NUREG/IA-0069

* International

Agreement Report

Assessment of RELAP5/MOD2

Cycle 36.04 Using LOFT

Intermediate Break

Experiment L5-1

Prepared by

E. J. Lee, B. D. Chung, H. J. Kim

Korea Institute of Nuclear Safety

P.O. Box 16, Daeduk-Danji

Daejon, Korea

Office of Nuclear Regulatory Research

U.S. Nuclear Regulatory Commission

Washington, DC 20555

April 1992

Prepared as part of

The Agreement on Research Participation and Technical Exchange

under the International Thermal-Hydraulic Code Assessment

and Application Program (ICAP)

Published by

U.S. Nuclear Regulatory Commission
NOTICE

This report was prepared under an international cooperative

agreement for the exchange of technical informationý* Neither

the United States Government nor any agency thereof, or any of

their employees, makes any warranty, expressed or implied, or

assumes any legal liability or responsibility for any third party's

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by such third party Would not infringe privately owned rights.

Available from

Superintendent of Documents

U.S. Government Printing Office

P.O. Box 37082

Washington, D.C. 20013-7082

and

National Technical Information Service

Springfield, VA 22161
NUREG/IA-0069 W Agreement International Report

Assessment of RELAP5/MOD2

Cycle 36.04 Using LOFT

Intermediate Break

Experiment L5-1

Prepared by

E. J. Lee, B. D. Chung, H. J. Kim

Korea Institute of Nuclear Safety P.O. Box 16, Daeduk-Danji

Daejon, Korea

Office of Nuclear Regulatory Research

U.S. Nuclear Regulatory Commission

Washington, DC 20555

April 1992

Prepared as part of

The Agreement on Research Participation and Technical Exchange

under the International Thermal-Hydraulic Code Assessment

and Application Program (ICAP)

Published by

U.S. Nuclear Regulatory Commission
NOTICE

This report is based on work performed under the sponsorship of The Korea

Advanced Energy Institute of Korea. The information in this report has been

provided to the USNRC under the terms of an information exchange agreement

between the United States and Korea (Agreement on Thermal-Hydraulic Research

between the United States Nuclear Regulatory Commnission and The Korea Advanced

Energy Research Institute, May 1, 1986). Korea has consented to the publication

of this report as a USNRC document in order that it may receive the widest

possible circulation among the reactor safety community. Neither the United

States Government nor Korea or any agency thereof, or any of their employees,

makes any warranty, expressed or implied, or assumes any legal liability of

responsibility for any third party's use, or the results of such use, or any

information, apparatus, product or process disclosed in this report or

represents that its use by such third party would not infringe privately

owned rights.
ICAP

ASSESSMENT OF RELAP5/MOD2, Cycle 36.04

USING LOFT INTERMEDIATE BREAK EXPERIMENT L5-1

Abstract

The LOFT intermediate break experiment L5-1, which simulates 12 inch

diameter ECC line break in a typical PWR, has been analyzed using the reactor

thermal/hydraulic analysis code RELAP5/MOD2, Cycle 36.04. The base

calculation, which modeled the core with single flow channel and two heat

structures without using the options of reflood and gap conductance model,

has been successfully completed and compared with experimental data.

Sensitivity studies were carried out to investigate the effects of

nodalization at reactor vessel and core m~odeling on major thermal hydraulic

parameters, especially on peak cladding temperature(PCT). These sensitivity

items are: single flow channel and single heat structure (Case A), two flow

channel and two heat structures (Case B), reflood option added (Case C) and

both reflood and gap conductance options added (Case D). The

code,RELAP5/IIOD2 Cycle 36.04 with the base modeling, predicted the key

parameters of LOFT IBLOCA Test L5-1 better than Cases A,B,C and D. Thus, it

is concluded that the single flow channel modeling for core is better than

the two flow channel nodeling and two heat structure is also better than

single heat structure modeling to predict PCT at the central fuel rods. It

is recommnended to use the reflood option and not to use gap conductance

option for this L5-1 type IBLOCA.

iii

LIST OF CONTENTS

ABSTRACT ...................

LIST OF CONTENTS ...........

LIST OF TABLES AND FIGURES.

EXECU~ITIVE SU)MMARY ..........

ACKNOW~LEDGEMENT ............

.....................................

.....................................

.....................................

.....................................

.....................................

iii

V

Vi

Vii

ix

1. INTRODUCTION ................... ......... I

2. FACILITY AND TEST. .. ... 2.1 LOFT .. .. .. .. .... 2.2 L5-1l.. .. .. .. ....

............

............

............

4

4

4

3. CODE AND MODELING. .................... 6

3.1 RELAP5/MOD2 Cycle360..................6

3.2 Modeling and Nodalization .. .. .. .... .... ...... ....... 6

3.3 Initial and Boundary Conditions .. .. .. .... .... ...... ...8

4. RESULTS AND DISCUSSIONS FROM BASE CASE CALCULATION .. .. .. ... o....10

4.1 Hydraulic Behavior .. .. .. .. .... .... ...... ...... .... 10

4.2 Thermal Behavior .. .. .. .. .... .... ...... ...... ....... 13

5. NODALIZATION AND MODEL SENSITIVITY STUDIES .. .. .. o...... .......15

5.1 Nodalization Sensitivity Study .. .. .. ..............15

5.1.1 Single flow Channel and Single Heat Structure (Ca~se A) 15

5.1.2 Two Flow Channels and Two heat Structures (Case B) . . . .15

5.2ZModel Sensitivity Study .. .. .. .... .... ...... .... ......166

5.2.1lReflood Option Added (Case C).... .. ..o.. .. .. .....1

5.2.2 Reflood and Gap Conductance Option Added (Case D) .. .. ...16

5.3 Inventory Sensitivity Study .. .. .. .... .... ...... ......17

6. RUN STATISTICS .. .. .. .. .... .... ...... ...... .... .......19

7. CONCLUSIONS. .. .. .. ....... o... ...... ... ...... ....... 20

REFERENCES....... . ..... .o ... .. ... .. .. .. .. .. .. .. .. ... 23

TABLES .. .. .. .... .... ...... ... .. .. .. .. .o. .. .. .. 24

F IGUJRES .. .. .. .... .... ...... ... ...... ...... .... .......27

Appendix: Input Listing .. .. .. .... ...... .............. ..... Al

v
List of Tables

1.

2.

3.

Initial Conditions for Experiment L5-1 and Calculation ... Sequence of Events for Experiment L5-1 and Calculation ... Assessment Data and Measurement Uncertainties .. .. .. ..

.. 24 

.. 25 

.. 26 

List of Figures

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

20.

21.

22.

23.

24.

25.

26.

27.

28.

29.

30.

31.

32.

33.

34.

35.

RELAP5 Nodalization for LOFT Test L5-1 .. .. .. .. Axial profile of Linear heat generation rate for Tes

Upper plenum pressure transient.. .. .. .. .. .. Steam dome pressure transient...........

Steam mass flow rate transient. .. .. .. .. .... Feedwater mass flow rate transient .. .. .. .. .. Primary system inventory transient .. .. .. .. .. Intact Loop Hot Leg density transient .. .. .. ... Broken Loop Cold Leg density transient .. .. .. .. HPIS volume flow rate transient .. .. .. .. .. .. Accumulator level transient... .. .. .. .. .. .. LPIS volume flow rate transient .. .. .. .. .. .. Intact Loop Hot Leg mass flow rate transient ....

Reflooding mass flow rate transient .. .. .. .. .. Integrated break mass transient .. .. .. .. .. .. Pressurizer level transient... .. .. .. .. .. .. Steam generator level transient.. .... Reactor liquid collapsed level transient. .. . Cladding temperatures at central 15 inch .. .. ... Cladding temperatures at central 21 and 26 inches.

Cladding temperatures at central 37 inch .. .. ... Cladding temperatures at central 49 inch .. .. ... Cladding temperatures at peripheral 26 inch .. .. . Cladding temperatures at peripheral 45 inch .. .. . Void fractions along the core .. .. .. .. .. .... Time step size... .. .. .. .. .. .. .. .. ... CU ltime ............... The effect of co're* nodaizatiion sen~si~ti'vity on PCT*

The effect of model option senstivity on PCT ....

The effect of two flow channels on peripheral clad t

The changes of primary system inventory .. :.. .. The effect of primary system inventory on primary sy The effect of primary system inventory on accumulato

The effect of primary system inventory on LPSI flowr

The effect of primary system ini entory on PUT...

t L5-1. .. ... 27

28

29

29

30

30

31

31

32

32

33

33

34

34

35

35

36

36

37

37

38

38

39

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45

45

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47

emperature . ..

stem pressure

r liquid level.

ates .. .. ...

vi
Executive Summnary

This report describes the assessment calculations using RELAP5/IhOD2

Cycle 36.04, a frozen version of the code, to predict the thermal-hydraulic

responses of the Loss of Fluid Test (LOFT) L5-1 Intermediate Break Loss of

Coolant Accident (IBLOCA). LOFT IBLOCA Test L5-1 simulated 12 inch diameter

EGG line break in a typical PWR. The objectives of the present assessment

are to provide the applicability and optimum modeling of RELAP5/MOD2 Cycle

36.04 for LOFT IBLOCA Test L5-1. Since ICAP assessment requires sensitivity

studies for nodalization and models, the effect of two nodalization and two

model option sensitivities on PCT are performed under LOFT L5-1 configuration

and sequence. Therefore, the results from this IBLOCA assessment will be

helpful to model a similiar transient of a typical PWR IBLOCA. RELAP5/NOD2

Cycle 36.04, used in this assessment, was receieved in October 1986 from

USNRC. Indexing errors were corrected in subroutine RACCUM, IHTCJIP and

IRFLHT from the frozen code version. There are no changes in physical models

and hence the corrected version can also be regarded as RELAP5/MOD2 Cycle

36.04. Results indicated that the base case modeling (single channel and two

heat structures) predicted the PCT at the central rods better than Case A and

Case B.

Vii
However, Case A improved to predict the clad temperature rising time

by 10 seconds while Case B improved to predict the PCT in peripheral rods.

The code with reflood option underpredicted the PCT than the base case by 7

K. The code, with both reflood and gap conductance model used, also

underpredicted the PUT than the base case by 15 K. Conclusively the code,

RELAP5/110D2 Cycle 36.04 with the base modeling, predicted the key parameters

of LOFT IBLOCA Test L5-1 better than Cases A, B, C and D. Therefore, it is

recommended to use single flow channel and two heat structure modeling; and,

to use the reflood option and not to use gap conductance option for this L5-1

type IBLOCA.

Viii
Acknowledgement

This report was completed under the sponsorship of the Korean Ministry

of Science and Technology. Dr. Sang-Hoon Lee, President of the Korea

Institute of Nuclear Safety, contributed significantly to the project

administration. Authors expresses a great appreciation to professors E. C.

Lee, C. S. Kang in Seoul National University and professors M. HI. Chun,

S. H. Chang in Korea Advanced Institute of Science and Technology for their

in-depth technical reviews in Korea. Final thank goes to Miss E. K. Kim

for preparing data plots.

ix

1. INTRODUCTION

The International Code Assessment and Applications Program (ICAP) has

been conducted by fourteen nations and multinational organizations under the

auspices of the USNRC [1][2]. The USNRC selected two Best Estimate (BE)

codes: RELAP5/110D2 (31[4) and TRAC/PFIINODl. The goal of the program is to

assess the prediction capabilities and models [5) of the current BE thermal

hydraulic(T/H) codes utilizing the available facility test and plant data in

the world. The USNRC has plans to replace its present 10 CFR 50 Appendix K

LOCA/ECCS rule with a best-estimate approach and an evaluation of uncertainty

(2]. The USNRC plans to employ the results from code assessment works to

provide conclusions relative to code accuracy and uncertainties through ICAP.

The present ICAP aims to quantify uncertainties in the codes so that the code

may be used for licensing purposes.

Korean contributions to ICAP include the assessments of RELAP5/IIOD2

using ten experiments and five acutal plant data. Six of the assessments are

performed with LOFT Integral Effect Test (LET) data [6] and two with

seniscale LET data. Two Separate Effect Test (SET) data for critical flow

and condensation are used to assess the code RELAP5/MOD2. The work has been

conducted by KPAERI (Korea Atomic Energy Research Institute), KEPCO (Korea

Electric Power Company) and the overall ICAP work inside Korea has been

organized and performed in KNSC (Korea Nuclear Safety Center), which is

regulatory body in Korea.

Key thermal and hydraulic phenomena such as blowdown, refill and reflood

regarding on LBLOCA and SBLOCA separatly are well identified over the past

1
years. Now, it is necessary to investigate the key phenomena of intermediate

break loca (IBLOCA). The LOFT IBLOCA experiment L5-1 [8) simulated 12 inch

diameter ECC line break (14 % break of 32 inch main piping) in a typical PWR

by utilizing a 0.047 mi diameter orifice. As quick look report for Test L5-1

[9] summnarized the overalls of the experiment, the objective of experiment

L5-1 is to provide data to assess the analytical techniques used to model the

principal phenomena of an intermediate size break.

The RELAP5/1IOD2/cycle 36.04 [3] was implemented in 198 on a CDC 170-875

computer of KAERI. The code was corrected regarding to indexing errors in

subroutines RACCIJI and IHTCKP from the frozen version [11]. There are no

changes in physical models and hence the corrected version can also be

considered as RELAP5/MOD2 Cycle 36.04. Chen and Ilodro used RELAP5/IIOD1 Cycle

13 for pretest (7] and posttest [12] calculations for LOFT L5-1. E. J. Lee

and present authors [10] assessed RELAP5/110B2 Cycle 36.05 by using LOFT

SBLOCA Test data L3-7. The input deck for the LOFT IBLOCA Test L5-1 was

basically equivalent to that used for LOFT L3-7 simulation with some

modifications, which will be explained in Section 3.2.

The base calculation, which modeled the core with single flow channel

and two heat structures without using the options of ref lood and gap

conductance model, has been successfully completed and compared with

experimental data. Two types of nodalization sensitivity studies and two

types of model option sensitivity studies were carried out to investigate the

following effects on PCTs: single flow channel and single heat structure

(Case A), two flow channel and two heat structures (Case B), reflood option

added (Case C) and both reflood and gap conductance options added (Case D).

2
To summarize the objectives, this report aims to provide the

applicability and optimum modeling of RELAP5/110D2 Cycle 36.04 for LOFT IBLOCA

Test L5-1. Since ICAP assessment requires sensitivity studies for

nodalization and models, the effect of two nodalization and two model option

sensitivities on PCT will be quantified under LOFT L5-1 configuration and

experiment sequence. Thus, the results from this IBLOCA assessment will be

helpful to model a siiuiliar transient of typical PWR.

To address these objectives, the report composed of the following

sections. The descriptions of the LOFT system and the experiment L5-1 are

provided in Chapter 2. The code and modelling for a base calculation are

described in Chapter 3. The results of the base case calculation are

discussed in Chapter 4 in terms of thermal and hydraulic behaviors. The

scope and results of nodalization and model sensitivity studies are presented

in Chapter 6. Final conclusions and recommendations from this assessment are

presented in Chapter 7. Appendix A contains the input listing used for base

case calculation.

3
2. FACILITY AND TEST

2. 1 LOFT

The LOFT Integral Effect Test (LET) facility [50 MWtJ has been designed

to simulate the major components and system responses of a comm~ercial

four-loop PWR [1]. The LOFT facility consists of (1) a reactor vessel with a

nuclear core(4 wt% U-235), (2) an intact loop (a steam generator and two

primary pumps parallel), (3) a broken loop (simulated pump and steam

generator and two quick opening valves), (4) the blowdown suppression system

and (5) the emergency core coolant (ECC) system (two LPIS, two HPIS pumps and

two accumulators). To relate LOFT into a PWR, the test facility is designed

as follows: (1) the same linear heat generation rate of the large reactor is

used, (2) LOFT powers are scaled according to component volumes (1:60), (3)

flow areas are scaled to provide the identical flow to large reactor values,

(4) pipe break areas are set in the ratio of core volume and (5) pressure,

temperature and mass flux are identical to large reactor values.

2.2 L5-1

The LOFT intermediate break experiment series L5 was designed to

identify and evaluate the LOFT system thermal-hydraulic response during an

intermediate size break LOCE. Experiment L5-1 was initially operated at

thermal power of 45.9 MRt, vessel temperature difference of 27.0 X, mass flow

rate of 308.2 kg/s at 14.93 M~Pa system pressure. The specific objectives of

experiment L5-1 are to (1) obtain sufficient data to characterize the

prevalent phenomena caused by an ECCS injection line rupture, (2) generate

4
applicable data for use as a base line in the future planning of intermuediate

size break, (3) provide data to assess the analytical techniques used to

model the principal phenomena of an intermediate size break. Also, data

aquisition system was validated during this experiment L5-1.

5
3. CODE AND MODELING

3.1 RELAP5/MOD2 Cycle 36.04

RELAP5/110D2 Cycle 36.04, a frozen version of RELAP5/MOD2 used in this

assessment, was received at October 1986 from USNRC. The code was corrected

regarding to indexing errors in subroutine RACCUII, IHTCMP and IRFLHT. There

are no changes in physical models and hence the corrected version can also be

regarded as RELAP5/MOD2 Cycle 36.04. These corrections were based on the

update work of I{WI and STUDSVIK ([11].

3.2 Modeling and Nodalization

Break, vessel and system modeling including boundary conditions are

described in this section. The break for the IBLOCA was modeled with a motor

valve whose rate of change for the normalized valve area was 14.0 unit per

sec. The full open area, for instance, of LOFT SBLOCA Test L3-7 was 1.278E-5

m2 while the area of L5-1 break was 173.49E-5 m2 so that the area ratio of

two experiments was about 138. For example, L3-7 simulated 1 inch SBLOCA

while L5-l simulated 11.2 inch I.D. accumulator line rupture. The diameter

of actual orifice used in L5-1 experiment was 0.047 m [9] while a 0.004 m

diameter orifice was used for L3-7 and so the diameter ratio of two

experiments was 11.7. The option of normal junction, nonhomogeneous, smooth

area change and choking modeling applied (0000) were used to model L5-1

break.

The pellet stack length of core was 1.68 m and five sets of 15X15 and

6
four sets of 12X12 nuclear fuel assemblies existed (18]. Among 1300 fuel rods

in the LOFT core, the central 204 fuels were modeled as a central hotter pin

and the other 1096 fuels were described as a peripheral heat structure. The

core basically was modeled as one flow channel which has six almost equal

volume length of 0.221 m. Two heat structures were used to model the central

assemblies (12300000) and the peripheral (12310000) assemblies respectively.

Thus, a multiplication factor for the 204 central pins was calculated as

57.12 (1.68X204/6) while the factor for the 1096 peripheral pins was 306.88

(1.68X1096/6). Both reflood and gap conductance option were not used since

the primary pressure was kept higher than 1.0 MPa during the period of

interest and a tabular form of temperature vs. gap conductance data was

used.

The input deck for LOFT L5-1 was basically from the deck equivalent to

that for LOFT L3-7 simulation [10]. Some correction were made from the deck.

For instance, core length was corrected to 1.68 from 1.98 m. HPIS was

modeled with a time dependent junction connected directly into cold leg.

HPIS injection was initiated based on a set pressure , 10.6 HPa of hot leg

pressure. Accumulator was modeled with "ACCUM" , single volume and-a valve.

The initial accumulator water level was corrected to be 1.54 m as in

experiment and activated when the cold leg pressure was lower than 1.66 IlPa.

The model "ACCUW' was disconnected in the calculation when accumulator was

emptied to overcome an accumulator related error. The flows from accumulator

and LPIS were merged into a single volume ECCS header. The values for LPIS

capacity were corrected based on the experiment L5-1 and LPIS was activated

when the RCS pressure decreased to 1.08 MPa. Primary coolant pump was set to

trip at 4.0 seconds. Thermal power was inputted with the combined data from

7
fission and decay power (8]. Other hydraulic and thermal modelings for

primary and secondary loop were conceptually the same as the one used for

L3-7 SBLOCA assessment work [10].

The RELAP5/MOD2 nodalization diagram of the base case is shown in Figure

1. The nodalization has 130 volumes, 136 junctions, 143 heat structures and

793 mesh points. Basically the same nodalization concept as L3-7 was applied

to L5-1. The nodalization for L3-7 [10] is the reference and few changes

were added as described above. Figure 2 shows the comparisons of linear heat

generation rate (kW/m) for experiment and calculation along the core height.

The history of thermal power from fission and decay was properly described in

the input deck.

3.3 Initial and Boundary Conditions

The decks L5ISl2 and L51Tl2 in Cyber 170-875 were prepared for the

purpose of assessment. Convergency was not achieved with the steady deck but

the key values for the initial stages (Table 1) were generally within

tolerable ranges at 300 second steady calculation. So, the values at 300

seconds were taken as the initial conditions for the following transient

calculation. Table 1 shows the initial conditions of both experiment and

calculation. The code predicted the primary system mass flow as 308.27 kg/s,

hot leg temperature as 581.34 K and cold leg temperature as 553.76 K. Other

T/H values for reactor vessel, pressurizer and accumulator were well

predicted except the temperatures for the broken loop. The code

overpredicted the broken loop hot leg temperature as 561.75 X which was 7.45

K higher than experiment. However, the discrepancy would not affect the

8
results of later transient because of the small mass flow (about 2.88 kg/s)

rate through the broken loop. The major values for the steam generator

secondary side were also fairly well predicted. The pressure was 5.00 NPa

and steam mass flow rate was 31.5 kg/s initially. Figure 7 shows the initial

condition and the transient of primary system inventory. Primary system

coolant inventory mass was about 5000 kg and its measurement uncertainty was

about 300 kg. The initial offset from the measurement occurred because the

mass in the broken loop steam generator and pump was not included in the

experiment and analysis [121. Later, an extra calculation with a revised

initial condition might be required to assess its effect on primary system

pressure, accumulator and LPSI flow rates, and PCT.

Boundary conditions, composed of initial condition and sequence of

event, should be matched with actual experimental conditions to describe the

dynamic system boundary properly. Table 2 shows the sequence of events for

experiment L5-1 and the base calculation. Within one second, reactor was

scrammed and the secondary side inlet/outlet valves were closed and HPIS trip

point was reached (10.6 HPa). ilPIS injection was initiated with 2.48 seconds

delay. Lowest in-core thermal excursion started at 184 and 182 seconds in

experiment and base calculation. Accumulator (1.66 [IPa) was injected at

185.8 and 189 seconds respectively. Maximum fuel cladding temperature

reached 715 K at 198 seconds in experiment and 676 K at 210 seconds in base

calculation. So the code underpredicted the PCT by 39 K. Finally LPIS (1.08

MPa) flow was initiated at 201 seconds in calculation and 227 seconds in

experiment.

9
4. RESULTS AND DISCUSSIONS FROII BASE CASE CALCULATION

Table 3 summnarizes the list of assessment parameters. It describes the

identification of calculated and measured parameter in addition to

uncertainties of measurements. The corresponding figure numbers to the

assessment parameters are also listed in Table 3. The system phenomena

governing the response of L5-1 are classified as hydraulic and thermal

behavior for the purpose of further discussions. Hydraulic behavior can be

explained primarily with discharge flow rate, depressurization, external ECGS

flow, system inventory and core mixture level. Thermal behavior can be

catagorized with the core thermal power, SIG secondary operation, core void

and PCT. Since the break diameter is greater than 9 inch, it experiences a

relatively rapid depressurization process compared with a typical SBLOCA.

Thus, the transient can be characterized by a blowdown/ref ill process

occurred relatively slower than typical LBLOCA and the safety is mainly

affected by accumulator and LPIS flow rather than HPIS flow.

4.1 Hydraulic Behavior

The upper plenum pressure was depressurized very rapidly to 7 MPa in 20

seconds, and then, slowly depressurized at a rate of 1 M~a per 50 seconds

until LPIS was initiated (Figure 3). The steam dome pressure was well

predicted (Figure 4) besides the mass flow rates of steam generator inlet

(Figure 5) and outlet (Figure 6). The primary system inventory was well

represented indicating that the discharge and incharge flows from ECCS were

properly described (Figure 7). However, Figure 8 shows the density of ILHL

overpredicted in 50 sec and 250 sec, probably due to overpredicted system

10
pressure (Figure 3) and overestimated LPIS flow (Figure 12). Figure 9 and 10

show the density of BLHL and HPIS flow rate matching with the experiment

fairly well. Figure 11 shows the liquid level of accumulatornand,

interestingly a 15 sec stagnant existed in 215 sec because of the

repressurized system pressure (Figure 3) due to LPIS flow (Figure 12).

Figure 13 shows the flow rate of ILHL and Figure 14 shows the reflboding

rate, which influences the PCT most. Figure 14 indicates the negative flow

after 37 sec till accumulator injects. The positive mass flow is less than

50 kgJs in reflood phase. The slow depressurization occurred because the

energy removed through the break (Figure 15) was less than the energy

generated in the reactor core. After the interface between liquid and vapor

fell below the break elevation, the rate of energy removal through the break

increased. The RCS continued to depressurize after pressurizer was emptied

(Figure 16) until accumulator injected.

The calculations showed that a large volume of water supplied from

accumulator and LPIS more than compensated for the loss of reactor coolant

inventory and repressurized again at 217 seconds (Figure 3, 11 and 12). It

was verified again that accumulator and LPIS influenced more on safety than

HPIS for this type of larger SBLOCA, i.e. IBIJOCA transient (Figure 21). In

core wise, the liquid was drained off at 180 seconds and started to be filled

up again at 190 seconds due to the accumulator injection at 189 seconds.

Significant core uncovery occurred but the core quenches again due to the

accumulator flow initiation (Figure 18).

Although the primary pressure decreased to 1 NPa in 200 seconds (Figure

3), the accumulator flow was injected at 186 seconds so that the fuel

11
cladding temperature quickly dropped thereafter (Figure 21). The steam dome

pressure was predicted initially properly and overpredicted by 0.2 NPa at 25

seconds but,after 90 seconds, underpredicted upto by 0.8 IlPa (Figure 4). The

ILHL density at 50 seconds and 250 seconds were overestimated (Figure 8)

probably due to overestimated ILHL mass flow rate (Figure 13). The

overestimated mass flow rates were caused by overpumping HPIS (Figure 10) and

LPIS (Figure 12) flow rates. These overestimated flow rates caused a 17

second stagnant of accumulator water level (Figure 11) at 217 second and it

also affected the plateau of core mixture level. The base calculation

predicted the key parameters of L5-1 experiment fairly well except two cases:

the starting time of cladding temperature rise (dry-out) and earlier heat up

in peripheral PCT measured. The base calculation predicted the start time of

PCT rise 30 seconds later than the experiment (Figure 21). Figure 15 showed

that the integrated break flow was predicted fairly well within maximum range

of 200 kg. Figure 7 indicated that the primary system inventory was

initially overpredicted by 500 kg and this affected to overpredict the

inventory by 400 - 500 kg over the transient. The overestimated water

inventory probably caused the heatup to start later. Otherwise the low mass

flux CHF correlation from modified Zuber [5] has a deficiency in the

operating range because core mass flow was less than order of 20 kg and flow

area was 0.17 m2 and, therefore, the mass flux surely less than 100 kg/mZ/s.

Providing that the discharge flow rate and the inventory were well predicted,

Modified Zuber correlation overpredicted Q(CHF) and needs to be examined for

this'low range mass flux and pressure. Also, fuel cladding temperature

measurements in a peripheral assembly 4 at 45 inch (T-4E8-45) indicated an

early heat-up, quenching, reheat-up and final quenching (Figure 24).

However, the calculation did not catch the early heat-up.

12
Therefore, nodalization sensitivity study including two-flow channel

effect on the peripheral fuel clad temperature is motivated to investigate

whether the source of the deficiency comes from the code, modelling or

experiment.

