ML17313A601
| ML17313A601 | |
| Person / Time | |
|---|---|
| Site: | Palo Verde  |
| Issue date: | 09/16/1998 |
| From: | James M. Levine ARIZONA PUBLIC SERVICE CO. (FORMERLY ARIZONA NUCLEAR |
| To: | NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM) |
| Shared Package | |
| ML17313A602 | List: |
| References | |
| 102-04183-JML-S, 102-4183-JML-S, GL-96-06, GL-96-6, NUDOCS 9809230249 | |
| Download: ML17313A601 (57) | |
Text
'ATEGORY( 1 REGULATORY INFORMATION DISTRIB ION SYSTEM (RIDS)
ACCESSION NBR:9809230249 DOC.DATE: 98/09/16 NOTARIZED: NO DOCKET I FACIL:STN-50-528 Palo Verde Nuclear "Station, Unit 1, Arizona Publi ~05000528 STN-50-529 Palo'Verde Nuclear Station, Unit 2, Arizona Publi 05000529 STN-50-530 Palo Verde Nuclear Station, Unit 3, Arizona Publi 05000530 AUTH.NAME AUTHOR AFFILIATION LEVINE,J.M.
Arizona Public Service Co.
(formerly Arizona Nuclear Power RECIP.NAME RECIPIENT AFFILIATION Records Management Branch (Document Control Des C
SUBJECT:
Provides response to regnest for addi info re GL 96-06, "Assurance of Equipment Operability
& Containment Integrity During Design Basis Accident Conditions." With twenty-nine oversize drawings.
D1STRTBUT10N CODE:
A072D COPTES RECE1'VED: LTR J ENCL J STBE:
TITLE: GL 96-06, "Assurance of Equip Oprblty 6 Contain.Integ.
during Design A
NOTES: STANDARDIZED PLANT Standardized plant.'tandardizedplant.
05000528 05000528
'500053$
RECIPIENT ID CODE/NAME NRR/WETZEL,B.
FIELDS M COPIES LTTR ENCL 1
1 1
1 RECIPIENT
'OPIES ID CODE/NAME LTTR ENCL PD4-2 PD 1
1 INTERNAL. FIL CENTER 01 1
1 NRR/DE/EMEB NR 1
1 NRR/DSSA/SPLB
~
'XTERNAL:
NOAC 1
1 NRC PDR
~4Qip,cP 8 QjL4k 1
1 1,
1 1
1 NOTE TO ALL "RIDS" RECIPIENTS:
PLEASE HELP US TO REDUCE WASTE. TO HAVE YOUR NAME OR ORGANIZATION REMOVED FROM DISTRIBUTION LISTS OR REDUCE THE NUMBER OF COPIES RECEIVED BY YOU OR YOUR ORGANIZATION, CONTACT THE DOCUMENT CONTROL DESK (DCD)
ON EXTENSION 415-2083 TOTAL NUMBER OF COPIES REQUIRED:
LTTR 9
ENCL 9
Palo Verde Nuclear Generating Station James M. Levine Senior Vice President Nuclear TEL (602)393-5300 FAX(602)393-6077 Mail Station 7602 P.O. Box 52034 Phoenix, AZ 85072-2034 102-04183-JML/SAB/RMW September 16, 1998 U. S. Nuclear Regulatory Commission ATTN: Document Control Desk Mail Station P1-37 Washington, DC 20555
Dear Sirs:
Subject:
Palo Verde Nuclear Generating Station (PVNGS)
Units 1, 2, and 3 Docket Nos. STN 50-528/529/530
Response
to Request for Additional Information Regarding Generic Letter 96-06, "Assurance of Equipment Operability and Containment Integrity during Design Basis Accident Conditions".
. The enclosure to this letter provides the additional information regarding Arizona Public Service Company's (APS) response to Generic Letter (GL) 96-06, "Assurance of Equipment Operability and Containment Integrity during Design Basis.Accident Conditions" for the Palo Verde Nuclear Generating Station, Unit Nos. 1, 2 and 3, that was requested in your letter to APS dated June 24, 1998.
The enclosure to this letter commits APS to revise the appropriate station emergency operating procedures to provide guidance to the operations staff that would prohibit restoration of the Nuclear Cooling and Normal Chilled Water systems after certain plant conditions occurred, without first performing a fill and vent of these systems.
The revisions to these procedures will be completed during the next scheduled update for these procedures, which is currently scheduled for completion in December 1999.
Please contact Mr. Scott Bauer at (602) 393-5978 if you have any questions or would like additional information regarding this matter.
Sincerely, JML/SAB/RMW/IIh Enclosure O
( so~:)
cc:
E. W. Merschoff M. B. Fields J. H. Moorman 9809230249
'F80916 PDR ADOCK 05000528 PDR
0
ENCLOSURE Response to Request for Additional Information Regarding Generic Letter 96-06, "Assurance of Equipment Operability and Containment Integrity During Design Basis Accident Conditions", for the Palo Verde Nuclear Generating Station.
I rP I
II I
p
~RRR R The licensee's response indicated that the containment cooling water systems at Palo Verde are not safety-related and are not susceptible to waterhammer or two-phase flow conditions.
In order to assess the licensee's resolution of these issues, the following additional information is required:
Note: The following questions are applicable to cooling water systems associated with the in-containment environmental heat removal function.
NRC Re uest 1 Implementing measures to assure that waterhammer and two-phase flowwill not occur, such as controlling post-accident operation of systems that could be
- affected, is an acceptable approach for addressing these concerns.
- However, all scenarios must be considered to assure that the vulnerability to waterhammer and two-phase flow has been eliminated.
Confirm that all scenarios have been considered, including those where the affected containment penetrations are not isolated (if this is a possibility), such that the measures that have been established are adequate to prevent the occurrence of waterhammer and two-phase flow during (and following) all postulated accident scenarios.
Identify the "worst-case" conditions that could occur within the licensing basis of the plant, such as event possibilities, system configurations, parameters, and component failures, in order to adequately assess the waterhammer and two-phase flow concerns.
As an example, the 120-day response did not address the scenario where a thermal relief valve has lifted, possibly reducing the pressure of the affected cooling water system to below saturation.
~SPS R Introduction References 10 and 11 provided APS'esponse to Generic Letter 96-06, "Assurance of Equipment Operability and Containment Integrity during Design Basis Accident Conditions".
These references indicated that the essential and non-essential containment cooling water systems at PVNGS were not vulnerable to waterhammer or two-phase flow conditions that may cause damage to these systems during design basis accident conditions.
As stated in these references, the safety-related Containment Spray (CS) system, which is an open spray system, is credited for maintaining containment pressure and temperature within the appropriate design limits should a design basis accident occur.
This system is properly analyzed for the post-design basis event containment environment, inclusive of potential waterhammer or Page 1
e f
T',
two-phase flow conditions.
Therefore, the safety-related function of this system is not impacted due to post-accident containment environmental conditions.
During normal operating conditions, the containment environment heat removal function is provided by the non-safety-related, closed-loop, normal Chilled Water (WC) and Nuclear Cooling Water (NC) systems.
Although these systems are not required during post-accident conditions, restoring these systems to operation may facilitate post-accident recovery operations.
Therefore, an evaluation of these systems was performed to demonstrate that these systems would not be susceptible to waterhammer or two-phase flow conditions during the predicted accident scenarios, or to provide guidance to the operations staff such that these systems may be safely returned to service during post-accident recovery operations in a manner that would preclude waterhammer or two-phase flowconditions.
APS has limited the discussion provided in response to your requests to these two systems since these systems are the only closed-loop containment cooling water systems that are associated with the in-containment environmental heat removal function.
Res onse to Re uest 1 The setpoints and design characteristics of the relief valves associated with the WC and NC systems are such that subcooled fluid conditions will be maintained within their respective system when the in-containment piping is exposed to those conditions that could potentially result in lifting of a relief valve.
The setpoints and design characteristics for the relief valves are described in the responses to NRC Requests 3
and 4.
In accordance with the PVNGS UFSAR failure analyses methodologies, failure of a relief valve is not considered to be a credible failure as further explained in the response to NRC Request 2.
The WC containment isolation valves, valves 13JWCAUV0061, 13JWCAUV0062, and 13JWCBUV0063, automatically close upon receipt of a CIAS. The CIAS is generated at a nominal containment pressure of 3 psig, or a nominal pressurizer pressure of 1837 psia (Reference 1, Table 7.3-11A).
The NC containment isolation valves, valves 13JNCBUV0401, 13JNCAUV0402, and 13JNCAUV0403, automatically close upon receipt of a CSAS.
The CSAS is generated at a nominal containment pressure of 8.5 psig (Reference 1, Table 7.3-11A).
Although these systems are not credited for the mitigation of any design basis accident (Reference 1,
Sections 9.2.2.2.1 and 9.2.9.1.1.1),
recovery from design basis accidents may be operationally enhanced if these systems are capable of being returned to service such that cooling water is provided to the in-containment heat loads.
The current PVNGS emergency operating functional recovery procedure (Reference
- 2) provides guidance for returning these systems to service.
The current guidance specifies that the following conditions must be met prior to restoring cooling water flowto the in-containment heat loads:
Page 2
- 1) a Recirculation Actuation Signal (RAS) has not occurred, and
- 2) containment pressure is less than 8.5 psig.
Three design basis event scenarios which could result in thermally induced waterhammer or two-phase flowconditions in the containment cooling water systems at PVNGS are: Large Break Loss of Coolant Accident (LBLOCA), Main Steam Line Break (MSLB), and Small Break Loss of Coolant Accident (SBLOCA). These accident scenarios will result in one of three post-accident system configurations for the NC and WC systems.
The expected plant response, with respect to the initiation of CIAS, CSAS and RAS, associated with these accident scenarios is briefly described below.
Immediately following this description, the three potential post-accident system configurations, and resultant vulnerability to waterhammer or two-phase flow conditions, are described.
LBLOCARes onse The pressure-temperature profiles for LBLOCA scenarios are presented in Reference 1, Figures 6.2.1-1 through 6.2.1-5.
In each case, containment pressure rises above the CIAS and CSAS setpoints within the initial seconds of the event.
In four of the five
- cases, a
RAS occurs before containment pressure is reduced below 8.5 psig.
Therefore, the WC and NC system containment isolation valves are closed from the start of these events.
Since a RAS does occur, the current PVNGS emergency operating procedures prohibit the restoration of the WC and NC cooling water flow to in-containment heat loads.
Therefore, the containment isolation valves for these systems remain closed and are not re-opened during post-accident recovery operations.
In these accident scenarios, the response of the WC and NC systems will be as described in References 10, 11 and 12.
The LBLOCA analysis presented in Reference 1, Figure 6.2.1-1 is not extended to evaluate long-term plant conditions because the resultant energy release to containment is low and this analysis is bounded by other analyses (Reference 3).
Therefore, in this LBLOCA scenario, it is possible that the containment pressure will decrease below 8.5 psig without a RAS occurring first.
In accordance with the current PVNGS emergency operating procedures, the WC and NC systems may be restored, i.e., the containment isolation valves may be
- reopened, to enhance operational recovery from this accident scenario.
Page 3
MSLB Res onse The pressure-temperature profiles for MSLB scenarios at various power levels are presented in Reference 1, Figure 6.2.1-6.
In each case, containment pressure rises above the CIAS and CSAS setpoints within the initial seconds of the event.
- However, the long-term post-accident containment pressure is reduced without the initiation of a RAS. Therefore, the WC and NC containment isolation valves, which would be isolated at the beginning of a MSLB, could then be subsequently re-opened during post-accident recovery operations in accordance with the current PVNGS emergency operating procedures.
SBLOCA Res onse In addition to the MSLB and LBLOCA analyses contained in Reference 1, Section 6.2.1, Emergency Core Cooling performance evaluations for various LBLOCA break
- sizes, as well as SBLOCA scenarios, are described in Reference 1, Section 6.3.3.
Reduced LOCA break sizes have the effect of decreasing containment heatup and pressurization rates.
Therefore, for small SBLOCA scenarios, the CIAS and CSAS actuations will be delayed from the onset of the accident, during which time the WC and NC containment isolation valves will remain open.
Depending on the break size, a RAS may, or may
- not, occur.
Additionally, as the magnitude of pressure and temperature effects decrease with reduced break sizes, the potential for post-accident re-opening of the WC and NC containment isolation valves in accordance with the current PVNGS emergency operating procedures, increases.
The design basis event scenarios described above will result in one of the following three post-accident system configurations for the in-containment WC and NC systems:
- 1. The WC and NC systems'ontainment isolation valves are automatically closed at the start of the event in response to a CIAS and CSAS and are not re-opened during post-accident recovery operations (LBLOCAscenarios).
- 2. The WC and NC systems'ontainment isolation valves are automatically closed at the start of the event in response to a CIAS and CSAS and are subsequently re-opened during post-accident recovery operations in accordance with the current PVNGS emergency operating procedures (MSLB, some LB and SB LOCA scenarios potentially affected).
- 3. The WC and NC systems containment isolation valves remain open for some time after the initiation of the event (small SBLOCA scenarios).
Page 4
Each of these post-accident system configurations is described in the following paragraphs.
WC and NC Containment Isolation Valves Remain Closed throu hout the Accident In these accident scenarios, water within the WC and NC systems would be trapped within the in-containment piping and would thermally expand due to the accident conditions.
As described above, the WC and NC systems thermal relief valves have a combined relieving rate that has been determined to be adequate to discharge the amount of water required such that over-pressurization of the affected in-containment piping sections is not expected to occur during accident conditions.
In addition, the relief valve setpoints are higher than the saturation pressure of the post-accident heated water in the system (Reference 5).
Thus, the formation of steam voids is prevented, which precludes the development of waterhammer or two-phase flow conditions.
WC and NC Containment Isolation Valves Close at Event Initiation and are Re-0 ened durin Post-Accident Recove 0 erations As described in Reference 10, voiding within the WC and NC systems does not occur under this condition due the fact that the fluid within these systems remains pressurized above the applicable peak saturation pressures.
The in-containment piping of these systems remain pressurized for two reasons:
- 1. The capacities of the relief valves are sufficient to ensure that the in-containment piping is not damaged due to over-pressurization of the piping.
In addition, the setpoints of the relief valves are such that the fluid within these systems is maintained in the subcooled state (Reference 5).
2.
Each system is verified to be operating, i.e., pump(s) running, prior to opening the associated containment isolation valves.
In addition, the sequence for opening the containment isolation valves is specified such that the normal system operating pressure is maintained within the in-containment system piping (Reference 2,
Appendix 17, and Reference 8). At the time the isolation valves are re-opened, the system operating pressures are above the post-accident saturation pressure corresponding to the predicted containment temperature.
Therefore, voiding is not expected to occur under this configuration and waterhammer or two-phase flow is precluded.
Page 5
WC and NC Containment Isolation Valves Remain 0 en for Some Time after Event Initiation Two potential scenarios are associated with this system configuration.
These scenarios are:
- 1) either, or both, of the systems are in operation, and an actuation signal (CIAS or CSAS) may, or may not, be received that results in isolating the in-containment piping of the affected system, or 2) either, or both, of the systems are not in operation when the event is initiated, or stop operation prior to the affected system's containment isolation valves being closed.
When the design basis event occurs during the first scenario, the system is operating and water is not trapped within the in-containment piping.
The WC and NC systems continue to operate throughout the event.
As the event progresses, containment temperature and pressure begin to increase, heating the in-containment piping of these systems.
The normal operating pressures associated with these systems are such that the fluid within the system is maintained in a subcooled state until the system is isolated automatically by a CIAS or CSAS actuation signal.
The WC containment isolation valves may close on a CIAS, followed by the possible closure of the NC containment isolation valves on a CSAS, if the break size is such that containment pressure increases to the signal actuation setpoint.
These actuation signals will isolate the in-containment portion of the system piping from the rest of the system.
The containment environment will be at saturation conditions for a nominal saturation pressure of 8.5 psig when both systems have been isolated.
Since the in-containment piping of each system was isolated at the normal system operating pressure associated with the system, voiding is not expected to occur and the system response is expected to be as that which is described in References 10, 11 and 12.
Ifthe size of the break is such that containment pressure does not increase to the actuation signals'etpoint, then the normal operating pressure of the system will ensure that the fluid within the in-containment piping of the system remains in a sub-cooled state.
If either of these systems have been isolated from their respective containment heat loads during the scenario described above, the current PVNGS emergency operating procedures would direct the operator to restore cooling water flow, if desired, to the in-containment heat loads of the affected system provided that a RAS has not occurred.
In accordance with the current PVNGS emergency operating procedures, the WC and NC systems are verified to be in operation, i.e. pumps running, before the containment isolation valves are re-opened during post-accident recovery operations.
System malfunctions that may occur prior to re-opening the containment isolation valves that would preclude system availability would result in the affected system's containment isolation valves remaining closed (Reference 2, Appendix 17, and Reference 8).
Therefore, two-phase flow or waterhammer is not expected to occur when the affected system is restored.
Page 6
When the design basis event occurs during the second scenario, the system is secured and water is not isolated within the in-containment piping of the system until a CIAS (for WC) or CSAS (for NC) is generated.
The water within the in-containment piping of the affected system would expand throughout the closed loop system and into the system's surge tank until the CIAS and/or CSAS actuation signals are generated.
However, the static, non-operating system pressures associated with the WC and NC systems may not be sufficient to maintain subcooling of the fluid within the in-containment piping of the affected system. The postulated scenarios where voiding may be expected to occur within these systems are limited to small, SBLOCA scenarios and small, high energy line break in containment scenarios that result in, the following conditions occurring simultaneously:
1.
Containment environment temperature has exceeded 212 'F,
- 2. The containment isolation valves for the affected system (WC or NC) are open, and
- 3. The affected system is not in operation.
However, the potential for waterhammer or two-phase flow conditions exists only if the affected system were restarted during, or following, these three plant conditions occurring.
The WC and NC pumps do not receive a post-accident automatic start signaI.
Therefore, the only method for restoring these systems to operation is through manual operator actions.
Although the current PVNGS emergency operating procedures permit restoration of these systems during post-accident recovery operations when certain plant conditions are met, these procedures do not prohibit restoration of these systems when the above three plant conditions are experienced.
The appropriate PVNGS emergency operating procedures will be revised to provide guidance to the operations staff that would prohibit restoration of the WC and NC systems after the above plant conditions occurred, without first performing a fill and vent of these systems.
The revisions to these procedures will be completed during the next scheduled update for these procedures, which is currently scheduled for completion in December 1999.
These procedure revisions will assure that waterhammer or two-phase flow conditions that may occur as a result of these limited accident scenarios are eliminated prior to restoring the WC or NC system to operation.
Page 7
NRCRe uest2 Confirm that the waterhammer and two-phase flowanalyses included a complete failure modes and effects analysis (FMEA) for all components (including electrical and pneumatic failures) that could impact performance of the cooling water system and confirm that the FMEA is documented and available for review, or explain why a complete and fully documented FMEA was not performed.
A~PS R A FMEA was not performed for the WC and NC systems as the systems were determined not to be susceptible, either by system design or procedural control, to waterhammer or two-phase flow conditions that may result from a containment thermal transient event.
Therefore, adverse system effects resulting from waterhammer or two-phase flow are not expected to occur within these systems.
As described in the response to NRC Request 1, system design and adequate station procedural guidance prevent waterhammer or two-phase flow conditions from occurring when the post-accident system configuration is such that the containment isolation valves for the affected system are automatically closed at the start of the event in response to a CIAS and CSAS.
The WC and NC systems are procedurally required to be in operation, such that the system piping outside of containment is at normal operating pressure, before the containment isolation valves are re-opened during post-accident recovery operations.
The capacities and blowdown setpoints of the installed thermal relief valves on the WC and NC in-containment piping are relied upon to preclude the development of waterhammer or two-phase flow conditions within these
- systems, after the affected system's in-containment piping has been isolated.
The mechanical aspects associated with these valves are discussed further in the responses to Requests 3 and 4 provided below.
In accordance with failure analyses provided in Reference 1, failure of a relief valve is not considered to be credible.
Per Sections 5.4.7.3 and 6.3.2.5.4 of the Combustion Engineering Standard Safety Analysis Report (CESSAR) (incorporated by reference into Sections 5.4.7 and 6.3.2.5 of Reference 1), the FMEA performed for the shutdown cooling and safety injection systems were based on the assumption that relief and check valve failures are not considered to be credible.
Additionally, CESSAR Section 5.2.2.10.1.2 (incorporated by reference into Reference 1, Section 5.2) states that the shutdown cooling system relief valves meet the single failure criteria required by CESSAR Section 5.4.7.1.2.
The CESSAR notes that the relief valves are independent of a loss of offsite power, are self-actuating, spring-loaded liquid relief valves, and they do not require control circuitry. These features also apply to the relief valves of the WC and NC systems.
Therefore, it is appropriate, and consistent with Page 8
1 I
m
Reference 1, to apply these same criteria to the WC and NC relief valves.
Based on this information, failure of the WC or NC relief valves is not considered credible.'he post-accident system configuration where the WC and/or NC containment isolation valves remain open for a period of time following the initiation of the event with the affected system's pump idle may result in voiding of that system.
As stated previously, APS will revise the appropriate station emergency operating procedures to provide guidance to the operations staff that would prohibit restoration of the WC and NC systems after certain plant conditions occurred, without first performing a filland vent of these systems NRC Re uest 3 Discuss specific system parameter requirements that must be maintained in order to assure that waterhammer and two-phase flow will not occur (e.g.,
expansion tank level, temperature, and pressure requirements),
and state the minimum margin to boiling that exists, including consideration of measurement and analytical uncertainties.
Explain why it would not be appropriate to establish technical specification requirements for these parameters, and describe and justify reliance on any non-safety related instrumentation and controls for assuring that waterhammer and two-phase flowwillnot occur.
APS Res onse The WC and NC systems are non-safety-related systems that are not required to function during accident conditions or for post-accident recovery operations.
As such, these systems do not meet the requirements of 10 CFR 50.36 and should not be included in the Technical Specifications.
- However, recovery from design basis accidents may be operationally enhanced if these systems are functional during post-accident recovery operations.
Therefore, the scenarios evaluated above were performed for the purpose of recognizing the cases that could potentially result in the conditions being established for waterhammer or two-phase flow to occur.
For those cases that could potentially lead to waterhammer or two-phase flow, procedural controls have been, or will be, established to return the system to service in a manner that prevents waterhammer or two-phase flow.
As previously discussed, installed thermal relief valves are relied upon to preclude the development of waterhammer or two-phase flow conditions within the WC and NC systems.
The uncertainty associated with the relief valve set pressure is +/- 3 %, with a blowdown of 10%
of set pressure (Reference 5).
Incorporating set pressure uncertainties results in a lowest reseat pressure of 131 psig for the WC relief valves and 96 psig for the NC relief valves.
Reference 5 conservatively calculated the WC Page 9
U E
II II
and NC relief valve capacities utilizing a post-accident containment vapor temperature of 300'F (Reference 6), which has a corresponding saturation pressure of 52.8 psig.
Therefore, the margin to boiling is 78.2 psig for the WC system and 43.2 psig for the NC system.
Smaller break size LOCA scenarios were discussed in the response to Request 1
wherein flow through the in-containment piping of the WC and NC systems would continue from the initiation of the event until the containment isolation valves are actuated closed.
As previously noted, both systems would have been isolated once containment reached saturation conditions corresponding to the nominal CSAS actuation pressure of 8.5 psig.
Note that the WC system isolates on a CIAS, which is initiated at a nominal containment pressure of 3 psig; however, use of the CSAS limit is bounding and, therefore, conservative.
The analytical limit for the CSAS actuation is 10 psig (Reference 9). Therefore, the maximum uncertainty for the margin to boiling for this scenario is given by the containment saturation conditions associated with 10 psig (238'F).
Per Reference 8, the minimum WC in-containment operating pressure is 50 psig.
The minimum NC in-containment operating pressure is 29 psig (Reference 4).
