Combinations 151 67-1003781-00 i i Figure 1.0-03.2 i Miniman NPSM/ Seal Staging Limit of i RC Pressure Vs. Temperature With
' and without Core for 2/0", 2/1, 2/2 Pump i Combinations. 132 - 67-1003781-00 i
j Figure 1.0-06.1
- 1 Allowable deviation in T*** for
! [y Power Up to 15% 153 67-1003781-00 J
CA7E: 13078 "" ' -7 XO40881 I J
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& muCgAs Powft G4MOSAT10N Orv@ON g U TABLE OF CONTENTS / EFFECTIVE PAGE LIST i 47-Icc3 m -c0
. SECTION TITLE PAGE 000. NO.
.; Figure 1.0-06.2
, Allowable RC Tamperature Deviation Vs. Power with One RC Pump in ,
Each Loop Running 154 67-1003781-00 Figure 1.0-06.3 Allowable RC Temperature Deviation .
- , Vs. Power with Three RC Pumps '
,7 Running 155 67-1003781-00 Figurs 1.0-06.4 Allowable RC Temperature Deviation Vs. Power with'Four RC Pumps Running 136 67-1003781-00 Figure 1.0-06.5 fl- i Steam Generator Outlet Pressure Deviation Vs. Power 157 67-1003781-00 l Figure 1.0-06.6 i Steam Temperature vs. Power 153 67-1003781-00 Figure 1.0-06.7 1 OTSG Startup Delta-P Reading i Versus Power 159 67-1003781-00 Figure 1.0-06.8
! OTSG Full Range Delta-P Reading Versus Power 160 67-1003781-00
, Figure 1.0-06.9
- Total Feedwater Flow Vs. Power 161 67-1003781-00
.i Figure '1.0-06.10 e : Feedwater Temperature Vs. Power 162 67-1003781-00' Figure 1.015.1 l
' ) Miniana and Maxiana RC Pressure Curing i Simultaneous Operation of RC P'.mips
, and the Decay Hea: Removal System for
; 2/0, 2/1, and 2/2 Pump Combinations 163 67-1003781-00
; Figure 1. 0-15. *
- Minim = and Maxirn=n RC Pressure i During Simultaneous Operation of
, ! RC Pumns and the Decay liest Removal l s ,.$ystem for 0/1, 1/0, 1/1, 0/2, and j
- 1/* Pump Combinations 164- 67-1003781-00 I
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11 3WNP-20006 (6-76) B A8CO _ o CK.&..WI_LCO.X .o wumus I
. b- TABLE OF CONTENTS / EFFECTIVE PAGE LIST i 67-1003:s1 00
$lCTigli TITLE PAGE 000. NO.
i Figu e 1.0 16.1 Min 4== Reactor Coolant Pressure Vs. Temperature to Prevent Boiling at top of 38" Pipe 165 67-1003781-00 Figure 1.2-02.1 _
, PressQriter Level at Power 166 67-1003781-00 Figure 1.3-05.1 Method to Calculate IICTSG Average Shell Temperature 167 67-1003781-00 Figure 1.6-11.1 Mini == Allowable RC Pressure vs. RC Temperature for Tripping or Operating Control Rod Drives 168 67-1003781-00 e
2 Figure 3.0-01.1 Maximum Allowable RC Pressure
. Vs. DH System Inlet Temperat=e i with No RC Pumps Running 169 i O-.
21 Figure 3.0 02.1 i Calculated Reactor Coolant Water Level Required to \ void Vortex 3 Formation in DH Suction Nottle l'O 67-1003781-00 I
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- PAGE 3-9
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. BASCCCX & WILCCX . es 1 m owen camenarca omsom 67-1003781-00 1
_ - TECHNICAL. DOCUMENT v, PURPCSE
,- The purpose of this document is to lis: limits, precautions, and design
-; information relevent to the safe and reliable operation of ecuipmen:
( supplied by the Babcock and Wilcox Company. It is intended to list only those limits and precautions which are r.ot contained in other readily 1 available documents or which operational experience has shown need to be emphasi:ed through this document. Therefore, information presented here - is not in itself complete, but must be used in conjunction with the
' following: , . 1. Plan: technical specifications.
O. .4PGD Water Chemistr
- Manual, 3AW 1407 or Guide Specification 2050
'.' as applicable.
- 3. Equipment instruction manuals.
2 4 Operating specifications. The numerical limits provided in this document 00 NOT include allowance for ', i ins: .=ient error, unless specified otherwise. Should there be discrepancies j' between this document and other documents, the most li=iting condition applies except where specified by contract.
,1
.i Some pertinent design data has been included. It should be noted that the
*I -. "as-buil:" values may deviate slightly from the derign value provided herein.
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.- ,cana een oansunon oms.on TECHNICAL DOCUMENT 67-1003781-00 1.0 REACTOR COOLANT SYSTEM Design Conditions A. Pressure 2500 psig S. Temperature 670F (except RC pump) ,
AC pump 650F C. Heatup and cooldown rate 30 F/hr. Normal (Rated) Querating Ccnditiens L A. Power NSS 3600 *t Core 3630 W t Net RC Pump 20 *t
-j 3. Pressure (pressurizer sens:.ng tap) 195 psig I ! C. Temperature ! Reactor vessel (RV) inlet 574F j (?i Reactor average 601F bl. RV outlet 623F t Once-Through Steam Generator (CTSC) j outlet (reactor coolant pump (RCP) ,
t inlet) 573F I D. Flow
.{ RCP 108,500 2pm Reactor (four RCP's operating) 434,000 gym j
- 137.4 x 106 lb/hr E. Reactor Coolant System (RCS) Inventory 2
(Pressurizar at normal eserati=g level 12,774 cu/ft i 70F
! of 195 inches) 12,931 cu/ft 1 650F
- Limits and Precautions 1.0-01 Refer to plant technical specifications for ,
. heatup, cocidewn, and pressure limitations.
t
; 1.0-02 Refer to plant technical specifications for ; allowable RCS activity, some chemistry ; limits, and minimum component operational 4 . requirements . -
1 C',Y XD4 CSS 5 3 DATE: 1 30-78 PAGE 5 .
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[ - 3WP-20007 (6-76) 5 E . 8ABCOCX & WILCOX .a muciapoweecansacaoms== . . 1 v . TECHNICAL DOCUMENT I c. , n n m ..,e 1.0-03 The maximum allowable differential 360F
. temperature between the pressurizer
( (PR R) and the RCS hot leg (7 3
) is l F.
1 t 1.0-04 The ==rimum allowable differential tem- 360F perature between the PR3 and the RCS
]? cold leg (T,) is F. .
?
NOTE: To avoid surge line surges with 250F'
? -
high temperature differentials do not actuate the PR3 spray valve i during hestup, except to avoid exceeding plan: technical speci-
. fications pressure / tempers = e
. limits, until the PR3 to RCS hot
-] leg temperature differential is s F.
1.0-05 RC pressure ::ust be maintained above tha: See
- required for RC pump not positive suction Figures 1.0-05.1
; head (NPSH). and 1.0-05.2
, 1.0-06 For limits on T-ave., 7-hot, T-cold, steam See generator (SG) outlet pressure, steam Figures 1.0-06.1 temperature, OT3G startup range del:a P to 1.0-06.10
.i (pseudo level), CTSG cperating range delta P (pseudo level), Feedwater (FW) flow, and FW temperature refer to the attached figures.
1.0 07 When proceeding with a normal RCS c oldown 1895 psig l cepressuri:s: ion, bypass the high and low 1600 psig ! pressure Engineered Safety Features Actus-l tion System (ESFAS) channels below a RC pressure of psig, but above psig. 1.0-08 The temperature differential between RCS 57 1 cold legs during steady state operation shall not exceed F from 30-100 percent -
.' rated power.
- -l j 1.0-09 The RCS shall be vented under the following
, circums tances:
(,%
.)
DATE: 1-30-78 X.0408Se nas 6 t 9
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,.woua aowee osmaanon omsao=
TECHNICAL DOCUMENT . I 67-10037si-00 1.0-09.1 Following a complete fill or refill from a partially filled condition of the RCS. 1.0-09.2 Following an off-scale (1ww) indication of PR:R level. 1.0-09.3 If the RCS has been below the mini: mon See NPGD pressure required to keep dissolved Water Chemistry- -
~
gases in solution. Manual, 3AW 1407 1.0-09.4 Following a loss of pressure indication
! during which it cannot be shown that 09.3 above has not been violated.
1.0-09.5 Following draining and refill of core flood lines and/or loss of level in either Core Flood Tank (CFT). 1.0-00.0 Following draining and filling of any
, piping system connected to the reactor which has unvented high points communi-f cating with the RCS.
i 1 l I Q ' 1.0-09.7 Following loss of 1svel in the MU tank unless valved off during drain and refill. ! 8 1.0-10 The CRD's sliculd not be vented unless 300 psig the RCS pressure is less than psig, 200F the RCS temperature is less than F. 1.0-11 Refer to the NPGD Water Chemist:y Manual, BAW-1407, for RCS :stal gas j limitations. 1.0 12 If the RC temperature is grea:e than 303F F and RCF's are inoperable, a i natural circulation cooldown :sust be started to prevent cold
- water accumulation in low points in the system and to provide
] core Decay liest Removal (DiR).
I 1.0-13 For the period of Hot Functional Testing 305F l (HFT) and zero power physics testing the 1 Hour RC temperature may be greate: than 6.3 gym /pt.- p F with no pumps operable !c a l msnmum of hour for the purpose l IO X.040887 DATS: 1-30-73 PAGS 7 , ! I t r . .s... l _ _ _ _ ___... _ , , _ ____.____
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; TECHNICAL DOCUMENT i 67-1003781-00 l
', of conducting tests or operations which may be necessary under these i -
conditions. During this period, the c, seal injec: ion to the RCP's should be 3 reduced to a minima flow of gym j per pump. 9 NC'"E: When the RCS temperature is above 305F , 1 F and there is no RC flow, 1.5-3,0 gym accumulation of injection water at
; the point of injection and lower
; elevations must be prevented by R reducing RCP's seal inj ection to the minimum value and stopping W except for the minimum bypass flew of gpa.
7 1.0 14 If for any rerJon the RCS is stagnant 1 Hour for greater than hour then natural 100F
!l circulation mus: 'oe started or a T.C? 30 gym j must be started. Circulation shall be 1000 gal.
.g centinued until it can be ascertained
,a ,
that complete loop mixing has occurred, j i. e. , Tg and Te have become uniform or decreasing and a delta T across the OTSG I of F is not exceeded. During this
] $
one nour of stagnant conditions if it should be desirable to add .W water to the
.d. RCS it should not be added at grea e: than
,] gym and not exceed a total of J gallons during the one hour time perzoc.
1 This 1000 galicas does not include the water being added by the minimum .W flow and RCP seals. After RCS flow is re-established, }U flow rate can be established as required by plant conditions. 1.0-15 !!ar4== and =4 M-= allowable RC pressures See Figures 1.0-15.1 during simitaneous operation of RCP's and 1.0 15.2 and the CII system are shown in Figures 1.0 16 Itaintain the RCS above the sinimum See Figure 1.0-16.1
- ) -
pressure shown in Figure to
.I prevent the formation of a steam bubble
, at the highest point of the 38 inch ,
RC piping.
~ .
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- DATE: 1-30-78 PACE 8 0,
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BAACOCX & WILCOX i***** uucua en cameAnom omsaow l TECHNICAL. DOCUMENT l 67-10037:1-00 1.0-17 The maximum allowable temperature dif- 150F forential nozzle in,between the top ofthe thenitrogen 38 inchinjection pipe
, bend and the injection nitrogen is 1 F. .
1.0-18 The minimum allowable .-dtrogen -temperature 100F ~ for injection into the RCS piping is F. n
.1 9
I CL . 1 l 1 . 4 1
.~
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3WP-20007 (6-75) k 8ABCCCX & WILCCX . wucsaa powen etMeADOM oNIStoM 0 ~ TECHNICAL DOCUMENT , 67-1co3 81 00 1.1 REACTOR CORE (Babcocx anc Wilcox)
- Design conditions a
A. Rated core power (licensed power) 3600 IWt 5 3. Core exit pressure (four RCP's) 2235 psig . (not measured with instrumentation) Limits and Precautions 1.1-01 Refer to plant technical specifica icns for core safety limits and power
.! distribution limits.
1.1-02 A neutron count rate of a: least 2 eps
' i. cys should register en the star-.:p j rate channels before startup begins.
4 I 1.1-03 The normal startup rate is to be 1 dpa j dpa or less. The prompt change 1.5 dpm
.j asso'ciated with this rate should be
* - less than dps.
l 1.1 04 The Group I control rod assemblies l shall be fully withdrawn, to provide
; a safety margin of inser:able negative j reactivity, prior to any addition of i positive reactivity.
NOTE: Exception to thi:. precaution may be taken if the RCS has been l borated to the cold 1% shutdown boron concentration or the hot 1% shutdown baron concentration, wl.ichever is applicable to the operational mode. 1 i
.2 r
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' DATE: 1-30 73 1.040890 PAGE 10 i "
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TECHNICAL DOCUMENT 1.1 05 All suberitical soluble boren changes 30 ppab in the RCS will be verified by chemical analysis every predicted ppab dilution. 1.1-06 Reactor power shall not exceed 1 percent percent of rated power until normal operating temperature is established. , NOTE: Normal operating tempernttare Figure 1.0-06.1 is shown in Figures . to 1.0-06.4 1.1-07 Axial Power Shaping Rods (APSR's) shall not be used for any purpose other than axial power control. i it 4
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.g; 3WNP-20C07 (6-75) 5[ BAS auna.COCX & WILCCX s nown oansAnow orvoon uu TECHNICAL DOCUMENT 57-1003781-00 1.2 .PR255URIbE.4 (Babcocx anc ulcox)
Design Conditions A. Pressure 2500 psig B. Temperature 670F . C. Total internal volume 2250 ,3g +6% cu-h. D. Continuous spray recirculation 1.5-3.0 gym flow rs:s E. Heatup/cooldown rate 50 F/hr. A F. Spray flow rate (when actuated, 275 gym four RCP's running) G. Installed heater capacity 1742.4 kW
) H. Volume per inch 5.3 cu-ft/ inch Normal Coersting conditions A. Pressure 2195 psig B. Temperature 650F.
C. Water volume 1100 cu-ft. 1 D. Steam volt. ne 1184 cu-ft.
- 3. Top of hester bundle 88 in.
I Limits and Precautions
?
i 1.2-01 The PRIR level should not exceed 220 inches
! inches in the power range of 15-100 percen:
-! percent or inches in the 230 inches
; power range of percent. 0-15 percent
~
I i 1,2-02 Refer to Figure for mini:num See
.) indicated PRIR level during power Figure 1.2-02.1 i operations, c !
-t 4 ., .
I /N Q.1-l DATE: 1 30-78 X,04Q$g2 PAGE 12 L s ___. __ _ . _ . _
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_ TECHNICAL. DOCUMENT 67-100s7al-00 1,2-03 Refer to plant technical specifications for allowable heatup/cooldown rates and spray water temperature differential limits. 1.2-04 The PR:R shall not be filled with wate 400 inches i to indicated solid water conditions ( in.) at any time except as -
. requi:ed to conduct hydrostatic testing.
1.2-05 If when venting the PRZR the pressure 30 psig i is > psig, it must be vented to the water space of the RC drain tank. 1.2-06 Do not actuate the spesy velve during- 250F i
' plant heatup unless the delta T between the PR:R and the RCS is s F except j
v as required for plant safety. 1 1,2-07 The maximus allowable temperature differen- 1:57 1 tial between the nitrogen injection no::le
. i. and the injection nitrogen is F.
l f~. i 1,2-08 1 b# ".f The minimum allcwsble nitrogen to .perature 100F t for injection into the PR:R is F.
.II i
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- PAGE 13 l
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TECHNICAL DOCUMENT 67-10037s1-00
- t.
. .. 1.3 ONCE.THRCUGH ST?.A!! GENERATOR
- . (Ba > cock anc ev11cox) 1 .
Design Conditiens t A. Pressure (Primary side) 2500 psig
',. (Secondary side) 1:35 psig
~
J. 3. Temperature (Primary side) 670F i (Secondary side) 630F b " C. Voltane (Primary . aide) 70/650F 2068/2095 cu-ft
, (Secondary side) 70/650F 3445/3490 cu-ft
~
D. Secondary side volume per foot 45.73 cu-ft/ft i
, of height (within the shroud)
- Normal (Rated) Cuerating Canditiens A. NSS power 3620 left
. 3. Pressure (Primary side) j SG inlet 2171 psig -
(Q SG outlet 2162 psig
-} C. Pressure (Secondary side)
'! SG inlet PW 1110 psia l SG outlet steam 1060 psia 1
-j D. Temperature (Primary side) j SG inlet 628F g SG outlet 573F
' E. Temperature (Secondary side)
SG inlet PW 488F SG outlet steam 602F
.' Steam superheat SCF F. Flow i 6 Primary side 78.7x10 6 lb/hr
!. Secondary side 8.05x10 lb/hr I
j 1
.I 1
1 1 DATE: 1-30-73 , XO40894 PAO 14
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.i -3A3CC C%.& WILC.O:
o n em o. ., O' m TECHNICAL DOCUMENT I 67-1003781 00
.t Limits and Precautions i-1."3-01 Refe: to plant technical specifica:icas for heatup, cooldown, and pressure limitations.
1.3-02 The maxima allowable secondary pressure 273 psig ~ when the OTSG secondary temperature is 40F ~ below RTNDT +400F is for the CTSG is % psig. ed on all RTNDT parts of the CTSG.
}
1.3-03 The secondary side expected operating See pressure differential (level) in inches Figure 1.0-06.7 of standard water vs power level on the e startup range inst:tmentation is shown
]1 on Figure .
4 1.3-04 The CTSG shall be considered dry when 10 ine.hes ll startup range level indication decreases
.] to ir.ches or less.
Nm: T us c=n m ien m ssere 1 il,j , - . Q- tien of a through the auxiliary no::les until minimum . level is 1 established, at which time normal l .' W flow through the main N no::!ss
-l may be restored. The main W no:-
- les may not be used when the OTSG is in the dry condition as this may cause thermal shocking of the lower tubesheet.
l 1.3-03 The sverage OTSG shell temperature See should be determined from the method Figure 1.3-03.1 l described on Figure . t ! . 1.3-06 The OTSG tube temperature should be dets: mined from the following appro-l ; ;;iste condition: 4 a 1 - l a 1
=;
GT* XD40SS5 t e .- l I DATE: b30-78 " PAGE I .I.