4.2 Thermal Behavior

This assessment used a combined thermal power from fission and decay

power. History of thermal power from Reference 8 shows that the magnitude of

fission power is very small after 10 seconds and thereafter the decay power,

ranging from 2 MW to 1 MW, is dominant. A rapid core mixture level drop lead

to a core uncovering. As two-phase circulation through the primary loop

stops, the mixture levels in the S/G tubes drop steadily on both uphill and

downhill side moving into a ref lux cooling mode. The vessel mixture level

also drops slowly during this S/G tube draining period until the mixture

level reaches the bottom of the hot leg. Once the level reaches the bottom

of the hot leg, it starts to decrease very rapidly because of the lack of a

significant water supplied to the core from S/G. The mixture level affecting

the fuel cladding temperature strongly decreases or increases depending upon

loop seal clearing or degree of ECCS water supply. In this case, the mixture

level increased again due to sufficient ECCS water supply.

Liquid void fraction of 230040000 became zero at 150 sec (Figure 25)

and, then, thermal excursion started. At 198 seconds, maximum fuel cladding

temperature of 715 K measured while the code predicted the start tine of

dry-out later by 25 second and the peak as 675 K (Figure 21). At the central

and 26 inch (T-5F4-026) location of fuel assemblies, the code still predicted

13
the start of heatup later with the same heatup rate and underpredicted the

peak by 15 X (Figure 20). At the central and 49 inch (T-5E-49), the code

predicted the start time of core heatup 25 seconds later than the one of the

experiment and still underpredicted the peak by 40 K (Figure 22). At the

peripheral and 26 inch (T-4F9-26), the code overpredicted the peak by 150 X

due to highly estimated LHGR at the peripheral locations (Figure 23). The

measured peak cladding temperature of 715 K at 198 second was obtained at the

central and 37 inch (T-5D8-37) measurement location. The calculation, at

central 36.5 inch, with single flow channel and two heat structures

underestimated the peak as 675 K at 210 seconds while the experiment produced

the PCT as 715 K at 198 seconds.

Consequently, it showed again that compensating effects of discharge

flow, decay power and external ECUS water supply decided the mixture level of

the core. Considering heat transfer mechanism in core side, the core

experienced a slow downward liquid drain off until 180 seconds (blowdown

phase) and started to be filled up again from 190 seconds (refill/reflood

phase). The first part can be considered as a slow blowdown phase and the

second part as a refill or reflood period. Core mixture level increased

again due to the flows from accumulator and LPIS. Accumulator and LPIS flow

injection finally cooled down the fuel.

The effect of two flow channel and even single heat structure on PCT

would be interesting to quantify its effect. The base modeling did not use

the options of reflood and gap conductance model. Therefore, the effects of

each options on PUT will be demonstrated as alternatives of model sensitivity

studies.

14
5. NODALIZATION AND SENSITIVITY STUDIES

From the discussions in the base calculations, two types (Case A and

Case B) of nodalization and two types (Case C and Case D) of model option

sensitivity studies were proposed to quantify its effect on a key safety

paramieter, PCT. The central PCT measured at T-5D8-37 was compared with

HTTEMP 2300410 and a peripheral PCT measured at T-4E8-45 compared with ATIETIP

2310510. First, reflood option was added to the base modeling and, then,

recalculation has been done with gap conductance option added as model

sensitivity items.

5.1 Nodalization Sensitivity Study

5.1.1 Single Flow Channel and Single Heat Structure (Case A)

Case A, which modeled the core as single flow channel and single heat

structure, indicated the start time of clad temperature rise 10 seconds

earlier and underpredicted the PCT by 25 K in comparison with the base case.

A later peak was calculated due to a stagnation of accumulator flow.

Consequently, single pin modeling had advantage of predicting earlier dry-out

time but disadvantage of PCT prediction when compared with the base case,

which modeled the core as single flow channel and two beat structures (Figure

28).

5.1.2 Two Flow Channel and Two Heat Structures (Case B)

Case B, two flow channel and two heat structures, showed a later heatup

15
and still lower PCT but better than Case A. However, a second peak was

observed and not appeared in the experiment, which was directly due to the

stagnant flow from accumulator. Two flow channel and two pin model did not

improve the central PCT prediction but the peripheral PCT was predicted

better. Figure 29 and 30 showed an earlier measurement peak, which was not

predicted in calculations. The earlier peak probably was caused by a liquid

deentrainment during the experiment and the modeling concept based on

one-dimensional could not catch the earlier heatup.

5.2 Model Sensitivity Study

5.2.1 Reflood Option Added (Case C)

Case C, reflood option only added, predicted the PUT 10 K lower than the

base case (Figure 29). The ref lood initiation pressure at Volume 230060000

was set as 2.0 IlPa because the overall system pressure did not go below 1.0

MPa in experiment and to turn on the reflood option as in the experiment.

Case C did not include the accompanying peak during quenching, which was

experienced in the base calculation. This straight quenching without the

peak behaved more closely to the experiment than the base case. Therefore,

using the reflood option is recommended even for the transient process

pressure about 2.00 MNa.

5.2.2 Reflood and Gap Conductance Option Added (Case D)

Case D, both reflood and gap conductance option used, indicated the

start time of clad temperature rise 10 seconds later and even lower PCT by 25

16
K than the base (Figure 29). The second peak during quenching was observed

but the magnitude was negligible. Both models contributed to calculate the

PCT lower than the base case. The higher gap conductance values, the lower

PCTs were calculated. This study also indicated that the gap conductance

data given in the base deck were lower than the data calculated by gap

conductance model. Since the heatup rates of the two cases were similar and

the PCT was underestimated, it is not recommended to use the gap conductance

option for this type IBLOCA;and, instead, tabular form used in the base case

is more preferable.

5.3 Inventory Sensitivity Study

Primary system inventory mass is the one of key safety parameters for a

LOCA. It affects primarily to primary system pressure, ECCS flow rates, core

blowdown/flooding rates, and PCT finally. Thus, the effect of the inventory

mass was investigated to see its effects on the key T/H parameters for L5-1

type IBLOCA. Figure 31 shows the changes of the primary system inventory,

which excluded the mass in the simulated steam generator and pump of the

broken loop so that the initial mass and inventory were reduced during the

overall transient. Figure 32 shows the effect of the mass inventory on

primary system pressure. The reduced one was able to follow the transient of

the experiment more closely till blowdown period around 100 seconds.

Afterwards, it depressurized more rapidly so that the core started to boil

off earlier and, also, the accumulator (Figure 33) and LPIS (Figure 34) were

turned on earlier, too. The earlier actuation of the ECCS components

resulted in quenching the heater rod to heat up earlier. Therefore, the

reduced inventory affected the heater rod to heatup 10 seconds earlier but

17
the maximum PCT was underestimated due to the earlier ECCS actuation.

18
6. RUN STATISTICS

The input models for the base case of LOFT L5-1 included 130 volumes,

136 junctions and 143 heat structures. Figure 26 compared time step size, DT

vs. transient time. Figure 27 compared CPU time vs. transient time. The

ratio of CPU vs transient time camne out to be about 1537/300, i.e. 5.12 for

the base case calculation.

During the transient calculation the following resources were used

Base

Computer time CPU (s) 1537

Number of time step DT 6539

Number of Volumes C 130

Transient real time RT(s) 300

The calculated grind time (code efficiency factor) for 300 s is

CPU * 1000 (1537) * 1000 = 1.80 (m sec/vol/step) for Base Case

C * DT (130) (6539)

The computer used was a cyber 170-875

19
7. CONCLUSIONS

RELAP5/IIOD2 Cycle 36.04 code was assessed using LOFT L5-1 IBLOCA test

data. A base case calculation including single flow channel and two heat

structures was carried out without using reflood and gap conductance models

as a reference case. Two cases of nodalization studies and two types of

model sensitivity studies were conducted to quantify their effects primarily

on P'CT. Case A modeled the core as single flow channel and single heat

structure while Case B modeled the core as two flow channels and two heat

structures. Case C used reflood option over the base modeling and Case D

added gap conductance option to Case C. Additional calculation with the

revised initial inventory showed that it affected to reduce the primary

system pressure more rapidly and, therefore, the fuel rod started to heat up

10 seconds earlier so that the accumulator and LPIS were turned on earlier,

too. Consequently the revised one improved to predict the core heatup time

but the maximum PCT was predicted not more accurately due to the earlier

injection flows from accumulator and LPIS. Based on the results from the

given scope, the following conclusions can be made.

1) Using LOFT IBLOCA test data L5-1, a base case calculation with a base

nodalization was successfully executed and matched fairly well with the LOFT

IBLOCA L5-1 experimental data.

2) The code with base nodalization showed that core clad temperature rise

occurred 25 sec later and underpredicted the PCT by 40 K in comparison with

the experiment. The modeling with a single flow channel and a single heat

structure improved the start of clad temperature rise (heatup) by 10 seconds

20
but underpredicted the PCT worse by 50 K, compared with the experiment. The

model with two-channel and two heat structures predicted the PCT a little

better than Case A by 5 K but heatup started later than the base case by 10

seconds. Therefore, the base modeling, a single flow channel and two heat

structures, proves to be better than the Case A and the Case B to predict the

PCT for LOFT IBLOCA L5-1 transient.

3) The base modeling did not predict the early peak occurred at 125 sec as in

temperature measurement at T-4E8-045 (Figure 30) and the limitation of one

dimensional modeling caused not to predict the earlier peak observed in the

experiment. The model with two channels and two pins improved to predict the

PCT in the peripheral assemblies by 20 K compared with the base case; but,

still the code overpredicted the reflood PCT at the peripheral assemblies

because the modeling assumed higher LHGR.

4) Model sensitivity studies revealed that the case with reflood model option

underpredicted the PUT more than the base case by 10 K. The case with both

reflood and gap conductance option underpredicted the PUT even worse than the

base case by 20 K. Consequently, if both model options were added, then

lower PUT was calculated. The higher the gap conductance values, the lower

PCTs were calculated. This means that the gap conductance data inputted to

the base deck are lower than the values calculated from gap conductance

model. So it is recommended to use reflood option and not to use gap

conducatnce option additionally for the IBLOCA application.

5) 25 seconds later dry-out time encountered in calculating the core thermal

behavior was not significantly improved through the four proposed sensitivity

21
studies although Case A improved the start time of dry-out by 10 seconds.

Results with the revised initial inventory mass indicated that the reduced

inventory improved the core heatup time 10 seconds but the maxiimum PUT was

underestimated due to the earlier injection of accumulator and LIJPS. The

code should model the depressurization properly to predict the heatup and the

CHF modeling at the corresponding pressure and flow rates during the blowdown

was the area for further improvements[l2,13,14]. So, the originally proposed

L5-1 base modelling is the optimum for LOFT IBLOCA Test L5-1 simulation among

the tested cases.

22
References

1. U. S. Regulatory Coimmission, Compendium of ECCS Research for Realistic

LOCA Analysis, NIJREG-1230, May 1987.

2. Guidelines and Procedures for the International Code Assessment and

Applications Program, NUREG-1271, April 1987.

3. V. H. Ransom et al., REALP5/MOD2 Code Mkannual

Volume 1: Code Structure, Systems Models and Solution Methods

Volume 2: Users Guide and Input Requirements, NUREG/CR-4312, March 1987.

4. V. H. Ransom et al., RELAP5/MOD2 Code Mannual

Volume 3: Developmental Assessment Problems, EGG-TFM-7952, December 1987.

5. R. A. Dimenna et al., RELAP5/MOD2 Models and Correlations, NIJREG/CR-5194,

August 1988.

6. C. L. Nalezny, Summary of Nuclear Regulatory Commnission's LOFT Program

Experiments, N1JREG/CR-3214, EGG-2248, July 1983.

7. T. H. Chen and S. M. Modro, Best Estimate Prediction for LOFT Nuclear

Experiment L5-1, EGG-LOFT-5540, September 1981.

8. D. B. Jarrell and J. Mi. Divine, Experiment Data Report for LOFT

Intermediate Break Experiment L5-1 and Severe Core transient Experiment

L8-2, NUREG/CR-2398, EGG-2136, November 1981.

9. J. P. Adams, Quick-Look Report on LOFT Nuclear Experiments L5-1 and L8-2,

EGG-LOFT-5625, October 1981.

10. E. ,J. Lee et al.,Assessment of RELAP5/MOD2, Cycle 36.05 Against LOFT

Small Break Experiment L3-7 (NUREG/IA Draft)

11. Seeberger, RELAP5/MOD2-RH2 Modification of Cycle 36.04, U811-87-3065a,

December 22 1987, Kraftwerk Union, Erlangen.

12. T. H. Chen and S. M. Modro, Posttest Calculation of LOFT Intermediate

Break Experiment L5-1 and Severe Core Transient Experiment L8-2,

EGG-LOFT-6004, September 1982.

13. S. N. Aksan et al., Switzerland's Code Assessment Actvities in Support

of the ICAP, PSI Paper Presented at the 16th Water Reactor Safety

Information Meeting, October 24 1988, Gaithersburg, Maryland, U.S.A.

14. H. J. Kim, Letter to R. R. Schultz, Jan 17, 1991

23
Table 1 INITIAL CONDITIONS FOR EXPERIMENT L5-1

Experiment L5-1 REALP5/MOD2/Cycle 36.04

Parameter Measured Value Calculated Value

(EDR [8]) (L51S12) [I.C. of L51Tl12

Primary System

Mass flow (kg/s) 308.20 308.27

Hot leg pressure (MPa)(a] 14.93 14.87

Cold leg temperature (K) 552.30 553.76

Hot leg temperature (H) 579.10 581.34

Boron concentration (ppm) 669.00

Vessel DT (K) 26.80 27.58

Reactor Vessel

Power level (MW) 45.90 45.77

Max LIIGR (kW/m) 46.00 42.50

Pressurizer

Vapor volume (m) 0.33

Liquid volume Wm) 0.60

Liquid temperature (K) 615.00 614.48

Liquid level (in) [a] 1.13 1.10

Broken Loop

Cold leg temperature (K) 549.20 557.40

Hot leg temperature (H) 554.30 561.75

Steam Generator Secondary Side

Liquid level (in) [b] 0.27 0.287

Liquid temperature (H) 537.80 533.210

Pressure (MPa) 5.05 5.010

Mass flow (kg/s) 25.30 24.493

Accumulator A

Liquid level (in) [c] 1.49 1.490

Pressure (MPa) 1.66 1.660

Liquid temperature (H) 308.20 308.200

[a] Out of specification, but did not impair results

[b] The liquid level is defined as 0.0 at 2.95 m

above the top of the tube sheet

[ci Liquid level is measured from 0.32 m

above the bottom of the accumulator vessel

24
Table 2 SEQUENCE OF EVENTS FOR EXPERIMENT L5-1

Time after

Experiment Initiation (s)

Events Experiment Calculation

L5-1 [8] L51Tl2

Cold leg QOBV opened [a] 0.0 0.0

Reactor scrammed 0.17 0.06

Main feed pump tripped and steam control

valve started to close 0.17 0.07

Upper plenum reached saturation 0.20 0.25

HPIS trip point reached (10.6 JIPa) 0.40 0.30

HPIS injection flow initiated 2.88 2.90

Primnary coolant pump tripped 4.00 4.00 B.C.

Broken loop cold leg reached saturation 10.50 11.00

Steam generator steam control valve closed 12.10 12.00

Pressurizer indicated empty 15.50 15.00

Primary pressure dropped below secondary 53.00 50.00

Fuel cladding thermal excursion started 108.40 141.00

Lowest in-care thermal excursion level

reached 184.00 181.00

Accumulator A injection started 185.80 187.25

Maximum fuel cladding temperature reached 198.00 207.00

(715 K for Experiment L5-1) (675 K at 23004)

LPIS flow initiated 201.00 195.49

(a] Experiment initiation is defined to be

cold leg pressure began to increase.

the time when the broken loop

25
Table 3 Table 3List of Assessment Parameters (LOFT L5-1)

Description

Primary System

Pressure (Pa)

Steam Dome

Pressure (Pa)

Steam Mass

Flow rate (kg/s)

Feedwater Mlass

Flow Rate (kg/s)

Primary System

Inventory (kg)

ILHL

Density (Mg/m3)

BLCL

Density (Mg/m3)

HPIS Volume

Flow Rate (L/s)

Accumulator

Level (in)

LPIS Volume

Flow Rate (L/s)

ILHL Mass

Flow Rate (kg/s)

Reflboding Mass

Flow Rate (kg/s)

Integrated Break

Mass Flow Rate (kg/s)

Pressurizer

Level (in)

Steam Generator

Level (in)

Reactor Water

Level (in)

Cladding Temp (H)

(Central, 15 inch)

Cladding Temp (K)

(Central, 21 & 26 "

Cladding Temp (K

(Central, 37 inch)

Cladding Temp (K

(Central, 49 inch)

Cladding Temp (K)

(Peripheral, 26 ")

Cladding Temp WK

(Peripheral, 45"

Void Fraction

Time Step,DT (sec) 4

CPU time (sec)

- Not available

Calculation Measurement Uncertainty Figure

P 25001

P 53001

IIFLOWJ 54000

IIFLOWJ 56900

CNTRVAR 72

RHO 10001

RHO 34501

MFLOWJ 64000

CNTRVAR 4

MFLOWJ 63000

MFLOWJ 10001

MFLOWJ 23001

CNTRVAR 51

CNTRVAR 2

CNTRVAR 1

CNTRVAR 10

2300110 ( 7.5

2300210 (19.5

2300310 (27.5

2300410 (36.5

2300510 (45.5

2300610 (52.5

2310310 (27.5

2310510 (45.5

V0IDF 23001 -

CNTRVAR 81

CPUTIME

PE-lUP-001A

PE-SGS-001

FT-PO04-012

FT-PO04-722

Fig 4 EDR

DE-PC-OO2B

DE-BL-002B

FT-P128-104

LE-ECC-01A

FT-P120-085

FT-P139-272

0.140-0.777

EDR [8]

0.087-0.077

0.28

2.40

300.0

0.13

0.099

0.014

0.007

0.37

4.6

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

QLR [9)

it,)

it')

~it)

to )

to )

06

T-5E8-015

T-5F4-021

T-5F4-026

T-5D8-037

T-5E8-049

T-4F9-026

T-4E8-045

4.2 K

at 600 1K

it

it

it

'I

26
I -I

In0

IN

.4-' 0=

'4-0

1-4

'-40

'-4

0~

Lr,

bI~

1-4

27
-o roi-4

-E00

CC)

L4 

Cl 

-

$

* 0

4-)= - 0 C

.-. 

0

E

Eo 

"-4

b

0D 4-

0'

C14

00 0 0

Ln~~ Vo0

(UU/M) 00M uLIDJU00 00H OQ-r

28
Upper Plenum Pressur'e

aU

I.

mp

0

L

aL.EW0

1.3E+07

1.0E407

S.DE406

2.5E+06

0.0

0.0 50.0 100.0 150.0 200.0 250.0

Time aft.er rupture (sec)

Figure 3. Upper plenum pressure transient;

Steam Dome Pr-essure

7.DE4V

6.0E406

-4.0E406

3.DE406

CL

Cal. P-13001

--- -----

300.0

2.DE406 L

1.oE406 L

0.0

0.0 50.0 100.0

Ti me

150.0 M

after rupture (sac)

x

Figure 4. Steam dome pressure transient

29
Steam mass Out

a

N

U

ji

a

L

3

0

ii.

25.0

20.0

15.0

10.0

5.0

0.0

0.0 50.0 100.0 150.0 280.0

Time after rupture (see)

Figure 5. ,Steami mass flow rate transient

SteaM Mass In

S

S

S

3

0

IL

28.0

21.0

24.0

22.0

20.0

13.0

16.0

14.0

12.0

10.0

3.0

6.0

4.0

2.0

0.0

-2.0

Exp.* FT-PO04-72-2

Cal. MM..OW.Z6500

I - L -I I I

0.0 50.0 100.0 150.0 3M.0

Tim. after rupture Caac)

Figure 6. Feedwater mass flow rate transient

30
Primary Inventary

0.0

0.0 50.0 '100.0 150.0 200.0 2

Ti me after ruptu~re taec)

Figure 7. Primary system inventory transient

Intact Loop Not Leg

U

I

100.0

9M.0

8M0.0

~70.0

100.0

0.0 100.0

Time after rupture (uec3

Figure 8. Intact Loop Hot Leg density transient

31
Broken Loop Cold Leg

U

di

0

1000.0

900.0

700.0

900.0

10M.0

0.0

-100.0

0.0 M.0 100.0 13D.0 200.0 20.

Ti me after rupture (ace)

Figure 9. Broken Loop Cold Leg density transient

Volume flow (HPIS)

3M0.0

2.0

1.3

0.

0.0

0.0 50.0 100.0 150.0 200.1

T Ime after rupture (ea)c

Figure 10. HPIS volume flow rate transient

32
Accumul stor Level

2.0

1.6

S

-f

1.6

1.4

1.2

1.0

0.0 50.0 100.0 150.0 20.

Time af~ter rupture (see)

Figure 11. Accumulator level transient

Volume Flow (LPtS)

S

S

.5i

LL

20.0

19.0

19.0

17.0

16.0

15.0

14.0

13.0

12.0

11.0

10.0

9.0

9.0

7.0

6.0

5.0

4.0

3.0

2.0

1.0

0.0

-1.0

-Exp. FT--PI 20-095

Cal. MFL.OWJ63000

0.0 50.0 100.0 150.0

Ti me after rupture (see)

Figure 12. LPIS volume flow rate transient

33
Intact Loop Hot Log

400.0

E

LL

100.0

0.0

0.0 50.0 100.0 1311.0 2M0.0 250.0

Time after rupture (3ec)

Figure 13. Intact Loop Hot Leg mass flow rate transient

MFLOWJ230001

U

3

a

4M0.0

150.0

300.0

250.0

0.0

0.0 50.0 100.0 150. 2.0 200.0

TI.me after rupture (sec)

Figure 14. Reflooding mass flow rate transient

34
Integroeted Breakc Flaw Rate

x

S

U.

C5M.0

40M0.0

0G.0

. 0 .0 - -

Fii

100.0 1M.0 200.0 2

TIme after rupture (cec)

gure 15. Integrated break mass transient

PMR Level

a

S

1.2

1.0

0.40(1

0.4=0

0.0

0.0 50.0 1=00 IM.0 20.0 a

Time after rupture (*cc)

Figure 16. Pressurizer level transient

35

3=0c
S/Ia Level

-i

a

0

-J

4.0

3.5

3.0

2.5

2.0

1.5

1.0

Time after rupture (sac)

Figure 17. Steamn generator level transient

WO.0

RX Level

2.0

1.5

U

S

S

1.0

0.5000

0.0

0.0 50.0 100.0 1M.0 =2.Q 5.

Time af ter ruptuare (aco)

Figure 18. Reactor liquid collapsed level transient

36
Cladding Temperature

L

.8,

C

U

I..8,

U

7M0.0

550.0

450.0

4M0.0

0.0 50.0 100.0 150.0 200.0 250.0

Ti me aft~er rupture (aec)

Figure 19. Cladding temperatures at central 15 inch

Clamddi1ng Temperature

U

I.

03

C

U

7M0.0

600.0

400.0

0.0 50.0 100.0 150.0 200.0 20.0

Time after rupture (sec)

Figure 20. Cladding temperatures at central 21 and Z6 inches

37
Cliadding Temnperature

U

L

43

U

L

S

I

43

03

r

0

0

a

U

900.0

75D.0

700.0

650.0

600.0

450.0

0.0 W0.0 100.0 150.0 200.0 250.0

Time aft~er rupture (sac)

Figure 21. Cladding temperatures at central 37 inch

Ma0.

Cladding Temperature

C

U

900.0

75D.0

700.0

600.0

450.0

4M0.0

0.0 50.0 100.0 150.0 200.0 250.0

Time after rupture (sac)

Figure 22. Cladding temperatures at central 49 inch

38
Cladding Temtperaoture

U

a.

di

C

a

0.

U

a

di

01

C

*0

*0

U

LI

700.0

650.0

600.0

550.0

450.0

0.0 50.0 100.0 150.0 200.0 250.0

Time after ruptur-e (Dec)

Figure 23. Cladding temperatures at peripheral 26 inch

300.0

C

a.

di

C

Idi

F

LI

700.0

650.0

600.0

500.0

Cladding Temperature

Ex.ET-4E6-045

-- ClHTTEM 2300510 ..Cal HTTEN 2300510

k

400.0 1

0.0

i

50.0 100.0 15D.0 200.0M.

Time after rupture (Dec)

Figure 24. Cladding temperatures at peripheral 45 inch

39
Vold Fractlona

1.0=0

S

U

U

I,

a

L

(I.

-o

0

0.800

0.600

0. 4m0

0.0

0.0 50.0 100.0 150.0 200.0 250.0

Time after rupture (cac)

Figure 25. Liquid fractions along the core

40
Time Step, DT

0.100

0.090

0

a

U

U

U

I0.AM0

0.0400

0.020

0.0

0.0 50.0 100.0 150.0

Ti me after rupture (sec)

Figure 26. Time step size

CPU. T Ime

150C.

12M.0

1=.o

0

S

S

I

0.0

0.0 50.0 100.0 150.0 200.0

Time af ter rupture (o.ecl

Figure 27. CPU time

41
Cladding Temperature

CL

a

U

750.0

700.0

650.0

550.0

450.0

400.0 L

Figure 28. The

100.0 150.0 200.0 250.0 300.0

Time after r-upture (sac)

effect of core nodalization sensitivity on PCT

Cladding Temper~ature

L

CL

U

900.

750.0

700.0

650.0

600.0

550.0

500.0

450.0

400.0

L

-T-5DO-037

Single Channel Two Pin Refl cod

SReflocod &. Cap Cond

0.0 5D.0 100.0 150.0 200.0 250.0

Time after rupt~ure (see)

Figure 29. The effect of model option senstivity on PCT

42

300.0
Cladding Temperat~ure

700.0

T T-4EG-045

Single Channel Two Pin

..Two Channel Two Pin

650.0-

5M60.0

U

450.

40.

0. 00100 10. M0 2D0 3 .

Time~~~~ rpue afe sc

Fiue3.Teefc ftofo hneso eihrlca eprtr

-43
Primar'y inventory

1M.0

30.0

0.0 30.0 100.0 150.0 2W.0 2M0.0

Time infte. rupture (ame)

Figure 31. The changes of primary system inventory

Upper Plenum Pnpasure

a

0.

U

L

a

a

S

0.

I .3E*07

0.0

0.0 50.0 100.0 150.0 2DD.0 250.0 300.0

Time after rupture (vec)

Figure 32. The ef fect of primary system inventory on primary system pressure

44
Accumulator Level

2.0

-j

1.4

1.2

1.0 IIL

Time after rupture (sac)

Figure 33. The effect of primary system inventory on accumulator liquid level

Volume Flow ILPIS)

IL

213.0

19.0

17.0

16.0

15.0

14.0

15.0

12.0

11.0

10.0

3.0

9.0

7.0

6.0

5.0

4.0

3.0

2.0

1.0

0.0

-1.0

E xp. FT--P1 20-4M5

Cal.* MFL0WJS2000 - Cal. * LOWJG200=

0.0 . 100.0 3M.0

Time after rupture (sec)

Figure 34. The effect of primary system inventory on LPSI flowrates

45
Claddirg Tew~mratui-a

eoo~o -Exp. ET-UDS-037

-- Cal. H4rtEH 2300410

750.0Col. HTTEM 2300410E

*z I

0.0EL 500 l. M.W0 2.

TIne after rupture (mmc2

Figure 35. The effect of primary system inventory on PCT

46
Appendix: Input Listing

/JOB

L51S1 , T6000.

/USER

ATTACH,STH2XT,RE364BX.

PURGE, L5SRP12/NA.

DEFINE, RSTPLT=L5SRP12.

FILE, RSTPLT, SBF=NO.

RFL ,CM=350000,EC=200.