Therefore, the minimum margin to boiling is 40 psig for the WC system and 19 psig for the NC system.
NQR instrumentation and controls are not relied upon to preclude waterhammer or two-phase flow conditions in the WC and NC systems.
PVNGS does not consider it appropriate to establish technical specification requirements for the NC and WC relief
- valves, as failure of these valves is not considered credible.
This assumption is consistent with the treatment of similar relief valves (Reference 1).
NRC Re uest 4 Explain and justify all uses of "engineering judgment" that are credited in the waterhammer and two-phase flowevaluations.
APS Res onse The following "engineering judgments" were used for these evaluations:
~
The adequacy of the installed WC and NC relief valves was evaluated in Reference 5 utilizing a post-accident containment vapor temperature of 300 'F.
This temperature was used based on Reference 6, which determined that the limiting case LOCA containment maximum temperature is 293.5 'F.
Although the peak vapor temperatures for a MSLB exceed 300'F, the effect on the cold fluid isolated within the in-containment piping of the WC and NC systems is not as severe due to the short duration of the superheat and the slow thermal response of the piping Page 10
(Reference 5).
Utilization of a 300'F constant containment vapor temperature was chosen to simplify the solution for the heatup rates and subsequent water expansion within the in-containment piping portions of the WC and NC systems.
Additionally, the rate of heatup and expansion of the water isolated in the containment coolers (containment normal air coolers
[WC] and Control Element Drive Mechanism
[CEDM] coolers
[NC]) was assumed to be the same as the surrounding environment.
Actual maximum system water temperatures and heatup rates would be less than those associated with the containment vapor due to the lag in thermal response associated with the WC and NC piping and components.
Therefore, utilization of the maximum containment vapor temperature of 300'F is conservative and will over-predict the rate of heatup and resultant expansion of water trapped within the in-containment piping of these systems.
A constant heat transfer coefficient of 250 BTU/hr-ft'-'F on the external surface was assumed for NC piping submerged in post-LOCA sump water (References 5 and 7).
This constant heat transfer coefficient conservatively bounds the condensing heat transfer coefficient determined in Reference 6 and reported in Reference 1, Figure 6.2.1-7, and would be representative of the heat transfer coefficient assuming the entire pipe was submerged in the post-LOCA sump fluid.
o A review of Reference 1, Figure 6.2.1-7 indicated that the condensing heat transfer coefficient remained below approximately 130 BTU/hr-ft'-'F, after the initial 30 seconds of a LOCA. Hence, for the NC piping exposed to post-LOCA containment air during the initial period of 0-60 seconds, a constant heat transfer coefficient of 200 BTU/hr-ft'-'F on the pipe external surface was assumed.
For time periods greater than 60 seconds following a LOCA, a constant heat transfer coefficient of 130 BTU/hr-ft'-'Fwas assumed (Reference 5).
~
A heat transfer coefficient of 0.263 BTU/hr-ft'-'F was utilized for the insulated WC piping. This assumption is based on one inch of fiberglass insulation with a thermal conductivity of 0.022 BTU/hr-ft-'F.
Similarly, a heat transfer coefficient of 4.58 BTU/hr-ft'-'F was utilized for submerged insulated WC piping, based on one inch of water saturated fiberglass insulation with a thermal conductivity of 0.4 BTU/hr-ft-'F (Reference 5).
~
A constant, internal, convective heat transfer coefficient of 125 BTU/hr-ft'-'F is assumed between the piping and the isolated water within the pipe per Reference 7.
Additionally, it is assumed that all fluid internal to the pipe is uniformly mixed and increases in temperature homogeneously.
e The evaluation of the NC system relied upon the blowdown pressure reseat values and relief capacities associated with relief valves 13JNCNPSV0414, 415, 416, 417, 480 and 499.
However, the NC system is also provided with two large relief valves, Page 11
1 I
J
valves 13JNCEPSV0614 and 13JNCEPSV0615, that are designed to protect the NC containment penetration and isolation devices from being over-pressurized in the event of an intersystem LOCA via the reactor coolant pump seal injection high pressure coolers.
These two relief valves have a set pressure of 135 psig +I-3%,
with a blowdown of 50% of set pressure, such that the minimum set pressure is 131 psig.
An additional 2.3 psig reduction is assumed due to the elevation difference between these two relief valves and relief valves 13JNCNPSV0414, 415, 416, 417, 480 and 499.
Therefore, the minimum set pressure for valves 13JNCEPSV0614 and 13JNCEPSV0615 is 128.7 psig.
Note that the minimum reset pressure (64.4 psig) for these two valves is above the post-accident containment vapor pressure of 52.8 psig.
Therefore, these valves will reseat such that the NC system water remains subcooled.
Note also that the minimum set pressure of these two valves, 128.7 psig, is above the maximum expected accumulation of 124.6 psig for valves 13JNCNPSV0414, 415, 416, 417, 480, and 499.
Therefore, these two valves, valves 13JNCEPSV0614 and 13JNCEPSV0615, are not expected to open due to the fact that valves 13JNCNPSV0414, 415, 416, 417, 480, and 499 have sufficient relief capacity to prevent NC system pressurization above the expected maximum accumulation pressure (Reference 5).
~
The NC piping located within the containment building contains approximately 88%
of its volume in 6, 8 and 10-inch diameter header piping. As 6-inch diameter piping has the smallest thermal mass to surface area ratio of any of these pipe sizes, it was selected as the basis of the heatup analysis.
Any non-conservatism introduced by ignoring the smaller thermal mass to surface area ratios of the portions of these systems less than 6 inches in diameter are judged to be more than counter balanced by the conservative temperature profiles and heat transfer coefficients that are being assumed (Reference 5).
Page 12
NRC Re uest 5 Provide a
simplified diagram of the affected
- systems, showing major components, active components, relative elevations, lengths of piping runs, and the location of any orifices and flowrestrictions.
APS Res onse Piping and Instrument Diagrams (P8 IDs) of the PVNGS Unit 1 WC and NC systems are provided, showing the in-containment piping as well as the basic flow loop outside of containment.
Piping Isometric Drawings are also provided.
Only minor variations exist between the three PVNGS units in the WC and NC systems.
Thus, the Unit 1 drawings are representative of all three PVNGS units.
l~
The following drawings are provided:
01-M-NCP-001 01-M-NCP-003 01-M-WCP-001 01-M-EWP-001 01-P-NCF-1 15 01-P-NCF-1 16 01-P-NCF-1 17 01-P-NCF-160 01-P-NCF-1 64 01-P-NCF-202 01-P-NCF-207 01-P-NCF-209 01-P-WCF-123 01-P-WCF-'I 24 01-P-WCF-1 66 01-P-WCF-1 67 01-P-WCF-201 01-P-WCF-202 01-P-WCF-205 01-P-WCF-206 01-P-ZYA-010 13-P-ZYA-013 13-P-ZYA-015 Rev. 5 Rev. 8 Rev. 14 Rev. 24 Rev.
1 Rev.
1 Rev.
1 Rev.
1 Rev. 0 Rev. 0 Rev. 0 Rev.
1 Rev. 0 Rev. 0 Rev. 0 Rev. 0 Rev. 0 Rev.
1 Rev. 0 Rev.
1 Rev. 0 Rev. 25 Rev. 14 Page 13
References 3.
"Updated Final Safety Analysis Report",
Revision 9,
Palo Verde Nuclear Generating Station Units 1,
2, and 3,
Docket Nos.
STN 50-528/529/530 (including SARCNs 3807 and 98-F033).
PVNGS Procedure 40EP-9EO09, Revision 6, "Functional Recovery".
PVNGS Calculation 13-NC-ZC-206, Revision 3, "Loss of Coolant Accident Containment Pressure and Temperature Analysis".
PVNGS Calculation 13-MC-NC-006, Revision 0, "Nuclear Cooling System Hydraulic Calculation".
PVNGS Calculation 13-MC-WC-303, Revision 1, "WC and NC Relief Valve Sizing".
PVNGS Calculation 13-NC-ZC-232, Revision 5, "Loss of Coolant Accident Pressure and Temperature Containment Analysis for Limiting Case".
PVNGS Study 13-MS-A99, Revision 1, "Evaluation of Thermal Transient Effects on Closed Spaces Between Isolation Valves".
PVNGS Calculation 13-MC-WC-302, Revision 1, "Normal Chilled Water System (WC), MOV Differential Pressure",
page 29b, Section D: Emergency Conditions and Table 1.
10.
12.
PVNGS Calculation 13-JC-HC-202, Revision 1, "Containment Pressure Wide Range (PPS Input) Instrument (HCx-P-352x, x = A, B, C, D) Setpoint and Uncertainty Calculation", Figure 2 and Section 5.1.
APS letter to NRC 102-03855-JML/AKK/JRP, "Response to NRC Generic Letter 96-06", 120 day response, dated January 28, 1997.
APS letter to NRC 102-03943-JML/AKK/JRP, "Supplemental Response to NRC Generic Letter 96-06", dated May 30, 1997.
APS letter to NRC 102-04130-JML/SAB/RMW, "Response to Request for Additional Information Regarding
Response
to Generic Letter (GL) 96-06, "Assurance of Equipment Operability and Containment Integrity During Design Basis Accident Conditions" for the Palo Verde Nuclear Generating Station, Unit Nos. 1, 2, and 3.", dated June 04, 1998.
Page 14
PSV 34
>o32-Heoe->"
Q PP tO Ol 0
0 V
Z Z
V 0
4)
.n0 I;n N N;,n TW 23 <<(
PSV 35 1'53-HBOB->"
GA-172-HBDA-1" GAP-001 I D-2 )
NZ SUPPLY PP PP
> Sv LP Pl 8
028-HBDB-I" 03644>SOB-1 0
0
>O Cl ts
>O 0
0 FROM NORMAL CHILLER "4" CONTROL FROM NORMAL CHILLER "8" CONT>tOL FROM NORMkL CHILLER "C" CONTROL
.O FT 0
o 4)
PP PP 1n0 PP 026-Heoe-
-~WCP-Oo>
0-13 Uv ZSHL M
104 N 0
<9 WCP. 001 e
UY ZSHL M
105 N
C r 036-HBDS-8" 4 Q
Tw 22 N
025-HBDB-2" ts0 ClZ 4tv0 VENT
~027-HBDB->"
0 6
'F (L
g 0
e I) 4 6
4 6
6 4
LF 6
'0 X
l-K L,
(
4 l
'l
."l 'g tt It) 0 ZC U t-2 00 t-L) 00 gl //
ZTS-HBDB->"~ '2T9-HBDB-1 (N
't) 504 la0 CF0 150 ClZ
'1n0 TI 31 TI 32 035 HBDB 8
282-4808-1"
.<T>.283 HBDB-I" 5U T
33 o8 ILU3 Cl0laZ V
'e': 8)
PSV u o eoe u
NORMAL CHILLER D
271 HBDB-I"
~WON - E 1
R2L
~ 269-HBDS-1" I,
~r<~+
27o-.weoa<<L'320 I-U CI0ltlZ 4)0 N0 4044 ISL J
120 7046 ISL
>21 la NORM/>L CHILLER 4
wCN-EO>8 N
R2L Pp~<r<
267..HBDB/) "
431 4 7315 "041 ISL
> 19 N0 n0 NORM/>L CHI LER WCN.FO>A 4001 LP
~
~
~
~
E
~
~
~ E ~,,.......
PSH DE I
E LIZED
~
E
'E
~
E
~
//ATER TANK PPS
/
/
FC 33-002 IV
( D-3 ) /
V056 FC 4069 Dw-059-HCDA-2<<r J
052-HCDA-2"~4 553-HCDA-2' 1 08 l)
.'H LP )
~807
(
118 4002 M
~SURD TANK NCCN-T 11
~RZ (SEE DRG 01 M WCP 001>
LC 75 LG 74 jv S3D R20
~
Heoe Hcoa aUX BLDG OUTSIDE
)
~
~
~
E
~
E
'M-027-HBDS-2"
( C-7 )
TI 79 n0 255 HBDS-1"
'4 4321 3 ROM j
NORM/>L CP-003 Zoe-Heoe-e" EW-V337 CHILLER
( 8-8
)
'I0 4 2 jo 7045 Z
7403 7047 COOLING WATER HOLDUP TANK PPS 4336
~
~
E
~
- .: Kite 263-4808-'I" 4309 4003 154-HBDB-2" 040 HSDS-2" oko-Heoe->i-v[
jo 4356 0 7402 0
(4 (4
o K-Oai-HSOe->"
4I0 4357 0
n N
o
/
269-4808->/
<l0 024-HSDS-2"~
0tsZ 38 1/!
PP 8
N PP 042-HBDB-1" J- 044-Heoe-i" 00 2
026-HSDS-3"
~ o43-Heoe- >>0>>
ll PP Vl PP Tw 42 Tw 40 TW 44 Tw 43 Tw 41 OZ 4 U PP 4180 4184 Qr.
VITS Qr.
4176 53 /e Vt 82
)X PP 023-HBDB-4 51 /8 )
1
)
PP 4
J
)
)
PP Q
J (4
0 001-HBDB-24 ooz-Heos-24" ~f
.QY (O0 tOZ n
13 Cl C) 0 tO0 tOZ Cl0 jO 0 HCV 81
'll 0
47 3
j 4
4360 Hcv 82 TI 45 Tl 49 Tl 48 TI 45 Q
Q VENT VENT 007-HBDB-1" TO RADIATION MONI 7 OR ING (7 SYSTEM 4223 4221 V225 4224 7222 jo 7359 jo 0
jO 0
7362 004-HBDB-1" I/t U2 3 P
a.
tO0 600 ts0 00 TW 84 V
051-HBDB-1 SON-RU 6
V02> ~
4077 IO0 IOZ n0
>O0 NCN Yolk VOGT nllt)
NCN-YCIC 4011 N
0 0
7 N o 8 SEE VENDOR PRINT 13-10407-N997-58 FOR TEMPORkRY FLUSH CONN MkNUAL A>R RELIEF
>50
>5Z 00 QU2 045-Hsoe-i'45-HBDB-2" CtN
~RA(LRJAFR NCN-EDIB NCN-Co>a P RBAB(LRJAE((
BEACTJ)RROOLAB7 SURGE
~AMP E
SS(ZL 6 R 930 R2L RZL
~SAMP
~SAMP
~R
~R
~a tSEC OWG 51 H 888 0011
- "Y N','
SA~MP COQLBR r
171-HSDB-I" NCN-F02 FG NCN-YDID NCN Yole 530
>50
>5Z 0
ivz-Heoe-z" PP PP tN 107
'1 14n Z'
4010 4014 4036(
42~0530 4029 la0 0N (4
PP PP PP PP PP 00 Tl 92 Tl 91 0
441 (0
Ct (4
0 4) 8 n
Cl N
H 0 0N N
Uf LJ D
~Hk
~AT oN 0nN
>O (4
Cl (4
H 0 N 0 tv 3
<<0 tl N
Vn (4
HCV uf IO0 n
m N
N Cl 13 4
O N
m N 3 4) 0 0 0 n 0 (4 Z 0
HCV 93 o
ANK N N-301 0
EKCHAN Etts
<SEE DWWW)) -M-FwP-0 1
)
n tO N 3 4
nmZ Tw
~l22
/e
.3 123 Tw 126 Oiz-Heoe-24" 4031
)
AX-S I
)
Jt 4~74
)
ax-734 169->>-BDB-I"i( /
Fg, 185-HSDB-1 Tl iZO 131 PP 4240 r
186 HBDB-1" Tl iss 135 187-HSDB r'g Heoe 1
292-Fg 0
0 130tkZ 807 HS I
I Pl PI 5
0 0
Hcv 97 Itl NO Hcv
'A 018-HBDB-24" NCN-POIA R2R
<<4
<<4 I
)
459 461 113 115
)
',0 I
807~ ~
NCWS PUMPS PP 26'"
HS Y
HCV 10 No oea-Heoe TI PSV 13i 138 PP l
~807 PSH A
kHL 15 4238 PP
>9083 Pc
~
~
~
E 3
t
~
(40
>O0 OlZ 4239 4242 PP PP n
0 TI 128 TI 132 NN0 4243 Fl o
115 7241 129 IO0
>3Z 4 >5 WO nm 3 Z u
D Iv PSL IO0 IOZ IO0!3 e z n
LJ D
80
>5Z 180 ClZ PU 4 0 N
FI 0
140 n
Fl 0
I '12 Fl 141 Fl 144 Fl 0
143 n
117 N
N N
f
'-.t t
N (4tt (O
IO 0
0 (O
(O Z
Z 4
0 tl 0
0 (O00Z 0
N
>O 0
Z nN Iv 0
Y V
4)N0
>4
>4 4)N TO NCWS RETURN CP-002
( c-e
)
FROM EOUIPMENT COOLERS
>73-HBDS-2" IO0 ClZ NON NUCLEAR 9 MPLING COOLERS (SEE OWG 01 M SCP 005) 001-HBDB->6" NCP-002 I 8-8
)
n 0
ta0 laZ TO.EGU)PMEN~
COOLERS oie-Heoe-is" CP-002
( A-8 )
295-Heoe-i" NCN Pole V025 R2R
'T W 145 4373 Q
)
Y
~ )55-Heoe-6" 0
273 V
yf N
258-Heoe-i" 0
807 HS
>3 99 6
eov
( ~cw I
Uk
~ZZ0
.'ARA PP VC IO0 IOZ Z
CO-TE E
aes Aso TE TE 114 lle kP 0
4378~
AUZILIABv ~a (SEE DWG 01-M-ASP-001
~ V,P, 13-10407 N997 59) 4219 163-HBDS-I" I-~
aSN EO>
)
N
'9 CONTAINMENT NCP-003 099-HBDS-10" 7094 Fl zes I E-8 l PP
~EW NC 0
NOTES CONT.>
LJ D
CON 7 4 I NM EN T 3.
DELETE(
PP 100-HBDB-10" CP-003
( F-8 )
4099 V
Fn TI 271 7375 259-HBDB-1" j D Z~NN EBAE(L (SEE DWG 01-M-ASP 001) t 4
N LJ D
TI 147 ll 4
LJ 0
3 I 146 294-Heoe-TO ECWS EWP-001
( C-5 )
Up
>.THE SEPARATION GROUP DESIGNATOR N IS TO PRECEDE ALL LINE NUMBERS SHOWN ON THIS DRawING.
Z.THE STSTEM DESIGNATOR Nc IS 70 PRECEDE aLL LINE.vacvs awo i~sTRUMENT NUMeews SHOWN ON THIS DRAWING UNLESS OTHERWISE (NDlcaTED.
o3e-Heoe-ia" v374 FROM ECWS EW-102-HBDB-14" WP-001 I C-3 )
GAG SEE MICROFILM FOR ACTUAL SIGNATURES
~/
~t IHCGRPDRATED DCH 32 CR FI SE BECBTBL P
St I
DIAGRAM NUCLEAR COOLING WATER SYSTEM tt/
4)
INCORPORlIED DCNS 30,31 AND GENERAL REVISION INCGRFGRkTEO DCN 25.29 l REWGVED DCP waRNING REV 5 OF THIS DWG MADE FROI REV 10
>3 13.4.NCP.OGI.WHICH SE CR FI tt/It/
~4 CR FI SEE MICROF LM FO>t PREVIOUS R.P.E.
APPROVALS REV~-
BT SE
~/<1/
~4 INCORP.
EDC 95 01307 8 GEN.
REY.
AS NOTED CR FI SE ARIZONA NUCLEAR IIOWER PROJECT PALO VERGE NUCLEAR GENERATING STATION SCSLI 0888)ee
)6)
Glw. REV, TO ADD STARI UP STRlOER HOIE.
INCLUDES OCN'5 I
T>WU 24,26, 2
5 26.
Rlv>SIGNS t/t(V SK DT DR CH'MR IGAOT PRJlKG CHF PR J ING <NG (GS OF PR.I (NG Ol CHI ING OI-M-NCP-001 Rlv>9>CNS DAT<
NG. DkT<
DR CH'4 RlvtS>049
<NG IGS
- 40. DATE AlIIRl NCE l
I I
0'>MNCPOO>.DGH F
O
PP
- soe-I"
>> I-Heos C 109-HSOS-4" 252-HBDS 1
53~DR?0 25 I -HSDS - I "+
TW 496 n0n TW 463 C
1>1-HSOS FT 60T v
co Fl-46V TH>a owo 1
1 Tr-455 V
nn 5 >H>5 OWG a>
505
>> I HSDS 111 HSOS I
252-HSM I"
ta0 7302 7410 807 807
- ;'~
.M Q vn N
n AG9D HSDS LJ D 5 TEST I e-a R?o ore Heoe HLBS 807
-;>~'
R2D 0 le KK Heoe Htse LJ D OAG90 NOR20 Vn 1
NOTE 2 018 OAG90 HCV
>5 e~sneoe
~492 NOTE 88 10" 13!I HBDB-lo" V>16 N
Vn 5
TEST
~ LJ 0 5 TEST Pev 460 PP 0 ~CDM NOR>AAL ACU N-112-HBDS I "~
~HN-AG E 112-HSDS-I" 110-HSOS 4" 145-HSDS-I 530~920
>47-Heoe-I">
TW 479 N
7122 HCP 002
>E-3>
HV 5HL 455 nN N 112 HBDS FT 457 807 FI 467 FT-507 t 0-7 1 V
N n
TE 455 Y,C3
-'-'-6"'
807 (G-Tr Tl
+55
>> 2-HSDS - 4 WCP 001
'4- 'Id>
310-HSOS-I ta04!Z 11 NIt V41 'I 0
Ia0
,L 304 HBDS-6" HCV FROM NCW5 5UPPLT 40 D
v n
TI 510 PP 14 a
507 0
1 F-4 I 00 LJ 0
0 Z
N
~>
306-HSDS I
0
309-NSDS-I "
0 0
0 n
n LJ LJ D
0 BCEBO~fLJ>
T ~I~N 1
311 HBDS I
313-HBDS
-137-8 10 13d-HBDS-10 ltETURN 018 Vn rt
>or-Heos-5" (PP n
D I
n I 05-HBDS V>29 TW 422 nttN Fl
~54 Dnn I,
I L
Vn DI PP ftN 103-Heos-3" V25 PP XEALJiRILSS 107-NSDS-3'l 452 7131 yn tarv Vn-N 1N LJ D
Ot0 ta3 0
7120 TW
~ 16 143-HSDS-I" 6
144 He I"
R?D 53D P
-6"0
~Q 316-Hsoe-5" 317-HSDS-I"~
at 6
554 I
FI 474 0
tt FT 474 v?75 V275
~136-HSDB-6" 135 HSDB 5 LJ D
Vn
~>
4>
ta0al3 4N 1>Nn LJ D
V147 V'149 Vn 0nn 7105 149 HSDS I
alod ta0ta3 R2D 53D
>>5-HSDB 5" ta6 LJ D
Eaa 126-HSDS-6" ~
dIII 124-HSDB-65 I
MoTOR LUBE~Or I~
ZEAL EIL 0
tt tt 4
4 N
424 N
N rt Fl LJ 456 0
,LJ I
I<
130-HSDB-3" 1 'Rlfsr BEARING I
~
126-HBDB-3" FI v?5 5 AS~AS>ILER 432 LJ
~RCP-OO I RCCE-Pol I
I C 3>
~801 ~ CR~
FAL F9L PP M U-Psv A tt V I 35 416 80>
I vw
~FI 420 150 HSDS I "
+<75 475 C
Vn n
M
)..C0 0- e-470 4P Vn 0
n 13d-HSDS-da I 33-HSDS - 3 PP 7254 I~'%&V, tT
,LJ L
XEBLSQQLES D
135 HBDS d MEfLXQ2$
TW 423 ION Fl 455 Vn PP N
11'H 8-3" TW 43>
LJ RCP 001 D
D rtrtna LJ D
Fl 4d3 V15>
V>53 yn IR 7141 I
FT 494 VI42 0N O
N->05-HSOB->9" LJ D
7217 TW 419 145 HSDS I" 0V 145-
~R530
>ttf 6
804 I-I---
Fl 475 0
8 7277 FT 475 A
v275 I '36 HSM 6" n
Otn LJ D
PP 6"'"
TE FSL 472
~456 Vn r.
atn INn LJ D
iR 7279 I
FT 495 V?5O tt I 24 - HSDB ->9 D
Kt 0rt 120-HSDS 5a OlaNa Fl 457 v>57 V159 V ttNn 7251 v?92
~tn 15>-HSDS-I R?D 53D 120-HSDB-5" 0Dn
>> 5-Hsoe-5 I
~AK>TOR US~Or>.