- . . _ _ _ _ _ _ __- .____..= ___. .; _ ; -- -
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, BABCOCX & WILCCX -
muasu newenonwaunoa orveen f]
' '7- 378 -
TECHNICAL. DOCUMENT 1.3-06.1 tihen the SC circulation system is in operation with the OTSG filled with water,
. the tube temperature is approximately c,
equal to the RC cold leg temperature. 1.5-06.2 tihen an OTSG 1evel indicatica exis.s,
, the tube temperature is approxi=ately equal to Tsat of the secondary side operating pressure.
1.3 07 When blowing down an CTSG secondary 10F side, the temperature difference i . between its primary side hot and cold legs should not exceed F.
)
1.3-03 An OTSG secondary side should not 200F he blown down to a dry condition when its average shall temperature is above
.; F.
! 1.3-09 All fill water shall be in accordance with BAN 1407 Water Chemistry Manual.
^ 1.3-10 The following limits apply for filling
., U the OTSG primary side.
1.3-10.1 The primary side may be filled with 50F water between and F if the 140F 1 secondary side temperature u also ll within this range.
.3 NOTE: If he secondary side of the 60F CTSG is dry, the ~^=
l ! temperature difference between
] the shell and the fill water
-i should not exceed F.
1.3 10.2 Both primary and secondary side o psig h pressures are psig.
'i j 1.3-10.3 The ==wh m fill rate is gpm. 100 gym I 1.5-11
) The following limits apply for filling the OTSG secondary side.
- j .
1 j s (
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DATE: 1-30-78 . XO40896 PAGE 16 1 ~
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. TECHNICAL DOCUMENT l 67-10037st-00 1.3-11.1 For primary side temperatures no 200F
. greater than F, the OTSG may be 50F filled with FW o' etween and 225F
, F through the main or auxiliary 60F N Yo":les when the primary and .
secondary side temperatures are within F of each other. . 1.3-11.2 The primary side pressure may be 0 psig between and psig. A small 485 psig positive pressure snould be maintained on the secondary side during the filling operation. 1.3-11.3 The maxi =um fill rate is gym. 500 gym
.1 1.3 12 Above F RC cold leg temperature,- 2007 the aux:11.ary FW no::les must be used for filling the OTSG from a dry condition.
l l t l' 1.3 13 During plant heatup and cocidown, the 50F
.i .
075G tube to shell temperature difference 1607 l ] A shall not exceed F with the tubes q V, ,, hot.ar or shall not exceed F with ,
'l 1 the tubes colder.
! 1.3 14 The ministaa to--ature of the FW to be 50F l fed to the til G during plant heatup is 50F
! F. As neatup continues the tube 440F I U temperature difference should not 549F exceed F until the RC temperature 390F reaches F. For the remainder of
'l the heatup as the RC temperature con-i tinues to increase to its finsi value of F, the FW temperature should be ma2ntained 2 F.
, 1.3-15 During plant cocidown', a minimum FW 390F l
.t temperature of F should be 440F l maintained until sne tube tempera =re 907
- t decreases to F. For the remainder 50F' I
of the cooldown :ne ::be to FW temperature l difference should not exceed F. At
- l the end of the cooldown the manamum FW l
, 1, temperature should be a F.
.1 1
L' 1 XO40897 i DATE: 1-30-78 FAGE 17 , l 1
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. TECHNICAL DOCUMENT l 67-1003 81-00 1.3-11.1 For primary side temperstcos no 200F
, greater than F, the OTSG may be 50F
?
**11ed with FW oetween and 2257 F through the main or auxiliary 60F
$ W:tles when the pri: nary and E
secondary side temperatures are within F of each other. j 1.3-11.2 The primary side pressure may be
-l b o psig l
- between and psig. A smal2 485 ps'g positive pressure saould be maintained i an the secondary side during the filling operation.
1.3-11.3 The =v4-n= fill ra:e is gym. 500 g;m j 1.3 12 Above F RC cold leg temperature, 200F the aux.11ary FW nos:les must ha used j for filling the OTSG from a dry condition. 1.3 13 During plant heatup and cocidown, the 507 OT5G tube to shall temporarse difference 160F A shall not exceed F with the tubes
-/ LI hostar or shall not exceed F with
'} the tubes colder.
l i 1.3-14 The minimum taperarce of the FW to be _' 50F ,
' fed to the ci3G during plant heatup is SOF
'I F. As hcatup continues the tube 440F
. U temperature difference should not 349F i exceed F until the RC temporaras 390F reaches F. For the remainder of the heatup as the RC temperature con-
' tinues to increase to its final yalue of F, the FW temporar.:re should be maintained f F.
4 1,3-15 During plant cooldown, a mi:0.mun FW [ 390F temperature of F should he 440F maintained until tse tube temperature 90F decreases to F. For the remainder 30F d of the cocidown tse tube to FW temporar.:re { difference should not exceed
.; F. At the and of the cooldown the a:,:naum FW y c.mp.rsture should de . F.
,I DATI:
1-30-78 XO40898
,g PAGE 17 i
A .
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; BABCOCX & WILCOX ""
g; esosas ma oe.manon omssos. j TECHNICAL DOCUMENT I 67-1003 81-oO i
- I l
1.3-16 When cooling down the RC3 under other 100F than normal conditions (normal - two CTSG's operating), the idle CTSG average shell to tube toeperature difference
~
- should not exceed F.
1.3-17 The mini:mza allowable main FW temperaturs 390F *
- for power range operation is F. )
1.3-18 The subsequent wet layup after cooldown, 160F l the OTSG shell to FW temperature difference '
. should not exceed F. . 1.3 19 Draining of the OTSG from wet layup should be accomplished using a nitrogen blanket.
1,3-20 The tssperature of the nitrogen admitted 50F to the OTSG during drain down shall j not be less than the temperature of
. the uppemost shell temperature themo-couple minus F.
- } 1, 3- 21 The minimum allowable FW temperature 40F
.l l k for the auxiliary feed no:-les is F. ,
1.3-22 The auxiliary FW system should only be used for the following: 1 4 1.3-22.1 To promote natural circulation of RC through
;} the RV and the OTSG on loss of RCF's.
2, j 1,3-22.2 To serve as an emergency fill system in j the event the OTSG loses nomal FW and the OTSG becomes dry when hot. j. I f 1
-l i
1 l l
. XO4CSSS i O j .
PAGE 18 d DATE: 1 78 , i
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TECHNICAL DOCUMENT i 67-1005:si 00 E
~;
1.4 REACTOR C00LA,Y7 PtftPS (Bingnam) 1
; Desirn Conditions
[ (. . A. Pressure 2500 psig
- 3. Temperature 630F C. Flow 108,500 gym
.g
; Normal Coerating Conditions (100 percent power and flow)
. A. Pressure (suction) 2158 psig (discharge) 2:59 psig
- 3. Tempers:ure 373F I C. Flow ,
108,500 gym 4 i D. Total developed head 376 Ft. H,0 1 4 0 Limits and Precautions 1.4-01 The minima pressure that mst be maintained See for required RCP NPSH is shown in Fig tres Figure 1.0-05.1 and 1.0-05.2 1.4-02 Seal inj ection wUter flow is required to all .1857 RCP's when the RC temperature is above 7,
. except when openting in the loss of inyec :en mode.
.# 1.4-03 The maxima seal inj ection water temperature 150F J is F.
$:t 1.4-04 The W- seal injection water temperature 70F c
d, is F. - i ~; 1.4-05 The mininas seal inj ec. ion water flow is 6.5 gym
] gpa.
.I 1.4-06 The maxima centro 11ed bleedoff seal staging 1857 1 :emp. n ure is F.
1 . 1 IO j DATE: 1-30-73 s. X.040900 PAGE 19 1 h ' I d-t
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;1 3WNF-20007 (6-76) t BABCOCK & WILCCX i.
wuema mwee om.eanom omsen l 4 TECHNICAL. DOCUMENT I 67-loosis1-c0
, 1.4-07 RCP's must be stopped i= media:ely, the
;^
plant shutdown and cooled down if seal injection water and Compenent Cooling Water (CCW) are both lost. 6
? NOTE: RCP operation can continue with the loss of either seal injection water or CCN. Operation in this -
~
mode is not a no: mal condition. Therefore, operatica in this mode must be restricted to absolute
?{
necessity. 1.4-08 CCN and seal injection water shall be
, established to all RCP's prior to starting any RCP's.
t
'. j NOTE: Normal operation of the RCP's is j with both seal injectica water and CCW available.
. 1.4-09 During operation in the "less of injectica lq'.,,, mode", the RCP shall not be stopped, excep:
~
in an emergency, until injection water flow has been restored. 1.4-10 Do not pressurize the RCS nor establish seal
. injection wa:er flow if the punp and motor
~
n are uncoupled. i NOTE: Unded =these conditions the seal spring l pressure will be relieved and allow
. t coolant now out of the RCS.
i
- s .
l ( 1.4-11 Do not initiate flow frem a RT pump with ci* a full open seal injection flow pa:h to 1.0 minute the RCP's when seal injection flow has
'. been stopped 3 minutes.
- NOTE: This action may rssult in damage
? to the RCP shaft seals as a resul:
of thermal shock.
~i a 1.4-12 The controlled bleedoff valves should be :
4 \
'l shu: for:
- 1 3 (1) Loss of injection water during hot
.j standby.
.g (2) Loss of injection water and CCW xc40901 .
, during operatien.
v . [
, DATE: 1 3a.7g PAGE :o .
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.BAscocX emana mwn & WILCCX oemaanon omsson i TECHNICAL DOCUMENT 67-10o57:1.co % ~. ~
- f. .
L 1. 4- 12 No more than RCP's may be operated s RC?'s
'.t simultaneously wnen the RC temperat'.es 3C0F ; - is < F.
5 NOTE: "lhis is to prevent possible hydraulic k; lifting of the fuel assemblies (FA's). 1 1.4-14 An idle RCP may not be started 22 peresnt
,,.. when reactor power is > percent. ,
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r . . 3WNF-20007 (6-76) BABCOCX & WILCOX m e. ucma een caneunon omseu TECHNICAL DOCUMENT 67-1003781-00 1.5 REACTOR COOLANT Pt.D4P SCTCRS (AEG-Telefunxen) Design Conditions A. Horsepower 12,500 hp B. Rated voltage 13,200 volts - C. Full load current (at rated voltage) 395 maps Limits and Precsutions 1.5-01 The maximum successive starts f.cm :ero 3 starts speed, coasting to res: between starts, with the motor initially at ambient
, temperature is starts.
! 1.5-02 The nrim a successive starts from :ero 2 starts
) speed, coasting to rest between starts, j with the motor initially at rated tem-perature is starts.
j Q NOTE: Repetitive starts, wh n needed for emergency or testing conditiens, 120 min, 35 sin.
.f are governed by motor operating i temperature. In the absence of l thezzal devices to deter:nine both
.l rotor and stator temperatures, the following can be used as a j guide: The motor can be assumed
.); to have returned to rated tempcature ,
after minutes idle. time, or
; ma,nutes :.:nning time, at which tue another start is permissible.
'i 1.5-03 The moter should not be direct-on-line 68F ti started if the bearing and oil temperatures I . are less than F.
$ 1.5-04 The absolute sv%m allowable guide. bearing 2127
] temperature is F.
l
)
1.5-05 The absolute maximum allowable thrus bearing 2217
,1 temperature is F.
j 1.5-06 The maximum allowable stator temperature
~ 2937 is F.
l
~i. XO4C90s ki3
~
, DATE: 1 3c.73 PAGE 2; , i I
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, SUNF-20007 (6-76)
BA4CCCX & WILCOX
~~~"""~"***"*** ,,u O TECHNICAL DOCUMENT 67-100nal.00 c
',- 1.5-07 The absolute ***i== allowable cperating 6 min.
time without lube oil cooling water flow is minutes. NOTE: !.imit based on upper oil eccler and 7
- assumes cooler empty.
'~
1.5-08 The maximum allowable amplitude of 0.002 inches
~
. vibration by the pump / motor frame is -
inches. 1.5 The minimum allowable starting voltage is 75 percent
, percent of rated voltage.
1.5-10 The bearing lubrica.ing oil should have 130 SSU a viscosity of SSU at F. 1227
'l 1.5-11 Auxiliary lubrication at a minimum of 15 psig
'l psig shall be provided prior to 300 rpm starting and for all operations below rpm.
1.5-12 The oil lift system should be operated 2 min. j ~ for at least minutes before starting the motor. l d NOTE: This is to ensure that the backstop
, is well lubricated prior to starting.
- 1.5-?.3 The oil lift system should not be stopped 1075 rpm
{ before the motor speed is t' rpm. 1
'j -
1.5-14 Extreme pressure additives or slippery additives are not allowed in the oil nor
. on the clutch components. .
j J NOT$: Clutch lubricating oil must be
']; highly refined mineral oil, for example Shell Turbo 33 or equivalent. .
1.5-15 The auxiliary motor-driven oil-lift pumps 300 rpm must be operated prior to startup, dur_=g starting, during shutdown, and for periods of operation a- 1. speeds below rpm. i i , i ( '] l .
; 0xTS: 1-30-7: PAGI 23
- 1 XO40904 -
J . 3WF-2000/ (6-76) . s BASCOCX & WILCOX , aucLau nown osumanon omsson
~
. TECHNICAL DOCUMENT 67-10037si-00 1.6 CONTROL RCD DRIVE MECHANISM
. (Diamona Power)
Design Conditions t A. Pressure 2500 psig 4 j 3. Temperatree '670F - C. Control rod speed
) 9 run speed 30 inches /d n.
I jos speed 3 inches /da. D. Ma.ximum stroke length 140-1/3 inches
-f ! 3. Maximum rod travel 420 inches /hr. ~$ } F. Maximum motor runtime 30 minutes /hr.
I G. Average on/off cycles 386/ day Normal Overstine Conditic's o I i A. Pressure 2233 psig 1 B. Temperature 630F
,l j C. Control rod speed !. 8 .st speed 30 inches / min, j 8 jog speed 3 inches /da.
D. Nominal stroke length 139 inches Limits and Precautions 1 1.6-01 The maximum allow.ble temperature of the 120F
, cooling water enteang the CRDM is F SOF and the minimum is F, provided tne dew point is not rescaec. ' 1.6-02 The CRDM stator current shall i= mediately 180F be de-energi:ed if stator temperature ! reaches F.
qg XO40905 1 DATE: 1-30-78 * *~ PAGE 24 ] . < i , i l 1 i
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~
s TECHNICAL DOCUMENT 67-1005781-00 1.6-03 The minimum CRCM cooling water flow is 2 gym gym per drive. NOTE: Cooling water flow must be 2007
$ established prior to energizing, the CRDI stator or when RCS s
temperature indicates F. I~
. 1.6-04 The CRD4 cooling water shall meet the water quality standards of RAW 1407,
'g
. Water Chemistry Manual.
.'- 1.6-05 After shim safety CRCM's have been 15 seconds energized, the CRDH shall be driven
=
in the "IN" direction at jog speed for seconds to ensure proper y engagement of the roller nu s with h the leadscrew.
.}'
1.6-06 The maximum allowable air tempera:.:re 150F around the CRD4's in the service structure -
'. is F.
.s j h 1.6-07 During coupling and uncoupling of APSR's
;; during refueling or maintenance, RC gr4de
; water should be fed into the open motor 1 - tube, if empty, to provide lubrication.
; During his operation the following limits
- apply:
Il 1.6-07.1 An average minimun cooling water flow of 2 gym
~! , spa per stator must be established I pnor to and during the time the stator is energi:ed.
1.6-07.2 At less five minutes prior to and during 1.0 gym l running Cairs, a lubricating flow of i RC grade water at a minimum flow rate of spa must be provided. NOTE: If CRCM's are full of water, Step 1.0-07.2 does not apply. - J 1.6-08 Particular care must be taken when dis-engaging the CRCN vent tool subsequent
- to the venting operation to ensure that
, the vent valve closing torque is main-t tained on the von: valve.
I (N .* DATE: 1 78 . . 40906 pac 3 25
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.S.ASCOCK mana powes sammanen i WILCOXoms.o* .
O .. TECHNICAL. DOCUMENT 67-1003781-00 NOTEi If torque is not maintained, a leaking vent valve may result or 1, . the val re could be backed off suf-y i ficiently to spray the operator
,; with primary coolant when the tool l ; is removed.
1.6-09 Particular care must be taken to evacuate - ; any water spilled in the closure insert j assembly when venting.
) NOTI: If water is allowed to remain in the
- insert, a subsequent temperature
. transient may buildup considerable pressure under the vent plug and
; blow out the 0-ring.
. 1.6-10 If a leaking vent valve occurs following
-j a venting operation, flush through the
-l vent and retorque to the value specified in the CRD4 instruction manual.
]
d 1.6-11 All shim / safety CRDM operation ust be See j g9 above the mininas allowable RC pressure Figure 1.6-11.1 q u vs temperature curve for tdyping or l *j operating CRDM, shown in Figure .
; A CRDM must nct be tripped below tnis
! c.arve unless it is required for core protection.
i j ! 1.6-12 Prior to CRDM removal, ensure proper venting and draining of the RCS. The water level
; must be below the closure head no:tle flange and the CRDN vented.
] 1 1.6-13 Caution should be exercised at all times
-; to prevent spillage on the PI assembly and j q the stator assembly.
f a i - i; ..s XO40907 1 i DATg:
- 1-30-78 PAGE 26
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. BASCOCX & WILCOX c.aas en eenmanon omsen ..
TECHNICAL. DOCUMENT . 67-1003781-00 e .
?.0 MAKIUP AND PURIFICATION SYSTEM t.imits and Precautions 2.0-01 The maxima allowable letdown flow rate is 1357
- i. that flow which can be cooled to < F 250 gym
' and not cause actuation of the letdown high pressure alaan up to a maximum of gPa. , 2.0-02 A flow path to the NU tank or the Chemical i Addition and Boron Recovery (CA48R) system a must be provided prior to opening the letdown valve to proven: lifting of the letdown relief valve. 2.0-03 During emergency injec. ion, if flow in the 300 gym injectica lines exceeds gym per pum supplying -Jtose lines, tarottle the asso p 700-300 gym
,1 ciated high pressure injection valves to l [
obtain a flow rate of gym.
.} NOTE: The open limit switch on the HPI
~i 1
h valves is set to prevent pump flow from exceeding 800 gym.
~.1 1
(
- 2.0-04 When pumping boric acid, refer to the See NPGD 1 solubility curve for minima fluid Water Chemistry temperature.
Ifanual, BAW 1407 , .i l 2.0-05 The plant emergency power supply must be available for the Engineered Safety Features Actuation System (ESFAS) operated components in the Nakeup and Purification (MU57) system when any RCP is running. i i - 2.0-06 The purification cross connect valves 50 psig ' I between the CH system and the .W6P system shall not be open when RCS pressure is
> psig.