REDUCEH(-

RE364BX, ,*PL=50000.

/EOR

=LOFT L5-1 POST TEST ANALYSIS

* INITIAL CONDITIONS

* CORE POWER =45.9 MW

* PCS FLOW = 308.2 KG/S

* THOT =579.1 K

* THOLD =552.3 K

0000100 NEW STDY-ST

0000101 RUN

0000105 5.0 10.0

0000110 NITROGEN

* TIME STEP CONTROL CARDS

*END TIMIE MIN DT MAX DT OPTNNMNR M.JR RST

0000201 500.0 13E-6 0.25 11 8 200 200

*CARD) ABOVE IS A REPLACEMENT CARD OF THE ONE BELOW

*0000201 200.0 13E-6 0.25 2 4 100 100

*MINOR EDIT VARIABLES

*STEADY STATE PLOT REQUESTS

0000------1------ 010000-------------

0000301 P 2530010000

0000302 PF 2530010000

0000303 TEMPF 2850010000

0000304 TEMPF 5185010000

0000306 NFLOWJ 540000000

0000307 JIFLOWJ 985000000

0000308 JIFLOWJ 995000000

0000309 CNTRL VAR 1

0000310 CNTRL VAR 2

0000311 MFLOWJ 566000000

0000312 CNTRL VAR 910

0000313 JIFLOWJ 100010000

0000314 P 420010000

0000315 VOIDG 500010000

*TEMPERATURES

0000316 SATIEMP 345010000 * TE-BL-1A,1B,1C

0000317 SATTEMP 310010000 * TE-BL-2A, 2B ,2C

0000318 SATTEMP 100010000 * TE-PC-ZA, 2B, 2C

A. 1
0000319 SATTEIIP 180010000

0000320 SATTEMP 114010000

0000321 SATIENP 116010000

0000322 SATTEMP 510030000

0000323 SATTEZIP 415040000

0000324 SATTEMP 415030000

0000325 SATTEJIP 205010000

0000326 SATTEMP 210010000

0000327 SATTEI'P 210050000

0000328 SATTEZIP 210060000

0000329 SATUEMP 215010000

0000330 SATTEMP 220010000

0000331 SATTEMP 250010000

0000332 SATTEMP 251010000

0000333 SATTEMP 255010000

* ---- ---- 1----1------1-------- 1----

" TE-PC-1

" TE-SG-1

" TE-SG-2

" TE-SG-3

" TE-139-19

" TE-139-20

" TE-1ST-1 /TE-2ST-1

" TE-1ST-2 /TE-2ST-2

" TE-1ST-6 /TE-2ST-6

" TE-1ST-7 /TE-2Sr-7

" TE-iST-lO TE-2ST-10

" TE-1ST-13 /TE-2ST-13

" TE-iIJP-fi

" Th-2UP-4

" TE-1IJP-3

*DENSITIES

0000334-----1--45-1------1---- -1----1------

0000334 RHO 345010000 * DE-BL-1

0000335 RHO 3180010000 * DE-BL-l

0000336 RHO 180010000 * DE-PC-1

0000337 RHO 110000000 * DE-PC-3

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*VELOCITIES

0000339------1----- 1------1---- -1----1------

0000339 VELF 345010000 * FE-BL-1

0000340 VELF 3180010000 * FE-BL-2

0000341 VELF 180010000 * FE-PC-i

0000342 VELF 100010000 * FE-PC-2

0000343 VELG 345010000 * FE-BL-1

0000344 VELG 3180010000 * FE-BL-2

0000345 VELG 180010000 * FE-PC-i

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*MASS FLOW RATES

0000347------1------ 1------1-----1-----1-----1---

0000347 MFLOWJ 3150010000 * BREAK PLANE BLCL

0000349 IIFLOWJ 345020000 * Drr-RAKE BLUL

0000350 MFLOWJ 310020000 * DTT-RAKE BLHL

0000351 MFLOWJ 180010000 * DTT-RAKE ILCL

0000352 MFLOWJ 100020000 * DTT-RAKE ILHL

0000353 IIFLOWJ 400010000 * PRES. SURGE LINE FLOW

0000354 MFLOWJ 541010000 * FE-P4-12

0000355 IIFLOWJ 566000000 * FE-P4-72-1

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*CLADDING TEMPERATURES CONTROL MODULE

0000356-----1-----130---1------------0-

0000356 HTTENP 230000110*

0000357 HTTEMP 230000210

0000358 HTTENP 230000310

0000359 HTTEMP 230000410

0000360 HTTEMP 230000510*

*----------- 1--------1-------- 1--------1I------1-- ------- 1----

*LIQUID FRACTIONS IN THE PRESSURIZER*

A. 2
0000362 VOIUF 415010000

0000363 VOIDF 415020000

0000364 VOIDF 415030000

0000365 V0IDF 415040000

0000366 VOIDF 415050000

0000367 VOIDF 415060000

0000368 VOIDF 420010000

0000369 VOIDF 420020000

0000370 HTTENP 231000110

0000371 IITTEMP 231000210

0000372 HTIEKP 231000310

0000373 HTTEMP 231000410

0000374 HITEMP 231000510

0000375 HTTENP 231000610

* TRIPS

* 501-509 GENERAL TRIPS

*ALWAYS TRUE

0000501 TIME 0 GE NULL 0 -1.0 L

* ALWAYS FALSE

0000502 TIME 0 LT NULL 0 -1.0 N

* PRESSURIZER LOW LEVEL ALARMI

0000503 CNTRLVAR 002 LE NULL 0 0.3810 L

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

* 510-519 TEST SPECIFIC TRIPS

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

* SCRAM

0000510 P 100010000 LE NULL 0

* T 677 COLD LEG QOBV CARD 3650301

0000511 TIME 0 LT NULL 0

0000512 TIME 0 GE NULL 0

0000677 511 AND 512 N

* ---- ---- 1----1------1-------- 1----

* LT 678 COLD LEG ISOL VALVE CARD 3550301

0000678 501 OR 501 N

* ---- ---- 1----1------1-------- 1----

* LT 681 ECC CHECK VALVE CARD 6000301

0000577 MFLOWJ 600000000 GE NULL 0

0000578 P 605010000 GE P 1

0000681 577 AND 578 N

* ---- ---- 1----1------1-------- 1----

* LT 682 ACCUMULATOR VALVE CARD 6100301

1. 4193+7 L

7302. N

0.0 L

5010000

0.0

0.0

N

N

0000579 TINE 0

0000682 579 OR

* T 683 HPIS JUNCTION

0000513 P 10001

0000514 TIME 0

0000515 TINE 0

0000610 514 OR

0000683 610 AND

*----------- 1--------1 ----

* LT 684 LPIS JUNCTION

0000

GE NULL 0

579 L

-1 ----

1.0+9 L

LE

LT

UT

515

513

CARD

NULL

NULL

NULL

6400200

0

0

0

N

N

13.159+6

1800.

5974.

L

N

L

CARD 6350200

A. 3
0000684 510 AND 510 L

* ---- ---- 1----1------1-------- 1----

" LT 685-686 STEAM VALVE CARD 5400301

" OPEN TRIP

0000589 P 530010000 GT NULL 0

0000590 P 530010006 LT NULL 0

0000670 685 OR 589 N

0000671 -590 AND -686 N

0000685 671 AND 670 N

* CLOSE TRIP

0000591 P 530010000 GT NULL 0

0000592 P 530010000 LT NULL 0

0000672 686 OR 592 N

0000673 -591 AND 672 N

0000674 -685 AND 699 N

0000686 673 AND 674 N

* ---- ---- 1----1------1--------1I----

* LT 687 STEAM BYPASS VALVE CARD 5450301

0000516 TIME 0 GE NULL 0

0000517 P 530010000 GT P 546010000

0000687 516 AND 517 N

* ---- ---- 1----1------1-------- 1----

* LT 688 FEED JUNCTION CARD 5660200

0000688 510 AND 510 L

* ---- ---- 1----1------1-------- 1----

* LT 689 FEED VOLUME CARD 5650200

0000689 510 AND 510 L

* ---- ---- I----1------1-------- 1----

7. 1125+6 N

6.9747+6 N

6.5613+6 N

6.4924+6 N

3574. L

0. N

* LT 690 AUX FEED JUNCTION

0000690 516 AND 516

* ---- ---- 1----1------1-------- 1----

* LT 692 PZR SPRAY VALVE

0000583 P 420010000 (iT

0000584 P 420010000 LT

0000665 583 OR 692

0000692 -584 AND 665

* ---- ---- 1----1------1-------- 1----

*LIT 695 PUP 1iTRIP

0000695 510 AND 510

* ---- ---- 1----1------1-------- 1----

* LT 696 PUP 1 VELOCITY TABLE

0000696 502 AND 502

* ---- ---- 1----1------1-------- 1----

*LIT 697 PCP 2TRIP

0000697 510 AND 510

* ---- ---- 1----1------1-------- 1----

* LT 698 PCP 2 VELOCITY TABLE4

0000698 502 AND 502

* ---- ---- 1----1------1-------- 1----

,ARD 5690200

L

;ARD

iULL

4ULL

4350301

0

0

N

N

1.533874+7 N

1.516637+7 N

;ARD 1350301

N

CARD 1356100

N

CARD 1650301

N

CARD 1656100

N

* LT 699 SCRAMI CARD 20269900 OR 20290000

0000699 510 OR 510 L

* INTACT LOOP

*REACTOR VESSEL NOZZLE - INTACT LOOP HOT LEG

A. 4
1000000

1000001

1000101

1000102

1000200

1001101

1002101

1001201

1002201

"RVN ILHL

2

0.0

4.OE-5

0

252010000

100010000

10.523000

10.517000

0

1.58878

0.0

14913500.

100000000

105000000

10.523000

10.517000

BRANCH

0.102752 0.0

00

1328990.0 2461830.0

0.0634 0.1

0.0 0.1

0.0

0.0

0.0

0.0

0.1

0.1

0.0

0002

0000

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*PRESSURIZER CONNECTION TEE REACTOR VESSEL SIDE

1050000 "PZR T RVS "BRANCH

1050001 1 0

1050101 0.0634444 1.0531192 0.0 0.0 0.0 0.0

1050102 4.OE-5 0.0 00

1050200 0 14905700. 1328990. 2461990. 0.0

1051101 105010000 107000000 0.0 0.12 0.12 0000

1051201 10.757000 10.757000 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*PRESSURIZER CONNECTION TEE

1070000 "PZR T "BRANCH

1070001 1 0

1070101 0.0620253 0.2810215 0.0 0.0 0.0 0.0

1070102 4.OE-5 0.0 00

1070200 0 14897600. 1328990. 2462160. 0.0

1071101 107010000 110000000 0.0 0.135 0.135 0000

1071201 11.009 11.009 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*PRESSURIZER CONNECTION TEE STEAM GENERATOR SIDE

1100000 "PZR T SGS "BRANCH

1100001 1 0

1100101 0.0606063 0.9207292 0.0 0.0 0.0 0.0

1100102 4.OE-5 0.0 00

1100200 0 14888500. 1328980. 2462350. 0.0

1101101 110010000 112000000 0.0 0.15 0.15 0000

1101201 11.628000 11.628000 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*HOT LEG PIPING

1120000 "HOT LEG PP" PIPE

1120001 2

1120101 0.0 2

1120201 0.0 1

1120301 1.38893 1

1120302 0.707687 2

1120401 0.0796973 1

1120402 0.0579614 2

1120501 0.0 2

1120601 0.0 1

1120602 90.0 2

1120701 0.0 1

1120702 0.246447 2

1120801 4.OE-5 0.0 2

1120901 0.20 0.20 1

1121001 00 2

A. 5
1121101 0000 1

1121201 0 14873600. 1328970. 2462670. 0.0 0.0 01

1121202 0 14885900. 1328970. 2462410. 0.0 0.0 02

1121300 0

1121301 11.628000 11.628000 0.0 01

* --- -- 1 -- -- 1 -- --1-----1 - 1 -- -- 1 -----1---

*SG INLET PLENUM

1140000 "SG IN PLNII" BRANCH

1140001 2 0

1140101 0.0 0.629795 0.3~

1140102 4.E-5 0.0102 00

1140200 0 14801000. 132k

1141101 112010000 114000000 0.0

1142101 114010000 115000000 0.0

1141201 8.1466000 8.1466000 0.0

1142201 4.4143000 4.4143000 0.0

*----------- 1--------1 ------ 1-- --

*SO U-TUBES

1150000 "SG TUBES "PIPI

1150001 8

1150101 0.0 8

1150201 0.151171 7

1150301 0.902 1

1150302 0.6096 3

1150303 0.462908 5

1150304 0.6096 7

1150305 0.902 8

1150401 0.136356 1

1150402 0.0921538 3

1150403 0.0699783 5

1150404 0.0921538 7

1150405 0.136356 8

1150501 0.0 8

1150601 90.0 4

1150602 -90.0 8

1150701 0.902 1

1150702 0.6096 3

1150703 0.299572 4

1150704 -0.299572 5

1150705 -0.6096 7

1150706 -0.902 8

1150801 1.27-7 0.01022 8

1150901 0.0 0.0 7

1151001 00 8

1151101 0000 7

1151201 0 14781200. 130~

1151202 0 14767100. 129:

1151203 0 14755800. 127'

1151204 0 14746400. 126'

1151205 0 14741200. 125~

1151206 0 14738500. 124'

1151207 0 14736200. 123'

1151208 0 14733400. 122

1151300 0

1151301 4.3678000 4.3678000 0.0

1151302 4.3300000 4.3300000 0.0

3532

M95.

0.0

2464200.

0.0

0.0

90.0

0.0

0.0

0.0

0. 512756

0100

0100

--1----------1 ---- --1--

-- 1------1----

8850.

2040.

1830.

1890.

8740.

1990.

7950.

3440.

2464620.

2464910.

2465150.

2465350.

2465460.

2465520.

2465570.

2465630.

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

01

02

03

04

05

06

07

08

01

02

A. 6
1151303 4.2988000 4.2988000 0.0 03

.1151304 4.2777000 4.2777000 0.0 04

1151305 4.2587000 4.2587000 0.0 05

1151306 4.2370000 4.2370000 0.0 06

1151307 4.2166000 4.2166000 0.0 07

* ---- ---- 1----1------1-------- 1-------- 1-------- 1----

*SG OUTLET PLENUM

1160000 "SG OUT PLN" BRANCH

1160001 2 0

1160101 0.0 0.629795 0.33532 0.0 -90.0

1160102 4.E-5 0.0102 00

1160200 0 14735800. 1228440. 2465580. 0.0

1161101 115010000 116000000 0.0 0.0 0.0

1162101 116010000 118000000 0.0512 0.0 0.0

1161201 4.1997000 4.1997000 0.0

1162201 7.7841000 7.7841000 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1----

*PUMP SUCTION PIPING

1180000 "lPNP SUC PP", PIPE

1180001 3

1180101 0.0 3

1180201 0.0 2

1180301 0.546638 1

1180302 0.688596 2

1180303 0.558577 3

1180401 0.0445625 1

1180402 0.0445137 2

1180403 0.0354278 3

1180501 0.0 3

1180601 -90.0 3

1180701 -0.498052 1

1180702 -0.688596 2

1180703 -0.355604 3

1180801 4.E-5 0.0 3

1180901 0.083 0.083 1

1180902 0.104 0.104 2

1181001 00 3

1181101 0000 2

1181201 0 14659900. 1228430. 2467190. 0.0 0

1181202 0 14646900. 1228430. 2467470. 0.0 0

1181203 0 14644400. 1228430. 2467520. 0.0 0

1181300 0

1181301 9.8172000 9.8172000 0.0 01

1181302 10.006000 10.006000 0.0 02

* ---- ---- 1----1------1-------- 1-------- 1-------- 1----

*PUMP SUCTION TEE

-0.512756

0100

0100

--1--

--1-----

1.0 01

1.0 02

1.0 03

----1----

----1----

1200000

1200001

1200101

1200102

1200200

1201101

1202101

1203101

1201201

"PMP SCT T 1 BRANCH

3

0.0

4. OE-5

0

118010000

120010000

120010000

10.006000

0

0.759614

0.0

14641700.

120000000

125000000

155000000

10.006000

0.0487901 0.0

00

1228420. 2467580.

0.0 0.1

0.0317 0.4

0.0317 0.4

0.0

0.0

0.0

0.1

0.4

0.4

0.0

0000

0100

0100

A. 7
1202201 5.2047000 5.2047000 0.0

1203201 4.7736000 4.7736000 0.0

* --- -- 1 -- -- 1 -- --1-----1- 1 -- -- 1 -----1---

*PUIIPi SUCTION TEE OUTLET

1250000 "MPII SCT T" BRANCH

1250001 1 0

1250101 0.0 1.00308 0.0640548 0.0 90.0 0.520704

1250102 4.OE-5 0.0 00

1250200 0 - 14619800. 1228410. 2468040. 0.0

1251101 125010000 130000000 0.0 0.13 0.13 0000

1251201 8.5638000 8.5638000 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*PUMP 1 INLET

1300000 "PMP1 INLET" SNGLVOL

1300101 0.0 0.457201 0.0177444 0.0 90.0 0.457201

1300102 4.OE-5 0.0 00

1300200 0 14594400. 1228410. 2468590. 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*PRIMARY COOLANT PUMP 1

1350000 "PCPUMPi PUMP

1350101 0.0 0.4572 0.0991 0.0 90.0 0.317900

1350102 0

1350108 130010000 0.0 0.017 0.017 0000

1350109 140000000 0.0 0.05 0.05 0000

1350200 0 14870800. 1228670. 2462730. 0.0

1350201 0 8.5640000 8.5640000 0.0

1350202 0 9.0771000 9.0771000 0.0

1350301 0 0 0 -1 -1 695 0

1350302 369.00000 .91178862 .31550000 96.000000 500.60000 1.4310000

1350303 613.6 0.0 207.433 0.0444 19.5987 0.0

1350308 78.53982 0.0 -22.86511 27.16043 5.74589

1350310 0.0 0.0 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*PUMP 1 OUTLET PUMP SIDE

1400000 "PMP1 OUT P" SNGL VOL

1400101 0.0 0.502185 0.0183849 0.0 0.0 0.0

1400102 4.OE-5 0.0 00

1400200 0 15090400. 1228670. 2457720. 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*PUIIPi OUTLET PIPE TEE SIDE

1450000 "PIIP1 OUT T" BRANCH

1450001 2 0

1450101 0.0 1.4084 0.0633 0.0 0.0 0.0

1450102 4.OE-5 0.0 00

1450200 0 15099600. 1228660. 2457500. 0.0

1451101 140010000 145000000 0.0 0.0 0.0 0000

1452101 145010000 150000000 0.0 0.1 0.1 0100

1451201 9.0747000 9.0747000 0.0

1452201 7.3917000 7.3917000 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*PUMP OUTLET TEE

1500000 fvPMP OUT T "1 BRANCH

A. 8
1500001 2 0

1500101 0.0636463 0.3542995 0.0 0.0 0.0 0.0

1500102 4.OE-5 0.0 00

1500200 0 15079600. 1228680. 2457980. 0.0

1501101 170010000 150000000 0.0183 0.1 0.1 0100

1502101 150010000 172000000 0.0 0.0 0.0 0000

1501201 8.0488000 8.0488000 0.0

1502201 9.9847000 9.9847000 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*PUMP 2 SUCTION TEE OUTLET

1550000 "PMP2 SOT T" BRANCH

1550001 1 0

1550101 0.0 1.00308 0.0640548 0.0 90.0 0.520704

1550102 4.OE-5 0.0 00

1550200 0 14629600. 1228410. 2467830. 0.0

1551101 155010000 160000000 0.0 0.13 0.13 0000

1551201 7.7885000 7.7885000 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1---- *PUMP 2 INLET PIPE

1600000 "PNP2 INLET" SNGL VOL

1600101 0.0 0.457201 0.0177444 0.0 90.0 0.457201

1600102 4.OE-5 0.0 00

1600200 0 14608000. 1228410. 2468300. 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*PRIMARY COOLANT PUMP 2

1650000 "PCPUTIP2 "PUMP

1650101 0.0 0.514 0.0991 0.0 90.0 0.317900

1650102 0

1650108 160010000 0.0 0.017 0.017 0000

1650109 170000000 0.0 0.1 0.1 0000

1650200 0 14928600. 1228710. 2461510. 0.0

1650201 0 7.7887000 7.7887000 0.0

1650202 0 8.0515000 8.0515000 0.0

1650301 135 135 135 -1 -1 697 0

1650302 369.00000 .93018970 .31550000 96.000000 500.60000 1.4310000

1650303 613.6 0.0 207.433 0.0444 19.5987 0.0

1650308 78.53982 0.0 -22.86511 27.16403 5.74589

1650310 0.0 0.0 0.0

* ---- ---- I----1------1-------- 1-------- 1-------- 1-------- 1----

*PUMP 2 OUTLET

1700000 "PVMP2 OUT T" BRANCH

1700001 0 0

1700101 0.0 0.514071 0.0192958 0.0 0.0 0.0

1700102 4.OE-5 0.0 00

1700200 0 15203100. 1228710. 2454990. 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*PRESSURIZER SPRAY TEE

1720000 "PZR SPR T "BRANCH

1720001 1 0

1720101 0.0635359 0.2844229 0.0 0.0 0.0 0.0

1720102 4.OE-5 0.0 00

1720200 0 15078900. 1228680. 2458000. 0.0

1721101 172010000 175000000 0.0 0.0 0.0 0000

A. 9
1721201 10.002 10.002 0.0

*INTACT LOOP COLD LEG PIPE

1750000 "ILCL PIPE "PIPE

1750001 2

1750101 0.0 2

1750201 0.0 1

1750301 0.4163655 1

1750302 0.613244 2

1750401 0.0264082 1

1750402 0.038895 2

1750501 0.0 2

1750601 0.0 2

1750701 0.0 2

1750801 4.OE-5 0.0 2

1750901 0.0 0.0 1

1751001 00 2

1751101 0000 1

1751201 0 15078200. 1228680. 2458020. 0.0 0.0 01

1751202 0 15077300. 1228680. 2458040. 0.0 0.0 02

1751300 0

1751301 10.002000 10.002000 0.0 01

* -------- 1---------11------ 1---- ---- -- --1----1 ------1-------- 1----

*ECC CONNECTION TEE

1800000 "ECC T BRANCH

1800001 1 0

1800101 0.0 1.15189 0.0730598 0.0 0.0 0.0

1800102 4.OE-5 0.0 00

1800200 0 15075800. 1228670. 2458080. 0.0

1801101 175010000 180000000 0.0 0.0 0.0 0000

1801201 10.002000 10.002000 0.0

*-------------1 --------1 --------1 ------ 1--I------- 1--------1----

*REACTOR VESSEL NOZZLE - INTACT LOOP COLD LEG

1850000 "RVN ILCL "BRANCH

1850001 2 0

1850101 0.0 1.00965 0.0644920 0.0 0.0 0.0

1850102 4.OE-5 0.0 00

1850200 0 15075200. 1228670. 2458090. 0.0

1851101 185010000 202000000 0.0634 2.8 2.8 0101

1852101 180010000 185000000 0.0 0.0 0.0 0100

1851201 8.6438000 8.6438000 0.0

1852201 10.002000 10.002000 0.0

* REACTOR VESSEL

*INLET ANNULUS TOP VOLUMIE

2000000 "IN AN TOP "BRANCH

2000001 1 0

2000101 0.2617061 0.1876129 0.0 0.0 90.0 0.1876129

2000102 3.81-6 0.178 00

2000200 0 15030000. 1232640. 2459190. 0.0

2001101 200000000 202000000 0.0 0.0 0.0 0000

A. 10
2001201 1.59691-7 1.59691-7 0.0

* --- -- 1 ---- 1 ---- 1-----1- 1 ---- 1 ----- 1---

*INLET ANNULUS

2020000 "IN AN " BRANCH

2020001 2 0

2020101 0.2617061 0.2851822 0.0 0.0

2020102 3.81-6 0.175 00

2020200 0 15031700. 1228660. 2459150.

2021101 202010000 205000000 0.0 0.0

2022101 202000000 252000000 0.0 4.5+4

2021201 2.2804 2.2804 0.0

2022201 6.12444-2 6.12444-2 0.0

*INLET ANNULUS BOTTOM VOLUME

2050000 "IN AN DOT "BRANCH

-90.0 -0.2851822

0.0

0.0

4.5+4

0000

0003

--1------1----

--1------1----

2050001 1 0

2050101 0.2296374 0.2525361

2050102 3.81-6 0.172

2050200 0 15031700.

2051101 205010000 210000000

2051201 3.5613000 3.5613000

* ---- ---- 1----1------1-------

*DOWNCOMER

2100000 "DOWNCOMER"

2100001 6

2100101 0.0 6

2100201 0.0 5

2100301 1.0267313 1

2100302 0.4933248 2

2100303 0.7028265 3

2100304 0.5588068 4

2100305 0.6522799 5

2100306 0.4269792 6

2100401 0.1509710 1

2100402 0.0706690 2

2100403 0.1060015 3

2100404 0.0795138 4

2100405 0.0998947 5

2100406 0.06252 6

2100501 0.0 6

2100601 -90.0 6

2100801 3.81-6 0.102

2100901 0.0 0.0

2101001 00 6

2101101 0000 5

2101201 0 15033300.

2101202 0 15038200.

2101203 0 15042800.

2101204 0 15046500.

2101205 0 15051300.

2101206 0 15054600.

2101300 0

2101301 3.6556000 3.6556000

2101302 3.6555000 3.6555000

2101303 3.6801000 3.6801000

0.0 0.0

00

1228660. 2459150.

0.0 0.0

0.0

-90.0

0.0

0.0

-0.2525361

0000

ANNULUS

----1------1----

----1------1----

6

5

1228660.

1228660.

1228660.

1228660.

1228660.

1228660.

2459110.

2458990.

2458880.

2458790.

2458670.

2458590.

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

01

02

03

04

05

06

0.0

0.0

0.0

01

02

03

A. 11
2101304 3.6801000 3.6801000 0.0 04

2101305 3.5763000 3.5763000 0.0 05

* ---- ---- 1----1-- -11------ ------- -- --I----1 ------1-------- 1----

*LOWER PLENUMI TOP VOLUME

2150000 "LWR PL TOP" BRANCH

2150001 3 0

2150101 0.0 0.3533183 0.24520 0.0 -90.0 -0.3533183

2150102 3.81-6 0.0 00

2150200 0 15052500. 1228660. 2458640. 0.0

2151101 210010000 215000000 0.0 2.00 2.00 0000

2152101 215010000 220000000 0.0 0.005 0.005 0000

2153101 215000000 225000000 0.1499 1.5 1.5 0000

2151201 3.5762000 3.5762000 0.0

2152201 - .1243900 -.1243900 0.0

2153201 4.0692000 4.0692000 0.0

* ---- ---- 1----1------1-------- 1-------- 1----

*LOWER PLENUM BOTTOM VOLUME

2200000 "LWR PL BOT" SNOLVOL

2200101- 0.0 0.3741720 0.29656 0.0

2200102 4.OE-5 0.0 00

---- 1---- ---- 1----

-90.0 -0.3741720

2200200 0 15055200. 1227510. 2458580. 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*JUNCTION FROM COLD LEG TO FILLER GAP

2220000 "CL-FLLRGAP" SNGLJUN

2220101 185010000 223000000 0.0 15.000 15.000 0100

2220201 0 1.3659000 1.3659000 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*REACTOR VESSEL FILLER GAP

2230000 "FILLER GAP" ANNULUS

2230001 4

2230101 0.0 4

2230201 0.0 3

2230301 1.4218585 1

2230302 1.1961513 2

2230303 1.2110867 3

2230304 0.7802975 4

2230401 0.0899085 1

2230402 0.0722790 2

2230403 0.0334096 3

2230404 0.0309800 4

2230501 0.0 4

2230601 -90.0 4

2230801 3.81-6 0.0 4

2230901 0.0 0.0 3

2231001 00 4

2231101 0000 3

2231201 0 15105600. 1228360. 2457350. 0.0 0.0 01

2231202 0 15115300. 1228100. 2457120. 0.0 0.0 02

2231203 0 15121100. 1227850. 2456970. 0.0 0.0 03

2231204 0 15130300. 1227690. 2456750. 0.0 0.0 04

2231300 0

2231301 1.4291000 1.4291000 0.0 01

2231302 1.3129900 1.3129900 0.0 02

2231303 3.1295000 3.1295000 0.0 03

A. 12
* ---- 1 -- -- 1 -- 1--1 -- ---1---

*JUNCTION FROM FILLER GAP TO LOWER PLENUM

2240000 "FLLRGAP-LP" SNGLJ1JN

2240101 223010000 220000000 0.0 15.

