Text

Response to Request for Additional Information - Resolution of Unresolved Safety Issue A-46 (TAC No. M69453)
	ML993310217
Person / Time
Site:	Indian Point
Issue date:	09/03/1999
From:	Baumstark J; Consolidated Edison Co of New York
To:	; NRC/OCIO/IMD/RMB
References
	-RFPFR, TAC M69453
	Download: ML993310217 (161)
	v • d • e

James S. Baumstark Vice President Nudear Engineering Consolidated Edison Company of New York, Inc.

Indian Point 2 Station Broadway & Bieakiey Avenue Buchanan, New York 10511 Internet: baumstarkjaconed.com Telephone: (914) 734-5354 Celluiar: (914) 391-9005 Pager: (917) 457-9698 September 3, 1999 Fax: (914) 734-5718 Re:

Indian Point Unit No. 2 Docket No. 50-247 Document Control Desk US Nuclear Regulatory Commission Mail Station P1-137 Washington, DC 20555-0001

Subject:

Response to Request for Additional Information - Resolution of Unresolved Safety Issue A-46 (TAC No. M69453)

Reference:

USNRC Letter to Con Edison dated April 15, 1999 Pursuant to 10 CFR 50.54(f), this letter and attachments provide the response of Consolidated Edison Company of New York, Inc. (Con Edison) to NRC's request for additional information dated April 15, 1999 on the resolution of Unresolved Safety Issue A-46.

No new regulatory commitments are being made by Con Edison in this correspondence.

Should you or your staff have any concerns regarding this matter, please contact Mr.

John McCann, Manager, Nuclear Safety & Licensing.

Very truly yours, Attachment Subscribed and swprn to before me this3

l Caveats fAnchor lnter.

Equip.

Notes Class E Equip. I.D. No.

Equipment Description BuiIdingE Elev.

Sec

<40'?

Sectruml Dem.?

OK?

OK? IOK?I OK?

0 0021CHPD CHARGING PUMP NO. 21 PULSATION PAB 80-0 80-0 Yes N/A N/A Yes Yes Yes Yes No DAMPENER e

N___

0 0021 SWPS NO. 21 SERVICE WATER PUMP AUTOMATIC SWSTR 5-9 5-9 Yes N/A N/A Yes Yes Yes Yes No STRAINER PIT 0

0022CHPD CHARGING PUMP NO. 22 PULSATION PAB 80-0 80-0 Yes N/A N/A Yes Yes Yes Yes No DAMPENER 0

OO22SWPS NO. 22 SERVICE WATER PUMP AUTOMATIC SWSTR 5-9 5-9 Yes N/A N/A Yes Yes Yes Yes No STRAINER PIT I

0 0023CHPD CHARGING PUMP NO. 23 PULSATION PAB 80-0 80-0 Yes N/A N/A Yes Yes Yes Yes No DAMPENER I____

0 0023SWPS NO. 23 SERVICE WATER PUMP AUTOMATIC SWSTR 5-9 Yes N/A N/A Yes Yes Yes Yes No STRAINER PIT Yes YesYesNo 0

0024SWPS NO. 24 SERVICE WATER PUMP AUTOMATIC SWSTR 5-9 5-9 Yes N/A N/A Yes Yes Yes No STRAINER PIT 0

0025SWPS NO. 25 SERVICE WATER PUMP AUTOMATIC SWSTR 5-9 Yes N

/

A N

I N/

Yes Yes Yes Yes No STRAINER PIT 0

0026SWPS NO. 26 SERVICE WATER PUMP AUTOMATIC SWSTR 5-9 5-9 Yes N/A N/A Yes Yes Yes Yes No STRAINER PIT 0

BRC ACD BORIC ACID BLENDER PAB 98-0 98-0 Yes N/A N/A Yes Yes Yes Yes No BLNDR_

0 EUHR-21 ELECTRIC UNIT HEATER EDGB 72-0 72-0 Yes N/A N/A Yes Yes Yes Yes No 0

EUHR-22 ELECTRIC UNIT HEATER EDGB 72-0 72-0 Yes N/A N/A Yes Yes Yes Yes No 0

EUHR-23 ELECTRIC UNIT HEATER EDGB 72-0 72-0 Yes N/A N/A Yes Yes Yes Yes No 0

EUHR-24 ELECTRIC UNIT HEATER EDGB 72-0 72-0 Yes N/A N/A Yes Yes Yes Yes No 0

EUHR-25 ELECTRIC UNIT HEATER EDGB 72-0 72-0 Yes N/A N/A Yes Yes Yes Yes No 0

EUH R32 ELECTRIC UNIT HEATER EDGB 72-0 Yes N/A N/A Yes Yes Yes Yes No 0

EUHR-33 ELECTRIC UNIT HEATER EDGB 72-0 72-0 Yes N/A N/A Yes Yes Yes Yes No

~0 EH34 ELECTRIC UNIT HEATER EDG~B 72-0 72-0 Yes N/A N/A Yes Yes Ys Yes No 0

EUHR-35 ELECTRIC UNIT HEATER EDGB72-0 72-0 Yes N/A N/A Yes Yes Yes Yes No 0

IT HEATER EDGB 72-0 N/A N/A 0

EU~HR-37 E LECTR IC U NIT HEATER

-Et GB 72^0 72-0 Yes N/A NIA Yes Yes Yes Yes N o 0

H2-21 HYDROGEN SUPPLY MANIFOLD #21 PAB 80-0 Outside 80-0 Yes N/A N/A Yes Yes Yes Yes No 0

N2-XX NITROGEN SUPPLY PACKAGE PAB 80-0 80-0 Yes N/A N/A Yes Yes Yes Yes No 1

MCC-24 480 VAC MCC T/G 15-0 15-0 Yes ABS RRS Yes No No Yes No BLDG A,

Page 1 SVDS Rev idoc 7-15-99

SCREENING VERIFICATION DATA SHEETS (SVDS)

Equip.

Floor Room Base Cap.

Demand Cap. > Caveats Anchor Inter.

Equip.

Notes Class Equip. l.D. No.

Equipment Description Building Elev.

No.

Elev. <40'? Spec Spectrum Dem.?

OK?

MCC-24A 480 VAC MCC T/G 15-0 15-0 Yes ABS RRS Yes No Yes Yes No BLDG 1

MCC-26A 480 VAC MCC PAB 98-0 C9-7 98-0 Yes BS GRS Yes Yes Ys Yes Yes 1

MCC-26AA 480 VAC MCC PAB 98-0 C9-4 98-0 Yes DOC RRS Yes No No Yes No 1

MCC-26B 480 VAC MCC PAB 98-0 C9-7 98-0 Yes BS GRS No Yes Yes Yes No MCC-26BB 480 VAC MCC PAB 98-0 E-4 98-0 Yes BS GRS Yes No No Yes No 1

MCC-26C 480 VAC MCC CTLB 33-0 33-0 Yes ABS RRS Yes Yes Yes Yes Yes MCC-27 480 VAC MCC PAB 98-0 98-0 Yes BS GRS Yes Yes Yes Yes Yes MCC-27A 480 VAC MCC PAB 98-0 98-0 Yes BS GRS No Yes Yes Yes No MCC-28 480 VAC MCC VC 68-0 68-0 Yes ABS RRS Yes No No Yes No MCC-28A 480 VAC MCC VC 68-0 68-0 Yes ABS RRS Yes No No Yes No MCC-29 480 VAC MCC CTLB 33-0 33-0 Yes ABS RRS Yes No Yes Yes No MCC-29A 480 VAC MCC CTLB 33-0 33-0 Yes ABS RRS Yes No Yes Yes No 2

AL8 REACTOR TRIP SWITCHGEAR A & B CTLB 33-0 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 2

AL9 REACTOR TRIP BY-PASS SWITCHGEAR A&B CTLB 33-0 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 2

BUS 2A 480 VAC SWITCHGEAR 22 BUS 2A CTLB 15-0 SWGR 15-0 Yes ABS RRS Yes Yes Yes No No 2

BUS 3A 480 VAC SWITCHGEAR 22 BUS 3A CTLB 15-0 SWGR 15-0 Yes ABS RRS Yes Yes Yes No No r.l I

rA AD-A 4AIf-ID 4 r..n V.

A RRS Yes Yes Yes No No Ai A

2 BUS SA

"~U VAU bVVI I Uhi~tAM 4i r5uO DM, G I LD 91-

.~-u-I I

I I

4-I

r-rio I

nt,riTtv

iPl PP

t

I Ve

t Yes iNol No 1

I LU 2

BUS 6A 4bU VAG bVVI I LtIUIZMN L DUO DM t; I LU 1I-nvbr Iv.

I ZDO Izo

1. I co c
I
. cw I
4 BB7 PRESSURIZER HEATER BACKUP CTLB 15-0 15-0 Yes ABS RRS Yes No No Yes No 4
BB8 PRESSURIZER HEATER BACKUP CTLB 15-0 1-5-0 Yes ABS RRS Yes Yes Yes Yes Yes 4
BB9 PRESSURIZER HEATER BACKUP CTLB 15 15-0 Yes ABS RRS Yes No No Yes No 4
BC2 480/120 VAC TRANSFORMER #22 CTLB 33-0 38-0 Yes ABS RRS Yes Yes Yes Yes Yes 4
EBA1 480/120 VAC TRANSFORMER #23 CTLB 33-0 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 4
EBA5 480/120 VAC TRANSFORMER #24 CTLB 33-0 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 4
EBB12 480/120 VAC TRANSFORMER #21 CTLB 33-0 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 4
EBB2 480V/208-120V TRANSFORMER#2 PAB 98-0 98-0 Yes BS GRS Yes Yes Yes Yes Yes 5
0021AFP AUX FEED PUMP NO. 21 AFB 18-6 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 5
0021CCP CCW PUMP NO. 21 PAB 68-0 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 2
SVDS Rev 1.doc 7-15-99 Page 2
SCREENING VERIFICATION DATA SHEETS (SVDS)
I.D. No Equipment Description Building Floor Room Base c4 Ca?
Cp.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Cls qi.I.N.EupetDsrpinElev.
No.
Elev. ~0 Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
5 0021CHP NO. 21 CHARGING PUMP PAB 80-0 80-0 Yes ABS RRS Yes No No Yes No 5
0021CHPFCA 21 CHARGING PUMP FLUID DRIVE COOLER PAB 80-0 80-0 Yes ABS RRS Yes Yes Yes Yes Yes A
5 0021 CHPFCB 21 CHARGING PUMP CRANKCASE OIL PAB 80-0 80-0 Yes ABS RRS Yes Yes Yes Yes Yes COOLER
_ _ _ _A 5
0021CLWP 21 I/A CMPR CL COOLING WTR PMP CTLB 15-0 15^0 Yes ABS RRS Yes Yes Yes Yes Yes 5
0021PWMP PRIM STR MAKE-UP PUMP 21 PAB 98-0 98-0 Yes BS GRS Yes Yes Yes Yes Yes S
0021SIP SAFETY INJECTION PUMP 21 PAB 59-0 59-0 Yes ABS RRS Yes Yes Yes Yes Yes 5
OO22AFP AUX FEED PUMP NO. 22 AFB 18-6 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 5
0022CCP CCW PUMP NO. 22 PAB 68-0 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 5
0022CHP NO. 22 CHARGING PUMP PAB 80-0 80-0 Yes ABS RRS Yes No No Yes No 5
0022CHPFCA CHARGING PUMP NO. 22 FLUID DRIVE PAB 80-0 80-0 Yes pAS RRS Yes Yes Yes Yes Yes COOLER A 5
00ZCHPFCB CHARGING PUMP NO. 22 CRANKCASE OIL PAB 80 80-0 Yes ABS RRS Yes Yes Yes Yes Yes COOLER 5
0022CLWP 22 I/A CMPR CL COOLING WTR PMP CTLB 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes 5
0022PWMP PRIM WTR MAKE-UP PUMP 22 PAB 98-0 98-0 Yes BS GRS Yes Yes Yes Yes Yes 5
0022SIP SAFETY INJECTION PUMP 22 PAB 59-0 59-0 Yes ABS RRS Yes Yes Yes Yes Yes 5
0023AFP AUX FEED PUMP NO. 23 AFB 18-6 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 5
0023CCP CCW PUMP NO. 23 PAB 68-0 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 5
0023CHP NO. 23 CHARGING PUMP PAB 80-0 80-0 Yes ABS RRS Yes No No Yes No 5
0023CHPFCA 23 CHARG PMP FLUID DRV COOLER PAB 80-0 80-0 Yes ABS RRS Yes Yes Yes Yes Yes 5
0023CHPFCB 23 CHARG PMP FLUID DRV COOLER PAB 80-0 80-0 Yes ABS RRS Yes Yes Yes Yes Yes 5
0023SIP SAFETY INJECTION PUMP 23 PAB 59-0 59-0 Yes ABS RRS Yes Yes Yes Yes Yes 5
21 BATP BORIC ACID TRANSFER PUMP 21 PAB 80-0 80-0 Yes ABS RRS Yes Yes Yes Yes Yes 5
22BATP BORIC ACID TRANSFER PUMP 22 PAB 80-0 80-0 Yes ABS RRS Yes Yes Yes Yes Yes 5
PSS-SBP R.C. SAMPLE BOOSTER PUMP PPEN 51-0 51-0 Yes ABS RRS Yes Yes Yes Yes Yes 6
0021 FOTP FUEL OIL TRANSFER PUMP D.G. 21 FOST 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 6
0021RHRP RHR PUMP NO. 21 PAB 15-0 15-0 Yes ABS RRS Yes No Yes No No 6
0021SWP 21 SERVICE WATER PUMP INTAKE 15-0 15-0 Yes ABS RRS Yes No No Yes No 6
0022FOTP FUEL OIL TRANSFER PUMP D.G. 22 FOST 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 6
0022RHRP RHR PUMP NO. 22 PAB 15-0 15-0 Yes ABS RRS Yes No Yes No No A
AN Page 3 SVDS Rev 1.doc 7-15-99
SCREENING VERIFICATION DATA SHEETS (SVDS)
A Equip.
Floor Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev. <407 Spec. Spectrum Dem.?
OK7 OK?
OK?
OK?
__~~
1_
6 0022SWP 22 SERVICE WATER PUMP INTAKE 15-0 15-0 Yes ABS RRS Yes No Yes Yes No 6
0023FOTP FUEL OIL TRANSFER PUMP D.G. 23 FOST 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes
-VA 93 cCA A
DF ABS q
RR Y
NoAMA Yes Yes No LA 6
0023A5WP T-A Si-VI(EF WVATIER PUMP' jj' 1 fAr,[t 1 0-u I-I I --- a T c:>
lmv I
I 4777.......