L J
>> 6-HBDS-3" I T~HRU 7 EARING I 122 HBDS 3 Fl 455 7256 Q~A~R 433 LJ
-r---'--M IFCC>>C
>H 11
~804 ~CR~
PP Pav A 5 7139 417 804 I
421 TW 152-HBDS-'I"
+417 477
~FI V>55 FT 495 V 1 55 0N8 N-I 35-Hsos->4 6'"
TE FSL 473 4117 7151 FT 497 7152 I N8 I
CtN8
> 20-Hsos->9" M
0-@
~ 71 4P5 a
0 Cl K
WCP 001 18 TO NCWS RETURN 305 HSOS 5" I G-3 I V0 LJ 0
0V ISL aoa v399 V396 SEE MICROFILM FOR ACTUAL SIGNATURES NOTE >
I FOR VENT O
DRAIN CONNECT ION5 WHICH HAVE 4 PROJECT CLASS>F ICATION OF R20, THE NIPPLE
~ CAP DOWNSTREAM OF THE BLOCK VALVE HA5 A PROJECT CLASS>FICA'f >ON OF 53D.
2 DESIGN As SEISMIC CATEGO>rv I
,"i(lgwV-%K 3 ~
DELETED.
THE aveTEM DESIGNATO>t NC 15 70 PRECEDE ALL LINE,VALVE,ANO INZTRUMZNT NUMBERS SHOWN ON THIS DRAWING UNLESS OTHERWISE INOICATEO.
THE SEPARATION GROUP DESIGNATOR N IS TO PRECEDE ALL LINE NUMSER5 SHOWN ON THIS DRAWING UNLESS OTHERWISE INDICATED RE V.
er 5EE MICROFILM FOR PREvloua R.P.E.
APPROVALS Ff FIRE RCE Rrvtstcra 6
e TE INCGRP.
EDC
~ 97.00539 1
AS FOR 191 TECH,RIVIEV 9EVIOED PER GDCO 9>>>.CH-620 A>EI G.R.
AO NOTIG.
TED DCNZ 22
~ 23.
REV>$ >GHO
--a---
ar arI-I--
R IT at
~a aa w D g t
OR I>O IOZ,,
INCORPORATED OCH 12 5
INCORPORATED GCH 26 D
19 AKD 0
9 M
I M
I I
M I
59
'05 ENG IOZ BECSTEL AklZOEAEEOLEAR POWER PROST PALO TENS NCLEAR OEEERATIEO OTATIOE R
P 81 I
DIAGRAM NUCLEAR COOLING WATER SYSTEM NONE IIMOT 01-M-NCIA-003 I
01 Danaw ann
- t t D~ 'TDL, t>D>aaa
.. D
" NND 'Dttaa r r >ta>D>
t 1,
..Kaaanww2>nopfepnn
'9 5 EZTE -? rt'Avte"'-="
-',<DZ'"~D. tv';~TMA>
kJd'tOOdoaaettUIXIK ltZ$662 kob'O SDBBXkoo'Vlk B66I BZIEHI B Fir ASM o
aa3 o o Ls L
LO IrE
'El at o
Id Iz "
Q~0 N'A o
Vl ot 4J io j-o g DO IO g'g g
at g
Irt Al At VJ al I
OOS I
023 ISDS 4 034-IRIS- ~
I 8
I I
. g:
.'II',
I 143 kCU DISCH kla I
y
%1 t
~HJP 001 I
ZTI-INHI-I" 174-IWID-I" '
~<4 I
I PP FINWI AHU r
I DISCHAROE AIR I
I I
HJP oot g
/
I I
244-HDN-tw I
7 TT I/P n
1 I
44 o F---,
8
~PSV i
TV 114
\\ ~ 1 14t V
I I,
~"- 'Q 1
pG I
/
I 140
'I I
"I i 8 I A
8 wa FO I
I
~ 274-H!DS-Itr ISIPRLJJrar ls I
s j
~
I ISN I
aas tsN I ~
IIH I
I Ol I
I I
FROM~FAN RLOCK I
I I
7741 I
FNSI A SCH AIR I
~
~Sv I
127 I
239-HSS-I
- 2R-ISN-I "
~KW WL Q,l I
142'3 l
Vl39 I
t i
WLTT-TTI 3"I I
9~'8 IDT ytel IRIS 3" I
'L I
a
~ INN aw a
L I
L l
/
3
~t I 1
I CEM CCHTRCS t
I TI I "Xllr HOINML ACU TI I
ISI-ION-IW sci -ooa a.oSDDNN D-S I DSJIISRALIZCR
-ISS-HOOD-I" sktatLE COOLER CP-002 154-HSDS-2 NE Fl ~-ISM-2 CI CO IXI I Ig
~
E 0
CI A,l 0R gl'-354-ISM-I "vIST IC III CP 005 V435 If ll Ttd STSTEM DESIOHJTM We ls 70 PRKCKN ALL Llid VkLVC Aai INSTNACNT HIJSERS SHOON OH THIS ORAwlao ikaass OTICRWI5C IICIICATCD.
TtC SEPARATION DROOP DasloakTISI N IS 70
~RKCEDC ALL LINE lekaalts SHOWN ON Ttils 0
DRAWIHO ll4.KSS OTHERWISC IHDICJTED 1BBOT Ol -II-SOP-001 1<
I OIMWCPOOI.OON twist kHU I
OISCH JIN
~RV itO V
V I
~3 44 I
019 HOOD-I" I
I 4
/ I
- t. I O
7759 I
1 I
'INiHP.
..Tn, i 42 k
ZSL 4
I
.).
Tn;:i aZAOSSSTE SU1LOITZG I
L~
8
~$07'or uv CLOSES L/'1 CLOSES ~
Pez HS S
I 70
'89
'05-~
E-042-tsee-10" 041 HSDS 10 7 1 35, ao
',8 7155 R9D 1$
LJ tSN Kas K
tNMI D I D ~
D ~
IEST TEST TEST I
$07 ccosES 3
E-039-H.SS 10
-- 040-tSM-10 3 tSDO 10 DR-tNS-10 kuiiILI ART>>
I SU I LDINO
~
~
H FROM JHU SCH kle HJ
) EII' I
8 Vn WTV
'P.
o e
It viie VKIZS-ISN-2"
%1h 003-H.$$-5
'R.
ISN-8' ti0 FROM F JH INTERLOCK HCP 001 1 a.
I Filoli JCU DITCH klR HCP 001 Psy I
I r---
5" 1
I 134 a
41 I
/
I
/
,0 0'
I
',D li
===-~ L-::-~.l.==::-~T:
I TI V
I
-r
--m t
r---ii r--
1
---+
/
I
/
I I I
I F---T'---v ZOO-ISN-e.-t 0
vite VISO WCN-FOSC WCN Focal n
0 LJ 0
LJ Y
0 PP Vite V131
~ 052-ISN-2" Oel-ISN-2" 0 vlil
,a
~$ 07 9
Tl Hs 0 ~
Tl TEST FOq 7153 O
v639 R
14 Kee I
D
~
'rEST J
DOT HSN 2 Y
007-ISDS-2 j
ii ito 010 HSDS-4" 011 HSDS Ztl" 010-IMD-~
001 9"
Vile 149-ISM-4'SI-tSM-4" OTS.HIDS I" 031 ISDS ~"
030-ISDS-OIZZH!DOC 4'29-H!DS-~
IFC 4
Rto Uv ZDH ZN eor TE 074-HSDS-I" 8
8
~122 Tv 101 r - - -3"
'Y,I
//
46 I/
I N
I 42-HNNI-I I-ISDS-IW~
4-99 LJ y
FROM ACU N-IM-lODA-tir~
n 0 ISCH AIR Fsv HAP-003 123 IH 51 I /
IS-F- - -~ 6Li N13'i
- Q
.'RM ACU DISCH AIR CPP-001 I
I 227-HSDS-219 224-ISDS-ZW Tl 44 7n 147 ISDO I "~
I "11 I
, SW I
I I /
Ila I
0 SID tSDS 3'Ql TlM FR(al FAN INTERLOCK
~HAP IKH reel
~ FO SM-ISN-I V
JCU DISCH AIR HAP-IHH 1 $-3 I I
I I
I I
I I
I I
I III.
I Q
I 1
I "IW Tl I ~
97 I~'RF 18 I
'8 I ~tv CO 4
lV 205-IFOM-2 tv I
I
'N ku CO IY D 141 ISN IW aradsZZSESLflaalla LZMO
\\an V
N iOPERAT ION OKV DLSINO REFLSLINOI N
N I
ISL 517 I
Q Q 15 i
IS 19 I
Na TISPLV I
~
E
~
~
~ I E
~
~
~
E OAP-001 l $-2 VOID V211 VNO
'VTvoce I
L245 ISM is I
8 Ok-t70-ISN-I ~
IST IND-Ia/
LS:I LSL IT 15 is i
15 kS
~
I I
Dw I WC kf LV IR-HCDA-lilt~
n I
I DEMIISRALI Z ED H
WATER
~
E ~
~
~
E ~
~
~I E
~
~
~
~
~
~
~
~
OWP-002 I
I D-3 I
/ N 7014 FC
/ Vtlo VOIT 7224 247-ISDS-I
'W-OOO-iCOJ-iLrj
~ 247-ISDS-I
'l
~
~
~
~
~
~
117 viii I
Tl 10 8 4)
P-007 asl -tsNC I" SC I
P-007 K-~
<<C, NDN NUCLEAR 3-ISDS-I" I
PROCESS Sktatk INO ISDO I" I
CDOLCRS SCP 007 TZI 254 NSM I" Jv SCP 007 Nil 25t-NODS-I" 214-ISN-1$"
SCP-007 I
2 12 D
sc-N-253-
-IW 215 tsN SW 7273
~OL Ie iaa I'CP-OOi DEMINKRALIZER I F-9 SC WC SC N 144 HSM 1 "
215 HSDS-ZLF COOLCRS CP 001 f-9 VC',
079-ISN- ~
vMi '
7 Nac OODTZDBW
-vio
,C VC --
- I DC~
VBM vi OC, 0C~
U 5 I
KISS-HDN-tia v633 V
4
+ 257-ISM-I" 71119, g 0
8 n
8 079-HDN-2"
'L>ARB CLOSED VCNTILATIOH CIIICUIT fM OEHERkTIS COLLECTOR HDVSIHO COOLER ISCC SCCHTCL s
LOO ND. IS-10407-IHOO-
]viei 3.03-201 050 ~ *" TuiZSIZE SUIl.OINO ENCL OSaNE Kg
'--9 8 4 8 N Lt vC, vC'-357 HIOS-I" SCP-005 SHT.
v270 001 tSDS 12 155-INN-I" I
OtS.taoe-la" ctkss ia Loko owoup i.
SEWCROF1LM FOR ACTUAL SICNKTINES IS FED TIDE THE COHTA1laCHT vktvas 5 PIPIHO Dursloa HkVE l PIKLIECT CLASSIFICATION
'.w or nc SLoev vklva 4
ti rEN REV lDND NON 5 1
IVCNIFNllED DCNS 41,N,49
~ia Nv.kav. ikav vlLVI $ 118911 INCNrialTED DCN 55 l SEN,DEv.
P SI I
DIAGRAM NORMAL CHILLED WATER SYSTEM IS SEN.
9ET.
AS Nt'Nit CNii lt rii IICSN. CDCs N OI397 ~
IKN. RIV, ls NSTSI.
II IIEVITE0 FN SNR Nc Zy ge 10 VN SETI TED FN NN SSPCN 015 N
IICNFNJras SCN 74.
2 ~ CBT~ L F1 M
SE C
1M nCNFNAIN oN 75 9 n Sli SW SSS Vi Slt it ik vt Aa ilia Ak RKV.
~'r SEE MICROFILM foa Pwavious R,P,C JPPROVALS INCMV" CDC'.NS43 aav 9 a INS ovs Sea rMM INCSRFNlTED FCR 5~,ONI-N at>>
I~
IICISPNAIZD DCN 79 AEQOEA EEOLEAE POWEE POLYOT NLO VRR WCLEQ OERkATIEO OTATIOE aa ia 0
SE C
1M Ji sa w siv ta 5 iv IICTNNATTD DCN 74 N
Vts 70 THE EOUIPISNT CONNECTIONS.
INCSNNJIKO DCN TS.TI.TZ.TT SE il C 1 II li sa
<<,1 tw
~
I a
a a a a a
Ar a
s a
I FRAME 1 OF 2
10 SJd'IOOdDNNIOLNL)X FZ9662 Job'0 6968LJODL)5 6661 06)02)fl 0 A'DM 0 lg o 0 4)
Sl at OI cd Lt>>
4) cd cd o Ul I
KS.
PJ 0
cd CI)
~ ~
6'd Q.
U) 41 Kl n
1Al 41 C).
A n
I 48 I
'8 MX )NM-)0" jI C
)4 It I
I t
g4
)P I
gv 003 003 tNDS 10" 034-)NDS-)0"
)NM lo" I
HV M
FRCM FAH INTERLOCK HCP 001 1
7 1
FRCXJ ACU DISCH AIR HCP 001 1
1 FROM~FAN INT RLOCK
~HCP-00) 1 -4)
FRCM FAN INTERLOCK HCP 001 1
1 FROM kCU D)$CH AIR HCP 001 FRcel ACU DISCH AIR HCP-001 P57 1
)
132
?
,'8 n7 50 ct I
Q
)33 Iy ';
I I
4'--~
r--~ r-- ~'V I
II I
I
/I I
I JI
/
I I
I I
I
/
I
/
I I /
I I /
I I I
I /
I I /
I I
4 I
I I
I I
I I
I
/
I
/
I I
I
/
)
~
I /
I
~
I I
/
I /
I /
I I
r--~ r--~ r---~R-I I
I I I
I I
I I
I I
I I
I I /
I I I I
I I /
I I /
I I I 1
5 WCN-FDXS I
I I
I 1
4 0
L
/
I
/
I I
I
/ I' I I' I
I
/
I I /
)
I /
/
I II I I
(---q-)
I'---q-)
(- ~
I Ir---)
I I
I I /
1 I
/ I I
I
/ I I
I
/
I I
/
I I/
IJ I/
I PP I
I I
Vile It I
I/
)
I I I
5 I
V)25 IY 14 PP N
I IP) 96N-FOXC N
Nn n
Tl
~9
/1 n
el Tv 5S LJ Pt0 1
L L
(---v' TI
~7 wOFO l
4?
LJD 7'I 21 712$
) 97-)KNS-5 94-HSDS-4
)99-tNM-5' NT
)222klUA KKN I 050-tx)DS-2 049-)4)M-2"
~$ -)$0$ -2 055-)W)M-2"
~4-)NDS-2" 043-PNDS-2" 7 ~
NT le:ASIA SN) 057-)4)M-2"~
y IX!NTA~HT 045-HSM-2 ~
Y 007 HSM-2 027-PNM-2'l
) n)NDS-xti" CONTAIMKNT BUILDING v254 vM>>
e LJ D
LJ 0
7n 0'V D
D 7n V
/V N-145-HSDS-1" MT-)NDS-I" Q
027-HBDs-1 )2 F RCA)
ACU 0)SCH A)R HJP-003
)H5)
Vn N-145-)CNJ-)>>F ~
I I
/
I /
0n0 007 HSM ))CP OOT-)NM-I" F)KR) ACU DISCH J)R FROL) JCU DISCH A)R tMP-003 1
1 FROM ACU DISCN AIR HAP 001 1
I 1
F)KN JCU DISCH A)R In l,n HAP 002 1 0-7 1
Y j Q'
)3" e
nt AV 124
,n I0 237 tNDS" 1 23$ )M)S I 235-)NM-)"
Vn Tv 35 I
A p
)$0 )NOA~
~P TI V) 00$ -)M)$-)g 179-)ODA~
-- ~007-)$)M-o 71 n
2I, Pt VI
) )SF L
/1 41-PKNA-IC pp I009-HsM-1 "
Tl 713
,0T rl>>
3
/
I
~ Fo 205 Heoe 2
I'---
~WF~.
+>
27 D
I nt I
Iy ro Pl
~ Fo I
+
7 I
I Tl I
23 0
I I
/
I I I 033-)NM-1
/
1)2 I
L
~CN 704
)24-)NDA+
I I
/
I I /
1))F
)2'o 202 HSDS 1"
~ Fo TI 22 I
I I
N
~
I I
II I
I I
=4 I
iI I
I I
I 1 F t 0 I
I I
I I g I
I I
1 1
I I
I I
I 1
I I
I
)AZ Dcs c C)
I al0 203 HSDS I
201
)NDS- )
<207-)$)M-X.
L wc)n GLAR A 2
~A~NKPUMP RGCN T I LILACS~V HAata
~l'9~P!QN 133 )SOS l,8 i TY 27S-HSDS- ~"-
jy
)29-)4)M 1)9 I
Y
)27-)NM-)VP~
Y 0X N 13$ )NDA on 001 )M)S 12 D
2 0
Pt 001 )NM )2 Ole-tNDS-lo t
254LMD$ 1" 7
0 7
v 0
v n A nnAn 001-HSOS-10 250- ta)DS-I 7
D 7
7 2SS-HSDS-1 "
,n LJ D
n 0
n n 0
0 cvl 00 AA 0
0 7
0 7
7 n n nn ISL 517 0
ol 4-HSDS 10" I
PP VO93 0
0 0
I SL 717 n0
~0)5 HSDS-10 vote Pl V094 5
0 0
)O"Xe v095 Pl Pl 5
,9 7;4 n0 8
8 0
Pt 8
8, n
T, Pl PJ PJ TI 12 7n Tl 41 Vn TI N
r'P Vn 7) 43 9
42 ltn Cl2 PtT TI 10 NO Q
1 VOMO NTn n
n n4 Pt 4
P)
~I Vl~ 7 lo"xe V149 10"Xe 0
WATER COOLER I r V0$9 WkTKR COOLER WATER COOLER 0)L COOLKR SEE SHT.X NOR))AL CHILLER To Uv-103 CH 41 N
I "IXIh%8&%"
6';" v-HS CSEE NOTE 2)
~NCP.OO)
I
/ rOM V)15 C- 022-HSM- ) o"
%lh:855%,
NS CH 1
1 V
I TO UV-104 V029 V)15 '
CH-21 ShBBkmP B.--
$07 I
2k 4
ct voie 0)L COOLER OIL COOLER TEE SHT 2 NOR1ML CHILLER 0
O j
vMoi LJ D
SKE SHT,S HOR)ML CHILLER 40 6N LJ D
TN0 4
FRCN FISL.))0 FROL) F)5L 119 NCP 001
)H>>t 023-HSDS-12" 1
S)JS STOPS
~HCP-001
)H 2)
MSC)NDSL)0" 023-tNM-I 2 27$ -)NMJ)
Iw A)R RELIEF 8
ISL 137 277-tx)M-4
-<9~4RE CA13O C
PP Q
VS MO FOIle 7131 0
a te 4
'ei I
I
~N n 7
TI n
V 743 5
1 TI I
134 I
I n
a n
V591 1
I I
I I
L 10" X4 192 )NM 1" WATER COOLER 0)L COOLER re I
vii2 vii 7544 V~)50 I )KXNAAL CHILLED WATER I
cl)NULATION ~)ap
. v6$ I 4279-)NM-) ~
e~e 5KE SHT 3 16S~CHI LER e~
222 I
~4 n
N 193-HSOS-1 "~
LJ D
RE V,et FR~Mf 404 1
1 OF "R2D", THE HIPPLC ~ CAP Do))NST)tCJM OF THC SLOCIC VALVC HAL P)KLIECT CLASSIFICATION OF "S3D".
S.THE NEAREST VENT 5 DRAIN CONNECTIONS TO THE EOUIPICNT ARE To SE USED FOR PltESSURE POINT Cot>>CECT)OHS, I.DELE')ED.
AUXILIARYSUILOING 01-N-ICP-001 REV. Id NOTCet I.CH)LLEW WCN-Eol-J 14 PCNCRKD PMU CLASS 1C LOAD )NOUP 1, X,CHILLED WATER CI)N PU)P WCN Pol A )5 FCD FROM NON 1C,IC FED
)JCC I
3 ~ ALL COO)PI%MT,VALVES ~ ~I~ INO INSIDE THE CONTAIN%MT ARC "RS",ALL CLk$$ "R" KOUIPLKNT, VALVES ~ ~ I~ INO OUTS)OK CONTAINMENT ARC "R2".
I 4.FOR vENT ~ DRAIN CONNECT)OH WHICH HAVE 4 Pt)OJKCT CLASS)F)CAT)ON I
5 cn nwmtn g
l4 10 I FRAME 2 OF 2
kUCPIOODRSUIOLUIL>x DOZ6ZE koo'0 SDQQbko>5<<t>k QSQ EDIQSIQO>
UC>E DSM 0
c
<<1 0
E 0 ~
I0 co E 0
E E
1 c
v>
OI c
.-N E
KI
<<1 ~
0c E 0 al I
cb o>
tU 14 I
ol CI c
c>
OD 11 Rl
'0cel ao KJc 1
Ol LI CI I0 0
V e
I 4
I 4
Ic Hcce Ch> N Doe Heoe 2" 0
IC HCCS CM-N-024-IQDS 2<<
OA 4 173 IQCQ I" OAP 001 Nb SUPPLY 0-2 COCL >HO WATER HOLDUP TANN
-001 COOL>NO WATER HOLDUP TA>M PPO 2'
O-T Vl '15 g
VI>4 N C-T TQT
~
Yl T
T 0
~
g DW N 040 HCOA FR>el OEMlN WATER OTCX>
-002 TA>41 PPS 0-3 Dw-v>00 Ivo> ~
v>03 NCDA HCCS 4 024 NCN-HCC~AHCCS CotKI TRANS PPS TP 001 0 2 Y
4 v225 LV 92 I
7222 Q
DW-N-074-HCDA-2 FR>XI OEM>M WATER OTOR.
WP 002 TANX PPO
( 0 DW-V>4~0VOTT 7029 U
V>00 FC V>05 5
Ic I
0 HCO~AHCCQ
~l NOTE 5 4 045 NCCS-2 NCCS Ql I
I CLOSES I
V>04 FC 7105 I
I NOTE 5 7
I SEE NOTE ~
TO WAD>AT>ONL FO MONITOR>NO 1 I
153 SYSTEM V095 FO 150 A-I
-I" HC CA COND TRANS, PPS TP 001 I A-2 I CT-4-ON-HCCA-2" CT 4 O23 HCCAJ CR Y
XCV I
09$
A A-090 IQC0-2 I
7150 VOTS 4-020-HCCS-2 "D V>52 V040
~CR ~CR
~ 044-Hccs-2" g
I~AL~T~
I~
7114 VIIT
>SEE HO <<O 3 F 50) 0 1
I4 J
I e-100-IQCS 2
I Ol 3D H-041
>&De I"
~
MA>AIAL AIR 7234 I
I IC I~ I 7230 I
Ic I
7240 RELIKF EWN-FOIA V>51 X
~I 100 110 ~$ 02 I
UA I
I I
re) C
~SL 50
~ 1 14T I
UA I
I I
r-C) 7n 7232 91 A
7235 92 5
LO 50 5
OM.