2240101 223010000 220000000 0.0 45.

2240201 0 2.1743000 2.1743000 0.0

* ---- ------- 1---....1---1 ------1-------- 1----

*LOWER CORE SUPPORT STRUCTURE

2250000 "L CORE SUP" BRANCH

2250001 2 0

2250101 0.0 - 0.6561928 0.12094 0.0

2250102 3.81-6 0.095 00

2250200 0 15038300. 1228490. 24589~

2251101 225010000 230000000 0.1134 1.5

2252101 225010000 235000000 0.0 12.

2251201 3.2020000 3.2020000 0.0

2252201 1.6570000 1.6570000 0.0

----1------1----

----1------1----

15.

45.

0000

0000

----1------1----

----1------1----

)0.

90.0

0.0

1.5

12.

0.6561928

0100

0100

* ---- ---- 1----1------1-------- 1----

*ACTIVE CORE

2300000 "CORE "PIPE

2300001 6

2300101 0.0 6

2300201 0.1705 1

2300202 0.144 2

2300203 0.1705 3

2300204 0.144 4

2300205 0.1705 5

2300301 0.3728765 1 *89/11/091

2300302 0.2221000 5

230303 0.4234231 6

2300401 0.0683340 1

2300402 0.047858Z 2

2300403 0.0483329 3

2300404 0.0479138 4

2300405 0.0479052 5

2300406 0.0750459 6

2300501 0.0 6

2300601 90.0 6

2300801 1.27-7 0.012 6

2300901 0.0 0.0 1

2300902 0.66 0.66 2

2300903 0.0 0.0 3

2300904 0.66 0.66 4

2300905 0.0 0.0 5

2301001 00 6

2301101 0000 5

2301201 0 15017600. 124M2

2301202 0 15012600. 12677:

2301203 0 15004500. 12941:

2301204 0 15000500. 13175:

2301205 0 14992300. 13329:

2301206 0 14987800. 13372'

2301300 0

2301301 3.4659000 3.4659000 0.0

2301302 4.1523000 4.1523000 0.0

----1------1------1----

----1------1------1----

zQUAL LENGTH MODEL

10.

10.

10.

[0.

10.

10.

2459490.

2459620.

2459810.

2459910.

2460100.

2460200.

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

01

02

03

04

05

06

01

02

A. 13
2301303 3.5540000 3.5540000 0.0 03

2301304 4.2594000 4.2594000 0.0 04

2301305 3.6273000 3.6273000 0.0 05

* ---- ---- 1----1------1-------- 1-------- 1----

*CORE BYPASS VOLUME

2350000 "CORE BYPSS" PIPE

2350001 3

2350101 0.0 3

2350201 0.0 2

2350301 0.5758754 1

2350302 0.4824023 2

2350303 0.6264219 3

2350401 0.0091280 1

2350402 0.0072325 2

2350403 0.0088095 3

2350501 0.0 3

2350601 90.0 3

2350801 3.81-6 0.003 3

2350901 0.0 0.0 2

2351001 00 3

2351101 0000 2

2351201 0 15001900. 1228490. 24594(

2351202 0 15007600. 1228490. 245974

2351203 0 14994900. 1228500. 24600.

2351300 0

2351301 1.7916000 1.7916000 0.0 01

2351302 1.8500000 1.8500000 0.0 02

* ---- ---- 1----1------1-------- 1-------- 1----

*UPPER END BOXES AND SUPPORT STRUCTURE

2400000 "UPR END BX" BRANCH

2400001 2 0

2400101 0.0 0.4933248 0.1195494 0.0

2400102 3.81-6 0.145 00

2400200 0 14969100. 1333110. 24606k

2401101 230010000 240000000 0.1118 1.5

2402101 235010000 240000000 0.0 12.

2401201 3.4977000 3.4977000 0.0

2402201 1.8501000 1.8501000 0.0

----1------1----

----1------1----

0. 0.0 0.0 01

0. 0.0 0.0 02

0. 0.0 0.0 03

~0.

90.0

0.0

1.5

12.

0.4933248

0100

0100

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*UPPER CORE SUPPORT STRUCTURE -CROSS FLOW REGION

2450000 "UPR CR SUP" BRANlCH

2450001

2450101

2450102

2450200

2451101

2452101

2451201

2452201

2

0.0

3.81-6

0

240010000

245010000

2. 1756000

-24832-4

0

0. 4933248

0.145

15420100.

245000000

251000000

2. 1756000

-24832-4

0.1280806 0.0

00

1407960. 2449

90.0

0.0

0.0

0.0

0.0

0.0

0.0

1770. 0.0

0.0

0.0

0. 4933248

0000

0100

* ---- ---- 1----1------1-------- 1-------- 1----

*UPPER FLOW SKIRT REGION

2500000 "U FLW SKRT" BRANCH

----1------1----

----1------1----

2500001 1 0

2500101 0.1547532 0.7850547 0.0 0.0 90.0 0. 7850547

A. 14
2500102 3.81-6 0.131 00

2500200 0 1950.1333110. 2460920. .0.0

2501101 245010000 250000000 0.0 0.0 0.0 0100

2501201 4.1549000 4.1549000 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*DEAD END OF FUEL NODULES

2510000 "DE FL NODS" SNGL VOL

2510101 0.0 0.7844123 0.1154214 0.0 90.0 0.7844123

2510102 3.81-6 0.214 00

2510200 0 14963500. 1329710. 2460750. 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*UPPER HIEAD

2520000 "UPR HEAD "BRANCH

2520001 1 0

2520101 0.2622585 0.2869580 0.0 0.0 90.0 0.2869580

2520102 3.81-6 0.0 00

2520200 0 14957200. 1329000. 2460890. 0.0

2521101 250010000 252000000 0.0 0.006 0.006 0000

2521201 4.1549000 4.1549000 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*UPPER PLENUM BOTTOM VOLUME

2550000 "UPR PL ROT" BRANCH

2550001 2 0

2550101 0.2622585 0.6312304 0.0 0.0 90.0 0.6312304

2550102 3.81-6 0.0 00

2550200 0 14954800. 1328590. 2460950. 0.0

2551101 252010000 255000000 0.0 0.006 0.006 0000

2552101 255010000 260000000 0.0 0.03 0.03 0000

2551201 3.56869-6 3.56869-6 0.0

2552201 4.52212-6 4.52212-6 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*UPPER PLENUM TOP VOLUME

2600000 "UPR Plo TOP" SNGL VOL

2600101 0.0 0.7747094 0.1914909 0.0 90.0 0.7747094

2600102 3.81-6 0.0 00

2600200 0 14949800. 1326010. 2461060. 0.0

* BROKEN LOOP

* ---- ---- 1----1------1-------- 1-------- 1----

*REACTOR VESSEL NOZZLE - BROKEN LOOP HOT LEG

3000000 "RVN BLHL "BRANCH

3000001 2 0

3000101 0.0 0.876303 0.0575410 0.0

3000102 4.OE-5 0.0 00

3000200 0 14957200. 1221360. 24608

3001101 252010000 300000000 0.067014 0.0

3002101 300010000 305000000 0.063426 0.1

3001201 -.1240600 -.1240600 0.0

3002201 - .1311000 - .1311000 0.0

* .. ..1- 1---- ------- ----1 ------1-------- 1----

* HOT LEG PIPE TO REFLOOD ASSIST BYPASS TEE

----1------1----

----1------1----

0O.

0.0

0.0

0.0

0.1

0.0

0002

0000

---- 1--------1 ----

A. 15
* --- -- 1 -- -- 1 -- --1-----1- 1 -- -- 1 -----1---

3050000 "HLP-RABS T" BRANCH

3050001 1 0

3050101 0.0 0.698336 0.0442927 0.0 0.0 0.0

3050102 4.OE-5 0.0 00

3050200 0 14957200. 1221770. 2460890. 0.0

3051101 305010000 310000000 0.0 0.1 0.1 0100

3051201 -.1838800 -.1838800 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*BROKEN LOOP HOT LEG CONTRACTION

3100000 "BLHL CONTR" BRANCH

3100001 2 0

3100101 0.0 1.50013 0.0678467 0.0 0.0 0.0

3100102 4.OE-5 0.0 00

3100200 0 14957200. 1222120. 2460890. 0.0

3101101 380010000 310000000 0.0388 0.84 0.84 0100

3102101 310010000 315000000 0.0083647 0.0 0.0 0100

3101201 .21484000 .21484000 0.0

3102201 2.07725-3 2.07725-3 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*STEAM GENERATOR AND PUMP SIMULATIOR

3150000 "lSG+PMP Sim" PIPE

3150001 12

3150101 0.0 12

3150201 0.0083647 2

3150202 0.032603 4

3150203 0.105626 5

3150204 0.032603 7

3150205 0.0083647 9

3150206 0.008364 10

3150207 0.0046398 11

3150301 0.367768 1

3150302 0.552201 2

3150303 0.993978 4

3150304 0.849744 6

3150305 0.993978 8

3150306 1.371350 9

3150307 1.365029 10

3150308 1.674812 11

3150309 0.545209 12

3150401 3.0767-3 1

3150402 4.67621-3 2

3150403 8.60554-2 4

3150404 8.97552-2 6

3150405 8.60554-2 8

3150406 1.82303-2 9

3150407 5.46687-2 10

3150408 1.82489-2 11

3150409 2.83241-2 12

3150601 90.0 5

3150602 -90.0 10

3150603 90.0 11

3150604 0.0 12

3150701 0.127000 1

3150702 0.552201 2

3150703 0.993978 4

A. 16
3150704

3150705

3150706

3150707

3150708

3150709

3150710

3150801

3150802

3150803

3150804

3150805

3150901

3150902

3150903

3150904

3150905

3150906

3150907

3150908

3150909

3151001

3151101

3151102

3151103

3151104

3151105

3151106

3151201

3151202

3151203

3151204

3151205

3151206

3151207

3151208

3151209

3151210

3151211

3151212

3151300

0. 457202

-0.457202

-0.993978

-1.371350

-0.520701

1.212851

0.0

4. OE-5

4. OE-5

4. OE-5

4. OE-5

4. OE-5

0.2

0.0

93.9

0.4

93.9

0.0

0.2

4.1

0.4

00

0000

0100

0000

0100

0000

0100

0

0

0

0

0

0

0

0

0

0

0

0

0

5

6

8

9

10

11

12

0.0

0.124

0.0

0.12Z4

0.0

0.2

0.0

93.9

0.4

93.9

0.0

0.2

4.1

0.4

12

1

2

7

8

10

11

14956800.

14954200.

14948400.

14941000.

-14935500.

14935500.

14941000.

14948400.

14957300.

14964400.

14961800.

14957200.

3

4

6

7

12

1

2

4

5

7

8

9

10

11

1204970.

1196960.

1216750.

1217220.

1219110.

1219140.

1217240.

1217200.

1206410.

1209760.

1196570.

1215100.

2460900.

2460960.

2461090.

2461250.

2461370.

2461370.

2461250.

2461090.

2460890.

2460730.

2460790.

2460890.

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

01

02

03

04

05

06

07

08

09

10

11

12

3151301 - .14625-4 -.14625-4 0.0 01

3151302 - .35422-4 - .35422-4 0.0 02

3151303 -.13114-4 -.13114-4 0.0 03

3151304 - .72833-5 -.72833-5 0.0 04

3151305 -.24333-5 -.24333-5 0.0 05

3151306 -.88365-5 -.88365-5 0.0 06

3151307 -.29947-5 -.29947-5 0.0 07

3151308 -.19321-4 -.19321-4 0.0 08

3151309 -.16785-4 -.16785-4 0.0 09

3151310 -.16628-4 -.16628-4 0.0 10

3151311 -.12497-4 - .12497-4 0.0- 11

* -------- 1---------11------ 1---- ---- -- -- 1----1------1-------- 1----

*REACTOR VESSEL NOZZLE - BROKEN LOOP COLD LEG

3350000 "RVN BLCL "BRANCH

3350001 2 0

3350101 0.0 0.749305 0.047979 0.0 0.0 0.0

A. 17
3350102. 4.OE-5 0.0 00

3350200 0 15031700. 1228270. 2459150. 0.0

3351101 202000000 335000000 0.064130 1.0 1.0 0002

3352101 335010000 340000000 0.063426 0.1 0.1 0000

3351201 .13028000 .13028000 0.0

3352201 .13170000 .13170000 0.0

*----------- 1------1--I------- 1--------1 -------- 1 -------- 1----

*COLD LEG PIPE TO REFLOOD ASSIST BYPASS TEE

3400000 "CLP-RABS T" BRANCH

3400001 1 0

3400101 0.0 0.698336 0.0443927 0.0 0.0 0.0

3400102 4.OE-5 0.0 00

3400200 0 15031700. 1227890. 2459150. 0.0

3401101 340010000 345000000 0.0 0.1 0.1 0100

3401201 .18613000 .18613000 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*BROKEN LOOP COLD LEG CONTRACTION TO BREAK PLANE

3450000 "BLCL CONTR" BRANCH

3450001 2 0

3450101 0.0 1.50013 0.0673163 0.0 0.0 0.0

3450102 4.OE-5 0.0 00

3450200 0 154Z.4700. 1228050. 2449660. 0.0

3451101 345000000 370000000 0.0388 0.84 0.84 0100

3452101 345010000 350000000 0.0046367 0.0 0.0 0100

3451201 .21516000 .21516000 0.0

3452201 6.55835-5 6.55835-5 0.0

* ---- ---- 1----1-- -11------ ------- -- --I----1 ------1-------- 1----

*SPOOL PIECE AND PIPE TO ISOLATION VALVE

3500000 "BRK SP+PPE" PIPE

3500001 2

3500101 0.0 2

3500201 0.023520 1

3500301 0.453394 1

3500302 1.074803 2

3500401 0.0106640 1

3500402 0.0407801 2

3500601 0.0 2

3500801 4.OE-5 0.0 1

3500802 4.OE-5 0.0 2

3500901 0.0 0.0 1

3501001 00 2

3501101 0100 1

3501201 0 15031700. 1218930. 2459150. 0.0 0.0 01

3501202 0 15031700. 1226360. 2459150. 0.0 0.0 02

3501300 0

3501301 4.59331-5 4.59331-5 0.0 01

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*COLD LEG ISOLATION VALVE

3550000 "CL ISO VLV" VALVE

3550101 350010000 360000000 0.0 0.0 0.0 0100

3550201 0 -6.7943-7 -6.7943-7 0.0

3550300 TRPVLV

3550301 678

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

A. 18
*COLD LEG PIPE BETWEEN ISOLATION VALVE AND QOBV

3600000 "CL IS-QOBV" SNGL VOL

3600101 0.0 0.569219 0.0297722 0.0 0.0 0.0

3600102 4.OE-5 0.0 00

3600200 0 15031700. 1241690. 2459150. 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*COLD LEG QUICK OPENING BLOWDOWN VALVE

3650000 "CL QOBV "VALVE

3650101 360010000 805000000 0.0466 0.0 0.0 0000

3650201 0 .00000000 .00000000 0.0

3650300 TRPVLV

3650301 677

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*REFLOOD ASSIST BYPASS PIPING -COLD LEG SIDE

3700000 "RABS C L "PIPE

3700001 3

3700101 0.0388 2

3700102 0.0776 3

3700201 0.0388 2

3700301 0.0 3

3700401 0.0279 1

3700402 0.070 2

3700403 0.1165 3

3700601 90.0 1

3700602 0.0 3

3700701 0.64 1

3700702 0.0 3

3700801 4.0-5 0.0 3

3700901 0.28 0.28 1

3700902 0.84 0.84 2

3701001 00 3

3701101 0000 2

3701201 0 15029300. 1226830. 2459210. 0.0 0.0 01

3701202 0 15026900. 1226050. 2459270. 0.0 0.0 02

3701203 0 15026900. 1224760. 2459270. 0.0 0.0 03

3701300 0

3701301 .21514000 .21514000 0.0 01

3701302 .21508000 .21508000 0.0 02

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*REFLOOD ASSIST BYPASS VALVES

3750000 "RABS VALVS" SNGLJIJN

3750101 370010000 380000000 0.0 1.55+4 1.55+4 0000

3750201 0 .10749000 .10749000 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*REFLOOD ASSIST BYPASS PIPING - HOT LEG SIDE

3800000 "RABS H L "PIPE

3800001 3

3800101 0.0776 1

3800102 0.0388 3

3800201 0.0388 2

3800301 0.0 3

3800401 0.0915 1

3800402 0.048 2

A. 19
3800403 0.0489 3

3800601 0.0 1

3800602 -90.0 2

3800603 0.0 3

3800701 0.0 1

3800702 -0.64 2

3800703 0.0 3

3800801 4.0-5 0.0 3

3800901 0.84 0.84 1

3800902 0.28 0.28 2

3801001 00 3

3801101 0000 2

3801201 0 14952500. 1223750. 2469100. 0.0 0.0 01

3801202 0 14954900. 1223220. 2469090. 0.0 0.0 02

3801203 0 14957200. 1222740. 2460890. 0.0 0.0 03

3801300 0

3801301 .21492000 .21492000 0.0 01

3801302 .21488000 .21488000 0.0 02

*PRESSURIZER

*SURGE LINE PCS SIDE

4000000 "SRG LN PCS" BRANCH

4000001 2 0

4000101 1.44561-3 2.30 0.0 0.0 90.0 0.54

4000102 2.3622-5 0.0 00

4000200 0 14895700. 1345680. 2462200. 0.0

4001101 107000000 400000000 1.44561-3 3.9 3.9 0002

4003101 400010000 405000000 1.44561-3 2.85 2.85 1000

4001201 1.16231-2 1.16231-2 0.0

4002201 1.16247-2 1.16247-2 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*PRESSURIZER SURGE LINE

4050000 "SRG LN PZR" PIPE

4050001 2

4050101 1.44561-3 2

4050201 1.44561-3 1

4050301 2.30 2

4050401 0.0 2

4050601 90.0 2

4050701 0.30 2

4050801 2.3622-5 0.0 2

4050901 2.85 2.85 1

4051001 00 2

4051101 1000 1

4051201 0 14892800. 1383720. 2462200. 0.0 0.0 01

4051202 0 14890800. 1435980. 2462300. 0.0 0.0 02

4051300 0

4051301 1.16231-2 1.16231-2 0.0 01

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*PRESSURIZER SURGE LINE

4100000 "SRG LINE "SNGLJUN

4100101 405010000 415000000 1.44561-3 0.42 1.00 1000

A. 20
4100201 0 - .0608789 - .0608789 0.0

* --- -- 1 --- --1 -- --I-- -1 - - 1 -- -- 1 -----1---

*PRESSURIZER VESSEL

4150000 "PZR VESSEL" PIPE

4150001 6

4150101 0.0 2

4150102 0.5653 5

4150103 0.0 6

4150201 0.0 5

4150301 0.1815 1

4150302 0.1524 2

4150303 0.3967 3

4150304 0.5289 4

4150305 0.3967 5

4150306 0.1943 6

4150401 0.0684 1

4150402 0.0838 2

4150403 0.0 5

4150404 0.0732 6

4150501 0.0 6

4150601 90.0 6

4150801 4.OE-5 0.0 6

4151001 00 6

4151101 0000 5

4151201 0 14889200. 1551340. 2462340. 0.0 0.0

4151202 0 14888200. 1576890. 2462360. 0.0 0.0

4151203 0 14888600. 1578210. 2462390. 0.0 0.0

4151204 0 14884300. 1579040. 2463380. .31381 0.0

4151205 0 14882900. 1581860. 2462380. 1.0 0.0

4151206 0 14882600. 1581850. 2462350. 1.0 0.0

4151300 0

4151301 4.13174-5 4.13174-5 0.0 01

4151302 2.75755-5 2.75755-5 0.0 02

4151303 2.50280-5 .50049 0.0 03

4151304 -.37026 5.25011-5 0.0 04

4151305 - .13472 1.81309-5 0.0 05

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

01

02

03

04

05

06

*PRESSURIZER VESSEL TO TOP HAT

4170000 "VSSL-TPIIAT" SNGLJUN

4170101 415010000 420000000 0.0 0.0

4170201 0 -.19776 3.46367-5 0.0

* ---- ---- 1----1------1-------- 1-------- 1----

*PRESSURIZER TOP HAT AND RELIEF CONNECTION

4200000 "PZR TOPHAT" PIPE

4200001 2

4200101 0.0 2

4200201 0.0 1

4200301 0.1104915 2

4200401 0.0139870 2

4200601 90.0 2

4200801 43E-5 0.346066 2

4201001 00 2

4201101 0000 1

4201201 0 14882500. 1581850. 24623~

4201202 0 14882400. 1581840. 24623~

---- 1I--------1 ----

0.0 0000

----1------1----

----1------1----

30. 1.0 0.0 01

30. 1.0 0.0 02

A. 21
4201300 0

4201301 -.10996 2.21137-5 0.0 01

* --- -- 1 -- -- 1 -- --I-- -1 - - 1 -- -- 1 -----1---

*SPRAY LINE

4300000 "SPRAY "BRANCH

4300001 1 0

4300101 0.0003363 6.322 0.0 0.0 90.0 2.9905

4300102 4.0-5 0.0 00

4300200 0 15067800. 1227770. 2458270. 0.0

4301101 172000000 430000000 0.0 0.0 0.0 0002

4301201 -5.3194-6 -5.3194-6 0.0

*STEAM GENERATOR SECONDARY SIDE

*PRIMARY SEPARATOR

5000000 "SEPARATOR "SEPARATR

5000001 3 0

5000101 0.0 0.4445 0.2425 0.0 90.0 0.4445

5000102 4.E-5 0.2840 00

5000200 0 5222780.0 1161490. 2595710. .89049

5001101 500010000 520000000 0.087745 0.0 0.0 0100

5002101 500000000 505000000 0.087745 0.0 0.0 0100 0.3

5003101 515010000 500000000 0.29187 0.4 0.4 0100

5001201 1.3751 1.4411 0.0

5002201 .53770 .50887 0.0

5003201 2.7804 3.5935 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*SEPARATOR BYPASS

5030000 "SEPRYPASS "BRANCHI

5030001 2 0

5030101 0.0 0.4445 0.4384 0.0 90.0 0.4445

5030102 4.E-5 0.3678 00

5030200 0 5222780.0 1611330. 2595720. .99999

5031101 505000000 503000000 0.98627 0.0 0.0 0100

5032101 503010000 520000000 0.98627 0.8 0.0 0100

5031201 -.16063 .48006 0.0

5032201 2.38241-2 .17866 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*SEPARATOR OUTLET REGION

5050000 "LWR SEPAR "BRANCH

5050001 1 0

5050101 0.0 1.2131 1.4850 0.0 -90.0 -1.2131

5050102 4.E-5 1.9048 00

5050200 0 5222770.0 1161410. 2595720. .37208

5051101 505010000 508000000 0.0 0.0 0.0 0100

5051201 .47026 -.47917 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*FEED INLET VOLUME

5080000 "UPR DWNCrIR" BRANCH

5080001 1 0

5080101 0.0 0.6096 0.22107 0.0 -90.0 -0.6096

A. 22
5080102 4.E-5 0.163697 00

5080200 0 5228350.0 1094450. 2595690.

5081101 508010000 510000000 0.0 0.0

5081201 .58694 .58694 0.0

*STEAM GENERATOR DOWNCOMER

5100000 "DWNCMR "ANNULUS

5100001 3

5100101 0.232 3

5100201 0.0 2

5100301 0.6096 3

5100401 0.0 3

5100601 -90.0 3

5100701 -0.6096 3

5100801 4.E-5 0.10793 3

5100901 0.0 0.0 2

5101001 00 3

5101101 0000 2

5101201 0 5233030.0 1094480. 2595670.

5101202 0 5237770.0 1095280. 2595640.

5101203 0 5242510.0 1095650. 2595610.

5101300 0

5101301 .58704 .58704 0.0 01

5101302 .58714 .58714 0.0 02

*JUNCTION FROM DOWNCOIER TO BOILER

5130000 "DNCMR-BLR "SNGLJUN

5130101 510010000 515000000 0.0 17.5

5130201 0 .58722 .83849 0.0

*STEAM GENERATOR BOILER

5150000 "BOILER "PIPE

0.0

0.0 0100

--1------1----

--1------1----

0.0

0.0

0.0

0.0

0.0

0.0

01

02

03

--1------1----

--1------1----

17.5 0100

--1------1----

--1------1----

5150001

5150101

5150102

5150201

5150301

5150302

5150401

5150601

5150602

5150701

5150702

5150801

5150802

5150901

5151001

5151101

5151201

5151202

5151203

5151204

5151205

5151300

5151301

5

0.2776

0.306294

0.0

1.8288

1.2131

0.0

60.0

90.0

0.6096

1. 2131

4. E-5

4.E-5

4.05

00

0100

0

0

0

0

0

0

4

5

4

4

5

5

4

5

4

5

0.0234

0.5962

4.05

5

4

5241030.0

5237440.0

5233350.0

5232841.0

5237361.0

4

5

4

1154980.

1161810.

1162120.

1161820.

1161540.

2595580.

2595610.

2595650.

2595680.

2595700.