i
.+mi lvt IvtZI I
I 6
0024SWP 24 SERVICE WATER P-UMP INT1AKE-15-V 10-V Ie I C I
nrco Y e:s lMU I ¢;)
I -:;
(IV 6
0025SWP 25 SERVICE WATER PUMP INTAKE 15-0 15-O Yes ABS RRS Yes No Yes Yes No 6
0026SWP 26 SERVICE WATER PUMP INTAKE 15-0 15-0 Yes ABS RRS Yes No Yes Yes No 7
1649 N2 SUPPLY HDR RLF VALVE PAB 80-0 80-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
1671 H2 HEADER RLF VALVE PAB 80-0 80-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
1836 RHR PURIFICATION LINE RELIEF VALVE VCI 46-0 13-16 70-6 Yes ABS RRS Yes Yes N/A Yes Yes 7
200A 21 LETDOWN ORIFICE ISO VLV VC 46-0 46-0 Yes ABS RRS Yes No N/A Yes No 7
200B 22 LETDOWN ORIFICE ISO VLV VC 46-0 46-0 Yes ABS RRS Yes No N/A Yes No 7
200C 23 LETDOWN ORIFICE ISO VLV VC 46-0 46-0 Yes ABS RRS Yes No N/A Yes No 7
201 LETDNLN O VLV V
PE 51-0 51-0 Yes ABS RRS Yes Yes NIA Yes Yes 7
202 LETDN LINE ISO VLV PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
203 ALT CHG FLOW NO 2 HOT LEG CTRL VLV VCP 41-0 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
204A ALT CHG FLOW NO 2 HOT LEG CTRL VLV VCI 46-0 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
204A CHG FLOW NO 1 COL LEG CTRL VLV VCl 46-0 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
204B CHG FLOW NO 1 COLD LEG CTRL VLV IC 46-460YsAS RS Ye e
/
e e
7 212 AUXILIARY SPRAY CONTROL VALVE VCI 46-0 54-0 Yes ABS RRS Yes Yes N/A Yes Yes 7EXCESS LETDOWN CTRL VLV VC 46-0 60-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
215 EXC LETDN LINE 3WAY CTRL VLV VCI 46-0 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
218 SEAL WTR RETURN RLF VLV TO PRT VC 46-0 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
231 21 CHARG PMP RLF VLV TO VOT PAB 80-0 82-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
234 22 CARG PMP RLF VLV TO VOT PAB 80-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
237 23 CHARG PMP RLF VLV TO VCT PAB 80-0 80-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
246 RCP S OPASS VLV TO VCT VO 46-0 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
261A 21 RCP SEAL WTR RET VALVE Vl 780-0 78-Yes ABS RRS Yes Yes N/A Yes Yes 1 0 7
261 RCP SEAL WTR RET VALVE VCI 78-0 78-Yes ABS RRS Yes Yes N/A Yes Yes 10 I10 7
261C 23 RCP SEAL WTR RET VALVE VCi 78-0 10-9 Yes ABS RRS Yes Yes N/A Yes Yes 7
261D 24 RCP SEAL WTR RET VALVE VCl 78-0 78-9 Yes ABS RRS Yes Yes N/A Yes Yes Page 4 SVDS Rev 1.doc 7-15-99
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap.
Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev.
4 Spec Spectrum Dem.?
OK?
OK?
OK?
OK?
7 263 21 NON-REGEN HX RELIEF VALVE PAB 98-0 98-0 Yes BS GRS Yes Yes N/A Yes Yes 7
264 VCT RELIEF VALVE PAB 98-0 98-0 Yes BS GRS Yes Yes N/A Yes Yes 7
265 VCT GAS ANALYZER SAMPLE VALVE PAB 98-0 98-0 Yes BS GRS Yes Yes N/A Yes Yes 7
268 VCT VENT ISO VALVE PAB 98-0 98-0 Yes BS GRS Yes Yes N/A Yes Yes 7
310 LETDOWN TO VCT DEMINERALIZERS PAB 59-0 66-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
4058 INLET TO VCT RELIEF VALVE PAB 98-0 98-0 Yes BS GRS Yes Yes NiA Yes Yes 4105 PCV-456 N2 SUPPLY RELIEF VALVE VC 95-0 95-0 No AS S
Yes Yes N/A Yes 7
4106 PCV5 C N2 SUPPLY RELIEF VALVE VC 95-0 95-0 No ABS RRS Yes Yes N/A Yes Yes 7
516 PRESSURIZER RELIEF TANK VENT VALVE VC 46-0 64-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
523 PRT DRAIN VALVE VC 46-0 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
5417 R.C. BOOSTER PUMP DISCH RELIEF VALVE PPEN 51-0 51-0 Yes AQS RRS Yes Yes NIA Yes Yes 7
5418 R.C. BOOSTER PUMP SUCTION RELIEF PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes VALVE 7
544 REACTOR VESSEL FLANGE LEAK-OFF CTRL VCI 46-0 10 46-0 Yes ABS RRS Yes Yes N/A Yes Yes VLV 7
549 PRESS RELIEF GAS ANALYZER CTRL VALVE PPEN 51-0 60-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
552 PRIMARY WATER MAKE-UP TO PRT VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
553A STAND PIPE MAKE-UP VALVE RCP 21 VCI 46-0 12 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
5S3B STAND PIPE MAKE-UP VALVE RCP 22 VCI 46-0 17 66-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
553C STAND PIPE MAKE-UP VALVE RCP 23 VCI 46-0 8
46-0 Yes ABS RRS Yes Yes N/A yes Yes 7
553D STAND PIPE MAKE-UP VALVE RCP 24 VCI 46-0 3
78-9 Yes ABS RRS Yes Yes N/A Yes Yes 7
560 PRIMARY WATER MAKE-UP TO PRT VC 46-0 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
782 CCW RETRN FROM RCPs RELIEF VLV VCI 46-0 16-17 56-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
783A 21 RCP RETURN RELIEF VALVE VCI 78-0 78-9 Yes ABS RRS Yes Yes N/A Yes Yes 7
783B 22 RCP RETURN RELIEF VALVE VCI 78-0 79-Yes ABS RRS Yes Yes N/A Yes Yes 06 7
783C 23 RCP RETURN RELIEF VALVE VCI 78-0 78-9 Yes ABS RRS Yes Yes N/A Yes Yes 7
783D 24 RCP RETURN RELIEF VALVE VCI 78-0 RCP 23 78-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
791 CCW TO EXC UDN HX-21 ISO VLV PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
792 EXCESS LETDN HX RELIEF VALVE VCI 46-0 56-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
793 CCW RETRN FR EXC LID ISO VLV PPEN
-0 0
Yes ABS RRS Yes Yes N/A Yes 7
796 CCW RETRN FR EXC ULDN HX-21 ISO VLV PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes Page 5 SVDS Rev 1doc 7-15-99
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. I.0. No.
Equipment Description Building Elev.
No.
8ev. <40? Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
N 7
798 CCW TO EXC LJDN HX-21 ISO VLV PPEN 51-0 51-0 Yes ABS RRS '
Yes Yes N/A Yes Yes 7
802 SPENT FUEL PIT HX RELIEF VALVE FSB 80-0 80-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
807 SEAL WATR HX RETURN RELIEF VLV PAB 98-0 98-0 Yes BS GRS Yes Yes N/A Yes Yes 7
812 NON-REG HX RETURN RELIEF VLV PAB 98-0 98-0 Yes BS GRS Yes Yes N/A Yes Yes 7
819A INLET RHR HX 22 RELIEF VALVE VCI 46-0 10 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
8198 INLET RHR HX 21 RELIEF VALVE VCI 46-0 10 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
821 H RETURN FROM RV SUPRTS RLF VLV VC 46-0 17 56-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
835 SURGE TANK RELIEF PAB 98-0 98-0 Yes BS GRS Yes Yes N/A Yes Yes 7
BFD-69 22 ABFWP BRG CLNG WTR RELIEF VALVE AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 7
CC-56 CC INLET TO AFTCLR 21 RELIEF VLV CTLB 15-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
CC-56-1 CC INLET TO AFTCLR 22 RELIEF VLV CTLB 15-0 15-0 Yes
,APS RRS Yes Yes N/A Yes Yes 7
CT-35 AFP 21 SUCTION LINE RELIEF VALVE AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 7
CT-35-1 AFP 22 SUCTION LINE RELIEF VALVE AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 7
CT-35-2 AFP 23 SUCTION LINE RELIEF VALVE AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 7
DF-13 DAY TANK NORM FILL RELIEF VALVE EDGB 72-0 72-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
DF-14 DAY TANK EMERG FILL RELIEF VALVE EDGB 72-0 72-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
DF4 21 FOST FUEL LINE RELIEF VALVE FOST 78-0 76-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
DF41 22 FOST FUEL LINE RELIEF VALVE FOST 78-0 76-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
DF42 23 FOST FUEL LINE RELIEF VALVE FOST 78-0 76-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
EA-1 IA TO CB PA VENT PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
FCV-11OA BORIC ACID BLENDER ACIC INPUT FLOW PAB 98-0 98-0 Yes BS GRS Yes Yes N/A Yes Yes
______VALVE 7
FCV-110B BORIC ACID BLNDR OUT TO CHG PMP SUCT PAB 98-0 98-0 Yes BS GRS Yes Yes NiA Yes Yes
~~CTRL VLV 7
FCV-111 A PRIMARY WTR MAKEUP VLV PAB 80-0 85-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
FCV-1 11 B BLENDER FLOW TO VCT CTRL VALVE PAB 98-0 98-0 Yes 8S GRS Yes Yes N/A Yes Yes 7
FCV-1121 21AFP RECIRC LINE CTRL VALVE AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 7
FCV-1 123 23AFP RECIRC LINE CTRL VALVE AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 1
rl n\\A I I
V I 67n67-0 N/A I Yes I
T Vt 1TT Al A
7 FCV-1 176 JACKET WI Kt COOLELR MtI I-LUVV, I MrL VLV MLA.2D D I -V
.1
-e I -r I __
I __a lMlm I t:n lBv I 1)
01.
I-U ut-IUeI 00 7
FCV-1 176A JACKET WI t COOLRX I t-LUVV LU I ML VLV r-LiUD 07-U i bev Yes. I -lb I 11 I -
0 Ix II 7
1FCV-405A AUX FEED TO 22 SG FLOW CTRL VLV IAFB I&
1-Ye BRSYs Yes
---esYe I
Page 6 SVDS Rev 1doc 7-15-99
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
D Building Floor Room Base Ccap.
> Caveats Anchor Inter.
Equip.
Notes Class' Equip. I.D. No.
Equipment Deription Elev.
No.
Elev. <40?
Dem.?
OK?
OK?
OK?
OK?
7 FCV-405B AUX FEED TO 21 SG FLOW CTRL VLV AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 7
FCV-405C AUX FEED TO 23 SG FLOW CTRL VLV AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 7
FCV-405D AUX FEED TO 24 SG FLOW CTRL VLV AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 7
FCV406A AFW CONTROL VALVE TO NO 21 SG AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 7
FCV-406B AFW CONTROL VALVE TO NO 22 SG AFB 18-6 18-6 Yes ABS RRS Yes Yes NI/A Yes Yes 7 FCV406C AV AFB 18-6 18-6 YsAS RRS Yes Yes N/A Yes Yes 7
FCV-406D AFW CONTROL VALVE TO NO 24 SG AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 7
HCV-V111B 22 AFWP PUMP SPEED CONTROL VLV AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 7
HCV-123 EXCESS LETDOWN HX OUTFLOW CTRL VCI 46-0 15-16 46-0 Yes ABS RRS Yes Yes N/A Yes Yes VALVE 7
HCV-133 RHR PURIF LINE CONTRL VALVE VCI 46-0 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
HCV-142 CHARGING FLOW TO REGEN HX FLOW PPEN 51-0 51-0 Yes
'ASS
RRS, Yes Yes N/A Yes Yes CTRL VALVE 7
HCV-3003 SEAL WTR RET FLT BYPASS VALVE PAB 42-0 48-0 Yes ABS RRS Yes Yes N/A Yes Yes 7221A COMPRESSOR DCH PPNG RLF VLV CTLB 1
5-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
IA-1-1 21IA COMPRESSOR DISCH PPNG RLF VLV CTLB 15-0 15-0 Yes ABS RRS Yes Yes N/A Yes Yes 7 I--1 2IACMRSODICPPGRFVV CTLB 1501-YsAS RS e
e
/A Yes Yes 7
IA571 INSTRUMENT AIR RECEIVER RELIEF VALVE CTLB 15-0 15-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
LC^1207S LEVEL CONTROLLER EDGB 72-0 72-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
LC-1208S LEVEL CONTROLLER EDGB 72-0 72-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
LC^1209S LEVEL CONTROLLER EDGB 72-0 72-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
LCV^112A MAKE-UP TO VCT 3-WAY VALVE PAB 98-0 98-0 Yes BS GRS Yes Yes N/A Yes Yes i
LCV-1 12B RWST TO CHARGING PUMP SUCTION PAB 80-0 80-0 Yes ABS RRS Yes Yes N/A Yes Yes VALVE 7
LCV-1158 CONDENSATE STORAGE TANK LEVEL AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes CONTROL VALVE 7
LCV-459 LETDOWN CTRL VALVE VCI 46-0 53 Yes ABS RRS Yes Yes N/A Yes Yes 21 SG MSIV 71-0 No ABS RRS Yes Yes 7
MS-1-21 22 SG MSIV AfB 63-0 63-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-1-22 22 SG MSIV AFB 63-0 63-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-1-23 23 SG MSIV AFB 63-0 63-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-1-24 24 SG MSIV AFT6-6-0N ASS RRS Yes Yes N/A Yes Yes 7
MS-45A STEAM GEN 21 SAFETY RELIEF VALVE AFB 80-0 80-0 No ABS RRS Yes Yes N/A Yes Yes MS-45B STEAM GEN 22 SAFETY RELIEF VALVE AFB 71-0 0No ASS RRS Yes Yes N/A Yes yes L_
Page 7 SVDS Rev 1.doc 7-15-99
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
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D Floor Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No, Equipment Descripton Butiding Elev.
No.
Elev.
40'? Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
7 MS-45C STEAM GEN 23 SAFETY RELIEF VALVE AFB 80-0 80-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-45D STEAM GEN 24 SAFETY RELIEF VALVE AFB 71-0 71-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-46A STEAM GEN 21 SAFETY RELIEF VALVE AFB 80-0 80-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-46B STEAM GEN 22 SAFETY RELIEF VALVE AFB 71-0 71-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-46C STEAM GEN 23 SAFETY RELIEF VALVE AFB 80-0 80-0 No ABS RRS Yes Yes N/A Yes Yes MS-46D STEAM GEN 24 SAFETY RELIEF VALVE AFB 71-0 71-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-47A STEAM GEN 21 SAFETY RELIEF VALVE AFB 80-0 80-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-47B STEAM GEN 22 SAFETY RELIEF VALVE AFB 71-0 71-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-47C STEAM GEN 23 SAFETY RELIEF VALVE AFB 80-0 80-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-47D STEAM GEN 24 SAFETY RELIEF VALVE AFB 71-0 71-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-47A STEAM GEN 21 SAFETY RELIEF VALVE AFB 80-0 80-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-48A STEAM GEN 22 SAFETY RELIEF VALVE AFB 71-0 71-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-48C STEAM GEN 23 SAFETY RELIEF VALVE AFB 80-0 80-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-48C STEAM GEN 24 SAFETY RELIEF VALVE AFB 71-0 71-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-48A STEAM GEN 21 SAFETY RELIEF VALVE AFB 80-0 80-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-49B STEAM GEN 22 SAFETY RELIEF VALVE AFB 80-0 80-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-49C STEAM GEN 23 SAFETY RELIEF VALVE AFB 80-80-0 No ABS RRS Yes Yes N/A Yes Yes 7
MS-49D STEAM GEN 24 SAFETY RELIEF VALVE AFB3 71-0 71-01 No ABS RRS Yes Yes NIA Yes Yes 7
MS-52 AFWP 22 STM SUPPLY SAFETY RLF VALVE AFB 18-0 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 7
PCV-I 041 H2 SUPPLY TO VCT SH BANK PRESS PAB 80-0 80-0 Yes ABS RRS Yes Yes N/A Yes Yes CTRL VLV 7
PCV-1042 H2 SUPPLY TO VCT NORTH BANK PRESS PAB 80-0 80-0 Yes ABS RRS Yes Yes N/A Yes Yes CTRL VLV 7
PCV-1043 N2 SUPPLY TO VCT PRESS CTRL VAVLE PAB 80-0 80-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
PCV-1 044 N2 SUP'PLY TO VCT PRESS CTRL VALVE PAB 80-0 80-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
PCV-1 134 ATM STMURE L VLV 21 SG AFCB 80-0 80-0 No ABS RRS Yes Yes N/A Yes Yes 7
PCV-1 135 ATM STM REL VLV 22 SG AFB 80-0 80-0 No ABS RRS Yes Yes N/A Yes Yes 7
PCV-1136 ATM STM REL VLV 23 SG AFB 80-0 80-0 No ABS RRS Yes Yes N/A Yes Yes 7
PCV-1 137 ATM STM REL VLV 24 SG AFB 71-0 71-0 No ABS RRS Yes Yes N/A Yes Yes 7
PCV-1139 AUX FWP TURB STM SUPP PRESS AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes REDUCING VALVE I_
7 PCV-1 13A H2 SUPPLY TO VCT REG VALVE PAB 98-0 98-0 Yes BS GRS Yes Yes N/A Yes Yes Page 8 SVDS Rev 1,doc 7-15-99
SCREENING VERIFICATION DATA SHEETS (SVDS)
Eqi.Floor Room Base Cap.
Demand Cap. >
Caveats Anchor Inter.
Equip.
Notes Cls qip. D. No.
Equipment Description Building Elev.
No.
Elev.
<40'? Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
7 PCV-1 14 N2 SUPPLY TO VCT REG VALVE PAB 98-0 98-0 Yes BS G-;Rs Yes No N/A Yes No 7
PCV-1 213 CRTL VALVE TO REGULATE PRESSURE ON AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes
22 ABFW PUMP BEARING COOLING WATER 7
PCV-1 214 S.G. BLOWDOWN ISO VLV 21 SG PPEN 51.0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
PCV-1 215 S.G. BLOWDOWN ISO VLV 22 SG PPEN 51 -0 51-01 Yes ABS RRS Yes Yes N/A Yes Yes 7
PCV-1 216 5.G. BLOWDOWN ISO VLV 23 SG PPEN 51-0 51 -0 Yes ABS RRS Yes Yes N/A Yes Yes 7
PCV-1 217 S.0. BLOWDOWN ISO VLV 24 SG PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
PCV-1 228 I/A SPPLY CONT BLDG INSTR AIR HDR PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
PCV-1 276 N2 BACKUP TO AFW CONTROL VALVES AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 7
PCV-1 284 RELIEF VALVE N2 BACKUP TO AFW AFB 18-6 18-6 Yes ABS RRS Yes Yes N/A Yes Yes CONTROL VALVE__
7 PCV-1 310OA AUX FEEDWATER PUMP 22 TURB STEAM AFB 43-0 43-0 Yes qAS RRS Yes Yes N/A Yes Yes SUPPLY SHUT-OFF VALVE 7
PCV-1 31 08 AUX FEEDWATER PUMP 22 TURB STEAM AFB 32-6 33-6 Yes ABS RRS Yes Yes N/A Yes Yes SUPPLY SHUT-OFF VALVE, 7
PCV-1 35 NON-REGEN HX OUT FLOW PAS 98-0 NON-98-01 Yes BS GRS Yes Yes N/A Yes Yes
______R EG EN__
7 PCV-455C PRESSURIZER PORV VC 95-0 PZR 117-No ABS RRS Yes Yes N/A Yes Yes 0
7 PCV-456 PRESSURIZER PORV VC 950 PR 117-No ABS RRS Yes Yes N/A Yes Yes 0
7 PCV-464 PRESSURIZER SAFETY RELIEF VALVE VC 95-0 95-0 No ABS RRS Yes Yes N/A Yes Yes 7
PCV-466 PRESSURIZER SAFETY RELIEF VALVE VC 95-0 95-0 No ABS RRS Yes Yes N/A Yes Yes 7
PCV-468 PRESSURIZER SAFETY RELIEF VALVE VC 95-0 95-0 No ABS RRS Yes Yes N/A Yes Yes 7
PRV-3100 N2 TO PORV 455C REG VALVE VC 95-0 100-No ABS RRS Yes Yes N/A Yes Yes 0
7 PRV-3101 N2 TO PORV 456 REG VALVE VC 95-0 100-No ABS RRS Yes Yes N/A Yes Yes 0
7 SWN-42-1 FCU-21 SW INLET RELIEF VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
SWN-42-2 FCU-22 SW INLET RELIEF VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
SWN-42-3 FCU-23 SW INLET RELIEF VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes NA Ys Yes 7
SWN-42-4 FCU-24 SW INLET RELIEF VALVE PPEN 51-0 51 -0 Yes ABS RRS Yes Yes N/A Yes Yes 7
SWN-42-5 FCU-25 SW INLET RELIEF VALVE FVtN W-u 01-Ul Yes I AM., I MKO T Ub T ab 1141M T Lb T tM Ii.-uI yes IMI jg
es F'dIM I
I tIS I
7 SWN-63 DG-22 JW & LO CLRS CW INLT RLF VLV EuGub (i-u 72-0 I Yes I Abz-I KK,'j Yes T e5 i
Nftl
T eb T as I
es I
res 7
SWN-63-1 DG-23 JW & LO CLRS CW INLT RLF VLV EU(3t3 (2-0 2-U I Yes I b I KK Yes TeS I
NIA Y as Yes I I
__________ I. _________________.i _________________________________________________________ A _________.i....A A............L
_______ A ______ A __________ A. ________ A __________ - ________
SVDS Rev 1.doc 7-15-99 Pg Page 9
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
.c.
Floor Room Base Cap.
Demand Cap. >
Caveats Anchor Inter.
Equip.
Notes Class Equip. ID. No.
Equipment Descrption Building Elev.
No.
Elev. <40'?
Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
7 SWN-63-2 DG-21 JW & LO CLRS CW INLT RLF VLV EDGB 72-0 72-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
SWN-81 CCW HX 22 SW OUTLET RELIEF VLV PAB 98-0 98-0 Yes BS GRS Yes Yes N/A Yes Yes 7
SWN-81-1 CCW HX 21 SW OUTLET RELIEF VLV PAB 98-0 98-0 Yes BS GRS Yes Yes N/A Yes Yes 7
SWN-86 21 IA COOLER SW INLT RELIEF VLV CTLB 15-0 15-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
SWN-86-1 22 IA COOLER SW INLT RELIEF VLV CTLB 15-0 15-0 Yes ABS RRS Yes Yes N/A Yes Yes 7
TCV-1103 SW RET FROM CFCU TEMP CTRL VALVE SW 35-0 37-0 Yes ABS RRS Yes Yes N/A Yes Yes ROOM 3-_
37-0 Yes A
Re s
A s
7 TCV-1104 FAN COOLING UNTS RTN BYPS VLV SW 37-0 37-0 Yes ABS RRS Yes Yes N/A Yes Yes ROOM__
7 TCV-1 105 FAN COOLING UNTS RTN BYPS VLV SW 37-0 35-0 Yes ABS RRS Yes Yes NIA Yes Yes ROOM__
7 TCV-1 1 13 INST AIR CC HX SW OUTLET TCV CTLB 15-0 1-Yes ABS RRS Yes Yes N/A Yes Yes 7
TCV-130 TEMP CONTROL VALVE PAB 98-0 C-S 98-0 Yes SBS GRS Yes Yes N/A Yes Yes 7
TCV-149 NON-REGEN HX FLOW OUTLET 3-WAY PAB 98-0 98-0 Yes BS GRS Yes Yes N/A Yes Yes 8B 0519 PRIMARY WATER MAKE-UP TO PRT VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes NiA Yes Yes 8A 1802A SIS RECIRC PUMP DISCHARGE VALVE VCI 46-0 9-11 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 1802B SIS RECIRC PUMP DISCHARGE VALVE VCI 46-0 9-11 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 1810 MOV RWST TO $IS PMP ISO VALVE PAB 59-0 59-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 1870 RHR PUMP MINI FLOW TEST LINE VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 205 CHARGING FLOW TO RCS ISO VLV PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 222 RCP SEAL WTR RETURN ISO VLV PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 226 CHARGING FLOW TO RCS CTMT ISO VLV PPEN 51-0 S1-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 227 HCV-142 BYPASS CH FLOW TO RCS VLV PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 250A 21 RCP SEAL INJ LINE ISO VLV PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes A
250B 22RCPSEALINJLINEISOVLV PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 250C 23 RCP SEAL INJ LINE ISO VLV PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 250D 24 RCP SEAL INJ LINE ISO VLV PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 333 BORIC ACID FEED TO CHG PUMPS VALVE PAB 98-0 98-0 Yes BS GRS Yes Yes N/A Yes Yes 8A 4394 FLUSH WTR TO RCS SAMPL HX CTRL VLV PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 4395 FLUSH WTR TO RCS SAMPL HX CTRL VLV PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 4396 R.C. SAMPL BOOSTER PUMP INLET ISO VLV PPEN 51-0 51-0 Yes ABS RRS Yes No N/A Yes No SVDS Rev 1.doc 7-15-99 Page 10
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
N
.Floor Room Base Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev.
<40? Spec. Spectrum Dem.?
OK?
OK?
OK'?
OK?
8A 4397 R.C. SAMPL BOOSTER PUMP OUTLET ISO PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes VLV Y
YY e
8A 4925 21 RCP SEAL INJ LINE ISO VLV PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 4926 22 RCP SEAL [NJ LINE ISO VLV PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 4927 23 RCP SEAL INJ LINE ISO VLV PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 4928 24 RCP SEAL INJ LINE ISO VLV PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 5153 GROSS FAILED FUEL DETCTOR SMPL LINE MEZZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes ISO VLV MEZZA 8A 5154 GROSS FAILED FUEL DETECTOR SAMPLE MEZZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes LINE ISOLATION VALVE MEZZA BA 535 PORV BLK VLV 455C VC 95-0 PZR 117-No ABS RRS Yes Yes N/A Yes Yes 0
8A 536 PORV BLK VLV 456 VC 95-0 PZR 117-No FkS-S RRS Yes Yes N/A Yes Yes 8A 730 RHR SUCT LN ISO VLV VC 46-0 15 56-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 731 RHR SUCT LN ISO VLV VCI 46-0 16 59-6 Yes ABS RRS Yes Yes N/A Yes Yes 8A 743 RHRPUMPMINIFLOWTESTLINEVLV PAB 51-6 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 744 RHR PUMP DISCNI ISO VLV PAB 51-6 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 745A RHR HX 22 INLET ISO VLV VCI 68-0 9-11 68-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 745B RHR HX 22 INLET ISO VLV VCI 68-0 10 68-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 746
22 RRHX 2 ITLT ISO STOP VLV VCI 68-0 9-11 68-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 747
21 RRHX OUTLT ISO STOP VLV VCI 68-0 10 68-0 Yes ABS RRS Yes Yes N/A Yes Yes BA 769 CCW SUPP-RCP ISO PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes BA 784 CC1 RET FR RCP ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes
.A 786 CCW RET FR RCP ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 789 CCW RET FR RCP ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 797 CCW SUPP-RCP ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes BA 822A RHR HX 22 ISO VALVE VCl 46-0 10 68-0 Yes ABS RRS Yes Yes N/A Yes Yes BA 8228 RHR HX 21 ISO VALVE VCI 46-0 10 68-0 Yes ABS RRS Yes Yes N/A Yes Yes A
88 RWST TO RHR PUMP SUCT VALVE PAB 27-0 27-0 Yes ABS RRS Yes Yes N/A Yes Yes BA 797 CO N
SUMP TO RHR PPEN 35-0 35-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 885B RHROH 21N N ISUM VALV VCI 46-0 VALVEYs B
RS Ye e
N/A Ye Ys 8A 888A RHR HX 21 TO Si PUMPS SUCT VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 888B RHR HX 21 TO Si PUMPS SUCT VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes SVDS Rev 1.doc 7-15-99 Page 1 1
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D, No.
Equipment Description Building Elev.
No.
Elev.
<40'? Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
8A 889A CTMT SPRAY HEADER ISO VALVE VCI 46-0 10-11 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 889B CTMT SPRAY HEADER ISO VALVE VCI 46-0 10-11 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 894A NO. 21 ACCUM DISCHARGE VALVE VCI 46-0 9-10 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 894B NO. 22 ACCUM DISCHARGE VALVE VC 46-0 18 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 894C NO. 23 ACCUM DISCHARGE VALVE VC 46-0 6-7 46-0 Yes ABS RRS Yes Yes NIA Yes Yes 8A 894D NO. 24 ACCUM DISCHARGE VALVE VCI 60-0 1-2 60-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 955A BORON SAMPL LINE ISO VALVE VCI 46-0 14 65-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 955B BORON SAMPL LINE ISO VALVE VCI 46-0 6
65-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 956E BORON SAMPL LINE ISO VALVE MEZZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes MEZZA 8A 956F BORON SAMPL LINE ISO VALVE MEZZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes MEZZA 8B EP-1 EL. PNEUMATIC VALVE EDGB 72-0 72-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B EVY10 SOLENOID VALVE EDGB 72-0 72-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B EVY1 1 SOLENOID VALVE EDGB 72-0 72-0 Yes ABS RRS Yes Yes N/A Yes Yes L U..
_I_/
(4-I-U
-e
-- b I-Ib kiN I V_
V _
8B EVY1 2 SOLENOID VALVE EDGB~
724-0 72-0 Yes ADO Hls sk Tub I Cb N/AM I Vs I U
Ui__
.I (21-U n
70 e 7^
yes IVncA I ---
I 8B EVY1 3 SOLENOID VALVE EDGB I72-0 724-0 YesI ADO RRSo yes Y es N/tA YeSb Yes A'
LU SB EVY14 SOLENOID VALVE EDGB 72-0 72-0 Yes ABS RRS Yes Yes N/A Yes 8B EVY1 SOLENOID VALVE EDGB 72-0 72-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B EVY1 6 SOLENOID VALVE EDGB 72-0 72-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A FCV-625 CCW RET FR RCPs ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes
.A HCV-638
21 RHR HX OUTLT CTRL VALVE VCI 46-0 10 66-0 Yes.AS RRS Yes Yes N/A Yes Yes 8A HCV-640
22 RHR HX OUTLT CTRL VALVE VCI 46-0 10 66-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A LCV-1 12C VCT OUTLET ISO VLV PAB 98-0 98-0 Yes BS GRS Yes Yes N/A Yes Yes 8B LCV-1 207A LEVEL CONTROL VALVE EDGB 72-0 72-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B LCV-1207B FUEL OIL DAY TANK LEVEL 21 EDGB 72-0 72-0 Yes ABS RRS Yes Yes N/A Yes Yes yes. I........
rronC ynn esn ^negsc P4/I IO e-s:
8B LCV-1 208A LEVEL CONTROL VALVE EuGB 7t2-U 72-01 Yes IABS RRSZ-1 Yes Yes N/A Yes~
T MP I
+
f------h---r-t t..
I t
t if 12-01 Yes I XIi Yes yes N/A
es
es LCV-1 208B FUEL OIL DAY TANK LEVEL 22 EDGB 1 72-0 72.0 IYes IABS RRS:
Yes Yes N/A Yes Y es 8B LCV-1209A LEVEL CONTROL VALVE EDGB 72-0 72-0 Yes ASS RRS Yes Yes N/A Yes Yes 8B LCV-1209B FUEL OIL DAY TANK LEVEL 23 EDGB 72-0 72-0 Yes ABS RRS Yes Yes N/A Yes Yes SB SOV-1 12A SOLENOID VALVE PAB 98-0 1-4 98-0 Yes 8S GRS Yes Yes N/A Yes Yes_
SkVDS Rev 1.doc 7-15-99 Page 1 2
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev. 140'? Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
8B SOV-1 128 SOLENOID VALVE PAB 80-0 88-0 Yes ABS RRS Yes Yes N/A Yes Yes 88 SOV-1170 SOLENOID VALVE SW 37-0 37-0 Yes ABS RRS Yes Yes N/A Yes Yes ROOM 8B SOV-1171 SOLENOID VALVE SW 37-0 37-0 Yes ABS RRS Yes Yes N/A Yes Yes ROOM 8B SOV-1177 21 AFTCLR INLET SOLENOID CTLB 15-0 15-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B SOV-1 178 22 AFTCLR INLET SOLENOID CTLB 15-0 15-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B SOV-1230 SG 21 MSIV SOV AFB 77-4 AB/H8-77-4 No ABS RRS Yes Yes N/A Yes Yes 19.5 8B SOV-1231 SG 21 MSIV SOV AFB 77-4 AB/H 77-4 No ABS RRS Yes Yes N/A Yes Yes 19.5 SO-13 SG 21 MAA 7Bes 8B SOV-1 232 SG 21 MSIV SOV AFB 77-4 AB/H8-74 No ABS RRS Yes Yes N/A Yes Yes
19.
88 SOV-1233 SG 21 MSIV SOV AFB 77-4 AB/1H 77-4 No A8S RRS Yes Yes N/A Yes Yes 19.5,,_
88 SOV-1234 SG 22 MSIV SOV AFB 64-8 AB/1H 64-8 No ABS RRS Yes Yes N/A Yes Yes 21.6 88 SOV-1 235 SG 22 MSIV SOV AFB 64-8 AB/H8-64-8 No ABS RRS Yes Yes N/A Yes Yes 21.6 8B SOV-1236 SG 22 MSIV SOV AFB 64-8 AB/H8-64-8 No ABS RRS Yes Yes N/A Yes Yes 21.6 SOV AFB 77-4 7
N S
N Y
Y 8B SOV-1 237 SG 22 MSIV SOV AFB 64-8 AB/H8-64-8 No ABS RRS Yes Yes N/A Yes Yes 21.6 8B SOV-1 238 SG 23 MSIV SOV AFB 77-4 AB/H8-77-4 No ABS RRS Yes Yes N/A Yes Yes 19.5 88 SOV-1239 SG 23 MSIV SOV AFB 77-4 AB/H8-77-4 No ABS RRS Yes Yes N/A Yes Yes
~19.5 88 SOV-1 240 SG 23 MSIV SOV AFB 77-4 AB/H8-77-4 No ABS RRS Yes Yes N/A Yes Yes 19-5 8B SOV-1241 SG 2MSIVSOV AFB 774 AB/H8-77-4 No ABS RRS Yes Yes N/A Yes Yes 19.5 8
SOV-1 242 SG 24 MSIV SOV AFB 64-8 AB/1H8-64-8 No ABS RRS Yes Yes N/A Yes Yes 21.6 88 SOV-1 243 SG 24 MSIV SOV AFB 64-8 AB/1 64-8 No ABS RRS Yes Yes N/A Yes Yes 21.6 88 SOy-1 244 SG 24 MSIV SOV AFB 64-8 AB/H 64-81 No ABS RRS Yes Yes N/A Yes Yes 21.6__
88 SOy-i 245 SG 24 MSIV SOV AFB 64-8 AB/1 64-8 No ABS RRS Yes Yes N/A Yes Yes 2 1,6 8B SOV-1 258 CST LEVEL CONTROL SOV AFB 18 8-6 Yes ABS RRS Yes Yes N/A Yes Yes Page 1 3 SVDS Rev 1.doc 7-15-99
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap-Demand Cap. >
Caveats An ip.
Note Cqass Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev. <40'? Spec Spectrum Dem.?
OK?
OK?
OK?
OK?
__Notes 8B SOV-1 276 SOLENOID VALVE EDGB 67-0 72-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B SOV-1276A SOLENOID VALVE EDGB 67-0 72-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B SOV-1310 AUX FWP TURB STM SUPP SOV AFB 43-0 43-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B SOV-1311 AUX FWP TURB STM SUPP SOV AFB 32-6 36-6 Yes ABS RRS Yes Yes N/A Yes Yes 8B SOV-1314 SOLENOID VALVE PPEN 51-0 5.1-B.B 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B SOV-1315 SOLENOID VALVE PPEN 51-0 5.1-B.B 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 88 SOV-1 316 SOLENOID VALVE PPEN 51-0 5.1-B.B 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B SOV-1317 SOLENOID VALVE PPEN 51-0 5.1-B.B 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B SOV-1 321 SOLENOID VALVE AFBP 18-6 AB 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 8B SOV-1323 SOLENOID VALVE AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 8B SOV^1 428 SOLENOID VALVE PPEN 518-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B SOV-149 SOLENOID VALVE PAB 98-0 VCT 98-0 Yes BS GRS Yes Yes N/A Yes Yes 8B SOV-200A 200A INSTRUMENT AIR SUPPLY SOLENOID VC 46-0 15-16 46-0 Yes ABS RRS Yes Yes N/A Yes Yes VALVE 8B SOV-200B 200B INSTRUMENT AIR SUPPLY SOLENOID VC 46-0 15-16 46-0 Yes ABS RRS Yes Yes N/A Yes Yes VALVE 8B SOV-200C 200C INSTRUMENT AIR SUPPLY SOLENOID VC 46-0 15-16 46-0 ABS RRS Yes Yes N/A Yes Yes VALVE 88 SOV-201 SOLENOID VALVE FAN 51-0 15-16 51-0 Yes ABS RRS Yes Yes N/A Yes Yes ROOM 8B SOV-202 SOLENOID VALVE FAN 51-0 15-16 51-0 Yes ABS RRS Yes Yes N/A Yes Yes ROOM 88 SOV-204A SOLENOID VALVE VCI 46-0 16 58-0 Yes ABS RRS Yes Yes N/A Yes Yes 88 SOV-204B SOLENOID VALVE VCl 46-0 12 58-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B SOV-212 SOLENOID VALVE VCI 46-0 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B SOV-213 SOLENOID VALVE, INITIATES EXCESS VCI 46-0 12-13 46-0 Yes ABS RRS Yes Yes N/A Yes Yes LETDOWN FLOW 8B SOV-215 215 INSTRUMENT AIR SUPPLY SOLENOID VCI 46-0 15-16 46-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B SOV-268 SOLENOID VALVE PAB 98-0 A4 98-0 Yes BS GRS Yes Yes N/A Yes Yes 8B SOV-3003 SOLENOID VALVE PAB 98-0 E4 98-0 Yes BS GRS Yes Yes N/A Yes Yes 8B SOV-310 SOLENOID VALVE PAB 59-0 VALVE 56-0 Yes ABS RRS Yes Yes N/A Yes Yes RM 8B SOV-3418 N2 SUPPLY TO PRT PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes BB SOV-34119 N2 SUPPLY TO PRT PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/
Ye Ys SVDS Rev 1.doc 7-15-99 Page 14
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap. >
Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No.
Equipment Description Buildig' E
lev.
No.Elev.
? Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
8B SOV-459 SOLENOID VALVE, BLOCK LETDOWN FROM VCI 46-0 12-13 46-0 Yes ABS RRS Yes Yes N/A Yes Yes RCS ON LOW PRESSURIZER LEVEL 8B SOV-544 SOLENOID VALVB VCl 46-0 48-0 Yes ABS RRS Yes Yes N/A Yes Yes 8B SOV-791 EXCESS LETDOWN Hx COOLING WATER PPEN 51-0 15-16 51-0 Yes ABS RRS Yes Yes N/A Yes Yes ISOLATION SOLENOID VALVE NO 791 8B SOV-793 CVCS EXCESS LETDOWN Hx INSTRUMENT PPEN 51-0 15-16 51-0 Yes ABS RRS Yes Yes N/A Yes Yes AIR SUPPLY SOLENOID VALVE 793 8B SOV-796 EXCESS LETDOWN Hx COOLING WATER PPEN 51-0 15-16 51-0 Yes ABS RRS Yes Yes N/A Yes Yes ISOLATION SOLENOID VALVE NO 796 SB SOV-798 EXCESS LETDOWN Hx COOLING WATER PPEN 51-0 15-16 51-0 Yes ABS RRS Yes Yes N/A Yes Yes ISOLATION SOLENOID VALVE NO 798 8A SWN-41-1A FCU-21 SW INLET ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A SWN-41-1B FCU-21 SW INLET ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A SWN-41-2A FCU-22 SW INLET ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A SWN-41-2A FCU-22 SW INLET ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A SWN-411-23 FCU-2 SW INLET ISO VALVE PPEN 51-0 51-0 Yes ABS Yes N/A Yes Yes 8A SWN-41-3A FCU-23 SW INLET ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A SWN41-3B FCU-23 SW INLET ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A SWN414A FCU-24 SW INLET ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A SWN-41-4B FCU-24 SW INLET ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A SWN41-5A FCU-25 SW INLET ISO VALVE PPEN 62-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A 8WN41-5B FCU-25 SW INLET ISO VALVE PPEN 62-0 51-C Yes ABS RRS Yes Yes N/A Yes Yes 8A SWN-44-IA FCU-21 SERVICE WATER OUTLET MEZZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes ISOLATION VALVE MEZZA 8A SWN-44-1 B FCU-21 SW OUTLET ISO VALVE MEZZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes MEZZA 8A SWN-44-2A FCU-22 SW OUTLET ISO VALVE MEZZ 68-0 68-0 68-0 Yes A8S RRS Yes Yes N/A No No MEZZA_ __