- NOTE: This is to minimi:e the possibility of lifting the letdown relief valve.
t
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- 1. DATI: 1 30-73
.xggggC$ PAGE 27
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3WNF-20007 (6-76) BABCCCX & WILCCX . aswCLEAa Powet 04MetAfloM OfvtSeON O' .. TECHNICAL DOCUMENT 67-10037:1-00 2.0-07 When RCS temperature is > F, a 250F continuous minimsa flow of 2pa' 1.5-3.0 gym
- must be maintained through ce 4J nozzle to the cold leg of the RCS, *)
J t e I 1 1 1 i 1 q . 3 4 e j XO40909 j (~J i
} DATI: 1-30-73 . PAGE 28 4 .
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32NP-20007 (6-76) BASCCCX & WILCOX w usaa rown sansar.ma sevmon TECHNICAL DOCUMENT I 67-10057si-00
. 2.1 MAKEUP PLHPS
- (Bingnam)
Design Conditions A. Pressure (suction) 675 psig (discharge) 3800 psig
..J ~
; 5. Temperature 200F 5 C. Flow -306 gym
~
D. NPSHR (at design flow) 26 fee:
', E. Total developed head 6230 feet Normal Ceerating Conditions A. Pressure (suction)-
- 30 psig (discharge) 3000 psig-j 8. Temperature 1357 Q C. Flow 156 gym D. Radial bearing temperature 130F J E. Gear radial bearing tempera:=e 160F l.
F. Lubricating oil pressure 25 psig
- j G. Pump thru.s
- bearing tempera =e 145F Limits and Precautions i
2.1-01 The misimm allowable flow per MU 100 gym pump is spa. l
-j 2.1-02 The maxima allowable pump vibra: ion . 0.75 mils i ; is mils peak-to-peak amplitude.
t i J. 2.1-03 Ensure tha: the pump casing is filled
-j with water prior to startup.
i J 2.1-04 Vent mechanical seals to ensure water flow prior to startup.
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DATE: 1-30-78 PAGE 29 t.
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~
BASCOCX & WILCOX w a powee canamon onnsson TECHNICAL DOCUMENT 67-100 n 81-00 2.1-05 Ensure that the suction valve and bypass
, orifice ! solation valves are open prier
. to startup.
NOTE: Due to close internal tolerances. 5
-operation of this pump without suction for even a few seconds will destroy the pump internals. .
'1
, 2.1-06 The auxiliary lube oil pump must be 21 psig
, operating with discharge pressure 2 psig prior to starting .W pump.
NOTE: his feature can be bypassed for emergency operation.
; t 2.1-07 he W pump must be stopped immediately 160F
.?
at a lube oil temperatce of F .~ d. 2.1-08 Do not operate the .W pump with the 7 sec. j! discharge. valve and the bypass orifice
} isolation valves shu for a period
.j ,, g sater than seconds.
,t
(*0 - 2.1-09 The lub,ricating oil filter should be 5-6 psid l I replaced when the pressure drop reaches psid. 2.1-10 The absolute maximum allowable speed 210F
,a increaser radial bearing tempera:ce
; is F.
4
- 2.1-11 The absolute maxist= allowable pump 180F 3 thrust bearing oil tempera:ce is
- F.
l j 2.1-12 he absolute maximum allowable pump 210F '
- radial bearing temperatce is F.
l 3' . l ' j 2.1-13 The mina allowable lube oil temperature 180F j at the cooler inlet is F.
, 2.1-14 The ::aximum allowable pump flow rate 800 gym I
.j is gym and the minimum allowable 560 psig
,1 . discnarge pressure is psig.
! 2.1-15 The recirculation flow path for each W -
j pump sho. tid be open at all times except 4 when operating in the HPI mode of operation. 4 0 xo4cs14
- DATE: 1-30-78 PAGE 30 s*
1
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'> SABCOCX ai WILCCX -.
muctua ,own osmearca omsma TECHNICAL. DOCUMENT 67-10n781-m l 2.1-16 The minimum allowable W tank pressure o psig to satisfy pump NPSH requirements is 440 2pm
, psig for W pump flows less than 0 inches q gym and W tank levels greater
;, than inches.
i' { NCrfE: These values do not take into account possible degasification of hydrogen in the pump suction. Should pro- - l 1 caged operation at the limiting flow exist, observe pump for signs
; . of cavitations. Correct, if necessary,
. by flow reduction:or HU tank level
,- increase.
1 1 Q o
-{
1 I 4 4
' ~
l _ O - l i CATE: 1-30-78 XO40912 PAGE 31 g. 1 .
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3WNP-2CC07 (6-76) t i. 5.ABCOCX mus ese osasunon & WILCOX omsma -
. TECHNICAL. DOCUMENT 67-2003781-00 2.2 MAKEUP Pt.29 MCTCRS (Westangnouse)
, Cesign Conditions l A. Horsepower 1000 hp
- 3. Voltage 6600 volts .
C. Full load current (at rated voltage) 78.3 amps y Normal Ocerating Conditions
. A. Bearing temperature 150F B. Stator temperature ,,
150F C. 3 earing lube oil pressure 25 psig D. Bearing lube oil temperature 120F
!.imits and Precautions j
2.2-01 The absolute maximum allowable radial 2037 bearing temperature is F. -
! 2.2-02 The maximum allowable motor s.ator 2357 I temperature is F. 'l "
2.2 03 The motor cannot be started until 21 psig lubricating oil pressure is greater y than psig. 2.2-04 The ::aximum number of consecutive starts 2 s. arts at rated load, allowing coastdown to stop between s. arts is starts.
- NOTE: Allo +s minutes rimning time 20 minutes or manutes standing idle 45 minutes j time oefore attempting a third 3
start. . 1 2.2-05 The 120 volt space heaters should be energi:ed during storage or idle
, p.riods.
1 O X.04GS13 1
- ) DATE: 1-30-78 PAGE 32
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- p. ,, .amana rowen cammarca omsem
~~.
TECHNICAL. DOCUMENT 67-loo 37si-co 2.2-06 The maximum allowable expected operating 10 minutes
.! time without cooling water flow is minutes.
1
.i' 2.2-07 The 141 pump lube oil temperature must 50F be a F prior to starting.
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, TECHNICAL DOCUMENT 67-1003781-00 l
2.3 C00LEFS_ l 2.3.1 . LETDOWN COOLERS Design Conditions A. Pressure (tube) 2500 psig ( (shell) 200 psig , B. Tearporature (tube) 600F (shell) 350F C. Flow (tube) 100 gpm (shell) 610 gpm Normal Oeerasing Conditions A. Pressure (tube) 2250 psig (shell) , 60-130 psig
.2-B. Temperature inlet (tube) 570F (shell) 105F 4
i () C. Temperature outlet (tube) (shell)
<120F
%124F 1
D. Flow (tube) 25 cm
>} . -
(shell) 610 gpm i J E. Pressure drop (tube) 0.24 psid j (shell) 14.84 paid 1 l Limits and Precautions
.i 2.3.1-01 The maximum allowable letdown flow through 135F i each letdown cooler is that flow which 125 gpm can be cooled to < F and not actuate the letdown high pressure alarm up to a j mari=== of gym.
I* 2.3.1-02 CCW flow must be in service prior to admitting tetdown flew through the
- ecolor.
..J l
7 5 1 iO xc4csis 1 3 j DATE: 1-30-73 . PAGE 34 l*
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. . TECHNICAL. DOCUMENT 67-1003781-00 t
-; 2.3.1-03 The saximum allowable. cooling water flow 765 g;m to each letdown cooler is gym.
. 1.3.ir04 3efore initiating flow en either side of a
^
the cooler: The cooler, all connecting piping, and components shall be filled and vented by reduced flowrates (pre-forshly gravity flow). g 2.3.1-05 Both letdown coolers should be operated in parallel for normal as well as
==v4 == letdown cond*.tions.
NOTE: This is to preclude an' excessive number of severs thermal transients
. a.ssociated with bringing on an idle cooler.
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~
BASCOCX & wtLCOX - muctana powee os=marem omsen TECHNICAL. DOCUMENT 67-1003781-00 2.3.2 SEAL RETURJ4 C:lCLERS [ O/hitlocx) Design Cenditions A. Pressure (tube) 150 psig (shell) 200 psig M. Temperature (tube) 200F (shell) 200F C. Flow (tube) 211 gym (shell) 318 2pm Normal Oeeratine Conditions i A. Pressure (tube) 65 psig (shell) 95-125 psig l 3. Temperature inlet (tube) 1437 j (shell) 105F t C. Temperature outlet (tube) 112F Q (shell) 123F D. Flow (tube) 106 2pm 4 (shell) 185 gym
} ..
i
] E. Pressure d cp (tube) 1.4 psid
.j (shell) 4.6 psid i
Limits and Precautiens i 2.3.2-01 C::W flow must be established prior to
, initiating seal return ficw.
2.3.2-02 The maximum allowable cooling water 397 gym
. flow through each cooler is gym.
3
; . 3.2-03 Before initiating water !!ow on either
! side of the coolers: The cooler, all j cormecting piping, and compenents shall i be filled and vented at reduced flowrates (praferably gravity flow) to prever.t water hammer fertes on tubes and baffles.
t
. 2.3.2-04 h' hon shut.ing down the cooler, the het fluid should be cut out first.
I - U X.040917 DATE: ' 1-30-78 PAGE 36 1
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3WifF-20007 (5-76) BA8COCX & WILCCX . aucua,owenosmeunom oevisen TECHNICAL. 00CUMENT 57-10037:1-00
~
L 2.4 MAXIUP TANK (Ionics)
, Desizn Ccaditions f A. Pressure 100 psig y'. B. Temperat'tre 200F C. Tank volume (nominal) 1200 cu-ft.; 8976 gals.
(approximate usable volume below upper level tap) 7383 gals. D. Volume / inch tank height 34.4 gal /in. Nor:nsi Ceerating Conditions
.,- A. Pressurs 13-33 psig 1
.; 3. Temperature 1:0F
.1 ,.~
C. Water volume 800 cu-ft.: 673 gals. Level
. -{
()~ D. S8 inches
.l Limits and Precautions
-e See instructica sanual/cperating specifications.
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Y , - a - DATE: 1-30-7 XO40918 PAGE 37
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.3UNP-20007 (6-76)
BABCOCX & WILCOX we, wucam eawn oensunow omson TECHNICAL. DOCUMENT 67-10037:1 00 2.5 FILTERS 2.5.1
- PURIFICATION FILTER (Pall .Tr=.*2:y)
DesignConditiens
., A. Pressure 150 psig -
- 3. Clean pressure drop at design flow 5 psid
, C. Temperature 200F D. Flow 100 gym Normal cuerating Conditions j A. Pressure 50 psig
; 5. Pressure drop 5-25 psid l
- C. Temperature 120F i -
D. Flow 50 gym t I Limits and Precautions j 2.5.1-01 The ma.ximum allewable differential 75 psid 1 pressure across the filter is i psid.
.I 2.5.1-02 When the pressure drop across t.Ye 25 psid
, 5 filter reaches psid, the l j filter element snould be replaced, i *1 t l l 3 4
.1 i e i 1 1
1 s, . , 1 , .,C7 XO40919 l 1 l I 3 .
.* DATE: 1-30-78 PAGE 33 .
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7 TECHNICAL DOCUMENT 67-100s7:1-00
'- 2.3.2 PURIFICATION DENINERALIIIR PREFILTER 7 (Pall T :mty) i .
." Desi2n Ccaditions
[ ? A. Pressure 150 peig
- 3. Clean pressure drop at design flow 3 psid r, C. Temperat.me 200F
;, D. Flow 200 gym Nor=al Ocorsting conditions A. Pressure 100 psi 2 4
.'.j 3. Pressure drop 5-23 psid 1
i C. Temperature 120F 1
-* D. Flow 50 2pm
.. J
'] .
,j.9 , Limits and Precautions
; w --
- l 2.3.2-01 The maxima allowable differential 75 psid l pressure across the filter is psid.
! 2.3.2-0 When the pressure d:cp ac css the filter 23 psid j i reaches _psid. the filter element l should be replaced.
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} 2.5.3 SEAL INJECTION FILTERS (Pall Trt.n n/)
i Design Conditions A. Dressure 200 psig B. disenpressuredropatdesignflow 3 5 psid . C. Temperature 200F D. Flow 60 gym Normal Oversting Conditions A. Pressure 2540 psig
,l H. Pressure drop 5-25 psid f
C. Temperature 135F 3,
} D. Flow 38 gym Limits and Precautiens
; -v
; 2.5.3-01 The maximum allowable M #3erential 75 psid 1 p'. essure across the filter is
- psid.
1 3 2.5.3-02 When the pressure drop across the filter 25 psid reaches psid, the filter element should be replaced. i if 4 i
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'l DATE: 1-30-78 . PAGE 40 O G g e .=h6 er *
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TECHNICAL 000UMENT 2.6 PURIFICATION CE'fINERALI*ERS [ (Ionacs)
.. Design Conditions S
y A. Pressure 130 psig
)
.s q
- 3. Temperature 200F 2 C. Rosin Voltsee 50 cu-ft.
l y D. Flow 100 gpa Normal Cnerating Conditions A. Pressure 90 psig
- 3. Temperature 120F C. Flow 50 gpa D. Pressure drop i 100 gpa flowrate 5.5 psid
) .m Limits and Precautions I hi$f i
- { 2.6-01 The maxima allowable flow rate is 150 gpa
. ,1 gym through each dominerali:er.
2.6-02 The minimum allowable flow rate is 23 gym
.g gpa through each dominerali:er.
2.6-03 The mnimm allowable temperature in the 140F letdown header upstream of the purification
, dominerali:er is F.
l "i.j NOTE: This upper temperature limit is i selected due to the extremely
- il deleterious effect of higher
.0 temperature on the anion portion i of the mixed bed resin.
Ej 2.6-04 The dominerali:er resin bed should not 35 gym t be backflushed except when preparing to 13 min. remove a spent resin bed. During this *
- backflush, a backflow of gpa for minutes should be estasiished.
.g-)v DATE: 1 30 78 XOdbb2h PAGg 41 d
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~
2.6-05 The initial fill of the domineralizer, 10 2pm following installation of a new resin bed, should be at a maxima rate of
; gps. .
NOTE: This is to prevent entrapment of air within the new esis bed.
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muas. COCK a powes & WILCCX oaneanow omsson O TECHNICAL DOCUMENT I n-ioos n-co i 3.0 DECAY HEAT REMOVAL SYSTEM
.% Limits and Precautions
{ 3.0 01 The ==v4 = = allowable RC pressure vs DH See 1 systaa inlet temperature with no RC pumps Figure 3.0 01.1 J running is shown in figure.
.L 3.0-02 Maintain RC level above the miniaan See / calculated level required to prevent Figure 3.0-02.1 . vortex formation, with consequent air
- .. binding of the DH system, and to provide
; adequate NPSH for the Dit pumps.
3.0-03' To ensure proper energency injection operation, the DH pump suctions mast
; always be filled with borated water ; during power operations.
3.0-04 The DH pump manual suction valves in the I common header from the Reactor Building i (RB) sumps /3WST mtst be " locked shu " before opening the DH istdown valves j g, from the RCS. 3.0-05 The DH pumps manual suction valves in the j! common header from the R5 sumps /3WST atst be " locked open" prior to placing the g
! DH system on standby for Low Pressure j Injection (LPI).
. 3.0-06 The cross-connect valves between the 50 psig i
g DH system and the MU5P system may only 130F
,j be opened when the RCS pressure is 3
- psig and DH cooler outle:
j temperature is < F. 3.0-07 The DH cooler bypass valves must be
, locked shut during normal reactor power 7 operation.
}
3.C-08 When the RCS has been shutdown and depres-suri:ed, the BWST and the NaCH tanks m2st be isolated from the DH system.
-. NOTE: If the RCS is open for refueling. or maintenance, flow of water from the SWST or NaCH tanks enn cause RV or refueling canal water levels to rise thus endangering personnel and/or equipment.
DATI: 1 30-78 ((g{$24 PAGE #3 41
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. hh 67-1003731-00 TECHNICAL DOCUMENT 5
, 3.0 09 During normal ACS cocidown, using the r
DH system, the cavitating venturis j . should be bypassed.
~
~
, 3.0-10 During periods of R3 access when the i dump-to-sump valves are undergoing periodic testing or when the DH systea , is operating, all dump-to-sump lines shall { be capped with blind flanges. , y CAUTION: This is for personnel protection. S
. 3.0-11 The maximus and mi:'Amm allowable RC See a
pressures during sinaltaneous operation Figures 1.0-13.?., of the AC pumps and CH pumps is provided 1.0-13.0 and in Figures . 1.0-13.3 3.0-12 !!aintain RCS pressure above psig See to prevent the formation of a steam Figure 1.0 16.1
-; bubble at the highest point of the j 38-Inch AC piping.
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TECHNICAL 000UMENT 67-ic037:1- u 3.1 DECAY HEAT RINOVAL PLHPS . (stagnam) Desirn Conditions r A. Pressure 700 psig B. Temperature 330F . C. Flow 5125 gpa I D. NPSHR (at design flow) 14 feet y E. Total developed head 335 feet 5 Normal One sting Conditions l i A. Pressure (suction) 300-30 psig (discharge) 450-130 psig
.I 3. Temperature 305-140F
] C. Bearing oil temperature (thrust) 143F
.-l
.l h" D. Bearing temperature (radial) 130F i
.,! !. Bearing oil pressure 12 psig 1
,j Limits and Preesutions 3.1-01 The absolute maxista allowable pump 210F
.]4 radial ~ocaring temperature is F.
3.1-02 The absolute maximum allowable thrust 18CF bearing oil temperature is F. 3.1-03 The maximum allowable bearing oil 13 psig a
. pressure is psig.
g 3.1-04 Do not operate the pump against a shut 7 seconds i discharge valve for longer than i seconds. 3 l 3.1 05 The maximum allowable flow per DH pump 6500 gym is , gps. 3.1-C6 7he Di pump :nust be stopped immediately 160F if monitored supply oil temperature is 2 F. 0" - DATg: 1-30-73 PACI 43
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- TECHNICAL DOCUMENT , 1003781-00
; 3.2 DECAY HEAT REMOVAL PUMP MOTCRS (Westingnouse)
Design Conditions A. Horsepower 700 hp
- 3. Voltage 6600 bol.s C. Full load current (at rated voltage) 33 amps y Normal Coersting conditions
, A. Padial* bearing temperature 130F t
- 3. Stator temperature 212F 1
; C. Lube oil pressure to motor control 12 psig Limits and Precautions 3.2 01 The mini:sua allowable starting voltage 5230 volts 1 is volts.
Q, 3.2 02 The :ssximum allowable starts at rated 2 starts load allowing coastdown to stop between
- starts is starts.
NOTI: Allow minutes running or 20 minutes
].
,j atnutes standing idle before attempting a third start.