.49316

.71327

.80605

.85407

.87426

0.0

0.0

0.0

0.0

0.0

01

02

03

04

05

.94859 1.3289 0.0 01

A. 23
5151302 1.5589 2.3557 0.0 02

5151303 2.1266 3.3332 0.0 03

5151304 2.6440 4.0529 0.0 04

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*LOWER PORTION OF STEAM DOME

5200000 "LWR STM DM" BRANCH

5200001 10

5200101 0.0 0.46956 0.705312 0.0 90.0 0.46956

5200102 43E-5 1.383 00

5200200 0 5219990.0 1161320. 2595680. 1.0

5201101 520010000 525000000 0.0 0.0 0.0 0100

5201201 . 50120 .64094 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*UPPER PORTION OF STEAM DOME

5250000 "UPR STh DM" BRANCH

5250001 1 0

5250101 0.0 0.46956 0.705312 0.0 90.0 0.46956

5250102 43E-5 1.383 00

5250200 0 5219870.0 1161310. 2595700. 1.0

5251101 525010000 530000000 0.0 0.8 0.8 0100

5251201 15.687 20.771 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*STEAM PIPE FROM GENERATOR TO CONTROL VALVE

5300000 "STEAM PIPE" SNGL VOL

5300101 0.04635 25.074 0.0 0.0 0.0 0.0

5300102 43E-5 0.0 00

5300200 0 5203370.0 1160330. 2595740. .99998

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*STEAM FLOW CONTROL VALVE

5400000 "C v-P4-10 "1 VALVE

5400101 530010000 541000000 0.0047772 0.0 0.0 1100

5400201 0 16.933 36.097 0.0

5400300 MTRVLV

5400301 685 686 0.05 0.645229 540

20254000 NORMAREA

20254001 0.0 9.25-4

20254002 9.25-4 9.25-4

20254003 1.0 1.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1--------1I----

*PIPE DOWNSTREAM OF STEAM CONTROL VALVE

5410000 "COND INLET" BRANCH

5410001 1 0

5410101 0.06557 54.44 0.0 0.0 0.0 0.0

5410102 43E-5 0.0 00

5410200 0 2009650.0 907346. 2597920. .99820

5411101 541010000 542000000 0.0 0.0 0.0 0100

5411201 16.933 36.097 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*AIR COOLED CONDENSER

5420000 "CONDENSER "TMDP VOL

5420101 0.21677 17.67 0.0 0.0 0.0 0.0

5420102 43E-5 0.02 00

A. 24
5420200 2

5420207 0.0 2.00E6 1.0

* --- -- 1 -- -- 1 -- 1-1----1--- -- 

*STEAM BYPASS VALVE

5450000 'ISTM BYPSS "1 VALVE

5450101 530010000 546000000 3.2-4 0.0

5450201 0 .00000000 .00000000 0.0

5450300 TRPVLV

5450301 687

* ---- ---- 1----1------1-------- 1-------- 1----

*AIR COOLED CONDENSER

5460000 "CONDENSER "TMDP VOL

5460101 0.21677 17.67 0.0 0.0

5460102 4.E-5 0.02 00

5460200 1 516

5460201 0.0 554.8 0.999

5460202 18000. 332.5 0.999

* ---- ---- 1----1------1-------- 1-------- 1----

*FEED STORAGE TANK

5650000 "FEED TANK "TMDP VOL

5650101 29.81 3.048 0.0 0.0

5650102 43E-5 0.0 00

5650200 1 689

5650201 -1.0 478.706 0.0

* ---- ---- 1----1------1-------- 1-------- 1----

*FEED WATER

5660000 "FEED "TMDPJJJN

5660101 565000000 508000000 0.05

5660200 1 688

5660201 0.0 25.553 -0.0 0.0

5660202 0.7 0.0 0.0 0.0

5660203 59.5 0.0 0.0 0.0

5660204 60.0 0.50364 0.0 0.0

5660205 1860.0 0.50364 0.0 0.0

5660206 1861.0 0.0 0.0 0.0

----1------1----

----1------1----

0.0 0100

----1------1----

----1------1----

0.0 0.0

----1------1----

----1------1----

0.0 0.0

----1------1----

----1------1----

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*AUX FEED STORAGE TANK

5680000 "AUX FD TNK" TMDP VOL

5680101 29.81 3.048 0.0 0.0 0.0 0.0

5680102 4.E-5 0.0 00

5680200 1

5680201 0.0 305.0 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*AUX FEED WATER

5690000 "AUX FEED "TMDPJUN

5690101 568000000 508000000 0.05

5690200 1 690

5690201 -1.0 0.00 0.0 0.0

5690202 0.0 0.50364 0.0 0.0

* ECC SYSTEM

A. 25
*ECC CHECK VALVE

6000000 "EGG CHKVLV" VALVE

6000101 605010000 185000000 5.9896-3 0.935

6000201 0 .00000000 .00000000 0.0

6000300 TRPVLV

6000301 681

* -----------1 -------- 1 -------- 1 ---- -- 1-- -

*ECCS. HEADER TO PCS

6050000 "EGGS HEADR" SNGL VOL

6050101 5.9896-3 5.0148 0.0 0.0

6050102 4.0-5 0.0 01

6050200 0 13595900. 172410. 2489140.

---1------1----

---1------1----

0.935 1120

---1------1----

---1------1----

90.0

0.0

*ACCUMULATOR VALVE

6100000 "ACCUN VLV "VALVE

6100101 615010000 605000000 5.9896-3 6.278 6.278

6100201 0 0.0 0.0 0.0

6100300 TRPVLV

6100301 682

*ACCUMULATOR PIPE

6150000 "ACC PIPE "SNGL VOL

6150101 0.0 25.997165 0.4074774 0.0 0.0

6150102 4.0-5 0.0 01

6150200 0 13580200. 112409. 2489450. 0.0

*ACCUMULATOR VESSEL

*6200000 "ACCUNULATR" ACCUM

*6200101 0.0 1.8103 2.3422 0.0 90.0

*6200102 4.0-5 0.0 01

*6200200 4.31+6 306.6

*6201101 615000000 8.2132-3 13.3 13.3 0

*6202200 0.0 1.0662 2.4509 1.6927 0.04445

*BWST LPIS

6250000 "BWST LPIS "TMDP VOL

6250101 20.44 5.0 0.0 0.0 90.0

6250102 4.OE-5 0.0 00

6250200 3

6250201 0.0 1.0+5 300.0

*LOW PRESSURE INJECTION SYSTEM

6300000 "LPIS "TNDPJUN

6300101 625000000 605000000 5.9896-3

6300200 1 684 P 605010000

6300201 -1.0 0.0 0.0 0.0

6300202 0.0 0.0 0.0 0.0

6300203 8.483+4 7.045 0.0 0.0

6300204 4.297+5 6.091 0.0 0.0

3.3071202

--1--

1000

--1--

0.0.

--1--

--1--

1. 8103

0 00 0

--1 ----

5.0

--1----

--1----

A. 26
6300205

6300206

6300207

6300208

6300209

6300210

6300211

6300212

6300213

7.745+5

9.448+5

1.119+6

1.186+6

1. 257+6

1.326+6

1.395+6

1.464+6

1.517+6

5.045

4.313

3.454

3.173

2.673

2.159

1.536

0.7182

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

*BWST APIS

6350000 ",BWST 1

6350101 20.44

6350102 4.OE-5

6350200 3

IPIS

5.0

0.0

----1------1----

----1------1----

TMDP VOL

0.0 0.0

00

90.0 5.0

6350201 0.0 1.0+5 300.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*HIGH PRESSURE INJECTION SYSTEM

6400000 "HPIS "TMDPJ1JN

6400101 635000000 185000000 5.9896-3

6400200 1 683 P 185010000

6400201 -1.0 0.0 0.0 0.0

6400202 0.0 .75687272 0.0 0.0

6400203 7.72514+6 .75687272 0.0 0.0

6400204 8.3597+6 .31536281 0.0 0.0

6400205 17.2436+6 .31536281 0.0 0.0

* CONTAINMENT

*CONTAINMENT BROKEN LOOP COLD LEG

8050000 "CONT BLCL "TMDPVOL

8050101 0.0 1.0 0.1 0.0 0.0 0.0

8050102 0.0 0.0 00

8050200 2

8050201 0.0 1.0+5 1.0

RECO*ESLHETSRCUE

*REACTOR VESSEL AL HEAT STRUCTURES

*THE REACTOR VESSEL WALL IS NOT MODELLED ABOVE THE NOZZLES.

*THE VESSEL TO FILLER GAP IS ASSUMED TO INSULATE THE VESSEL *FROM THE FILLERS. THE VESSEL TO FILLER GAP IS NOT MODELLED *AT THIS ELEVATION.

*REACTOR VESSEL WALL ABOVE STATION 178 - 5.50 INCHES THICK

*STATION 178 TO 258

12231000 2 5 2 1 0.7328

12231100 0 1

12231101 4 0.8725

A. 27
12231201 5 4

12231301 0.0 4

12231401 551.0 5

12231501 223010000 0 1 1 1.4218585 1

12231502 223020000 0 1 1 0.7621415 2

12231601 -939 0 3949 1 1.4218585 1

12231602 -939 0 3949 1 0.7621415 2

12231701 0 0.0 0.0 0.0 2

12231801 0 0.0127 0.1922 1.4218585 1

12231802 0 0.0127 0.1922 0.7621415 2

*----------- 1------1--I------- 1--------1 --------1 --------1----

" REACTOR VESSEL WALL BELOW STATION 178 - 3.62 INCHES THICK

" STATION 67.7 TO 178

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

12232000 4

12232100 0

12232101 4

12232201 5

12232301 0.0

12232401 553.0

12232501 223020000

12232502 223030000

12232503 223040000

12232504 220010000

12232601 -939

12232602 -939

12232603 -939

12232604 -939

12232701 0

12232801 0

12232802 0

12232803 0

12232804 0

*----------- 1---- ---

5

1

0.8247

4

4

5

0

0

0

0

0

0

0

0

0.0

0.0127

0.0127

0.0127

0.0127

2 1 0.7328

3949

3949

0.0

0. 1922

0. 1922

0. 1922

0. 1922

1.

1.309

1.106

0.0712

0.4340098

1.2110867

0. 7802975

0.3741720

0. 4340098

1.2110867

0. 7802975

0.3741720

4

1

2

3

4

1

2

3

4

1

2

3

4

---- 1--- ---- 1 -------- 1 -------- 1 ---- " REACTOR VESSEL BOTTOM

" STATION 67.7

* ---- ---- 1----1------1-------- 1----

12200000 1 5 1

12200100 0 1

12200101 4 0.092

12200201 5 4

12200301 0.0 4

12200401 551.0 5

12200501 220010000 0 1

12200601 -939 0 3949

12200701 0 0.0 0.0

12200801 0 0.0 0.0

*REACTOR VESSEL FILLER BLOCKS HEAT

*INLET ANNULUS TOP VOLUME

*STATION 264 TO 277

12000000 2 5 2

12000100 0 1

12000101 4 0.7264

12000201 4 4

12000301 0.0 4

1 0.0 ---- 1----

0 1.68 1

0 1.68 1

0.0 1

5.00 1

STRUCTURES

1 0.508

A. 28
12000401

12000501

12000502

556.0

200010000

202010000

5

0

0

1

1

1

1

0.1876129 1

0.2851823 2

12000601 0

12000602 0

12000701 0

12000801 0

12000802 0

*INLET ANNULUS

*STATION 247.3

12050000 1

12050100 0

12050101 4

12050201 4

12050301 0.0

12050401 556.0

0 0

0 0

0.0 0.0

0.1524 0.3245

0.1524 0.3245 --1 -------- 1 ---- LOWER VOLUME

TO 264.0

--1----1--

5 2

1

0.7264

4

4

5

1 0.1876129

1 0.2851823

0.0 2

0.1876129 1

0.2851823 2 ---- 1 -------- 1 ---- --

1

2

-1----

---- 1--------1 ---- 1 0.501 ----1----

12050501 205010000 0 1 1 0.2525361 1

12050601 223010000 0 1 1 0.2525361 1

12050701 0 0.0 0.0 0.0 1

12050801 0 0.1524 0.3245 0.2525361 1

12050901 0 0.0127 0.0253 0.2525361 1

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

" DOWNCOMER AND LOWER PLENUM

" STATION 67.7 TO 247.3

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

12100000

12100100

12100101

12100201

12100301

12100401

12100501

12100502

12100503

12100504

12100505

12100506

12100507

12100601

12100602

12100603

12100604

12100605

12100606

12100607

12100701

12100801

12100802

12100803

12100804

12100805

12100806

12100807

12100901

12100902

12100903

7

0

4

4

0.0

556.0

210010000

210020000

210030000

210040000

210050000

210060000

215010000

223010000

223020000

223020000

223030000

223030000

223040000

223040000

0

0

0

0

0

0

0

0

0

0

0

5

1

0.7264

4

4

5

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0.0

0.1016

0.1016

0.1016

0.1016

0.1016

0.1016

0. 1016

0.0127

0.0127

0.0127

2 1 0.47

0.15

0.15

0.15

0.15

0.15

0.15

0.15

1.25

0.025

1

1

1

1

1

1

1

1

1

1

1

1

1

1

0.0

1. 0267313

0. 4933248

0.7028265

0.5588068

0.6522799

0.4269792

0.3533183

1.0267313

0.4933248

0.7028265

0.5588068

0. 6522799

0.4269792

0.3533183

7

1

2

3

4

5

6

7

1

2

3

4

5

6

7

1.0267313 1

0.4933248 2

0.7028265 3

0.5588068 4

0.6522799 5

0.4269792 6

0.3533183 7

1.0267313 1

0.4933Z48 2

0.7028265 3

A. 29
12100904 0 0.0127 0.0253

12100905 0 0.0127 0.0253

12100906 0 0.0127 0.0253

12100907 0 0.0127 0.0253

* ---- ---- 1----1------1-------- 1---- -

" CORE SUPPORT BARREL

" STATION 96.44 TO 277

* ---- ---- 1----1------1-------- 1---- -

12001000 9 5 2

12001100 0 1

12001101 4 0.419

12001201 4 4

12001301 0.0 4

12001401 556.0 5

12001501 0 0 0

12001502 0 0 0

12001503 0 0 0

12001504 0 0 0

12001505 0 0 0

12001506 0 0 0

12001507 0 0 0

12001508 0 0 0

12001509 0 0 0

12001601 200010000 0 1

12001602 202010000 0 1

12001603 205010000 0 1

1Z001604 210010000 0 1

12001605 210020000 0 1

12001606 210030000 0 1

12001607 210040000 0 1

12001608 210050000 0 1

12001609 210060000 0 1

12001701 0 0.0 0.0

12001901 0 0.1016 0.2155

12001902 0 0.1016 0.2155

12001903 0 0.1016 0.2155

12001904 0 0.1016 0.2155

12001905 0 0.1016 0.2155

12001906 0 0.1016 0.2155

12001907 0 0.1016 0.2155

12001908 0 0.1016 0.2155

12001909 0 0.1016 0.2155

*----------- 1--------1 -------- 1----

" FLOW SKIRT - CORE FILLER ASSEM1BLY

" STATION 96.44 TO 261.13

*----------- 1--------1 -------- 1-----

12250000 10 5 2

12250100 0 1

12250101 4 0.38

12250201 4 4

12250301 0.0 4

12250401 575.0 5

12250501 225010000 0 1

12250502 230010000 0 1

12250503 230020000 10000 1

12250504 230060000 0 1

12250505 240010000 5000000 1

12250506 250010000 0 1

0. 5588

0.6522

0.426~

0. 3533

p068 4

'799 5

r792 6

~183 7 ---- 1--------1 ----

0.381 ---- 1----

0187

0.81

1.06

1.93

1.02

1.58

1.52

1.36

-1- - -

0.1876129

0.2Z851823

0.2525361

1.0267313

0.4933248

0.7028265

0.5588068

0.6522799

0. 4269792

0. 1876129

0.2851823

0.2525361

1. 0267313

0.4933248

0.7028265

0.5588068

0.6522799

0.4269792

9

129 1

823 2

361 3

313 4

248 5

265 6

068 7

799 8

792 9 ---- 1--------1 ----

1 0.3

1

1

1

1

1

1

0.4269792

0.3728765

0.2794034

0.4234231

0.4933248

0.7850547

1

2

6

7

9

10

A. 30
12250601 0

12250602 0

12250603 0

12250604 0

12250605 0

12250606 0

12250701 0

12250801 0

12250802 0

12250803 0

12250804 0

12250805 0

12250806 0

* -----------1 ----

0

0

0

0

0

0

0.0

0.095

0.0124

0.0124

0.0124

0.145

0.131

0

0

0

0

0

0

0.0

0.095

0.5713

0.5713

0.5713

0.5713

0.5713

1.

0.78054

0.4269792

0. 3728765

0.2794034

0.4234231

0. 4933248

0.7850547

10

1

2

6

7

9

10

1

2

6

7

9

10

---- 1--------1 ---- ----1------1------1----

" LOWER CORE SUPPORT STRUCTURE

" STATION 96.44 TO 116.91

" INCLUDES CORE SUPPORT BARREL LIP ,LOWER CORE SUPPORT

" STRUCTURE , AND FUEL MODULE LOWER END BOXES

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

12251000 1 5 2 1 0.282

12251100 0 1

12251101 4 0.3

12251201 4 4

12251301 0.0 4

12251401 556.0 5

12251501 225010000 0 1 1 0.4269792 1

12251601 0 0 0 1 0.4269792 1

12251701 0 0.0 0.0 0.0 1

12251801 0 0.095 0.095 0.4269792 1

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

" ACTIVE CORE

" STATION 116.91 TO 182.94

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

12300000

12300100

12300101

12300102

12300103

12300201

12300202

12300203

12300301

12300302

12300401

12300501

12300601

12300701

12300702

12300703

12300704

12300705

12300706

12300901

6

0

5

1

3

1

-2

-3

1.0

0.0

575.0

0

230010000

900

900

900

900

900

900

0

10

1

4.647E-3

4. 742E-3

5. 359E-3

5

6

9

5

9

10

0

10000

0.03695

0.03979

0.04153

0.03521

0. 02802

0.02161

0.01240

2 1 0.0

0

1

0.0

0.0

0.0

0.0

0.0

0.0

0.01504

0.0

0.0

0.0

0.0

1.775

57.000

57.000

1 * 100%

2 * 100%

3 * 100%

4 * 100%

5 * 100%

6 * 100%

6

6*

6*

POWER

POWER

POWER

POWER

POWER

POWER

1. 68X204/6

89/11/09

* 89/11/06

*HEAT STRUCTURE MIODEL FOR 1096 RODS IN PERIPERAL

*ACTIVE CORE (PERIPERAL 1096 RODS)