8A SWN44-2B FCU-22 SW OUTLET ISO VALVE MEZZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes MEZZA_
8A SWN44-3A FCU-23 SW OUTLET ISO VALVE MEZZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes MEZZA A
SWN44-3B FCU-23 SW OUTLET ISO VALVE MEZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A SWN-4414A FCU-24 SW OUTLET ISO VALVE MEZZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes MEZZA 8A SWN-44-4B FCU-24 SW OUTLET ISO VALVE MEZZ 51-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes I
_ _M EZZA I___
_I_
SVDS Rev 1.doc 7-15-99 Page 1 5
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev.
<40'? Spc. Spectrum Dem.?
OK?
OK?
OK?
OK?
8A SWN-44-5A FCU-25 SW OUTLET ISO VALVE MEZZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes MEZAN 68-0 Ye eYs 8A SWN-44-51B FCU-25 SW OUTLET ISO VALVE MEZZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes MEZZA__
8A SWN-51-1A 21 FCU OUTLET SAMPLE ISO VALVE MEZZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes MEZZA 8A SWN-51-2A 22 FCU OUTLET SAMPLE ISO VALVE MEZZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A No No MEZZA 8A SWN-51-3A 23 FCU OUTLET SAMPLE ISO VALVE MEZZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes MEZZA 8A SWN-51-4A 24 FCU OUTLET SAMPLE ISO VALVE MEZZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes MEZAN_
8A SWN-51-5A 25 FCI OUTLET SAMPLE ISO VALVE MEZZ 68-0 68-0 68-0 Yes ABS RRS Yes Yes N/A Yes Yes MEZZA 8A SWN-617 STRAINER BACKWASH ISOLATION VALVE SWSTR 15-0 15-0 Yes ABS RRS Yes Yes N/A Yes Yes PIT 8A SWN-618 STRAINER BACKWASH ISOLATION VALVE SWSTR 15-0 15-0 Yes ABS RRS Yes Yes N/A Yes Yes PIT 15-0
_Ye ee 8A SWN-619 STRAINER BACKWASH ISOLATION VALVE SWSTR 15-0 15-0 Yes ABS RRS Yes Yes N/A Yes Yes PIT
_Y_
8A SWN-620 STRAINER BACKWASH ISOLATION VALVE SWSTR 15-0 15-0 Yes ABS RRS Yes Yes N/A Yes Yes PIT 51-0 0 Y
Be e
N s
8A SWN-621 STRAINERBACKWASH ISOLATION VALVE SWSTR 15-0 15-0 Yes ABS RRS Yes Yes N/A Yes Yes PIT I_
8A SWN-622 STRAINER BACKWASH ISOLATION VALVE SWSTR 15-0 15-0 Yes ABS RRS Yes Yes N/A Yes Yes PIT__
8A SWN-71-1A FCU-21 MOTOR ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes BA SWN-71-_B FCU-21 MOTOR ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A SWN-71-2A FCU-22 MOTOR ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A SWN-71-2B FCU-22 MOTOR ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes BA SWN-71-3A FCU-23 MOTOR ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes BA SWN-71-3.
FCU-23 MOTOR ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A SWN-71-4A FCU-24 MOTOR ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A SWN-71-4B FCU-24 MOTOR ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A SWN-71-5A FCU-25 MOTOR ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 8A SWN-71-51B FCU-25 MOTOR ISO VALVE PPEN 51-0 51-0 Yes ABS RRS Yes Yes N/A Yes Yes 9
FAN22SUP CCR SUPERVISORY PANELS VENT FAN 22, CTLB 530 72-0 Yes ABS RRS Yes Yes Yes Yes Yes I M Z I A
SVDS Rev 1doc 7-15-99 Page 16
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev.
40'? Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
9 O21CRDF CONTROL ROD DRIVE VENT FAN 21 VC 95-0 95-0 No ABS RRS Yes Yes Yes Yes Yes 9
OO21CRF CONTAINMENT RECIRC FAN 21 VC 68-0 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 9
6O22CRDF CONTROL ROD DRIVE VENT FAN 22 VC 95-0 95-0 No ABS RRS yes Yes Yes Yes Yes 9
OO22CRF CONTAINMENT RECIRC FAN 22 VC 68-0 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 9 O23CRDF CONTROL ROD DRIVE VENT FAN 23 VC 95-0 95-0 No ABS RRS Yes Yes Yes Yes Yes 9
OO23CRF CONTAINMENT RECIRC FAN 23 VC 68-0 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 9 O24CRDF CONTROL ROD DRIVE VENT FAN 24 VC 95-0 95-0 No ABS RRS Yes Yes Yes Yes Yes 23CRF C
R F
2-0 0023CRF CONTAINMENT RECIRC FAN 25 VC 68-0 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 9 025CRF C NTAINMENT RECIRC FAN 25 VC 68-0
-0 Yes ABS RRS Yes Yes Yes Yes Yes FAN_____
9 21 ETEF EXHAUST FAN ELEC 73-7 BEHIN 73-7 Yes ABS RRS Yes No Yes Yes No TUNNEL D
EDBG
___I 22CPEF PAB CB PRGE & WSTE HLDUP TANK PIT EXH PAB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes FAN__
9 22ETEF EXHAUST FAN ELEC 73-7 BEHIN 73-7 Yes ABS RRS Yes No Yes Yes No TUNNEL D
E D B G CPFBD BYPASS DAMPER PAB N/A N/A N/A N/A N/A N/A N/A N/A N/A Yes See 21CPEF and 22CPEF 9
CPFFD FACE DAMPER PAB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes See 21CPEF and
_____22CPEF 9
F-213 WALL FAN #213 CTLB 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes F-215 WALL FAN #215 CTLB 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes 9
F-216 WALL FAN #216 CTLB 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes 9
F-318 EDG BLDG FAN EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 9
F-319 EDG BLDG FAN EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 9
F-320 EDG BLDG FAN EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 9
F-321 EDG BLDG FAN EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 9
F-322 EDG BLDG FAN EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes
_32
_D BLD FA EDG YeS e
e e
e e
SVDS Rev 1.doc 7-15-99 Page 17
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class' Equip. ID. No.
Equipment Description Building Elev.
No.
Elev, `<40'? Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
Notes 9
F-323 EDG BLDG. FAN EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 9
FS FIRESTAT FOR FAN 22 CTLB 53-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 10 11/IP1-S024 FIRE DAMPER BANK CTLB 33-0 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 10 318DMPR PNEUM OPERATED ALU DAMPER EDGB 72-0 ON 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 10 31 FANS 72-0 Yeee e
10 319DMPR PNEUM OPERATED ALU DAMPER EDGB 72-0 ON 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 10 FANS 72-0 Yee e
s 10 32ODMPR PNEUM OPERATED ALU DAMPER EDGB 72-0 ON 72-0 Yes ABS RRS Yes Yes Yes Yes Yes FANS 10 321 DMPR PNEUM OPERATED ALU DAMPER EDGB 72-0 FAON 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 10____ DF8FANS Ye 10 322DMPR PNEUM OPERATED ALU DAMPER EDGB 72-0 ON 72-0 Yes ABS RRS Yes Yes Yes Yes Yes IFANS 10 323DMPR PNEM OPERATED DAMPER EDGB 72-0 ON 72-0 Yes A$S RRS Yes Yes Yes Yes Yes FANS 10 CCR-H1 DAMPER FAN RM 72-0 80-0 Yes ABS RRS Yes Yes Yes Yes Yes 10 CCR-H2 DAMPER FAN RM 72-0 80-0 Yes ABS RRS Yes Yes Yes Yes Yes 10 CCR-J1 DAMPER FAN RM 72-0 80-0 Yes ABS RRS Yes Yes Yes Yes Yes 10 CCR-J2 DAMPER FAN RM 72-0 80-0 Yes ABS RRS Yes Yes Yes Yes Yes 10 FD213 AUTOMATIC SHUTTER 213 CTLB 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes 1 0 FD215 AUTOMATIC SHUTTER 215 CTLB 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes 1 0 FD216 AUTOMATIC SHUTTER 216 CTLB 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes 10 IP1-S109 FIRE DAMPER BANK CTLB 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes 10 L-21 PNEUM OPERATED INTAKE LOUVER EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes
.0 L-214 COMB LOUVER/INTAKE RLF DAMPER CTLB 33-0 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 10 L-22 PNEUM OPERATED INTAKE LOUVER EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 10 L-23 PNEUM OPERATED INTAKE LOUVER EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 10 L-24 PNEUM OPERATED INTAKE LOUVER EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 10 L-25 PNEUM OPERATED INTAKE LOUVER EDGB 72-0720 Yes ABS RRS Yes Yes Yes Yes Yes 12 0021IAC INSTRUMENT AIR COMPRESSOR 21 CTLB 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes 12 00211ACJC INST AIR COMP 21 JACKET COOLER CTLB 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes 12 00221AC INST AIR COMP 22 CTLB 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes 12 00221ACJC INST AIR COMP 22 JACKET COOLER CTLB 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes 12 21 EDAC STARTING AIR COMPRESSOR #21 EDGB 67-0 67-0 Yes ABS RRS Yes Yes Yes Yes Yes ii
S.
SVDS Rev 1.doc 7-15-99 Page 18
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Eqi.Equip.
ID.N.EupetDsrpinBldg Floor Room Base 4'
Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class_______________________________
No.Ele__I_
Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
12 22EDAC STARTING AIR COMPRESSOR #22 EDGB 67-0 67-01 Yes IABS RRS Yes Yes Yes Yes Yes 12 23EDAC STARTING AIR COMPRESSOR #23 EDGB 67-0 67-0 Yes IABS RRS Yes Yes Yes Yes Yes 14 DC DIST;PNL 125 VDC DISTRIBUTION PNL 21 PC3 CTLB 53-0 CCR/J8 53-0 Yes ABS RRS Yes Yes Yes Yes Yes
_21
_-10 14 DC DISTRPNL 125V DC DISTRIBUTION AREA, EPF1 PAB 98-0 98-0 Yes BS GRS Yes No Yes Yes No 21 AA__
1 4 DC DIST;PNL 125 VDC DISTRIBUTION PNL 22 PC4 CTLB 53-0 CCR/J8 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 22
_-10.
14 DC DlST;PNL 125 VDC DISTRIBUTION PNL 23AA EPF3 PAB 98-0 CCR/F-98-0 Yes BS GRS Yes Yes Yes Yes Yes 23A A 4
14 DC PWR;PNL 125 VDC POWER PANEL #21 PCI CTLB 33-0 CCR/G 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 21 6-10.
14 DC PWR;PNL 125 VDC POWER PANEL #22 PC2 CTLB 33-0 CCR/G 33-0 Yes ABS RRS Yes Yes Yes Yes Yes
_22 6-10.
14 DC PWR;PNL 125 VDC POWER PANEL #23 EPB33 CTLB 33-0 CCR/H 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 23
_6-10.
14 DC PWR;PNL 125 VDC POWER PANEL #24 EPA9 CTLB 33-0 CCR/F5 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 24
-10 1 4 EDBI STATIC INV. #24 MANUAL BY-PASS SWITCH CTLB 33-0 CCR/F5 33-0 Yes ABS RRS Yes Yes Yes Yes Yes
-10 1 4 EDB2 800A BATTERY #24 CIRCUIT BREAKER CTLB 33-0 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 1 4 EDB5 STATIC INV. #21 MANUAL BY-PASS SWITCH CTLB 133-0 JCCR/G 33-0 Yes ABS RRS Yes Yes Yes Yes Yes
~~ ~~6-10.
14 EDB6 STATIC INV. #22 MANUAL BY-PASS SWITCH CTLB 133-0 JCCR/G 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 6 1 0._
_ __6_
_1 0_
AI 14 EDB38 800A BATTERY #23 CIRCUIT BREAKER T/G BLDG 33-0 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 14 EDC1 STATIC INV, #23 MANUAL BY-PASS SWITCH CTLB 33-0 CCR/H 33-0 Yes ABS~ RRS Yes Yes Yes Yes Yes
_ I 6 -1 0
. 1
_ I __t _
14 EDDi TRANSFER SWITCH CTLB 15-0 CCR/G 15-0 Yes ABS RRS Yes Yes Yes Yes Yes
_ _ _ _ 4 ~
6 -1 1.4 14 EDD2 TRANSFER SWITCH C; I Lt3 lb-U FGH/u I lb-U 6-11.
Yes A135 RRS Yes Yes Yes Yes Yes I __ -
- - I-I --- I
__
I __
14 EDD3 TRANSFER SWITCH CTLB 15-0 JCCR/G 115-0 Yes ABS RRS Yes Yes Yes Yes Yes 14 EDD4 TRANSFER SWITCH CTLB 15-0 CCR/G 15-01 Yes ABS RR$
Yes Yes Yes Yes Yes 14 EPE3 118 VAC INSTRUMENT BUS #23A PAB 98-0 98-0 Yes BS GRS Yes Yes Yes Yes Yes 14 EPF6 120 VAC DISTRIBUTION PANEL #2 PAB 98-0 98-0 Yes BS GRS Yes Yes Yes Yes Yes 1 4 PE6 11 8 VAC INSTR BUS 24 CTLB 53-0 CCRIH 53-0 Yes ABS-RRS Yes Yes Yes Yes Yes I_
I__
I__
6 - 1 1.
SVDS Rev 1.doc 7-1 5-99Pae1 Page 1 9
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap. >
Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev
<40-7 Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
14 PE7 118 VAC INSTR BUS 23 CTLB 53-0 CCR/H 53-0 Yes ABS RRS '
Yes Yes Yes Yes Yes 6-11.
14 PE8 118 VAC INSTR BUS 21 CTLB 53-0 CCR/H 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 6-11.
14 PE9 118 VAC INSTR BUS 22 CTLB 53-0 CCR/G 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 14 PNL EPA______VENTDISTRIBUTONPANEL_1___
_72-06-11.
7 Y
Y 14 PNL EPA77 EDG VENT DISTRIBUTION PANEL 1 EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 14 PNL EPA78 EDG VENT DISTRIBUTION PANEL 2 EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 14 PNL EPZ28 CCR VENT DISTRIBUTION PANEL 21 CTLB 72-0 FAN 72-0 No ABS RRS Yes No Yes Yes No
__ROOM R
14 PNL EPZ29 CCR VENT DISTRIBUTION PANEL 22 CTLB 72-0 FAN 72-0 No ABS RRS Yes No Yes Yes No
_R O O M 14 PNL JC1 FAN ROOM CONTROL PANEL FAN 80-0 80-0 Yes ABS RRS Yes Yes Yes Yes Yes ROOM__
14 PNL PD-2 PRESSURIZER BACKUP HEATER #23 ELEC.
58-0 62-0 Yes MASS
RRS, Yes Yes Yes Yes Yes DISTRIBUTION PANEL PEN I__
14 PNL PD-3 PRESSURIZER BACKUP HEATER #21 ELEC.
58-0 62-0 Yes ABS RRS Yes Yes Yes Yes Yes DISTRIBUTION PANEL PEN 14 PNL PD-4 PRESSURIZER BACKUP HEATER #22 ELEC.
58-0 62-0 Yes ABS RRS Yes Yes Yes Yes Yes DISTRIBUTION PANEL PEN 14 WV7 FUSE BOX 21 CTLB 330 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 14 WV8 FUSE BOX 22 CTLB 33-0 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 15 BATT21 BATTERY BANK CTLB 33-0 21 33-0 Yes ABS RRS Yes Yes Yes Yes Yes BATTE RY K33 Ye ee 15 BATT22 BATTERY BANK CTLB 33-0 22 33-0 Yes ABS RRS Yes Yes Yes Yes Yes BATTE RY 15 BATT23 BATTERY BANK CTLB 33-0 23 33-0 Yes ABS RRS Yes Yes Yes Yes Yes BATTE RY 15 BATT24 BATTERY BANK CTLB 33-0 24 33-0 Yes ABS RRS Yes Yes Yes Yes Yes BATTE RY_
16 EGAI 10 KVA STATIC INVERTER #21 CTLB 33-0 CCR/G 133-0 Yes ABS RRS Yes Yes Yes Yes Yes 6-10.
1 16 EGA2 10 KVA STATIC INVERTER #22 CTLB 33-0 CCR/G 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 6-10.
6-1.
16 EGA3 BATTERY CHARGER24 CTLB 33-0 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 16 EGA4 10 KVA STATIC INVERTER #24 CTLB 33-0 CCR/F5 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 1 0
_AS I
I R
2_
____R
_S I_
II SVDS Rev 1.doc 7-15-99 Page 20
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap. >
Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev.
<40?
Spectrum Dem.?
OK?
OK?
OK?
OK?
16 EGA7 BATTERY CHARGER23 CTLB 33-0 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 16 EGA8 10 KVA STATIC INVERTER #23 CTLB 330 CCR/H 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 6-10.
16 M9 BATTERY CHARGER21 CTLB 33-0 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 16 MN3 BATTERY CHARGER22 CTLB 33-0 33-0 Yes ABS RRS Yes Yes Yes Yes Yes 17 0021 EDG DIESEL GENERATOR NO. 21 EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 17 O22EDG DIESEL GENERATOR NO. 22 EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 17 OO23EDG DIESEL GENERATOR NO. 23 EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 178 223TR LIGHTING PNL #223 TRANSFORMER EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes 18 EDD EDG #21 CONTROL CIRCUIT TANSFORMER EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes SWITCH 18 EDD6 EDG #22 CONTROL CIRCUIT TRANSFORMER EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes SWITCH 18 EDD7 EDG #23 CONTROL CIRCUIT TRANSFORMER EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes SWITCH 18 EDMi SERVICE WATER PUMP STRAINER DOCK 15-0 15-0 Yes ABS RRS Yes No No Yes No DISCONNECT SWITCH 18 EDM2 SERVICE WATER PUMP STRAINER DOCK 15-0 15-0 Yes ABS RRS Yes No No Yes No DISCONNECT SWITCH 18 EDM3 SERVICE WATER PUMP STRAINER DOCK 15-0 15-0 Yes ABS RRS Yes No No Yes No DISCONNECT SWITCH III 18 EDM4 SERVICE WATER PUMP STRAINER DOCK 15-0 15-0 Yes ABS RRS Yes No No Yes No DISCONNECT SWITCH 18 EDM5 SERVICE WATER PUMP STRAINER DOCK 15-0 15-0 Yes ABS RRS Yes No No Yes No DISCONNECT SWITCH 18 EDM6 SERVICE WATER PUMP STRAINER DOCK 15-0 15-0 Yes ABS RRS Yes No No Yes No DISCONNECT SWITCH 18 FC-6830-S FLOW SWITCH r
FAN RM 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 18 FC-7145-1 S FLOW SWITCH FAN 88-6 92-6 No DOC CRS Yes Yes Yes Yes Yes HOUSE 18 FC-7145-2S FLOW SWITCH FAN 88-6 92-6 No DOC CRS Yes Yes Yes Yes Yes HOUSE 18 FIC-5919 EDG SERVICE WATER FLOW INDICATING EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes CONTROLLER 18 FIT-111 FLOW INDICATOR TRANSMITTER PAB 98-0 98-0 Yes BS GRS Yes Yes Yes Yes Yes 18 FIT-156A RCP 24 SEAL LEAKOFF FLOW VC 4-0 16-17 46-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER I
18 FIT-156B RCP 24 SEAL LEAKOFF FLOW VC 46-0 16-17 46-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER
_I_
Page 21 SVDS Rev 1.doc 7-15-99
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap.>
Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev.
<40? S Spectrum Dem.?
OK?
OK?
OK?
OK?
18 FIT-I157A RCP 23 SEAL LEAKOFF FLOW VC 46-0 16-17 46-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER 18 FIT-157B RCP 23 SEAL LEAKOFF FLOW VC 46-0 16-17 46-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER 18 FIT-158A RCP 22 SEAL LEAKOFF FLOW VC 46-0 16-17 46-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER 18 FIT-158B RCP 22 SEAL LEAKOFF FLOW VC 46-0 16-17 46-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER 18 FIT-I 59A RCP 21 SEAL LEAKOFF FLOW VC 46-0 16-17 46-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER 18 FIT-159B RCP 21 SEAL LEAKOFF FLOW VC 46-0 16-17 46-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER I
I__
18 FM-111A I/P SIGNAL TRANSDUCER PAB 98-0 98-0 Yes BS GRS Yes Yes Yes Yes Yes 18 FT-1200 AFW TO SG 21 FLOW TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes RK5 18 FT-1 201 AFW TO SG 22 FLOW TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes RK5 18-Yes
_Y e
e s
18 FT-1202 AFW TO SG 23 FLOW TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes RK5 18 FT-1 203 AFW TO SG 24 FLOW TRANSMITTER AB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes RK 5 18 FT-128 CHG FLOW TO REG HXTRANSMITTER PAB 51-0 A-5 51-0 Yes ABS RRS Yes Yes Yes Yes Yes 18 FT-1 34 NON REGHX OUTLET LETDWN FLOW PAB 98-0 C-4 98-0 Yes BS GRS Yes Yes Yes Yes Yes TRANSMITTER 18 FT-414 RX COOLANT LOOP 1 FLOW TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes CH I RK 20 18 FT-415 RX COOLANT LOOP 1 FLOW TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes CH F 9
S1S RK 20 s
A s
Yes Yes 18 FT-41 9A SG 21 STEAM FLOW TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes I_
RK 4A 18 FT4419B G 21 STEAM FLOW TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes CHI__
RK 4A 18 FT-424 RX COOLANT LOOP 2 FLOW TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes CH I RK 20 18 fT425 RX COOLANT LOOP 2LOOW TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes CH 11 RK 20 18 FT-429A SG 22 STEAM FLOW TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes RK 4A 1 8 FT-429B SG 22 STEAM FLOW TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes
~RK 4A 18 FT-434 RX COOLANT LOOP 3 FLOW TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes CH I RK 20 I
SVDS Rev 1.doc 7-15-99 Page 22
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap.>
Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev. <40'? Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
18 FT-435 RX COOLANT LOOP 3 FLOW TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes CH 11 RK 20 18 FT-439A SG 23 STEAM FLOW TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes RK 4B 18 FT-439B SG 23 STEAM FLOW TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes RK 4B 18 FT-444 RX COOLANT LOOP 4 FLOW TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes CH I RK 20 18 FT-445 RX COOLAND LOOP 4 FLOW TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes CH II RK 20 18 FT-449A SG 24 STEAM FLOW TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes RK4B_
18 FT-449B SG 24 STEAM FLOW TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes RB 18 FT-5919 EDG SERVICE WATER FLOW TRANSMITTER EDGB 67-0 67-0 Yes AqS RRS Yes Yes Yes Yes Yes 18 FT-601 CC WATER FLOW TRANSMITTER PAB 68-0 68-0 Yes ABS R-S Yes Yes Yes Yes Yes 18 FT-40 RHR FLOW TRANSMITTER VC 68-0 10 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 18 FT-946A RHR TO RCS 24 COLD LEG FLOW VC 46-0 2
46-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER, LOOP 4 18 FT-946B RHR TO RCS 23 COLD LEG FLOW VCI 46-0 9,(10) 50-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER, LOOP 3 18 FT-946C RHR TO RCS 22 COLD LEG FLOW VCI 46-0 18 50-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER, LOOP 2 18 FT-946D RHR TO RCS 21 COLD LEG FLOW VC 46-0 9-10 46-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER, LOOP 1 I
18 INST RK 19 INSTRUMENT RACK 19 VC 68-0 68-0 Yes ABS RRS Yes No No Yes No 18 INST RK 20 INSTRUMENT RACK 20 VC 68-0 68-0 Yes ABS RRS Yes No No Yes No 18 INSTRK21 INSTRUMENTRACK21 VC 68-0 68-0 Yes ABS RRS Yes No No Yes No 18 INST RK 24 INSTRUMENT RACK 24 PPEN 51-0 51-0 Yes ABS RRS Yes No No Yes No 18 INSTRK4A INSTRUMENTRACK4A VC 68-0 68-0 Yes ABS RRS Yes No No Yes No 18 INST RK 4A INSTRUMENT RACK 4B VC 68-0 68-0 Yes ABS RRS Yes No No Yes No 18 INST RK 5 INSTRUMENT RACK5 A4B 18-6 18-6 Yes ABS RRS Yes No No Yes No 18 INST RK 9 INSTRUMENT RACK 9 AFB 18-6 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 18 LC-112D LEVEL CONTROLLER PAB 98-0 A-1 98-0 Yes BS GRS Yes Yes Yes Yes Yes yes fyes ysyy a A 1
18 LT-112 VCT LEVEL TRANSMITTER PAB
{ 98-0 1 A-4 198J-U(
Ye$ I 56 I U5 I
Yes Yes I Yes It Yes Yes 18 1 LT-1128 COND STG TANK LEVEL TRANSMITTER CWST 79-0TANK 179-01 Yes IABS RRS [ Yes I Yes I Yes YesIls SVDS Rev 1.doc 7-15-99 Page 23
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. ID. No.
Equipment Description Building Elev.
No.
Elev. <40'?
Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
__/\\
18 LT-1128A COND STG TANK LEVEL TRANSMITTER CWST 79-0 TANK 79-0 Yes ABS RRS I Yes Yes Yes Yes Yes 18 LT-1311 RX VESSEL LEVEL TRANSMITTER NARROW PPEN S1-0 51-0 Yes ABS RRS Yes Yes Yes Yes Yes RANGE 18 LT-1312 RX VESSEL LEVEL TRANSMITTER WIDE PPEN 51-0 51-0 Yes ABS RRS Yes Yes Yes Yes Yes RANGE 18 LT-417A SG 21 LEVEL TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes RK 21 18 LT-417D SG 21 LEVEL TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 1_
18 LT-427A SG 22 LEVEL TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes
_ _. RK 21 18 LT-427D SG 22 LEVEL TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes RK 21 18 LT437A SG 23 LEVEL TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes RK 21 r
18 LT-437D SG 23 LEVEL TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes RK 21 18 LT-447A SG 24 LEVEL TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes RK 21 18 LT-447D SG 24 LEVEL TRANSMITTER VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes RK 21 18 LT-459 PRESSURIZER LEVEL TRANSMITTER CH I VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes RK19 18 LT-460 PRESSURIZER LEVEL TRANSMITTER CH II VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes RK 19 18 LT-470 PRT LEVEL TRANSMITTER VC 46-0 4
46-0 Yes ABS RRS Yes Yes Yes Yes Yes 18 LT-5751 RWST LEVEL TRANSMITTER RWST 79-0 RWST 79-0 Yes ABS RRS Yes Yes Yes Yes Yes 18 LT-920 RWST LEVEL TRANSMITTER RWST 79-0 RWST 79-0 Yes ABS RRS Yes Yes Yes Yes Yes 18 PCV-473 N2 SUPPLY TO PRT I
PPEN 51-0 51-0 Yes ABS RRS Yes Yes Yes Yes Yes 18 PM-1134 PRESSURE SIGNAL CONVERTER AFB 68-0 AB 68-0 No ABS RRS Yes Yes Yes Yes Yes CONDITIONER 18 PM-1135 PRESSURE SIGNAL CONVERTER AFB 68-0 AB 68-0 No ABS RRS Yes Yes Yes Yes Yes CONDITIONER 18 PM-1136 PRESSURE SIGNAL CONVERTER AFB 18-6 AB 42-0 Yes ABS RRS Yes Yes Yes No No CONDITIONER II 18 PM-1137 PRESSURESIGNAL CONVERTER AFB 18-6 AB 42-0 Yes ABS RRS Yes Yes Yes No No
, CONDITIONER 18 PM-135 I/P PRESSURE CONVERTER PAB 98-0 98-0 Yes BS GRS Yes Yes N/A Yes Yes 18 PM-405A PRESSURE SIGNAL CONVERTER AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes Yes Yes CONDITIONER I
SVDS Rev 1.doc 7-15-99 Page 24
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
No.
Floor Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. ID. No.
Equipment Description Buling Elev.
No.
Elev.
<40'?
Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
18 PM-405B PRESSURE SIGNAL CONVERTER AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes No No CONDITIONER 18 PM-405C PRESSURE SIGNAL CONVERTER AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes Yes Yes CONDITIONER 18 PM-405D PRESSURE SIGNAL CONVERTER AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes Yes Yes CONDITIONER 18 PM-406E PRESSURE SIGNAL CONVERTER AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes Yes Yes CONDITIONER 18 PM-406F PRESSURE SIGNAL CONVERTER AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes Yes Yes CONDITIONER 18 PM-406G PRESSURE SIGNAL CONVERTER AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes Yes Yes CONDITIONER__
18 PM-406H PRESSURE SIGNAL CONVERTER AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes Yes Yes CONDITIONER 18 PNL #1 STEAM DUMP VALVE LOCAL PANEL #1 AFB 45-0 45-0 Yes ABS RRS Yes Yes Yes Yes Yes SEE PM-1135 18 PNL #2 STEAM DUMP VALVE LOCAL PANEL #2 AFB 45-0 45-0 Yes ABS RRS Yes Yes Yes No No SEE PM-
_______1135 18 PNL #223 LIGHTING PANEL EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 18 PNLEDGA EDG AUXILIARIES CONTROL PANEL EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 18 PRVA1139-1 PRESSURE REGULATING VALVE AFB 18-6 AB 18-6 Yes ABS RR$
Yes Yes Yes Yes Yes 18 PRV-1 139-2 PRESSURE REGULATING VALVE AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 18 PRV-1t39-3 PRESSURE REGULATING VALVE AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 18 PRV-1139-4 PRESSURE REGULATING VALVE AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes N/A Yes Yes 18 PRV-1139-5 PRESSURE REGULATING VALVE AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 18 PRV-5924 PRESS REG TO CBR PANEL AFB 18-6 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 18 PT-1144 STATION AIR NUCL SERVICE PRESS CTLB 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes I TRANSMITTER I
I__
fiS 18 PT-1 190 SWP 21-23 DISCH HDR (LINE 409) PRESS TRANSMITTER TO PIl1 9OR TH 15-0 15-01 Yes I ABS RRS Yes Yes Yes No No I
l 18 4
4
+----4-----------4-4 4
1 4-4------+
+
18 PT-1191 SVC WATER NUCL HDR PRESS TRANSMITTER TH 15-0 1CC3-17 1 15-0 1 Yes I ABS RRS Yes Yes Yes Yes Yes 18 PT-1192 IACCWATER PRESS TRANSMITTER CTLB 15-0 K8-10.1 15-0 Yes ABS RRS Yes Yes Yes Yes Yes 18 PT-1260 AFW 21 DISCHG PRESS TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 18 PT-1 261 AFW 22 DISCHG PRESS TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes RK8 18 PT-1262 AFW 23 DISCHG PRESS TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes
_RK8 SVOS Rev 1.doc 7-15-99 Page 25
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap. >
Caveats Anchor Inter.
Equip.
Notes Class' Equip. I.0. No.
Equipment Description Building Elev.
No.
Elev.
<~40'? Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
18 PT-135 NON REGEN HX OUTLET LETDOWN PRESS PAB 98-0 C-4, 98-0 Yes BS GRS Yes Yes Yes Yes Yes TRANSMITTER NON R 18 PT-1 39 VCT PRESSURE TRANSMITTER PA8 98-0 A-4 98-0 Yes BS GRS Yes Yes Yes Yes Yes 18 PT-142 CHG PP DISCH PRESS TRANSMITTER PAB 80-0 C-4 80-0 Yes ABS RRS Yes Yes Yes Yes Yes 18 PT-402 LOOP 21 HOT LEG PRESSURE VC 46-0 7
46-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER 18 PT-403 LOOP 24 HOT LEG PRESSURE 46-0 7
46-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER 18 PT-406A 21 AFW PP DISCH PRESS TRANSMITTER AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 18 PT-406B 22 AFW PP DISCH PRESS TRANSMITTER AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 18 PT-413 LOOP 21 HOT LEG PRESSURE VC 46-0 15 49-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER 18 PT419A SG 21 STEAM PRESS TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes RK9 18 PT4198 SG 21 STEAM PRESS TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes RK9 18 PT-419C SG 21 STEAM PRESS TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes RK 9 18 PT-429A SG 22 STEAM PRESS TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes RK9 18 PT-429B SG 22 STEAM PRESS TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes RK9 18 PT-429C SG 22 STEAM PRESS TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes RK9 18 PT-433 LOOP 23 HOT LEG PRESSURE VC 46-0 8
46-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER 18 PT-439A SG 23 STEAM PRESS TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes RK9 18 PT-439B SG 23 STEAM PRESS TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes RK9 18 PT-439C SG 23 STEAM PRESS TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes
_RK9 18 PT-443 LOOP 24 HOT LEG PRESSURE VC 46-0 7
46-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER 18 PT-449A SG 24 STEAM PRESS TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 18__
S24TAPESRNITAF 1-IS 1-Ye AS R
Ys Ys s
YsRK9 18 PT-4498 SG 24 STEAM PRESS TRANSMITTER AFB 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 18_
PT-449C ISG 24 STEAM PRESS TRANSMITTER AFB3 18-6 INST 18-6 Yes ABS RRS Yes Yes Yes Yes Yes
_ _ _R K 9 SVDS Rev
.doc 7-15-99 Page 26
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap.>
Caveats Anchor Inter.
Equip.
Notes Class Equip. ID. No.
Equipment Description Building Elev.
No.
Elev.
c40'? Spec Spectrum Dem.?
OK?
OK?
OK?
OK?
18 PT-455 PRESSURIZER PRESSURE CH I VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER RK 19 18 PT-456 PRESSURIZER PRESSURE OH11 Vc 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER RK19 18 PT-457 PRESSURIZER PRESSURE CH III VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER RK 19 18 PT-472 PRT PRESSURE TRANSMITTER VC 46-0 50-0 Yes ABS RRS Yes Yes Yes Yes Yes 18 PT-474 PRESSURIZER PRESSURE CH IV VC 68-0 INST 68-0 Yes ABS RRS Yes Yes Yes Yes Yes TRANSMITTER RK 19 1
18 PT-5993 RHR PUMP DISCH PRESS TRANSMITTER PAB 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes 18 PT-948A CONTAINMENT PRESSURE TRANSMITTER PPEN 51-0 INST 51-0 Yes ABS RRS Yes Yes Yes Yes Yes IRK24 I
18 PT-948B CONTAINMENT PRESSURE TRANSMITTER PPEN 51-0 INST 51-0 Yes ABS RRS Yes Yes Yes Yes Yes RK24 18 PT-948C CONTAINMENT PRESSURE TRANSMITTER PPEN 51-0 INST 51-0 Yes ABS RRS.
Yes Yes Yes Yes Yes RK 24 18 PT-949A CONTAINMENT PRESSURE TRANSMITTER PPEN 51-0 INST 51-0 Yes ABS RRS Yes Yes Yes Yes Yes RK 24 18 PT-949B CONTAINMENT PRESSURE TRANSMITTER PPEN 51-0 INST 51-0 Yes ABS RRS Yes Yes Yes Yes Yes RK 24 18 PT-949C CONTAINMENT PRESSURE TRANSMITTER PPEN 51-0 INST 51-0 Yes ABS RRS Yes Yes Yes Yes Yes RK 24 18 RACK ENGINE AUXILIARIES STARTER RACK EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes
ENGAUXSR 18 SC-141A CHRG PP SPEED CONTROL-LOCAL PAB 80-0 80-0 Yes ABS RRS Yes Yes Yes Yes Yes 18 SC-141B CHRG PP SPEED CONTROL-LOCAL PAB 80-0 80-0 Yes ABS RRS Yes Yes Yes Yes Yes 18 SC-141C CHRG PP SPEED CONTROL-LOCAL PAB 80-0 80-0 Yes ABS RRS Yes Yes Yes Yes Yes 18 SOV-14139-1 SOLENOID VALVE AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 18 SOV-1139-2 SOLENOID VALVE AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 18 SOV-1139-3 SOLENOID VALVE AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 18 SOV-1 139-A SOLENOID VALVE AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 18 SOV-1 139-5 SOLENOID VALVE AFB 18-6 AB 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 19 ELJ-10 EDG BLDG THERMOSTAT EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes A
4K 19 ELJ-1 I EDG BLDG THERMOSTAT EDGB 72-0 72-01 Yes I ABS RRS Yes Yes Yes Yes Yes I
IYes 19 ELJ-12 EDG BLDG THERMOSTAT EDGB 72-0 172-01 Yes IABS RRS Yes Yes Yes Yes Yes I
Yes Yes 72-0 19 EIJ-13 EDG BLDG THERMOSTAT EDGB 72-0 0 Yes ABS RRS Yes Yes Yes Yes Yes 19 SVDS Rev 1.doc 7-15-99 Page 27
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev.
40`? Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
19 ELJ-14 EDG BLDG THERMOSTAT EGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 EULJ-iS EDG BLDG THERMOSTAT EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 ELJ-19 EDG BLDG THERMOSTAT EDGB 72-0 72-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TC-6995 THERMOSTAT CTLB 15-0 North 15-0 Yes ABS RRS Yes Yes N/A Yes Yes Wall 19 TE-1203-1 FAN COIL UNIT 21 T.E.
VC 68-0 11 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-1203-2 FAN COIL UNIT 22 TE.
VC 68-0 15 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-1203-3 FAN COIL UNIT 23 T.E.
VC 68-0 9
68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-1203-4 FAN COIL UNIT 24T.E.
VC 68-0 6
68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-1203-5 FAN COIL UNIT 25 T.E.