LO 97 49 4
4 H-70->Moe->
723 7233 Vooo 4-004->Ace-I 7001 5 100 Hecs 2
Voo A-090-NSCS 2 4-072-IMCS-I Q-'r Qk I
I r---
~ERR ERF 1
~
N 5 029-HQCS I
LJ D
N 075-NSDS I"
~Ol 3D Y A
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
7n
$-030 IQCQ I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I bl I
o I
I y
I I
I I
I I
I I
I I
I I
I I
I I
I I
I STARTS STARTS STARTS STARTS STARTS STARTS LOP CSAS OR OIAS CREFAS CRY>AS AFAS-I AFAS-2 77 Tl A-73->MCQ-I QP 7I
~ I 9
I M
PP 11 TE 43 I4 S-03>-Hece-3~
4-074-b&CS-3
~
0 4-ON-HQCS-20" CO-
~
~
~
>53 TK TE 159 105 157 N-114-IMDA-3 HCV 57 Nc FROM FWL POOL N-025 >QOQ-I HEAT EXCHANOER I C-3 l NC-A-042-IQCQ-10" Y
4 113
>MCQ 10 Q
I 0-3>
NC 4 092 H>CR 10" e 112 IQCS 10" wQ HT EXCHANQER~N~
I 0-3 I 7094 VC A
7224 TUSI NO 4-123->MCS-15<<A->22-HSCQ-15 7
7 n
n 7095 fl 43 1>4 IIJhl N
N H
N t- ~q ta 7
7 TW 57 I0 a
A-PCV 59 0I O
$-12" I
I I
7021
~A 121 >QCS I
r 1
4-023-IQCQ-5" N
g 7044 1
v OE NOT H0 X
LJ 0
N FT 101 A
34 A 203 IQCS 4
$02 SIAS t CLOSES~~ ~145 A-120-IQCQ-I 9
X ~ "RKD FLG 024-Hece-43
'~5--co 7n NCWS HCV REMOVASLE SPOOL 0-090 Hec I ~
OIC R20 TE 02 I
I I
I I
I I
I II' I
I I
I I
I I
I I
I I
I I
I I
J R~0
> C I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I M
01 420 RK>X>VASLE 5POOL~CR TE g
A 094 HSC4 14" NOTEOI>CONT, ~
Vn A 091 b&CS I ~ "
5 VALVE MAY SE REPLACED WITH 4 RESTRICTINO CNFICE AND/OR A SPOOL PIECE ~
UNDER CKRTAIN CONDITIONS, WITH PRIOR ENOINEERINO APPROVAL H-020-HSDS-I" 0
T.
DELETED 010>f3D 0 ~ ORIOINALLY INSTALLED To RKD CLASS WEOUIREMENTS UPORADED 70 THE EOUIVALENT OF OIC (FOR PREOOURE SOUNOARY INTKORITY)~
FUTURE ACT>V>TIES To SE Coho<<LETED CobaMHOURATE WITH THE OIC CLASOIF>CATION
>DFWO 7133541 4-035-bece-24 M%5~
hP'SEE OWO ~
O'I -M-SIP-001 I 7
5.
UNLESS OTHERWISE NOTED. IOI SOIROARY ENDS AT THE FIRST ROOT VALW POR VENTS, DRAINS INSTR>A>KNTATICX>. IOI SOIRKIARY EMIS AT POV'S VENTINO 70 ATMOOP>%RE CX> DRAINS 4-012-Hecs-I"~
A-022 IMCS-I VD04 I
PP 0
n1 No-IQCQ-24" MICROFILM FOR ACTU IXCORP.
EDC 95 00472.
- -I--
LM g
- --55Dg 8
SlR R
l8 l5$l8I!8 Rl -HI55E Rl 2555 Q
Elhi I R~C~~~~
~
1
~ KZK E
~
Cl "SIR -- R -- El SIR" 8 5- --mm--5--c QQ- -1" 0 Koo 55-01107
- REY, Ao g'KOW. EOC
>5-OO515 RKON.
EOC <<lo-OOO15 g
UKON'.
EDC
>4.00115 g
DIXEC'I UCIMP.
EDC 55-0>505 l8 C9 IXCORPORA>io EOC 14 OCT I5 DHIECT REY KOC 55.00>IT OIR>CT AEY Ebo 55 00454.
OKE MICROFILM FOR PREVIOUS R.P K.
APPROVALX RE V,
~ Y ta br RII
$02 I
LP To CHILLER A I
UV OH
~ERF HC N 035 HSDS 14" eo NCP-001 A
I 0-TI NC N 035 HSDS 14" H-103-l>SDS-I ~
OA ~ 171
>OCS I" 0 2 Y
7094 01 3D N 044 Heoe I
142 VOSI EWN Foie V>53 0
MA>RIAL A>R
'O'S'039
~-052 PCS-I~
SEE NOTE 0~
q 144
(
SYSTEM I
(
le4 I
7120 7roI Ie
'4' 5
H ~t
'7
'%II-BON-d-IO PLANT NORTH N
C 10 SI
0 WI I/I Ul I
0 OO 0 0 41 V HJ
()
0 44 0 0 41 Cl 4 Al 44 0V 4
T) 4)
I Al CO Cl Cl E
J V0 I
0 0 UJ0 0 0 0
0 Cl 0 FC LC T':
CO0 E
I
~
0 ODPDLBO 66 BIO Ipp yb
'1 0
I.
OBga 114 6
4'6 or o-~
S+
'o'O Gl LG DETAIL
'C'F-D)
IG-7)
I e lo lao Op
'0 e.
e.
P20
,oa roi'OO ol BC IOL eo el '-A ee'eo 20re.
.-d" l,
'0 r
Dso. Pep'I Xl oo le Ov Il T6 ooe 0
2
~12 Oo 10
~d)
-.r".
+Oe.,
O 0
fee 44
'I Lad II OGI',3+
~TAI
'A'C-3)
BAO 1 /'3 33 DB'I-. a
.'I 1 1S NOTES:
- 1. Q>DENOTES PENETRATION NUMBER.
2.
ALL VENT AND DRAIN VALVES HAVE SOCKET WELD ENDS.
3.
THE INCORPORATION OF AS-BUILT AMENDMENTS WITHIN INSTALLATION TOLERANCE MAV AFFECT EXISTING NORTH
& EAST COORDINATES, NOMINAL ELEVATIONS & OVERALL DIMENSIONS.
I ~
I-o K
.U.
hl.
Cl D
hl Cl-I-,-
Z, 0
0 3
I:
v, 0
2 Cl 0V I 0 DETAIL
'8'C-3)
SEE MICROFILM FOR ACTUAL SIGNATURES
- IHCORP, DCNS 314.
DELETED SAL ISCLAIIER. )NCORP.AIEN).LIST, SEE NICROF)LN FDR LIST
!AI,
~'~A-J'Ii~~P'LL DCNS INCORPORATED ON THIS DRAWING ARE THOSE ISSUED AGAINST THE CORRESPONDING 13 DRAWING.
0 CONTAINMENT BLDG ISOMETRIC NUCLEAR COOLING WATER SYS SUPPLY SCALE 308 No DRAWING INTE REVIS IONE OLE NO. DATE REVISIONS
'K ENG DAIE UNITIZED FRIAI REV.3 OF
'13'WC 4 IHC. AIENO'3 REVISIONS SLL 141 AVD OR CH'K ENG PALO VERITE NUCI BAR GBNBRATING STATION NONE 01-P-NCF-115 1
SOI44 "I" SIIE 1
OIPNCFI IO.DCN 1
.1PA r
911-dON-d-IO o~
I S
PLANT NORTH H
5 1
i
,.o'o<<
ie pe R)P <<C 50 56 0
io
/4'0 Ge'2 e<<~f'52 lo.
Ul U
Ul Fl Ul 4 0
CJ 0 04 Ul U 0
0 (J CI Ul Cl 4
AI AI 0V 4
15 Ul I AI Cs Cl O E
V0 0 a 0
0 LI0 0 0 V
I 0
0 0 c=
CI 0
3 0
L 0
6 OV 0
E NV I
04 0
~e <<ce Q
c,o 0
vo<<o<<
OA
.e oeo I.
0 I 5'I 2
io'6 HCV 0616 PSV 614 651 I 1Q 1
lei 615 5'He 0
h.J~/J 4'( l460 15
,.'5 205 IJ IJ 115
,o
<<.Q '
DJ 15 TA
'A'C 3)
SEE MICROFILM FOR ACTUAL SIGNATURES HCV 490 PJ 5
/2 P. 9/
5 he(,
'55, 5
2 os9 ~
I IJ UV 403 1
61"
'oos
,5 eee" I i se '12'REF
.'16 FOR CO NCF-20 SEE wo.oi "oo os 34 io'ED 51 le eeG
,e.
4+~~'W sE Qp! vn I5 0,
ALL DCNS INCORPORATED ON THIS DRAWING ARE THOSE ISSUED AGAINST THE CORRESPONDING 13
- DRAWING, CONTAINMENT BLDG. ISOMETRIC NUCLEAR COOLING WATER SYS.
RETURN I.
(VFF DENOTES PENETRATION NUMBER.
2.
THE INCORPORATION OF AS-BUILT AMENDMENTS WITHIN INSTALLATION TOLERANCE MAY AUFECT EXISTING NORTH 8
EAST COORDINATES, NOMINAL ELEVATIONS & OVERALL DIMENSIONS.
K hl, R
I-cC g)D LU l5-cC ND. INTR REV)5 IDNC DS DATE REVISIONS OR H'K RS ND, DATE REVISIONS CN'K INCDRP OCN 5,6 6 FCR P-5 I'ID) KI LETED SAL DIS((ANNI, UNITIZED FROI REV. 5 OF
- '13'IG.
6 INC. NNND'5 AVD PALO VERDE NUCI BAI& GBNBBATING STATION SCALE NONE JOO NO DRAWING NO 01-P-NCF-116 I
3<<III "E 511E DIPNCF 11 6. DCN
.5p~-
p o
o ~
p C
I ~
if
.r)
,yi (r, ')
I P
l
i$
/
il y~(.~h I
I I
I lt" (3> 0 I
~
J yes~"
~egg))
)))N<
ljgl'
- )
41.
i r
Qrf I
gtr';
',)
I
~ ~
~ ~
~ )
091-SON-d-10 NOR)H N
NOTES I I, IHS TALL THERNONELLS PER IS J 020 OOT A
2.IISE Soow ORIFICE FLANGES FOR ALL QFE I>VS TALLATION.
S. THE INCORPORATION OF AS BOILT ANEHONENTS +
NI THIN INSTALLATION TOLERANCE NAI'FFECT O'XISTIHG HORTH 6 EAST COOROIHA TES,
+o~o.
NOAIIAIAL ELEYATIOIVS 6 OVERALL BINE<<SIGNS'0
+q6" L'66 r 0'Z
.'bs P>66 TD+]
bb,V
~)C4p~
rrRS rdp
~E
~pgtp b1%ll
~O'>
C F
~ ti~b n
sl Mfllfaa4AS ttIG pL
<<C-N-120-NSGS-S
~
CONT.
ON Gl-P-NCF-IIE CGORG.
F-T
<<C-N-IIS-NSGS-S pg 0 CONT.
ON Ol-P-NCF-Ils C
IC>
P P
/
COO P
I Rs>P
.IIS sh I
P SETC-lib'I>EI i
I (st~
7 I
I 1E+
SE p4 4
/
+,obbb ~A I
yglt 4
tl.
I I0 n>
0 IDI I>
p srst<<HF>ssr amen I
f rIPIJTIDFQ g~itf'EL
~~
~l pgb plbt pC'EIIL'I E
~ttf f SsbSr C
~IS ~seD
~
'5 Lf I
g
~ 8~Sf oss C
I
~
R eR REVISIENS
~
/CEOIEW
~
55
~
~
51
~
~
IS
~
~ $11 ~
~
~ ll ~
OS OIE RS Et REVISIONS
, ehaa
-tESQS-/O's SO.<<WOES NO
-HBCE>6-GP',
hS <C-TRI G-(P-2)
C-G OR ERD OS RS TE REVI6IDES DR ERR DS E MICROFILM FOR ACTUAL SIGNATURES
~
~
~
~
~
i+~-
DISCLAILKR RRO EUERD. Q
> 5I g
~
LN
~
~
~
0
~
E I5 fASC a/EATS'FHSt Rktsldslier/To I,
TFDFASER ~rHiiil AAIO
/Vt-/YL//Bgjgli PALO VERDE NUCLSAEE EESNSEEATINEE STATION CONTAINMENT BUILDING ISOMETRIC NUCLEAR COOLING WATER SYSTEM IUPILT I RETURN LDDP I 6
JOO NO.
ORAWINO NO.
REV.
lgR NONE 01-P-NCF-160 WALE EL
~ S 1 ~ORE 1P FPI QQ IO g,
V p
4 4
DSI-dON-d-IO PUNT PW 1/b 00
.4bpb 4CH'ETAIL A.
HC DETAIL '8
. bbb
~I III "
c44 00I'ETAIL "C
DETAIL RD
.00 p
p,II C'.
0 33 Oc We 7
0 OG lr 4IL V44
,BIBB I'
4LLO 0 3 5
AO o
F 7
oo 8
43CD7 4
4' W
V CV 4
4 PX 4
44 4
'V 4
V V
4V.
CV yo ICQ bl II Lp'<(rr' PVP LI I ID CI C3
'Gln HoD Ql 'C
.Pppl 405 05 530 IIIII pp 4 W II Ipf E
4 oob'0
~p/C 50'0'5 5
I'p 06
~fIIPLP.I/
HP4 grT gl.b.~)
0)5 w
050 gHlf I,pqP>
.00'ooo
.4BD'l
@'B 9
8 O
3 ON'0 O
HOZd L
Hop ICI,'+
B.
rW o
IY IR 4
"rp 80 I
bbb 5.0'bo fHII~gl.<f 4'ooz
~
66 wt 0
DETAIL E
pooC
,.0 IO
'I II I
00 Hpf o
IA BBI I
bL opb O
gb PDINT
't'DDRO EYS SV loS MTr 4pp Cl pl 44 D
4
'V p
'3'V4 V4 V
QIP lk.
p II ill
,000 5 B EO0 ob (fVP) 5 5OI (fIP)
+4DoP'.00 g/A
+HD IOI ol 5
b k 0.4.
II I,ob 5
I+SARGERTGLURDQY
~ AR~
PREPAREI'p +5cw DATE'd/ -0I.
REYTEwED~~X/Hbr DATE: ~P-Lds
~IP yi
~
SARCENT S
I UNDY HAS PREP REV. 0 OF THIS DRAWING BY CAD REDRAWING AND/OR INCORPORATING AMENDMENTS BASED UPON EXISTING DESIGN INFORMATION FROM ANPP DOCUMENTS.
SARGENT I LU,IDY IS RESPONSIBLE FOR THE INCORPORATION OF AMFNDMENTS L SHALL NDT BE RES ONSIBLE FQR HE ADEQUACY OR PROPRIETY OF THE DESIGN DEPICTED.
Ico Rb 4
~pp I58 bl
+Ib4'.og" p I
.4bg IAB FA~
HLH btfO.B)
(5 5.00 I.k ggb I
I f~
O'I HBD5
,IO" HC' I I 5 "lARHIHEYII/HIMcoRPOQ.A'r'Eo DCH'S TJVB TO OPSH OCT S.
IOCH IAO.
Dcp Ho ~
I'3 I3XIJI-HC-040 S
~'Parol,f'H.b)
HVI'.HC' g
Pob 'I)(goH SEE MICROFILM FOR ACTUAL SIGNATURES obr 4
/4/'-6 LL.
o@ kRfg]
c NOTES:
I ALL TIFA5 S/ZE I IIsof4LLEIE Tgr EE'AFFRK4TFD LISiNK 5 P8. 5'/PS LlhlFSS SIIOIT/FN dPTAIFRW/SF.
2 INSTALL TIIERAFIOWELLS /KR ISTIHDED-DID.
THE FOLLOWING AMENDMENTS HAVE BEEN 8
SU, ERSEDED, HA'/E NQ PHYSICAL IMPACT OR ETC.
AND CAN BE CLOSED OU/l NCR PC-8672 NCR PC-8673 SFR INC-Q75 THE FQLLOWIMO EMFKIOMEKITS HAVE BEEN INCORPORATED
'DCR 92P-NC.Q04 ALL DCNS INCORPORATED ON THIS DRAWING ARE THOSE ISSUED AGAINST THE CORRESPONDING 13 DRAWING.
CONTAINMENT BUILDING ISOMETRIC NUCLEAR COOLING WATER SYSTEM CEDM COOLING UNITS A
3.
THE
/NCORPORA I/ON OF AS-BUILT AMEND/ITENTS W/THIN /NSTALLATION TOLERANCE MAY AFFECT EX IS TING NORTH rp EAST COORD INATES, NOM/NAL ELEIIAT/ONS rp OIIERALL DIMENSIONS.
Q> j 5
lOill Cl
- . zII
'- X
', c(
DAC.NG.
REFEREI
'K ENG DS QAE PS NQ. DATE REY/SIGHS DR
'K ENG DS QAE RS NQ.
TE UNITIZED FROM REV.
7 GF
'13'WG.
A INC.
AMEND S REVISIONS DR
'NG DS OAE 3
RS PAI.O VERjtI)E NETCLEAR GENERATING STATION SCALE NONE JOB NO.
01-P-NCF-/64 0
"I" SIZE QIPNLI-I CA ')GN
.C I DRAWING NO.
REV.
TTTITITIITITGIT, I g'~iTETTTTITTTTTT TT,'TTTI I IiTTT I
'; t"fli I
I I
I I
I 4
i
\\
I 4
G O
4iO O
32 O
4 C
C C
O 4
C C
'O
'3li O
G O
'O f.6~.5b EE PCPE3HP Vff"'9" ZOZ-dPN-43-IP II B.IE HB 5E 20
.lo 50' GF'p'pl'l(f.o HApf 5E gs H 0 LPN.TH,v I-HBE CF ppl I
DPPLOTE 2
I(
IZS oe I
'ol'"0(,X CP ip'l yEE 5)
EWE CPW8
.H'pHV 8'oe b
0 f g,.<
88 KH</;0<(
fpl Hcf Pl 6
Hbpb'V 9
'4
'.4 T.
0 LDIA LG Av NDvEL 5 AVE BE VCQRPCRATEDI R
2807-P CR 5007-T'DU QA'\\" AMENDM v 5 "av BEEN 5
oCRSFQED. wAvE vc
- YSicA, vpAc, Dw E ". AV AV BE CLOSED O'"I FCR 83849-P VCR PA-333ii 0
I&@dlg
~a pof 4'o
.l Spp g H H.oo H.S l
pp gp H
DETAIL 'P(
rrp opER posir AlpoR OV.fCI 8 EIVL 5 PM (CPIAN VISAS'55 5
DQH N.P CD
+lo0 N. N H.C io I, ll Cffbb Cb pof P
L9 VEO ucSEE VH" foe 0 Hol
.I (Cs FLFF Hoop' C
fifo 4
(fpp5
.6" H 8 bwb~ pW
~f H+
VH Pr 6 Io
.OQ
.l" io Hg 58 039MIV p U.o>
W'c (H fo p
g,of H.S 6oo 5
Y bol 96 pb'lb'>>
0 01 fo o'0 0
o El, zf9 05 6c CN
'.0 Hc N.OES-NSDO-vf" FCVZ CONT, SEE THOS Dla/6 (D SS, L~
H.IS I
> HEP'DI "0
086' oc'AP 89
.Sr l
00 P.
(oooo'92,<
g.o 5 1
)
LP BS I
8.0 co To rHSL"; Sfdap 6
~dk W.R N. 968(EBB Eiooro(9+6 IIIOpo 9
~P ll 8
I'-1'p(458 5-008 Ool V
8-lo -H188 IO" A
W-003 33 CDNTAFNFEEN'T BLOB Vl o"
o 2 H,S 0 HEPBEE)
Hl'H (f.
VHl5 l'SN2E C006 555 IHIT.'A I NARKFE PLATE l~
8 2
sos Nore I pcporp b'av 22'"80 pl l 5',o FOR CONT SEE OHIO. Ne Ol-P-NCF-Ilo (D-E) bo
?0(
cP
~a" BPO'Hf 5EEB)
I'ffp io Ico
~
2 0
8-IDT-Los-I> I lT-OOS HLDOS H.14 Il opo
.Odor H
iai Si 20 zpl vo 0'pll ld"8" SS 2.212 S.S,ELL 488 20 22.zc Illa 0/2
'll SEE Der.
A'1PS) 018 w P. lu. 963-7/f" 8.30681FSAI H. Id
.0
).'I8 2'.2 OEO 104 pff HCfo 0
IIIIS ill'QS
-~ pge l, H-13 I
I H.IS 4
4'IV" 1
.0'"
f.g iI
~
GOHp' I O IS/io ll p,b GOO'Z.cf
'p g.l" TRTS Hoo 565 F'05'OH~'.6~
~
fog N.C
'v ls Ka Q.+LB u I 'IBAID OIBI DVRo (0 8
9,0 E,ol'L
.Ro'<<".b>
ol yz (f'.h Us zo 2 6r
.00 AO SO' opb FH o ll' 91/9 99-3 pvH N-I9 Bob
.(4 N-2 H"9 8
TO i 0 WS i,b SM crp II I
i.o izv i.o H-5 I 5 69 8UO 8"'8 8'b B.H H
0%
Eoq p,
8; co
.A ID oe H-f H 8
'OI H.H H.T NVO H.a 8'I B.OS QDH N~5" Fo T.SP"3 IS (OS H-e f 0Llos V 50 EH ipWP'0'IITM ee RIP
'Tlo CQN lsr Pol 8
8,05 9~5 I!0 TO El OC
.0OM opb'55
'6 Org~ 5.g)
H 0 cpwo.
FORB 0 THI S.o 0 I'( 9 8'
S.o O'.8 H-J pl i0/$r 2 6.'0e f59 9z.z.
859 902 Z.'g I(/
3.091$ 60Z 0yf'g SO51("
ool'Y zo" 0'l Rco cf AO( OW o'r W
Pll'8 8
P F rf H
pp
,; 0 'HS s,&1 (H X f E(REN Ol'ow'3'"
b-'094 H
OR Wcf NOTESC Efi 0 I ASME CODE NAMEPLATE IS NOT TO BE c(R INSTALLED PRIOR TO COMPLETION OF N 5 CODE DATA REPORT
- 2. THE INCORPORATION OF AS BVILT AMEIIDMENTS 4~
88~+
WITHIN INSPALLATION TOLERANCE MAT AFFECT EITISTING NORTH & EAST COORDINATES.
NOMIAIAL ELEVATIONS & OVERALL DIMENSIONS.
82 EW c
Fr~rip'00 94llCII(TRI(UIIOY CRE I EDC~ HF~EWAL A
E, l2229 0
H F
pw I
16 EWHC wf 60 ol'l 0
1 0
vl co fU" fob OPvjp 5*RGEV 4
0 oF
'5 DRAw ~
8" caD REQR*wvG irorQR vcQR QRA vG ai/ELDvEv 5
BASED UPQv EX 5 I 0 0
5 CV, IFORVA QV FROV ANPP OOC V.V
- SARGEV, Ii L
KD 5
RESPQVS8 E
OR HE I ~ QRi'ORA:ov Qr Av 'IDv v 5
AGC,INS HE CORRESPDNDII 0 DRAWINC.
PROPREYY QF, E
DESIGN D PiCTED.
H I~
+Iv( IYY ~@
C X0I-ODO g
O
, Ql ip i
DWG.NO.
IIEFERE ICE NO.
DATE REVISIONS DR CH'K ENG 05 QAE RS IC0.
DATE REVISIONS OR CH'K ENG OAE ND.
DATE UNITIZED FROM REV.13 OF
'13" DWG. AN~
iNC. AMENDS.