*STATION 116.91 TO 182.94

A. 31
12310000 6 10 2 1 0.0

12310100 0 1

12310101 5 4.647E-3

12310102 1 4.742E-3

12310103 3 5.359E-3

12310201 1 5

12310202 -2 6

12310203 -3 9

12310301 1.0 5

12310302 0.0 9

12310401 575.0 10

12310501 0 0 0

12310601 230010000 10000 1

12310701 900 0.13896 0.0

12310702 900 0.15345 0.0

12310703 900 0.16486 0.0

12310704 900 0.13947 0.0

12310705 900 0.11431 0.0

12310706 900 0.08461 0.0

12310901 0 0.01240 0.015

* ---- ---- 1----1------1-------- 1----

" UPPER CORE SUPPORT STRUCTURE

" STATION 190.5 TO 234.5

* ---- ---- I----1------1-------- 1----

12400000 2 5 2

12400100 0 1

12400101 4 0.31

12400201 4 4

12400301 0.0 4

12400401 575.0 5

12400501 240010000 5000000 1

04

0.0

0.0

0.0

0.0

1.775

307.00 6 *1.68X1096/6

307.00 6 *89/11/09

1 * 100% POWER

2 * 100% POWER

3 * 100% POWER

4 * 100% POWER

5 * 100% POWER

6 * 100% POWER

6 ---- 1---- --1------

1 0.282

1 0.4933248 2

1 0.4933248 2

0.0 2

0.9866496 2

12400601 0

12400701 0

12400801 0

*FUEL MODULES

*STATION 187.6

12510000 1

12510100 0

12510101 4

12510201 4

12510301 0.0

12510401 575.0

0

0.0

0.56

TO 258.4

5

1

0.01

4

4

5

0

0.0

0.0

0.0

-1 -------- 1 ---- 1 0.0 ----1----

1

1

----1----

12510501 250010000 0

12510601 251010000 0

12510701 0 0.0

12510801 0 0.0

12510901 0 0.0

*----------- 1--------1 ----

*UPPER PLENUM INTERNALS

12551000 3 5

12551100 0 1

12551101 4 0.005

12551201 4 4

12551301 0.0 4

1.8

1.8

1.8

--1 ----

1.8

1.8

1

1

1

--1--

1 1 0.0

A. .32
12551401 575.0 5

12551501 252010000 0 1 1 1.0

12551502 255010000 0 1 1 1.0

12551503 250010000 0 1 1 1.0

12551601 0 0 0 1 1.0

12551701 0 0.0 0.0 0.0 3

12551801 0 0.0 0.0 1.0 3

* --- -- 1 -- --1-----1- 1 -- -- 1 ----- 1---

" CORE SUPPORT BARREL - UPPER PLENUMI LOWER VOLUME

" STATION 264 TO 297.6

* ---- ---- 1----1------1-------- 1-------- 1-------- 1----

1

2

3

3

12552000 2 5 2 1 0.381

12552100 0 1

12552101 4 0.474

12552201 5 4

12552301 0.0 4

12552401 575.0 5

12552501 255010000 0 1 1 0.6312304 1

12552502 252010000 0 1 1 0.2869580 2

12552601 0 0 0 1 0.6312304 1

12552602 0 0 0 1 0.2869580 2

12552701 0 0.0 0.0 0.0 2

12552801 0 0.762 0.0 0.6312304 1

12552802 0 0.762 0.0 0.2869580 2

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

" CORE SUPPORT BARREL - UPPER PLENUM TOP VOLUME

" STATION 297.6 TO 325

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

12601000 1 5 2 1 0.381

12601100 0 1

12601101 4 0.728

12601201 5 4

12601301 0.0 4

12601401 575.0 5

12601501 260010000 0 1 1 0.7747094 1

12601601 0 0 0 1 0.7747094 1

12601701 0 0.0 0.0 0.0 1

12601801 0 0.762 0.0 0.7747094 1

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

" UPPER HEAD TOP PLATE

" STATION 325

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

12602000 1 5 1 1 0.0

12602100 0 1

12602101 4 0.474

12602201 5 4

12602301 0.0 4

12602401 560.0 5

12602501 260010000 0 1 1 0.712 1

12602601 -939 0 3949 1 0.712 1

12602701 0 0.0 0.0 0.0 1

12602801 0 0.0 0.0 0.712 1

* STEAM GENERATOR HEAT STRUCTURES

*TUBING

A. 33
* --- -- 1 -- -- 1 -- 1--1 -- ---1---

10060000 8 8 2 1

10060100 0 1

10060101 7 0.006348984

10060201 6 7

10060301 0.0 7

10060401 551.0 8

10060501 115010000 10000 1 1

10060502 115040000 10000 1 1

10060503 115060000 10000 1 1

10060601 515010000 10000 1 1

10060602 515040000 0 1 1

10060603 515040000 0 1 1

10060604 515030000 -10000 1 1

10060701 0 0 0 0

10060801 0 0 0 0

10060901 0 0 0 0

* -----------1 -------- 1 ------ 1--I------- 1----

*SHROUD - UPPER SECTION

15000000 2 4 2 1

15000100 0 1

15000101 3 0.3143

15000201 5 3

15000301 0.0 3

15000401 539.0 4

15000501 500010000 0 1 0

15000502 515050000 0 1 0

15000601 503010000 0 1 0

15000602 505010000 0 1 0

15000701 0 0.0 0.0 0.0

15000801 0 0.0 0.0 0.0

15000901 0 0.0 0.0 0.0

* ---- ---- 1----1------1-------- 1-------- 1----

*SHROUD - LOWER SECTION

15100000 4 4 2 1

15100100 0 1

15100101 3 0.6572

15100201 5 3

15100301 0.0 3

15100401 533.0 4

15100501 515040000 0 1 1

15100502 515030000 -10000 1 0

15100601 508010000 0 1 1

15100602 510010000 10000 1 0

15100701 0 0.0 0.0 0.0

15100801 0 0.0 0.0 0.0

15100901 0 0.0 0.0 0.0

* ---- ---- 1----1------1-------- 1-------- 1----

*VESSEL WALL

15250000 8 5 2 1

15250100 0 1

15250101 4 0.76397

15250201 5 4

15250301 0.0 4

15250401 540.0 5

0.0051054

1124.71 3

849.063 5

1124.71 8

1124.71 3

849.063 4

849.063 5

1124.71 8

8

8

0.3048

0.85127 1

2.51199 2

0.87780 1

2.59028 2

2

2

2

0.6445

0.646354 1

2.46858 4

0.646354 1

2.51723 4

4

4

4

0.7112

A. 34
15250501 525010000 0 1 1 0.46956 1

15250502 520010000 0 1 1 0.46956 2

15250503 503010000 0 1 1 0.4445 3

15250504 505010000 0 1 1 1.2131 4

15250505 508010000 0 1 1 0.6096 5

15250506 510010000 10000 1 1 0.6096 8

15250601 -939 0 3959 1 0.46956 1

15250602 -939 0 3959 1 0.46956 2

15250603 -939 0 3959 1 0.4445 3

15250604 -939 0 3959 1 1.2131 4

15250605 -939 0 3959 1 0.6096 5

15250606 -939 0 3959 1 0.6096 8

15250701 0 0.0 0.0 0.0 8

15250801 0 0.0 0.0 0.0 8

*PIPING HEAT STRUCTURES

*INTACT LOOP PJ

*.284 METER III

11001000 14

11001100 0

11001101 4

11001201 4

11001301 0.0

11001401 560.0

11001501 10001(

11001502 10501(

11001503 10701(

11001504 11001(

11001505 11201(

11001506 11802(

11001507 11803(

11001508 12001(

11001509 15001(

11001510 17201(

11001511 17501(

11001512 175020

11001513 180010

11001514 185010

11001601 -939

11001602 -939

11001603 -939

11001604 -939

11001605 -939

11001606 -939

11001607 -939

11001608 -939

11001609 -939

11001610 -939

11001611 -939

11001612 -939

11001613 -939

11001614 -939

11001701 0

---- 1--------1 ---- [PING

---- 1I--------1 ---- ~MTER PIPING --1----1--

5 2

1

0.1780

1 0.142

4

4

5

)000 0

)000 0

)000 0

)00 0

)000 0

)000 0

J000 0

)000 0

)000 0

)000 0

000O 0

1000 0

1000 0

1000 0

0

0

0

0

0

0

0

0

0

0

-0

0

0

0

194

194

194

194

194

194

194

194

194

3949

394

1.58878 1

1.0531192 2

0.2810215 3

0.9207292 4

1.38893 5

0.688596 6

0.558577 7

0.759614 8

0.3542995 9

0.2844229 10

0.4163655 11

0.613244 12

1.15189 13

1.00965 14

1.58878 1

1.0531192 2

0.2810215 3

0.9207292 4

1.38893 5

0.688596 6

0.558577 7

0.759614 8

0.3542995 9

0.2844229 10

0.4163655 11

0.613244 12

1.15189 13

1.00965 14

14

A. .35
11001801 0

11001802 0

11001803 0

11001804 0

11001805 0

11001806 0

11001807 0

11001808 0

11001809 0

11001810 0

11001811 0

11001812 0

11001813 0

11001814 0

*----------- 1----

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

1.5887

1. 0531

0. 2810

0.9207

1. 3889

0.6885

0.5585

0. 7596

0.3542

0. 2844

0. 4163

0.6132

1.1518

1. 0096 --1 ----

81

192 2

215 3

'292 4

3 5

i96 6

177 7

14 8

:995 9

L229 10

~655 11

A44 12

~9 13

~5 14

0.1625

* STEAM GENERATOR CONNECTIONS

* ------------1---- ---- 1I---- ---- 1I--------1 ---- 11002000 2 1

11002100

11002101

11002201

11002301

11002401

11002501

11002502

11002601

11002602

11002701

11002801

11002802

2

0

4

4

0.0

560.0

112020000

118010000

-939

-939

0

0

0

5

1

0.203

4

4

5

0

0

0

0

0

0

0

3949

3949

0

0

0

1 0.707687

1 0.546638

1 0.707687

1 0.546638

0 2

0.707687 1

0.546638 2

1

2

1

2

*.216 METER DIAMETER PIPI NG

11003000 2 1 0.108

11003100

11003101

11003201

11003301

11003401

11003501

11003502

11003503

11003504

11003505

11003506

11003507

11003601

11003602

11003603

11003604

11003605

11003606

11003607

11003701

11003801

11003802

11003803

11003804

7

0

4

4

0.0

560.0

125010000

130010000

140010000

145010000

155010000

160010000

170010000

-939

-939

-939

-939

-939

-939

-939

0

0

0

0

0

5

1

0.1365

4

4

5

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

194

194

3949

394

0

1

1.00

1.570

0.018

1.04

1.00308

0. 457201

0.502185

1.40843

1.00308

0. 457201

0.514071

1. 00308

0.457201

0.502185

1. 40843

1.00308

0. 457201

0.514071

7

1

2

3

4

1

2

3

4

5

6

7

1

2

3

4

5

6

7

A. 36
11003805 0 0

11003806 0 0

11003807 0 0

*STEAM GENERATOR PLENA

0

0

0

1.00308 5

0.457201 6

0.514071 7

110040

110041

110041

110042

110043

110044

110045

110045

110046

-110046

110047

110048

110048

110049

00 2 5

00 0 1

01 4 0.7747

01 5 4

01 0.0 4

01 560.0 5

01 114010000 0

02 116010000 0

01 -939 0

02 -939 0

01 0 0

01 0 0

02 0 0

01 0 0

3

3949

3949

0

0

0

0

--1--

0

0.630

0.630

0.630

--1 ----

0.6858

0.25

0.25

0.25

0.25

2

1

2

2

--1--

1

2

1

2

*BROKEN LOOP HOT LEG PIPING

*NOZZLE PIPING

13000000 3

13000100 0

13000101 4

13000201 4

13000301 0.0

13000401 560.0

13000501 300010000

13000502 305010000

13000503 310010000

13000601 -939

13000602 -939

13000603 -939

13000701 0

13000801 0

13000802 0

13000803 0

* -----------1 ---- ---

5

1

0.1780

4

4

5

0

0

0

0

0

0

0

0

0

0

1--

2

3949

3949

3949

0

0

0

0

1 0.1420

1 0.876303 1

1 0.698336 2

1 0.974349 3

1 0.876303 1

1 0.698336 2

1 0.974349 3

0 3

0.876303 1

0.698336 2

0.974349 3

1 0.0515

*INLET TO STh GEN SIMULATOR

13151000

13151100

13151101

13151201

13151301

13151401

13151501

13151502

13151503

13151601

13151602

13151603

13151701

13151801

3

0

4

4

0.0

545.0

310010000

315010000

315020000

-939

-939

-939

0

0

5

1

0.0705

4

4

5

0

0

0

0

0

0

0

0

2

3949

3949

3949

0

0

1

1.258

0.525781

0.367768

0.552201

0.525781

0.367768

0.552201

3

1

1

2

3

1

2

3

A. 37
13151802 0 0 0

13151803 0 0 0

* --- --1 -- -- 1 -1- --1----

*STEAM GENERATOR SIMULATOR

0.36768 2

0.552201 3

----1----

13152000 6 1 0.1835

13152100 0

13152101 4

13152201 4

13152301 0.0

13152401 545.0

13152501 315030000

13152502 315050000

13152503 315070000

13152601 -939

13152602 -939

13152603 -939

13152701 0

13152801 0

13152802 0

13152803 0

*----------- 1---- ---

5

1

0.2285

4

2

4

5

10000

10000

10000

0

0

0

0

0

0

0

-1--

3949

3949

3949

0

0

0

0

*STh GEN SIMULATOR OUTLET

13153000---1----1---1-2

13153100 0 1 52

13153101 4 0.0705

13153201 4 4

13153301 0.0 4

13153401 545.0 5

13153501 315090000 0 1

13153601 -939 0 3949

13153701 0 0 0

13153801 0 0 0

* ---- ---- 1----1 ------1-------- 1----

*PUMP SIMULATOR

13154000---1---- 1--- 12-

13154100 0 1 52

13154101 4 0.1780

13154201 4 4

13154301 0.0 4

13154401 545.0 5

13154501 315100000 0 1

13154601 -939 0 3949

13154701 0 0 0

13154801 0 0 0

* ---- ---- 1----1 ------1-------- 1----

*PUMP SIMULATOR OUTLET

13155000---1---- 1--- 12-

13155100 0 1 52

13155101 4 0.0840

13155201 4 4

13155301 0.0 4

13155401 545.0 5

13155501 315110000 0 1

13155601 -939 0 3949

10.993978 2

10.849744 4

10.993978 6

10.993978 2

10.849744 4

10.993978 6

0 6

0.993978 2

0.849744 4

0.993978 6

1 0.0550

1 1.371350 1

1 1.371350 1

0 1

1.371350 1

1 0.1420

1 1.365029 1

1 1.365029 1

0 1

1.365029 1

1 0.0660

1

1

1.674812 1

1.674812 1

A. 38
13155701 0 0 0 0 1

13155801 0 0 0 1.674812 1

*PIPING BETWEEN BREAK AND ISOLATION VALVE

13156000 1 5 2 1 0.1285

13156100 0 1

13156101 4 0.1620

13156201 4 4

13156301 0.0 4

13156401 545.0 5

13156501 315120000 0 1 1 0.545209 1

13156601 -939 0 3949 1 0.545209 1

13156701 0 0 0 0 1

13156801 0 0 0 0.545209 1

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*BROKEN LOOP COLD LEG PIPING

*NOZZLE PIPING

13350000 3 5

13350100 0 1

13350101 4 0.1780

13350201 4 4

13350301 0.0 4

13350401 550.0 5

13350501 335010000 0

13350502 340010000 0

13350503 345010000 0

13350601 -939 0

13350602 -939 0

13350603 -939 0

13350701 0 0

13350801 0 0

13350802 0 0

13350803 0 0

* -----------1 -------- 1 ----

*SMALL PIPING NEAR BREAK

135------1000 -- 11-5

13501100 0 1 5

2 1 0.1420

3949

3949

3949

0

0

0

0

--1--

1 0.749305 1

1 0.698336 2

1 0.974349 3

1 0.749305 1

1 0.698336 2

1 0.974349 3

0 3

0.749305 1

0.698336 2

0.974349 3

---- 1--------1 -------- 1 -------- 1 ---- 2 1 0.0550

13501101 4 0.1780

13501201 4 4

13501301 0.0 4

13501401 545.0 5

13501501 345010000 0 1 1 0.525781 1

13501601 -939 0 3949 1 0.525781 1

13501701 0 0 0 0 1

13501801 0 0 0 0.525781 1

*----------- 1--------1--------1I------1--I------- 1--------1 ----

*PIPING BETWEEN BREAK AND ISOLATION VALVE

13502000 2 5 2 1 0.0865

13502100 0 1

13502101 4 0.1095

13502201 4 4

13502301 0.0 4

13502401 545.0 5

A. 39
13502501 350010000 0 1 1 0.453394 1

13502502 350020000 0 1 1 1.074803 2

13502601 -939 0 3949 1 0.453394 1

13502602 -939 0 3949 1 1.074803 2

13502701 0 0 0 0 2

13502801 0 0 0 0.453394 1

13502802 0 0 0 1.074803 2

*REFLOOD ASSIST PIPING AND VALVES

13700000 6 5 2 1 0.111

13700100 0 1

13700101 4 0.1365

13700201 4 4

13700301 0.0 4

13700401 550.0 5

13700501 370010000 0 1 1 0.7251 1

13700502 370020000 0 1 1 1.8200 2

13700503 370030000 0 1 1 2.9055 3

13700504 380010000 0 1 1 2.2898 4

13700505 380020000 0 1 1 1.2231 5

13700506 380030000 0 1 1 1.1065 6

13700601 -939 0 3949 1 0.7251 1

13700602 -939 0 3949 1 1.8200 2

13700603 -939 0 3949 1 2.9055 3

13700604 -939 0 3949 1 2.2898 4

13700605 -939 0 3949 1 1.2231 5

13700606 -939 0 3949 1 1.1065 6

13700701 0 0 0 0 6

13700801 0 0 0 0.7246 1

13700802 0 0 0 1.820 2

13700803 0 0 0 1.7230 3

13700804 0 0 0 1.144 4

13700805 0 0 0 1.181 5

13700806 0 0 0 1.2586 6

*PRESSURIZER HEAT STRUCTURES

* ---- ---- I----1------1-------- 1-------- 1----

*VESSEL BOTTOMI

14151000 1 5 1 1

14151100 0 1

14151101 4 0.0762

14151201 5 4

14151301 0.0 4

14151401 613.0 5

14151501 415010000 0 1 1

14151601 -939 0 3969 1

14151701 0 0 0 0

14151801 0 0.0 0.0 0.0

* ---- ---- 1----1------1-------- 1-------- 1----

*VESSEL SIDES - LARGE DIAMETER SECTION

14152000 6 5 2 1

14152100 0 1

14152101 4 0.49911

----1------1----

0.0 ----1----

1

1

0.362

0.362

1

0. 42291

A. 40
14152201 5 4

14152301 0.0 4

14152401 613.0 5

14152501 415010000 0 1 1

14152502 415020000 0 1 1

14152503 415030000 0 1 1

14152504 415040000 0 1 1

14152505 415050000 0 1 1

14152506 415060000 0 1 1

14152601 -939 0 3969 1

14152602 -939 0 3969 1

14152603 -939 0 3969 1

14152604 -939 0 3969 1

14152605 -939 0 3969 1

14152606 -939 0 3969 1

14152701 0 0 0 0

14152801 0 0.0 0.0 0.0

* ---- ---- 1----1------1-------- 1-------- 1----

*VESSEL SIDES - SMALL DIAMETER SECTION

14153000 2 5 2 1

14153100 0 1

14153101 4 0.3683

0.1815

0.1524

0.3967

0.5289

0.3967

0.1943

0.1815

0.1524

0.3967

0.5289

0.3967

0.1943

6

6

--1--

1

2

3

4

5

6

1

2

3

4

5

6

---- 1--------1 ---- 0.2032

14153201 5 4

14153301 0.0 4

14153401 613.0 5

14153501 420010000 10000 1 1 0.1029 2

14153601 -939 0 3969 1 0.1029 2

14153701 0 0 0 0 2

14153801 0 0.0 0.0 0.0 2

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*VESSEL TOP

14201000 1 5 1 1 0.0

14201100 0 1

14201101 4 0.18415

14201201 5 4

14201301 0.0 4

14201401 613.0 5

14201501 420020000 0 1 1 0.13 1

14201601 -939 0 3969 1 0.13 1

14201701 0 0 0 0 1

14201801 0 0.0 0.0 0.0 1

* HEAT STRUCTURE THERMAL PROPERTY DATA

20100100 TBL/FCTN 1 1

20100200 TBL/FCTN 1 1

20100300 TBL/FCTN 1 1

20100400 TBL/FCTN 1 1

20100500 C-STEEL

20100600 TBL/FCTN 1 1

* ---- ---- 1----1------1-------- 1----

*U02 - THIERMAL CONDUCTIVITY

20100101 2.7315E2 8.44

*U02

*GAP

*ZR

*S-STEEL

*INCONEL 600

A. .41
20100102 4.1667E2 6.46

20100103 5.3315E2 5.782385

20100104 6.99817E2 4.633177

20100105 8.66483E2 3.880307

20100106 1.03315E3 3.357625

20100107 1.08871E3 3.155129

20100108 1. 19982E3 2.983787

20100109 1.28315E3 2.836674

20100110 1.36648E3 2.713792

20100111 1.53315E3 2.521680

20100112 1.61648E3 2.448990

20100113 1. 69982E3 2.391875

20100114 1.97759E3 2.289762

20100115 2.25537E3 2.307069

20100116 2.53315E3 2.433413

20100117 2.81093E3 2.661870

20100118 3.08871E3 2.994171

*U02 - VOLUMIETRIC HEAT CAPACITY

20100151 2.73150E2 2.310427E6

20100152 3.23150E2 2.571985E6

20100153 3.73150E2 2.746357E6

20100154 6.7315E2 3.138694E6

20100155 1.37315E3 3.443844E6

20100156 1.77315E3 3.531030E6

20100157 1.97315E3 3.79Z588E6

20100158 2.17315E3 4.228518E6

20100159 2.37315E3 4.882412E6

20100160 2.67315E3 6.015829E6

20100161 2.77315E3 6.320980E6

20100162 2.87315E3 6.582538E6

20100163 2. 97315E3 6. 713317E6

20100164 3. 11315E3 6. 800503E6

20100165 4.69982E3 6.800503E6

*GAP - THERMAL CONDUCTIVITY

20100201 273.15 0.14

20100202 590.0 0.24

20100203 810.0 0.29

20100204 1090.0 0.36

20100205 1370.0 0.42

20100206 3260.0 0.75

*GAP - VOLUMETRIC HEAT CAPACITY

20100251 273.15 5.4

20100252 3260.0 5.4

*ZIRCALOY-4 - THERMAL CONDUCTIVITY FROM IIATPRO

20100301 380.4 13.6

20100302 469.3 14.6

20100303 577.6 15.8

20100304 685.9 17.3

20100305 774.8 18.4

20100306 872.0 19.8

A. 42
2010030'7 973.2 21.8

20100308 1073.2 23.2

20100309 1123.2 25.4

20100310 1152.3 24.2

20100311 1232.2 25.5

20100312 1331.2 26.6

20100313 1404.2 28.2

20100314 1576.2 33.0

20100315 1625.2 36.7

20100316 1755.2 41.2

20100317 2273.2 55.0

*ZIRCAI 1OY-4 - VOLUMETRIC HEAT CAPACITY FROM MATPRO

20100351 300.0 1.841E6

20100352 400.0 1.978E6

20100353 640.0 2.168E6

20100354 1090.0 2. 456E6

20100355 1093.0 3.288E6

20100356 1113.0 3.865E6

20100357 1133.0 4.028E6

20100358 1153.0 4.709E6

20100359 1173.0 5.345E6

20100360 1193.0 5.044E6

20100361 1213.0 4.054E6

20100362 1233.0 3.072E6

20100363 1243.0 2.332E6

20100364 1477.0 2.332E6

*S-STEEL -THERMAL CONDUCTIVITY

20100401 273.15 12.98

20100402 1199.82 25.1

*S-STEEL -VOLUMETRIC HEAT CAPACITY

20100451 273.15 3.83E6

20100452 366.5 3.83E6

20100453 477.59 4.190E6

20100454 588.59 4.336E6

20100455 699.82 4. 504E6

20100456 810.93 4.639E6

20100457 922.04 4.773E6

20100458 1144.26 5.076E6

20100459 1366.5 5.376E6

20100460 1477.59 5.546E6

*INCONEL-600 - THERMAL CONDUCTIVITY

20100601 366.5 13.85

20100602 477.6 15.92

20100603 588.7 18.17

20100604 700.0 20.42

20100605 810.9 22.50

20100606 922.0 24.92

20100607 1033.2 26.83

20100608 1144.3 29.42

20100609 1477.6 36.06

A .43
*INCONEL-600 - VOLUMETRIC HEAT CAPACITY

20100651 366.5 3.908+6

20100652 477.6 4.084+6

20100653 588.7 4.260+6

20100654 700.0 4.436+6

20100656 810.9 4.665+6

20100657 922.0 4.929+6

20100658 1033.2 5.105+6

20100659 1477.6 5.727+6

* CONTROL VARIABLES

*001-006 LEVEL CALCULATORS

*001 STEAM GENERATOR LEVEL

20500100 SGLVL SUN 1.0

20500101 0.0 0.4445 VOIDF

20500102 1.2131 VOIDF

20500103 0.6096 VOIDF

20500104 0.6096 VOIDF

20500105 0.6096 VOIDF

20500106 0.6096 VOIDF

* 002 PRESSURIZER LEVEL

20500200 PZRLVL SUM 1.0

20500201 0.0 0. 1815 VOIDF

20500202 0.1524 VOIDF

20500203 0.3967 VOIDF

20500204 0.5289 VOIDF

20500205 0.3967 VOIDF

20500206 0.1943 VOIOF

20500207 0.1029 VOIDF

20500208 0.1029 VOIDF

* 004 ACCUJMULATOR LEVEL

----1------1----

----1------1----

----1----

----1----

0.0

503010000

505010000

508010000

510010000

510020000

510030000

0.0

415010000

415020000

415030000

415040000

415050000

415060000

420010000

420020000

1

1

*20500400 ACCMLVL INTEGRAL -6.3480-3 2.0447 0

*20500401 VELFJ 620010000

*061-072 PRIMARY SYSTEM MASS CALCULATOR

*061 INTACT LOOP HOT LEG MASS

20506100 ILHLMASS SUM 1.0 0.01

20506101 0.0 0.102752 RHO 100010000

20506102 7.57291-2 RHO 105010000

20506103 6.43178-2 RHO 110010000

20506104 7.96973-2 RHO 112010000

20506105 5.79614-2 RHO 112020000

* 062 STEAM GENERATOR PRIMARY MASS

20506200 SUPRIMASS SUiM 1.0 0.01

20506201 0.0 0.335320 RHO -114010000

20506202 0.136356 RHO 115010000

20506203 9. 21538-2 RHO 115020000

20506204 9. 21538-2 RHO 115030000

20506205 6.99783-2 RHO 115040000

20506206 6.99783-2 RHO 115050000

20506207 9.21538-2 RHO 115060000

A. 44
20506208 9.21538-2 RHO 115070000

20506209 0.136356 RHO 115080000

20506210 0.335320 RHO 116010000

* 063 PUMP SUCTION PIPING MASS

20506300 PMPSIJMASS SUM 1.0 0.0

20506301 0.0 4.45625-2 RHO 118010000

20506302 4.45137-2 RHO 118020000

20506303 3.54278-2 RHO 118030000

20506304 4.87901-2 RHO 120010000

20506305 6.40548-2 RHO 125010000

20506306 1.77444-2 RHO 130010000

20506307 6.40548-2 RHO 155010000

20506308 1.77444-2 RHO 160010000

* 064 INTACT LOOP COLD LEG MASS

20506400 ILCLMASS SUM 1.0 0.0

20506401 0.0 9.91000-2 RHO 135010000

20506402 1.83849-2 RHO 140010000

20506403 6.33861-2 RHO 145010000

20506404 3.16011-2 RHO 150010000

20506405 9.91000-2 RHO 165010000

20506406 1.92958-2 RHO 170010000

20506407 3.54280-2 RHO 175010000

20506408 3.88950-2 RHO 175020000

20506409 7.30598-2 RHO 180010000

20506410 6.44920-2 RHO 185010000

* 065 DOWNCOIIER/LOWER PLENUM MASS

20506500 DCLPMASS SUM 1.0 0.0

20506501 0.0 0.0864164 RHO 200010000

20506502 0.0907360 RHO 205010000

20506503 0.1509710 RHO 210010000

20506504 0.0706690 RHO 210020000

20506505 0.1060015 RHO 210030000

20506506 0.0795138 RHO 210040000

20506507 0.0998947 RHO 210050000

20506508 0.06252 RHO 210060000

20506509 0.24520 RHO 215010000

20506510 0.29656 RHO 220010000

* 066 REACTOR VESSEL FILLER GAP MASS

20506600 FGAPMASS SUM 1.0 0.0

20506601 0.0 0.0899085 RHO 223010000

20506602 0.0722790 RHO 223020000

20506603 0.0334096 RHO 223030000

20506604 0.03098 RHO 223040000

* 067 CORE/UPPER PLENUM MASS

20506700 CRUPMASS SUM 1.0 0.0

20506701 0.0 0.12094 RHO 225010000

20506702 0.0683340 RHO 230010000

20506703 0.0478582 RHO 230020000

20506704 0.0483329 RHO 230030000

20506705 0.0479138 RHO 230040000

20506706 0.0479052 RHO 230050000

20506707 0.0750459 RHO 230060000

20506708 0.0091280 RHO 235010000

20506709 0.0072325 RHO 235020000

20506710 0.0088095 RHO 235030000

20506711 0.1195494 RHO 240010000

'20506712 0.1280806 RHO 245010000

20506713 0.1436936 RHO 250010000

A .45
20506714 0.1154214 RHO 251010000

20506715 0.2031741 RHO 255010000

20506716 0.1914909 RHO 260010000

* 068 BROKEN LOOP HOT LEG MASS

20506800 BLHLMASS SUM 1.0 0.0

20506801 0.0 5.75410-2 RHO 300010000

20506802 4.42927-2 RHO 305010000

20506803 6.78467-2 RHO 310010000

20506804 3.07670-3 RHO 315010000

20506805 4.67621-3 RHO 315020000

20506806 8.60554-2 RHO 315030000

20506807 8.60554-2 RHO 315040000

20506808 8.97552-2 RHO 315050000

20506809 8.97552-2 RHO 315060000

20506810 8.60554-2 RHO 315070000

20506811 8.60554-2 RHO 315080000

20506812 1.82303-2 RHO 315090000

20506813 5.46687-2 RHO 315100000

20506814 1.82489-2 RHO 315110000

20506815 2.83241-2 RHO 315120000

20506816 9.15000-2 RHO 380010000

20506817 4.80000-2 RHO 380020000

20506818 4.89000-2 RHO 380030000

* 069 BROKEN LOOP COLD LEG MASS

20506900 BLCLMASS SUM 1.0 0.0

20506901 0.0 4.79790-2 RHO 335010000

20506902 4.43927-2 RHO 340010000

20506903 6.73163-2 RHO 345010000

20506904 1.06640-2 RHO 350010000

20506905 4.07801-2 RHO 350020000

20506906 2.97722-2 RHO 360010000

20506907 2.79000-2 RHO 370010000

20506908 7.00000-2 RHO 370020000

20506909 1.16500-1 RHO 370030000

* 070 PRESSURIZER MASS

20507000 PZRMASS SUM 1.0 0.0

20507001 0.0 3.33500-3 RHO 400010000

20507002 3.33500-3 RHO 405010000

20507003 3.33500-3 RHO 405020000

20507004 6.84000-2 RHO 415010000

20507005 8.38000-2 RHO 415020000

20507006 2.24255-1 RHO 415030000

20507007 2.98987-1 RHO 415040000

20507008 2.24255-1 RHO 415050000

20507009 7.32000-2 RHO 415060000

20507010 1.42000-2 RHO 420010000

20507011 1.42000-2 RHO 420020000

20507012 2.12609-3 RHO 430010000

* 071 REACTOR VESSEL TOTAL MASS

20507100 RVMASS SUM 1.0 0.0

20507101 0.0 1.0 CNTRLVAR 65

20507102 1.0 CNTRL VAR 66

20507103 1.0 CNTRLVAR 67

* 072 PCS TOTAL MASS

20507200 PUSMASS SUM 1.0 0.0

20507201 0.0 1.0 CNTRLVAR 61

20507202 1.0 GNTRLVAR 62

20507203 1.0 GNTRIIIVAR 63

A. .46
20507204 1.0 CNTRLVAR 64

20507205 1.0 CNTRL VAR 68

20507206 1.0 CNTRLVAR 69

20507207 1.0 CNTRLVAR 70

20507208 1.0 CNTRL VAR 71

* ---- ---- 1----1-- -11------ ------- -- --I----1 ------1-------- 1----

*073-076 STEAM GENERATOR MASS CALCULATOR

*073 STEAM GENERATOR DOWNCOMER MASS

20507300 SGDCMASS SUM 1.0 0.01

20507301 0.0 0.4384 RHO 503010000

20507302 1.4850 RHO 505010000

20507303 2.21070-1 RHO 508010000

20507304 1.41427-1 RHO 510010000

20507305 1.41427-1 RHO 510020000

20507306 1.41427-1 RHO 510030000

* 074 STEAM GENERATOR BOILER MASS

20507400 SGBLRMASS SUM 1.0 0.01

20507401 0.0 5.07675-1 RHO 515010000

20507402 5.07675-1 RHO 515020000

20507403 5.07675-1 RHO 515030000

20507404 5.07675-1 RHO 515040000

20507405 3.71565-1 RHO 515050000

20507406 0.2425 RHO 500010000

-* 075 STEAM GENERATOR DOME AND PIPE MASS

20507500 SGDMMASS SUM 1.0 0.01

20507501 0.0 0.705312 RHO 520010000

20507502 0.705312 RHO 525010000

20507503 1.162180 RHO 530010000

* 076 STEAM GENERATOR TOTAL MASS

20507600 SGMASS SUM 1.0 0.01

20507601 0.0 1.0 CNTRL VAR 73

20507602 1.0 CNTRL VAR 74

20507603 1.0 CNTRL VAR 75

* GENERAL TABLE DATA

* TABLE

* NUMBER DESCRIPTION

* 900 REACTOR POWER VS TINE AFTER SCRAM

* 939 ENVIRONMENTAL HEAT LOSS BOUNDARY TEMPERATURE

* 949 PRIMARY SYSTEM ENVR LOSS HEAT XFER COEFFICIENT

* 959 STEAM GENERATOR ENYR. LOSS HEAT XFER COEFFICIENT

* 969 PRESSURIZER ENVR LOSS HEAT XFER COEFFICIENT

20290000 POWER 699 1.0 45.9+6

20290001 0.0 1.0 *FROM F3S-20&F2-2 OF EDR L5-1

20290002 0.50 0.55374

20290003 1.00 0.18625

20290004 1.50 0.10259

20290005 2.00 0.08423

20290006 2.50 0.080020

A .47
20290007 3.0 0.07603

20290008 3.5 0.072700

20290009 5.0 0.064940

20290010 10.0 0.055882

20290011 25.0 0.046738

20290012 65. 0.035

20290013 100. 0.031546

20290014 250. 0.025210

20290015 650. 0.0188

20290016 1000. 0.0164

20290017 1500. 0.0140

20290018 3000. 0.0110

20290019 5000. 0.0092

20290020 1L+5 0.001460 *CHANGED 89/11/06 BASED ON EDR F2-2 F3S-20

*ENVIRONMENTAL HEAT LOSS BOUNDARY TEMPERATURE

20293900 TEMP

20293901 0.0 311.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*PRIMARY SYSTEM ENVIRONMENTAL LOSS HEAT XFER COEFFICIENT

20294900 HTC-T

20294901 0.0 10.76 *174 KW FROM PUS (EXCEPT PZR)