VC 68-0 3
68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-122 EXCESS LETDOWN TEMP ELEMENT VCI 46-0 COL 46-0 Yes ABS RRS Yes Yes Yes Yes Yes LINE 1 19 TE-126 CHG FLOW TO RCS TEMP ELEMENT VCI 46-0 16 46-0 Yes ABS Yes Yes Yes Yes Yes 19 TE-127 CHG FLOW TO RCS TEMP ELEMENT VCI 46-0 46-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-130 NON REGHX OUTLET LETDOWN TEMP PAB 98-0 C-4 98-0 Yes BS GRS Yes No Yes Yes No ELEMENT 19 TEl 41 A RCS LOOP 21 DELTA T TEMP VCI 46-0 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-411 A1l RCS LOOP 21 HOT LEG TEMP ELEMENT VCI 68-0 ASS 68-0 Yes ABS RRS Yes Yes Yes Yes Yes PNL2_
19 TE-411B RCS LOOP 21 COLD LEG TEMP ELEMENT VCI 46-0 12 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-412A RCS LOOP 21 HOT LEG TEMP ELEMENT VC_
46-0 16 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-412B RCS LOOP 21 COLD LEG TEMP ELEMENT VCl 46-0 12 68-0 Yes ASS RRS Yes Yes Yes Yes Yes 19 TE-413 RCS LOOP 21 COLD LEG WIDE RANGE TEMP VCI 46-0 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-413 R
L 2
L G
E N
ECELEMENT 19 TE421A RCS LOOP 22 HOT LEG TEM4P ELEMENT VCI 46-0 16 62-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-421 B RCS LOOP 22 COLD LEG TEMP ELEMENT VCI 46-0 17 62-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-422A RCS LOOP 22 HOT LEG TEMP ELEMENT VCI 46-0 16 62-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-422A/1 RCS LOOP 22 HOT LEG TEMP ELEMENT VCI 68-0 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-422B RCS LOOP 22 COLD LEG TEMP ELEMENT VCI 46-0 17 68-0 Yes AB$
RRS Yes Yes Yes Yes Yes 19 TE-423 RCS LOOP 22 COLD LEG TEMP ELEMENT VCI 46-0 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-431A RCS LOOP 23 DELTA T TEMP VCI 46-0 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-431 All RCS LOOP 23 HOT LEG TEMP ELEMENT VCl 68-0 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-431 B RCS LOOP 23 COLD LEG TEMP ELEMENT VCI 46-0 8
46-0 Yes ABS RRS Yes Yes N/A Yes Yes SVDS Rev 1.doc 7-15-99 Page 28
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. ID. No.
Equipment Description Building Elev.
No.
Elev.
<40'? Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
19 TE-432A RCS LOOP 23 HOT LEG TEMP ELEMENT VCI 68-0 7
68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-4328 RCS LOOP 23 COLD LEG TEMP ELEMENT VCI 46-0 8
68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-433 RCS LOOP 23 COLD LEG TEMP ELEMENT VCI 46-0 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-40A/1 RCS LOOP 24 HOT LEG TEMP ELEMENT VCI 68-0 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-441A RCS LOOP 24 HOT LEG TEMP ELEMENT V.l 68-0 5
68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-441 B RCS LOOP 24 COLD LEG TEMP ELEMENT VCI 46-0 4
68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-442A RCS LOOP 24 HOT LEG TEMP ELEMENT VCI 68-0 5
68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-442B RCS LOOP 24 COLD LEG TEMP ELEMENT VCI 46-0 4
68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-443 RCS LOOP 24 COLD LEG TEMP ELEMENT VCl 46-0 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE453 PRESSURIZER LIQUID SPACE TEMP VC 68-0 34 68-0 Yes ABS RRS Yes Yes Yes Yes Yes
~ELEM ENT__
19 TE454 PRESSURIZER STEAM SPACE TEMP VC 95-0 3-4 117-No An RRS Yes Yes Yes Yes Yes ELEMENT PZR 0
19 TE-471 PRT TEMP ELEMENT VCI 46-0 4
54-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-636 RHR HX TEMP INLET TEMP ELEMENT PAB 15-0 PNL SG 30-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-639 RHR HX OUTLET TEMP ELEMENT VCI 68-0 10 68-0 Yes ABS RRS Yes Yes Yes Yes Yes 19 TE-7197 THERMOSTAT CTLB 77-0 CARDI 77-0 No ABS RRS Yes Yes Yes Yes Yes AC HILL 19 TE-7198 THERMOSTAT CTLB 77-0 CARDI 77-0 No ABS RRS Yes Yes Yes Yes Yes AC HILL 19 TE-7199 THERMOSTAT CTLB 33-0 33-0 Yes ABS RRS Yes No Yes Yes No 19 TE-7220 THERMOSTAT CTLB 33-0 33-0 Yes ABS RRS Yes No Yes Yes No 20 A1;RACK REACTOR PROTECTION CH!I INST LOGIC CTLB 53-0 CCR/L2 53-0 Yes ABS RRS Yes Yes Yes Yes Yes RACK
-H4 20 A10;RACK REACTOR PROTECTION CH II INST LOGIC CTLB 53-0 CCR/L2 53-0 Yes ABS RRS Yes Yes Yes Yes Yes RACK
-10.
20 All ;RACK REACTOR PROTECTION CH il INST LOGIC CTLB 53-0 CCR/L2 53-0 Yes ABS RRS Yes Yes Yes Yes Yes RACK
-10 20 A12;RACK REACTOR PROTECTION CH 11 INST LOGIC CTLB 53-0 CCR/L2 53-0 Yes ABS RRS Yes Yes Yes Yes Yes RACK
-10.
20 A2;RACK REACTOR PROTECTION CH I INST LOGIC CTLB 53-0 CCR/L2 53-0 Yes ABS RRS Yes Yes Yes Yes Yes RACK I_-11.
20 A3,RACK REACTOR PROTECTION CH I INST LOGIC CTLB 53-0 CCR/L2 53-0 Yes ABS RRS Yes Yes Yes Yes Yes RACK I_-11.
SVDS Rev l.doc 7-1 5-99 Page 29
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev.
<40'?
Spec. Sectrum Dem.?
OK?
OK?
OK?
OK?
20 A4;RACK REACTOR PROTECTION;CH I INST LOGIC CTLB 53-0 CCR/L2 53-0 Yes ABS
RRS, Yes Yes Yes Yes Yes RACK
- 1 20 A5;RACK CVCS INST LOGIC RACK CTLB 53-0 CCR/L2 53-0 Yes ABS RRS Yes Yes Yes Yes Yes
-10.
20 A6;RACK CVCS INST LOGIC RACK CTLB 53-0 CCR/L2 53-0 Yes ABS RRS Yes Yes Yes Yes Yes
-10.
20 A7;RACK INSTRUMENT LOGIC RACK CTLB 53-0 CCR 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 A8;RACK INSTRUMENT LOGIC RACK CTLB 53-0 CCR 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 A9;RACK REACTOR PROTECTION CH 11 INST LOGIC CTLB 53-0 CCRIL2 53-0 Yes ABS RRS Yes Yes Yes Yes Yes RACK
-10.
20 B1;RACK REACTOR PROTECTION CH III INST LOGIC CTLB 53-0 CCR/K8 53-0 Yes ABS RRS Yes Yes Yes Yes Yes RACK I
-11.
20 B10;RACK REACTOR PROTECTION CH IV INST LOGIC CTLB 53-0 CCR/K8 53-0 Yes ABS RRS Yes Yes Yes Yes Yes RACK
-10.
20 B2;RACK REACTOR PROTECTION CH III INST LOGIC CTLB 53-0 CCR/K8 53-0 Yes ABS RRS Yes Yes Yes Yes Yes RACK
-11.
20 B3;RACK REACTOR PROTECTION CH III INST LOGIC CTLB 53-0 CCRIK8 53-0 Yes ABS RRS Yes Yes Yes Yes Yes RACK
-11.
20 B6;RACK INSTRUMENT LOGIC RACK CTLB 53-0 CCR/K8 53-0 Yes ABS RRS Yes Yes Yes Yes Yes
_ _-1 1.
20 B8;RACK INSTRUMENT LOGIC RACK CTLB 53-0 CCR/K8 53-0 Yes ABS RRS Yes Yes Yes Yes Yes
-1 1.
20 B9;RACK REACTOR PROTECTION CH IV INST LOGIC CTLB 53-0 CCR/K8 53-0 Yes ABS RRS Yes Yes Yes Yes Yes RACK
-10.
20 CRPI CTRL ROD CLUSTER POS IND SYSTEM CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 D10;RACK LOGIC RACK CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 D9;RACK LOGIC RACK CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 E1;RACK REACTOR CONTROL SYS INST RACK CTLB 53-0 CCR 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 E7;RACK SAFEGUARDS RELAY CABINET CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 E8;RACK SUPERVISORY CABINET CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 EPF7 SOV CONTROL PANEL A PAB 95-0 98-0 Yes BS GRS No Yes Yes Yes No 20 EPF7 SOV CONTROL PANEL B PAB 98-0 98-0 Yes BS GRS No Yes Yes Yes No 20 EPK1 SW PMP #21 STRAINER CONT PNL DOCK 15-0 I15-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 EPK2 SW PMP #22 STRAINER CONT PNL DOCK 15-0 I 5-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 EPK3 SW PMP #23 STRAINER CONT PNL DOCK 15-0 15-0 Yes ABS RRS Yes Yes Yes No No 20 EPK5 SW PMP #24 STRAINER CONT PNL DOCK 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes SVDS Rev 1.doc 7-15-99 Page 30
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base
<40 Cap.
Demand Cap.
Caveats Anchor OInter Equip.
Notes Class Equip. I.D. No.
Equipment Description BuildingI Elev.
No.
Elev.
40 Spec. Spectrum Dem.?
OK?
OK?
OK?I OK?
20 EPK6 SW PMP #25 STRAINER CONT PNL DOCK 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 EPK7 SW PMP #26 STRAINER CONT PNL DOCK 15-0 15.0 Yes ABS RRS Yes Yes Yes Yes Yes 20 F1;RACK REACTOR CONTROL SYS INST RACK CTLB 53-0 CCR 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 F7;RACK SUPERVISORY CABINET CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 F8;RACK LOGIC RACK CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 Fl-1 200 AFW TO SG 21 FLOW INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 Fl-1201 AFW TO SG 22 FLOW INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 Fl-1202 AFW TO SG 23 FLOW INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 Fl-I:1203 AFW TO SG 24 FLOW INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 Fl-1 28B CHG FLOW TO REG HX INDICATOR CTLB 53-0 CCR 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 Fl-134 NON REGHX OUTLET LETDOWN FLOW CTLB 53-0 PNL SF 53-0 Yes ABS RRS Yes Yes Yes Yes Yes INDICATOR 20 FI-414 RX COOLANT LOOP I FLOW INDICATOR CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes
_SAF 20 FI-415 RX COOLANT LOOP 1 FLOW INDICATOR CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes
~SAF__
20 FI-424 RX COOLANT LOOP 2 FLOW INDICATOR CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes SAF 20 FI-425 RX COOLANT LOOP 2 FLOW INDICATOR CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes
~SAF 20 FI-434 RX COOLANT LOOP 3 FLOW INDICATOR CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes SAF 20 FI-435 RX COOLANT LOOP 3 FLOW INDICATOR CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes SA F 20 FI-444 RX COOLANT LOOP 4 FLOW INDICATOR CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes
_S~~~AF 20 FI-445 RX COOLANT LOOP 4 FLOW INDICATOR CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes SAF 20 FI-601 CC WATER FLOW INDICATOR CTLB 53-0 PNL SG 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 Fl-946 RHR FLOW INDICATOR CTLB 53-0 PNL SG 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 FI-946A RHR TO RCS 24 COLD LEG FLOW CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes INDICATOR SBF-2 20 FI-9468 RHR TO RCS 23 COLD LEG FLOW CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes INDICATOR SBF-2.
20 FI 946C RHR TO RCS 22 COLD LEG FLOW CTLB 53-0 PNL 530YsABS RRS Yes Yes Yes Yes Yes INDICATOR
_SBF-2 SVDS Rev 1.doc 7-15-99 Page 31
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. ID. No.
Equipment Description Building Elev.
No.
Elev. c40'? Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
20 FI-946D RHR TO RCS 21 COLD LEG FLOW CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes INDICATOR SBF-2 20 FIC-111 DEMIN. WATER FLOW IND. CONTROL ITEM CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 11B FBF 20 FR-1 56 RCP 23 & 24 SEAL LEAKOFF FLOW CTLB 53-0 PNL FD 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 FR-157 RCP 23 & 24 SEAL SEALOFF FLOW CTLB 53-0 PNL FD 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 FR-i 59A RCP 21 & 22 SEAL LEAKOFF FLOW CTLB 53-0 PNL FD 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 FR-i 59B RCP 21 & 22 SEAL LEAKOFF FLOW CTLB 53-0 PNL FD 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 G1;RACK SAFEGUARDS RELAY CABINET CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 G2;RACK SAFEGUARDS RELAY CABINET CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 G3;RACK SAFEGUARDS RELAY CABINET CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 G4;RACK SAFEGUARDS RELAY CABINET CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 HI;RACK FOXBORO RACK Hi EJA2 CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 H2;RACK FOXBORO RACK H2 EJA3 CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 H3;RACK FOXBORO RACK H3 EJA4 CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 H4;RACK FOXBORO RACK H4; CHANNEL 1 TRAIN A; CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20____ 113RACK_
FC-sEJA5 20 H4;RACK FOXBORO RACK H5; CHANNEL 2 TRAIN B; CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes EJA6 20 LI-i 12 VCT LEVEL INDICATOR CTLB 53-0 PNL SF 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 LI-i 128 COND STG TANK LEVEL INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 LI-i 128A COND STG TANK LEVEL INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 LI-417A SG 21 LEVEL INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 LI4i 7D SG 21 LEVEL INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 L1-427A SG 22 LEVEL INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 LI-427D SG 22 LEVEL INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 LI-37A SG 23 LEVEL INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 LI-437D SG 23 LEVEL INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 LI-447A SG 24 LEVEL INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 LI-447D SG 24 LEVEL INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 L1459 PRESSURIZER LEVEL INDICATOR CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 LI-460 PRESSURIZER LEVEL INDICATOR CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes SVDS Rev 1.doc 7-15-99 Page 32
SCREENING VERIFICATION DATA SHEETS (SVDS) lass Equip. 1.D No.
Equi ment Description Building Floor Room Base Cap.
Demand Cap.>
Caveats Anchor Inter.
Equip.
Notes
_u Np sB Elev.
No.
Eev. <'40? Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
20 Li-1470 PRT LEVEL INDICATOR CTLB 53-0 PNL SA 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 LI-5751 RWST LEVEL INDICATOR CTLB 53-0 PNL SB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 LI-920 RWST LEVEL INDICATOR CTLB 53-0 PNL 53-0 Yes AkB S RRS Yes Yes Yes Yes Yes SB-l 20 LR-1310 RX VESSEL LEVEL RECORDER CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 NI-31 SOURCE RANGE INDICATION CTLB 53-0 PNL FC 5 Yes ABS RRS Yes Yes.
Yes Yes Yes 20 NI-32 SOURCE RANGE INDICATION CTLB 53-0 PNL FC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 NI-35 SOURCE RANGE INDICATION CTLB 53-0 PNL FC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 NI-36 SOURCE RANGE INDICATION CTLB 53-0 PNL FC 5-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 NI-41 SOURCE RANGE INDICATION CTLB 53-0 PNL FD 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 NI-42 SOURCE RANGE INDICATION CTLB 53-0 PNL FD 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PC4129 SG#21 STEAM PRESS CONTROLLER CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PC-429 SG #22 STEAM PRESS CONTROLLER CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PC-439 SG #23 STEAM PRESS CONTROLLER CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PC-449 SG #24 STEAM PRESS CONTROLLER CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PI-l 144 STATION AIR NUCL SERV PRESS CTLB 53-0 CCR/P 53-0 Yes ABS RRS Yes Yes Yes Yes Yes INDICATOR NL SJ 20 PI-1190R SERVICE WATER NUCLEAR HEADER CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes PRESSURE INDICATOR 20 PI-1191R SVC WATER PRESS INDICATOR CTLB 53-0 CCR/P 53-0 Yes ABS RRS Yes Yes Yes Yes Yes N L S J 20 P-1 192R SVC WATER PRESS INDICATOR CTLB 53-0 PNL SJ 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 P1-1260 AFW 21 DISCHG PRESS INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 Pi-1 261 AFW 22 DISCHG PRESS INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 Pl-1262 AFW 23 DISCHG PRESS INDICATOR CTLB 53-0 PNL SC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 P1-135 NON REGEN HX OUTLET LETDWN PRESS CTLB 53-0 PNL SF 53-0 Yes ABS RRS Yes Yes Yes Yes Yes INDICATOR 20 Pl12 39 VCT PRESSURE INDICATOR CTLB 53-0 PNL SF 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 Pl-l 42B CHG PP DISCH PRESS INDICATOR CTLB 53-0 PNL SF 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PI-419A SG 21 STEAM INDICATOR CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PI-419B SG 21 STEAM INDICATOR CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 P49 G21SEMIDCTO TB 5-NLF 3
e BS RRS Yes Yes Yes Yes Ye 20 PI419C SG 21 STEAM PRESS INDICATOR CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PI-429A SG 22 STEAM PRESS INDICATOR CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes SVDS Rev 1.doc 7-15-99 Page 33
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap.>FCaveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev
?
Spetrur Cem.?
OK?
or OK?
OK?
20 Pl-429B SG 22 STEAM PRESS INDICATOR CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PI-429C SG 22 STEAM PRESS INDICATOR CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 P-39A SG 23 STEAM PRESS INDICATOR CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 P1-439B SG 23 STEAM PRESS INDICATOR CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 Pl-439C SG 23 STEAM PRESS INDICATOR CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PI-449A SG 24 STEAM PRESS INDICATOR CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PI-449B SG 24 STEAM PRESS INDICATOR CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 Pl449C SG 24 STEAM PRESS INDICATOR CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 P1-455 PRESSURIZER PRESS INDICATOR CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 P1-456 PRESSURIZER PRESS INDICATOR CTLB 53-0 PNL FB 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 P1472 PRT PRESSURE INDICATOR CTLB 53-0 PNL SA 53-0 Yes ABJS RRS Yes Yes Yes 20 Pl-5993 RHR PRESSURE INDICATOR CTLB 53-0 PNL SG 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PI-948A CONTAINMENT PRESSURE INDICATOR CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 P1-948B CONTAINMENT PRESSURE INDICATOR CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes SB-1 20 PI-94BC CONTAINMENT PRESSURE INDICATOR CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes SB-1 20 PI-949A CONTAINMENT PRESSURE INDICATOR CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes SB-i S
20 PI-9498 CONTAINMENT PRESSURE INDICATOR CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes SB-I 20 PI-949C CONTAINMENT PRESSURE INDICATOR CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes SB-1 20 PM-406A PRESSURE SIGNAL CONVERTER CTLB 53-0 CCRPK8 53-0 Yes ABS RRS Yes Yes Yes Yes Yes CONDITIONER I-1.
_1 20 PM-406B PRESSURE SIGNAL CONVERTER CTLB 53-0 CCR/K8 53-0 Yes ABS RRS Yes Yes Yes Yes Yes CONDITIONER
-11.
20 PM-406C PRESSURE SIGNAL CONVERTER CTLB 53-0 CCR/K8 53-0 Yes ABS RRS Yes Yes Yes Yes Yes CONDITIONER
-11.
20 PM-406D PRESSURE SIGNAi CONVERTER CTLB 53-0 CCR/K8 53-0 Yes ABS RRS Yes Yes Yes Yes Yes CONDITIONER
-11, 20 PNL ARVPC AIR RECVRNENT PNEUM CTRL PNL PAB 800 80-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL GAS GAS ANALYZING PANEL PAB 80-0 800 Yes ABS RRS Yes No No Yes No ANALZ f il.
.0VAirU nicc' i
A ran CIVInakir1l1ia
%an 7f n
d.V rN1'L a> 1 I11ro LJlk-QtL -3LtNr-flP I UrF, b T NCHUIZItNi PANEL I
uZO 1/-U (L-ul Yes I Abtl KK6 Yes No Yes Yes No I
I A
L
'.......L ___________
SVDS Rev 1doc 7-15-99 Page 34
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. lD. No.
Equipment Description Building Elev.
No.
Elev.
<40'? Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
20 PNL A#2 ASSESSMENT PANEL #2 CTLB 53-0 CCR 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL A#3 ASSESSMENT PANEL #3 CTLB 53-0 CCR 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL EPAI0 PAB EXH & CB PRG FAN 21 CONTROL FAN 72-0 80-0 Yes ABS RRS Yes Yes Yes Yes Yes PANEL HOUSE I__II_
20 PNLEPG6 REMOTE UNDERVOLTAGE RELAY CABINET, CTLB 15-0 15-0 Yes ABS RRS Yes No No Yes No BUS 2A A_____
__I___
__KI 20 PNL EPG7 REMOTE UNDERVOLTAGE RELAY CABINET, RI 5C A
CTLB 15-0 15-0 Yes A5 I
RKit Yes No No Yes No 20 PNLEPG8 REMOTE UNDERVOLTAGE RELAY CABINET, CTLB 15-0 15-0 Yes ABS RRS Yes No No Yes No BUS 3A 20 PNLEPG9 REMOTE UNDERVOLTAGE RELAY CABINET, CTLB 15-0 15-0 Yes ABS RRS Yes No No Yes No BUS 6A 20 PNL EPH9 SAMPLING SYSTEM CONTROL PANEL #1 PAB 80-0 80-0 Yes ABS RRS Yes No No Yes No 20 PNL EPI1 SAMPLING SYSTEM CONTROL PANEL #2 PAB 80-0 80-0 Yes ABS RRS Yes No No Yes No 20 PNLFAF CCR PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL FB FLIGHT PANEL FB CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL FBF FLIGHT PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL FBR FLIGHT CONTROL PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL FC FLIGHT PNL FC CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL FCF FLIGHT PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNLFDF FLIGHT CONTROL PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL MP3 CCR VENT CONTROL PANEL CTLB 72-0 FAN 72-0 No ABS RRS Yes Yes Yes Yes Yes 20_
P N L M P 3 C CRVEN _ C O TRO _ PAEL
_TL B7 2 -
RO O M 7 2 - 0 N
o AB S
RR S
Yes Ye s
Yse Y
s/
20 PNL PHGRP PRESSURIZER HEATER GROUND RELAY CTLB 15-0 15-0 Yes ABS RRS Yes No No Yes No ENS Y
No Aes _I 20 PNL PP9 EDG 21 CONTROL PANEL I EDGBu 12-0 72-0 Yes ABSi RRS Yes No No Yes No 20 PNL PQ1 EDG 22 CONTROL PANEL EDGB 72-0 72-0 Yes ABS RRS Yes No No Yes No 20 PNLP02 EDG 23 CONTROL PANEL EDGB 72-0 72-0 Yes ABS RRS Yes No No Yes No 20 PNL PY1 LOCAL CCR VENT CONTROL PANEL CTLB 15-0 15-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL PY2 REMOTE CCR VENT CONTROL PANEL CTLB 53-0 CCR 57-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL PY2A-PY2 PANEL PY2 EXTENSION CTLB 53-0 CCR 57-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL PY2B-PY2 PANEL PY2 EXTENSION CTLB 53-0 CCR 57-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL SA SUPERVISORY CONTROL PANEL CTLB 53-0_
53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL SAF SUPERVISORY PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes SVDS Rev 1.doc 7-15-99 Page 35
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
Floor Room Base Cap.
Demand Cap. > Caveats Anchor Inter, Equip.
Notes Class Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev.
<40'? Sec. Spectrum Dem.?
OK?
OK?
OK?
OK?
20 PNL SB-i SUPERVISORY PANEL CTLB 53-0 53-0 Yes ABS RRS' Yes Yes Yes Yes Yes 20 PNL SB1F ANNUNICATOR PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL SB-2 SUPERVISORY PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL SB2F ANNUNICATOR PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL SBF-2 SUPERVISORY CONTROL PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL SC CONDENSOR & FEEDWATER SUPERVISORY CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes PANEL 20 PNL SCF SUPERVISORY PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL SF SUPERVISORY CONTROL PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL SFF SUPERVISORY CONTROL PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL SG SUPERVISORY CONTROL PANEL CTLB 53-0 CCR 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNLSGF SUPERVISORY PANEL CTLB 53-0 53-0 Yes RRS Yes Yes Yes Yes Yes 20 PNL SH SUPERVISORY PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL SJ CCR PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL SL CCR PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL SN SUPERVISORY PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 PNL SNF SUPERVISORY PANEL CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 RACK FAN ROOM RELAY BOX FAN 72-0 77-0 Yes ABS RRS Yes Yes Yes Yes Yes
RLYBOX ROOM 20 RACK BOX S92 RACK BOX S92 AFB 37-0 37-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 RACK BOX S93 RACK BOX S93 AFB 47-6 47-6 Yes ABS RRS Yes Yes Yes Yes Yes 20 RACKBOX S94 RACK BOX S94 AFB 18-6 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 20 RACK BOX S95 RACK BOX S95 AFB 18-6 18-6 Yes ABS RRS Yes Yes Yes Yes Yes 20 RACK C CCR RACK CS5 CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 RACK C6 CCR RACK C6 CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 RACK_7 CCR RACKC7 CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 RACKC8 CCR RACK C8 CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 RVLIS RVLIS CABINET CTLB 33-0 33-0 Yes ABS RRS Yes Yes Yes Yes Yes CABINET EPH8 20 TI-I1 26 CHG FLOW TO RCS TEMP INDICATOR CTLB 53-0 PNL SF 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 TI-1 30 NON REGHX OUTLET LETDOWN TEMP CTLB 53-0 PNL SF 53-0 Yes ABS RRS Yes Yes Yes Yes Yes I_
INDICATOR SVOS Rev 1.doc 7-15-99 Page 36
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.
FloorI Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev.
<40'? Spc Sp Dru em.?
OK?
OK?
OK?
OK?
20 TI-41 1A RCS LOOP 21 DELTA T TEMP INDICATOR CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes
_ _ _F B F 20 Tl-412A RCS LOOP 21 OVR TEMP DELTA T SET CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes
_POINT IND FBF 20 T1-412B RCS LOOP 21 OVR TEMP DELTA T SET CTLB 53-0 PNL 53-01 Yes ABS RRS Yes Yes Yes Yes Yes POINT IND FBF I_
20 TI-4i2C RCS LOOP 21 Tavg TEMP IND CTLB 53-0 PNL FC 53-01 Yes ABS RRS Yes Yes Yes Yes Yes 20 TI-421 A RCS LOOP 22 DELTA T TEMP INDICATOR CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes
____FB F
20 TI-422A RCS LOOP 22 OVR TEMP DELTA T SET CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes POINT IND FBF_
20 TI-422C RCS LOOP 24 Tavg TEMP IND CTLB 53-0 PNL FC 53-0 Yes ABS RRS Yes Yes Yes IYes Yes 20 TI-431 A RCS LOOP 23 DELTA T TEMP IND CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes
______FB F_
20 TI-432A RCS LOOP 23 OVR TEMP DELTA T SET CTLB 53-0 PNL 53-0 Yes AS RRS Yes Yes Yes Yes Yes POINT IND
_FBF_
20 TI-4.328 RCS LOOP 23 OVR PWR DELTA T SET POINT CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes
_IND FBF 20 TI-432C RCS LOOP 23 Tavg TEMP IND CTLB 53-0 PNL FC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 TI-441 A RCS LOOP 24 DELTA T TEMP IND CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes
_ _ _F B F_
20 TI-4.42A RCS LOOP 24 OVR TEMP DELTA T SET CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes POINT IND FBF 20 TI-4428 RC$ LOOP 24 OVR PWR DELTA T SET POINT CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes IND FBF 20 TI-442C RCS LOOP 22 Tavg TEMP IND CTLB 53-0 PNL FC 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 TI-453 PRESSURIZER LIQUID TEMP INDICATOR CTLB 53-0 PNL SA 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 TI-4S-4 PRESSURIZER STEAM TEMP INDICATOR CTLB 53-0 PNL SA 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 TI-471 PRT TEMP INDICATOR CTLB 53-0 PNL SA 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 TIC-1203 TEMP CONTROLLER CNTNMT AVERAGE CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes TEMP SB-2 20 TR-413 LOOP 21 & 22 TEMP RECORDER CTLB 53-0 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 TR-423 TEMPERATURE RECORDER CTILB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Yes I__
_FD F
I__
20 TR-433 LOOP 22 & 24 TEMP RECORDER CTLB 53-0 PNL 53-0 Yes ABS RRS Yes Yes Yes Yes Ye F D F I__
I
_I_
20 TR-636 TEMP RECORDER CTLB 53-0 PNL SG153-01 YesAB RRS Yes Yes Yes Yes Yes 20 TT-1 203 CNTNMT Tavg TEMP TRANSMITTER CTLB 53-0 PNL SB153-01 Yes AS RRS Yes Yes Ye-s Yes Ye SVIDS Rev 1.doc 7-15-99Pae3 Page 37
SCREENING VERIFICATION DATA SHEETS (SVDS)
Equip.-
Floor Room Base Cap.
Demand Cap. >
Caveats Anchor Inter.
Equip.
Notes Class' Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev. <4?Spec. Spectrum Dem.?
OK?
OK?
OK?
OK?
20 TT-1203A TOTALIZER VC 46-0 46-0 Yes ABS RRS Yes Yes Yes Yes Yes 20 VOLTMETER BUS 2A,3A.5A,6AVLTMETER CTLB 53-0 PNL SR 53-0 Yes ABS RRS Yes Yes Yes Yes Yes 21 0021 CCHX CCW HEAT EXCH NO 21 PAB 98-0 98-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 0021 CCST 21 COMPONENT COOLING SURGE TNK PAB 98-0 98-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 0021 CHPS CHARGING PUMP NO. 21 SUCTION PAB 80-0 80-0 N/A N/A N/A N/A N/A No N/A No STABILIZER/SEPARATOR_______
21 0021 CWHX 211I/A CMPR CL COOLING WTR HX CTLB 1 5-0 15-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 0021 EDJET DIESEL GENERATOR NO. 21 JACKET WATER EDGB 72-0 82-0 N/A N/A N/A N/A N/A No N/A No EXPANSION TANK I_
21 0021 EDSAT START AIR TANK 21 DG EDGB 67-0 67-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 0021 ELHX EXCESS LETDOWN HX NO,.21 VCI 46-0 16 46-0 N/A IN/A N/A N/A N/A Yes N/A Yes 21 0021 FOOT FO.0 DAY TANK NO. 21 EDGB 72-0 82-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 0021 FOST F.O. STORAGE TANK 21 EDGB 72-0 72-0 N/A N/A N/A N/A N/A N/A N/A Yes 21 0021IIACA INSTRUMENT AIR COMPRESSOR 21 CTLB 15-0 15-0 N/A N/A N/A N/A N/A Yes N/A Yes AFTERCOOLER 21 00211IAR INSTRUMENT AIR RECEIVER CTLB 15-0 15-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 OO211AXXF 1 21 INST AIR~ PRhFI-l/AHfXIh-LIR,5KIU GILE3 I lb-U 1 b-0 I N/A I N/A I N/A N/A N/A Yes I N/A I Yes I
I ---
-- - I
- I I
I I
i I
21 0021 NRHX I NON REGEN HEAT EXCHANGERNO021 PAB I 95-0 9-1N/A I N/A I N/A N/A N/A Yes I N/AI Yes 21 0021PLHX PRESSURIZER LIQUID SAMPLER HX 21 PAB 80-0 OLD 80-0 N/A N/A N/A N/A N/A Yes N/A Yes CHEMI
_C 21 0021PRT PRESSURIZER RELIEF TANK VCI 46-0 4-3 46-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 0021 PSHX PRESSURIZER STEAM SAMPLE HX 21 PAB 80-0 OLD 80-0 N/A N/A N/A N/A NIA Yes N/A Yes CHEMI
_ _ _C 21 0021 PWST PRIM WTR STORAGE TNK PWST 78-0 78-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 0021 RCHX 21 REACTOR COOLANT SAMPLE HX PPEN 51-O 51-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 0021 RHRHX RHR HEAT EXCHANGER NO. 21 VCI 68-0 9-11 68-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 0021 RHRSHX RHR PUMP 21 SEAL WATER HIX PAB 15-0 15-0 N/A N/A N/A N/A N/A No N/A No 21 0021 RHX REGEN HEAT EXCHANGER NO. 21 VCI 46-0 1 7 46-0 N/AI N/A N/A N/A N/A Yes N/A Yes 21 0021 RWST 21 REFUELING WATER STORAGE TANK NTF 82-0 82-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 0021 SWHX SEAL WTR HEAT EXCH NO. 21 PAB 98-0 98-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 0021 VCT VOLUME CONTROL TANK NO. 21 PAB 98-0 98-0 N/A N/A N/A N/A N/A No N/A No SVDS Rev 1.doc 7-15-99Pae3 Page 38
SCREENING VERIFICATION DATA SHEETS (SVDS)
Eqquip.
Floor Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
Equip.
Notes Class Equip. I.D. No.
Equipment Description Building Elev.
No.
Elev.
<:40'? -pc Spectrum Dem.?
OK?
OK?
OK?
OK?
21 0021XXD 21 INSTR AIR DRYER SKID CTLB 15-0 15-0 N/A N/A N/A N/A N/A KYes ON/A Yes 21 0022CCHX CCW HEAT EXCH NO. 22 PAB 98-0 98-0 N/A N/A Ni/A N/A N/A Yes N/A Yes 21 0022CHPS CHARGING PUMP NO 22 SUCTION PA8 80-0 80-0 N/A N/A N/A N/A N/A No N/A No STABILIZER/SEPARATORPA 008-NA NA NANA No NA o
21 0022CWHX 22 I/A CMPR CL COOLING WTR HX CTLB 15-0 15-0 NIA NIA N/A N/A N/A Yes N/A Yes 21 0022EDJET DIESEL GENERATOR NO. 22 JACKET WATER EDGB 72-0 82-0 N/A N/A N/A N/A N/A No N/A No
___EXPANSION TANK 21 0022EDSAT START AIR TANK 22DG EDGB 67-0 6
7-0 NI/A N/A N/A N/A N/A Yes N/A Yes 21 0022FODT FUEL OIL DAY TANK NO. 22 EDGB 72-0 82-0 NIA N/A N/A N/A N/A Yes N/A Yes 21 0022FOST F.O. STORAGE TANK 22 EDGB 72-0 72-0 N/A NIA N/A N/A N/A Yes N/A Yes 21 00221ACA INST AIR COMP 22 AFTERCOOLER CTLB 1 5-0 15-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 00221AXXF 22 INST AIR PREFLTR/AFTERFLTR SKID CTLB 15-0 15-0 N/A N/A N/A N/A Yes N/A Yes 21 0022PLHX PRESSURIZER LIQUID SAMPLER HX 22 PAB 80-0 ELD 80-0 N/A N/A N/A N/A N/A Yes N/A Yes CHEMI 91 fnl(~99wy POPQQcI 1017CO CTCARA 0AAAfli I
LIV~~--
I>
L-M
-lMVLL fIA 44 rPAo I O8-U ULDJ CHEMI 11 OU-UI N/A I N/A I N/A N/A N/A Yes I N/A I Yes Ai 21 0022RCHX 22 RC SAMPLE HX PPEN 51-0 51-0 NA N
N/A N/A N/A Yes N/A Yes 21 0022RHRHX RHR HEAT EXCH NO. 22 VC 68-0 9-11 68-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 0022RHRSHX 22 RHRP SEAL WAT HX PAB 15-0 15-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 D022XXD 22 INSTR AIR DRYER SKID CTLB 15-0 15-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 0023CHPS CHARGING PUMP NO. 23 SUCTION PAB 80-0 80-0 N/A N/A N/A N/A N/A No N/A No STABILIZER/SEPARATOR 21 0023EDJET DIESEL GENERATOR NO. 23,JACKET WATER EDGB 72-0 82-0 N/A N/A N/A N/A No N/A No EXPANSIONTANK
____6_
IANA N/
/
e
/
21 0023EDSAT START AIR TANK 23DG EDGB 67-0 67-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 0023FODT FUEL OIL DAY TANK NO, 23 EDGB 72-0 82-0 N/A N/A N/A NIA Yes N/A Yes 21 0023FOST F.O. STORAGE TANK 23 EDGB 72-0 72-0 N/A
/A N/A N/
N/A N/A Yes N/A Yes 21 21 BAT BORIC ACID TANK PAB 98-0 98-0 N/A N/A NA N/A N/
Yes N/A Yes 21 22BAT BORIC ACID TANK PAB 98-0 98-0 N/A N/A N/A N/A N/A Yes N/A Yes 21 APORVAU N2 ACCUM FOR PCV455C VC 95-0 95-0 NIA NIA N/A N/A N/A Yes N/A Yes 21 BPORVAU N2ACCUM FOR PCV456 VC 95-0 95-0 N/A N/A N/A N/
NA Yes N/A Yes 21 CST CONDENSATE STORAGE TANK CWST 80-0 8--0 N/A N/A N/A N/A N/A Yes N/A Yes SVDS Rov 1.doc 7-15-99 Pace 39
SCREENING VERIFICATION DATA SHEETS (SVDS) i I I-ri ur-I f
I.
I Equip Equip. I.D. No.
Equiprr 21 IACCET EXPANSION TANK ient Description Building Elev.
CTLB 33-0 Room Base Cap.
Demand Cap. > Caveats Anchor Inter.
No.
Elev. 1 40 ? Spec. Spectrum Dem.?
OK?
OK?
OK?
33-0 N/A N/A N/A N/A N/A No N/A OK? I--- I /d\\
Pntuvqip. I Notes No I
W. - -
lYU I
-r. n...
1 A.-
7.
r OQ Pane 40