REVISIONS DR CH'K ENG DS QAE Arizona Nudear Power ProJect AUXILIARY BLDG ISOMETRIC NUCLEAR COOLING WATER SYSTEM HEADER TO CONTAINMENT DRAW'NG NO.
JOB NO.
REV 1
34X44 'E'IZE OIPNCF202.DGN PI-P-NCF-202 SCALE NONE
,R L
0 0
(
2 5 5 4 5 'I(
'2
'4 5
.0 22 2
26 25 N 22 \\
W 25 2
6 4
0 2
2 5
6 5
5 0 2
0 6
5 7
5 0
la 0
2 5
0 2
5 4
6 6
5 5
Kl 2
I IL+
4
'O 4
L O
O O4 O
CO O
04'O C(5 O
(5 O'
O
'O 0
O a
O'
'O L02-dPN-d-10 6 eence o,l 0
fo O.
51 lgw A'.
.rgf00 C,p'l r
.6 HW elzpZ 113'I0
~
3 Vl
/E I
PlANT""'CC Ag df P
FLP C 331 5z 5
5 TW,DH ecZp'f iI llP 9
bE H
901)
(EE
'P K
ED6'
'll
~ CPLH6 If H'
00 oo c";B ~
dIO) oo H.B J
5 c
.ro roar.o o/
OIO. '
(
oHOCKH o
>r.
'o.
X
"> %0
~PJV Fwf1 969~
'Fvwe 09 212lp 2)3 H'P 0
H-R~A~U" lo 0-g CIH' (pgLP W.o 15 ee+v 2 I 13 ll Hgpf
', gcc.)
ge
(
KFI8 0 f.
H I 2,0 fp l
Wro C
IOp.
ooo E
ow AII IE 20 1,8'l
'9 Gf H
131 /o
'SARGE)ETS(LUNDY RE ARED(rzLV~V.
AvJ(E A
REV EWFD(
.0+
6'o"5 0" clh'. Igb J,
Pb (P gff)
J'1198 fg (G' ee poi saRG HT a
-as PRE aRED 0 v.
QF Hs Dhaw LG CAD REORAA HC *ho/CR cchpoRA hc Avss3vsh 5 Bas.D 0'XIS NC DESICH LF RVA OV, R V OCC VENTS.
SARD h 5,
HDV 5
CR lhcohocRa os C0 av HDU svs a
s a
L HOT B
Rss Ohs BL CR I'DEO(.2, " C-ROI RlE V 0 DES Gh O"P.
TED.
19 Ulhh ~lip I N-~
oc J'<<
'o E
E1 falE GlHPW H.S
+I o
'o+
PETAll. Y Vp)
Tll-C)
OI!
090' 19'0 14%
VC zf J.oJ NOTE:
T)i'zog I.THE INCORPORATION OF AS BUILT AMENDMENTS WITHIN FNSTALLATIOA'OLERANCE MAT AFFECT EKISTING NORTH 0 EAST COORDINATES.
NOMINAL ELEVATIONS & OVERALL DIMENSIONS.
05 IO H-e 55'.e
~ Aye.
TH IIA oP HO HI
~1
.2) fvo
.fib Pool oi 8
5.0
+P)
Fi-lo ge OTA92'5 W
I
'.20
.io S
I'H 00 '
oh sf'H FO 'W HC AMENDMENTS HAVE BEEN lhCORPDRA D(
lp 4
DE TAIL A
~O-T)
H.I (EA)
Jf EL1~Fb
,bg 56 62LV I
9 R 4625 0
CH 245E3-P NCR PA-54CS SF'R NC-0(6
.TIP ho~0, PPP.H, O,H OPZPA 0,HGOOZ0'0 Fl 1
O EW I
I I
';//
~
9 lo'gp pW HE FCL' NC AVEN VENTS HAVE BEEN s,pFRsF ED. HavE vo pHvs 4,
v ar-QR
=-". aVD Cah 0
. OS-I I
1 o~f H CSH1'.5 LEE q~cp ZIJI 45 pi LHh'3 Ol zl 0
I lw 4
bl,b llo H
IIbP5 HSP NCR PA-33DD
'(CR PA-3755 SNCR SV-453 Hb el
.oo" J
'4P(56 Hc 99 5
boo~0 W
GO~ZPZ, 0'o'l'D 0
'F Ho@f" 6 We 0
I CDIP ob 99 10 hp 19 DW HGLP
~
'jj IIWO
!0 of...2 EL I BUb I
I 0
lo 10
.Hb Sb 65 H 0 0
1.0 H.a Sor 5
bc~09 1
1 5
gl 9
, 5/(o
)0
@le o
yW",Pg" ~
H-5 EC
~W'HitfE W53
$9<<EE I
.e Dh 5 lggl Apl'
@.55E 10~
Hib
+C
-Z pl f8/o<b.H 5051 A.
155581 00HZ01LE'ogzfIE
'1'C Bi' 13 0
Fo Hf T.ti2 10 WCF Cbl, ~.0 COW@ET
.9 A,H"0 CDJ
'OOo H.e oli
-io Hoch zl W.
H I Im 010 gl 0o/
conj,e.
Foob.P TLE 6 1'VI 0
I
~
Cb op 202 A
5 P H.e FOHZSIE
.H)W'0'1'g 2
fH e'0 gg
~00 001
(
0:
0
)0 Hrg zlle C+
rr+JK RPCW h,~
WH H.D 43 H-e
.0 I
-R Lp 8,08 N.e 295 S.l" HPD k
(p I.
9r 5lie f
.o 5
I'ol p5 H.R I
fg
.98 BOC Iol FAH Hg
.o39 0
W'P w
i &
~
Hgp I
Cl Fl(9~'"'r
~F
.Hb.
Olb lie 1
.J yo
<<15'HEPLH0 PVT4 065 Pef 55 g Cj~gRp H.Z 1.'8 ec COWj,-o W.FOHP.S. 0)
(0
.oW
<Vr -
W'gh,WorZ)~
9.Hhbgg pza (9'."P'g~>~~
folie.P'2 o
51'.D ll IHIKS 9
F95 OTII.CZl Ho EDS.ff43 -A I +le VE, b'l HhfrWB )9'-3 pll" 25 P
rV) 0 4
J
~256 0
~1 g P Eb
.h'N1'o,0"
~W H D'.2 C Lheb Fp 9.P'9 Wo
~
051 99
.0 o-" rp
~o" oeo I'g SG 8
~h;~PWP lbe)
PWL c P-S 081 W)E f
58',,8 FOH p.g.p)
Go AD peg'",8 "
Wi'P HH 5.0 p
gc+<~S~(D
<.051 8 p 'rco)-UZ
~FOH.HA
,00 ofe 0
Ow 4W.
~H" Pro~~-
Ho>Pre ALL DCNS I (CORPORATED ON THls DRaWING ARE 4 o HOSE ISSUED AGAINST THE CORRESPO.'(D NG l3 DRAWING.
4 0
0 PI
,.0>>
3 VBE
,IA e
5
~
0' I 1 060 le 623 r
1 W&
A
'01'"
.Hbo le 00 0
J.o H. II
'OJ45 JP OI-ODO B
0 Er.
G.
IJJK K
O AUXILIARY BLDG ISOMETRIC NUCLEAR COOLING WATER SYSTEM CWS NCWS INTERFACE/FLIEL POOi Hx DWT.NO.
REFERENCE NO.
DATE REV(SIGNS DR CH'K ENC Ds OAE RS NO.
DATE REVISIONS DR CN'K ENG Ds OAE RS NG.
DATE UNITIZED FROM REV. 12 OF
'13" DWC. aND INC. AMENDS.
REVISIONS DR CIFK ENG DS OAE RS Arlzorba Nudeer Pcgwer Project SCALE NONE JOFI NO.
DRAWING NO.
PI-P-NCF-207 REV 4
34X(4 E
SIZE OIPNCF
.JGN
d.
ZJDIJdldvdi'R ZC6ggz Jdb'3 6088'VJDoI'0 866l 8Z'6OSISIFI'I>>
pO>
4'QP L
ZTX I
IVC TPO
,VO 4
Rdff
+I+OR AOTESI I, THE IHCORFOHATIDH OF AS DDILT AICICRCHTS HITHIH IHSTALLATIOH TOLERAHCE HAT AFFfCT EFISTIHO <<ORTH ~ EAsr COORDIHATES.
HOHIHAL ELEVATIOHS 8 OVERALL DISMHSIOHS 108.
'8.A C ~
REFERENCE REVISIONS INCORP.
EDC SS ODORS
'IS'RO, AND INC, ANENDS IC SEE MICROFILM FOR ACTUAL SIGNATURES LM PALO VERDE OSNSLATINES STAT1ON JDS ND CSTSS INS HD, Ol -P-NCF-209 I
~ O' 0 IPNCFEOS. OONI
. CIT~
AUXILIARYSUILOING ISQKTRIC NUCLEAR COOLING WATER SYSTEM NUCLEAR COOLING WATER TO NORMAL CHILLER
8 0 I 2 \\ I ~ 4 I 0 9 0 0
H 0
0 20 22 2
24 20 20 22 I N N 0
42 N
4 I
0 2
)
I 5
0 I
0 9
41 L
0 4
5 0
0 0
20 0
22 8
0 I
t I
5 4
I 0
9 41 T
2 4
I t
5 I
5 4
0 9
0 0
E2I-d3M-d-IO t
I 5
5 40 14~
~N.I
+c.
.Ol" 5
H IA H-20 OsbcC)z gC 1
.+o; OH CO~HI (H
IO~O 1C b5 ~
ol5
')
GC, Cc OI.POHO HCO HOI'>
5 0
pCF oplr H.O Olk 5
~DE)LF H.H 5CCO<'o l'Zg ~"
DETAIL 'D E)40OGD.
ZT6 I
o o 000'H 0"
H.o H-A oh Ir+
H.OO OO 8;2
.00 H.o c
~2 H
~
bb r 1'b 0
[
H I0 4
I H Z051
.oo
.g gb Hop Syvp) 05
(
ooc Cc H.h I'3" o
Ph OTD (VV 85 41 ISO Pb',,o" So.
0"'vp 442E
~6~
~h).IOH
~H 0 b~
H1 H-S 1
,Hcoz.
OZ'I'2'CC)
(
oob 5
gl r
~005 0
4 O
DETAIL 'C" COORD.
Ic85 95 0
HVI 0
HA ~
Hoo 09'.oo IH'4 000 00 9)s 90 pol LH.
DETAIL "B CGK7RD.
D05 y l0 959:
00 c
8 SCCOt" B
trav'H) X
'~OP
,,.s OH.IG&
O)9I(~g N.O HIC
'~lfqOI'()
HO.P)
(bo 0
80 IO Hg,P/
~69(, too.tH@ 0 p@)i 00 tgCP 8
5.0 I0" ply 1 l IZollo r COIL SNIP I08N ZNI48/JV CIOVAL 40 " P'P. 1.
LOAI6 IIIPP.
r.o.E.
(UNLESS OTMEINIISE NOTEDJ DETAIL "E" P'rP. IZ I LCSJ
~ 0
,oc Hoo) 5" 8'5H
.0 5-0
.ooo H.o 0 0 I
, 9YW H. 0 00>
H-A ip1'o' H.h HA I
H.ooo
~O 080 0.0 Hoo P
~
.o" ol
)
P~x 403' IP IAO H.h HLH Pd'c YI 0 Ho ooh H.op H. I~
HGD Hth f$
oo OHO HvI H
91.H 5+
cc 2o H.0 YI 6 d II SAIIGEIITZILUIIDYt
~WN I
~ 02 ~
PREPaRED2 DATEt~
REYIEWED ~~pd4lw DATE2 I~O
~~. 680-'~k"
/ mA/uP7'dd cCOLA/~
SARGENT
!I LUNDY HAS PREPARED REV.
0 OF,HIS DRAWING BY CAD REDRAWING A ID/OR INCORPORATING AME IDMENTS BASED UPON EXISTING DESIGN INFORMATIDI4 FRDV ANPP DOCUMFNTS SARGENT 8 LUNDY IS RESPOIISIBLE FOR THE INCORPORATION OF AMENDMENTS 8 SHALL NO BE RESPONSIBLE FOR THE ADEOUICY OR PRCPRIETY OF THE DESIGN DEPICTED Oeraie.
a'OOZPCL 684 IVc-AI.'o-4-//623320 /P
~
R C
4 ct gP HI2
,09 1Sling'tcoo FIH'-O HOL
~At doo po I/6640 5
otd 8
~. os) 05
+
5&(c cpI1go
.D, IHW b C~P OIO OO 9&lo P TP
/ r BLm-'s
+'PH)0
- Qua, b
O~
//o/od.
Q 83oa/o/Ho /004/oTIMVFNDA/
PIAIENSiOAIS NIARKFD 80 Iopp 4 /lpp/TIOIOOL LEIYICT/I FOR FIELD FIT LIP S.THE INCORPORATION OF AS BIIILT AMENDMENTS'.+
WITHIN INSTALlATION TOLERANCE MAY AFFECTI EXISTING NORTH & EAST COORDINATES, 22 Tlbo'~
NOMINAL EL"VATIONS & OVERALL DIMENSIONS.
ALL DCNS INCORPORAT D
ON THIS DRAWING ARE THOSE ISSUED AGAINST THE CGRRESPGNDING DRAW NG.
cEI 0
,Lk o) nt K
4 DWC.HO.
REFERENCE NO.
DATE REVISIDNS DR CH'8 ENG OS OAE RS NO.
DATE REVISIONS DR CH'5 ENG DS OAE RS NO.
DATE UNTIZEO FROM REV. 1 OF
'13'WG. AND INC. aMENDS.
REVISIONS DR CH'2 DS OAE RS Arizona Nudeer Power Pro)ect JOB NO.
DRAWING NO.
REV NONE OI-P-WCF-12S 1
34X44 '8'IZE OIPWCFI23.DGN CONTAINMENT BLDG ISOMETRIC NORMAL CHILLED WATER SYSTEM (SYSTEM) 8 I
0 2
I 0
0 9
'0 PLANT NORTH N
- b. Z""
@IO
~OS'1zz ILAIL
~~ ~c BVK 0
so H fg Pt0 BS II0H p)
Oa I
~<a~
RWP~JI J
,,zz'Wf IO
~/0 Ob H.d JIO
/ISI s(IEN
'r SPS
, gzsbH.oog
~
COP tsar 4
I SJ SPTTP
~J0HIPP" gS IpLG.
H-T (gz')
~ b H 5",og 5
5
<ld 0ol
.H+
lb NEP'IC'+
/s
'/
OI5 5~0
/
, Ytc II,S/
/~99.
II
/o22, 2
~'ee
<<IDC H.A H C HPO
+ cc //p Jc 4 td C.g" s
It H-E HF 00
-I PS Hag LO go gl EL /22-C 10
~ A/.POD'//DDS Jp" FP/0 CO/VE J'dd DAMP'p P.H/CF-/cT CJp.c)
HA R1 ct// '2 H.g co 0
.0 ISO ZL.
Ia Ol 7 AT(/5CEIJL//JE2Jd0 0
e.
ggI o4.
HC (00'
'0 gpl
<<(M00 (g
<<.0
.I pg I (r
.8" loo gl, p.g Hc S
0 El 0IO o'
0 )0 HICP 0'54142990 a
5 lt 20 22 2
25 20 50 52 I 55 50 0 lt H H 0
2 I
5 5
I 5
9 0 I
I 0
4 4
0 0
0 10 0
à 0
4 2
I I
I 5
0 1
0 I
0 VZI-JOM-d-(0 2'/c/2CT '- VLT/
g 2//22! C>>
22J/tg.
+~
- Ado, 7oo'Ec /2pt 1/0 Co
<<loC 00 9/0 lg
<'Pi'-o'v Lgg
<<lP p$
,4 8'h
/
4'(DC A" S (r H.A 5/(I 0
0SOH BG IC I
H J
'.R/'
I0+
~'.~p:
Coo '22 g<C/22-'d P-2'. dodp-Tpd dt
/20!p'A H.C gpS 1 H H
UR.'JP 0)
(gg
~L(op.0, 8 0 HP
~ROC I!C' lr AS P<<
0 0(I
+>Oop, Hg 50 pg CP gl 1 gpl OCc ROc SARGENTICLUNOY
~HP 000 ~
PREPARED2/CfSV DATE: ~/OHIO REVIEWED: ~M¹TI1C DAT 2 ~l! /3 SARGENT IL LUND'AS PREPARED REV.
0 OF THIS DRaWING BY CAD REDRAWING AND/OBR INCORPORaTING AMENDMENTS BASED UPON EXISTING DESIGN INFORMATION FROM ANPP DOCUMENTS.
SARGENT IL LUNDY IS RESPONSIBLE FOR THE INCORPORATION OF AKIENDM NTS d SHALL NOT BE RESPONSIBLE FOR THE ADEOUACY OR PRO RIETY OF T'IE DESIGN DEPICTED.
SOCAOLE
/ SOO(P PLIIGOE8 IO'f SOCAO PTOORO.B
,'AI 47OSHBOB WC-0 C
I g01' Hg J)lb a.
5
'.s '
WA'P Ms,/000' 0" 6~~
fh" 0
Ip Hl.B y leap SEE HICROF(LL( FOR ACTUAL SIGNATURES g,0 10 PP>>IP
> PV'~/+e)
CO 0P(0
.q>>'.w'---
~40
<C/o/'oa tc~'dl po,or 0
.~/iM~TUge 0
.0<
TIC THE FOLLOWING AMENDMEN S HAVE BEEN INCORPORATED:
FCR 25025-P NCR PC-TGS ALL DCNS INCORPORATED ON THIS GRAWING aRE THOSE ISSUED AGAINST THE CORRESPONDING IS DRAWING.
CONTAINMENT BLDG ISOMETRIC NORMAL CHILLED WATER SYSTEM (RETURN)
NOTES:
I Q DENOTES PENETIZATIOLI NUIABEI~~
S. DIMENSIONS MARKED 00 ADD (0"
ADDITIONAL LENGTH FOR FIELD FITUR SI ALL PIP(LIE 2'AViD SMALLER SHALL SE PASR(CATED US(NOW 5 DIA RADIUS BElJDS Uk(LESP SHDWIJ DTHERWISE 4.THE INCORPORATION Ol.
AS BUILT AMENDMENTS WITHIN INSTALLATION TOLERANCE MAY AFFECT EXISTING NORTH gl EAST COORDINATES, NOMINAL E(E(/ATIONS & Ol/ERALL DIMENSIONS.
a p
~V C1 9
O
,IE
'as IU 0
DWG.NG.
REFERENCE DATE REVISIDHS DR CH'2 ENG GS GAE tlO.
DATE REVISIONS DR H'K EHG DS GAE RS NG.
DaTT UNITIZED FROM REV 8
OF
'l1 DWG. AND INC. AMENDS.
REVISIONS DR CH'K 4/5
~
ENG DS OAE RS AflzoAS NUcfeQf PoN%'f Pfofec'C NONE JOB ND.
DRAWING NO.
Ol-P-WCF-124 REX.
e T
8 I
4 3
5\\244 'E'IZE OIPWCF 94.DI 4
99<-dDM-d-10 I
I I
I I
I I
I N ae N N o o o 44
~
4 t
4 4
~
4
~
4 4
~
lo t>>a s lo s lo lt l ~ le ao at n 4
0 l
4 4
~
s 0
4
~
0 lo lt ta I
I Z
4 I
~
4
~
4 4
4 4
4 le N IN I I <IN!
0 4
4 0
5 O
5 0
otl 0
s k
6 4
S p
El S.
S 8tl OoO o
.C O
0 o
V tL ta tL 4
K.
OL 0
4O 40 O
4
<<.I @,(S j Jp C F
~/Ed VC
-~= s&l pO+
(0 ltt IQNI (0
pspb.
C./ 2 C
oo
~ (/
>>Pra 4'>>
0-
.L g.pbpbE pl/Ip.
-b Bjc.H>>o HT.5 I
coog IA/Ghl-OS1 //OO/5-a I
0
~bl EPt grab~)
pP ORP-H. (99 Hpob 0/b 9/I<<4
<<bpb w
EL IFP (LE(P~I I/IOg( E BEEP
~a CVDtF t~ss(Npjnaiusm)
PREPAREDt DATEt~/ IS S.
REVIEWED DATEt~S t
EouC b
~CL /F/ss 5 SARGENT A LUNDY HAS PREPARED REV. 0 OF I'HIS DRAWING BY CAD REDRAWING ANO/OR INCORPORATING AMENDMENTS BASED UPON EXISTING DESIGN INFORMATION FROM ANPP DOCUMENTS.
SARGENT
~
LUNDY IS RESPONSIBLE FOR THE INCORPORA7ION OF AMENDMENTS ~
SHALL NOT BE RESPONSIBLE FOR THE ADEOUACY OR PROPRIETY OF THE DESIGN DEPICTED.
dppo b+,
0/
H.( 0 IP/IW (OP rbp( 0 II S'L~pp I
+c S/-
w~~c~4" KPF go<<'
O
<<(0>
/Ees
.b pb p,
p.<<'f<IF (IS 10 co~
sa-~g pp<<
9<<
CV CJa VESB g DC
~rut Sf /SO/I wc//-ops-/cue-e" EERIE
/EL (FBI/O'~EPPbppAO.
Fgo/Ep 0/OPS P
CP IPCP /
CW"Td
~
cop RO A,,5
~g EP
'(A~a.
d'/X(ggF) y~~o'L~b E/ee/p 0
os Ej/+
SS //o SFL /FBI 2 B-DBI Pf S.ls
<<osP pbp 005 0
~O IO e
I00 eoe 4EC PO IIO E<t(g I-I
, EEE
<<pp FE IF/ 05 (EE(.
0
,o'pbg~
ypp(
ol
-0
.<<bobpe/>
WF+~N"'"
og CO p'107 f PPIC
(
~
op 'bo He Polgp(P/
cop
/I(op(R +04~ b HI(A W~e
/'p((E("
w
- Pcd,
~~yRIL l'C
+poPP
)(jt I
100 ps)
<<JOE
.0 SE(~
WC H
~ sjl
.00L'>
~ el//
E,I.
BL' BTs 0jj(
Cp EEppf-
,(pb'p//M
.I
+PS C C~
5 coogo.
F /H'O-~,P eSB Ip(r<<b d(IM
<<J'OP" I
gpo 4//OR I
'o Tlt BM jr( EL" 7RI PI BEEP O<ll EAII gt VEE9 BO YF~
SECT/OIV A-A P/ //VRJP(EF) b)
'>OS 10" oO.
op 48
<0 Fe Ig o
I S.pb pbp pl//I-wc-'0 ~SE Ppg,F-I/7 OI IN<PE c b coog
.IO O
p<<<<~
'l<<<ell go
- doa
+S' M
rj
'Pert s/0 7'PFS/
PF~
D~
p yl
<<L LO (L
R VDE os Fls) c@~
7/74 ~
0/I"
~'4~
00((EP 1
yELFAO'eseM,S<<$
IOS// /DF/I///
0' f(pp)
NcjvoM /jecje j~
ISO K e'er.
spa k 4RS45 FWB 4 r2a F.
V.P
<<S 9pl FP N
JZ'I I/I S'ID
~So Y<0'jjjr s(op o'
(
EE NOOTE(
Plop
~40M C
'l 00
%a~
THE FOLLOWING AMENDMENTS HAVE BEEN SUPERSEDED.
HAVE ND PHYSICAL IMPACT OR ETC.
AND CAN BE CLDSED OUTt EFR Iwr.-02R EFR IWC-025 I
,P,/p,'4" 0 'I qp ~ TEE'0'p
,4 o"4',".Ir(0Ãf'I 2
=-'+~RA 10"0.)
~a S~~
N CV
,HEI'n THE FOLLOWING AMENDMENTS HAVF BEEN INCORPORATED FCR 17717-P EL 1(E'/REF) o'I C
C
~ab IIBPIPS Wetpo IVOR pr/(~~pe. E7 SC /t'o bp Mg.0 NOTES:
1.