*STEAM GENERATOR ENVIRONMENTAL LOSS HEAT XFER COEFFICIENT

20295900 HTC-T

20295901 0.0 3.385 *20 KW FROM STEAM GENERATOR

*PRESSURIZER ENVIRONMENTAL LOSS HEAT XFER COEFFICIENT

20296900 HTC-T

20296901 0.0 3.019 * 6 KW FROM PRESSURIZER

*PUMP DATA

*SINGLE PHASE HEAD CURVES

*HEAD CURVE NO. 1

1351100 1 1

1351101 0.OOOOOOE+00 1.403600E+00

1351102 1. 906100E-O1 1. 363600E+00

1351103 3.896300E-01 1.318600E+00

1351104 5. 939600E-O1 1. 232800E+00

1351105 7. 9020OOE-01 1. 133600E+00

1351106 1.O00000E+00 1.000000E+OO

* ---- ---- 1----1------1-------- 1-------- 1----

*HEAD CURVE NO. 2

1351200 1 2

1351201 0. 000000E+00 -6. 7000O0E-01

1351202 2.OOOOOOE-O1 -5.OOOO00E-01

1351203 4.OO0000E-01 -2.500000E-01

1351204 5. 755400E-01 0. O00000E+OO

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

A. 48
1351205 7. 443200E-O1

1351206 7.734800E-01

1351207 8. 631300E-O1

1351208 1.000000E+00

*----------- 1--------1 ----

*HEAD CURVE NO. 3

1351300 1

1351301 -1. OOOOOOE+00

1351302 -8. 057400E-01

1351303 -6. 069000E-01

1351304 -4. 068300E-01

1351305 -2. 001710E-01

1351306 0. OOOOOOE+00

* -----------1 -------- 1 ----

*HEAD CURVE NO. 4

1351400 1

1351401 -1. OOOOOOE+00

1351402 -8. 229700E-01

1351403 -6. 333200E-01

1351404 -4. 553400E-01

1351405 -2. 710900E-01

1351406 -1. 771600E-01

1351407 -9. 073000E-02

1351408 0.OOOOOOE+00

*----------- 1--------1 ----

*HEAD CURVE NO. 5

1351500 1

1351501 0.OOOOOOE+0O

1351502 2.OOOOOOE-01

1351503 4.OOOOOOE-01

1351504 4. 118000E-01

1351505 5. 976300E-01

1351506 7. 934670E-01

1351507 1.000000E+OO

* -----------1 -------- 1 ----

*HEAD CURVE NO. 6

1351600 1

1351601 0.OOOOOOE+00

1351602 9. 109900E-02

1351603 1. 865090E-01

1351604 2. 717620E-01

1351605 4. 558720E-01

1351606 5.744060E-01

1351607 7. 405760E-01

1351608 7. 666190E-01

1351609 8. 714710E-01

1351610 1.000000E+00

* -----------1 -------- 1 ----

*HEAD CURVE NO. 7

1351700 1

1351701 -1. OOOOOOE+O0

1351702 -8. OOOOOOE-01

1351703 -6. OOOOOOE -01

2. 583000E-01

3.778000E-01

6. 326000E-01

1. OOOOOOE+00

3

2. 472200E+00

2. 047400E+00

1. 831000E+00

1. 624000E+00

1. 470500E+00

1. 403600E+00

4

2. 472200E+00

1.996800E+00

1. 589700E+00

1. 327900E+00

1. 194900E+00

1.060500E+00

1. 015600E+00

9. 342790E -01

5

2. 500000E-01

2. 800000E-01

3.40000E-01

2. 768000E-01

4. 584000E-01

6. 992000E-01

1. OOOOOOE+00

6

9. 342790E-01

9. 229000E-01

8.963000E-01

8.750000E-01

8. 433000E-01

8. 355000E-01

8.466000E-01

8.469000E-01

8.838000E-01

1. OOOOOOE+00

7

-1. OOOOOOE+00

-6. 300000E-01

-3. OOOOOOE-01

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

A. 49
1351704 -4. OOOOOOE-O1

1351705 -2.000000E-O1

1351706 0.OOOOOOE+00

*----------- 1--------1 ----

*HEAD CURVE NO. 8

1351800 1

1351801 -1.OOOOOOE+00

1351802 -8.OOOOOOE-01

1351803 -6. OOOOOOE-01

1351804 -4.OOOOOOE-O1

1351805 -2. 000000E-01

1351806 O.OOOOOOE+00

*SINGLE PHASE TORQUE DATA

*TORQUE CURVE NO. 1

1351900 2

1351901 0.OOOOOOE+00

1351902 1. 930000E-01

1351903 3. 930000E-01

1351904 5. 955200E-O1

1351905 7. 978200E-01

1351906 1.OOOOOOEI-00

*----------- 1--------1 ----

*TORQUE CURVE NO. 2

1352000 2

1352001 0. OOOOOOE+0O

1352002 4.OOOOOOE-01

1352003 5. OOOOOOE-01

1352004 7. 372550E-01

1352005 7. 680490E-01

1352006 8. 672300E-01

1352007 1. 00000E+OO

*----------- 1--------1 ----

*TORQUE CURVE NO. 3

1352100 2

1352101 -1.O00000E+OO

1352102 -8. 009600E-01

1352103 -6. 063800E-O1

1352104 -4. 068600E-O1

1352105 -1. 992800E-O1

1352106 0. 000000E+00

*----------- 1--------1 ----

*TORQUE CURVE NO. 4

1352200 2

1352201 -1.OO00000E+Oo

1352202 -8. 223400E-O1

1352203 -6. 337100E-01

1352204 -4. 585300E-01

1352205 -2. 670230E-01

1352206 -1. 761070E-01

1352207 -8. 931000E-02

1352208 0. 000000E+00

-5. 000000E-02

1. 500000E-01

2. 500000E-01

8

-1. 000000E+O0

-9. 7000OOE-O1

-9. 5000OOE-01

-8. 800000E-01

-8. 000000E-O1

-6. 7000OOE-01 --1 -------- 1 ----

----1------1----

----1------1----

----1------1----

----1------1------1------1----

6.032000E-01

6. 325000E-01

7. 369000E-01

8. 331000E-01

9. 229000E-01

1.OOOOOOE+0o

2

_6.7000O0E-O1

-2. 500000E-O1

1. 5000O0E-O1

5.265860E-O1

6. 065940E-O1

7.436600E-01

1. 00000E+OO

3

1. 984300E+00

1. 394000E+00

1, 097500E+00

8. 220000E-O1

6. 648000E-01

6. 032000E-01

4

1. 984300E+00

1. 830800E+00

1. 682400E+00

1. 557000E+00

1.436200E+00

1. 387900E+00

1. 348100E+00

1. 233610E+00

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

A. 50
* --- -- 1 -- -- 1----

*TORQUE CURVE NO. 5

1352300 2

1352301 O.OOOOOOE+OO

1352302 4.OOOOOOE-O1

1352303 5. OOOOOOE-01

1352304 1. OOOOOOE+0O

* -----------1 -------- 1 ----

*TORQUE CURVE NO. 6

1352400 2

1352401 0. OOOOOOE+O0

1352402 9.064300E-02

1352403 1. 885690E-01

1352404 2. 734700E-01

1352405 4. 586690E-01

1352406 5. 744800E -01

1352407 7. 381600E -01

1352408 7.685200E-01

1352409 8.700570E-01

1352410 1. OOOOOOE+OO

* -----------1 -------- 1 ----

*TORQUE CURVE NO. 7

1352500 2

1352501 -1.O00000E+00

1352502 -3.O00000E-O1

1352503 -1. 000000E-01

1352504 O.OOOOOOE+OO

* -----------1 -------- 1 ----

*TORQUE CURVE NO. 8

1352600 2

1352601 -1.OOOO0OOE+O0

1352602 -2. 500000E-01

1352603 -8. OOOOOOE-02

1352604 0. OOOOOOE+0O

* -----------1 -------- 1 ----

----1------1------1------1----

5

-4. SOOOOOE-O1

-2. 500000E-O1

O.OOOOOOE+OO

3. 569000E-O1

6

1. 233610E+00

1. 196500E+00

1. 109600E+00

1. 041600E+00

8. 958000E-01

7. 8070OOE-01

6. 134000E-O1

5. 849O00E-O1

4.877O00E-01

3. 569000E-O1

7

-1. 000000E+OO

-9. OOOOOOE-O1

-5. OOOOOOE-01

-4. 500000E-01

8

-1. OOOOOOE+O0

-9. OOOOOOE-O1

-8. OOOOOOE-O1

-6. 7000O0E-01 --1 -------- 1 ----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

*TWO - PHASE MIULTIPLIER DATA FROM L5-1 TEST DATA

R EAD CURVE

1353000 0

1353001 O.OOOOOOE+O0 O.OOOOOOE+O0

1353002 1.OOOOOOE-01 O.OOOOOOE+00

1353003 2.OOOOOOE-01 1.OOOOOOE-O1

1353004 3.OOOOOOE-O1 2.OOOOOOE-01

1353005 3.500000E-01 3.OOOOOOE-01

1353006 4.OOOOOOE-O1 6.OOOOOOE-O1

1353007 5.OOOOOOE-O1 6.OOOOOOE-01

1353008 6.OOOOOOE-O1 6.OOOOOOE-01

1353009 7.000000E-O1 6.OOOOOOE-01

1353010 8.000000E-01 5.OOOOOOE-01

1353011 9.000000E-O1 3.OOOOOOE-01

1353012 1. OOOOOOE+0O 0. OOOOOOE+00

*TORQUE CURVE

-1------1----

-1------1----

-1------1----

A. 51
1353100 0

1353101 0.OOOOOOE+00

1353102 1. 00000E-01

1353103 2.000000E-01

1353104 3.000000E-01

1353105 3.5OOOOOE-01

1353106 4.O00000E-01

1353107 5.O00000E-01

1353108 6.OOOOOOE-01

1353109 7.OOOOOOE-01

1353110 8. OOOOOOE-01

1353111 9.000000E-01

1353112 1.OOOOOOE+00

*PUMP11 2-PilASE DIFFERENCE

*HEAD CURVE NO. 1

1354100 1

1354101 0.000000E+00

1354102 1. 000000E+00

*----------- 1--------1 ----

*HEAD CURVE NO. 2

1354200 1

1354201 0.OOOOOOE+00

1354202 1. OOOOOOE+00

*----------- 1--------1 ----

*HEAD CURVE NO. 3

1354300 1

1354301 -1. OOOOOOE+00

1354302 -9. OOOOOOE-01

1354303 -8.OOOOOOE-01

1354304 -7.OOOOOOE-01

1354305 -6.OOOOOOE-01

1354306 -5.OOOOOOE-01

1354307 -4.OOOOOOE-01

1354308 -2. 500000E-01

1354309 -1.OOOOOOE-01

1354310 0. 000000E4-00

*----------- 1--------1 ----

*HEAD CURVE NO. 4

1354400 1

1354401 -1. OOOOOOE+00

1354402 -9.OOOOOOE-01

1354403 -8. OOOOOOE-01

1354404 -7.OOOOOOE-01

1354405 -6. OOOOOOE-01

1354406 -5. 000000E-01

1354407 -3.500000E-01

1354408 -2.OO0000E-01

1354409 -1.OOOOOOE-01

1354410 0.000000E+00

*----------- 1--------1 ----

* HEAD CURVE NO. 5

----1------1------1------1----

0. 000000E+00

0. 000000E+00

1.OOOOOOE-01

3. OOOOOOE-01

5. OOOOOOE-01

7. 500000E-01

7. 500000E-01

7. 500000E-01

7. SOOOOOE-01

7. 500000E-01

5. OOOOOOE-01

0. OOOOOOE+00

DATA

1. 00000E4-00

1. OOOOOOE+00

-1.2400000E+00

-1.770000E+00

-1.3160000E+00

-1.7940000E+00

-2.9360000E+00

-2.6790000E+00

-1. 690000E+00

-5. OOOOOOE-01

0. OOOOOOE+00

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

4

-1. 160000E+00

-7. 8000O0E-01

-5. 000000E-01

-3. 100000E-01

-1. 700000E-01

-8. OOOOOOE-02

0.0OO0000E+00

5. OOOOOOE-02

8. OOOOOOE-02

1. 100000E-01 --1 -------- 1 ---- ----1------1----

A. 52
* -- -- 1 -- -- 1 ----

1354500 1

1354501 0. 000000E+00

1354502 2. OOOOOOE-01

1354503 4.OOOOOOE-01

1354504 6. OOOOOOE-01

1354505 8.000000E-01

1354506 1. 000000E+00

* --- --1 -- -- 1----

*HEAD CURVE NO. 6

1354600 1

1354601 0.OOOOOOE+00

1354602 1.OOIOOOOE-01

1354603 2.500000E-01

1354604 4.OOOOOOE-01

1354605 5.OOOOOOE-01

1354606 6.0OOOOOOE -01

1354607 7. OOOOOOE-01

1354608 8. OOOOOOlE-01

1354609 9. OOOOOOE-01

1354610 1.OOOOOOE+O0

* -----------1 -------- 1 ----

*HEAD CURVE NO. 7

1354700 1

1354701 -1.0OO01OOE+00

1354702 0.OOOOOE+00

* -----------1 -------- 1 ----

*HEAD CURVE NO. 8

1354800 1

1354801 -1.OOOOOOE+00

1354802 0.OOOOOOE+00

*----------- 1--------1 ----

*TORQUE CURVE NO. 1

1354900 2

1354901 0. OOOOOOE+00

1354906 1.OOOOOOE+0O

* -----------1 -------- 1 ----

*TORQUE CURVE NO. 2_

1355000 2

1355001 0.OOOOOE+O0

1355007 1.000000E+00

* -----------1 -------- 1 ----

*TORQUE CURVE NO. 3

1355100 2

1355101 -1.000000E+00

1355102 -8. 009600E-01

1355103 -6. 063800E-01

1355104 -4.068600E-01

1355105 -1. 992800E-O1

1355106 O.000000E+00

*----------- 1--------1 ----

* TORQUE CURVE NO. 4

5

0. 0000010E+00

-3. 4000OOE-01

-6. 5000OOE-01

-9. 300000E-01

-1. 190000E+00

-1. 470000E+00

6

1. 100000E-01

1. 300000E -01

1. 5000OOE-O1

1. 300000E-O1

7. 000000E-02

-4. 000000E-02

-2. 300000E-01

-5. 100000E-01

-9. 100000E-01

-1. 470000E+00

7

0. OOOOOOE+OO

0. OOOOOOE+00

8

O . 000000E+0

O.000000E+00

1. 000000E+00

2

1. 000000E+00

1. OOOOOOE+00

3

1. 984300E+00

1. 394000E+00

1. 097500E+00

8. 220000E-O1

6. 648000E -01

6. 032000E -01 --1 -------- 1 ----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

A. 53
1355200 2 4

1355201 -1. 00000E+OO 1. 984300E4-00

1355202 -8. 223400E-O1 1. 830800E+00

1355203 -6.337100E-01 1.682400E+00

1355204 -4. 585300E-O1 1. 557000E+00

1355205 -2.670230E-01 1.436200E+00

1355206 -1. 761070E-01 1. 387900Ef 00

1355207 -8.931000E-02 1.348100E+00

1355208 0.000000E4-O0 1.233610E+00

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*TORQUE CURVE NO. 5

1355300 2 5

1355301 0.OOOOOOE+O0 -4.500000E-01

1355302 4. OOOOOOE-01 -2. 500000E-01

1355303 5.000000E-O1 0.OOOOOOE+O0

1355304 1.000000E+00 3.569000E-01

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*TORQUE CURVE NO. 6

1355400 2 6

1355401 0. 00000E+O0 1. 233610E+00

1355402 9. 064300E-02 1. 196500E±00

1355403 1.885690E-01 1.109600E+00

1355404 2.734700E-01 1.041600E+00

1355405 4. 586690E-01 8. 958000E-O1

1355406 5.744800E-01 7.807000E-01

1355407 7. 381600E-01 6. 134000E-01

1355408 7.685200E-01 5.849000E-01

1355409 8.700570E-01 4.877000E-01

1355410 1.OO0OOOOE+0 3.569000E-O1

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*TORQUE CURVE NO. 7

1355500 2 7

1355501 -1.000000E+O -1.0000O00E+00

1355502 -3. OOOOOOE-O1 -9. 000000E-01

1355503 -1. 000000E-O1 -5. 000000E-01

1355504 O.000000E+00 -4.500000E-01

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*TORQUE CURVE NO. 8

1355600 2 8

1355601 -1.OOOOOOE+00 -1.OOOOOOE+0O

1355602 -2.5000O0E-01 -9.OOOOOOE-01

1355603 -8.OOOOOOE--02 -8.OOOOOOE-01

1355604 O.OOOOOOE+00 -6.700000E-01

*$$$ REMOVE ALL REMAINING DATA CARDS AFTER ACHIEVING STEADY STATE

* PUMP DATA

*SINGLE PHASE HEAD CURVES

*HEAD CURVE NO. 1

A. 54
1651100 1 1

1651101 0. 000000E+00 1. 403600E+00

1651102 1.906100E-01 1.363600E+00

1651103 3.896300E-01 1.318600E+00

1651104 5. 939600E-01 1. 232800E+00

1651105 7.902000E-01 1.133600E+00

1651106 1.OOOOOOE+00 1.OO0OOOOE+00

* ---- ---- 1----1------1-------- 1-------- 1----

*HEAD CURVE NO. 2

1651200 1 2

1651201 0.OOOOOOE+00 -6.700000E-01

1651202 2.OOOOOOE-01 -5.OOOOOOE-01

1651203 4.OOOOOOE-01 -2.500000E-01

1651204 5. 755400E-01 0. OOOOOOE+00

1651205 7.443200E-01 2.583000E-01

1651206 7.734800E-01 3.778000E-01

1651207 8.631300E-01 6.326000E-01

1651208 1. OOOOOOE+00 1. OOOOOOE+00

* ---- ---- 1----1------1-------- 1-------- 1----

*HEAD CURVE NO. 3

1651300 1 3

1651301 -1.OOOOOOE+00 2.472200E+00

1651302 -8.057400E-01 2.047400E+00

1651303 -6.069000E-01 1.831000E+00

1651304 -4. 068300E-01 1. 624000E+00

1651305 -2.001710E-01 1.470500E+00

1651306 0. 000000E+00 1. 403600E+00

* ---- ---- 1----1------1-------- 1-------- 1----

*HEAD CURVE NO. 4

1651400 1 4

1651401 -1.000000E+OO 2.472200E+00

1651402 -8. 229700E -01 1. 996800E+00

1651403 -6. 333200E -01 1. 589700E+00

1651404 -4.553400E-01 1.327900E+00

1651405 -2.7109OOE-01 1.194900E+00

1651406 -1. 771600E -01 1. 060500E+00

1651407 -9.073000E-02 1.015600E+00

1651408 0.000000E+00 9.342790E-01

* -----------1 -------- 1 ----- 1 -------- 1----

*HEAD CURVE NO. 5

1651500 1 5

1651501 0.OOOOOOE+OO 2.500000E-01

1651502 2.OOOOOOE-01 2.800000E-01

1651503 4.OO0000E-01 3.40000E-01

1651504 4.118O00E-01 Z.768000E-01

1651505 5.976300E-01 4.584O00E-01

1651506 7.934670E-01 6.992000E-01

1651507 1.OOOOOOE+OO 1.OOOOOOE+00

* ---- ---- 1----1------1-------- 1-------- 1----

*HEAD CURVE NO. 6

1651600 1 6

1651601 0.000000E+00 9.342790E-01

1651602 9.109900E-02 9.229O00E-01

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

A. 55
1651603 1. 865090E-01

1651604 2. 717620E-01

1651605 4. 558720E-01

1651606 5. 744060E-01

1651607 7. 405760E -01

1651608 7.666190E-01

1651609 8. 714710E-01

1651610 1.OOOOOOE+00

* -----------1 -------- 1 -----

*HEAD CURVE NO. 7

1651700 1

1651701 -1. OOOOOOE+00

1651702 -8. OOOOOE -01

1651703 -6. OOOOOOE-01

1651704 -4. OOOOOOE-01

1651705 -2. OOOOOOE-01

1651706 0.OOOOOOEIOO

*----------- 1--------1 -----

*HEAD CURVE NO. 8

1651800 1

1651801 -1.OOOOOOE+00

1651802 -8. OOOOOOE-01

1651803 -6.OOOOOOE-01

1651804 -4. OOOOOOE-01

1651805 -2.OOOOOOE-01

1651806 0.000000E+00

*SINGLE PHASE TORQUE DATA

*TORQUE CURVE NO. 1

1651900 2

1651901 0.000000E+00

1651902 1. 930000E-01

1651903 3. 930000E-01

1651904 5. 955200E-01

1651905 7. 978200E-01

1651906 1. 000000EI-0

*----------- 1--------1 ----

*TORQUE CURVE NO. 2

1652000 2

1652001 0. 000000E+00

1652002 4. OOOOOOE-O1

1652003 5. 000000E-01

1652004 7. 372550E-01

1652005 7. 680490E-01

1652006 8.672300E-01

1652007 1.000000E+00

*----------- 1--------1 ----

*TORQUE CURVE NO. 3

1652100 2

1652101 -1.OOOOOOE+00

1652102 -8. 009600E-O1

1652103 -6. 063800E-01

8. 963000E-01

8. 750000E-01

8. 433000E-01

8. 355000E-O1

8. 466000E-01

8. 469000E-01

8.838000E-01

1.OOOOOOE+00

7

-1. 00000E+OO

-6. 300000E-01

-3. OOOOOOE-01

-5. OOOOOOE -02

1. 500000E-01

2. SOOOOOE-01

8

-1. OOOOOOE+00

-9. 700000E-01

-9. SOOOOOE-01

-8. 800000E-01

-8. OOOOOOE-01

-6.7000O0E-01 --1 -------- 1 ----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1------1------1----

----1------1------1------1----

1

6. 032000E-01

6. 325000E-01

7. 369000E-01

8. 331000E-01

9. 229000E-01

1. OOOOOOE+00

2

-6. 7000O0E-01

-2. 500000E-01

1. SOOOOOE-01

5. 265860E-01

6. 065940E -01

7. 436600E-01

1.OOOOOOE+00

3

1. 984300E+00

1. 394000E+00

1. 097500E+00

----1------1----

----1------1----

----1------1----

----1------1----

A. 56
1652104 -4. 068600E-01

1652105 -1. 992800E-01

1652106 0. OOOOOOE+Oo

* --- --1 -- -- 1----

*TORQUE CURVE NO. 4

1652200 2

1652201 -1. OOOOOOE+00

1652202 -8. 223400E-01

1652203 -6. 337100E-01

1652204 -4. 585300E-01

1652205 -2. 670230E-01

1652206 -1. 761070E-01

1652207 -8. 931000E-02

1652208 0.O0OOOOOE+00

*----------- 1--------1 ----

*TORQUE CURVE NO. 5

1652300 2

1652301 0. OOOOOOE+O0

1652302 4. OOOOOOE-01

1652303 5. OOOOOOE -01

1652304 1. OOOOOOE+00

*----------- 1--------1 ----

*TORQUE CURVE NO. 6

1652400 2

1652401 0.OOOOOOE+O0

1652402 9. 064300E-02

1652403 1. 885690E-01

1652404 2.734700E-01

1652405 4. 586690E-01

1652406 5.744800E-O1

1652407 7. 381600E-O1

1652408 7. 685200E-O1

1652409 8. 700570E-01

1652410 1. 00000E+O0

* -----------1 -------- 1 ----

*TORQUE CURVE NO. 7

1652500 2

1652501 -1.OOOOOOE+OO

1652502 -3. OOOOOOE-01

1652503 -1.OOOOOOE-01

1652504 0.000000E+00

*----------- 1--------1 ----

*TORQUE CURVE NO. 8

1652600 2

1652601 -1.OOOOOOE+0O

1652602 -2.5000OOE-01

1652603 -8.OOOO0OE-02

1652604 0.OOOOOOE+00

*----------- 1--------1 ----

8. 220000E-01

6. 648000E-01

6. 032000E-01

4

1. 984300E+00

1.830800E+00

1. 682400E+00

1. 557000E+00

1. 436200E+00

1. 387900E+00

1. 348100E+00

1. 233610E+00

5

-4. 500000E-O1

-2. 500000E-01

0.OO0OOOOE+00

3. 569000E-01

6

1. 233610E+00

1. 196500E+00

1. 109600E+00

1.041600E+00

8. 958000E-01

7. 8070O0E-O1

6. 134000E-01

5. 849000E-01

4.877000E-01

3. 569000E-01

7

-1. OOOOOOE+O0

-9. OOOOOOE -01

-5.OOOOOOE-O1

-4. 500000E-01

8

-1. OOO0OOE+0O

-9. OOOOOOE-O1

-8. OOOOOOE-O1

-6. 700000E-O1 --1 -------- 1 ----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

*TWO - PHASE MULTIPLIER DATA FROM L5-1 TEST DATA

*HEAD CURVE

A. 57
1653000 0

1653001 0.OOOOOOE+00

1653002 1.000000E-01

1653003 2.000000E-01

1653004 3. 00000E -01

1653005 3. 500000E-01

1653006 4. OOOOOOE -01

1653007 5.OOOOOOE-O1

1653008 6. 000000E-01

1653009 7.000000E-01

1653010 8. 000000E-01

1653011 9. 000000E-01

1653012 1. 000000E+OO

*----------- 1--------1 ----

*TORQUE CURVE

1653100 0

1653101 0.OOOOOOE+00

1653102 1.000000E-01

1653103 2.OOOOOOE-01

1653104 3.000000E-01

1653105 3.500000E-01

1653106 4. 000000E-01

1653107 5. 000000E-01

1653108 6.OO0000E-01

1653109 7.OO0000E-01

1653110 8. 000000E-01

1653111 9.000000E-01

1653112 1.OOOOOOE+00

*PUMIP 2-PHASE DIFFERENCE

*HEAD CURVE NO. 1

1654100 1

1654101 0. OOOOOOE+00

1654102 1. 000000E+00

*----------- 1--------1 ----

*HEAD CURVE NO. 2

1654200 1

1654201 0. O00000E+00

1654202 1. OOOOOOE+OO

*----------- 1--------1 ----

*HEAD CURVE NO. 3

1654300 1

1654301 -1.000000E+00

1654302 -9. 000000E-01

1654303 -8. 000000E-01

1654304 -7.OOOO00E-01

1654305 -6.OOOO00E-01

1654306 -5.OOOOOOE-01

1654307 -4.OOOO00E-01

1654308 -2.500000E-01

1654309 -1.000000E-01

1654310 0.OOOOOOE+OO

*----------- 1--------1 ----

0. 000000E400

0.000000OE+00

1. 00000E-01

2. 000000E-01

3.OOOO00E-01

6.OOOO00E-01

6.OOOO0OE-01

6.OOOOOOE-01

6.OOOOOOE-01

5. 000000E-01

3. 000000E-01

0. 000000E400 --1 -------- 1 ---- ----1------1----

----1------1------1------1----

0. 000000E+00

0. 000000E+00

1. 00000E-01

3. 00000E -01

5. 000000E-01

7. 500000E -01

7. 5000O0E-01

7. 5000O0E-01

7. 5000O0E-01

7. 5000O0E-01

5.000000E-01

0.000000E+00

DATA

1. 000000E+OO

2

1.000000E+Oo

1. 00000E+OO --1 -------- 1 ----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1------1------1----

3

-1. 160000E+00

-1. 240000E+00

-1. 770000E+00

-2. 360000E+00

-2. 790000E+00

-2. 910000E+OO

-2. 670000E+00

-1. 690000E+00

-5. 000000E-01

O0. OOOOOE+00 --1 -------- 1 ---- ----1------1----

A. 58
*HEAD CURVE NO. 4

1654400 1

1654401 -1.000000E+00

1654402 -9.OOOOOOE-01

1654403 -8.OOOOOOE-01

1654404 -7. OOOOOOE-O1

1654405 -6.000000E-01

1654406 -5.OOOOOOE-O1

1654407 -3. 500000E-01

1654408 -2. OOOOOOE-01

1654409 -1.OOOOOOE-01

1654410 0.OOOOOOE+O0

* -----------1 -------- 1 ----

*HEAD CURVE NO. 5

1654500 1

1654501 O.OOOOOOE+00

1654502 2.0001000E-O1

1654503 4.OOOOOOE-01

1654504 6. OOOOOOE-01

1654505 8. OOOOOOE-01

1654506 1.OOOOOOE+00

*----------- 1--------1 ----

*HEAD CURVE NO. 6

1654600 1

1654601 0.OOOOOOE+00

1654602 1.OOOOOOE-01

1654603 2. 500000E-01

1654604 4.OOOOOOE-01

1654605 5 .OOOOOOE-01

1654606 6.OOOOOOE-O1

1654607 7.OOOOOOE-01

1654608 8.000000E-O1

1654609 9.OOOOOOE-O1

1654610 1. OOOOOOE+00

* -----------1 -------- 1 ----

*HEAD CURVE NO. 7

1654700 1

1654701 -1.OOOOOOE+OO

1654702 0.OOOOOOE+OO

*----------- 1--------1 ----

*HEAD CURVE NO. 8

1654800 1

1654801 -1.OOOOOOE+00

1654802 0. 000000E+0O

*----------- 1--------1 ----

*TORQUE CURVE NO. 1

1654900 2

1654901 0.OOOOOOE+00

1654906 1.000000E+OO

*----------- 1--------1 ----

*TORQUE CURVE NO. 2

----1------1------1---- ----1----

4

-1. 160000E+00

-7. 800000E-O1

-5. 00000E -01

-3. 100000E -01

-1.7000O0E-01

-8.000000OE-02

0. 000000E+OO

5. 000000E-02

8. OOOOOOE-02

1. 10000E-O1

5

O.OOOOOOE+00

-3. 400000E-01

-6. 5000O0E-O1

-9. 3000O0E-O1

-1. 19000E+O0

-1. 470000E+0O

6

1. 100000E-O1

1. 300000E-01

1. 500000E-O1

1.30000E-01

7. OOOOOOE-02

-4. OOOOOOE-02

-2. 3000O0E -01

-5. 100000E-01

-9. 100000E-01

-1. 470000E+00

7

O.OOOOOOE+00

0. OOOOOOE+00

8

0. OOOOOOE+00

0. OOOOOOE+00 --1 -------- 1 ----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1------1------1----

1

1.OOOOOOE+00

1. O0OOOOE+0O --1 -------- 1 ---- ----1------1----

----1------1------1------1----

A. 59
1655000 2

1655001 O.OOOOOOE+00

1655007 1.000000E+O0

* --- --1 -- -- 1----

*TORQUE CURVE NO. 3

1655100 2

1655101 -1.000000E+0O

1655102 -8. 009600E-01

1655103 -6.063800E-01

1655104 -4. 068600E-01

1655105 -1.992800E-01

1655106 O.OO0OOOOE+O0

*----------- 1--------1 ----

*TORQUE CURVE NO. 4

1655200 2

1655201 -1. 000000E+00

1655202 -8.223400E-O1

1655203 -6. 337100E-01

1655204 -4. 585300E-01

1655205 -2. 670230E-01

1655206 -1. 761070E-01

1655207 -8. 931000E-02

1655208 O.000000E+00

*----------- 1--------1 ----

*TORQUE CURVE NO. 5

1655300 2

1655301 0.000000E+00

1655302 4.OO0000E-0l

1655303 5.OOO000E-01

1655304 1.000000E+00

*----------- 1--------1 ----

*TORQUE CURVE NO. 6

1655400 2

1655401 0. 000000E+O0

1655402 9. 064300E-02

1655403 1. 885690E-O1

1655404 2. 734700E-O1

1655405 4. 586690E-01

1655406 5. 744800E-O1

1655407 7. 381600E-01

1655408 7. 685200E-01

1655409 8. 700570E-01

1655410 1.O00000E+OO

*----------- 1--------1 ----

*TORQUE CURVE NO. 7

1655500 2

1655501 -1. O00000E+OO

1655502 -3. OOO000E-O1

1655503 -1. 00000E-O1

1655504 0.000000E+OO

* ---- ------- 1------ 1.. 1---- 

*TORQUE CURVE NO. 8

2

1. 000000E+OO

3

1.984300E+00

1. 394000E+00

1.097500E+OO

8. 220000E-O1

6. 648000E-01

6. 032000E-O1

4

1. 984300E+00

1. 830800E4-00

1. 682400E+00

1.557O00E+OO

1. 436200E+00

1.387900E+00

1.348100E+00

1. 233610E+00

5

-4. 5000O0E-O1

-2. 500000E-O1

0. 000000E+O0

3. 569000E-O1

6

1. 233610E+00

1. 196500E+00

1. 109600E+00

1. 041600E+00

8. 958000E-O1

7. 8070O0E-O1

6. 134000E-O1

5. 849000E-01

4. 877000E-01

3. 569000E-01

7

-1. 0O0000E+OO

-9. 000000E-01

-5. OOOOOOE-01

-4. 500000E-O1 --1 -------- 1 ----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1------1------1----