r ATTACHMENT B B1I

SCREENING EVALUATION WORK SHEET (SEWS)
Revision 2, Corrected, 6/28/91 Status N U Sheet 1 of e Rev.
Equip. ID No. BUS 2A Equip. Class 02 Low Voltae itchcear Equipment Description 480 VAC SWITCHGEAR 22 BUS 2A Location:
Bldg. CTLB Floor El. 15-0 Room, Row/Col Manufacturer, Model, Etc. (optional)
SEISMIC CAPACITY VS DEMAND
1.
Elevation where equipment receives seismic input
2.
Elevation of seismic input below about 40' from grade
3.
Equipment has fundamental frequency above about 8 Hz
4.
Capacity based on:
Existing Documentation Bounding Spectrum 1.5 x Bounding Spectrum GERS
5.
Demand based on:
Ground Response Spectrum 1.5 x Ground Response Spectrum Conserv. Des. In-Str. Resp. Spec.
Realistic M-Ctr. In-Str. Resp. Spec.
Does capacity exceed demand?
15-0 CY]
N U
Y N
U [N/A]
DOC GERS AGRS CRS fY] N U
CAVEATS -
BOUNDING SPECTRUM (Identify with an asterisk (*) those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
1.
Equipment is included in earthquake experience equipment class CY] N U
1
2.
600 V rating or less CY] N U
E
3.
Side-to-side restraint of draw-out circuit breakers is provided CY] N U
Z
4.
Adjacent cabinets which are close enough to impact, or sections of multi-bay cabinets, are bolted together if they contain essential relays (Y] N U
D S.
Attached weight (except conduit) less than about 100 lbs per cabinet assembly
[Y] N U
D
6.
Externally attached items rigidly anchored CY] N U
t
7.
General configuration similar to ANSI C37.20 Standards CY] N U
t
8.
Cutouts in lower half of cabinet side sheathing less than 30% of width of side panel wide and less than 60% of width of side panel high excluding bus transfer compartment CY] N U
N
9.
All.doors secured by latch or fastener CY] N U
V
10.
Anchorage adequate CY] N U
N
11.
Relays mounted on equipment evaluated CY] N U
V
12.
Have you looked for and found no other adverse concerns?
CY] N U
N.
Is the intent of all the caveats met for Bounding Spectrum?
I 4/A T/A T/A
I/A
[/A I/A
[/A
[/A r/A
[/A F/A Y/A
[Y1 N
U N/A
Revision 2, Co rected, 6/28/91 Sheet 2 of SCREENING EVALUATION WORK SHEET (SEWSJ Equip. ID No. BUS 2A Equip. Class 02
- Low Voltage Switchgear Equipment Description 480 VAC SWITCHGEAR 22 BUS 2A CAVEATS - GERS (Identify with an asterisk (*) those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
1.
Equipment is included in generic seismic testing equipment class Y N
2.
Meets all Bounding Spectrum caveats Y N
3.
Floor-mounted enclosure Y N
4.
Manufactured by major vendor (ITE/Brown Boveri, Westinghouse, or GE)
Y N S.
Average weight per section less than 1600 lbs Y N
6.
Base anchorage adequate (See checklist below for details)
Y N
7.
Relays used for breaker function are not on "Low Ruggedness Relays" list.
Y N
8.
Relay evaluation completed for all relays that are essential to other equipment or cause unacceptable lockout Y N
9.
For 2.5 g level GERS, vertical restraint prevents breaker uplift Y N
10.
For 2.5 g level GERS, outside corners of end unit are reinforced, if needed Y N Is the intent of all the caveats met for GERS?
U [N/Al U IN/A]
U [N/A]
U [N/A]
U [N/A]
U EN/A]
U fN/A]
U [N/Al U [N/Al U [N/A]
Y N U EN/Al ANCHORAGE
1.
Appropriate equipment characteristics determined (mass, CG, natural freq., damping, center of rotation)
2.
Type of anchorage covered by GIP
3.
Sizes and locations of anchors determined
4.
Adequacy of anchorage installation evaluated (weld quality and length, nuts and washers, expansion anchor tightness, etc.)
S.
Factors affecting anchorage capacity or margin of safety considered:
embedment length, anchor spacing, free-edge distance, concrete strength/condition, and concrete cracking
6.
For bolted anchorages, gap under base less than 1/4-inch
7.
Factors affecting essential relays considered:
gap under base, capacity reduction for expansion anchors
8.
Base has adequate stiffness and effect of prying action on anchors considered
9.
Strength of equipment base and load path to CG adequate
10.
Embedded steel, grout pad or large concrete pad adequacy evaluated Are anchorage requirements met?
CY) N U N/A IY] N U N/A
[Y] N U N/A fY) N U N/A (Y] N U N/A CY] N U N/A Y N U IN/A]
[Y] N U N/A CY] N U N/A Y N U [N/Al
[Y] N U
i-

o-.oo^

o=-
-- =--
Revision 2, Corrected, 6/28/91 Sheet 3 of 6 SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. BUS 2A Equip. Class 02 Low Voltage Switchgear Equipment Description 480 VAC SWITCHGEAR 22 BUS 2A INTERACTION EFFECTS
1.
Soft targets free from impact by nearby equipment or structures
2.
If equipment contains sensitive relays, equipment free from all impact by nearby equipment or structures
3.
Attached lines have adequate flexibility
4.
overhead equipment or distribution systems are not likely to collapse
5.
Have you looked for and found no other adverse concerns?
Is equipment free of interaction effects?
(Y] N U
N/A Y fN] U N/A
[Y] N U
N/A
[Y) N U
N/A
[Y) N U
N/A Y [N]
U IS EQUIPMENT SEISMICALLY ADEQUATE?
Y (N] U COMMENTS SEE PHOTOS 2-11,12,32,33,34,35, and 16-28 to 35.
FOR COMPARISON OF CAPACITY VS.
DEMAND, SEE EQE CALCULATION 42100-C-001O 5l.
ek 2
4 d
ly THE ANCHORAGE WAS SHOWN TO BE SEISMICALLY ADEQUATE IN EQE CALCULATION 42100-C-002, SECTION 46.
THIS CALCULATION ALSO SHOWED THAT A TIGHTNESS TEST OF THE ANCHOR BOLTS IS NOT REQUIRED.
THE BREAKER HOIST IS NOT ADEQUATELY RESTRAINED IN POSITION AND CAN IMPACT THE SWITCHGEAR.
SEE OUTLIER.
COMMENTS OF CAVEATS -
BOUNDING SPECTRUM 3
THE MAIN CONTACTS ARE ORIENTED HORIZONTALLY.
THE SECONDARY CONTACTS ARE NOT A PIN AND PLUG TYPE OF CONNECTION HOWEVER, THEY ARE A SLIP IN CONNECTION.
THE BREAKER IS HELD IN POSITION BY A GUIDE ON EACH SIDE IN WHICH THE BREAKER WHEELS ARE TRAPPED.
THIS WILL LIMIT ANY SIDE-TO-SIDE MOVEMENT OF THE BREAKER.
THIS, COMBINED WITH THE SECONDARY CONTACT TYPE, WILL ENSURE THAT ANY SIDE-TO-SIDE MOTION WILL BE PREVENTED AND/OR WILL NOT BREAK THE SECONDARY CONTACTS.
THIS MEETS THE INTENT OF THE CAVEAT.
-- A I-t o..
57 OL s 25bs 2A,4 3W,4v 6/
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I_
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1-Revision 2, Corrected, 6/28/91 Status Y
N U
SCREENING EVALUATION WORK SHEET (SEWS)
Sheet of Equip. ID No.: BUS 2A Equip. Class: 02 Low Voltage Switchgear Equip
Description:
480 VAC SWITCHGEAR 22 BUS 2A Evaluated By:
Date:
7-Checked By:
Date:
d?
J1
/X S f