INSTALL THERMOWELLS PER DWG.
13-J-02D-O<1.
SE'PFRr OO (log vjp.
V~j(rpRp(H 2.
THE INCORPORATION OF AS-BUILT AL<ENDMENTS WITHIN INSTALLATION TOLERANCE MAV AFFECT EXISTING NORTH L EAST COORDINATES.
NOMINAL ELEVATIONS St OVERALL DIMENSIONS.
<<O F/
g(ph b
A/-020-popo-e"
~DEKA/4 F
. I ALL DENS INCORPORATED ON THIS DRAWING ARE THOSE ISSUED AGAINST THE CORRESPONDING 13 DRAWING.
SEE MICROFILM FOR ACTUAL SIGNATUPES CONTAINMENT BUILDING ISOMETRIC RADIO ACTIVE WASTE DRAIN SYSTEM REACTOR CAVITY PUMPS
~al 1'r
'p) ii
.,0, (r
.1 E'i DWG.NO.
REFERENCE NO. DATE REVISIONS DR H'K ENG DS OAE RS NO. DATE REVISIONS DR CH'K ENG Os OAE RS O
NO.DATE U'IITIZEO FROtt REV. I OF
'13'WG 0 IftC AIRNO'0 REVISIONS DR CH'K ENG DS OAE RS PAII.Q VERDE NUCLEAR GENERATING STATION SCALE NONE JOB NO, DRAWING NO 01-P-WCF-166 REV 3 Xoo -I-SiZE OIPWCFISS DGN/
LBI-dDM-d-LO lll
",I I
I I
I I
I I
I I
I I
,C 11 I'
SARGENY 6 LUNDY HAS PREPARED RCV. 0 f SAROENT~NNDI I OF YHI'6 DRAWING BY CAD REDRAWING ANO/OR INCORPORATING AMENDMENTS BASED UPON EXISTING DESIGN INFORMATION FROM ANPP DOCUMENTS.
PREPARED'ATE>
H //<<S.
SARGENT 6
LUNDY IS RESPONSIBLE FOR THE
+6 INCORPORATION DF AMENDMENTS 6 SHALL REVIEWEDI DAYEI~H NOY SE RESPONSIBLE FOR THE ADEOUACY OR PROPRIEI'Y OF THE DESIGN DEPICTED.
pkl/r DIC y
DETAIL.B COORD FO I"'l PP DETAIL F COOED DI VYW DETAIL'E COORD FS PI 1'ID OIC COFI.I g O'Syi POSJP DI~&
~JP p
+AVVr I
d CO N//FF
+EMI
].;;:
0 QCL ldd p-OFI DETAIL 'A COO RD FT So L5 g&+II pP/
0050 DFA
$ EL126 3 pg,l0 DCD Dpp 0',.6 Cp g) 46 All EP.
0 II gC'.
~lj6 5 IID k5 gp pp'DA WD~
gl'CC gCF 10 +P
,gg Pl' DPPD ggg
'CI d IID 10S',
150 Od<<oe NOD.
d<<pm Sy 4
.00'.II 5(>
d doe c4:
eC
/i'Po/
p+JO 66518 EEL lBILO I
PPMVBOO 6" Fopr c8wz BEToaja Ol-FIjAICF.II YA Coo<<O C-d I
g.BL IEOLOY
". -OOSIBOB d.
<<me, gg '61189)1 I
- 55r p.
6 Xll 052 Flit PO>>'
ADP<<<<F~ID k1'+0' AO
~d
+gDP
)
18
~ BB B.OI Wc vNAIF.I p
.9-7 a~"
egg"
(~gP APCC.
gpss..)
.N 005
~p,(
,5 cp p$1.
Sgg pp.I y" r DETAIL C COORD 02 Idggg DETAIL H COOIIO.
2 I
/o o
l" Foll CONT 622 DSaa OAFA SIC<<A l2d COONA E,d j)5 VDVBI'ole REF.
HO Do'jd)jc BEE
~e SL D
LA.
DS j/gpgf.
D
.IIDPggg ODD plL
.g
- 116, Rdc.id~9 IITPZ
~
0"
.8 6
ABr
~/~/
VOAI YIS
$ j/op 656 Sp<<
W 21<<r.-.
ave I
pl '400 SK QFLJBPC O yg 50$
.11 08'DDF Wc" 105~1/i I
.,0 IEI s""HP'(
ggf.
pp c.g
,61'->POP'vag Dl P~P C LP THE FOLLOWING AMENDMENTS HAVE BEEN SUPERSEDED.
HAVE NO PHYSICAL IMPACT OR ETC.
AND CaN BE CLOSED DUT1 SFR IWC-02A SFR 1WC-025 C
7 A
I 7 L
~ CB' 1
IO DDS DP
.1 15 PP III co"PNIG pl ty 0
N=
I \\
/Nl~
V'<<BBWI C
PAEBr I
R'EL126cog' KL 122'.63>>A I
I
'DIC',
4 oo gl DO DpD'
~
RGD CNP.
co c~
HPo Cod THE FOLLOWING AMENDMENTS HAVE BEEN INCORPORATED:
FCR 17663-P FCR 70373-P NOTES:
INSTALL THERMOWELLS PER 13-J-020-011.
HVSD 4 /I DETAIL'G" COORD 66 TVPB DWG.NG.
DETAIL D COORO CO REFERENCE IE REVISIONS B PPS DR
'NG DS OA.
RS NO.
TE REVISIONS I
~~e SPC.H-I H.Nddd./A FON CONT. SEE i&BY oj.P-lfCF-jblF H'oojID 6-7 DR
'NG OS OAE RS oc. oo
'oo c<
rc I
R CONTAINMENT BUILDING ISOMETRIC NORMAL CHILLED WATER SYSTEM
<RETURN)
NONE Y
0 1 P WC F 1 67. DON/. C I SEE MICROFILM FOR ACTUAL SIGNATURES UNITIZED FROM REY.
7 OF
'13'WL.
4 INC.
AMEND'6 REVISIONS TE DR
'NG DS OAE RS 2.
THE INCORPORATION OF AS-BUILT AMENDMENTS WITHIN INSTALLATION TOLERANCE MAY AFFECT EXISTING NORTH 8I EAST COORDINATES.
NOMINAL ELEVATIONS 8I OVERALL DIMENSIONS.
ALL DCNS INCORPORATED ON THIS DRAWING ARE THOSE ISSUED AGAINST THE CORRESPONDING 13 DRAWING.
SCALE PAjr.O VER]9K NUCLEAR QENERATINQ STATION
~ o
~
S
)
U B
E 0
4 O
/a PLANT NORTH N
9P
,05 8p8 922 Yh 1. 20'3 00 Oef
~hhfppp-6
('9 I
I 0
o~o' o8 925
)28(.
o 01 '0(h(p' 0
~(h pfhe 1
S
( 1-21 02 Th o8 9(.2 02 co cf-ah 8
I 3
H 4
0 a.
04 4/
O 950 9
0/
/6 Leo
'-o.
e.
S,
/2 29 6
2808'955 o2 cp cf 1 520
(
S,'02 022 eoe S
r2 p
1)
C 0
C 0
0 4
0 D
0O.
LC 0,06
-op OL) -/I(
604.. See
/2 66
/0 le 2
0 069
~
/6 6
ls
)
- 0) )p
/ / 2.
/
6 ~
/p
/
ap
/.
0.
2o.
0 0
0D C
4 O.
4I) 0rc 0
Dca 00 D
0 60 I15 p
4 94 0/ l 04 pp.e 86 00 0
0 06
'0 6
02 6
4 'o
)
0 0
ce 44%',
'00 0
00 004 22 e r/I 2D 4+0, 8
'00 oo Cap 0
P.
/
12 10 20 '
10 p8
.oa'2 Oe 91 9
1'I EL. 90'0 5/16 802
'/6 5'0 50 '
N
,02
/3
/ /
/1 opl'+60pe,'6
)pI.
Leoe.
Ct ~
/2
).
9 ~
Oa 808
,o2 o2'l 0
ap
'2
/P 8808.
ao 2/
2p 0
S. 02
/2 11 S
PP
.02 e 'a s
'6 20.
029 a
.ooo G
15 ooo
.'(
).
.OL
.e o
OL(
(I A 92 e
0 p25 ooo
(,0 )G fp e
)
f,5,a'6
).
50 20 S.
p22 co )G p
',8 540
.O'
'0
/I 6
0'(
s.'
o "0-
~
po
/97
~.
6.
'0 a.'On S Ogp 0 '2 66 19 THE FOLLOWING AMENDMENTS HAVE BEEN INC ORPORA IED I FCR 9154-P FCR 71483-P FCR 74481-P SNCR SM-3777 THE FOLLOWING AMENDMENTS HAVE BEEN SUPERSEDED, HAVE NO PHYSICAL IMPACT OR ETC.
AND CAN BE CLOSED OUTI FCR 9734-P FCR 11513-P NCR PA-2751 NCR WX-1123 e'0 a 96 a ('
('9 9.0 rp OCOLS I
-2 96 e.
or 2 a C, ll 0,02'n-o, rp OCp eo 9) 1 Specs 8
th X'
I I
I 4
10 8
90 0ap 69 0
8 o" P
OI'1 0 nf Sl 9
2, 0
- l. 6.
e 8.
/
0.
Ops 0
0 15 0
0 0/9
+.o
'eoe.
o'p
)G o" ( -2 f 5-51 Il
,4 e,'20
/1'ARCENT L LUNDY HAS PREPARED PEV. 0
~SARGEUTS~(lUNUli OF THIS DRAWING BY CAD REDRAWING AND/OR INCORPORATING AMENDMENTS BASED UPDN EXISTING DESIGN INFt RMATION FROM ANPP DOCUMENTS.
PREPARED DATE~ SARGENT L LUNDY IS RESPONSIBLE FOR THE 99 Gea INCORPORATION UF AMENDMENTS L SHALL REVIEwED:
DATE:
L Np BE RESPONSIBLE FOR THE ADEQUACY OR PROPRIETY OF THE DESIGN DEPICTED.
/)
6.
I eso'-2.
, 09 66 I
r 224 ro
- -9-21/.
'4/
i o/ 66 SEE MICROFILM FOR ACTUAL SIGNATURESl e.
a (',
'0 oe'9-Ol Or
(
-a ('oran),
+6 g
CA
~
pe Specs
/
/
/
6062 l
NOTE:
1.
THE INCORPORATION OF AS-BUILT AMENDMENTS WITHIN INSTALLATION TOIERANCE MAY AFFECT EXISTING NDRTH L EAST COORDINATES, NOMINAL ELEVATTONS I OVERALL DIMENSIONS.
ALL DCNS I "ICORPORATED ON THIS DRAWING ARE THOSE ISSUED AGAINST THE CORRESPONDING 13 DRAWING.
DWG.NG.
REFERENCE DATE REVISIONS DR (H'K ENG DS GAE RS NO. DATE REVISIONS DR CH'K DS GAE RS NO. DATE UNITIZED FROM REV ~
10 OF
'13'WG.
4 INC.
AMEND'9 REVISIONS SAID CH'K ENG DS GAE RS Arlzorsa Nudeer Power Pro)ect SCALE JOB No DRAWING Np NONE 01-P-WCF-201 3'IX44 "I" SIZE 1
01PW/F201.R01 AUXILIARY BUILDING ISOMETRIC NORMAL CHILLED WATER SYSTEM NORMAL CHILLERS TO CONT BLDG SHEET 1
OF 3 I
A Jl D83cA/4;
Ct TOZ-dDM-d-10 PLANT NORTH N
ooe ee
,6'2 yo 0
CNC 16 064 2 0(
LV' It CH 6
0 6
U 4/
6 IL D
IL 0I
,6 pe'642 Pe oD 0 Ceo 60 OVAF 2
~+ oe.q 0
1
~
IG I~
I 1
I I
I I
R.O.P.
EL.
136'-0'.O.P.
EL.
I'36'0'0 9
66
.oo P
444/
0 0
0 C
6 6
O C
W(j, 0/
0 ~
0 D
02 (2
,o 02 0
- 1. 0.
pep 21'.
0' 6
OA Iz
.2 60
,21/6 o"6'z po ee (Le 22"CO+ (0 44 OF.
I
.ooz 1.
'0 6(o 2 Cr 0(>
.o02 oo' 4
I 44 4
V I9 V
C 6
B IV6 0
3 g
/.
0 0 '6 66l e'0 e
A
/p 6(
- s. oo 6 03 6(
(1
.0 zo.."
0 C'
.oo 01 0
e'S.
pe <E.eg ye 226006 (2 IL02FPC'00 NN 0 U H Q Ct I U
2 0 tL VI
/.
6
/.
e.
6(
14 0
/
0
(
.earp' 9
P 6
(6
\\'.
'oe OP Neoe P
1.
/
5, 0
0/
6
/
09 05 Dz e
oo
'06
'-o I/
V/
CIK C
IL Vt 90 eoe 6
OOS Se 0)9 eeoe.
5'.
Or OD 0
00 C'
I 09 ooe Cl0 tD3 0 ~
C I
4/
6 60 006 6.
ooe 0N 2
ooe Vl IL IC 6
I 3 6
lz 6
'9 1
2D D
6.
/6 16 40.4 CL 0
(0 co 3 6 oG 21 V P/D 46/
D.
tL O.
44 6
C6
\\I SEE SHEET I
FOR NOTES.
SEE MICROFILM FOR ACTUAL SIGNATURES AUXILIARY BUILDING ISOMETRIC NORMAL CHILLED WATER SYSTEM NORMAL CHILLERS TO CONT BLDG SHEET 2 OF 3 DWG.NO RE ERE/KE NG. DATE REVISIONS DR CH'K ENG OS GAE RS NO. DATE REVISIONS DR H'K FHG DS OAE RS NG REVISIONS CH'K ENG OS GAE RS Arizona Nudear Power I'reject NONE JOD No.
DRAW:.IG No 01-P-WCF-201 REV 0
34444 "E" SIZE 01PWCF20('R02 A
4 PLANT NORTH N
60 BOL OL Sl 0
26' op2 r
0 IL I
0 CL 06 0
00 0
t<<
pB
//
+eooe. /,
0<<
/.
9.
'OI 0
0 C0 0
C O.
C 0D CI I
D D
CL
/2',
C<<
92 0<<
.0 C.
2o'.
C 0
LCC 0/
tt 4
08 0 0 pt 0" 8-L c( CJ 20"
.> n Ce 1 0 CA P(c Zo~ot Ou-4/02 (2 2(
00 4(
<<C ei
>0 09 16F
00 M
/
9 6
0'
<<(2 2(
/A 1
A A
6 Bp
,22
'LB 60 CV.
oo OIL 6.0
'4
'3 Bp '
t 0
o2 t<<20 p'9 60 Bocc)
L. TCO"
/2 BE.
6-t
.4 22 Cp+ (6 IL 9024 A
1'24~
8'BL6(
L 0
1 n6 0DO 1
10 1411 tp 0
606 60 I2
.<<2'B 60
/3 0.
'<<9 Oe oo l2 pB 02
,0
/
CO <<g0/I
+9.
0 RT2 0
3 0
D LI 0
to SO'12'0<<(
('( 'I ~
AC 00
/,
088<<"
C oa 608
(
002o Oe j
00 D
/
CA P pC
/A I
0 P
Cp
/9 0
P.oi Lc 9(
'4 LB 11 pB 002>
4 I
IL IK IL 4/
0 4
C
'O A.
IL CII 12 p'B t2 28 P-ow 0
6(
p-8',
9 ~
e20
+<<0
+0 9
9 / 'I
//
<<0 2/
Qoo'0 e
/
CA P 0
(G Coa Oe
<<20 <<
~(
/
A(
0 pl
/0 /
<<eoe 61'PC+
1 2
19' 0.
0
/ P p<<
66 I
8O O.
4 0
IT C
0I SEE SI EE I
FOR NOTES.
SEE MICROFILM FOR ACTUAL SIGNATURES AUXILIARY BUILDING ISOMETRIC NORMAL CHILLED WATER SYSTEM NORMAL CHILLERS TO CONT BLDG SHEET 3
OF 3
DWG.NG.
REFERENCE ND. DATE REVISIONS DR CN'K ENG DS DAE RS NG. DATE REVISIONS DR N'K ENG D
GAE RS ND REVISIONS DR C
'K ENG DS GAE RS Arizona Nudear Power Pro/crt SCALE NONE JOD No DRAWING Np REV.
JI 34444 "E" SIZE OIFWCI-ZOI.R03 01-P-WCF-201
ZOZ-dOM-d-10 PLANT NORTH N
0 pe'55 VB
.0 I SS 05 L4 100.
'So ss, x
'0 0
pp J.
41 ae 0'e OG 55+
0VG P
4 I
4 W
E
- LK (m 000
'do.
'0 0 Oq'dd
',e>oe c>>
eo 500e. /,
'o.
10 S,00 oe OB 555
.Ke Cope
'-o, Odod '4.
.op
'001 S 0De eo ld z
Cl PE C.)
I II 6
'j 4
g FI Il R
4 Me R
(0
(
000 e.
d-d.
I I,
I
'A ODD
+De 000 I
>1 I d ~
'0 ~
I la ld'I 0
~
0 Cee>
((
S(
d ~
Oe Iceo05
,050 0
0 0
BOB IU eo eo ABO 55 e
5 5+
'o.
S. 01 10
.5'eo'1 es 1
SP'OKP la 1
ee'BO
.00 10 '
0
,o'O 40'V S. 00 0 oe 5, CTD>', >.'Neo Oy r
a Sos.
D.>-add e.
> (a dod
'e.
0
>0 Oe S.
eo 0>
0 Ae>
KKD 0,'4 Sdoe.
e.
00
+ eod S. 00, Boe M
0'5 510.o.
5 1'o
>1 le a
pp o>
.0 00 vi" op 5.0 5.0 40'H pe I
ea 40'V e0 0L AK CU0 ttl M
Il 0
0
\\'
0
oo Ko 55, eo OB 555 VB ie DVK LO'0 C,S 10 BPB KO 0'Bp 0" 0
V.
e'0 A e(
c l
KL 0'o.
0
,0 co>2511 (3
002 BOB5% M qe
.o">co" 10 BT0
~0.
oa B.P NDTESI
- l. THE INCORPORATION OF 45 BUILT AMENDMENTS WITHIN INSTALLATIDN TOLERkNCE MAT AFFECT EKISTING JDRTM 5 EAST COORDINATES.
NDMIIKAL ELEVa>loles 5 OVEaaLL DIMEllsloles.
SEE MICROFILM FOR ACTUAL SIGNATURES
~GR OAG OWG.NO.
REFEREHCE NG. DATE REVISIONS DR H'K ING DS GAE RS NG. DklE REVISIONS DR CH'K ENG DS GAE INCOR'DC 95-01307 5
GEN.
REV.
aS NOTED.
DELEIED 5 I L DISCLAIMER AND AMENDMENT LIST.
SEE MICROFILM F'Oa LIST.
4(4 UNITIZED FROM REV, 9
OF 0
TI 13 DWG 4NO INC, AMENDS REVISIONS NO. DAIE RS SAL Rsa SHD CH'K ENG DS GA-MWL as PAL0 VERDE NUCLEAR GENERATING STATION SCALE NONE Joe NO,
- REV, I
01-P-WCF-202 DRARINO No.
14144 "I" Sill DIPWCF202.001 OD-IT 93 AUXILIARYBLDG. ISOMETRIC NORMAL CHILLED WATER SYSTEM NORMAL CHILLERS TO CHILLERS III PUMPS EL.156'-4'HEET 1
OF 3
L4 Qp p
202-dOM-d-IO IT 2
a IL g
0 0
0 g
0 EI 0
2 F
8 0
01 B
g 4
0 2'
NI7RTH N
1
,0 qq eq g~o
-Fo, a.
pp 6<<+~
4 p
~
DeI.X o'T j r-j Dr 6 rea
.ops
,o soB 02 iosp Ei ppp
.opz oo opa 6
D,,e,o'.
0 4 Dq'6 6
Co Ne
'cree,,
ee/0 el 4 sos'o6.OOB 4C oi I
oe
.oo I
.oos qso 226
.00 BC
+6 V
isoOS I
ze
.oo 0
.0 2'
.op D~r r,e 0
4, rez
/0 ecrrere
/Oe 4 oe /6 0(B
'eo.
op
/.
De De I
1eo.
Op C
(
I 4 I,
(c e
(
Ieeo 04 PD
'eoe. I (0
~~.o/
Or oo (6> 'Ep eo/
eea ooo p(
'Neoe.
22'3T '
I, 0
0 oa 6
,o I
0 0
I.
I S.
Ili 61
.OOB Bp 20 a'.
G (FL pa 0'
DETAIL IE-6)
'6/
eci. 0/ /
6
'o 0
.oo 0
le
,o 6
B.P 20
'a
.o zl Kaq ps 0
I'O'a.
6 6/0 E.
VBO a
iD iz 7
/4oa pos os 1
GE.0.
BC I EKT.
Bps oa
.0 0(
(6 0
//6 cc e C, ee ee zl1'z
,0
,00
,0zo
.00 pop
,0 J
6 I.
er cobe
/ er oe.,
'c, eeo Lec io o SE.
De r
a'ie 6'OL 0
6'i E,EO e' 'LE '
ep opp ps'pB 0(
.oo E)O
(
.oos,.
so po 0(
6 Neoe.,
0 io I.
E'Kq'0 I,
I 3
le 0>
)D 2
eo /I I I.
6 PCND op 6(
'o.
eeo oe
'e ).
11 I 4 ee I/r
(
'oo oo Oq
'('6, D'/4 DDJ
'0 Opo
'Neoe.,
(,o" r I 6 ~
le ee 6/
Neoe.,
46'V sp 0
6'e
/0 cr re
'/
064 1
4'
.e'.oos sos zoe Ii q.0'e 7
Oe 7
.Oo "oe'
.0 60B D
SC ID'Kq' (q
6o pa
,0.OD
'C oe B
DETAT(
6-IE-3) 6/
Oeo.
0/
6 ~
0 0
DD0 pa B.P 6
~
.003
,,;.P SOB BE.
a'zeco" I'
Boo E PK ee' le
,o 6
I/2 THK.
C.S.
PLATE SPaCER RING SHT.3 IE 2)
S-P)O N
0 I/O'HK.
C.S.
PLATE SPIDER RING SNT.
210 T)
S-004 I/4'HK, C.S.
PL4TE SP/ICER RING SHT 210-31
,0 eo'a 0
~
zl EK OB so I'O' pa B
B.p 6
~
Bo 0'
K LL 0
j C
cC 49 LLI
(
0x I-D
~
iK j CL S-006 SEE MICROFILM FOR ACTUAL SIGNATURES SEE SHT.I FOR NOTED)
AUXILIARYBLDG.
ISOMETRIC NORMAL CHILLED WATER SYSTEM NORMAL CHILLERS TO CHILLERS 111 PUMPS EL.
166'-4'HEET2 OF 3 QAG DWG. NO.
RE/ERENCE ND. DATE RE VI 4 IDNS DR N'K ENC DS DAE RS ND. DATE REVISIONS Da H'K ENG DS ODE as
<<D. DDT REVISIONS Da CN'K ENG DS QDE PALO VERGE NUCLEAR GENERATING STATION SCALE NONE Joe NO.
DRARINO NO,
- REV, 01-P-WCF-202 1
34444 "I" 4)II O)PNCF202.R02 OD-IT-93
ZOZ-BDM-cl-(0 5 0 020 c
(3 IG Cl.