45 minutes ! . 3.2 03- The 120 volt stator space heaters should l be energi:ed during storage and idle
?] periods.
3.2 04 The lube oil pressure to the : noter control 8 psig
} sust be 2 psi 15 psig
,j the motor.7 =n*g prior
=n= to oil lube starting pressure j is psig.
i 3.2-05 The absolute maxi,um allowable radial 2037 3 bearing temperature is F. d j 3.2 06 The maxi:ss:: allowable stator temperature 266F is F. l
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. C'T X.040927 DATE: 1 30 73 PAGE 46 l
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, TECHNICAL. DOCUMENT .
67-10037:1-00 - 3.2-07 The CH pump lube oil to:rperaturs :nust 30F be y F prior to starting. t 3.2-08 The lube oil filter element sh'juld be 4-5 psid replaced when the pressure d.m across the filter reaches psid, 1
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TECHNICAL DOCUMENT I 67-1003781-00 3.3 DECAY lEAT REMOVAL COOLERS (Wnatlocx)
. Design Conditions A. Pressure (tube) 675 psig (shell) 200 psig B. Temperature (tube) 350F (shell) 200F
_ ., C. Flow (tube) 5000 gym (shell) 7300 gym Normal Ceerating Conditions A. Pressure (tube) 450-150 psig 4 (shell) 100 psig I
- 3. Temperature inlet (tube) 305-140F "j (shell) 105F l -1
' C. Temperature outlet (tube) 285-123F
( (shell) l' 6F l g D. Flow (the) 5000 gym
, (shell) 7500 gym 1
, -] E. Pressure Drop (:de) ' 7. 7 psid 1 A. (shell) 5.8 psid l . Limits and Precautions i 3.3-01 The maximum allowable flow per cooler is 6500 gym (:-de)
~j gym tube side and gym shell 9400 gpm (shell) 31de.
3.3-02 Before initiating flow on either side of the l -) cooler: .The cooler, all connecting piping.
- and components shall be filled and vented l ,
~.
l f by reduced flowrates (preferably gravity flow).
, NOTE: This precaution is necessa.7 to prevent impact or water hamer fortes en the d cooler.
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.i DATE: 1-30-78 XO40929 PAGE 43
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3WNF-20007 (6-76) d BA8COCX & WILCOX - waana rown cansanow omsaan 67- 37 1-00 TECHNICAL DOCUMENT 4.0 CEMICAL ADDITION AND 3CRON RECOVERY
, l.imits and Precautions t
4.0-01 Refer to NPGD water chemistry Manual, BAW 1407 for the minima allowable temperature for r boric acid solutions.
~'h 4.0-02 Heat tracing mst be in operation at all ~
times when transferring or storing boric acid solutions.
. 4.0-03 Lithium hydroxide is strongly alkaline, therefore, prt .:autions mst be taken to prevent direct contact with or ingestion f
of this chemical. . 4
... 4.0-04 Boric acid contact with wounds and ingestion 4 of boric acid mst be avoided.
.I i
g 4.0-05 Protective face shields should be worn while handling or mixing cheticals.
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- 4.1 PLHPS AND MOTORS 4.1.1 -
DISTILLATE TEST TANK PUMP AND )CTOR Ptap (Goula) 14ctor (nostangnouse)
. Design Ptane Conditions i A. Pressure ISO psig .
, B. Temperat15:e 200F
~
C. Flow - 80 gym D. hPSHR (at design flew) 9.2 feet
- 2. Total developed head 143 feet Design Motor Conditions A. Horsepower 15 Hp B. Rated voltage 460 volts (j C. Full lead current (at rated voltage) 13.3 amps
.j No mal Oversting Conditions 1
A. Pressure 63 psig
.}'
j B. Temperature 120F
) C. Flow 80 gym g
(imits and Precautiens
-).
1 Refs: to instruction manual / operating specifications. 4 i I 1 i XO4C934 i t,y i
., DATE: 13073 PAGE 50 a
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O'. . TECHNICAL DOCUMENT - 67-1003781-00 t . _ 4.1.2 REACTOR COOLANT BLEED TRANSFER PT@ AND M7TCR ( Pump (Goula) Motor Onest ngneuse) E Casian Pume Conditions J L [ A. Pressure 250 psig
- 5. Temperature 200F
- t.,
C. Flow 50 gym 2
; D. Total developed head 350 feet E. NPSHR (at design flow) 10 feet 9
Design Motor Condiciens A. Horsepower 40 Hp E. Rated voltage 460 volts ,
. C. Full lead current (at .sted voltage) 46 amps
- 1. {-],~ Normal Cuerating Conditieng
. A. Pressure 150 psig 1
- 3. Temperaturs 120F t
C. Flow 50 gpa Limits and Precautions 11
'j Refer to instruction manual /cperating specificatien.
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b i*l l 3EHF-20007 (6-76) BABCOCK & WILCOX - wasana mwu osamanon owmoa O TECHNICAL DOCUMENT 67-1003731-00 4.1.3 REACTOR COOLANT DISTILLATE TRANSFER PUMP AND PCTOR Pt. asps (Gould) Motor (Westangneuse)
, Desin Pume Conditions )
c A. Pressure 130 psig i
] B. Temperature 200F ,
r i l.
. C. Flow 200 2pm '
t I
". D. NPSHR (as design flow) 13 feet l 2
l E. Total developed head 205 feet ' l l l' i Desim Mots: Cenditions 1 ! A. Horsepcser 40 hp Rated voltage 1 B. 40 volts ) Full load currsnt (at rated voltage) i l 4
.4 C. 4 amps j
) & Normal Oeerating Oceditic?s
(
. %L A. Pressure 95-127 psig l l
- 8. Temperature 120F !
1 C. Flow 200 gps l Limits and Precautions 1 1 l j Refer to instruction manual / operating specificatien. u - 3 '
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. TECHNICAL DOCUMENT 4.1.4 CAUSTIC PLNP AND MOTCR
,. g 2-Pump (I'ulsaieecer) tiotor (Reliance) 7 Design Pume Conditions A. Pressure
. 130 psig ,
- 5. Temperature 200F M
C. Flow ~ 2 gym
'D. Total developed head 231 feet Destzn Meter Cor.ditions A. HorsepcNer 1 hp
- 3. Rsted voltage 230/450 volts j C. Full load current (at rated voltage) 25.6/13.3 amps j Normal cueratint Condi'; fins
. .; A. Pressure
~0 100 psig
- 3. Temperature 100F C. Flow 2 2pm I
~h Limits and Precautions j ] Refer te instruction : anual/ operating specification.
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. TECHNICAL DOCUMENT
'7-lC 37'l- 0 4.1.5 HYDRA *INE PIR@ AND MOTCR Pump (Pulsaieeder) Motor (Reliance)
Desizit Pune Conditions j A. Pressure 150 psig y B. Temperaturs 200F - C. Flow 10 gph D. Total developed head 231 feet Design Motor Condirigs_
) A. H:rsepower .
I hp
-l s
3 3. Ratid voltage 230/4c0 volts i* Full load current (at rated voltage) 26.6/13.3 tmps i I Normal Ocerating Cenditiens g jt rjw , A. Pressure 100 psig
- 3. Temperature 100F
. .j C. Flow 10 gph .
4' Limits and Precautions y Refer to instruction manual / operating specification.
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'. TECHNICAL DOCUMENT 57-1003781-00
.; 4.1.6 LITHIUM IWDROXIDE PUMP AND NDTOR
@ , Pumps (Pulsaisecer) Motor (Ae11ance)
. Design Pumo Conditions k A. Pressure 150 psig B. Temperature 200F .
C. Flow 10 gph
.}
/J D. Head 231 feet Desian Motor Lr u tions
.]
-,; A. .?ozJepower 1/2 hp .
"i j .t . Rated veltage '220/460 volts
.i C. Full load turrent (at rated v,1tage) 3/1.5 says 1
j _ Nom._a.1 Oss rv_.i_n.s._Ce_nd_iti.o_n.s.
,.1 I
h)>~ A. Pressu;t 106 psig
.l S. Temperature 100F ., C. Flow 10 gph -'I 1.imits and Precautions (j Refer to instruction nanual/ operating specification.
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, DATE: 1-30-78 XO40936 PAGE S a.
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.BASCOCX & WILCOX c.naa pown cansanow omsson TECHNICAL DOCUMENT 57-2003781-00 4.1.7 SORIC ACID PUMP AND .TTOR
., Pump"(Gouac) Motor (West:ngnouse)
Design Pume Conditions A. Pressure 150 psig
- 3. Te.1rperaturs 200F -
C. Flow 25 gpa D. Total developed head 210 feet - E. NPSHR (at design flu) 10 feet c
- t .
i f [esiT ; !btor Conditions A. Horsepower
] 13 hp ' -l
- 3. Rated voltage 460 volts
,j C. Full load current (at rated voltage) 47 amps Nores: Q ttng C:nditions_
- 1 ()- A. Pressure 90 psig
- 3. Temperature 105-1137 l: C. . Flow 25 gym e
Limits and Precauti=ns
?
Refer to instruction manual /cperating specification. 1 1
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& X04CS37 DATE: 1-30 78 PAGE 36
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TECHNICAL DOCUMENT [ 4.2 TANXS 4.2.1 cal!STIC MIX TANK AND AGITATOR
- (Chattanooga Soller anc Tanx Company)
Design Tank Conditions h. 2 A. Pressure Atmospheric
;, 8. Temperature 200F C. Fluid voluna 209 gals.
D. Volume per inch in straight shall 4.31 gal / inch
- 3. Volume belcw lwer .evel :4F % 33 3Els.
. Desie Agi_t_z_ :or C.mdit ons i 1.0 hp
.; A. Horsacower 4
; E. Yditage 230/160 volts ,
I
.! Normal Ceerating Tank Conditiens
'.1
]
Q* A. Pressure Atmospheri:
- 8. Temperature ICCF Normal Coerating Agitator Conditions same as design conditions.
! !.imits and Precautions l ',1 Refer to instruction manual / operating specification.
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- l. . DATE: 1-30-73 PAGE 57 1 -
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i ti i - 3WF-10007 (6-76) BASCOCK & Wil.CCX masu ones senaunon onoon TECHNICAL DOCUMENT 67-1003781-00 4.2.2 LIT 9IUM HYDROXIDE MIX TANK AND AGITATCR (Chattanooga So11er anc Tanx Companyj r Design Tank Conditions A. Pressure Atmospheric
- 3. Temperature 200F .
C. Fluid volume 70 gal. D. Volume per inch in straight shell 1.9 gal / inch E. Volume be!cw lower icvel tap a,14 gal. i Design Agi: ster _ Conditions ., ,
.e -
-j A. Horsepower 1.0 hp 2 *
- 5. Voltage , 230/460 volts '
l Norssi Guerating T uk Conditiens , h - A. Prasture Atmospheric I- 3. Tcmerat*,.:re
- 100F
. I
~
, Nor.aal Oserating Agitater Conditions
.j Same as design conditions.
,) Limits and Precautions Refer to inst:uction manual /cperating specification.
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- TECHNICAL. DOCUMENT 67-1003781-00 F
~
4.2.3 BORIC ACID MIX TANK AND AGITATCR (Chattanooga So11er anc Tanx Company) Design Tank Conditions
.'[*b '
- t. A. Pressure At:nospheric
[ 3. Temperature 200F , 2 C. Fluid Volume 2341 gal. D. Volume per inch in straight shell 23.8 gal / inch j , E. Volume below lower. level tap g 380 g.21. gst,3n Agitator conditicas l A. .9ctsepower 1.0 hp , J~ . P. Voltage 230/460 volts
, Lrmal Orer: ting Tank Cenditions A. Pressure - Atmospherte
't Q)
; 3. Temperaturs 100F
*9 Normal Crerating Atitater Conditions
)
. .a
- Same as design condit:.ons.
. Limits and Precautions I 4.2.3-01 For mini:sm allowable tank water
- j $ temperature, see NPGD Water Chemistry Manual, BAW 1407.
g, 4.2.3-02 Do not add boric acid at a rate faster it
.s than it can be dissolved.
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'7-l 378 - '
TECHNICAL DOCUMENT t < 4.2.4 BORIC ACID ADDITION TANK (Chattanooga Scaler and Tanx Company) De'si2n Conditions e
. A. Pressur* ~4 psig
~
4 , B. Temperature 2 cop
, C. Fluid volume 18,700 gal.
Normal Osersting Conditions A. Pressure At:nospheric S. "emperstre 105 113p
- i. 1.in'ts and Frscantins f Jefar ic fr.struction te. steal /oparating specifitat:.cn.
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X w p" BA8COCX & WILCvanas newes asumano.O. oms o f., TECHNICAL DOCUMENT 67-1003781-00 Y~ 4 4.2.5 CONCENTRATED SCRIC ACID STORAGE TMIK
,A (Chattanooga Boiler anc Tanx Ccapany)
/ Design Conditions
?
'# Pressure A. 4 psig
*)
. B. Temperature . 200F C. Fluid volume 31.416 gal.
3 Normal Outrntinc Ccnditions A. Pretsurt 0.5,2.0 psig
.i. '
[ 3. Tamperaturs 105-1137 .. i Limits and precautac .s Refer to instruction manaal/cperatin: specifica 1c:1.
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67- s7:1-oo TECHNICAL. DOCUMENT 4.2.6 EVAPORATOR DISTILLATE TEST TANK
, (Chattanooga Boller anc Tank Company) 5 Design Conditions A. Pressure Atmospheric B. Temperature . 200F C. Fluid volume 14,212 gal.
D. Voltane per inch in straight shell 38.7 gal / inch Normal Ocertting Conditions A. Pressure C.5-20 psig ,- 1 3. Temperatt:re 120F 4 I J Li: its ar.d Precautions
. . 4 i Refer to instruction :ssnual/ operating specificatiens.
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BABCOCX & WILCCX w NWCLEAa POwle 04PemAfeO8e 08vtssOes TECHNICAL DOCUMENT l
"~l "37'l'
.- 4.3 DE)fI!.TRALI IRS 4.3.1
- EVAPORATOR DISTILLATE CEMINERALI2?.5
; (Ionicsj
' .'1
;,. Design Conditions
,j A. Pressure 150 psig
^
B. Temperature 200F
~
C. Flow 80 3pm Nor:nal Ceerating Conditions A. Pressure 60 psig
- 3. T q ersture 1:cF
- C. Flow 3 80 gpa t
'j hi= irs and P?seautic.ns ,
4.3.1-01 He saxima allowabis inist te.9pe. rec.re 140F
. Q,,, is F.
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PAGE 63
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'- '7- 3781-TECHNICAL DOCUMENT 4.3.2 REACTOR COC'A'.T 3LEED EVAPORATOR DE!!INERALI'IR
; (Iont s)
D'esign Conditions l-5 l A. Pressure 250 psig j 3. Temperature 200F
. C. Flow 35 gym Normal Oeerating Conditions A. Pressure 110 psig B. Temperature 120F 4
- j C. Fler 0-35 gym 6
i D. Racin volume 34 cu-h
-i j
Li:iits and Precautier.4 4
' 4.3.2-01 The u.ui:ur tilevshle inlet ter:peratura 4CF -
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SABC0CX & WILCOX - Q mas eown osmaunom omsson TECHNICAL DOCUMENT 57-1003781-00 i.-
,7 4.3.3 DE30 RATING DEMINERA!.I:ER (Ionics)
~
Design Conditions A. Pressure , 130 psig
- 3. Temperature 200F .
C. Flow 100 spa
. Nor:ssi Ooerating Conditions
( A. Pressure 60 psig
- 3. Tamper 27.uxe 1207 l h, C.' Flow 50 gra 1
l D. Rtsir, volume 63 cu-ft.
^l f.izies utd Precautisns -
r 3 h - 4.3.3-01 The maxtr.ua allwnble inlet '. espe: stars u ._ _ ,. 140} i "i 4.3.3-02 The maxianza allowable now rtte is 130 gpa ape through each dominerali:er. i 4.3.3-03 The minimum allowable now :ste is 23 gym j . gym through each dominerali:ar.
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TECHNICAL DOCUMENT. 67-10037si-00 4.4 BORIC ACID FII.TER
, (Pall Tr .nz:y MI ro Corpo'ratien)
Design Conditicas A. Pressure 130 psig I' 3. Temperature 200F . C. Flow rate 100 gym i 4 j D. Maximum pressure drop acr.ss 'ilter 75 paid i I Normal Operatinc ~encitions
; A. Pressute 90 psig -
i
- 3. Tenperat re 115F
}
f 1 *:. 110w rate Q-CU gyn 1 r l Limits _and_Precautier.s
* ~
4.4-61 '.*ae filter ein.ent shcald as nplaced 25 paid when the pressure drop across the unit l reaches psid. 1 I t
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'r TECHNICAL DOCUMENT 67-1 " 3781- "
1 4.3 REAC"0R CCOLANT SLEED EVAPCRATCR (We stin gneus e) 1 Design Conditions A. Feed (inlet temperature) 130F S. Steam (pressure) 100 psig . C. Motor requirements 460 volts 60 H: c - 3 phase
^ ; 30 gym C. Capacity 30 gym ,j No: sal Oeeratin Concti-::.sas, -l i A. Feed (inlet ta=persture)
- j 60-1807 .
^4
- 5. Steam (pressure) 50 psig
'1 C. Capacity 3G gym 1 i
%) lid _.ti ond Frecauti.r.s
'] . i l 4.5-01 The distillate and concent ste p. ps
] should not be run with the discharge j valve shut for more than sin. 1.0 min.
i 4.3-J2 The minimum allowable pump ' low rate
'l 'or continuous operation is gym. 10 gym l E 1 .
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;) DATE: 1 3c.73 PAGE
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{)" TECHNICAL DOCUMENT 67-1003781-00 C 5.0 CCRE FLCODING (C7) SYSTEM
+
p Limits and Precautions
) 5.0-01 The following is required as a minimum 700 psig
.; any time the RCS pressure is less than
', psig:
7 5.0-01.1 no CF isolation valves must be shut. 5.0-01.2 n e C7 isolation valves circuit breakers must be open and racked out.
; . 5.0-01.3 Wa:ning tags shall be placsd en the CF isolation vslw s control switches and i circui. bzvakers.
5.0-G2 The RC .! rain :ank vart valves must be
; open prier to ven ing of the C7 tr.ks.
- )
i 3.3-03 Both C7 isolation valves :sust be Open 750 psig , prior to RCS pressure exceeding
} ., ,,_
Psig. j %_ 1 4
.5 1
1 1
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, O, eau mwn osamanon omsson v . 67-1003781 00 TECHNICAL DOCUMENT
- 3.1 CORE FLCCDING TANKS (Daocock anu wilcox)
Design Conditions A. Pressure 700 psig B. Temperature 300F 1300 cu-ft. C. Volume D. Volume / foot tank height 68.4 ft /ft. .
ormel Onerating Cor.di-ions A. Pressure 3~5-6:5 psig 9
- 3. Temperature 120F
- C. Volume (wator) 1350 cu.ft.