-- ------ - ^--

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(a-53-l I
Revision 2, Corrected, 6/28/91 Status Y
N U SCREENING EVALUATION WORK SHEET (SEWS)
Sheet 1 of 5 Rev.
Equip. ID No. BUS 3A Equip. Class 02 Low Voltage Switchgear Equipment Description 480 VAC SWITCHGEAR BUS 3A Location:
Bldg. CTLB Floor El. 15-0 Room, Row/Col SWGR 22 Manufacturer, Model, Etc. (optional)
SEISMIC CAPACITY VS DEMAND
1.
Elevation where equipment receives seismic input 15-0
2.
Elevation of seismic input below about 40' from grade CY] N U
3.
Equipment has fundamental frequency above about 8 Hz Y
N U [N/A]
4.
Capacity based on:
Existing Documentation DOC Bounding Spectrum 1.5 x Bounding Spectrum GERS GERS
5.
Demand based on:
Ground Response Spectrum
>AeB I
1.5 x Ground Response Spectrum AGRS Conserv. Des. In-Str. Resp. Spec.
CRS Realistic M-Ctr. In-Str. Resp. Spec.
(
Does capacity exceed demand?
CY] N U
CAVEATS -
BOUNDING SPECTRUM (Identify with an asterisk (*) those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
1.
Equipment is included in earthquake experience equipment class
[Y] N U
N/A
2.
600 V rating or less
[Y] N U
N/A
3.
Side-to-side restraint of draw-out circuit breakers is provided
[YJ N U
N/A *
4.
Adjacent cabinets which are close enough to impact, or sections of multi-bay cabinets, are bolted together if they contain essential relays
[Y] N U
N/A
5.
Attached weight (except conduit) less than about 100 lbs per cabinet assembly
[Y] N U
N/A
6.
Externally attached items rigidly anchored CY] N U
N/A
7.
General configuration similar to ANSI C37.20 Standards
[Y] N U
N/A
8.
Cutouts in lower half of cabinet side sheathing less than 30% of width of side panel wide and less than 60% of width of side panel high excluding bus transfer compartment CY] N U
N/A
9.
All}doors secured by latch or fastener CY] N U
N/A
10.
Anchorage adequate CY] N U
N/A
11.
Relays mounted on equipment evaluated (Y] N U
N/A
12.
Have you looked for and found no other adverse concerns?
CY) N U
N/A Is the intent of all the caveats met for Bounding Spectrum?
fY) N U N/A
I----
Revision 2, Corrected, 6/28/91 Sheet 2 of 5
SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. BUS 3A Equip. Class 02
- Low Voltage Switchaear Equipment Description 480 VAC SWITCHGEAR BUS 3A CAVEATS -
GERS (Identify with an asterisk (*) those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
1.
Equipment is included in generic seismic testing equipment class Y N
2.
Meets all Bounding Spectrum caveats Y N
3.
Floor-mounted enclosure Y N
4.
Manufactured by major vendor (ITE/Brown Boveri, Westinghouse, or GE)
Y N
5.
Average weight per section less than 1600 lbs Y
N
6.
Base anchorage adequate (See checklist below for details)
Y N
7.
Relays used for breaker function are not on "Low Ruggedness Relays" list.
Y N
8.
Relay evaluation completed for all relays that are essential to other equipment or cause unacceptable lockout Y N
9.
For 2.5 g level GERS, vertical restraint prevents breaker uplift Y N
10.
For 2.5 g level GERS, outside corners of end unit are reinforced, if needed Y N Is the intent of all the caveats met for GERS?
U [N/A]
U [N/A]
U EN/A]
U [N/A]
U [N/A]
U [N/A]
U [N/A]
U [N/A]
U [N/A]
U EN/A]
Y N U [N/A]
ANCHORAGE
1.
Appropriate equipment characteristics determined (mass, CG, natural freq., damping, center of rotation)
2.
Type of anchorage covered by GIP
3.
Sizes and locations of anchors determined
4.
Adequacy of anchorage installation evaluated (weld quality and length, nuts and washers, expansion anchor tightness, etc.)
5.
Factors affecting anchorage capacity or margin of safety considered:
embedment length, anchor spacing, free-edge distance, concrete strength/condition, and concrete cracking
6.
For bolted anchorages, gap under base less than 1/4-inch
7.
Factors affecting essential relays considered:
gap under base, capacity reduction for expansion anchors
8.
Base has adequate stiffness and effect of prying action on anchors considered
9.
Strength of equipment base and load path to CG adequate
10.
Embedded steel, grout pad or large concrete pad adequacy evaluated Are anchorage requirements met?
EY] N U N/A
[Y] N U N/A
[Y] N U N/A
[Y] N U N/A EY] N U N/A
[Y] N U N/A Y N U EN/A]
[Y] N U N/A (Y]
N U N/A Y N U [N/A]
fY] N U
Revision 2, Corrected, 6/28/91 Sheet 3 of i
SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. BUS 3A Equip. Class 02 Low Voltage Switchgear Equipment Description 480 VAC SWITCHGEAR BUS 3A INTERACTION EFFECTS
1.
Soft targets free from impact by nearby equipment or structures
2.
If equipment contains sensitive relays, equipment free from all impact by nearby equipment or structures
3.
Attached lines have adequate flexibility
4.
Overhead equipment or distribution systems are not likely to collapse
5.
Have you looked for and found no other adverse concerns?
Is equipment free of interaction effects?
EY] N U
N/A Y IN] U N/A (Y] N U
N/A
[Y] N U
N/A fY] N U
N/A Y fN]
U IS EQUIPMENT SEISMICALLY ADEQUATE?
Y EN] U COMMENTS SEE PHOTOS 2-11,12,32,33,34,35, and 16-28 to 35.
FOR COMPARISON OF CAPACITY VS.
DEMAND, SEE EQE CALCULATION 42100-C-001.
f A
THE ANCHORAGE WAS SHOWN TO BE SEISMICALLY ADEQUATE IN EQE CALCULATION 42100-C-002, SECTION 46.
THIS CALCULATION ALSO SHOWED THAT A TIGHTNESS TEST OF THE ANCHOR BOLTS IS NOT REQUIRED.
THE BREAKER HOIST IS NOT ADEQUATELY RESTRAINED IN POSITION AND CAN IMPACT THE SWITCHGEAR.
SEE OUTLIER.
COMMENTS OF CAVEATS -
BOUNDING SPECTRUM 3
THE MAIN CONTACTS ARE ORIENTED HORIZONTALLY.
THE SECONDARY CONTACTS ARE NOT A PIN AND PLUG TYPE OF CONNECTION HOWEVER, THEY ARE A SLIP IN CONNECTION.
THE BREAKER IS HELD IN POSITION BY A GUIDE ON EACH SIDE IN WHICH THE BREAKER WHEELS ARE TRAPPED.
THIS WILL LIMIT ANY SIDE-TO-SIDE MOVEMENT OF THE BREAKER.
THIS, COMBINED WITH THE SECONDARY CONTACT TYPE, WILL ENSURE THAT ANY SIDE-TO-SIDE MOTION WILL BE PREVENTED AND/OR WILL NOT BREAK THE SECONDARY CONTACTS.
1Z~
THIS MEETS THE INTENT OF THE CAVEAT.
v-5 s 3A,S3 A
5-A A
5, Q
"4' -- -
Vi 3
-15 x e.-
(
.-- I N:

...... "I.............

Revision 2, Corrected, 6/28/91 Status Y
N U
SCREENING EVALUATION WORK SHEET (SEWS)
Sheet 6 of am_
Equip. ID No.: BUS 3A Equip. Class: 02 Low Voltacte Switchgear Equip
Description:
480 VAC SWITCHGEAR BUS 3A Evaluated By:
(
W 7
Date:
Checked By:
Date:
by Jig-Ear CHU~~~~
7ESae
'-f-4 S
EQE INTERNATIONAL JNTFR-N.TtC16ALA
/
A i }
SHEET NO.
JOB NO.
JOB 4-B 72 BYk DATE 4
!7-9 CALC. NO._____ SUBJECT
5 44 va r CHK'D_ _
DATE a c--eA C-cav-e Po eyp a
Z-12-cr7f/
t 7uHe~ 6. H-i G+
Ae 6,xP (~J !
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95-4~
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X buTT 2/k1 AI&
fl onj
}ii7 A
61-
-/-'
ofA A~~f(4rf 74S/,
EQE INTERNATIONAL SHEET NO.
2 JOB NO.i4I/
JOB FP A-4L BY DATF/b 9
CALC. NO.-OQt SUBJECT_
CHKD,A DATE f- )L-75Z~mA ce~
4</e}5I c5A'/'/&
Cs A 6vie'll'i-s V c-4' 9
G 7§'
s/l e
hS f
--s 7S c a sk flggv--o 2,re/
30 2~~2/ 3~/~o rc3VSl e}7
1-
............... ~
EQE INTERNATIONAL IN'TE RN AT I -AL JOB NO. 4ZO Co JOB_
CALC. NO. ____
SUBJECT, 1PrFk244 X,
-'"I r fip L Gb SHEET NO.
3 BY T
2 DATE _-2_7_
CHK'D DATE /
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(I

1 Revision 2, Corrected, 6/28/91 Status Y N U SCREENING EVALUATION WORK SHEET (SEWS)

Sheet 1 of 4
Rev.
0 Equip. ID No. EGAl Equip. Class 16 Battery Chargers & Invertors Equipment Description 10 KVA STATIC INVERTER #21 Location:
Bldg. CTLB Floor El. 33-0 Room, Row/Col CCR/G6-10.
Manufacturer, Model, Etc. (optional) SOLID STATE CONTROLS SEISMIC CAPACITY VS DEMAND
1.
Elevation where equipment receives seismic input 33-0
2.
Elevation of seismic input below about 40' from grade CY] N U
3.
Equipment has fundamental frequency above about 8 Hz Y
N U (N/A]
4.
Capacity based on:
Existing Documentation DOC Bounding Spectrum BS 1.5 x Bounding Spectrum
[ABS]
GERS GERS
5.
Demand based on:
Ground Response Spectrum GRS 1.5 x Ground Response Spectrum AGRS Conserv. Des. In-Str. Resp. Spec.
CRS Realistic M-Ctr. In-Str. Resp. Spec.
(RRS]
Does capacity exceed demand?
CY] N U CAVEATS -
BOUNDING SPECTRUM (Identify with an asterisk (*) those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
1.
Equipment is included in earthquake experience equipment class CY] N U
N/A
2.
Solid state type CY] N U
N/A
3.
For floor-mounted, transformer positively anchored and mounted near base, or load path is evaluated CY] N U N/A *
4.
Base assembly of floor-mounted unit properly braced or stiffened for lateral forces (Y] N U N/A *
5.
For wall-mounted units, transformer supports and bracing provide adequate load path to the rear cabinet wall Y
N U EN/A]
6.
All latches and fasteners in doors secured CY] N U
N/A
7.
Anchorage adequate (See checklist below for details)
CY] N U
N/A
8.
Relays mounted on equipment evaluated Y
N U [N/A]
9.
Have you looked for and found no other adverse concerns?
CY] N U
N/A Is the intent of all the caveats met for Bounding Spectrum?
[Y] N U N/A CAVEATS -
GERS (Identify with an asterisk (*) those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
1.
Equipment is included in generic seismic testing equipment class Y
N U EN/A]
2.
Meets all Bounding Spectrum caveats Y
N U EN/A]

I I----

Revision 2, Corrected, 6/28/91 Sheet 2 of 4
SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. EGAl Equip. Class 16 Battery Chargers & :Invertors Equipment Description 10 KVA STATIC INVERTER #21 CAVEATS -
GERS (Cont'd)
3.
Silicon-Controlled Rectifier (SCR) power controls; wall-or floor-mounted NEMA-type enclosure
4.
Within range of battery charger ratings;24-250 VDC 120-480 VAC 25-600 amps 150-2850 pounds (floor-mounted) 150-600 pounds (wall-mounted)
5.
Within range of inverter ratings; 120 VDC only 120-480 VAC 0.5-15 KVA 300-2000 pounds
6.
Heavy components are locatedin lower half of cabinet and are supported from base or rear panel with no panel cutouts adjacent to attachment Is the intent of all the caveats met for GERS?
ANCHORAGE
1.
Appropriate equipment characteristics determined (mass, CG, natural freq., damping, center of rotation)
2.
Type of anchorage covered by GIP
3.
Sizes and locations of anchors determined
4.
Adequacy of anchorage installation evaluated (weld quality and length, nuts and washers, expansion anchor tightness, etc.)
5.
Factors affecting anchorage capacity or margin of safety considered:
embedment length, anchor spacing, free-edge distance, concrete strength/condition, and concrete cracking
6.
For bolted anchorages, gap under base less than 1/4-inch
7.
Factors affecting essential relays considered:
gap under base, capacity reduction for expansion anchors
8.
Base has adequate stiffness and effect of prying action on anchors considered
9.
Strength of equipment base and load path to CG adequate
10.
Embedded steel, grout pad or large concrete pad adequacy evaluated Are anchorage requirements met?
INTERACTION EFFECTS
1.
Soft targets free from impact by nearby equipment or structures
2.
If equipment contains sensitive relays, equipment free from all impact by nearby equipment or structures Y
N U [N/A]
Y N
U EN/A]
Y N
U [N/A]
Y N
U [N/A]
Y N
U EN/A]
Y N
U [N/A]
Y N
U EN/A]
Y N
U [N/A]
Y N
U EN/A]
Y N
U EN/A]
Y N
U [N/A]
Y N CY] N U
N/A EY] N U
N/A fY] N U
N/A fY] N U
N/A fY] N U
N/A fY] N U
N/A Y
N U [N/A]
EY)
N U
N/A CY] N U
N/A Y
N U [N/A]
EYl N CY] N U N/A
Y N
U [N/A]
U [N/A]
U
....... I........ -
Revision 2, Cor ected, 6/28/91 Sheet 3 of t
SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. EGAl Equip. Class 16 Battery Charaers & Invertors Equipment Description 10 KVA STATIC INVERTER #21 INTERACTION EFFECTS (Cont'd)
3.
Attached lines have adequate flexibility
[Y] N U
N/A
4.
Overhead equipment or distribution systems are not likely to collapse (Y] N U
N/A
5.
Have you looked for and found no other adverse concerns?
(Y] N U
N/A Is equipment free of interaction effects?
CY] N U IS EOUIPMENT SEISMICALLY ADEOUATE CY] N U COMMENTS SEE PHOTOS RDA1-l TO 24.
BLOCK WALL QUALIFIED BY COMPUTECH REPORT NO. R547.01.
THE ANCHORAGE IS SEISMICALLY VERIFIED BY COMPARISON TO BATTERY CHARGER 21 WHICH WAS SEISMICALLY VERIFIED IN EQE REPORT No. 42074-R-004 AND CON ED CALCULATION No.
CPG-00002-00, REV.0 DATED JUNE 25, 1991.
FOR COMPARISON OF CAPACITY VS. DEMAND, SEE EQE CALCULATION 42100-C-001.
COMMENTS OF CAVEATS -
BOUNDING SPECTRUM 3
TRANSFORMER IS LOCATED IN BOTTOM OF CABINET.
IT IS BOLTED TO STEEL GRIDWORK WHICH IS WELDED TO BASE CHANNELS.
ADEQUATE ANCHORAGE AND LOAD PATH.
4 THE INVERTER IS MOUNTED ON (2) SETS OF BACK-TO-BACK STEEL CHANNELS.
THE CHANNELS ARE NOT DIRECTLY TIED TOGETHER.
THE CHANNELS ARE BOLTED TO THE FLOOR WITH CONCRETE ANCHORS.
THE INVERTER IS WELL BOLTED TO THE CHANNELS.
THE SEISMIC LOADING ON THE BASE CHANNELS IN ONE DIRECTION WILL BE LOADING THE CHANNELS IN WEAK WAY BENDING.
THE LOAD WILL BE SPREAD OUT OVER ALL FOUR CHANNELS.
AS THE CHANNELS ARE BOLTED TO THE INVERTER THEY WILL RESPOND LIKE SMALL FRAMES AND WILL BE ADEQUATE TO TRANSFER THE LOAD FROM THE C.G.
OF THE INVERTER TO THE CONCRETE FLOOR.
THE EXISTING CONFIGURATION IS JUDGED TO BE SEISMICALLY ADEQUATE.
INTENT OF CAVEAT IS MET.
COMMENTS OF INTERACTION EFFECTS 1
OVERHEAD CABLE TRAYS USE KINDORF NUTS.
HVAC DUCTS ARE SUPPORTED BY STRAPS BOLTED INTO OVERHEAD FRAMEWORK.
HVAC SUPPORT IS JUDGED ADEQUATE.
l.....................................
6/r 4024 Revision 2, Corrected, 6/28/91 SCREENING EVALUATION WORK SHEET (SEWS)
Status Y
N U EGA Equip. Class 16 -
Battery Chargers & Inverters
!ription 10 KVA STATIC INVERTER #21 Equip. ID No.
Equipment Desc Evaluated by:
g0 Date:
-Z4-Y 3 Verified by:
Date:
A c2?.*
Revision 2, Corrected, 6/28/91 Status Y
N U
SCREENING EVALUATION WORK SHEET (SEWS)
Sheet 1 of
+
Rev.
0 Equip. ID No. EGA2 Equip. Class 16 Battery Chargers & Invertors Equipment Description 10 KVA STATIC INVERTER #22 Location:
Bldg. CTLB Floor El. 33-0 Room, Row/Col CCR/G6-10.
Manufacturer, Model, Etc. (optional) SOLID STATE CONTROLS SEISMIC CAPACITY VS DEMAND
1.
Elevation where equipment receives seismic input 33-0
2.
Elevation of seismic input below about 40' from grade CY] N U
3.
Equipment has fundamental frequency above about 8 Hz Y
N U EN/A]
4.
Capacity based on:
Existing Documentation DOC Bounding Spectrum BS 1.5 x Bounding Spectrum
[ABS]
GERS GERS
5.
Demand based on:
Ground Response Spectrum GRS 1.5 x Ground Response Spectrum AGRS Conserv. Des. In-Str. Resp. Spec.
CRS Realistic M-Ctr. In-Str. Resp. Spec.
[RRS]
Does capacity exceed demand?
CY) N U CAVEATS -
BOUNDING SPECTRUM (Identify with an asterisk (*) those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
1.
Equipment is included in earthquake experience equipment class EY) N U
N/A
2.
Solid state type (Y] N U
N/A
3.
For floor-mounted, transformer positively anchored and mounted near base, or load path is evaluated CY) N U N/A *
4.
Base assembly of floor-mounted unit properly braced or stiffened for lateral forces
[Y] N U N/A *
5.
For wall-mounted units, transformer supports and bracing provide adequate load path to the rear cabinet wall Y
N U [N/A]
6.
All latches and fasteners in doors secured
[Y] N U
N/A
7.
Anchorage adequate (See checklist below for details)
[Y] N U
N/A
8.
Relays mounted on equipment evaluated Y
N U [N/A)
9.
Have you looked for and found no other adverse concerns?
[Y] N U
N/A Is the intent of all the caveats met for Bounding Spectrum?
[Y] N U N/A CAVEATS -
GERS (Identify with an asterisk (*) those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
1.
Equipment is included in generic seismic testing equipment class Y N U [N/A]
2.
Meets all Bounding Spectrum caveats Y
N U [N/AJ
Revision 2, Corrected, 6/28/91 Sheet 2 of SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. EGA2 Equip. Class 16 Battery Chargers &
Invertors Equipment Description 10 KVA STATIC INVERTER #22 CAVEATS -
GERS (Cont'd)
3.
Silicon-Controlled Rectifier (SCR) power controls; wall-or floor-mounted NEMA-type enclosure
4.
Within range of battery charger ratings;24-250 VOC 120-480 VAC 25-600 amps 150-2850 pounds (floor-mounted) 150-600 pounds (wall-mounted)
5.
Within range of inverter ratings; 120 VDC only 120-480 VAC 0.5-15 KVA 300-2000 pounds
6.
Heavy components are located-in lower half of cabinet and are supported from base or rear panel with no panel cutouts adjacent to attachment Is the intent of all the caveats met for GERS?
ANCHORAGE
1.
Appropriate equipment characteristics determined (mass, CG, natural freq., damping, center of rotation)
2.
Type of anchorage covered by GIP
3.
Sizes and locations of anchors determined
4.
Adequacy of anchorage installation evaluated (weld quality and length, nuts and washers, expansion anchor tightness, etc.)
5.
Factors affecting anchorage capacity or margin of safety considered:
embedment length, anchor spacing, free-edge distance, concrete strength/condition, and concrete cracking
6.
For bolted anchorages, gap under base less than 1/4-inch
7.
Factors affecting essential relays considered:
gap under base, capacity reduction for expansion anchors
8.
Base has adequate stiffness and effect of prying action on anchors considered
9.
Strength of equipment base and load path to CG adequate
10.
Embedded steel, grout pad or large concrete pad adequacy evaluated Are anchorage requirements met?
INTERACTION EFFECTS
1.
Soft targets free from impact by nearby equipment or structures
2.
If equipment contains sensitive relays, equipment free from all impact by nearby equipment or structures Y
N U [N/A]
Y N
U EN/A]
Y N
U [N/A]
Y N
U [N/A]
Y N
U [N/A]
Y N
U EN/A]
Y N
U EN/A]
Y N
U [N/A]
Y N
U EN/A]
Y N
U EN/A]
Y N
U EN/A]
Y N
[Y] N U
N/A Y) N U
N/A EY] N U
N/A Y] N U
N/A
[Y] N U
N/A EY) N U
N/A Y
N U [N/A]
[Y] N U
N/A Y] N U
N/A Y
N U [N/A]
EY] N
[Y] N U N/A
Y N
U EN/A]
U [N/A]
U
Revision 2, Cor ected, 6/28/91 Sheet 3 of M
SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. EGA2 Equip. Class 16 Battery Chargers & Invertors Equipment Description 10 KVA STATIC INVERTER #22 INTERACTION EFFECTS (Cont'd)
3.
Attached lines have adequate flexibility
4.
Overhead equipment or distribution systems are not likely to collapse
5.
Have you looked for and found no other adverse concerns?
Is equipment free of interaction effects?
IS EQUIPMENT SEISMICALLY ADEQUATE CYJ N U
N/A fY] N U
N/A CY) N U
N/A CY] N U CY] N U COMMENTS SEE PHOTOS RDA1-l TO 24.
BLOCK WALL QUALIFIED BY COMPUTECH REPORT NO. R547.01.
THE ANCHORAGE IS SEISMICALLY VERIFIED BY COMPARISON TO BATTERY CHARGER 21 SEISMICALLY VERIFIED IN EQE REPORT No. 42074-R-004 AND CON ED CALCULATION CPG-00002-00, REV.0 DATED JUNE 25, 1991.
FOR COMPARISON OF CAPACITY VS. DEMAND, SEE EQE CALCULATION 42100-C-001.
COMMENTS OF CAVEATS -
BOUNDING SPECTRUM 3
WHICH WAS No.
TRANSFORMER IS LOCATED IN BOTTOM OF CABINET.
IT IS BOLTED TO STEEL GRIDWORK WHICH IS WELDED TO BASE CHANNELS.
ADEQUATE ANCHORAGE AND LOAD PATH.
4 THE INVERTER IS MOUNTED ON (2) SETS OF BACK-TO-BACK STEEL CHANNELS.
THE CHANNELS ARE NOT DIRECTLY TIED TOGETHER.
THE CHANNELS ARE BOLTED TO THE FLOOR WITH CONCRETE ANCHORS.
THE INVERTER IS WELL BOLTED TO THE CHANNELS.
THE SEISMIC LOADING ON THE BASE CHANNELS IN ONE DIRECTION WILL BE LOADING THE CHANNELS IN WEAK WAY BENDING.
THE LOAD WILL BE SPREAD OUT OVER ALL FOUR CHANNELS.
AS THE CHANNELS ARE BOLTED TO THE INVERTER THEY WILL RESPOND LIKE SMALL FRAMES AND WILL BE ADEQUATE TO TRANSFER THE LOAD FROM THE C.G. OF THE INVERTER TO THE CONCRETE FLOOR.
THE EXISTING CONFIGURATION IS JUDGED TO BE SEISMICALLY ADEQUATE.
INTENT OF THE CAVEAT IS MET.
COMMENTS OF INTERACTION EFFECTS 1
OVERHEAD CABLE TRAYS USE KINDORF NUTS.
HVAC DUCTS ARE SUPPORTED BY STRAPS BOLTED INTO OVERHEAD FRAMEWORK.
HVAC SUPPORT IS JUDGED ADEQUATE.
...... 1- --
Revision 2, Corrected, 6/28/91 SCREENING EVALUATION WORK SHEET (SEWS)
Status Y
N U
Equip. ID No. EGA2 Equip. Class 16 -
Battery Chargers & Inverters Equipment Description 10 KVA STATIC INVERTER #22 Evaluated by:
Date:
Verified by:
Date:
Revision 2, Corrected, 6/28/91 Status N
U Sheet 1 of O Rev.
0 SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. INST RK 4A Eauip. Class 18 Instruments on Racks Equipment Description INSTRUMENT RACK 4A Location:
Bldg. VC Floor El. 68-0 Room, Row/Col Manufacturer, Model, Etc. (optional)
SEISMIC CAPACITY VS DEMAND
1.
Elevation where equipment receives seismic input
2.
Elevation of seismic input below about 40' from grade
3.
Equipment has fundamental frequency above about 8 Hz
4.
Capacity based on:
Existing Documentation
5.
Demand based on:
G 1
C R
Does capacity exceed demand?
Funding Spectrum
.5 x Bounding Spectrum ERS round Response Spectrum
.5 x Ground Response Spectrum onserv. Des. In-Str. Resp. Spec.
ealistic M-Ctr. In-Str. Resp. Spec.
68-0 CY] N Y
N DOC BS CABS]
GERS GRS AGRS CRS RRS]
U U
(N/A]
CY] N U CAVEATS -
BOUNDING SPECTRUM (Identify with an asterisk (*) those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
1.
Equipment is included in earthquake experience equipment class CY] N U
D
2.
No computer or programmable controllers (Y] N U
I
3.
Steel frame and sheet metal structurally adequate CY] N U
I
4.
Adjacent racks which are close enough to impact or sections of multi-bay racks are bolted together if they contain essential relays
[Y] N U
I
5.
Natural frequency relative to 8Hz limit considered Y
N U [I
6.
Attached lines have adequate flexibility CY] N U
1
7.
Anchorage adequate (See checklist below for details)
Y [N])U 1
8.
Relays mounted on equipment evaluated Y
N U (I
9.
Have you looked for and found no other adverse concerns?
CY] N U
I Is the intent of all the caveats met for Bounding Spectrum?
NI/A N'/A I/A N4/A q/A]
Y (A q/A I./A ]
9/A Y (N]
U N/A CAVEATS -
GERS (Identify with an asterisk (*) those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
1.
Equipment is included in generic seismic testing equipment class
2.
Meets all Bounding Spectrum caveats
3.
Component is a pressure, temperature, level or flow transmitter Y
N U [N/A]
Y N
U [N/A]
Y N
U (N/A]
Revision 2, Corrected, 6/28/91 Sheet 2 of 5 SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. INST RK 4A Equip. Class 18 Instruments on Racks Equipment Description INSTRUMENT RACK 4A CAVEATS -
GERS (Cont'dl
4.
Component is one of the specific makes and models tested, as listed in Appendix B S.
Necessary function of component not sensitive to seismically induced system perturbations (e.g.,
sloshing)
6.
No vacuum tubes
7.
All external mounting bolts in place S.
Demand based on amplified portion of 3% damped floor response spectrum if estimated natural frequency of rack less than 33 Hz
9.
Rack capable of structurally transferring GERS level seismic loads to anchorage Is the intent of all the caveats met for GERS?
Y N
U [N/A)
Y N
U (N/A]
Y N
U (N/A]
Y N
U EN/A) y y
N U (N/A]
N U [N/A)
Y N
U (N/A]
ANCHORAGE
1.
Appropriate equipment characteristics determined (mass, CG, natural freq., damping, center of rotation)
2.
Type of anchorage covered by GIP
3.
Sizes and locations of anchors determined
4.
Adequacy of anchorage installation evaluated (weld quality and length, nuts and washers, expansion anchor tightness, etc.)
5.
Factors affecting anchorage capacity or margin of safety considered:
embedment length, anchor spacing, free-edge distance, concrete strength/condition, and concrete cracking
6.
For bolted anchorages, gap under base less than 1/4-inch
7.
Factors affecting essential relays considered:
gap under base, capacity reduction for expansion anchors S.
Base has adequate stiffness and effect of prying action on anchors considered
9.
Strength of equipment base and load path to CG adequate
10.
Embedded steel, grout pad or large concrete pad adequacy evaluated Are anchorage requirements met?
INTERACTION EFFECTS
1.
Soft targets free from impact by nearby equipment or structures
2.
If equipment contains sensitive relays, equipment free from all impact by nearby equipment or structures
3.
Attached lines have adequate flexibility CY] N U
N/A CY) N U
N/A CY) N U
N/A Y (NJ U N/A (Y] N U
N/A (Y) N U
N/A Y
N U [N/A]
(YI CY)
N U
N/A N
U N/A Y
N U [N/A]
Y [N] U CY] N U
N/A Y
N U (N/A)
(Y] N U
N/A
--I-
- -- -- -- -S- -- -- -- -- -- ----
Revision 2, Corrected, 6/28/91 Sheet 3 of 5 SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. INST RK 4A Equip. Class 18 Instruments on Racks Equipment Description INSTRUMENT RACK 4A INTERACTION EFFECTS (Cont'd)
4.
Overhead equipment or distribution systems are not likely to collapse
5.
Have you looked for and found no other adverse concerns?
Is equipment free of interaction effects?
(Y) N U
N/A (Y] N U
N/A
[Y] N U
IS EQUIPMENT SEISMICALLY ADEQUATE Y (N] U COMMENTS SEE PHOTOS RDA2-20 TO 22.
FOR COMPARISON OF CAPACITY VS. DEMAND, SEE EQE CALCULATION 42100-C-001.
rda & jlw.
THE RACK CONTAINS THE FOLLOWING COMPONENTS:
FT-419A, FT-429A, FT-419B, AND FT-429B.
ANCHORAGE IS SEISMICALLY VERIFIED BY EQE CALCULATION 42100-C-002.
ARE NOT ANY RELAYS ON THE RACK.
THERE TIGHTNESS TESTING OF THE ANCHOR BOLTS IS REQUIRED.
SEE OUTLIER.
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Sheet N5 of Equip. ID No.: INST RK 4A Equip. Class: 18 Instruments on Racks Equip
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1.