O rp I
CI a
Sl 6
8 g
F 6
9 9
Il NORTH P
ANT N
oa 0
.o'2 20'l C
.ooa Sl<< a' ic
<<09
~50 Bp0
.Ooa
.ooa II cq" oB vc<<
11
.ooa
<<50'P>>
0 1 Bp 20 DETAIL SEE
- DNG, 01 P-OCF 20<<
Ie-S) 9.op 3 Ol rp oe (
0>
009
,0
.0
.001 I
00 qp I,
rp 0,
207 5 Cf
.9 0 01 f <<r 'ai 0 pl 20 9
Bp 0cp
<<G po 9
<<Bo0 pS
.o02
.0 20
.oc5KI'i'52 cc 0 ci<<
Gioopi<<>>5 5<<G',O'0 C<<
10 <<ql a<< co <<G 015 OC1<<acq I crp B
oo" 5
o'B c.
02 0
.oh 9
0 9.oo,
'e. Pcc
<<10 0 IS
.oo'ooq Peo I.
7 I a
Dp,'oe 9.
>0 P(
pr>C I.
S Pe I.
0 0 ~
OB GSG~
00 Cp>> c
<<oa r >1
~
cp 50'OVP 0
l2 a
.9 BOB c'9 lp I 0
Pfpao
(
I
\\
ic 110 C O<< cc
- 3. op IS 0
Ia
'I 0
.o2 I'I55
<<BP<<C
'-<<CO<<c'0'2 a
.oo'c a
ca
.0 a
~ACE
<</c>>
2 op or P>
Cohe p>pe'p 2
0
.oc sir'.
2(l IJ 0,
50 a
.c.
.Go<<
rip II N
I 1
,e 5.0 ca E '>>ecp Gcc; QKPO '"Cqc
- 0. 055<<
~05 BOB'o'l ci oa
<<.00'p I
100
<<-0
<<Bp oo 0
50'C laeiP '
p>>0 1 o OB C
(9
<<.0 12 Bo<<
02
[
.103
.ooo,.
20-.oo 5.
<<C
.0
<<50'a 0 ~
.Sl 11 '05 0
C
.ooa o<<.0'3'0 ooo C
DETAIL 9.'003
,0 oo <<55~
1c 2
C 01 o>> IG oa
.0
,o pB 20 00"
- 4) Tcr LQ x
i I-C}
l E
I 0
j I
I I
I I
C
- Or, 0
'chp. Dpeoe, 0 Dp >p S, Ol >. I<<.
a'h Pc7
.Oco I
~ lk 9
J.
Cf '
<<00 Qg~
9, IG 3)
AI%w SEE MICROFILM FOR ACTUAL SIGNATURES SEE SNC.I FOR NOTES AUXILIARYBLDG. ISOMETRIC NORMAL CHILLED WATER SYSTEM NORMAL CHILLERS TO CHILLERS 6 PUMPS EL.
166'-2'HEET 3
OF 3
QAG SCALE JOB Np.
ORRR(NG No.
- REV, I
U DNG.ND.
REFERENCE ND. DIIE REVISIONS OR N'K ENG DS DIE RS DATE REVISIDNS N'K DS DIE RS ND.
REVISIDNS DR CN'K ENC DS GIE PALO VERDE NUCLEAR GENERATING STATION NONE 01-P-WCF-202 I
Scarc "I" ~III GIPOCF202.R03 DD I7-93 q
COB-3OS-d-IO e'A" e
3 LP S
g D
D D
((
R.
S S
(5 DD.
P.T PLANT NORTH N
~LO CO'cc o
'oc OVP S
2 po<<C2.
<</B CO+BC
+2 O
'Ce
,.0
'Op
<<eee.,
0'P EC /0
~I'e !'g~
/
CO 2 COO RC O 'I'
'YP
'EFO/
'0.
4O vg
+/
+//
I
~ 5 BOB'>>U'/ 'I s<<'PU AS11P'oo YA I
4:e E
/'o'Lo.
0.0 51
(.OE.
I DE I AIL
'5'E-4I
'5 Ce i'o f.e p IL
.pro Y
<<BB oo Io 0 4
dCF 0
CDI!
SD pip I(1 501 4+ Co+0.
oi.'0
/ D 2
('-eg" I
/o.
0 jill oo I
(ue v., <
'oo SS coo
~0 00
~0 p
,o 5
I
(
I
<<us VJ P
IILll.
C~
21 ~
2r 44 Agl m I
4 (6"(2'F 51!
I BW 15 V(A 5
di'(1-
'0 0
m I
h 'lo PSNI( oi ~PCF
(,opH4~<<l I
PSS"
<<8 600(
006 0$ 6 50'o PJT et DDF 5"'~PR P
<<056'1 ACE 5(I pl
.P SCD PSCPP (LA'+
OV TICL i5 55>>
i'I>>
Cd N
~l 5515 Co 5 (55.0.
,SS
<<IP'I MMO +B SS+~<<43>>
<<iP
,LO
'I,VS e>>U'S'I
,S, j.P 11 u.p'AIL (E-+)
THE FOLLOWING AMENDMENTS HAVE BEEN SUPERSEDED, HAVE ND PHYSICAL IMPACT DR ETC.
AND CAN BE CLOSED GUT:
SFR 1WC-083 THE FOLLOWING AMENDIENTS HAVE BEEN INCORPORATED:
FCR 71482-P NCR PA-2745 O
go LVL '
(0 D
?L C(9 g/5 4'~c
,((0 6
I LLS+0(II Wl 5(0 F04" 4 H Vi SLF 4
H 3>>
6'(p~o )/r
.O',416/(
~(5 REYIEWEOf SARSEN L LUNDY HAS PREPARED REV. 0 OF THIS DRAwING BY CAD REDRAwING AND/OR INCORPORATING AMENDMENTS BASED UPON EXISTING DESIGN INFORMATION FROM ANPP DOCUMENTS.
5AROENT 5 LUNDY IS RESPONSIBLE FOR THE INCORPORATION OF AMENDMENTS 8 SHALL NOT BE RESPONSIBLE FOR THE ADEOUACY OR PROPRIETY OF THE DESIGN DEPICTED C
94 W
~
I U
I/ilf(
CI(~1LIPH y CYAM 0
pe'S +I!5 S"
n'(0 orl
.I
,.pp(0'ot o
460 (UC'OB'SYLB.1 I
Le
.Ieocp<<O
<<ppo s 0" 1<<l II
<.0(
, 0'fo
~ I pp'ol I
SI(50
'"I) dC pu!
+IS.1)
(6 OOO
'3(."DO
~H p
SP&
8!II 4
S.e IFITTO o'o gu.i pc I56
(~9%
POS q DC.
FD(
~434
,L.,
IY
~.6 Ib'l PuoEF "
'0 CPZ P 3 00>>
I
(
0 i 0 "501
<00, r (o',(0 (CD'p'o'spp eo N'df
<<C y.Sj
+3 (0
. 50 Qe(4 0ILS 606 oe Co
<<FC pl( g.f'1)
WEH.FOB FEZ "FPF rLLHIE(ra E)
AP/ETT'T Pe. AI.MLSopflf IT-POC'(ih')
CORA/
DFTielL "('
+0 I
OFTAFL
'E"OOEI154 lVOETM (o-q)
(c-4)
SEE MICROFILIA FOR ACTUAL SIGNATURES 9 ~
IP 0
or3'.
I TPI pose' l<<1 0
.DS cp<< P'5
<<pil
.OC pl,s ~O.P
'-I 1 ~ dI Wo pl CP<<E<<c~ o.p B.
E,.P r,.e Il 6
DETAIL '8' PLACES ALL DCNS INCORPORATED ON THIS GRADING ARE THOSE ISSUED AGAINST THE CORRESPONDING 13 DRAwING.
OIAS AUXILIARYBUILDING ISOMETRIC NORMAL CHILLED WATER SYSTEM W.C. LINES TO EXPANSION el CHEMICAL ADDITION TANKS (VOTES I
(.
IIPFER COIL DRAINANL LONER CJML VEHT TOSS FLUBBED SY FIELD.
- g. IMRIEHB/aHS A(<<BREA TBUB CH) gg.(
LHCLUAB BP AADITIOAlACLENGTH TWSR PIBLO FIT-UP.
oa S,THE INCORPORATION OF AS BUILT AMENDMENTS
( 'ffi'l THIN UVS TALLATIOH TOLERANCE HAT AFFECT EÃISTIHO.WORTH 0 EAS'T COOROIIVATES NOHIHAL ELEVATIOHS 0 OVERALL OIHEHSIOHS.
B
. DATE REVISIONS
'K ENG DS OAE DATE REVISIONS RS NO. DATE UNITIZED FROM REV. 7 OF 3
DWG AND INC .
AMENDS REVISIONS OR CH'K RS PA1.0 VERBE NUCLEAR GENERATING STATION SCALE NONE JOB NO DRAWING NO.
0(-P-WCF-205 REV SAX44 "E" SIZE OIPVCFZOS.OP/I/.CIT
900-dOM-d"10 P
ANT
,TIIRTH N
Rr.
TTB 8.
AlC.
.c<<
Nbb B.G.
Oe.t ~
E ~roD
"~WBTOO.O e /o B.VKtet~e Hie't atp 64'6 DO 90 BPB EFBP GN
(
"'u Bb 6
~P SO,
/e I'I 22-f I
ERV e ~~ =~+>
20 t OL A
.OOB BBB 6
Rt 0
+C.
OR oo
+C OBFDHB
'c' 5 oo
,ep Atl I
N/I 9B/
)bf+
Hc 5O AITVF I
,.e 6
t.k CN
>>h' yB
,d!W)
Op.
.o
,oe CC.EL!
Beg
~
r ~.ti'p'r
>>BDB EASE.
EO ~~W<gtqost HA I
.0'ep I.B O
NN IV VPEE b
OS I
If B't<>Bete 0
00>>
'r"fo>>
BB 5 Dt 'f
,*Fl Iel V
I 6(/
I as
/
60
.e'BOB p
5'OTES
/.
FR6ISIEAVB SPOOLS HSEIIED W/TRAN ASVSIIIS>>TVO P O'LDSSEER TEAZS DISSEslTOALIOW FOR PIELOPITIE2 E. 5 'Fglg+I-5'gd@ OOTfOl/ 7/VE/T/AOP/ELA
- 5. THE INCORPORATIOIV OF AS GUILT AIIEIVOIIEIVTS RI THIN INSTALLATION TOLERANCE llAT AFFECT EIIISTING BIORTH 9 EAST COORDINATES.
IVOIIIHAL ELEVA T IOIVS 6 OVERaLL OI BIENS IONG.
c'j i C5 LU
, 5}
B
+<<0 MNFFI!R!
!LFP SEE MICROFILM FOR ACTUAL SIGNATURES
~OR GAG DRO. NO.
REFERENCE ND, DITE REVISIONS DR Ds OBE as ND, DITE REVISIONS Da CN'K Ds DBE as
- 40. DITE REVISIONS INCORFORaTED EDC 99-01202.
ELETED SIL DISCLalMER aND aMEND. LIST.
SEE IIICROFILII FOa LIST.DEN aEV KS NOTED.
UNITIZED FFlDM REV, 4
OF
'IS'NO, BND INC.
RO Ds I
M OBE PALO VERDE NUCLEAR GENERATING STATION JOD NO.
AUXILIARYBUILDING ISOMETRIC NORMAL CHILLED WATER SYSTEM TO NORMAL CHILLER EL.!56'-4'RBRINO NO REV.
01-P-WCF-206 1
24KBB '9 " SIZE 0IFBCFZOS.DSNt.clt~
scaLE NONE t4 R'
A (
kJd'010DLtdlP/0/5<<D<</IDODI/JDn/
kkODOJCId kbb'3 SVQQ/kbbYlk 96M 6ICIPCD ZZ LDIE POM id'NITI SP UNITI B'-r P-GA
/P-//v G/'NW
/7)P) 3rd" 3/'/6" I '
I I" HTS
~<<vol PM-AM.RCEDF-ZO' lrs IWC ov<<o o
I 9I ZfE'O/Fla ZTB" IVELDOLET 0 tgo
.0 v
NO' vn s8 o
o
'<3O n r p,
Ek Gv
)
]
v Cd I
O
) ill v
'o I
o I
E I
I I
I I
I I
El a
I I
I' I
0 I
o I
vO I
I I
N II m
G 6
II vv k
OZ
/RAGOZS <<GDFW I
<v TE TE 9
/O<<TI. 59 Plv'Tl SO PORT/-Sl Ih TTDC GASKET (Sts MDTL OI as/Os' PW. OSG.<<SO/-/5 mr DET /
vvbCL Dkvr 5/MCE Pvv
'. IO vHCvV-POV/S PskouASDF.t I
I PR OZS-<<SDPZO -I I
HIO I'
POC S4 KALI
/VC<<-lOIC 70/2
- Zf OOSvtovOP/'<<v t
QRVR Tl St 5070P>>NC RvS199 AVAP BCC'GOJC
/roH/Dfs>
PRFOZO-HFDF-tl" PWBSS-NGDF-t)9 X55 COT-HGJRP SFC~
DZAAMkV.LOI*
v I
I I
I Old.<<BDB. ZO 25 TEE PC
/S I/7 P'JFP <</ /ESC A/dDP
/ P'LI/O V/tl.VE (FLJO /CrND)
Z)lt'i/Fls Poklt 2/2 IRTloslfr
<<GDF e/IN NSDB<<IPPL E 5'l Ql TNK. TPF GvOSKCT'OLI A I"SCC<<OLET DP Elsolfr I/BDS PSN I
/(CAE IWSQ'uuFHT COW z///IB SLOBS FLa F/IIB" NV/LAR SRCCCR 2/IIB"/MINI INLVE SEAL HELD TH CDHH SEAL HELD THEADED FLANGE S/TV FLANGE 3lvL "<<3" NIPPLE TDE TE TE TE IO I.
V029 CRVMCIASNF I
Ot/.
CSO-<<BDO-r ~OOA
/0/9-I/Bod-I"
/TTP)5DBEND OS/-//BDd-/
(TTP)0)ZT fSPANCEL/-C IGO'
/CO
~EZ /025d
-NBDB-/
<< v<<-
G (RCF) I 300 Sl/0 c%j
-OOI PK/otf //GDP Zk I PWOtf <<GOPSC(BOISD) 5-ro/ P/P 07/ASOF.Z S.ooi POG otsvMIR<<t (BOSW)
ZG Atk CCOKPED(/TPOFI)
<SCHIM IDrvvvvvo) voro PtD SSD I
PSC 059-/AID/ I
~/.
/
T-PV/-OSP//GOF-I S
Pt/OSRASZFZ Pv/dto <<LkvtTBEAOSB 005.<<BOPI 005-NBDO/(BBWD)
)
OCIACG 9 i><<BOB 3~SOW Qggg@',
ae.<<BDS-S ~si (BEHOID) i>> kg IAIID Volt FlO.CTNAI F009(sf<<SIR)
Il4 37/Adf(lsf
/OT SSD
(~FMRADOJOOFa gjUQIW.OEC ROO/.t (OOHvuo)
/GPOZNNSF-tk ~S-Oa I
/9vd)D.AILF)YF ~$40/
(BEISND)
TI/NNEL IVAIL otl.<<BDB-I"~A
/7I.HSDS I'ggg HOOO VOSG fI'c)C SKRGE(TSE)(TTPO FI)
I l70. HBM-I ItmIK3 O/rt/Kvfl PDDIP/DA/
TavVA'S/5 I
I//EIE)
SE( TI()AI 8
6CALF 5/d" /IO 0
/'/0 SB
///0 TA'.
O.E P(ATE ASTA(A.E/E Cs/! TO Ev/Nffe P/A<9
( "v TBEN Nv.NN.
vrSIV VOZB/BfNND) 7070 SX5~4rmASHi 7
TDZSROV (Nfl'
.//'
SEE PIGS/5 C.LIIC /GS
~sos PVANJ //SOFIA
.2 I/vt RT POLTP/IOPVLEHE SPACER REVERCNCC dttcBEDS.SP
~Addi ELKS .B)fr,o/SA/
REVIGIGNE ACIDSG//96 NN~lf(5Losk OVTNOZAP)
I/55(oH)
~(
9-Bd/AEO)
~ RES
~
~
~ 11$ $$
~
~
$111
~
~
$$ ~
~
~
$11>
~
5 ~
tt 0/0 Sr//l/0 SR' IO517 IO
/C P
3 ID I7 I
~Ht V<<lV
/. All IINES Al'ESXSTEN NC ll<<lfs5 OT//EPNFSE No/ED.
vnsvr<<GVVRO I <<
CG lot '
5/O
<<CIRRO IO 2 CONVERSION 70ACTHCL fLEVATIOHISASFOLLOHCsl AfTCIAL fl REfbFfiCEEl fL SSTIG NSL ELIOONI"
0/9'<<BOBl~
PIV.OH HEAP I
+hEBPV7ABZT hs<. [I2C
'ITB"RIND)
/3tossfr 7
AE:35.0
/Otovstt/BODE/P@EI 0
dfl HBOS I'0-<<BOB-ITHH 3 SEE APPEND/2//t OFF/PINS HATER)AL3/VC/FKATAMB
~
FOR TPEAWtAITOF UNDEPGPCNA/D PIPING AND AAPENOEI 0 P FCS/ TPEATNENT DFABOFFGPINO/D PIPING.
I'SOCEOCET(NEAP ( FAR)
THE FOLLDS INC AIERDIENTS HAVE BEEN SUPERSEDED, HAVE NO PHISICAL INPACT OR ETC.
AND CAN BE CLOSED OUTI FCR 47,080-P NCR PY-1315 NCR MY 942 JIGVNJCMNJOOJROP)k NCR SM-0914 NCR PY-2512 534fo FCR SFR INC-002 SFR INC-003 FCR SFR INC-005 FCR FCR FCR G.
GLOBE VALVES S<<ALL BE<</STALLED W/TH TAB FLOW BELOIV THG SEAT.
THE FD'SINC ANENDIENTS HAVE BEEN INCORPORATEDC 23,772-P FCR 29,141-P 24.003-P NCR PY-1809 17,496-P FCR 12,596-P 26.603-P FCR 25,219-P 64.749-P AICN-FO2 STR vfzo w/I(AN/prcr(9'L)f'T<<Df<<r FCR 26.205-P FCR 26.409-P FCR 66,375 CCS 211 EC'Tl()PF' SEE MICROFILM FOR ACTUAL SIGNATURES
~
~
~
~
55 ~
~ 5
~E
~
~
~
~55
~Sl
~ ~
0 NUCLEAR COOLING WATER HEAT EXCHANGERS AREA PIPING PLAN ANO SECTION A
JDD <<D DOG<<I<<O <<0,
- Rty, PALO VERDE GR ENG IV RC v1 5lGNG REvlv)Gv<<
GR
'NG IV NVCLBAR OBNBRATINO STATION I/4' I '0'I-P-ZYA-010 0
I.
~7 I
2 '
~~ + 'llllllililllllllllllllllllllilllllllllllllllllll Tv I'I'I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I I
I +t)III I
I I
I I
I I
I l
I I
I I
I
~ l ~ ll~ ~ l ~ ~ N N
N N ~ 5 N N ~ ~ ~ ~ N N 5 ~ ~ N N I
~
1
~
~
~
~
~
I
~
~ ~
N 5 N
N N N N ~ ~ ~
N ~
I
~
l
~
~
~
~
~
l.
~
~
~
N '
I I
I I
l I
I
+ iNININI"I I
I I
I I
I SISS E ILII)0(t9' COYY EW DWU AS /NS)FA.WG IYUO 8" Sdc<<DLLT C T-H-OOT-IEDA<
C I'
0-fst-nels. I AF OII AP 007 CT 028 OW(00 e(P UNITI 6(P UNIT2 NP UN(23 DN-N./sf9/BDD-3'T 8 02(.HCCk A( 8.0(I DCCA Cd'HN 007-OCDA.P rrllilllrr
,,9 AI Cl -O'DDT-NCDA-Ys~
is Eo
-4 HIPP, 00 E25 l)L'P Ri44 L.
/OFCS TN-/EIFIEDA<
DW EI (04 HUOD
/- NL.H-ofD.HUDS.I I N.olI. HcDA ((7 IVNd(Erin wddrIcrsrz 02(r 6 rrs RED.
~EL. 96 cl" 7-iu DOA IV roo GL roo o CPS EFACCFSS WON NEEIHCI 02 p+; 4 pi~->
lSIEECL IEMr r U AWrworddzc SANTA(rO C IDH H
CT-ATPSS-ECDA 6 (I(ITS
.9( (~ ~!Ii,i o
o AI
()g fEEW A/OT FOGE.SNSLO
/ // //
///
0(L SS Fll ls GEZA/i~+
SEE DEY. G(C7
/GITA.S srd/
~~5 PP Hnlen Ajt)LK ~E-AIEQ~R~~O crA-ozs-uccA-5 //
cu-u-ses.ucDA-/d~l cI-A-D22-uccA-6'ALALDGS.
ffcLHNI'F/I-dtss-i)CCA-4
~S.O(8 Nc 00(-)
-0 tLi22lcr-H 09) HLDA 5.J A.ldo.HLYA-(
'03'/NST.
Td)P OorAH /THIS DR(H J
P. FOR pr 4(i/i) o
~OE Jr/L HI 33 (iIjiIIiJI,,, IA...,
le sn ss l
lt 33 u
+ Nr cr os ill7:S Pf.
rc CTA N 007 H8DA 3 drs-N. ooi.fsfDA I r Or/or f FS/29LD TA 5"/ Sorrt5257 A.ODS-AS. )A.s E"
AI'CH (INL' Iflgs 3 Xu ii'-V/A 6 TnrR~
0 rls'r pe/ t3) 0 9
~ AP.A-r)OD-SEE/INS rds(KYA.S~
rio G
~l
w-d//(AFod9)AP-ucdr. woo/(oz9)
. ~i ~l TSI
,I
~ I Rl
/IOPF Erss'r psv 5)
AED IR E F)
-Onl CY E Os/tert ii rplvt3)
CY-L.075.nc YA.IO rpsv 5) lnf Er lns I
S il/C Sl A~ SEFDET. Tf'C.dl J
I(4r 94 S&E DW df-c-zrc-58(/6 Fdzuwr/
ds-C-ZIC-SZS FOE(iynt g~~
d3. C-7YC.330 FiW(i)if/73 Ss FYYFl. 93L9>f I /r DECN INC, 0
Mrrt PE rr T Pl 4
'(
A I
I // //I
()05) wOOI (075)
WOOI Ir LNIER PLATE TANK ROOF IF/DAcnlNG It OR LlllER0 As REONHlED EY Q~r
//( //
l ((
Will,o II I II I
I II 5
D ET AI L 8
LDA ~
0 EI.
0 IEC DWNDSS 588 l ri F
5 (8
I~r:r~OS LL
//
////// / // /
//
Hn SCALE
-6 (7 YP;4PLACFS) 5/ /5 (5-040-HCCA-3'039,040)
NPOOA I ue TD.E.)
(039,O40) 0ETZmJJI CO39,040) NAC)OS 3 PNI CTA/773-uCCA-5 r I/
0 "38 cuA-335-ucDA-/o~~i S 0)7 LT-A-OZZ-ucCA-5~
/
S.o(0 D/YudtreAEDA-4 6 oo& AF-A-ods-DCCA-G Dw~ ~/Ds l
cr-IF094~~
Nsid Or A/G(L uiri Fli
/o I
DOC C039,040)
(Ire'OW)
C(59.040) ILEHE55 CO39,040) W-C)OD S 0(I cree-Dlr-ucDA-lo'>>
I l-ll' 027 uc/Y-D/S.udod-zf"
/
SECTION 6
CD39)
VO45 (039) VO44 CONDENSATE STORAC E TANI(
CTE TO I ESD17(4
- 2. TAPS 4RE LIORIZOIITALl )VEST v/ALvc 4 /='cr)vrFJFVSPIr A(sr o
ro Lriio 5/ze g'rr(o Gr ZC-
/TOF/
ITS'M A/O.