~j (10,100 Isis.)
; (nitr: gen) 450 c.-ft-3
- D. Lavel iS feet 8 inches E. Boric acid concentration 13,000-20,000h i Limits and Precautions
'j 5.1-01 For normal cooldo m (depressuri:stion) 750 psig isolate the CF tanks when RC pressure 650 psig decreases to below psig, but greater than pstg.
. 3.1-02 During startup, the CF tank isolation 750 psig
; valves mst be open prior to RCS j pressure exceeding psig.
5.1-03 Do not pressuri:e the CF tanks above 140 psig psig until the tank temperature RTNDT + 60F is soeve F. The RTNDT for these 40F tanks is F. 5 5.1-04 The minim m allowable temperature of 100F j the nitrogen injected into the CF tank is F. i I O- XO4C950 iil DATE: 1-30-78 PAGE 69 I e s+ .e e eomeeo .
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BABCCCK & Wl'.COX w men muciana powee censurca omson O~~ TECHNICAL. DOCUMENT 67-1 3 Tai-00 v t 6.0 ItEACTOR SUII. DING S7 RAY SYSTEM Limits and Precautions L. 6.0-01 Never spray into the R3 except as required by high RB pressure. Inadvertent operation of the system is highly undesirable and the operator should take every precautien - to prevent unnecessary introduction of r spray into the containment building.
. 6.0-02 To ensure proper operation, pump suctions l
r mst be flooded t.nd all lines filled sclid vith borated water - except spray hetiers, a 6. C-03 If spray flow ext.seds gym, the 2 00 gy: 4 sp;cy line valves ms: Je thrc :!ed 2000-24 0 rpm l to limit ficw to the rr.nge of gpa. j NOTE: The men li.s);_jxil;;;i en the spray i line valve is sa. :s p:4 vent t!.e lj g p*mp 1".cv ra:e .% exesedirt the
\;
2400 gpx lint whsn taking suc:1on 4
' from either-de BWST or the reactor building sumps. ; 6.0-04 4
When the RCS has been shutdown and depressuri:ed, isolate the R3 spray system
, o prevent accidental actuation. ..t NOTE: Administrative controls are required to ensure that the R3 spray system is returned to s:sdby operation prior to plant startup.
3 6.0-05 The sodium hydroxide sternge tank shall 50F 1 be maintained a F at all times to prevent the formation of caustic soda 1 hydrates. - 6.0-06
- When testing or exercising the Sodium Hydroxide EMO valves, the manual isola:icn valve in series with the EMO valve =ust be shut to prevent the possibility of injecting sodium hydroxide into the RCS or the CH 4 systen. -
1 Q. XO40951 r i
.i DATE: 1-30-78 PAGE I , 70 .
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NWCLEAa Powet OgMcBaricM D#vissON O.' TECHNICAL. DOCUMENT 67-1003731-00
*j 6.1 RFJLCTOR BUILDING SPRAY PL?'PS (Babcock anc ivilcox Canaca L:c.)
besignConditions
~'
A. Pressure 350 psig
?
~
- 8. Temperature 300F w -
C. Rated capacity, gpm 0040 gym D; Rated ra.nout capacity, :;pa 2400 3pm
- 2. R&:ed TDM, ft. 575 fae:
g F. Ratsd r:nou: IT.H. ft. 350 fee: (sin.)
?!cr al Or,areting Cr.ndi*. ions
.I
- A. Prussura 210-350 ps.4.g i 3. Temperature 40-24CF i
. q C, Sue:fcn pressure ':7-63 plig
'l 1
D. Flowrate 2000-2400 275
; E. Thrust bearing temperature 110F L
j F. Radial bearing temperaturo 110F
-l Limits and Precautions 6.1-01 The maximum allewabis thrust bearing oil 190F i temperature is F.
?
1 6.1-0 ' The maximum allowable radial bearing 190F
.t ,tesperature is F.
b m j 6g3 The maximum allowable flew is gym. 2400 gpa
. m .
-' 6.1-04 . The mini-mun allowable flow for* continuous 100 gym
', . operation is g;m.
6.1-05 This pump may not be deadheaded for a 10 sec.
! period of more than seconds.
s t i A.s XO40952 J k DATE: 1-30-73 PAGE 71 N
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~
67-1003781-00 ' TECHNICAL. DOCUMENT
-- . f' r* s 6.2 REACTOR SUII, DING SPRAY PUMP MOTORS -
, (Allis Chalmers) '
'; Design Conditions j A. Horsepower 500 hp
- C. Rated voltage 6600 volts -
- t Full load current (at rated voltage)
C. 28.4 amps Norssi Ottersting Cen?.itions A. Stator tampa. st:..re 2127
- 3. Motor b+aring tampersture '
] 140F l Limits and Precautions
- i l 6.2-01 The =rxista sticwable bearing temperature 15r0F i
l LS _E-I 1 .r 6.2-02 Tha =ui.num aliveshle stator temperature 2667 G,l \ 13 F. l 6.2-03 The maxima number of allowed successive 2 starts
- staru, anwowing c:astaown to step b.two.n starts is starts.
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' 1
,g DATE: 1-30-78 PAGE 72 ,
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y - [ 6.3 SCDItJN IftDROXIDE STCRAGE TMK , 7 , (Whatlocx) r; Design Conditions 6 y A. Pressure (at tank bottom) 25 psig. t 7.; 5. Temperature 200P - [ C. Volume 16,456 gal. ( , C. Volume per foot of straight shell 424.45 gal /ft E. Volume below lower level tap % 211 gal.
.Nomal oversting Conditions A. Pressure 1.0 psig plus <
height of fluid
- 3. Temperature 70F Limits and Precautior.s
~
~
- r gol,.. The atmosphere above the sodium hydroxide 5 psig shall be inerted with nitrogen to a
,I positive pressure above atmospheric to prevent air inleakage thus prolonging sodium hydroxide storage life. The 7=v %-m nitrogen pressure is psig.
6.3-02 The aanway on top of the tank should be -
, removed when filling the tank.
NOTE: Cold fill fluid can condense the vapor in the tank thus, reducing pressure below atmospheric and possibly collapse the tank.
.. m 6.3-03 The tank heater must be de-energi:ed 5 feet
'" feet.
, when the tank level is i 6.3-04' When adding nitrogen to the tank, limit 5 psig tank pressure to 3 psig to prevent
, fluid from being bicwn out of the
.] pressure / vacuum relief loop seal.
?
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'. CATE: 1-30 78 PAGE 73 t;, .
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3WNF-20C07 (6-76) BASCOCX & Wil.CCX . pen lLEaa Powls GersSAftoM 3rvtStoN - TECHNICAL DOCUMENT 67-1003781-00 7.0 REACTOR BUIt. DING COC 'NG SYSTBi
+
(Joy) Design Motor / Fan Conditions A. Speed 600/1200 rpm
- 5. Horsepower 75/150 hp .
C. Current 146/167 amps D. Voltage 460 volts E. -Aidow ' 55,000/110,000 cfm Desim Heat Exc!sngsr Conditions j A. Pressure (tube side) 200 psig
! 3. Temperature 300F I
j - Omerstin; CenMtient Mg, Emergency i
} 9 M ~
A. Speed 1185 RPM 590 RPM S. Air Flow 110,000 CMI 33,900 CFM l Heat Exchanger 6 0 A. Heat Removal Rate 2.26x10 Stu/hr. 144x10 3tu/hr.
- 5. Air Mixture Flow Rate 110,000 CMt 53,900 CFM C. Air Mixture Density 0.069 lb/cu. ft. %0.176 lb/cu. ft.
D. Air Mixture Inlet _Temperat'.re 115F 2757 I E. Air Mixture Cutlet Temperature 95.1? 244.9F F. Air Side Delta-P 1.0 in. W. G. 2.77 in. W. G.
'_ G. Cooling Water Flow: Rate 887 gym 2726 gym H. Cooling Water Inlet Tempers- .
ture 94.77 95.4F Cooling Water Outlet Tempers-ture t 99.9F 208.17
.! Limit.c and Precautions _
1
.j 7.0 01 The maxi:m:m allowable fan vibration 3.5 =ils (high) 1 amplitude (peak-to-peak) is mils 6.0 mils (low)
! i high speed and mils low speed. l Y
'2* '
X04G955
'I ~
DATE: 1-30-78 PAGE 74
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67-1003781-00
- . TECHNICAL DOCUMENT 8.0 SPENT FUEL (SF) COOLING SYSg
- i. Limits and Precautions a
j 8.0-01 The SF storage pool shall be :naintained 0270 ppm ' y at a minimum concentration of ppa \ baron. 8.0-02 When establishing purification flows. - observe that total flow through the SF coolers does not decrease and result in an increased pool temperature. 8.0-03 If the SF cccler outlet temperature 140F is > F, do not route flow through 4 , the SIceminerali:er. ' i NOT!: This limit also applies to ' the borated water recirculat:on pump if the SF pool traperature is j > F. / 140F 8.0-04 When adding boric acid to the SF
, g, cooling system the SF coolant pump must be in operation to transport the solution to the SF pool.
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- Jj DAT!; 1=30-78 PAGE 75
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BABCOCX & WILCOX ., mucana en cameAnow omsson - TECHNICAL DOCUMENT 67-10037:1-00 8.1 SPENT FUEL COOLING PtNPS 6 (AAW/CM) Desian Conditions A. Pressure 200 psig a
. 8. Temperature 250s .
C. Flow 1630 gym D. NPSHR (as design flow) 13.3 feet E. Total developed head 231 feet Normal Ocerating Conditions A. Pressure (suction) 15 psig (discharge) 100 psig j 8. Temperature 121-143F i t- f- C. Flow 1630 gym Q=)- Limits and Precautions , 8.1-01 The maximum allowable bearing temperaturs 180F is F. 5.1-02 This psap may not be deadheaded for a 10 sec.
- period of more than seconds .
3.1-03 The minimum allowable flow through pumps 200 gym is gym. l_ S.1-04 Before starting the pump, the casing [ and suction piping must be completely ! filled with liquid.
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3WF-20o07 (6-76) SABCOCX & WILCCX ,e.eu Q ucu ,own osmatanonowme= TECHNICAL. DOCUMENT 67-loos 7:1-oo 4.2 SPENT PUEL C0 CLING PUMP MOTCR Design Conditions y, A. Horsepower 15e hp 4 5. Voltage (rated) 46o volts
-' C. Full load current (at rated voltage) 152.1 amps
-4 Limits and Precautions
. 8.2-o1 The number of allowed starts with motor 3 starts initially at ambient temperaturs is 1 start starts or start from rated
, temperature, allowing coastdown to stop det...n .ach start.
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. ;: . u... J-BWF-20007 (6-76) 1 BASCOCK & WILCOX au=*^2 munana pows eenmanon oevoon TECHNICAL DOCUMENT . 67-1003781-00 8.3 50 RATED WATER R! CIRCULATION PIMP AND MOTOR (RAW /CAN - Al us Chalmers)
Design Pumo Conditions A. Pressure 200 psig
- 3. Temperature 250F .
i C. Flow 200 gym D. NFSHR (at design flow) 7 feet E. Total developed head 231 feet Desian Motor Conditions e
,' A. Horsepower 25 hp
- 3. Rated voltage 460 volta C. - Full load current (at rated voltage) 29.1 amps
( , Normal Operating Cor:ditions
;] A. Fressure (suction) 5 psig t (discharge) 105 psig .y 0 3. Temperature 40-140F C. Flow 200 gym . 1.h Limits and Precautions 5 8.3-01 The maximum allowable bearing temperature 180F
- q. (pump) is F. e 8.3 02 Dis pump may not be deadheaded for more 10 sec.
l than seconds. - 1
-( 8.3-03 The maximum allowable flow through the 240 gym Pump is gym.
y 1 NOTE: This is at 2.mout conditions. i 8.3-04 ne marimum allowable stator temperature 273F
'I 1 is F.
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SASCOCK & WILCOX - m e u on sunoa omseo= t TECHNICAL DOCUMENT 67-100n81-00 t 8.4 SPENT FUYL SXDNER PL?4P AND MOTCR s Design Pume Conditiens
, A. Pressure 130 psig 1 8. Temperature 200F 1 .
.. C. Flow 100 spa
~
D. NPSHA (at design flow) 10 feet 2.
, E. Total developed head 140 feet
*; Desizn Motor conditions 4 A. Horsepower 10 hp a
- 3. Rated voltage 460 volts
.j C. Full load current (at rated voltage) 12.9 amps d Nor=al oversting Conditions
- b~ A. Pressure 63 psig
- 3. Temperature 1457
.I l C. Flow 100 gym
; Limits and Precautions 8.4 01 The maximum alicwsble flow through the 1 0 g;m Pump is gym.
NOTE: This is at runous conditions.
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3UNF-20007 (6-76) BASCOCX mapa cown oe&mano.O. WILC Xneveen - TECHNICAL DOCUMENT 57-1003781-00 3.5 SPENT PUIL C00LIR (Whitlocx) Design Conditions A. Pressure (tube) 200 psig (shell) 200 psig
~
- 3. Temperature (tube) 250F
. (shell) 250F
'J .
C. Flow (tube) 1650 gym
- (shell) 1650 gpc
; Normal Oeersting Conditions
't 2+ A. Pressure (tube) 70 psig 1
l (shell) 90 psig l
} 3. Temperature islet (tube) 145F (shell) 105F
! C. Temperature outlet (tube) 128F h w (shell) 122F D. Flow (tube) 1650 gym (shell) 1650 gym
, Limits and Precautions 8.5 01 CCW aust be supplied to the cooler whenever the SF ctcling system pumps are operating.
8.5-02 The ma.ximum allowable flow through 2100 gym each SF cooler is gym tube 2100 gy
. side and gym shell side. .I. .
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BABCOCK & WILCOX w es l 0 - - - -- TECHNICAL. DOCUMENT 67-1003781-00 8.6 FILTIRS MD STRAINERS 5.6.1 SP!NT FUEL C::0LANT FILTIR
, (PTM)
! Design Conditions
'A. Pressure 200 psig r 3. Temperature 250F
- s C. Clean pressure drop at design flow 5 psid D. Flow 200 gym
- Normal Cperating Conditions A. Pressure 20-40 psig
- 8. Temperature 126-133F C. Pressure drop 5 psid g'
v . D. Flow 0-200 gpa Limits and Precautions 8.6.1-01 The ur4 mum allowable pressure dif- 75 psid forential across the filter is psid. . t S.6.1-02 When the pressure drop across the 25 psid i L filter approaches psid, the I filter should be replaced.
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d 3WNF-20007 (6-76) BABCOCK & WILCOX ,. O ~ ~ ~ *'~ ~ ~ *~ ~ ~ TECHNICAL DOCUMENT 57-10037 1-00 8.6.2 SPENT FUEL PLHP SUCTICN STRAINER (P'Dt) 5; Design Conditions e A. Pressure 200 psig
- 3. Temperature ,
250F - C. Clean pressure drop at design flow 2.5 psid D. Flow 3300 gym
,I Mr: :nal Cuerating Conditiens A. Pressure '10 psig ! B. Temperature 145-173F C. Pressure drop at design flow 2.5 psid D. Flow 3300 gym h Limits and Precautions
- 8.6.2-01 The maximum allowable pressure 15 psig 1
~
differential across the straiser is psig. 8.6.2-02 When the pressure drop across the 10 psid strainer approaches psid, the strainer should be replaced.
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XO40963
.-i i CATE: 1-30-78 PAGE $2 O- - g . g g.. - - - - r- - , , , . - . - -. -- y - , - , - _. , , - .
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SABCCCX & WILCOX wunua mwu cansanow oms.o= TECHNICAL DOCUMENT 67-10037:1-00
; 8.6.3 SP!NT FUEL-PCOL SKI 4fER STRAINER l'-
. @0 Design Conditions
~I A. Pressure 150 psig v
/ B. Temperature 200F -
7 C. Clean pressure drop at design flow 2 psid I D. Flow 100 gym Normal Coerttint C:nditions A. Pressure 10 psig
- 3. Temperature 145-1757
- l C. Pressure drop at design flow 2 paid
'1 g
D. Flow 100 gym Limits and Precautions S.6.3-01 The maximum allowable pressure 75 psig j differential across the stesiser t is psig.
- s S.6.3-02 When the pressure dr:p across the 10 psid m strainer approaches psig, the
'. strainer should be replaced.
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.: DATE: 1 30 73 PAGE 33 ~ *i .
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s: :: :. . . . , ; - 2 ;;.%.m k.: &l.s:?, ~;.s'. < ' : ~.l i. . . BWP-20007 (6-76) BASCOCX & WILCQX - O- mucans mwu cansanon seveon TECHNICAL DOCUMENT 67-100s781-00 8.6.4 SPENT FUEL POOL SKI!4ER FILTERS L7iM) Design Conditions A. Pressure 150 psig
- 5. Clean pressure drop at design flow 2 psi .
C. Temperature 200F [ D. Flow 100 gpa Nor:nal Ocerating conditions A. Pressure 65 psig ,
- 3. Temperature 145-1757 C. Pressure drop 2 psi i
- D. Flow' 100 gpa
")
f 3, Limits and Precautions 1 I \_).,_. 8.6.4-01 The maximum allowable pressure 75 psig differential across the filter is ~
.8 psid.
1
*l 8.6.4-02 When the pressure drop across filter 25 psid approaches psid, the filter sheuld be replaced. ,
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g a mwn osasunom omsen TECHNICAL. DOCUMENT 67-1003781-00 8.7 SPENT FUEL DEMINERALI:!RS (lonics) , Design Conditions A. Pressure 200 psig B. Temperature 230F . C. Flow 200 gpa D. Rosin voltase 60 cu-ft. Sor:nal Ocerating Conditions A. Pressure 40 psig
- 8. Temperature < 1 ~3 7 I C. Flow 200 gpa Limits and Precautiens-e.$
. 8.7-01 The maxi:sua allowabic temperature of 140F fluid entering the dominerali:er is F.
8.7-0: The mav4m:n allowable flew through the 200 gym dominerali:er is gym. 8.7-03 The minimum allowable flow through the 40 gym domineralizer is gpa. 8.7-04 The recommended ficwrats for backflushing 33 gym is gym. NOTE: Backflushing is' only used prior to removing spent resin. During normal operation care should be exercised to prevent backflow as this will tend to . stratify the resia bed. t
- E : Y X.040966 DATE: 1-30-78 . PAGE 83 s'*
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a I - e I 3WNF-20007 (6-76) SA8 COCK & WILCOX ., m newesop.maro*omso= TECHNICAL. DOCUMENT 67-1003781-00 f.imits and Precautions i. 9.1-01 The maximum allowable consecutive dry - 100 cycles cycles is cycles on.the fuel 50 cycles
; grapple and cycles on the control
. rod ' grapple.