SCREENING EVALUATION WORK SHEET (SEWS)
Revision 2, Corrected, 6/28/91 Status Y N U Sheet 1 of -I Rev.
0 Equip. ID No. INST RX 4B Equip. Class 18 -
Instruments on Racks Equipment Description INSTRUMENT RACK 4B Location:
Bldg.
Floor El. 68-0 Room, Row/Col U..
Manufacturer, Model, Etc. (optional)
SEISMIC CAPACITY VS DEMAND
1.
Elevation where equipment receives seismic input
2.
Elevation of seismic input below about 40' from grade
3.
Equipment has fundamental frequency above about 8 Hz
4.
Capacity based on:
Existing Documentation
5.
Demand based on:
G I
C, RD Does capacity exceed demand?
Funding Spectrum
.5 x Bounding Spectrum ERS round Response Spectrum
.5 x Grbund Response Spectrum onserv. Des. In-Str. Resp. Spec.
ealistic M-Ctr. In-Str. Resp. Spec.
68-0 CY] N Y
N DOC BS
[ABS]
GERS GRS AGRS CRS E
RRS )
iU U [N/A]
[Y] N U CAVEATS -
BOUNDING SPECTRUM (Identify with an asterisk (*) those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
1.
Equipment is included in earthquake experience equipment class
[Y] N U N/A
2.
No computer or programmable controllers CY] N U N/A
3.
Steel frame and sheet metal structurally adequate CY] N U N/A *
4.
Adjacent racks which are close enough to impact or sections of multi-bay racks are bolted together if they contain essential relays Y N U [N/A]
S.
Natural frequency relative to SHz limit considered Y N U (N/A]
6.
Attached lines have adequate flexibility
[Y] N U N/A
7.
Anchorage adequate (See checklist below for details)
Y [N) U N/A
8.
Relays mounted on equipment evaluated Y N U [N/A]
9.
Have you looked for and found no other adverse concerns?
[Y] N U N/A Is the intent of all the caveats met for Bounding Spectrum?
Y [N] U N/A CAVEATS -
GERS (Identify with an asterisk (*) those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
1.
Equipment is included in generic seismic testing equipment class Y N
2.
Meets all Bounding Spectrum caveats y N
3.
Component is a pressure, temperature, level or flow transmitter Y N U [N/A)
U [N/A)
U [N/A)
- --------------- --.... . 1-Revision 2, Cor ected, 6/28/91 Sheet 2 of SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. INST RK 4B Equip. Class 18 Instruments on Racks Equipment Description INSTRUMENT RACK 4B CAVEATS -
GERS (Cont'd)
4.
Component is one of the specific makes and models tested, as listed in Appendix B
5.
Necessary function of component not sensitive to seismically induced system perturbations (e.g.,
sloshing)
6.
No vacuum tubes
7.
All external mounting bolts in place
8.
Demand based on amplified portion of 3% damped floor response spectrum if estimated natural frequency of rack less than 33 Hz
9.
Rack capable of structurally transferring GERS level seismic loads to anchorage Is the intent of all the caveats met for GERS?
ANCHORAGE
1.
Appropriate equipment characteristics determined (mass, CG, natural freq., damping, center of rotation)
2.
Type of anchorage covered by GIP
3.
Sizes and locations of anchors determined
4.
Adequacy of anchorage installation evaluated (weld quality and length, nuts and washers, expansion anchor tightness, etc.)
S.
Factors affecting anchorage capacity or margin of safety considered:
embedment length, anchor spacing, free-edge distance, concrete strength/condition, and concrete cracking
6.
For bolted anchorages, gap under base less than 1/4-inch
7.
Factors affecting essential relays considered:
gap under base, capacity reduction for expansion anchors
8.
Base has adequate stiffness and effect of prying action on anchors considered
9.
Strength of equipment base and load path to CG adequate
10.
Embedded steel, grout pad or large concrete pad adequacy evaluated Are anchorage requirements met?
INTERACTION EFFECTS
1.
Soft targets free from impact by nearby equipment or structures
2.
If equipment contains sensitive relays, equipment free from all impact by nearby equipment or structures
3.
Attached lines have adequate flexibility Y N U [N/Al Y N U [N/A]
Y N U [N/A]
Y N U EN/A]
Y N U (N/A]
Y N U [N/A]
Y N
U EN/A]
[Y] N U N/A CY] N U N/A CY] N U N/A Y EN] U N/A EY] N U N/A
[Y] N U N/A Y N U [N/A]
CY) N U N/A CY] N U N/A CY] N U N/A Y EN] U CY) N U N/A Y N U [N/A]
CY] N U N/A
~
Revision 2, Co ected, 6/28/91 Sheet 3 of SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. INST RX 4B Equip. Class 18 -
Instruments on Racks Equipment Description INSTRUMENT RACK 4B INTERACTION EFFECTS (Cont'd)
4.
overhead equipment or distribution systems are not likely to collapse (Y) N U
N/A
5.
Have you looked for and found no other adverse concerns?
tYi N U
N/A Is equipment free of interaction effects?
(Y] N U
IS EQUIPMENT SEISMICALLY ADEQUATE Y [N] U COMMENTS SEE PHOTOS RDA2-9 TO 11.
FOR COMPARISON OF CAPACITY VS. DEMAND, SEE EQE CALCULATION 42100-C-001.
rda & jlw.
THIS RACK CONTAINS THE FOLLOWING CdMPONENTS:
FT-439A, FT-439B, FT-449A, AND FT-449B.
CORRODED ANGLE AND ANCHOR BOLT WERE EVALUATED PER WORK ORDER No. 93-63773 AND WERE FOUND TO BE ACCEPTABLE.
TIGHTNESS TESTING OF THE ANCHOR BOLTS IS REQUIRED.
SEE OUTLIER.
COMMENTS OF CAVEATS -
BOUNDING SPECTRUM 3 ONE VERT.
LEG HAS BEEN CUT ON PANEL 27 WHICH HAS BEEN ADDED NEXT TO AND WELDED TO RACK 4B.
JUDGED TO NOT BE A CONCERN.
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VISUAL EXAMINATION REPORT COMPONENT
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w.o. # q3 G3 77 3 APPLICABLE CODE EXAMINATIONS PERFORMED VT-1 (V),VT-2
( ),VT-3 ( ),VT-4
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METHOD: DIRECT (4f, REMOTE ( )
AIDS: GREY CARD ( ),
SUPPLEMENTAL LIGHT (4, OTHER_
DESCRIPTION OR SKETCH OF INDICATION:
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ACCEPTED (1I, ACCEPTED AFTER REPAIR ( ),
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EXAMINER i
DATE Y793 QUALIFICATION Vf, 2 2 a,
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. UT-L LEVEL ___
.. I..---.-.-----.,,--.-,--,---