/430' 5
LI A/crF5:
CO/VVFR5/OA/ TO ACTDAL FLF VATIOA//5 A 5 I-NLSA-6 FOLLOIYS.
rfCTVAL FLFV AFF.FLA V 1 N 007 NCDA)g
/IA'/I/
Az 957(G'Vs/
Fl. IA - o BAIT2'l. 954L 4 disc FL./IZF'O VA/ITS F/.95/LI A/5L FL.IGEJLO 2 SYMSOL 0 INDICATES PIPINEI IE 10 88 FORNIZHEO 8TOIHERS.
- 5. FOR DRAIN, Yeur 4 /AlsrPCIFYECA(r CEDA(A(8 SAC. L)or 4, TA//5 Lerrtf.
4 ALL 6LGAL Y//curn Sr(ALLa.
/A(sr/LLm'ulrv'VE FLG/f(.SR'ofu 7//E ssf d/I/(AID F-Dr Sc OE)S rui,)4-F"
/I d.
6909 G"
I-o Vilu/
lroo2 voof Yoo4 VOGV/
voor VOG)5 3"
2.
5/
4/
r 7
9 rJLr i
A /IOrf-VSOS. 5 r/OI&rozELrorirs PW C'L rOO sir lrd cru
, 7439 YS//
/dcVso rsrSY S PSVZD LIICF C/7)Fdrr era Fdi Foidfzo PV 3+
/9/
CL IZS.O GL /i7ssl" 4 IP 9
+
o 3I ~
Y-O96 i'+
7-097 F
8 A
RVNE I SSLHDLS7
/908*
SPZ Srr,s ZIZ'S)re 4"
5 El/SF./ CFLG.
O err 6
Ir5
.~..
PSAIP Fduultf7/du'
+ilfcuxrrfdx/7) y a-ir 7-xsod-/-
Sr'rS/lrs'6 Fld/XPRA/u rdG FL iddrd DET/4 IL 6'Ex/sr.
r die
(
"" s )
A-/ds-XGDA-/"
EX/STFNG FrddR DXF/u rds. Et. /ddrd DF TAIE VOOD VO/O 3
voiS r'OIG6 VOAS Ll VO/4 Vrr7 Foie LADDER WICAGE~
EAFE T CL ~ AAD l.ADDER PN SIDE 'fAH'K)
}
LAMER 56 sl MANlrols FDif FLiTFDA'//
I IVII/=ELS SIIALLESC OP/El(ITEO Wrrv rV~
LETTS/2 Dc 5/G&xr/DAI~S FDLLCEL/si (Y) Yrpr/OAL (vjvoerzck/7AL (A )A/o/2ril (S)FD(srr ('/Y)RIECSY Fr(5)srw/TF/
3 ALL LIASS r(PE-C'r-A/'IJIO (A P/PST WOLD ArEA /AID/Grlrocr Wir/I
@AM Cssr FTG uo Sr/All 439 rVE
/(Fist?enrf A/CCD AID
- 7. "E- /uprcATES ELFCTeicA( NEAT rRACIA/G.
- 8. HYDRO PR/55 ORE TEST ON LINE 5 CT-OI3 I CT-037 NOT REO'D.
9 FOR /NSYAL(ATION OETAF JNNUBARr 5EE OWS 9+l9 8,
/O. reSME CODE NAMEPLATE IS NO7 r 6 SE
/rYSTALLED PRIOR TCI CDNPLErrifi/ OF
/V-5 CGDE DATA RFPGRT.
STA(iGARD DESIGN DIIAWIUG I
I See AE.Suil( Dr wing Cross IleferenM Leg for sny i(nr,-
I incnrorreted Derrennns J'
VO/9 VO2O YO2/
YDZB VO24 YO25 VO24 VOZT YC//e VO29 VCISD YCS/
YGSZ Vofs H534 VOSS Itrsr VOSS VO42 VG45 VCILii vose YOSO 92549 YAS/
REEDS VOSS erooo Enrssf WE)71 9
5' I"
/
I/,I
/D/
irir 5
0/
//4'(
1/
9 YE" 9rfpr 4
4Q
/ce' Sod.AKYA 5 LAO//./KC/S.
~
SO/rfKCA-5 Ss)Y/ /KCA.5 ANDI2 /KCA.S AND/2VCCA 6 A~srKCA-5 LS/725-/KCA-5 SNDZS-rrKCA.
A/RDS/-/reroe-,
A ocs-/KC/r 5 ANsdesrrZCA-5 Atoef-WNDG)Afro/I W-ssns filil/
w-ooc(ov)
WNSCNW(O//)
ItMSC)A(O/2)
W~fotz) wNDDS(o/EI RAOAAADZS)
WNSEA fosd)
WT)SCfitllz)
YOS/(Y)
AP-2/
PP I
"NI rp/C
~G S.ddz (I.V I rndf/YCDrA6
~5-dd/
flu 3 TFF
+i
+
/'so rrIc PP PP PP P/
HS 7 L AT9 D R IA I
I lu SSD Oic P/ /7 FY-54 58"
.(73-SETA-ioE
-I(P/NCYA-rru I l
~
2'"i Sse DET
/
r' r
NWDRAIL CYYP/
CONT.>Y I rd/F TRO L T
x E-056-ucYA-f~
l l.
NCOA
//Crd RZD Qid
.ddf FL. IZS-PFL iis(o
~S-0~
ODf -uror/-f ~005 WrO Wssrso Wine(7 L/Df(d VDOS 7 C Ydod Sso r 7~F73 SD rn cr I 4, I trr FT 7
AN RFD.
6//4 27()
'c.
166G ZG I 9
/t.
9 onc
~
. J 3// 56CELFT II IM v Ydss(oe) 9(3 +6' k
c E'CTION E
(RFF)
I(START-OP STRAINERS CTA-FOI AND CYB-Fdl NAVE BEEN RE/NOVED AND REPLACED W/TH SPACER PLATES A)YDIDR 6ASXET AS FDLLdriVSi uz $/ACEAS AAC INSTALl.sa HE-sPACERs ARE /NSTAELED.
Ns-P(FMP CYA-PDL SASAEYS ARE INSTAL(.LD.
PlfMP CTB.Pdl, SPACER IS /NSTAI.LED.
5-do 3 DflsFILG35/Vczsf rF
-Df9-N-635-rrc/M-3 G/7/40F p 'k CLWT(WSNU 0/.CZIC-3/IFOZ(iwrIt h
dt<-z(C-FDA uHn2 SS-C.ZY-0001 FT Ysdd 7
/
L P
/II PEA TER 9TDZ SCALE: Sud "Nleo" Ydds CONPENSATE WATER STORAGE TANK PIPING PLAN HT.
OF 2
/Afccero ocA/GG 7 4 68 BKCIITEL LOU AIEOELEE T.
SSFP lsEA. /FER Ts Aeitdd Wrrd r
.El I
/NEBIIM EDC r/OS/Or/3/
rwcdRR DLFL E
rAERF.
SS /Au $9 ssd Arnsdn rr/EDAP ocu<<654/GSIH(s) AF l7
)3 AFCOfeodu9 GSIIGG REC7 AEH EPCr INLDEP. 3(NEEEPJ S so 0 WTA ANA' P
(2 MMESAL/-0 l/.A rs.
NET.
AR12ONA NUCLEAR POWER PIIOJECT PALO VERPE NUCLEAR OENERATINO Sl'ATION (A(CORP DORIC
//54CAI INCORR EDCN45-00385 AC DCN NFdffdofi'IED)
Cdto WIWSTCA'GE.YANH Ysnsu(E A RWG rnrrfu
. 13-P-ZYA-013 25 AVCPA iniidAP. DCA'9 ~
10607 i
../G SCET 2 020 os ulsf.dsod-s" COGO)
VO43 C04O) V04Er 5 oo& cr-s-ozs-Aced-5 S'059 /IF-Acodr-DCDA-3'OOS AP 5ND// GZZ'A-G
/. AIL AIIPPLES 3'EVIES CLAL(2 e
5 I,
P]4NT 40'HI 7 I 605 UNIT 2 805 UNIT 3 COIVO. 5 TR. TK.
REF.
EL.I03'-2'-00 I I~zz
<oz s'-
V-437 V-437 TrrCONC.EL'OO'-0 (REF.I
~EL (02.6'-
V-437 3"-150>> RF BLO.
5 PARTIAL PLAN SEC T ION J
DETA IL 8
I cerhfy that the nnage contamed on thIS frame was made m the normal and regular cours b
that it is an ac te reproduction ofthe document submitted for micro I
MLYNOT BR SUITABLE LI rvv vvv II 0
CONENSATE WATER STORAGE TAW PIPING PLAN QUET 2 OF 2 DKSKOKVKK DIVISIONS IV DkIK OKVI5 IOW
'5 KW IV WK OKVISIO>>
DO Wlt IV WK PALO VERDE OSNSRATINO WW'AT!KNK 3/Sv ~1'-0'3-P-EYA-013 SS I
IWKVSOIS DOK'DIN~
sexrffavaurss + 'I I I I I I
I I I I I I I I I I I 111111111111 I
I I I I I I I I I I I I I I I I I I +I
I I
I I
I I
I I I, I
I I
I I
I I
I I
I I
9-ITN) 1111111111>>>>N>>a>>a>>a>>a>>a>>a>>ail>>
I
~
1
~
1
~
~
~
1
~
~ >> ii a N
N N >>
Ii >>
>> ~
N a I
~
1 1
1
~
1 1
1
~
1 N
a a
N i
~
~
~
1 1
1
~
~
3 1
1 o
7RUE AP UH)r 1 60 Urtt(2 88 UNlt 3 PlANT NORTH
Cd/-uvseri ~DC-4 dr-u-POT-DCDrd. 3 CI'-Ar-or/uccfd.AT lvoe9(AF orl) w.oo6(cr'025) fy(lyr' O'sl lo OTA cout ON Dwcjol c'I'/C 3~08(CZ) 102 c zvc 323 rc z)
'CU C.ZVC. 338 CC 2) 03 1i C r. 021
~ eo OA os ie23 S olrr S-098 S 0'1 AF.009 ctA.nor CH.381)
GfA oo1 NC. 001 cr 0'22
~R~/)f/A BLDG.
1 F. 3/r 91Cr 4
wooe(AF ail eo D
AF.GII W 048 C,.0 fr GW 15 S
EO S Oll S.oo'7 S 024 S. Gers 6 ef'1 oo Af" off DW 046 C I. 0 2 ir GW f'74
~.1 P
w 007(AFDr I
VI 010(C( 0'15) rdv DH.8'/2 9
-l/CDA-2'.
0 2 2 C)IV'.u'/54-HBDD-3"~~
S 009 CTB-925-HCCA-3'~ Q S Ole DEN DSBVPCDA d S.005 it F.nfl S 0'19 NC-Ofe 4
0C V4 aa 4
30 4.
1 Tr Z
C0 4
0 4
4 4
C4 4
0 efD 11 11 C
D C
8 3
V 4Iu C>>
N V
'a Vi N'
4
~xi 0810',
weo W'077
'.OA 45'ELL I
0~%II 1 42AEE) 50 seND(ryrp l'+I-45'E(L Df 6 Va REF.
~V-OOC SC-N-Z35-ffdod-I'CN-Z36-HBDB-I~N-OOC AL fy-DDD N-DDD DETAIL 5
SCALE IFZ ITD Smcroe S
NC ofe en 17 Cr-Ogr ~oS ~~
Ar 009 S Gers nW-Ole ~rn CTA-oof N.OA CH 385 S O38 C r 0'1>>
S 001 (3.001 S O72 NC. 0o I
- 0 1 ra LR-f9 l 0'1 N
wo79 45 csc L rvui s onr
-d3/-RCDJf-8 OJ5-WCCA -5' 039 W nfl ID
~N. OAT Nf0391D'(io 2~10" //
S oee c.r.029 I
///~MOAR
////
IBPALEDIB:O'APAR Pc/LGI(TP. 3PACED
'. O'r'Art r)
'0 I
al 3-r N.ooc Gl6ir3 f
~4003 fir w 080 wno f]H(~cA D
fHSBD 0IC
'I W-DD/
/ N Sure 2 )
I CA HCDA L
v N N V
f l I
s 0~40 'tl f~l o
111 R'93 1S 02f I
(SA. N. 001. rXBDA f'rd.u 09F-HCDA 4'Ru-/99-ffcDA-3" CTA-OFJ-ffCCA-8' uc-PV-Ots/-//BDB-Zd'ff-u-385-tuod-lo A.u o07-HBDA. J" F-8 -po9-Dcclt-c CT.B O2/-ffCCA-8 WC-8'-
ol8-ffBDB-24'F-B-CPO-DECA-4 ol
)
f 9
I f
I
+ REP.
TEE I
(RSF)
GA.Af./75-G r
CDXITDNDA/6.
l
~ !E~
erelff
/
if EE 3113 Bs '~f
~w-ooa E 3113'0 i /5 PGSF./69 I
'::j
~rrrr rpr
,4F-2-DZC-HC A-8 ~rn, c
G'TFI//2 e'F) r CDA)t DAIDv&
/39NAFF 13Z 4
Fpul 26 4-48 DA-/ls cour /3-p-FFF-3 Dd csoRO, D 3.I'fv-ooa (rrEF)
/
+DW-H-054-HCCA-2 CONT. OH DWG.
(REF )
A/ A 009-OCCA-6 CONT. ON DWG.
G oN /3-P-AFF-/32 ru AATCIILIJVEE. 3)2 I
-'Lt'ONT.
DN 13 p-ECF-403
~5('8QTA
6R N-058-HSDA-3" wcwosovvBDS>>r covl/5 9 NPF-do) wcaro/9.//8D8 4'our/3-PivcF-4 0 l ld-u-Orrvsssd-4 COurlsvardF SOZ
SC-fu-WE>>>> 2" /4-u'cas~ozH. 9 coul/SR/dr-sos R~o 079 Hsoe Pelf/V (IIE'Ar Iffr'5DA'G.
cc/-u oc'4. 6BDZC2 cob'Tla-p-cd/F-su r'Hdr-ud 8 -ffoorf-3'arr /3-P- GAF-so/
wc. )r DsuoAFTDFA 2YE'cou/lsvJDSF-srr/
ds uO/5-//Bci5 /frCour /5-PA5F-Ccd DWV/'O58Ssdrd 2'COPV/ /59 DWF-481 Nc N ofo acne 4
FAN Zll GS(M-/4" Mrd nf e2l HSDB. 2' V elo rrSDA 3 FP.N EVS.&SDA ~
1'A u lift
~ HSDA.f enl.u.ilo VSDD is' Ds NCBt Ynofn. 2 AS.A!.OSI.f899-5 COX/TISPASF.405 FP-rV-17/3-OBifrd/'COW/. /5-/P-GSF-soi I
GPl.AP.OSC.RBDA I COR rl9.F.Gdr.4P/
3 REF.
fA. N 0 7 I. HSDA ~ S" fA.N 002.HDDA. 91 De N l)O yndra. 2'21 AS ir oi3 H8DS.fo'W N 058 HCDA 2' I
OWu-/44 -l/997-Gf COAPT/9 POWF-de f f-93rd/-337-TDF.r 2'our /S.P. ZTE-do/(9-7) 11tt t
'o S(
1 No<I NQ461 0< I w.P.ELllo lfh 7)
CONT. FROM w.P. Ec.ieo-'f'3'ie L
SC-4/ 118-DCDB-Pe SCA(-1Z4.DCDB.OB 5C N-ZDI-DCD8. )ls SC.N'-ZZD-HCDB.PS 5CA/- ZDZ.DCDB.
5C)f/.7)9 HCDD- )8 5C h'- 183.DCDB. Sd IS D2~f CF-405 Coif//:/3-P-5 Af-Borg
-DDO ALDAA lv-0 N.DAA H-Dnk vV, P EL. Ilaaea'H AS-N.DSZTVBDB 3 Coif/T. /3-/- 5CF-495 CoiVT. /3 9'- CF-- 497 CoiVT/3-/'SCF. 497
-PV-Z)9-HCDB. 5/e C N-ZZD-HCDO-SO
-N.ZZ4-DCDB-OO
)
Q Af Ill l 11 R
lll I I
I U
l
45' sec ACDSA ty SC-N-794-DCLB-Fd" N-DSA SC-N.ZZB-DCL)9-48'PP A)464-65N-IIZ'fz/FF)
X 1'f AT I
'(TYPZ 8'-io N-DAE NDAE
.V.DEE 9-l 452TYRZ)
CH N 385 HCDA 8; id>>O"Xe" TEE rn'Eir Q Wper
~GI Oof r '"'""'"'"'"""
""'D 0
2o 0
IC IC 3o in o
Z oN 0
4a0a T5 a'l D33sc" CONT. ON PWG.
5 FGDIG+GCid
$ 3//DCDF Dx 4? 7 Pi ii rf 3 ixir ioPY ai O/
I l
i I
I f
I I
I l
l I
I I loidfiilfiiI A,
9i//48 N.T.S.
E Ac9//co CRSJES CONT DX/DIPG
/3-P-5CF-785f D-C)
SC-N-ZDI4)CD8-Od SC-N-7824)CDO-58 5CN-293-DCDB-28 SCALZD4-DC'-22)
DETAIL Z
rvseaceus NT. S.
- SSF, cocoon:pros/
L./rr/8 8.8/59-O" 8
Coul OA DWG FGD C466 5 rs Ys 1111 N
t 1 II II 4
EEF)
IILD N.T..
11 cooPLING (TYP. I PP 6 SEL) v ooo 3 o25 03 oi4 I PA7Pd'f 3
9" 3 3 "3
PWu-/FG.PBDD-/'
o15 f
45vfrsvsHBDB./rr/T/us) 5.0'1'9 I
~DN 73L.HBD8-/~AI-0'h'735-HSDB-/~N.DOB or DE)AIL I
r Wc V E90.HBDB.d J eef fR N i93 HCDA 3' Serfs (A V olro NDDA O' 019 Lrf N 024 HDDD c H GAc FP N. Er/3.C(SDA r
rr OAP r
S 0(6
Fps/-ze+aeos-/IF
~uu~n L
/ >>ILD H-DXE 020
.002 N OAT
.0
-OA N.BAv
~OW.fo C
02 4 et' ofo S oid.
Al8'OTE5 FDR 8/OTEG 8EE 27RRHIIA/G /9"P-ZYR-O/8 Dr-u-442//Dps-3
/;/
P FP-u44 3-48DS V' Id-uo//ffscw-4"
/
Gdw-op/&Bod-Av
-uocr.ssodir Dw N ole HCDA.d. I~sore
Cr.8 O25 HCCA.J
~iS.Off S Oi4.
S 0'19 (DSZ) 2 f S. E35
//Iree:
///
Lr] LR-93 cr- 025
/JA 0011 L
i~u. GAU S. Gi4 0
NO NO I
0 At EP
~
)TFA S.S50 W ol'2 S 0'10 S.of vc ooi
~ eo s 0! 3 S- 0'1 rs 1
DW-W PSS-PFCDA-2
/
TO TORA)WE BLD6.
PW-IV-Sli HCD4-2" TP
onl.u i54 HrlDD 3 IAATCI/'LIAE'.31 2 I oils S eoe S OfD S S32 S 032 OW V i4or H8DD 9'seee I
~2.032 Iwc.u.o79-HDDB 6" s 033 I
I APEEL.9519/N" I
3 3
S 0'1 So 3 Ol C)
O rc r(r 'll
$-024 (to~fr 24 9 J1 5 DD3 S of) 01(P 0
rn ops. BvppoRT Bcoe. Bsp EL./224 9"FPR LDNTSEE NEw owe /3-p.z)A 959.
O
,.'VN it fe 4f2 2'uscsocsr995svrcc
\\
it i Ci 3-DZf Cvr) Mzzr(5)
DIV.N.058.HCDA 2"
)V+90'g OAW I N OAX T
rAFE T l'I 13 29 TL~ ~,:,
f N oAV
/PIFR)
PN7)
Vc[
L'//YR) J.
f 4
D 3fsf"4" 3 23 X 3 DFFP SPSFP Rlrff9)/dr)AO /BFLD)V)
DETAIL (s 0 341 ru TS.
d zso SEF..DDS.'.O'1 8
~SE30 VIIE 95 48 rJlrc C
Fl 03vs Els Tsrnado NO 2
S Olt's 4
I ia g
O D I
~
3 I
I ~
'." V Af DDA N.OOR (Fr rvr) 5.004 Hlee/2)
I L..
/frc-u-147/-HBDB-24' 8 C'PVOX9-I/808.24'/i-O59-l/CDA-vI'I'I ia N SAD FLZD~9/Y~P.
NOAC I
AT AS N 032 HSDO.5' GANO07.uec)A 3' 01 N.OA CTA u O(B.HSDA 3" S-OO(
7 vi o Nw ~547/9 PV422'/ADAPT VYPNHraef-4' 019 pL E. 9/Ptco
~
~ "
...'df CFEX//95-//CDR-3
'sr-uo24-uses-p
-5-APO97/IBDB-9"~
4/
r r(p 1
Ssa I
rdrr/VP L
~ADDS A2
. Citur/5 v>>DWF 202 u9cosc G'-/5(a'9/r TO STANDARD DESIGN DRAW(NG czrvr/s-pdes.
o3 L/cews)
COJV'TIS.P'CTF-FO/
PW COD/:/S-PSSF-FO/
A)T. /3-/JSCF-ZD5 r CZ)frr/9P-CMF-292 L cswrlscAZICE Sof /derris) uoe/to cour/5.pcwF.m rcvcrfad A7 Coul/SVNWC/. 1st 1 ASS PN i cpurl3-p.CivF. Polcssc pii)
AG See As Built Brewing Cross Reterence Lug for any Nnn-incerpereter.'evietiens.
A/T /fP Gr(P Zrlf cour IS.FK -zor-CD
- PKIA/
1-CO/Iris P DSF 28/rdssfS)
Crsfrrsls-P CTF. PP/ /8SC PW) cour/3-p FpF Zp/ (lBPVF) cour/5-R.DPF./o/ /Bscof) cour)9 PSWF ZD/
N, i3 rr Ir rl p.ili "I 2 CONT. fB.P CMF ZO)
CDA)T. PS.P.GAF-202 I
AS FZIIK /L/PR R 7' IIILDIAZG ECA-ZDD-HBC85 CDVTDXI /3PFCF. 755(ff C)
~i.P=
I FCA-294 NBCB-4 CONT DN /3-PF CF-ZD5(NC)
I c
0I-U QK CLI a O IX cCI-rd */NCORP DCN 21 PB rerr~~
INCORP. DCN >>23 RADD Pe A28 rsFIFF/6
.w/A'.AS>>UN)2ffp/sxffsrs/Fd 12 fo y9rt fNCORP. DCNff 21
/AicoRp. Pchr so INCDPEF. DCN 4'17,16 a fe 114 Daa. CHAHSE cv fLG ivr DT ZNCDRP, DCH a/D lf NcoAP 30AP e ) 9 ac AT AT PRSRRDCFPY.RERDETEO LAVE$2of,
)4 1(
lri F12032FF2 Eso,ssdllollsrla D
S.
Ary PHcoff/ Dcff5 4 c LG IB FT IifI FFFFP Fvrcurlsc c>>Pries IVPR
/If ssc cspr.crprrsa Jraripals Erc.
tuccRA cvu, ossp ixfss cc irs aus Rsv. As sffswh'
/P/coRR Dco'+I Z zr 3/ AEDRAR(N, ISSUED fOR CON Roc~to
/559FD Alpcousr/~FL PK Ci J.K NU END CHF EM Eaa CHF NU Ean ECS e>>a E>>a DATE DR CH'K IIEFERENCE DATE oR cH'K Das Nu. DATE REVINDNS Dae. ND.
ND.
REVNIDNS ND.
6 6
BF.CIITEL LOS ANO)ELES ARIZONA NUCLEAR POWER PROJECT PALO VERDE NUCLEAR GENERATING STATION
. ILD "UI(ID.
10487 DNA>>IN>>ND.
13-P-ZYA-015 sara
%" silt. y CONDENSATE WATER STORAGE TANK TUNNEL AREA PIPING PLAN Ql 0