9.1-02 Any raising or lowering operation must be . , inusediately terminated on either an underload or an overload indication until the cause for the indication has been ascertained. 9.1 03 The maxinum allowable vertical speed 5 ft/ min. with a FA in the fuel handling mast is 2 feet f:/ minute when within feet 2 feet of the reactor core, storage racx, or
.: upender, including the area feet
'I above these components.
t 9.1-04 The maximum allowable lateral speed is
'[ 2 ft/ min.
! ft/ minute within feet of 5 feet 1 3 any ooject.
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,2 MUCLAAA POwt4 o4MMAT@M om&4M
. TECHNICAL DOCUMENT ,
67-10037:1-00 9.2 FUEL HANDLING TV SYSTEM De' sign Conditions 1 A. Operating depth (camers) 500 feet t' (annular light array) 250 feet
- 8. Operating temperature .4 - 122F .
,; C. Power requirements (camera) 9.0 watts T (annular light array) 1000 watts e,
i D. Voltage / frequency 110 VAC/60 H:
- 5. Angle of view in water (diagonal) 23.1 - 7.7' (hori:catal) 18.7 - 6.2*#
r! (vertical) 14.1 - 4.7 d ! - Normal Oversting Conditions 4 A. Depth 20 feet
' R. Temperature ~1157
. -h. C. Power (camers) 5.5 watts 1,
(annular light array) 1000 watts i j Limits and Precautions 9.2-01 The minimum allowable insulation 10 megchas i J resistance for all camera connections 500 volt to the camera housing is megehms
.. i
-i wnen measursd with a voit megger, f 9.2-02 When using the right angle viewing head, a the image appearing on the monitor will be reversed and/or upside down due to the l 45-degree angle mirror contained in the
- I .* head.
l 1
, 9.2-03 To Lvoid ir sparable damage to the vidicon tube, never direct the camera lens toward i
the sun or extremely bright lights. - 1
. 9.2-04 Do not operate the focus control for a 20 sec.
continuous period greater than seconds. ll l O- X.040968
-i
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. ,g~~ - .CX '&.. W.ono CX em -
TECHNICAL DOCUMENT 67-1oor:1-00 9.2-05 To avoid intamal contamination, do not remove the camera intamals until the housing has been decontaminated. 9.2-06 Do not test or operate the annular light array out of water. If operated in air - permanent damage may result.
. 9.2-07 To avoid injury to personnel, allow at 5 min.
least minutes cooldown time before removing tne light assembly from the water. 9.2-08 The maximum allowable camera mast speed 5 fpm is fps. i 1
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1 3W!fP-20007 (6-76) SABCCCK & WILCOX a w powes op maron oms == TECHNICAL. DOCUMENT 67-10 3781-00 10.0 COMPONENT COOLING WATER SYSHM
. Limits and Precautions l
l 10.0 01 During emergency operation, cocling flow 250F to the seal coolers of the RB spray and - DH pumps is only re@ed if pump tem-l peratures exceed F. . i 10.0-02 Emergency power supply to the component g cooling system must be available when any RCP is running. 10.w-03 Sefore initiating cooling water flow on either side of the coolers in this system, the cooler, all connecting piping,. and components shall be filled and vented , by reduced flowrates (preferably gravity ' i , flow).
.4 l 10.0-04 Two CCW pumps should not be run through
'I one CCW cooler.
I % i Q j % 10.0-05 CCW temperature should be maintained in in the temperature range of 30-1057
~
F. g Operation outside of this temperature
, range should be minimi:ed to the extent i practical, t
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A . . 3WMF-20007 (6-76) BABCOCK & WILCOX uu,, nucun mwee cenaanon oms o= TECHNICAL. DOCUMENT 67-1003781 00 10.1 COMPONENT COOLING WATER PLHPS
, (AAW/CM)
Design Conditions A. Pressure 200 psig
- 3. Temperature 200F .
C. Flow 8745 gym D. NPSHR (at design flow) 30 feet
- 5. Total developed head 250 feet Normal oeeratib.g Conditions
~
j A. Pressure (suction) 20 psig J i (discharge) 130 psig 1
.j B. Temperature 116-133F f 3 C. Flow 8745 gym
.I
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h' D. Radial bearing temperature 120F
) E. Thrust bearing oil t'asperature 140F 1
i Limits and Precautiens I 10.1-01 The ::aximum allowable pump radial 160F
; bearing temperature is F.
10.1-02 The maximum allowable pump thrust 160F bearing temperature is F. j 10.1-03 h e maximum allowable flow during 10,300 spa j nor:nal operation is gym. NOTE: nis is at runaut conditions. 10.1 04 nis pump =ay not be deadheaded for 10 sec.
, a period of more than seconds.
I i 10.1-05 If the monitored oil temperature 150F
.aceeds r, th. pump must b.
stopped. i (l*r . XO4C971 DATE: 1-30-78 PAGE 91
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_ TECHNICAL DOCUMENT 5].-100s7:100
. 10.2 COMPONENT COOLING WATER PUNP HC'!VRS (Allis-Chalmers)
. DesihnConditions I,
*, A. Horsepower 700 hp
; 3. Rated voltage 66C0 volts .
,} C. Full load current (at rated voltage) 54 amps Normal Coersting Conditions A. Bearing oil to:sperature 140F Limits and Precautiens 10.2-01 ne maximum allowable stator temperaturs 2667 Ls F.
10.2-02 The maximum ambient temperature is 122F F. 10.2-03 he number of allowed starts with motor 2 starts
'l-(-{w}
initially at ambient temperature is starts allowing coastdown to stop j between starts. 4 i 1 l. 6 1 4
's . .
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, DATE: 1-30-78 PAGE 92 l c -
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.. 10.3 CONTROL R".0 DRIVE COOLING WATER PUMPS .
(BM/CM) Design Conditions A. Pressure .00 psig
- 8. Temperatare 200F -
Flow C. 220 gym D. NP5HR (at design flow) 8 feet E. Total developed head 230 feet Norreal Coersting Conditions .,
'e A. Pressure (suction) 40 psig (discharge) 113 psig
- 3. Temperature 1137 C. Flow 220 gym
]
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t Limits and Precautions l 10.3 01 The mimum allowable flow is 260 gym
,F .
,I 10.3 02- Do not operate the CAD Cooling water pumps with the suction or
, discharge valves shut.
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$] mucma
- owes osaeuren oeveen TECHNICAL. DOCUMENT 67-10037s1-00
.o, V-
. 10.4 CONTROL RCD DRIVE CCCLING WATER PU!9 MOTORS
.. (Allis-Chalmers)
.f v
Design Conditions k A. Horsepower 23 hp B. Rated voltage 460 volts .
- 1. C. Full load current (at rated voltage) 29.1 amps Normal Coorsting Conditions A. Normal operating conditions aro controlled by driven pump conditions.
Limits and Precautions , 10.4-01 The maximum allowable stater tsmperature 2737 l is F.
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-41 J' DATE: 1-30-78 PAGE 94 l
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BUNP-20C07 (6-76) BASCOCK & WILCox '*"** mucana cown on=manon oms.c.. TECHNICAL DOCUMENT 67-100s7 1-00
. 10.3 COMPONENT COOLING WATER COOLERS
~
Desian Conditions
. ' A. Pressure (tube) 200 psig (shell) 200 psig
- 5. Temperature (tube) 200F (shell) 200F C. Flow (tube) 10,500 gym *
(shell) 7,88: gym Normal Oeersting Conditiens A. Pressure (tube) 100 psig (shell) 130 psig B. Temperature inlet (tube) 957 , (shell) 134F C. Temperature outlet (t'.t.b e) 116.57 o s (shell) 105F U D. Flow (tube) 10,500 gym (shell) 8565 gym j Limits and Precautiens 10.5-01 The ERCW must be in service before
, CCW flow can be established.
l 10.5-02 The maximum allowable flow per 13,125 gym ! q cooler is gym tube side 13,125 gym
- .-! and gym shell side.
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~1 .] DATE: 1-30-78 PACE 95 1
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BASCCCK & WILCOX ..
- -""""'"*" ~~
O TECHNICAL DOCUMENT 67-10037:1-00 10.6 CONTROL RCD DRIVE COOLING WATER COOLERS (Strutner)
; Design Conditions j A. Pressure (tube) 200 psig
; (shell) 200 psig
~
- 5. Temperature (tube) .
200F (shell) 200F C. Flow (tube) 220. gym (shell) 220 gym Normal Oserating Conditions A. Pressure (tube) 85 psig (shell) 100 psig B. Temperature inlet (tube) 95F
', (shell) 116F .
C. Temperature outlet (tube) 106F (i (shell) 105F D. Flow (tube) 220 spa i (shell) 220 gym l Limits and Precautions 10.6-01 The ERCf mst be in service before CCW flow can be established. s 10.6-02 The maximum sllowable flow per 270 gpa i cooler is gym tube side 270 gym and gpa snell side. I
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3WNP-20007 (6-76) BASCOCX & WILcox was4a mwee oenmarem oneon manese TECHNICAL DOCUMENT 67-10037:1 00 10.7 CCMPONENT COOLING WATER SURGE TANK (Whatlocx) Desi2n Conditiens A. Pressure 50 psig I 3. Temperature 200F
- C. Tank volume (total) 343 cu-ft.
D. Voltme per inch of tank height 20.3 gal / inch 1 E. Volume below lower level tap 90 gal. Nomal Cuerating Conditions
. A. Pressure 2-8 psig 3
- 3. Temperature 95-105F
.l C. Water Voltme 2120 gal.
D. Wa' tar level 100 inches
.I b* '
! Limits and Precautiens 10.7-01 The minimum allowable water level is 70 inches inches .
10.7-02 The maximum allowable water level is 120 inches inches. I a 4 . 4 O- .. XO40977 DATE: 1-30-73 PAGE 97
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O- 67-100s 81-00 TECHNICAL DOCUMENT 10.8 CCNTROL RO3 ORIVE COOLING WATER SURCE TANK (Whatiocx) Design Conditions A. Pressure 50 psig
- 3. Temperature 200F .
C. Tank volume (total) 5 cu-ft. D. Volume per ' inch tank height 1.06 gal / inch Nor:nal oversting Conditiens j , A. Pressurs 1 psig
- 3. Temperature 95-1057 i.imits and Precautions 10.8-01 The minimuss allowable operating 0 inches
% water level is inches.
b?4*-
)
3 10.8-02 The maximum allowable operating 25 inches water level is inches.
- 1' .i.;
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'd TEC)lNICAL DOCUf.1ENT 67-10n7:1-u 4
10.9 COMPONENT COOLING WATER FII,"!R (PTM) Design Conditions
. A. Pressure 200 psig f
! 8. Temperature 200F , C. Clean pressure' drop at design flow 5 psid
- D. Flow 130 gpa Nor:nal Ceerating Conditions A. Pressure 50 psig
- 5. Pressure drop 5-25 psid C. Temperature 116-132F i .
4 D. Flow 180 gym g Limits and Precautions
+ .
3 10.9-01 The maximum allowable differential 75 psid p t' j pressure across the filter is psid. i 10.9-02 When the pressure drop across the filter 25 psid approaches psi, the filter element should be replaced, a b i I
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(3'- TECHNICAL DOCUMENT i 67-1M3781-M 11.0 STEA!! CINERATCR CIRC:!IATICN SYS TM I.imits and Precautions E 11.0-01 During plant heatup, after the CTSG has *
. been partially drained, the circulation 7 pump asst be operated to circulata water I through the main feed no::les to prevent i
therasi shock of these nossles. -
;, 11.0 02 During operation the surge tank level
~
should be maintained within the normal operating band by adding F:f to the system or diverting FW to the condensers to compensate for temperature changes.
.[ 11.0-03 After the main FW system is placed in j operation, the circulation system must
'1 be isolated from the main FW system and
'4 the main steam system.
NOTE: This is necessary to separate the
-j circulation piping from the higher class stems and feed systems. ,
11.0-04 The mininas nitrogen pressure on the 60 psig SG circulation system surge tank when puar suction is from the main steass
.j lines is psig.
. .y 11.0-05 Fill water for the SG circulation system l . mast meet the requirements of the NPGD Water Chemistry Manual, 3AW-1407 11.0-06 The SG circulation system should not 2757
-' be operated in the solid water mode i: above F.
,] 11.0-07 The minimum OTSG water level ~ for operation 24 inches t of the Steam Generator Circulation System I, (SCCS) is inches.
i 1 i i i X.040980 (_sr i 0 ATE: 1 30-73 PAGE 100
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.ucau sown sensaarea& WILCOX orvoom w TECHNICAL. DOCUMENT 67-1003781-00 11.1 STEAM GENERATOR CIRCU1ATION SYSTTt pthfPS (35W-Canaga)
Desiru conditions I
; A. Pressure 1235 psig
- 3. Temperature 630F .
+ ,
C. Flow 1200/400 gym D. Total developed head (at design flow) 100 feet
- E. NPSHR (at design flow) 22 feet i
Normal Ceerating Conditions { A. Pressure 15-120 psig 4
) 3. Temperature 40-2757 i
/
j C. Flow 1200/400 g;m 4 4
.? timits and Precautions Q.e. ,
11.1-01 Prior to star.ing, ensure that pump casing mechanical seal cavity and connected piping are completely filled. I 11.1 02 During operation, ensure that oil level is maintained at no mal level.
, NOT!: Bearings are lubricated by a flooded oil system, ther fore, the 1 nomal level on the level indicator I
l is for the operating condition and will rise when.e.e pump is stopped and oil drains back to the reservoir.
'l 11.1-03 The maxi:mam :: dial bearing temperature 130F l
, is P. .
9 ! i I j 1 I. l i s- XO40981 1 c\ . . l DATE: 1 30 73 PAGE 101
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BASCOCX & WILCCX - h wasas swee senaarea omsom TECHNICAL DOCUMENT u-toonsi-co . 11.2 STEMI GINERATOR CIRC *JI.ATICN SYSTEM MRS v * (Allas-Chalmers) Design Conditions i' A. Horsepower 50 hp
- 3. Rated voltage 440 volts ,
C. Full load current (at rated voltage) 53.8 amps t y Noras! Coerating Conditions
,, A. Searing temperaturs 140F
~
, Limits and Precautions Aefer to instruction ::anual/opersting specifiestions.
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!. DATE: 1-3C-78 PAGE 102 l z.. .i
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TECHNICAL 00CtlMENT . 11.3 Si?AH CENERATCR CTRCULATICN SYSTTf SURCE *ANK Design Conditions A. Pressure 1233 psig
- 3. Temperature 630F C. Volume 50 eu-ft. -
4 Norms 1 Ceerating Conditions A. Pressure 60-70 psig N 2
- 5. Temperature 70-120F C. Volume % 25 cu ft.
Limits and Precautiens
.-}
1 Refer to instruction manual / operating specifications. 1 t l l 4 i
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TECHNICAL OOCUMENT 67-10037:1 00 7 12.0 WASTE DISPOSAL SYSTEM Limits and Precaurions 12.0-01 See code of federal regulations and plant technical specifications for
;- limits imposed on fluids discharged from the plant. ~
j 12.0-0 2 After sampling the fluid from a tank,
,7 for discharge from the plant, no L influent to the tank shall be per.uitted prior to or during draining.
12.0-03 Exercise caution when sagling, trans-ferring, changing resins, flushing, etc. , to prevent overexposure of operating personnel to residual radiation. , 12.0-04 Prior to obtaining a sample from a waste disposal system tank, recirculate the tank contents for at least reo . k tank volumes. 12.0-05 To prevent precipitation of boren out
.) of solutien, heat tracing must be in operation when a boron solution is ;
being processed. > l' M
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DATE: 1-30-75 PAGE 104 i i a z---e ,w. , ,- - - .--c ...- - - . , _ . - ,a s. - - - - ,-.i e-w --r +c- ,*e--- ---w-- -,, wp- - - - . , - -
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i 4 ' 3WF-20007 (6-76) ,, BA8CCCX & WILCOX ., wcLama pawn oenaarov omssom TECHNICAL. DOCUMENT 67-100nsi-00 12.1 PUNPS AND DRIVES
. 12.1.1 -
COMPCNENT DRAIN PUMP AND DRIVE (3AW/CAN) Design Conditions (Pu:m) A. Pressure 200 psig .
- 3. Temperature 300F .
C. Flew 130 gym D. NPSHR (at design flow) 11.2 ft.
. 5. Total developed head 113 ft. ,
Nor: sal 0 ersting Conditions A. Pressure 45 psig i B. Temperature 120-160F Q,, C. Flow 130 gym , 1 Design Conditions (Motor)
! A. Horsepower 10 hp B.' Rated voltage 460 volts
- C. Full load current (At rated voltage) 12.9 amps 1
<j Limits and Precautions 12.1.1-01 Do not operato the pump with the discharge valve shut or at greatly
} reduced capacities.
..)! NOTE: The ptusp depends on flow to *
. cool intemal parts, thers-
' fore low /no flow can cause overheating and damage.
i e j C-XO40985 i DATE: 1*30-78 PAGE 105 f v.v- . - = y- , ------ -.4 . - . , - ...,,,--.w..v----v- , - - . - --. - -. - - + - - - - - - - - - - - - = -- - -
e . w r o:.u..c. ,.; ::.;...-,.,.. () 3WNF-20007 (6-76) BABCCCX & WILCCX ~ mucana powie oawananen omssom TECHNICAL. DOCUMENT 67-10037:1-00 12.1.2 SPENT RESIN TRANSFER PLHP AND DRIVE (Goula) Design Conditions (Pumo)
- A. Pressure 150 psig
- 3. Temperature 200F ,
C. Flow - 10 3ps
.~
D. NPSHR (at design flow) 10 ft. E. Total developed head 131 ft. Normal Oseratine Conditions
} A. Pressure 60 psig
] B. Temperature 100F i
lt C. Flow 10 gym t d h.. Design Conditions (Motor) A. Horsepower 15 hp
- 3. Rated voltage 460 volts
. C. Full load current (at rated voltage) 18.5 amps Limits and Precautions
. -l 12.1.2-02 Do not operate the pump wi.h the I j discharge valve shut, or at greatly
; reduced capacities.
, NOTE: The pump depends on flow to cool internal parts, there-fore low /no flow can cause overheating and damage.
]
1 .
'l:
l X.040SS6 r DATE: 1-30-78 PAGE 106
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j 4 3WNF-10007 (6-76) - BA8COCX & WILCOX ""'*en . Q aucum rowen osweanow omsson TECHNICAL DOCUMENT 67-100s7:1 00 l . 12.1.3 SPENT RESIN LIQUID SLUICINO PEfP AND DRIVE (Goulc) Design Conditions (Pume) l i A. Pressure 150 psig ,-
- 3. Temperature 200F .