1 --- ----- -

I...
Revision 2, Corrected, 6/28/91 Status Y
N U
SCREENING EVALUATION WORK SHEET (SEWS}
Sheet of Equip. ID No.: INST RK 4B Equip. Class: 18 Instruments on Racks Equip
Description:
INSTRUMENT RACK 4B Evaluated By:
Date:
Checked By:
Date:
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SCREENING EVALUATION WORK SHEET (SEWS)
Revision 2, Corrected, 6/28/91 Status Y N U Sheet 1 of 5 Rev.
0 Equip. ID No. INST RK 5 Equip. Class 18 Instruments on Racks Equipment Description INSTRUMENT RACK 5 Location:
Bldg. AFB Floor El. 18-6 Room, Row/Col Manufacturer, Model, Etc. (optional)
SEISMIC 1.
2.
3.
4.
CAPACITY VS DEMAND Elevation where equipment receives seismic input Elevation of seismic input below about 40' from grade Equipment has fundamental frequency above about 8 Hz Capacity based on:
Existing Documentation Bounding Spectrum 1.5 x Bounding Spectrum GERS Demand based on:
Ground Response Spectrum 1.5 x Ground Response Spectrum Conserv. Des. In-Str. Resp. Spec.
Realistic M-Ctr. In-Str. Resp. Spec.
18-6 CY] N Y
N DOC BS EABS]
GERS GRS AGRS CRS (RRS]
U U (N/A]
5.
Does capacity exceed demand?
CY]
N U
CAVEATS -
BOUNDING SPECTRUM {Identify with an asterisk (*) those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
1.
Equipment is included in earthquake experience equipment class CY] N U
N/A
2.
No computer or programmable controllers CY] N U N/A
3.
Steel frame and sheet metal structurally adequate CY] N U
N/A
4.
Adjacent racks which are close enough to impact or sections of multi-bay racks are bolted together if they contain essential relays Y
N U (N/A]
5.
Natural frequency relative to 8Hz limit considered CY] N U
N/A
6.
Attached lines have adequate flexibility CY)
N U
N/A
7.
Anchorage adequate (See checklist below for details)
Y (N] U N/A
8.
Relays mounted on equipment evaluated Y
N U [N/A]
9.
Have you looked for and found no other adverse concerns?
CY] N U
N/A Is the intent of all the caveats met for Bounding Spectrum?
Y [N] U N/A CAVEATS -
GERS (Identify with an asterisk (*} those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
l.
Equipment is included in generic seismic testing equipment class Y
N
2.
Meets all Bounding Spectrum caveats Y
N
3.
Component is a pressure, temperature, level or flow transmitter Y
N U [N/A]
U (N/A]
U (N/A]
Revision 2, Corrected, 6/28/91 Sheet 2 of SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. INST RK 5 Equip. Class 18 Instruments on Racks Equipment Description INSTRUMENT RACK 5 CAVEATS -
GERS (ContLd'
4.
Component is one of the specific makes and models tested, as listed in Appendix B
5.
Necessary function of component not sensitive to seismically induced system perturbations {e.g.,
sloshing)
6.
No vacuum tubes
7.
All external mounting bolts in place
8.
Demand based on amplified portion of 3% damped floor response spectrum if estimated natural frequency of rack less than 33 Hz
9.
Rack capable of structurally transferring GERS level seismic loads to anchorage Is the intent of all the caveats met for GERS?
ANCHORAGE
1.
Appropriate equipment characteristics determined (mass, CG, natural freq., damping, center of rotation)
2.
Type of anchorage covered by GIP
3.
Sizes and locations of anchors determined
4.
Adequacy of anchorage installation evaluated (weld quality and length, nuts and washers, expansion anchor tightness, etc.)
5.
Factors affecting anchorage capacity or margin of safety considered:
embedment length, anchor spacing, free-edge distance, concrete strength/condition, and concrete cracking
6.
For bolted anchorages, gap under base less than 1/4-inch
7.
Factors affecting essential relays considered:
gap under base, capacity reduction for expansion anchors
8.
Base has adequate stiffness and effect of prying action on anchors considered
9.
Strength of equipment base and load path to CG adequate
10.
Embedded steel, grout pad or large concrete pad adequacy evaluated Are anchorage requirements met?
INTERACTION EFFECTS
1.
Soft targets free from impact by nearby equipment or structures
2.
If equipment contains sensitive relays, equipment free from all impact by nearby equipment or structures
3.
Attached lines have adequate flexibility Y N U [N/A]
Y N U [N/A]
Y N U (N/A]
Y N U (N/A]
Y N U (N/A]
Y N U [N/A]
Y N
CY] N U N/A CY] N U N/A CY] N U N/A Y (N] U N/A CY] N U N/A (Y] N U N/A Y N U (N/A]
CY] N U N/A CY] N U N/A CY] N U N/A Y [N]
CY] N U N/A Y N U (N/A]
[Y] N U N/A U (N/A]
U
_------------------ -^- -- -
Revision 2, Corrected, 6/28/91 Sheet 3 of r
SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. INST RX 5 Equip. Class 18 Instruments on Racks Equipment Description INSTRUMENT RACK 5 INTERACTION EFFECTS (Cont'd)
4.
overhead equipment or distribution systems are not likely to collapse CY] N U
N/A
5.
Have you looked for and found no other adverse concerns?
(Y) N U
N/A Is equipment free of interaction effects?
fY] N U
IS EQUIPMENT SEISMICALLY ADEQUATE Y [N] U COMMENTS SEE PHOTOS 5-18 TO 20.
FOR COMPARISON OF CAPACITY VS. DEMAND, SEE EQE CALCULATION 42100-C-001.
rda & jlw.
THIS RACK CONTAINS THE FOLLOWING COMPONENTS:
PRV-5924, FT-1200, FT-1201, FT-1202, AND FT-1203.
THE RACK IS ANCHORED TO THE FLOOR USING 1/4" SHELL ANCHORS.
SEE ATTACHED SKETCH FOR AS-BUILT LOCATION OF ANCHOR BOLTS.
TIGHTNESS TESTING OF THE ANCHOR BOLTS IS REQUIRED.
SEE OUTLIER.
EQE CALCULATION SHOWS THE EXISTING ANCHORAGE DOES NOT MEET THE GIP GUIDELINES AND IS THEREFORE NOT SEISMICALLY ADEQUATE.
SEE OUTLIER.
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Equip
Description:
INSTRUMENT RACK 5 Evaluated By:
4A gL Checked By:
7/
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Revision 2, Corrected, 6/28/91 Status Y
N U
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Sheet 5 of 5 18 Instruments on Racks Date:
Date:
2-I41-9
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EQE ENGINEERING JOB NO. 4_1_ __
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BY DATE 3-Lb-l -
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CALC. NO._____ SUBJECT
,~:? 2 Z(
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SHEET NO. A.-2 BY P-T*A DATE 3
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f4 File No. H2189-Sl Report No. 8783R KWIK-BOLT AVERAGE ULTIMATE TENSILE & SHEAR LOADS*
CONCR E STRENGTH 2000 PSI 4000 PSI 6000 PSI Diameter Embedment Tension Shear Tension Shear Tension Shear 1/4" 1 1/8" 975 1653 1455 2612 1755 2389 1 1/2" 1875 1653 2225 2612 2935 2389 1 3/4" 2275 1653 2700 2612 3300 2389 2"
25-25 1653 3125 2612 3350 2389 2 1/4" 2680 1653 3310 2612 3350 2389 2 1/2" 2800 1653 3350 2612 3350 2389 3/8" 1 5/8" 2245 3748 2355 5107 2810 6266 2"
2725 3748 3025 5107 3650 6266 2 1/2" 3075 3748 3900 5107 4450 6266 3"
3300 3792 4300 5419 5000 6266 3 1/2" 3425 3792 4600 5419 5275 6266 4"
3520 3792 4750 5419 5375 6266 4 1/2" 3580 3792 4800 5419 5400 6266 1/2" 2 1/4" 4545 7444 5510 B 3Lb 6845 9341 2 3/4" 5800 7444 7200 8 31A-9800 9341 3 1/2" 7000 7444 9450 8316 13200 9341 4 1/2" 7275 8897 11225 10232 14550 11522 5 1/2" 8250 8897 12050 10232 15150 11522 6"
9000 8897 12300 10232 15300 11522 6" 900 889 Actual Concrete Strengths 2178 psi 4027 psi 6119 psi
See sheet A-3 for notes A-1 ABBOT A. HANKS, TESTING LABORATORIES, SAN FRANCISCO, CA. 94107 t-e'~ 47,'r A7'17s 6;'LA
+J qv'e Ar6 a-e' 4E +
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4EERING JOB NO. 42i (
JOB_
CALC. NO. __
L_
SUBJECT.
--,rp X-4
-7 9-e-T o
SHEET NO. 4____
BY A>
DATE Za I1 4 CHK'D..4-S DATE A ck 7;Rus s ieS i- > A-1latj }-
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-- 7------
Revision 2, Corrected, 6/28/91 Status Y N 1
SCREENING EVALUATION WORK SHEET (SEWSJ Sheet I of 4 Equip. ID No. INST RK 9 Equip. Class 18 -
Instruments on Racks Equipment Description INSTRUMENT RACK 9 Location:
Bldg. AFB Floor El. 18-6 Room, Row/Col Manufacturer, Model, Etc. (optional)
SEISMIC CAPACITY VS DEMAND
1.
Elevation where equipment receives seismic input 18-6
2.
Elevation of seismic input below about 40' from grade (Y] N U
3.
Equipment has fundamental frequency above about 8 Hz Y
N U [N/A]
4.
Capacity based on:
Existing Documentation DOC Bounding Spectrum BS 1.5 x Bounding Spectrum CABS]
GERS GERS
5.
Demand based on:
Ground Response Spectrum GRS 1.5 x Ground Response Spectrum AGRS Conserv. Des. In-Str. Resp. Spec.
CRS Realistic M-Ctr. In-Str. Resp. Spec.
[RRS]
Does capacity exceed demand?
[Y] N U CAVEATS -
BOUNDING SPECTRUM (Identify with an asterisk (*) those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
1.
Equipment is included in earthquake experience equipment class CY] N U
N/A
2.
No computer or programmable controllers CY] N U
N/A
3.
Steel frame and sheet metal structurally adequate CY] N U
N/A
4.
Adjacent racks which are close enough to impact or sections of multi-bay racks are bolted together if they contain essential relays Y
N U EN/A]
5.
Natural frequency relative to 8Hz limit considered CY] N U N/A *
6.
Attached lines have adequate flexibility CYJ N U
N/A
7.
Anchorage adequate (See checklist below for details)
(Y] N U N/A *
8.
Relays mounted on equipment evaluated Y
N U fN/A]
9.
Have you looked for and found no other adverse concerns?
CY] N U
N/A Is the intent of all the caveats met for Bounding Spectrum?
CY] N U N/A CAVEATS -
GERS (Identify with an asterisk (*) those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
1.
Equipment is included in generic seismic testing equipment class Y
N U [N/A]
2.
Meets all Bounding Spectrum caveats Y
N U [N/A]
3.
Component is a pressure, temperature, level or flow transmitter Y
N U CN/A]
.-
- ------------------
Revision 2, Corrected, 6/28/91 Sheet 2 of 4A SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. INST RK 9 Equip. Class 18 -
Instruments on Racks Equipment Description INSTRUMENT RACK 9 CAVEATS -
GERS (Cont'd)
4.
Component is one of the specific makes and models tested, as listed in Appendix B
5.
Necessary function of component not sensitive to seismically induced system perturbations (e.g.,
sloshing)
6.
No vacuum tubes
7.
All external mounting bolts in place
8.
Demand based on amplified portion of 3% damped floor response spectrum if estimated natural frequency of rack less than 33 Hz
9.
Rack capable of structurally transferring GERS level seismic loads to anchorage Is the intent of all the caveats met for GERS?
Y N U [N/A]
Y N U [N/A)
Y N U [N/A]
Y N U [N/A]
Y N U EN/A]
Y N U [N/A]
Y N U [N/A]
ANCHORAGE
1.
Appropriate equipment characteristics determined (mass, CG, natural freq., damping, center of rotation)
2.
Type of anchorage covered by GIP
3.
Sizes and locations of anchors determined
4.
Adequacy of anchorage installation evaluated (weld quality and length, nuts and washers, expansion anchor tightness, etc.)
5.
Factors affecting anchorage capacity or margin of safety considered:
embedment length, anchor spacing, free-edge distance, concrete strength/condition, and concrete cracking
6.
For bolted anchorages, gap under base less than 1/4-inch
7.
Factors affecting essential relays considered:
gap under base, capacity reduction for expansion anchors
8.
Base has adequate stiffness and effect of prying action on anchors considered
9.
Strength of equipment base and load path to CG adequate
10.
Embedded steel, grout pad or large concrete pad adequacy evaluated Are anchorage requirements met?
CY] N U N/A
[Y] N U
N/A
[Y] N U N/A CY] N U N/A
[Y) N U N/A CY] N U N/A
[y]
CY]
N U
N U N/A N/A
[Y] N U N/A Y N U [N/A]
CY] N INTERACTION EFFECTS
1.
Soft targets free from impact by nearby equipment or structures
2.
If equipment contains sensitive relays, equipment free from all impact by nearby equipment or structures
3.
Attached lines have adequate flexibility
[Yj N U
N/A Y N U [N/A]
CY] N U N/A
- ~~~~
~
~
' ' =
Revision 2, Co rected, 6/28/91 Sheet 3 of _
SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. INST RK 9 Equip. Class 18 -
Instruments on Racks Equipment Description INSTRUMENT RACK 9 INTERACTION EFFECTS (Cont'd)
4.
Overhead equipment or distribution systems are not likely to collapse
5.
Have you looked for and found no other adverse concerns?
Is equipment free of interaction effects?
IS EQUIPMENT SEISMICALLY ADEQUATE CY) N U
N/A CY] N U
N/A fY) N U fY] N U COMMENTS SEE PHOTOS 5-12 THRU 16.
THIS RACK CONTAINS THE FOLLOWING COMPONENTS:
PT-429A,B,AND C.
PT-439A,B,AND C. 'PT-449A,B,AND C.
FOR COMPARISON OF DEMAND, SEE EQE CALCULATION 42100-C'-O01.
PT-419A,B,AND C.
CAPACITY VS.
COMMENTS OF CAVEATS -
BOUNDING SPECTRUM 1
2 3
4 5 BOUNDING SPECTRUM ENVELOPES ISRS.
STEEL CONSTRUCTION WITH WELDED ANCHORAGE.
6 7 THE BASE OF THE RACK ONLY HAS (4) 3/8 BARRIER PLATES.
THESE PLATES ARE WELDED' WELDED TO THE BASEPLATE OF A LARGE BORE THAT IS WELDED TO ANOTHER PIPE SUPPORT.
IS JUDGED SEISMICALLY ADEQUATE.
8 9
ANCHORS.
ON TOP OF THE RACK ARE (3) STEEL FIRE TO THE RACK.
IN TURN, ONE OF THE PLATES IS TACK SUPPORT.
ANOTHER PLATE IS WELDED TO UNISTRUT THE COMBINATION OF A WELDED TOP AND BOLTED BASE Is the intent of all the caveats met for Bounding Spectrum?
COMMENTS OF ANCHORAGE 1
2 3
4 5
6 7
8 9
10 Are anchorage requirements met? SEE BOUNDING SPECTRUM CAVEATS.
1'--
4 Revision 2, Corrected, 6/28/91 SCREENING EVALUATION WORK SHEET {SEWS}
Status Y
N U
Equip. ID No. INST RK 9 Equip. Class 18 -
Instruments on Racks Equipment Description INSTRUMENT RACK 9 Evaluated by:
g Date: i -_/ '
-D I /
Date:
Verified by:
~
SCREENING EVALUATION WORK SHEET (SEWS)
Revision 2, Status Sheet 1 of Rev.
Corrected, 6/28/91 Y N U Equip. ID No. G1:RACK Equip. Class 20 - Instr
& Control Panels & Cabinets Equipment Description SAFEGUARDS RELAY CABINET Location:
Bldg. CTLB Floor El. 53-0 Room, Row/Col Manufacturer, Model, Etc. (optional)
SEISMIC CAPACITY VS DEMAND
1. Elevation where equipment receives seismic input
2. Elevation of seismic input below about 40' from grade
3. Equipment has fundamental frequency above about 8 Hz
4. Capacity based on:
Existing Documentation Bounding Spectrum 1.5 x Bounding Spectrum GERS
5. Demand based on:
Ground Response Spectrum 1.5 x Ground Response Spectrum Conserv. Des. In-Str. Resp. Spec.
Realistic M-Ctr. In-Str. Resp. Spec.
Does capacity exceed demand?
53-0
[Y] N Y N DOC BS
[ABS]
GERS GRS AGRS CRS
[RRS]
7===U U [N/Al
[Y] N U CP ar e)
WVEATS - BOUNDING SPECTRUM (Identify with an asterisk (*) thos
'e met by intent without meeting the specific wording of the c
,plain the reason for this conc usion in the COMMENTS section
1. Equipment is included in earthquake experience equipment class
2.
No computers or programmable controllers
3. No strip chart recorders
4.
Steel frame and sheet metal structurally adequate
5. Adjacent cabinets or panels which are close enough to impact, or sections of multi-bay cabinets or panels, are bolted together if they contain essential relays
6. Drawers and equipment on slides restrained from falling out
7. All doors secured by latch or fastener
8. Attached lines have adequate flexibility
9. Anchorage adequate (See checklist below for details)
.0. Relays mounted on equipment evaluated
11.
Have you looked for and found no other adverse concerns?
s the intent of all the caveats met for Bounding Spectrum?
e caveats which aveat rule and below)
[Y] N U
[Y N U
[Y] N U
[Y] N U N/A N/A N/A
N/A
[Y] N U N/A I
I Is
[Yl
[Y] N rY N
Y N
[YN
[Y] N U N/A U N/A U N/A U N/A U N/A U N/A
[Y] N U N/A ANCHORAGE
1. Appropriate equipment characteristics determined (mass, CG, natural freq., damping, center of rotation)
2. Type of anchorage covered by GIP
3. Sizes and locations of anchors determined
[Y] N
[Y] N
[Y] N U N/A U N/A U N/A
.- ------------------ - I Revision 2, Corrected, Sheet 2 of -3 6/28/91 SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. G1;RACK Equip. Class 20 Instr. & Control Panels & Cahinptf' Equipment Description SAFEGUARDS RELAY CABINET ANCHORAGE (Cont'd)
4. Adequacy of anchorage installation evaluated (weld quality and length, nuts and washers, expansion anchor tightness, etc.)
5.
Factors affecting anchorage capacity or margin of safety considered:
embedment length, anchor spacing, free-edge distance, concrete strength/condition, and concrete cracking
6. For bolted anchorages, gap under base less than 1/4-inch
7. Factors affecting essential relays considered:
gap under base, capacity reduction for expansion anchors
8.
Base has adequate stiffness and effect of prying action on anchors considered
9. Strength of equipment base and load path to CS adequate
10.
Embedded steel, grout pad or large concrete pad adequacy evaluated Are anchorage requirements met?
INTERACTION EFFECTS
1. Soft targets free from impact by nearby equipment or structures
2. If equipment contains sensitive relays, equipment free from all impact by nearby equipment or structures
3. Attached lines have adequate flexibility
4. Overhead equipment or distribution systems are not likely to collapse
5. Have you looked for and found no other adverse concerns?
Is equipment free of interaction effects?
[Y] N U N/A
[Y]
[Y]
[Y]
[Y]
[YP
[Y]
N N
N N
N N
U N/A U N/A U N/A U N/A U N/A U N/A
[Y] N U N/A
[Y] N U N/A
[Y] N U Y N U
[YH N U Y N U N/A N/A N/A N/A
[Y] N
[Y] N U
IS EQUIPMENT SEISMICALLY ADEQUATE COMMENTS U
FOR COMPARISON OF CAPACITY VS. DEMAND, SEE EQE CALCULATION 42100-C-OO1.
ANCHORAGE EVALUATION SEE EQE REPORT NO. 42050-R-O01.
FOR COMMENTS OF CAVEATS - BOUNDING SPECTRUM 3 LONG NARROW COMPONENTS HAVE ADEQUATE SUPPORT EITHER BY MANUFACTURER COMPRESSION FITTING OR BY DESIGNED END SUPPORT.
INTENT OF THE CAVEAT IS MET.
Revision 2, Corrected, 6/28/91 Status Y
N U
SCREENING EVALUATION WORK SHEET (SEWS)
Sheet 3 of Equip. ID No.: G1;RACK Equip. Class: 20 Instr. & Control Panels & Cabinets Equip
Description:
SAFEGUARDS RELAY CABINET Evaluated By:
9L Date:
Checked By:
Date:
~
--- ~
~
-- -- -- -- -- Dl:::
Revision 2, Corrected, 6/28/91 Status Y N U SCREENING EVALUATION WORK SHEET (SEWS)
Sheet 1 of 3 Rev.
Equip. ID No. G2;RACK Equip. Class 20 Instr. & Control Panels & Cabinets Equipment Description SAFEGUARDS RELAY CABINET Location:
Bldg. CTLB Floor El. 53-0 Room, Row/Col Manufacturer, Model, Etc. (optional)
SEISMIC CAPACITY VS DEMAND
1. Elevation where equipment receives seismic input 53-0
2. Elevation of seismic input below about 40' from grade
[Y] N U
3. Equipment has fundamental frequency above about 8 Hz Y N U [N/A]
4. Capacity based on:
Existing Documentation DOC Bounding Spectrum BS 1.5 x Bounding Spectrum
[ABS]
GERS GERS
5. Demand based on:
Ground Response Spectrum GRS 1.5 x Ground Response Spectrum AGRS Conserv. Des. In-Str. Resp. Spec.
CRS Realistic M-Ctr. In-Str. Resp. Spec.
[RRS]
Does capacity exceed demand?
[Y] N U CAVEATS - BOUNDING SPECTRUM (Identify with an asterisk (*) those caveats which are met by intent without meeting the specific wording of the caveat rule and explain the reason for this conclusion in the COMMENTS section below)
1. Equipment is included in earthquake experience equipment class
[YJ N U N/A
2.
No computers or programmable controllers
[Y] N U N/A
3.
No strip chart recorders
[Y] N U N/A *
4. Steel frame and sheet metal structurally adequate
[Y] N U N/A
5. Adjacent cabinets or panels which are close enough to impact, or sections of multi-bay cabinets or panels, are bolted together if they contain essential relays
[Y] N U N/A
6. Drawers and equipment on slides restrained from falling out
[Y] N U N/A
7. All doors secured by latch or fastener
[Y] N U N/A
8. Attached lines have adequate flexibility fYl N U N/A
9. Anchorage adequate (See checklist below for details)
Y: N U N/A
10.
Relays mounted on equipment evaluated
[Yj N U N/A
11.
Have you looked for and found no other adverse concerns?
[Y] N U N/A Is the intent of all the caveats met for Bounding Spectrum?
[Y] N U N/A ANCHORAGE
1. Appropriate equipment characteristics determined (mass, CG, natural freq., damping, center of rotation)
Y] N U N/A
2. Type of anchorage covered by GIP Y[ N U N/A
3. Sizes and locations of anchors determined Y[ N U N/A
Revision 2, Corrected, Sheet 2 of -3 6/28/91 SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. G2;RACK Equip. Class 20 - Instr. & Control Panels & Cahinets Equipment Description SAFEGUARDS RELAY CABINET ANCHORAGE (Cont'd)
4. Adequacy of anchorage installation evaluated (weld quality and length, nuts and washers, expansion anchor tightness, etc.)
5.
Factors affecting anchorage capacity or margin of safety considered:
embedment length, anchor spacing, free-edge distance, concrete strength/condition, and concrete cracking
6. For bolted anchorages, gap under base less than 1/4-inch
7. Factors affecting essential relays considered:
gap under base, capacity reduction for expansion anchors
8.
Base has adequate stiffness and effect of prying action on anchors considered
9. Strength of equipment base a'nd load path to CG adequate
10.
Embedded steel, grout pad or large concrete pad adequacy evaluated Are anchorage requirements met?
INTERACTION EFFECTS
1. Soft targets free from impact by nearby equipment or structures
2. If equipment contains sensitive relays, equipment free from all impact by nearby equipment or structures
3. Attached lines have adequate flexibility
4. Overhead equipment or distribution systems are not likely to collapse
5. Have you looked for and found no other adverse concerns?
Is equipment free of interaction effects?
[Y] N U N/A
[Y] N
[Y] N
[Y] N
[Y] N
[Y] N
[Y] N U N/A U N/A U N/A U N/A U N/A U N/A
[Y] N U N/A
[Y] N U N/A
[Y] N U
[Y] N U WY] N U Y1 N U N/A N/A N/A N/A
[Y] N U
IS EQUIPMENT SEISMICALLY ADEQUATE COMMENTS FOR COMPARISON OF CAPACITY VS. DEMAND, SEE EQE CALCULATION 42100-C-001.
ANCHORAGE EVALUATION SEE EQE REPORT NO. 42050-R-001.
[Y] N U FOR COMMENTS OF CAVEATS - BOUNDING SPECTRUM 3 LONG NARROW COMPONENTS HAVE ADEQUATE SUPPORT FITTING OR BY DESIGNED END SUPPORT.
INTENT OF EITHER BY THE CAVEAT MANUFACTURER IS MET.
COMPRESSION
-- --- ' a--
Revision 2, Corrected, 6/28/91 Status Y
N U
SCREENING EVALUATION WORK SHEET (SEWS)
Sheet 3 of Equip. ID No.: G2:RACK Equip. Class: 20 Instr. & Control Panels & Cabinets Equip
Description:
SAFEGUARDS RELAY CABINET Evaluated By:
Date:
Checked By:
Date:
-- -------
I. . -
- 1 Revision Status Sheet 1
2, Corrected, 6/28/91 o Y N U SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. 0021RWST Equip. Class 21 - Tanks and Heat ExchanQers Equipment Description 21 REFUELING WATER STORAGE TANK Location:
Bldg. NTF Floor El. 82-0 Room, Row/Col Manufacturer, Model, Etc. (optional) HORTON SHELL CAPACITY VS DEMAND Buckling capacity of shell of large, flat-bottom, vertical tank is equal to or greater than demand:
ANCHOR BOLTS AND EMBEDMENT Capacity of anchor bolts and their embedments is equal to or greater than demand:
CONNECTION BETWEEN ANCHOR BOLTS AND SHELL Capacity of connections between the anchor bolts and the tank shell is equal to or greater than the demand:
FLEXIBILITY OF ATTACHED PIPING Attached piping has adequate flexibility to accommodate motion of large, flat-bottom, vertical tank:
TANK FOUNDATION Ring-type foundation is not used to support large, flat-bottom, vertical tank:
[Y] N U N/A
[Y] N U N/A
[Y] N U N/A
[Y] N U N/A
[Y] N U N/A IS EQUIPMENT SEISMICALLY ADEQUATE
[Y] N U
f :: -
Revision 2, Coryected, 6/28/91 Sheet 2 of SCREENING EVALUATION WORK SHEET (SEWS)
Equip. ID No. 0021RWST Equip. Class 21 - Tanks and Heat Exchangers Equipment Description 21 REFUELING WATER STORAGE TANK COMMENTS SEE PHOTO 22-11, & 13.
THE TANK AND ITS ANCHORAGE WERE EVALUATED IN EQE CALCULATION 42100-C-002 IN ACCORDANCE WITH SECTION 7 OF THE GIP AND WERE FOUND TO BE SEISMICALLY ADEQUATE.
~-
11 I
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Revision 2, Corrected, 6/28/91 Status Y
N U
SCREENING EVALUATION WORK SHEET (SEWS)
Sheet of 3 g4 l Equip. ID No.: 0021RWST Equip. Class: 21 Tanks and Heat Exchancaers Equip
Description:
21 REFUELING WATER STORAGE TANK Evaluated By:
Date:
Checked By:
Date:
f~
EQE ENGINEERING SHEETNO o
JOBNO.
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BY A
DATE CAI CNO.
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EQE ENGINEERING JOB NO.
JOB CALC. NO. 0 7
SUBJECT A -4b GO-PI JS T SHEET NO. 5 0-
_ BY DATE _- _
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EQE ENGINEERING JOB NO. 4 Dc o JOB CALC. NO. oo 2-SUBJECT
-7P 2 A u nrD o2 P, 2i~-7--
SHEET NO.
BY E-Z-i'Ar DATE __-___
CHK'D(a.,ffi DATE
z/3-CAPACITY REDUCTION FACTORS FOR CAST-IN-PLACE BOLTS WITH NUTS OR HEADED STUDS 0021RWST Bolt Dia. (DOinches:
1.375 I.
I Required Edge Dist. (Emin) inches:
12.1 25
/
k.
l Required Embedment (Lmin) inches:
13.75 Required Spacing (Smin) inches:
17.375 4, 6 7 fio-S,c le 61-Y V-, I L, " " L (- j -",/# " f), ;-,,
Concrete Strength fc (psi) =
3,000 Actual Edge Dist. (E) inches:
12 Actual Embedment ML inches:
38.25 Actual Spacing (S) inches:
47 Note: if actual embedment,spacing, or edge distance exceeds minimum required, use minimum values for calculation of reduction factors.
L =
13.75 inches THETA (edge dist.) =
S =
17.375 inches E=
12 inches r = (2L+D)/2
=
14.4375 2 cos-1 (2EA(2L+D))
1.18 red THETA (spacing) =
2 cos-1 (S/(2L + D) 1.85 rad Edge Distance Check E =
12.0
> =4D, but not > Emin, pullout reduction factor must be applied REp = Pullout Capacity Reduction Factor
= A{reduced)/A(nominal)
A{reduced) =
(P1)1 r^2)-.5((r'2)XTHETA edge)-2rE sin (THETA edge 12))
=
628 in^2 AMnominal) =
.96(PI/4)0(2L +DP-2))
629 in^2 REp =
1.00 E =
12.0
> = 8.75D, no shear reduction factor required.
-
EQE ENGINEEMNG JOBNO. 4?.D ot JOB_
CALC. NO. oQ?
SUBJECT.
A -4 (__
0 (9O 2-t1 ~J-NI$T SHEET NO. 1O i 5 BY.. F DATE 1->4 $'
CHK'DL2, DATE 's/3A/
Concrete Strength Check GIP Table C.3-1 allowables are based on a concrete strength = f'c = 3500 psi.
Concrete strength < 3,500 psi but > = 2,500 psi. Strength reduction factor required.
Reduction factor IRFp) = (RFs) =
SQRT ( f'c / 3500) 0.93 Embedment Check:
10* D =
13.75 L > = 1 00, no reduction factor required.
4 ' D =
5.50 Spacing Check 2 0 D =
2.75 Actual spacing equals or exceeds required spacing, no pullout reduction factor required.
Shear capacity reduction factor for closely spaced cast-in-place anchor bolts = RSs:
RSs =
1.00 for actual spacing (S) > = 2
D
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. 1. 1 I EQE ENGINEERING JOB NO. 4 21 oo JOB8 CALC. NO.
SUBJECT
-r-A-4A4 rfo P.,
1
!7 SHEET NO. ??
t B Y DATE 9-*
CHK'D(2X7 t-DATE A
3 Revised Allowable Loads From Table C.3-1 of the GIP, the subject bolt has the following full allowable loads:
For 0 =
1.375 inches, the allowable pullout capacity (Pu') =0,400 lbs. and the allowable shear capacity {Vu') =
25250 lbs.
The revised pullout load = Pu Pu' ' REp
RFp
RLp
RSp
=
46,634 lbs.
The revised shear load = Vu Vu'
REs
RFs A
RLs RSs 23,377 lbs.
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VERTICAL TANKS -- 0021 RWST -- REACTOR WATER STORAGE TANK STEP 1: Determine the following input data TANK MATERIAL diameter of tank (ft):
40 R (nominal tank radius) finches):
240 (height of tank shell ) (ft):
41.25 H' (height of tank shell ) (inches):
495 t min (minimum shell thickness along height of tank) (inches):
0. 1875 Assumed Assunied t s (minimum thickness of tank in the lowest 10% of height) (inches):
0.1875 F y (yield strength of tank shell mat'l) (psi):
36,000 h c (height of shell compression zone at base of tank, usually height of chair) (inches):
26.00 E s (elastic modulus of tank shell matfl) (psi):
29,000,000 Vs (average shear wave velocity of soil for tanks located at grade) (ft/sac):
> 3,500 FLUID GAMMA (weight density of fluid) (lbfin3):
0.036 H (height of fluid at maximum fill level) (inches):
447 h f (height of freeboard above fluid surface) (inches):
48 ANCHOR BOLTS N (number of bolts):
32 d (diameter of bolt) (inches):
7.75 h b (off. length of anchor bolt being stretched.
usually from top of chair to embedded plate) (in.):
67.25 E b (elastic modulus of bolt material) (psi):
29,000,000 Anchor Bolt Allowable Tension Load (Pu) (Ibs):
46,634 Anchor Bolt Allowable Shear Load (Vu) (Ibs):
23,377 (Note: Allowables are with reduction factors applied) 0
- co (r)
Co CO Me l
Zi' H
\\
K Yield stress of anchor bolt material (f y) (psi):
36,000 From Figure 7-5 of the GIP, find the following dimensions (inches):
d =
1.75 f =
0.875 b =
5.5 a =
12 i=
1.25 g =
7.5 c =
7.75 h =
25.5 tb =
0.1875 k -
3.75 a =
3.75 t s =
O.1875 Weld size between anchor chair and tank shell (t w) (inches):
0. 725 LOADING Ground or floor response spectrum at 4% damping for overturning moment and shear loadings on tanks and at 1/2% damping for fluid slosh height.
Ground response spectrum ZPA =
0. 75 g
I IR m m t'ii 1 OF 10
)>
O m
r-CD m
O z z
STEP 2: Calculate the following ratios and values:
z O
O m
H/R 1.8625 t s/R =
0.001 t avg thickness of tank shell averaged over the linear height of the tank shell
= (SUMti I hi)/H'
=
0.1875 inches teff =t avg + t min /2 C) 0.1875 in (t eff)/R 0.001 Ab Cross-sectional area of embedded anchor bolt (PI xd^2)/4
=
2.405 in^2 t
equivalent shell thickness having the same cross-sectional area as the anchor bolts
= ((N ^ Ab ) /2 PI
R
^ Eb Es)
=
0.0510 c'= coefficient of tank wall thicknesses and lengths under stress 1
= ( t ts ^ ( h c/h b 0.1052 W
weight of fluid in tank PI ^ R'2 'H *GAMMA 2911,940 lbs irn 2 OF 10
CHECK TABLE 7-1 REQUIREMENTS Tank Material Stainless Steel, Alumnium (circle one)
Tank Fluid Content =
Water or similar (f'or NO (circle yes or no), if no tank is an OUTLIER Nominal Radius of Tank R =
240 inches OK, Table 7-1 requirements met, 60 in < R <420 in Height of Tank Shell (H') -
495 inches OK, Table 7-1 requirements met, 120 in < H <960 in Height of Fluid at the maximum Level to which the tank will be filled (H) =
447 inches OK, Table 7-1 requirements met, 120 in < H <960 in Minimum Thickness It a) of the Tank Shell in the lowest 10% of the Shell Height =
0.1875 inches OK, Table 7-1 requirements met, 3/16 in < t s <1 in Effective Thickness It eff) of Tank Shell Based on I
the mean of the Average Thickness It avg) 0.188 inches OK, Table 7-1 requirements met, 3/16 in < t s < 1 in Diameter of Anchor Bolt Id) 1.750 inches OK, Table 7-1 requirements met, 1/2 in < d < 2 in Number of Anchor Bolts (N) 32 OK, Table 7-1 requirements met, N > = 8 Tank Wall Thickness (at Base)-to-Tank radius Ratio = (t s/R) =
0.001 OK, Table 7-1 requirements are met,.001 < = t s I R -
Effective Tank Wall Thickness-to-Tank Radius ratio = (t eff/R) =
0.001 OK, Table 7-1 requirements met..001 < = t eff <.01 H/R =
1.8625 OK, Table 7.1 requirements met, 1 < H/R < 5 I-9 0
C)
-I m
O_
D CO m
Z Z
N G) to W
~N Y'
C =.01 inches.
STEP 3: Determine the fluid-structure modal frequency for vertical carbon steel tanks containing water:
R =
240 t off / R =
0.0010
,and H / R =
1.8625 From Table 7-3, find (F f) =
6.48 Hz.
NOTE: If the tank material is not carbon steel (Es not equal to 29,000 ksi) or fluid is not water (GAMMA not equal to 62.4 ibs/ft3) the frequency must be adjusted in accordance with the GIP STEP 3.
(
WC
C <
T Or m
m
-Ae
\\
t 3 OF 10
STEP 4: Determine the spectral acceleration (Saf) for the fluid-structure modal frequency.
Enter the 4% damped horizontal ground or floor response spectrum for the surface on which the tank is mounted, with the fluid-structure modal frequency determined in STEP 3. and determine the maximum spectral acceleration (Saf) over the following frequency range,
.8 ' Ff < F < 1.2 ' Ff 5.18 Hz <
F <
7.78 Hz Appropriate Spectral Acceleration (Saf) =
0.27 g
STEP 5: Determine the base shear load (Q).
Enter Figure 7-3 with (H/R) and It eff/R) from above:
H/R =
138625 and ft eff)/R =
0.001 And find base shear load coefficient (Q') =
0.717 Shear Load at Bottom of Tank = (0) = Q' ' W I Saf 438,451 lbs STEP 6: Determine the base overturning moment (M)
Enter Figure 7-4 with H/R =
1.86 and ft eff)/R -
0.0010 And find M' =
0.357 Compute overturning moment = M = M' X W
H Saf
=
97,583,730 lb-in STEP 7: From the anchor bolt tensile load capacity, Pu, compute the allowable bolt stress (Fb):
Fb =
Pu / Ab Note:
If the Section 4 and Appendix C criteria are not met for the anchorage, then the concrete is considered
= 19,388.1 psi the weak link in the load path and the postulated failure mode is brittle. Determine an appropriate reduced allowable anchor bolt stress (Fr) per applicable code requirements.
Z rn Oz 0 0
rn C0 cow O
M AN, 0
CD Cl) m'm 0
4 OF 10
STEP 8: Check the bending stress in the top plate of the chair. If each of the anchorage connection components meets the acceptance criteria defined below, then the bolt tensile capacity determined in STEP 7 is limiting.
If, however, any of the components does not meet these guidelines, the reduced anchor bolt tension capacity represented by the equivalent value of anchor bolt allowable stress (Fr), as calculated here should be used.
Note that if the top plate projects radially beyond the vertical plates, no more than 1/2 inch of this projecting plate can be included in the dimension f used in the following equation.
m z
A 0o 0
Z Z
-O1 K
m The maximum bending stress in the top plate is:
SIGMA = (10.375
g )0.22
d Pu /f c ^ 2 I
=
42,245
> f y, Capacity reduction factor must be used.
Reduction Factor f y / SIGMA
=
0.85 Reduced Anchor Bolt Stress =Fr = Fb I (f y/SIGMA) -
16,522 psi STEP 9: Check Tank Shell Stress Shell Stress =
45,176 psi
> Fy, Reduction factor must be applied Z = 1 (1(0.177 ' a ' t b ft bb/ts)
2) 2/fSQRT R I ts )
+ 1 0.94 Reduction Factor = F y I SHELL STRESS =
0.80 Reduced Anchor Bolt Allowable Stress = Fr =
15,450 psi STEP 10: The vertical stiffener plates are considered adequate if they satisfy the following guidelines:
1)
(k/j) < (95/f (fV/ 1000) 0.5))
k I j 3.00 Guideline No. 1 Satisified 951(((fy/10001 0.5))
15,83
2) j> 0.04 (h-c) and j > 0.5in.
j=
1.25 Guideline No. 2 Satisified 0.04 ' (h - c) -
0.95
3)
(Pu /(2 k
j ))<
21,000 psi Pu/(2 ' k P
4,974 Guideline No. 3 is Satisified mC)
E?
w C'
0 0
N_
0 To co mK A
U Cn 0
z F I
'I I 6 OF 10
STEP 11: Check weld between the tank chair and the tank.
Load per linear inch of weld =Ww
=
Pu ( 0
( a + 2 h) )'2 +( e/(a *h
+ 0.667 ' h ^ 2 )'2)^.5
=
777 lbsAinch Allowable toad per inch =(30,600 ' t w ) / SQRT(2)
Weld is adequate
=
2,705 tbs/inch STEP 12: Check tank wall for elephant's foot buckling:
Enter Figure 7-7 with the following parameters:
Sat =
0.21 and HIR 1.8625 and find the fluid pressure coefficient (Pe')
2.1 The fluid pressure at the base of the vertical tank from elephant-foot buckling type loading (Pe) =
Pe' GAMMA R (psi)
=
18.144 psi C)z0 (I)C m)Q tn W
z0 eo JTh M
zC7) z 4-STEP 13: Determine the elephant-foot buckling stress capacity factor:
Enter Figure 7-8 with the following parameters:
Pe =
18.144 psi and ts/R =
0.001 And find the Capacity Factor =
1,000 psi Note: The above Capacity Factor is for carbon steel. If the tank being evaluated is of some other material, see STEP 13 in the GIP for the conversion factor.
n m rJU 9
D; SP T
mm 6 OF 10
STEP 14: Determine the fluid pressure for diamond-shape buckling (Pd):
Enter Figure 7-9 with the following parameters:
Saf =
0.21 g
and H/R =
1.8625 and find the pressure coefficient for diamond-shape buckling (Pd') =
2 The fluid pressure at the base of the vertical tank from diamond-shape buckling type loading (Pd) -
Pd'
GAMMA
R
=
17.28 psi STEP 1 5: Determine the diamond-shape buckling stress capacity factor Enter Figure7-10 with the following parameters:
Pd 17.28 psi and ts/R 0.001 And find the capacity factor =
12,000 psi Note; The above Capacity Factor is for carbon steel. If the tank being evaluated is of some other material, sea STEP 15 in the GIP for the conversion factor.
STEP 16: Select the allowable buckling stress, SIGMAc, as 72% of the lower value of the elephant-foot or diamond-shape buckling Capacity Factor:
Elephant-Foot Buckling Capacity Factor =
11,000 psi CONTROLS Diamond-Shape Buckling Capacity Factor =
12,000 psi Allowabe buckling stress =
7,920 psi C) 0 ir 0
(Amm C-)
-i L_
To W
z 0
To I\\
I X) E rn I.
z m:D zC7)
)I 0
dA I
OD I
U 9
7 OF 10 10
STEP 17: Determine the overturning moment capacity (Mcap).
The overturning moment capacity of the tank, (Mcap), is dependent upon whether the postulated weak link failure mode is ductile or brittle. A ductile failure mode is defined as one in which the weak link is one of the following:
Anchor bolt stretching (Step 7)
Chair top plate bending (Step 8)
Tank shell bending (Step 9)
A brittle mode of failure is defined as one in which the weak link is one of the following:
Concrete cone failure (Step 7)
Chair stiffener plate shear or buckling failure (Step 10)
Chair-to-tank wall weld shear failure (Step 11)
For DUCTILE failure, enter Figure 7-12 with the following paramaters and find the base overturning moment coefficient (M'cap)
=
0.19
((Allowable Buckling Stress)/l(Fb))' (h c I h b) =
0.198 m
l>
O Me r~w m
(
z 2
0 r
w w 3 >
N Z
X l
C A
A)
I
'-A c =
0.1052 Allowable Buckling Stress =
F (b or rI =
15,450 psi hb=
67.25 7,920 psi h c=
26.00 inches For BRITTLE failure, enter Table 7-4 with the following parameter and find the base overturning moment coefficient (Mcep') =
N/A c =
0.1052 and
((Allowable Buckling Stress)I(Fb))I (h c I h b) =
0.198 Per Steps 7 to 10, the expected failure mode is DUCTILE Use (Mcap) value =
0.19 for DUCTILE failure.
Compute (Mcap) based on the following formula:
Mcap = IMcap) * (2
Fb )
( R2
ts) I ( h b / h c )
164,006,294 lb-inches 0
rr 2
C) m mt';
8 OF 10
STEP 18:
Compare the overturning moment capacity of the tank (Mcap) from Step 17 with the overturnig moment (M) from Step 6.
Mcap =
164,006,294 lb-in M =
97,583,730 lb-in The tank is seismically adequate for this loading.
STEP 19:
Compute the base shear load capacity (Qcap) of the tank Qcap=.55 (1 - 0.21
Saf)
W 1,530,938 lbs STEP 20:
Compare the base shear load capacity of the tank (Qcap) from Step 19 with the shear load (01 ffom Step 5i Qcap =
1,530,938 lbs a =
438,451 lbs Shear capacity exceeds demand. The tank is adequate for this loading.
STEP 21:
Compare the freeboard clearance to the slosh height to ensure that the roof is not subjected to significant forces from the sloshing liquid.
In calculating the slosh height, (h s), the spectral acceleration, (Sas), must be obtained from the input demand spectrum at the sloshing mode frequency, (Fs), and a damping value of 1/2%. Care should be exercised in assuring that the spectrum values are accurately defined in the sloshing mode frequency range, typically for 0.5 Hz to 0.2 Hz.
Fs
( 1 /(2 PI)
(SORT ((1.84 g )/RI tanh ((1.84
H /RI
=
0.27 Hz Spectral acceleration, (Sas), from 1/2% damped input response spectrum at the sloshing mode frequency (Fs): Not Cieadv Defined m
02 m
C)z 2
o rn (I
C m
0 UN
-i 02To co NJ
("
I XN IN Slosh height = h s = 0.837 X R
Sas
=
N/A See alternate method below.
Alternatively, if the spectrum values (Saf) are not well defined in the range of the sloshing mode frequency (Fs) determine the slosh height by entering Table 7-S with the following parameters to find the slosh height, (h's), of the fluid in the tank for a ZPA of 1 g at the base of the tank:
m m<
H/R =
1.86 and 240 inches tp find (hO )-
9 OF 10
> 0 m
Compute the slosh height (h s):
h s =
h's ' ZPA 1 14.55 inches F
Z D
where ZPA is from horizontal response spectrum =
0.15 g
P m
z dv STEP 22:
Determine the available freeboard above the fluid surface at the maximum level to which the tank will be filled:
For conical roofs, measure the freeboard from the fluid surface to the intersection of the wall and the roof ( a distance R from the tank centerline).
Cco For tanks with a domed roof, measure the freeboard from the fluid surface to the point where the C) roof surface is at a distance of 0.9R from the tank centerline.
hf =
48 inches Compare the available freeboard lh f) to the slosh height of the fluid (h s), from Step 21.
h f 48 inches >
h s 14.55 inches Available freeboard exceeds expected slosh height. This tank is adequate for this condition.
X X-
¢ r
m 10 OF 10 f
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ATTACHMENT C c -I

v t e Letter Sequence Response to RAI
TAC:M69453, (Open)
Initiation Acceptance... Administration Questions Answers 3 September 1999 Results Approval... Other:
MONTHYEAR1999-09-03 [Table View]

ML993310217

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