C. Flow 50 spa D. NPSHR (at design flow) 10 ft. j E. Total developed head , 185 ft. I
- Normal Oeerating Conditions A. Pressure 80 psig l ~
j 3. Temperature 100F , l i C. Flow 50 gym l 3 h- Design Conditions (Motor) i A. Horsepower 15 hp
~
g
- 3. Rated voltage 460 volts I
C. Full load current (at rated voltage) 18.5 amps Limits and Precautions 12.1.3-01 Do not operate the pump with the j discharge valve shut, or at greatly I reduced capacities. l . ! NOTE: The pump depends on flow to I cool intsrnal parts. there- ! I fore low /no flow can cause j overheating and damage. , i l .: 1 1 i -t i xc40ss7 DATE: 1-30-73 pAgg 107 l. I l.
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-f} ecum m=u osmaanow omssow TECHNICAL. DOCUMENT '67-100s7si-00
+,
W 12.1.4 CHEMICAL DRAIN TANK PUMP AND DRIVE (BAW/CAN) sign Conditicas (Puso) A. Pressure 150 psig B. Temperature 200F . L C. Flow .20 gpa L
} D. NPSHR (at design flow) 6 ft.
E. Total developed head 135 ft. Normal Onornting Conditions j A. Pressure 6s psig J
.- 8. Temperature 100F 'i C. Flow j 20 gym n
w I Desian Conditions (Motor) I
, A. Horsepower 10 hp
~
I. B. Rated voltage 460 volts
. C. Full load current (at rated voltage) 12.9 amps 4 Limits and Precautions bl i
12.1.4-01 Do not operate the pump with the ! .j discharge valve shut, or at greatly l 1 reduced capacities, v
~
l NOTE: 1he pump depends on flow to ,
) cool internal parts, there-fore low /no flow can cause -
.i . overheating and damage.
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.) DATE: 1 30 73 PAGE 103
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TECHNICAL DOCUMENT 67-10037s1-00 12.1.5 LAUNDRY AND HOT SHOWER DRAIN TANK PLHP AND DRIVE
, ( AAW/ CAN)
Desian Conditiens (Pt=re) A. Pressure 150 psig B. Tamperature 200F - C. Flow 20 gym D. NPSHR (at design ficw) 6 ft. i 5. Total developed head 135 ft. 1 1 Normal Ocorating Conditiens
; A. Pressure 60 psig
?
j B. Temperature 120F i
.j C. Flow 20 gpm m
k.I Design Conditions (Motor)
; A. Horsepower 10 hp l
l
') 3. Rated voltage 460 volts C. Full load current (at rated voltage) 12.0 amps
] Limits and Precautions
'l 12.1.5-01 Do not operate the pump with the l j discharge valve shut, or at greatly reduced capacities.
r 1 NOTE: The pump depends on f"eow to !
; cool internal parts, there- --
fore low /no flow can cause a overheating and damage, i
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-s l ) DATE: 1*30*78 PAGE 109 I
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3WNF-20007 (6-76) SA8 COCK & WILCOX % .e aucu4a mwee cemesarca omsaow TECHNICAL DOCUMENT 67-20037:1-00 12.1.6 SPARE WASTE TRANSFER PDtP AND DRIVE (BAW/CAN) Design Conditions (Ptan) l A. Pressure 200 psig l- t;
- 3. Temperature 200F .
[ C. . Flow 50 gym [ D. NP5HR (at design flow) 3 ft. E. Total devolupod head 360 ft. , 1 Design Conditions (Notor) l 1 A. Hors epower 25 hp
.. i 3. Rated voltage . .160 volts i ,i C. Full load current (at rated voltage) 29.1 amps ..]
{ h-Notual Onerating Conditions f
-l A. Pressure ISO psig B. Temperature 120F l
)-
C. Flow 50 gym
, Li: sits and Precautiens
'i 1 12.1.6-01 Do not operate the pt-7 with the i discharge valve shut, or at greatly
' reduced capacities. l l
. NOTE: 11se pump depends on flow to l
.; \ cool internal parts, there-
', fore low /no flow can cause overheating and damage.
a 1 1
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.1 '- 1-30-78 e PAGE 110 D AT!!:
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, 12.1.7 WASTE EVAPCRATOR FEED PUMP AND DRIVE (Gould)
Design Conditions (Pums) A. P:sssure. 150 psig
, 3. Tearperature 200F C. Flow 10 2pm D. NPSHR (at design flow) 10 ft.
. E. Total developed head 230 ft.
Design Cenditions (Motor) l A. Hors epewer j 13 hp j H. Rated voltage 460 volts 4 j - C. Full load current (as rated voltage) 13.5 amps 1-li bs Normal Coersting Conditions
} A. Pressurs- 100 psig i
j B. Temperature 120F l C. Flow 10 gym
; Limits and Precautions l 12.1.7-01 Do not operate the pu::rp with the discharge valve shut, or at greatly 3 reduced capacities.
1 NOTE: The pump depends on flow to { cool intemal parts, thers-t fore low /no $1cw can cause
. overheating and damage.
4
.) ,
Q XO40991 3 5 a DATE: - 30 73 PAGE 111
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?
12.1.8 WASTE EVAPORATOR DISTILI. ATE TRANSFER PUMP AND DRIVE (Gould) fj Design Conditions (Ptano) j A. Pressure 150 psig
- 8. Temperature 200F ,
y C. Flow 10 gpa , y D. NPSHR (at design flow) 10 ft. F E. Total developed head 230 ft. Normal Ocerating Conditions A. Pressure 100 psig
- 3. Temperature 100F Flow 10 gpa i C.
O w oesisn C. ditie s <xotor) -
~
A. Horsepower 15 hp
- 3. Rated voltage 460 volts -
- -p C. Full load current (at rated voltage) 18.5 amps Limits and Precautiens 12.1.5-01 Do not operate the ptzsp with the discharge valve shut, or at greatly reduced capacities.
NOTE: The pump depends on flow to c< cool internal parts there-
.I fore icw/no flow can cause i overheating ahd damage. -
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DATE: 1-30-78 Pact 112 i. t w -
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uunua roma sewauron omsen TECHNICAL DOCUMENT 57-10037:1 00 i l 12.1.9 NCN-TRITIATED WASTE TRANSFER PLMP .AND DRIVE (BAW/CM) Design Conditions (Pumn) k_ . A. Pressure 200,psig ,-
- 3. Temperature 200F _
C. Flow 50 gpa
- D. NPSHR (at design flow) 3 ft.
E. Total developed head 360 ft. Design Conditions (Motor) A. Horsepower 25 hp i B. Rated voltage 460 volts
'l' C. Full load current (at rated voltage) 29.1 amps I h' Normal Cuerating Conditions A. Pressure
.) 160 psig
-j 3. Temperature 100F C. Flow- 50 gpa
-! Limits and Precautions
.l
; 12.1.9-01 Do not operate the pump wi.h the 1 discharge valve shut, or at greatly J reduced capacities.
NOTE: The pump depends on flow to cool internal parts, thers-1 fore icw/no flow can cause
; overheating and damage.
j
, ,I b XO40999 DATE: 1-30-78 PAGE 113 f.
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9 TECHNICAL. DOCUMENT 67-10037:1 00
?
- 12.1.10 TRITIATED IfASTE "RANSTER PUNP AND DRIVE
'k. (3AW/CAN)
Design Conditions (Ptmo) f ( , A. Pressure ISO psig
, 3. Temperature 200F .
1 C Flow 50 gpa
.{
' D. NPSHR (at design flow) 10 ft.
.L
') E. Total developed head 120 ft.
Normal Coerating Conditiens A. P sssure 32 psig 8 l S. Temperature 120F j C. - Flow 50 gpm h . Design Conditions (Motor)
] A. Horsepower 10 hp-
- 8. Rated voltage 460 volts
'1 ~
2l C. Full load current (at rated voltage) 12.9 amps l t l 'j Limits and Precautions
'l j 12.1.10-01 Do not operate the pump with the a dischar2e valve shu.t, or at greatly I
reduced capaci:4g. _i
- NOTE: The pump depends on flow to g cool internal parts, thers-
! fore low /no flow can cause
- overheating and damage.
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DATE: 1 30 73 PAGE 114
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TECHNICAL. DOCUMENT 67-10037:1-00 12.1.11 TRITIATED AUXILIARY BUILDING SUMP TANK PLHP AND DRIVE (chea Pump) we
- Design Conditions (Pume) i-A. Pressure 150 psig
- 5. Temperature 200F _
C. Flow 50 gym O. NPSHR (at design flow) : St. E. Total developed head 100 ft. Normal Cuerating Conditions 4 l A. Pressure 43 psig
! 8. Temperature 120F -I j C. Flow 50 gym Design Conditions (Motor) 1
- A. Horsepower 3.9 hp
- 3. Rated voltage 460 volts q C. Full load current (at rated voltage) 3.3 amps Limits and Precautiens j- 12.1.11-01 Do not operate the pump with the discharge valve shut, or at greatly j reduced capacities.
s
! NOTE: The pump depends on flow to
- j cool internal parts, there-fore low /no flow can cause i overncating sad damage.
i i . 1 .-
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. DATE: 1 78 PAGE 113
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; TECHNICAL DOCUMENT 67-100s7:1-00 12.1.12 NON-TRITIATED AUXILIARY BUILDING SUMP TANK PLHP AND DRIVE (Chen Pump) f Design Conditions (Pume) f A. Pressure 150 psig B. Temperature 200F C. Flow 50 gym 5
D. NPSMR (at design flow) 3 ft. E. Total developed head 190 ft. Normal Onurating Conditions A. Pressure 80 psig
- 3. Temperature 120F C. Flow 50 gym Design Conditions (Motor)
- .; A. Horsepewer 11 hp B. Rated voltage 460 volts
': C. Full load current (at rated voltage) 15.8 amps j Limits and Precautions 12.1.12-01 Do not operate the pump with the j discharge valve shut, or at greatly a reduced capacities. '
- NOTE: The pump depends on flow to cool internal parts, there-fore low /no flew can cause
- overheating and damage. -
r 1
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BA8CCCX & WILCOX **"**' e mwu osmaanoa ovvisem O TECHNICAL DOCUMENT l 67-1003731-00 12.2 TANKS 12.2. 1 . RC DRAIN TANK (Ionics) l Design Conditions 1 l A. Pressure 100 ;sig , B. Temperature 5407 C. Voltme 1600 cu-ft. Normal Onorating Conditiens A. Pressure < 5 psig
- 5. Temperature < 120F t C. Level 79 inches it j- D. Volume (between 79" level
.1I .
and 85" level) 855 gal. Limits and Precautions
,i 12.2.1-01 For the tank to be in a state of '5 psig readiness to receive the design d 150F i- l safety valve relief volume without 85 inches 3 rupture of the rupture disc, the I following combination of tank i parameters should not be excee'ded:
1 { Pressure.
- Temperature NOTE: Instrument error included.
.l Level i
12.2.1-02 The tank pressure must be s 5 psig
! psig in o:dar that the RCP atmospheric g seal leakage will drain into the tank vice being forced through the loop
?
seal into the reactor building sumps. 4 I, i l i O s X.040997
- 4. DATE: 1 78 PAGE 117 j .
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.d TECHNICAL DOCUMENT 67-Icos7st-co 12.2.1-03 - If when venting the PRIR the pressure 80 psig is > psig, the PRZR must be
.)l i --
-vented to the RC drain tank water space, b+
12.2.1-04 When operating with only nitrogen in 80 psig
] ,
the PR;R and the PR2A pressure is
> psig, remove the RC drain tank rupture disc. .
+~ .
12.2.1-05 The RC drain tank level must be 73 inches
> inches to operate the component t' drain pumps.
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3WP-20007 (6-76) BA8 COCK & WILCOX """**' a rowns cansaanon omssow TECHNICAL. DOCUMENT 67-10037st_00 s. 12.2.2 TRITIATED AUXILIARY BUILDING SIMP TANK (lonics) Design Conditions Pressure A. 13 psig
*q a B. Temperature 200F .
C. Voltano 3740 Sal. D. Volume per inch of tank height 39.3 Sal / inch No2 sal Cuersting Conditions A. Pressure Atmospheric
-1
.{ S. Temperature 120F 1
} Limits and Precautions
.a j Refer to instruction manual / operating specificatiens
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12.2.3 NCN-TRITIATED AUXILIARY SUILDING SL'.W TANK Gonics) Design Conditions
;- A. Pressure 12 psig
. B. Temperature 200F .
; C. Voltme 3740 gal.
l, D. Volume per inch tank height 39.4 gal / inch 2 Normal Oversting Conditions
.h ; A. Pressure Atmospheric
- 3. Temperature 120F Lisaits and Precautions l
Refer to instruction manual / operating specifications.
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12.2.4 NON-TRITIATED WASTE Il0LDUP TANK (Chattanooga sosier)
. De' sign Conditions A. Pressure 4 psia S. Temperature 200F i -
C. Voltana 3903 cu-ft. Normal Ocorating Conditions A. Pressure Atmospiteric , ; 3. Temperature 120F Limits and Precautions
.i Refer to instruction manual / operating specifications.
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67-10037:1-oo TECHNICAL DOCUMENT
. 12.2.5 TAITIATED WASTE H01. DUP TANK (Chattanoogs holler)
Desian Conditions A. Pressure 4 psig B. Temperature 200F i C. Valume 3903 cu-ft. Normal Oversting Canditions .* 2 A. Pressure Atmospheric
. 3. Temperature 1207 Limits and Precautions 1
]
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- powie oenmarca omsson TECHNICAL 00Ct! MENT 67-100s7al.00 12.2.6 SPENT RESIN STORAGE TANK (Chattanooga Soiler)
Design Conditions A. Pressure 4 psig B. Temperature 200F C. Voltase 1300 cu-ft. D. Volume per inch tank height 70.1 gal / inch ia Normal Coersting Conditions
- f A. Pressure Atmospheric j B. Temperature 100F
,! Limits and Precautions
; Refer to instruction manual / operating specificaticns.
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TECHNICAL DOCUMENT' 67-1@ 3781-00 12.2. 7 CHIMICAL DRAIN TANK (Ionics)
< Oesign Conditions
'+j-A. Pressure 12 psig
- 8. Temperaturs 200F ,
i C. Volume 80 cu-fs.
. Normal Oversting Conditions A. Pressure Atmospheric
- 3. Temperature 100F Limits and Precautions Refer to instruction manual /cporating specifications.
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- 8. Temperst'are 120F j Limits and Precautiens -
1 Refer o instruction sanual/ operating specifications. 4 i 1 1 l i 1 l l . l 1 l 6 l 'r l .t l .1 j l 1
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2 12.2.9 WASTE GAS DECAY TANKS (Chattanooga acaler) r Design Conditions v
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i A. Pressure 100 psig
.B. Temperature 200F C. Tank Voltane 3000 cu-ft.
.. Normal Oversting Conditions A. Pressure 0-45 psig
- 3. Temperature 100F Limits and Precautions
-! Refer to instruction manual /opersting specifications a
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i - 4 7 3WWF-2co07 (6-76) BASCCCX & WILCOX sasana cown oeumaanon omseo . ***" O TECHNICAL DOCUMEN'. 67 loos 7:1.ao 12.2.10 WASTI EVAPORATCR DISTILLATE TEST TANK (Chat.anooga So11er)
. s Design Conditions A. Pressure 4 psig
- 3. Temperature 200F C. Volume 380 co ft.
D. Volume per inch of tank height 27.3 gal / inch Normal Ocorating Cenditiens
, A. Pressure -
Atmospheric
- 5. Tsuperature 100F Limits and Precautions j Refer to instruction manual / operating specifications.
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.SASCCCX maua mwee osuounom & WILCQX omsen - TECHNICAL. DoctlMENT 67-1003781-00 12.2.11 WASTE EVAPORATOR FIED TANK , (Chattanooga So11er)
Design Conditions r i A. Pressure 4 psig A 3. Temperature 200F , 1 C. Volume 340 cu-ft. D. Voltane per inch tank height 23.8 gal / inch
;! Normal Coerating Conditions A. Pressure Atmospheric
- 3. Temperature 100F 1
Limits and P scautions ll j Refer to inst:uction manual / operating specifications. i . 1
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TECHNICR DOCUMENT 67-1003781-00 12.3 REACTOR COOLANT DRAIN TANK COOLER (Wru.tlocx) Design conditions A. Pressure (tube) 200 psig
; (shell) 200 psig
- 3. Temperature (tube) 3007 (shell) 200F C. Flow (tube) 125 gpa (shell) 125 gpa Normal Coerating Conditions .
] A. Pressure (tube) 100 psig -
(shell) 100 psig
,- 3. . Temperature inlet (tube) 150F a
(shell) 105F fj C. Temperature outlet (tube) 134F
; (shell) 121F
, ,- :.2
] D. Flow (tube) 125 gpa (shell) 125 gym 1
E. Pressure drop (tube) 4.2 psid 5 i (shell) 9.6 psid
] Limits and Precautions f 12.3-01 The and== allowable flow per 235 gpa
.l cooler is spa tube side and 156 gpa j spa snell side.
] 12.3-02 Refere initiating cooling water flow on either side of coolers- The cooler,
{}.; all connecting piping, and components i shall be filled and vented at reduced t . flow rates (preferably gravity flow).
- 12.3-04 Two component drain pumps should i not be sun through the aC drain
} tank cooler. -
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avasu era osumarca omson TECHNICAL DOCUMENT 67-10037:1-00 O 12.4 WAST! EVAPORATCR DISTILLATE TEST TANK DEMINERALIIIR
. Gon:cs)
'j Desizu Conditions y A. Pressure 150 psig i.
,. 3. Temperature 200F C.- Flow 20 gym D. Resin Volume 10 cu-ft.
'? ,
- Normal Onorsting Conditions
. A. Pressure 25 psig
- 3. Temperature 100F
.' C. Flow 10 gym Limits and Precautions 0
h 12.4-01 The maximum allowable temperature of fluid entering the desinerali:er 1407 is F.
,. 12.4-02 The recommended flowrate for 9 gpre backwash of the dominerali:er 13 min.
is gym for minutes.
'.t, ej NOTE: The desineralizar bed should not be backwashed
. except prior to sluicing the
,j resia.
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, TECHNICAL DOCUMENT 67-10037:1.o0 12.5 FILTERS 12.5.1 -
PLANT DISCHARGE FILTER (m4) Ofsfian Conditians A, Pressure 150 psig -
; 3. ' Temperature 2007 C. Clean Pressure Drop At Design Flow 2 psig D. Flow '100 spa
- Normai Oversting Conditions A. Pressure 25 psig
- 8. Temperature 145-1757
.l' 1 C. Pressure Drop 2 psig Q.m . D. Flow 0-50 gym 1
l* Limits and Precautions j 12.5.1-01 ne maximum allowable pressure 75 psid i differential across the filter [ is psid. 12.5.1-02 When the pressure drop across the 25 psid filter approaches psid, the filter should be replaced. i
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.. SABCOCX & WILCOX - Q m rown aanmarca omsson TECHNICAL. DOCUMENT 67-Icos7:1-oo _ J 12.3.2 , WASTE GAS FILTER '
, (Cryonco; i -
Desim Conditicas A. Pressurs 50 psig-5
- 3. Temperature 100F i -
\
C. Fir.w i 200 eds i, Normat Overating Cenditions } A. Pressure At:nospheri:
- 8. Temperature 1207 C. Flow 0-200 eds
) Limits and Precautions 12.5.2-01 The maximum allowdle differential 5 paid pressure across the filter
, C8 assembly is psid.
12.5.2-02 ne charcoal filter should be re-I *i newed when radiation monitoring - 5 equipment indicates the filter is not performing properly. Y
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.BABC3CX asas rowse om & manon WILCCX ocemon " l O~~. TECHNICAL DOCUMENT 67-10037:1-00
- 12. 6 WASTE CAS CC!@RESSOR (Nasa) l l
Design Comoressor Conditions 1
. A. Pressure (suction) 0.3 0.75 paig (discharge) 110 psig
- 5. Temperature (suctica) 1 07 (discharge) 200F C. Capacity 40 seda i
Design Motor Conditions
. A. Horsepower 23 hp I I
- 5. Voltage 230/460 volts
)
l I C. Full Lead Current (at rated voltage) 37.5 says Design Heat Exchanter Conditions h- i A. Pressure (tube side) (shell side) 200 psig 110 psig 1 3. Temperature (tube side) 20CJ (shell side) 2007
,/ C. Cooling Water Flow 50 spa D. Seal Water Flow 25 gpa j E. Cooling Watar Tempersture (inist) 1037
[ (outlet) 110F 1 . F. Seal Water Temperature (islet) 1157 l Normal Comoressor Ceersting Cenditiens 4 A. Pressure 0-43 psig I ,
; 5. Temperature 110F .a .
C. Capacity 0-30 scia - 1 1 ' l C- '
, XO41019 4
1*30*78 PAGE 133 i DAT3:
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MAEP-20007 (6-76) BASCOCX & wtLCOX - peggsaa powe oseSaf10N OfvtS40N O-TECHNICAL. DOCUMENT 67-loos 7:1-c0 l Normal Motor Overstint Conditions l 1 A. C;.u' rent 16 amps !
~
. Normal Heat Exchanter coersting Conditions 0-45 psig A. Pressure (shell)
(tube) 110 psig - I ,' 3. Temperature shell (inleS) 130F o (outlet) 120F C. Temperature tube (inlet) 957
. (outlet) 110F D. Flow (shell) 25 gym #
(tube) 50 spa Limits and Precautions
! 12.6-01 ne minimum silowable heat exchanger 23 gym cooling water flow is gym.
12.6-02 If the compressor casing is ! F 137 above the seal water temperature,
- the compressor should be stopped immediately.
12.6-03 The maximum allowable compressor 1307 bearing temperature is F.
. 12.6-0 4 he = rim = allowable seal water 130F temperature is F.
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; DATI: 1-30-78 PACE 134
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- 12.7 .
WASTI IVAPORATCR
'. Design Conditions A. Feed (inlet temperature) 180F
- 3. Steam (pressure) 100 psig e
C. Motor Aequirements 460 volta 60 Hz
; 3 phase D. Capacity 7.3 spa i
Normal Coerating Conditions j : A. Food (inlet temperature) 60-130F =
- 3. Steaa, (mssure) 30 psig
- t j C. Capacity 7.5 gpa
-1 Limits and Precautions w- 12.7 01 The distillate and concentrate 1.0 min.
-l ptmys should not be run with the dis-l charge valve shut for more than
.' ain.
.f 12.7 02 Heat tracing must be in eperation 1 until the unit has been thoroughly flushed.
, 12.7-03 The concentrate pump must be stepped when the level decreases to :ero level on the evaporator level controller. .
j 12.7-04 The electric heater must be' turned 13 percent
; off when the level deci:sases below j percent level.
't 1; 12.7-05 A minimum feed flow to the evaporator 7.3 gpa i
of spa must always be available. 4 - fn
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O TECHNICAL DOCUMENT 67-ioo37si-oo 13.0 CONTROL RCD DRIVE CCNTROL SYSTIN I
- Systes Logic
~
Design Conditions b A. Voltage Nominal 120 volts =ns e Number of groups a total 5. Number of rods per group 12 =F ==, 4 minimum ,
's C.
Cperating ambient temperature 0 1227 D. Normal Onorsting C:nditions t , de Ambient temperaturs 777
'.~ j A.
^l Limits and Precautions
.i Refer to instruction manual / operating specifications.
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.. se,asas mwu osamanon omosom TECHNICAL DOCUMENT 57-1003781-00 .
13.1 TRANSPORMER 9 De' sign Conditions A. Input voltage 480 volts t
- 8. Output voltage 100 volts .
C. Voltage regulation 210 percent D.- Frequency 60 Hz i E. Power N 250 kVa Normal Overstint Condit=ns A. Ambient operating temperature 77F Limits and Precautions t' 13.1-01 The maximum allowable ambient 1227 j op. rating t.mperat.:re is F.
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. l-j DATE: 1-30-78 PAGE 137 .
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? 13.2 MOTOR-GENERATOR SET e'
De'sirn Motor Conditions t A. Horsepower 300 hp B. Voltage 460 volts
- C. Current 344 amps f Design Generator Conditions
[ . A. Power 250 kva
. B. Voltage 480 volts "T
C. Current 301 amps . j Normal fictor Oversting Conditions , 1 A. Horsepower 0-300 hp
- 5. Voltage 460 volts
.i Q3 v
C. Current 0-344 amps
.1 Normal Generator Ceerating Conditions 1
i'
- l A. C'.arent 0-301 amps
-l 480 volts i B. Voltage I
,j -
C. Frequency 60 Hs l ! *:i 1 Limits and Precautions J! 13.2-01 The actor-generator should always be Q:- started with the local / remote voltage I' sensing switch in the " local" position.
'; 13.2-02 Do not megger the generator, there 1 are silicon rectifiers in the rotor circuit which could be damaged by the aegger voltages. ,
13.2-03 The maximum allowable cooling air 1047 to.perature ris. is 7. C-
~
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3mtF-20007 (6-76) BASCCCX & WILCox h waans rows os.aaromomson TECHNICAL DOCUMENT 67-10037:1 00 1 - I f 14.0 CONTROL AND INS':"AUMENTATION ACCISSORIIS t 14.1 80RCN CONCINTRATION ANALY.'.ZR (Bancock 6 wilcox) Design Sanele Cha=ber and Detector Module Cenditions A. Pressure 150 psig -
- 3. Temperature 200F C. Flowrate '
2 gym Design Inst:.: mentation and Comeuter Conditiens . A. Voltage 117 VAC 210 percent
- 3. Frequency 60 H: 2 pertent j C. Radiation level (at ene foot) .* 3 Mr/hrI I overall Soecifications A. Range 0-2270 ppa
, 3 Response time < 20 seconds e C. Accuracy : 10 ppa
,; Normal Samole Chamber and Detector Oeersting Conditions i
, A. Pressure 100 psig B. Temperature 120F j C. Flowrate 2 gpa (nominal) '
Instrumentation and Computar A. Power 1 amp (instr *.anents) 15 amps (computer)
, B. Temperature 65-105F (instruments).
50-1J4F (computer) j Limits and Precautions 14.1 01 The ' computer cooling air tt.pply 30-80F must be in the range of F.
& XD41C19 DATE: 1-30-78 PAGE 133 .k k
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~
14.1-02 The BF3 detector and preamplifer 2 contain a high voltage power supply,
- therefore use cautio., when working
- on these units.
I; [ 14.1-03 Do not attach test leads to the preamplifier input or the high
.: voltage power supply as the voltage ~
transients will destroy the field
, effect transistors.
;' 14.1-04 The sample chamber utili:ss a neutron source, therefers ensure health physics controls are obsorted when opening this unit.
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BA8 COCK & WILCOX - sessaan me sammanom ommon 67-1 s7:1-00 TECHNICAL 00CtlMENT 14.2 GAS MIALY22R SYSTEM (Itays Repuulac) i Design Conditions A. Ambient Temperature 50-120F B. Inlet Gas' Temperature 50-120F . C. Pressure (inlet)' 10 in. W.G.-l.0 psig
. (outlet) 0.5-2.0 psig I
D. Accuracy 23 pertent of span
. E. Voltage 117 VAC 210 percent
! 1 F. Frequency 60 H: : 1 percent G. Flow 10 cu-ft/hr.
-1 Normal Coerating Conditions 1
-l 3 A. Sample time 6 min / source i k7 --
- 8. Sample temperature 50-120F 2
l C. Nder of sample points 16 points j t.inits and Precautiens I Refer to instruction mar.ual/cVersung specification. I l l 1,
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I mnIP-20007 (6-76) g BASCO.C.X. & W._ILC.C. TLnNICAL DOCUMENT e .X 67-100s7:1 00 14.3 FAILID FUE1, DITECT!cN EQUIPMENT (FFDE) Desian Console Conditions i o A. Voltage 120/440 VAC B. Frequency 60 Hz C. Phase 1/3 phase D. Power consumption (maximum) 4.4 kVa 4 E. Pressure (water) 75 psig (nitrogen) 125 psig F. Temperature 200F l Design Element Test Chamber Cenditiens l j A. Pressurs 75 psig
- 8. Temperature 240F 4 24 gym Flow
] ,
C. i Normal Console Coeratint Conditions j A. Pressure (water) 50 psig 1 (nitrogen) 50-125 psig .
.j
- 3. Temperaturs 160F 1
.j Normal Element Test Cham'oer Onesting Conditions A. Pressure ' 50 psig 2
- 3. Temperaturs 2007
.] ,
l C. Flow 20 gym I . l s ( s l I i 1 j XD41G22 Q-1*30*75 pAgg 142 il DATI:
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a 3m17-20007 (6-76) 9 _SA8 COCK.& nW. ILC..C. .X s . TECHNICAL DOCUMENT 67-1003781-00 9 Limits and Precautions T4.3-01 ne minima allowable deioni:ed 20 gpa water flow is spa.
$ 14.3 02 A health physicist should be available for area tadiation surveys whenever the FFDE is .
operated. ,
, 14.3 03 De maximum allowable nitrogen 125 psig supply pressure is psig.
, 14.3-04 ns maximum allowable deioni:ed 75 psig water pressure is psig. 14.3-05 ne minimas allowable detoni:ed 17 psig water pressure is ssig. j 14.3-06 ne miMaum allowable nitrogen 50 psig I supply pressure is psig. i 14.3-07 n e nitrogen regulator (regulator 80 psig No.1) supplying the element test chamber door must not exceed a dis-t charge pressure of psig during i nozmal operation.
~
14.3 08 All lighted control panel "on" 2 secs, j switches contain interlock features,
.' therefore these switches must be l held in the "ca" position for at j least secs, to allow interlocks i to operate.
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j C- XC41023 d
. DATE: 1-30-78 PAGg 143
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,B.A,assa om.manow orvoom 67-2003781-00 TECHNICAL DOCUMENT
( I 14.3-09 The m%= allowable element test 200F chamber outlet temperat.tre is F. 14.3 10 The prime manifold manual /auta 2 toggle switch must be in the
< annual position when the prime ~
i manifold is depressed.
' NOTE: If this procedure is not ,; followed, the manifold will overfill thus flooding the gas waste line.
14.3 11 Do not operate the FFDE with a FA ' without a waste gas line attached to the console. 14.3-12 Do not leave a FA closed in the element test chamber for more -Jun ' ' a few seconds without water flow.
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g .S.ASC.O.CX..
.o .
TECHNICAL DOCUMENT
&. W..un - .
67-20037 1 00
.. l 7-15.0 ,
INCORI MCNITORING SYSTEM Design Conditions A. Pressure 2500 psig
- 1. Temperature -670F C. Voltage 120 volts
, Normal Coerstine Conditions A. Pressure 2235 psig I S.- Temperature at the pressure seal 104F
%- C. Voltage 120 6 volts
. Limits and Precautions 15.0 01 See plant technical specifications for the ministas number, and the ces-bination of IMS detectors required n
.I h -
to be operable. 15.0-02 When an IMS detector is discon-nected from the plant computer during
, power operation, the detector sust i) be shorted to ground, h 15.0-03 Do not use an IMS reading following 15 :nin.
<., a power change er control rod motion
., for at least min.
15.0-04 During fuel handling operations,. the 15 ft. 1 INS detectors must be withdrawn at least it,
. . . .i
.i 15.0-05 For Inservice Inspection, the IMS detectors must be withdrawn at 21 ft.
least ft. 15.0-06 For flooding of the canal to the 25 ft. refueling level, the INS detectors must be withdrawn at least ft.
- 15.0-07 The =inv%r= allowable IMS detecter 100 lbs.
inserting force is 1b s .
. C+ -
X041G25 DATE: 1-30-78 PAgg 145
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-SASCO g ,.C.K &. W..ILCOX no- eu .
TECHNICAL DOCUMENT 67-100nsi-00 -
?
15.0-08 The mini:mm insulation leakage 9 X 10 10 ohas resis.ance of the self-powered and background detector is l ohns. I i 15.0-09 7
;j The =4a8~ ~ insulation leakage 1 X 10 chas resistance of the complete connector
~
a d signal cable is ohns.
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BulrF-20007 (6-76) BA8 COCK & WILCCX m. i e mwm oawmanowoewmon . TECHNICAL DOCUMENT 4
. 67-10o37s1.o0 16.0 RCS/55 RELIEF SYs?J4 16.1 MAIN STEAM SAFETY VALVES Design Conditions U A. Pressure 1235 psig B. Temperature 630F 5
,,; C. Capacity 9.0 X 10 gg, Normal Oeerating Conditions A. Pressure 1060 psig
)t 5. Temperature 602F
'j C. 31owdown 3 percent ma.x.
4 l D. Capacity ASME rated
; capacity I 3%
- , .s Set pressure accumulation l :' esir Ibs/hr.
.' } - !l 1235 930,397 1263 952,740 'I j NOTE: ASME rated capacity is 90% of actual capacity.
Limits and Precautions l 'j Refer to instruction manual /cperating specifications. I 1 I i j i l g ,' l v- X.041C27 1 l DATE: 1 30 73 PAGE 147 t j -
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, TECHNICAL. DOCUMENT c -toos m -oo l
, 16.2 ,
PRES $URIZER SAFETY VALVES Design Conditions A. Pressure (inlet) 2500 psig g (outlet) 700 psig 1 B. Tescerature (islet) 670F (outlet) 500F C. Capacity 500,000 lb/hr. Normal Ceerating Conditions A. Pressure 2195 psig
- 3. Temperature 650F
.' C. Back pressure during lift conditions 0-700 psig l D. Maxima opening time 0.5 sec.
j E. Slowdown 5 percent
- F. Setpoint 2500 psig 1
.: G. AS?E rated capacity 3 3% accumulatica 507,918 lbs/hr.
8 NOTE: ASME rated capacity is 90% of actual capacity. 1i Limits and Precautions Refer to instruction manual / operating specifications. J f i
.t i.
J i X041C28 i C- . i
'i DATE: 1-30-78 PAGE 148 -
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- BWP-20007 (6-76) i BABCOCX & WILCCX "
muassa mwe om.marca omssom TECHNICAL DOCUMENT I 67 10037:2.c0
~
16.3 EILCTRICALLY AC"*JATED REL !F VALVES 5 . Design Conditions A. Pressure 2500 psig I 5. Temperature 670F
~
5
.~. C. Capacity 1.5 % 10 lb/hr. -
Notsal Oversting Conditions f" A. Pressure 2295 psig-
- 5. Temperature 650F C. Back pressure during lift conditions 0-700 psig D. Setpoint 2295 psig I. Capacity a 3% accumulation 157,326 lbs/hr.
, Limits and Precautions
?
O - Refer to instruction manual / operating specifications. t 4
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xc41c2.o
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d o IVNF-20007 (6-76) I SASCOCK & WILCOX - Q nuaua powet oswenom oms.ow TECHNICAL 000UMENT 67-ioos782 co 7 17.0 ELICTRIC W CR OPERATED VALVES t . Limits and Precautions
, 17.0-01 While manually operating the motor operator valves, do not apply ex-cessive manual force. Do not use wrenches, wheel wrenches, or helpers
- to apply additional torque to valve 3 operator handwheels.
i NOTE: Due to the gearing, only nominal physical effort is
, required to achieve the sax-iuss closing force en the seat J
or backseat. Further sevement of the handwheel is unneces.
, sary after the initial re-
.9 sistance is felt.
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PAGI 151 SERIAL: 67-1003731-00
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- VERSUS TEMPERATURE WITH AND WITHOUT CORE FOR 2/0, 2/l, 2/2 PUMP COMBINATIONS im . . _ _ . . . _ _ _ _ . _ . _ . . _ . _._ _ _ _
gesuur= - -- _. m- . z. NO INSTRUMENT LItot INCLUDED D!N/I* . l ' h t =&. . :- /( .=.::. . ..
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- i. L. XO41048 i
DATE: 1-30-78 PAGE 163 SERIA1.: 67-1003781-00
.- i
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& ,,,..n.:..-i
/* - . . . . .
2- - : ..+ ~., . - +. -..+.... .. . s... ' 7J . 2 . 1 Y i kh l !. - NOTES:
$ l. NO MARGIN OR TOLERANCE INCLUDED FOR DH DROP LINE RELIEF YALVE SETPOINT OF 435 PSIG.
- l. 2. NO INSTRUMENTATION ER!'.CR INCLUDED.
j 3. CURVE BASED ON NO RC PUMP 3 RUNNING. - l ., 440
~
T -- - Maxieuer Allowable Pressure 430 -
'._._*: . .2, 7 _ --
1, 420 . 2 410
. .c -
.i1. = 500 -
.1.- a.
g i 150 200 250 300 350 . 100
.)h
't OH System intet Temperature
- i .
.t MAXIMUMALLOWABLkRCPRESSUREVSDHSYSTEM
.ii INLET TEMPERATURE WITH NO RC PUMPS RUNNING i s
.3
, FIGURE 3.0-01.1-
. DATE: 1-30-73 PAGE 169 SERIAL: 67-1003731-00
! U.- XO41049
s
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.IGURE 3.0-02.1 FORMATICH IN OH, SUCTION NCIILE
, . _ . XO41050
.l e . . ..
i DAT2: 1-30-78 PAGE 170 SERIAL: 67-1003781-00 s. e - I
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