A. 60
1655600 2 8

1655601 -1.O00000E+00 -1.O00000E+OO

1655602 -2. 500000E-01 -9. 000000E-01

1655603 -8.OOOOOOE-02 -8.000000E-01

1655604 0.OOOOOOE+00 -6.7000OOE-01

* STEADY STATE CONTROL SYSTEM

* ---- ---- 1----1------1-------- 1-------- 1-------- 1----

*PRIMARY COOLANT PUMP SPEED CONTROLLERS

*CALCULATE MASS FLOW ERROR

20590100 MSSERR SUN 1.0 0.01

20590101 308.20 -1.0 MFLOWJ 100010000 * EJL

"5L SP CJ(XXJ(

" SP - HOT LEG MASS FLOW SETPOINT

* ---- ---- 1----1------1-------- 1----

*PUMP 1 SPEED

20590200 PCP1SPD INTEGRAL 0.34482 321.95 1

20590201 CNTRL VAR 901

* ---- ---- 1----1------1-------- 1----

*PCP1 PUMP VELOCITY TABLE

1356100 501 CNTRL VAR 902

1356101 0.0 0.0

1356102 369.0 369.0

*MODIFY PCP1 PUMP DATA

1350301 0 0 0 -1 0 695

*PUMP 2 SPEED

20590300 PCP2SPI) INTEGRAL 0.34482 328.74 1

20590301 CNTRLVAR 901

* ---- ---- 1----1------1-------- 1----

*PCP2 PUMP VELOCITY TABLE

1656100 501 CNTRL VAR 903

1656101 0.0 0.0

1656102 369.0 369.0

*MODIFY PCP2 PUMP DATA

1650301 0 0 0 -1 0 697

*PRESSURIZER SPRAY VALVE CONTROLLER

*SPRAY VALVE

4350000 "SPRVLV "VALVE

4350101 430010000 415010000 3. 3451E-4 1. 5432E01 1. 543

4350201 0 .00000000 .00000000 0.0

4350300 SRVVLV

4350301 904 999

89/9/23

0

0

2EO1 0100

A .61
*SPRAY VALVE POSITION CALCULATOR

20590400 SPRAY sum -1.0 0.0 1

+ 3 0.0 1.0

20590401 14.90+6 -1.0 p 42.0010000

"*SP xxxxxx

" SP - TOP END OF PRESSURE CONTROL BAND ;SPRAY TURNS ON

* ---- ---- 1----1------1-------- 1----

*POSITION VS AREA TABLE

20299900 NORMAREA

20299901 0.0 0.0

20299902 0.0001 0.0

20299903 1.0 1.0

*PRESSURIZER HEATERS IN INITIALIZATION

*TRIP SETPOINTS

* T 693 CYLCING HEATERS CARD 20241700

0000585 P 100010000 GT NULL 0 14.~

" SP - BOTTOM END OF PRESSURE CONTROL BAND ; HEATERS TURi

0000586 P 100010000 LT NULL 0 14.~

" SP xo

" SP - (BOTTOM END . . .) DELTA ;HEATERS TURN ON

0000666 586 OR 693 N

0000667 -585 AND 666 N

0000693 -503 AND 667 N

* ---- ---- 1----1------1-------- 1----

* LT 694 BACKUP HEATERS CARD 20241800

0000587 P 420010000 (iT NULL 0 14.~

* SP ,O

" SP - BACKUP HEATERS TURN OFF

0000588 P 420010000 LT NULL 0 14.1

" SP xx

" SP - BACKUP HEATERS TURN ON

0000668 588 OR 694 N

0000669 -587 AND 668 N

0000694 -503 AND 669 N

* ---- ---- 1----1------1-------- 1----

*PRESSURIZER HEATERS

* CONTIN

----1---

----1----

35+6

3499+

35+6

axx

84+6

(MX

N

6 N

N

N

CYCLING

BACKUP

14172000

14172100

14172101

14172201

14172301

14172401

14172501

14172502

14172601

14172602

14172701

14172702

14172901

14172902

2

0

8

4

1.0

615.

0

0

415040000

415040000

417

418

0

0

9

1

8.3820E-3

8

8

9

0

0

0

0

1.0

1.0

1. 6764E-2

1. 6764E-2

2 1 0.0

0

0

0.0

0.0

1.6764E-2

1. 6764E-2

0.0

0.0

5.4864

1.8288

5.4864

1.8288

5.4864

1.8288

1

2

1

2

A. 62
*PRESSURIZER CYCLING HEATERS

*-----------1 -------- 1 ----------

20241700 POWER 693

20241701 -1.0 0.0

20241702 0.0 0.0

20241703 1.0 3.6+4

*PRESSURIZER BACKUP HEATERS

20241800 POWER 694

20241801 -1.0 0.0

20241802 0.0 0.0

20241803 1.0 3.6+4

*PRESSURIZER LEVEL CONTROL USING CHARGING AND LETDOWN COMPONENTS

*MODIFY PZR LEVEL CONTROL VARIABLE

20500206 0.1249 VOIDF 415060000

20500207 0.02477 VOIDF 420010000

20500208 0.02447 VOIDF 420020000

* ---- ---- 1----1------1-------- 1----

*CHARGING RESERVIOR

9800000 "CHRG RESRV" TMDP VOL

9800101 1.0 1.0 0.0 0.0 0.0 0.0

9800102 4.0-5 0.0 00

9800200 3

9800201 0.0 2.07+07 559.2

* ---- ---- 1----1------1-------- 1----

*CHARGING VALVE

9850000 "CHRG VALVE" VALVE

9850101 980000000 185000000 3.8E-05 0.0 0.0 0100

9850201 0 .00000000 .00000000 0.0

9850300 SRVVLV

9850301 905 999

* ---- ---- 1----1------1-------- 1----

*CHARGING VALVE POSITION CALCULATOR

20590500 CHARGE SUM 7.7 0.0 1 *CONTIN

+ 3 0.0 1.0

20590501 1.09 -1.0 CNTRLVAR. 2

"1 SP xxxxx

" 5SP - BOTTOM END OF LEVEL CONTROL BAND ; CHARGING TURNS ON

* ---- ---- 1----1------1-------- 1----

*LETDOWN SINK

9900000 "LTDWN SINK" TMDP VOL

9900101 1.0 1.0 0.0 0.0 0.0 0.0

9900102 4.0-5 0.0 00

9900200 3

9900201 0.0 1.4+7 559.2

* ---- ---- 1----1------1-------- 1----

*LETDOWN VALVE

9950000 "LTDWN VLV "VALVE

A. 63
9950101 185000000 990000000 2.5-5 0.0 0.0 0100

9950201 0 .00000000 .00000000 0.0

9950300 SRVVLV

9950301 906 999

*LETDOWN VALVE POSITION CALCULATOR

20590600 LETDOWN SUM -7.7 0.0 1 *CONTIN

+ 3 0.0 1.0

20590601 1.11 -1.0 CNTRLVAR 2

"*SP xxxxx

" SP - TOP END OF LEVEL CONTROL BAND ; LETDOWN TURNS ON

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*STEAMI VALVE CONTROLLER

*CHANGES TO STEAM VALVE

5400201 0 16.946000 20.832000 0.0

5400300 SRVVLV

5400301 910 540

20254000 NORMAREA

20254001 0.0 0.0

20254002 0.0001 0.0

20254003 1.0 1.0

* ---- ---- 1----1------1-------- 1----

*COMPUTE DELTA T ERROR

20590700 "DELTA T" SUN 1.0 0.01

20590701 552.30 -1. TEMPF 185010000

" SP U=X

" SP - COLD LEG TEMPERATURE SETPOINT

* ---- ---- 1----1------1-------- 1----

*FILTER DELTA T THRU DEADBAND

20590800 DEADBAND FUNCTION 1.0 0.01

20590801 CNTRL VAR 907 908

20290800 REAC-T

20290801 -100. -100.

20290802 -0.25 -0.25

20290803 -0.25 0.0

20290804 0.25 0.0

20290805 0.25 0.25

20290806 100. 100.

* ---- ---- 1----1------1-------- 1----

*INTEGRATE DELTA T ERROR

20590900 "11ff D T" INTEGRAL 1.0 0.01

20590901 CNTRL VAR 908

* ---- ---- 1----1------1-------- 1----

*STEAM VALVE POSITION CALCULATOR

20591000 TCONTROL SUM 1.0 0.645229 0 *CONTI

+ 3 0.6 0.90

* SP XXKoox

* SP - STEAM VALVE INITIAL POSTION

20591001 0.645229 -0.07126 CNTRL VAR 908

"*SP XXKX)000

" SP - STEAM VALVE INITIAL POSITION

A.64
20591002 -0.01492 CNTRL VAR 909

* ------1-----1- 1--- --1 -- --- 1---

*SIMPLIFIED FEED SYSTEM CONTROLLER

20591100 SGLVLERR SUIM 1.0 0.0

20591101 3.20 -1.0 CNTRLVAR 001

"*SP XXXXXX

" SP - STEAM GENERATOR LEVEL SETPOINT

20591200 FEEDFLOW SUIM 1.0 0.0

20591201 0.0 1.0 MFLOWJ 54000(

20591202 48.4 CNTRL VAR 911

* ---- ---- 1----1------1-------- 1----

*REPLACE FEED JUNCTION TABLE

5660200 1 0 CNTRL VAR 912

5660201 -100.0 25.553 0.0 0.0

"*SP xKXXXXx

" SP - INITIAL FEED FLOW RATE

5660202 -1.0 0.0 0.0 0.0

5660203 0.0 0.0 0.0 0.0

5660204 50.0 50.0 0.0 0.0

5660205

5660206

5660207

5660208

5660209

* ---- ---- 1----1------1-------- 1-------- 1----

*CONSTANT REACTOR POWER TABLE

20290000 POWER

20290001 0.0 45.9+6

20290002 100. 45.9+6

20290003 200. 45.9+6

20290004 1.E+3 45.9+6

20290005

20290006

20290007

20290008

20290009

20290010

20290011

20290012

20290013

20290014

20290015

20290016

20290017

20290018

20290019

20290020

* ---- ---- 1----1------1-------- 1-------- 1----

*REPLACE TRIPS FOR STEADY STATE

* SCRAM

0000510 TIME 0 GE NULL 0

* BREAK OPENS

0000511 TIME 0 GE NULL 0

* HPIS ON

----1------1----

----1------1----

1

)000

1

----1------1----

----1------1----

----1------1----

----1------1----

1.+9 L

1.+9 L

A. 65
0000513 TIME 0 GE NULL 0 1.+9 L

.. RELAP5 END . CARD

A. 66
/JOB

L51T12,T6O00.

/USER

ATTACH, RE364BX.

ATTACH,STH2XT.

*P1JRGE, L51TRP1/NA.

*DEFINE ,RSTPLT=L51TRP1.

PURGE, L51PF12/NA.

DEFINE, PLOTFL=L51PF12.

ATTACH, RSTIN=L5SRP12.

FILE, RSTIN ,SBF=NO.

FILE ,RSTPLT,SBF=NO.

RFL,CM=350000,EC=200.

REDUCE( - RE364BX, ,*PL=50000.

/EOR

= LOFT L5-1 ASSESSMENT CALCULATION (1-FLOW AND 2-PIN MODEL)

0000100 RESTART TRANSNT

0000101 RUN

0000103 1845 *89/11/10

0000105 5.0 10.0

0000201 10.0 1.0-6 0.02 3 5 2500 1000

0000202 300.0 1.0-6 0.05 3 20 2000 1000

*REMOVE S. S. PUMP SPEED CONTROLLERS

20590----100 ----- 1---E-E1E-0-0 -1-0-0-0 1------1----

20590100 MC~SSER DELETE 0.0 0.0 0.0 0.0 0.0 0.0

20590200 PCP1SPD DELETE 0.0 0.0 0.0 0.0 0.0 0.0

*CV 51 FOR INTEGRATED BREAK FLOW

20505100 INTBFLW INTEGRAL 1.0 0.0 0

20505101 MFLOWJ 365000000

*RENODALIZE PUMI.~

1350000 "PUPUMPi PUMP

1350101 0.0 0.4572 0.0991 0.0 90.0 0.317900

1350102 0

1350108 130010000 0.0 0.017 0.017 0000

1350109 140000000 0.0 0.05 0.05 0000

1350200 0 1.48280+7 1.22765+6 2.46363+6 0.

1350201 0 8.5604 8.5604 0.0

1350202 0 9.0732 9.0732 0.0

1350301 0 0 0 -1 -1 695 0

1350302 369.00000 .91140921 .31550000 96.000000 500.60000 1.4310000

1350303 613.6 0.0 207.433 .0444 19.5987 0.0

1350308 0.212845 0.0 -22.86511 27.16043 5.74589

1350310 0.0 0.0 0.0

* PUMP DATA

*SINGLE PHASE HEAD CURVES

A. 67
*HEAD CURVE NO. 1

1351100 1

1351101 0. 000000E+0O

1351102 1. 906100E-01

1351103 3.896300E-01

1351104 5. 939600E-01

1351105 7. 902000E-01

1351106 1.O00000EfOO

* -----------1 -------- 1 ----

*HEAD CURVE NO. 2

1351200 1

1351201 0.000000E+00

1351202 2. 000000E-01

1351203 4. 000000E-01

1351204 5. 755400E-01

1351205 7. 443200E-01

1351206 7.734800E-01

1351207 8. 631300E-01

1351208 1.000000E+00

* -----------1 -------- 1 ----

*HEAD CURVE NO. 3

1351300 1

1351301 -1. O00000E+OO

1351302 -8. 057400E-O1

1351303 -6. 069000E-O1

1351304 -4. 068300E-O1

1351305 -2. 001710E-01

1351306 0. 000000E+00

* -----------1 -------- 1 ----

*HEAD CURVE NO. 4

1351400 1

1351401 -1.000000E+00

1351402 -8. 229700E-O1

1351403 -6. 333200E-O1

1351404 -4. 553400E-O1

1351405 -2. 710900E-O1

1351406 -1. 771600E-O1

1351407 -9. 073000E-02

1351408 0. OOOOOOE+0O

* -----------1 -------- 1 ----

R EAD CURVE NO. 5

1351500 1

1351501 0.OOOOOOE+0O

1351502 2. OOOOOOE-01

1351503 4.OOOOOOE-O1

1351504 4.118000E-01

1351505 5. 976300E-01

1351506 7. 934670E-01

1351507 1.OOOOOOE+0O

*----------- 1--------1 ----

*HEAD CURVE NO. 6

----1------1------1------1----

1. 403600E+00

1. 363600E+00

1. 318600E+00

1. 232800E+00

1. 133600E+00

1. 000000E+0O

2

-6. 7000O0E-01

-5. OOOOOOE-01

-2. 500000E-O1

0.OOOOOOE+00

2. 583000E-01

3. 778000E-O1

6. 326000E-01

1.OOOOOOE+00

3

2. 472200E+00

2. 047400E4-00

1.831000E+00

1. 624000E+00

1.470500E+00

1.403600E+00 --1 -------- 1 ----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

4

2. 472200E+00

1. 996800E+00

1. 589700E+00

1. 327900E+00

1. 194900E+00

1.060500E+00

1. 015600E+00

9. 342790E-01

5

2. 500000E-01

2. 800000E-01

3. 40000E-01

2. 768000E-01

4. 584000E-01

6. 992000E-01

1. OOOOOOE+00 --1 -------- 1 ----

----1------1----

----1------1----

----1------1----

----1------1------1------1----

A. 68
1351600 1 6

1351601 O.OOOOOOE+OO 9.342790E-01

1351602 9. 109900E -02 9. 229000E-01

1351603 1.865090E-01 8.963000E-01

1351604 2.717620E-01 8.750000E-01

1351605 4.558720E-01 8.4330OOE-01

1351606 5.744060E-01 8.355000E-01

1351607 7.405760E-01 8.466000E-01

1351608 7.666190E-01 8.469000E-01

1351609 8.714710E-01 8.838000E-01

1351610 1.OOOOOOE+00 1.OO0OOOOE+00

* ---- ---- 1----1------1-------- 1-------- 1----

*HEAD CURVE NO. 7

1351700 1 7

1351701 -1. OOOOOOE+0O -1. OOOOOOE+00

1351702 -8. OOOOOOE-01 -6. 300000E-01

1351703 -6.0(OOOOOE-01 -3. OOOOOOE-01

1351704 -4.OOOOOOE-01 -5.OOOOOOE-02

1351705 -2. OOOOOOE-01 1. SOOOOOE-01

1351706 0. OOOOOOE+00 2. 500000E-01

* ---- ---- 1----1------1-------- 1-------- 1----

*HEAD CURVE NO. 8

1351800 1 8

1351801 -1. 000000E+00 -1. OOOOOOE+00

1351802 -8. 000000E-01 -9. 700000E-O1

1351803 -6. OOOOOOE-01 -9. 500000E-O1

1351804 -4. 00000E -01 -8. 800000E -01

1351805 -2.000000E-O1 -8.OOOOOOE-01

1351806 0. 000000E+00 -6. 7000OOE-01

* ---- ---- 1----1------1-------- 1-------- 1----

*SINGLE PHASE TORQUE DATA

*TORQUE CURVE NO. 1

1351900 2 1

1351901 0.000000E+00 6.032000E-01

1351902 1.930000E-01 6.325000E-01

1351903 3.930000E-01 7.369000E-01

1351904 5.9552O0E-01 8.331000E-01

1351905 7.978200E-01 9.229000E-O1

1351906 1. 000000E+OO 1. O00000E+OO

* ---- ---- 1----1------1-------- 1-------- 1----

*TORQUE CURVE NO. 2

1352000 2 2

1352001 0. OOOOOOE+0O -6. 700000E-01

1352002 4. 000000E-01 -2. 5000OOE-01

1352003 5.OOOO00E-01 1.500000E-01

1352004 7.372550E-01 5.265860E-01

1352005 7.680490E-01 6.065940E-01

1352006 8.672300E-01 7.436600E-01

1352007 1.000000E+00 1.000000E+00

* ---- ---- 1----1------1-------- 1-------- 1----

*TORQUE CURVE NO. 3

1352100 2 3

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

A.69
1352101 -1.OO0OOOOE+OO

1352102 -8. 009600E-01

1352103 -6. 063800E-O1

1352104 -4. 068600E-Ol

1352105 -1. 992800E-O1

1352106 O.OOOOOOEIOO

*----------- 1--------1 ----

*TORQUE CURVE NO. 4

1352200 2

1352201 -1. OOOOOOE+OO

1352202 -8. 223400E-O1

1352203 -6. 337100E-01

1352204 -4. 585300E-01

1352205 -2. 670230E -01

1352206 -1. 761070E-01

1352207 -8. 931000E-02

1352208 0. OOOOOOE+0O

* -----------1 -------- 1 ----

*TORQUE CURVE NO. 5

1352300 2

1352301 0. 0000E4OOE0

1352302 4. OOOOOOE-O1

1352303 5. 000000E-O1

1352304 1. OOOOOOE+OO

* -----------1 -------- 1 ----

*TORQUE CURVE NO. 6

1352400 2

1352401 O.000000E+O0

1352402 9. 064300E-02

1352403 1.885690E-01

1352404 2.734700E-O1

1352405 4. 586690E-01

1352406 5. 744800E-O1

1352407 7.381600E-01

1352408 7. 685200E-O1

1352409 8.700570E-01

1352410 1.000000E+OO

*----------- 1--------1 ----

*TORQUE CURVE NO. 7

1352500 2

1352501 -1.000000E+OO

1352502 -3.000000E-O1

1352503 -1. 000000E-01

1352504 0. 00000E+0O

*----------- 1--------1 ----

*TORQUE CURVE NO. 8

1352600 2

1352601 -1.OOOO0OOE+O0

1352602 -2.500000E-01

1352603 -8. OOOOOOE-02

1352604 O.OOOOOOE+OO

*----------- 1--------1 ----

1. 98430E+O0

1. 394000E+00

1. 097500E4-00

8.220000E-01

6. 648000E-01

6.032000E-O1 --1 -------- 1 ---- ----1------1----

4

1. 984300E+00

1. 830800E+00

1. 682400E+00

1. 557000E+00

1. 436200E+00

1. 387900E+00

1. 348100E+00

1. 233610E+00

5

-4. SOOOOOE-01

-2. 500000E-01

O.OOOOOOE+00

3. 569000E-O1

6

1. 233610E+00

1. 196500E+00

1. 109600E+00

1. 041600E+00

8.958000E-01

7. 8070OOE-O1

6. 134000E-O1

5.849000E-01

4. 877000E-01

3. 569000E-01

7

_1.OOOOOOE+0O

-9. OOOOOOE-01

-5. OOOOOOE-01

-4. 500000E-O1

8

-1. OOOOOOE+OO

-9. OOOOOOE-O1

-8. OOOOOOE-O1

-6. 7000OOE-01

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

* TWO - PHASE MULTIPLIER DATA FROM1 L3-6 TEST DATA

A. 70
* --- --1 -- -- 1----

*HEAD CURVE

1353000 0

1353001 0. 000000E+00

1353002 1. 00000E -01

1353003 2.000000E-01

1353004 3.000000E-01

1353005 3.500000E-01

1353006 4. OOOOOOE-01

1353007 5.OO0000E-01

1353008 6. 000000E-01

1353009 7. 000000E-01

1353010 8. 000000E-01

1353011 9. 000000E-0l

1353012 1. 000000E+00

*----------- 1--------1 ----

*TORQUE CURVE

1353100 0

1353101 0. 000000E+00

1353102 1. 00000E -01

1353103 2.OOOOOOE-01

1353104 3.OOOOOOE-01

1353105 3.500000E-01

1353106 4. OOOOOOE -01

1353107 5.OOOOOOE-01

1353108 6. 000000E-01

1353109 7. OOOOOOE -01

1353110 8. OOOOOOE -01

1353111 9. OOOOOOE -01

1353112 1.OOOOOOE+00

*PUMP 2-PHASE DIFFERENCE

*HEAD CURVE NO. 1

1354100 1

1354101 0.OOOOOOE+00

1354102 1.000000E+00

* -----------1 -------- 1 ----

R EAD CURVE NO. 2

1354200 1

1354201 0.OOOOOOE+00

1354202 1.OOOOOOEIOO

* -----------1 -------- 1 ----

*HEAD CURVE NO. 3

1354300 1

1354301 -1. OOOOOOEI-00

1354302 -9.OOOOOOE-01

1354303 -8. OOOOOOE-01

1354304 -7.000000E-01

1354305 -6. 000000E-01

1354306 -5.000000E-01

1354307 -4.OOOOOOE-01

1354308 -2. 5000OOE -01

----1---- ----1------1------1----

----1------1------1------1----

0.000000E+OO

0. 000000E+00

1. 000000E-01

2. 000000E-01

3. 000000E-01

6. OOOOOOE -01

6. OOOOOOE -01

6. 000000E-01

6. OOOOOOE-01

5. OOOOOOE -01

3.O000000E-01

0. OOOOOOE+OO --1 -------- 1 ---- ----1------1----

----1------1------1------1----

0. OOOOOOE+00

0. OOOOOOE+00

1.OOOOOOE-01

3. 000000E-01

5. OOOOOOE-01

7. 500000E-01

7. SOOOOOE-01

7. 500000E-01

7. 500000E-01

7. 5000OOE-01

5. 00000E -01

0. OOOOOOE+00

DATA

1.OOOOOOE+00

2

1. OOOOOOE+00

1.000000E+00

3

_1. 160000E+00

-1. 240000E1-00

-1. 770000E+OO

-2. 360000E+00

-2. 790000E+00

-2. 910000E+00

-2. 670000E+00

-1. 690000E+00

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

A. 71
1354309 -L.OOOOOOE-01

1354310 0.OOOOOOE+0O

* --- -- 1 -- -- 1----

*HEAD CURVE NO. 4

1354400 1

1354401 -1.000000E+OO

1354402 -9.OOOOOOE-O1

1354403 -8.000000E-O1

1354404 -7.OOOOOOE-O1

1354405 -6.000000E-01

1354406 -5. OOOOOOE-O1

1354407 -3. 500000E-01

1354408 -2.OOOOOOE-01

1354409 -1.OOOOOOE-01

1354410 0. OOOOOOE+00

*----------- 1--------1 ----

*HEAD CURVE NO. 5

1354500 1

1354501 0. OOOOOOE+oO

1354502 2.OOOOOOE-01

1354503 4. OOOOOOE-O1

1354504 6.OOOOOOE-O1

1354505 8. OOOOOOE-01

1354506 1. OOOOOOE+O0

* -----------1 -------- 1 ----

*HEAD CURVE NO. 6

1354600 1

1354601 O.OOOOOOE+oO

1354602 1.OOOOOOE-O1

1354603 2. 500000E-01

1354604 4.OOOOOOE-01

1354605 5. 000000E-01

1354606 6.OOOOOOE-01

1354607 7.OOOOOOE-01

1354608 8. OOOOOOE-O1

1354609 9.OOOOOOE-O1

1354610 1. 000000E+O0

* -----------1 -------- 1 ----

*HEAD CURVE NO. 7

1354700 1

1354701 -1. 000000E+00

1354702 0.OOOOOOE+00

*----------- 1--------1 ----

*HEAD CURVE NO. 8

1354800 1

1354801 -1. 000000E+OO

1354802 0.000000E+0O

* -----------1 -------- 1 ----

*TORQUE CURVE NO. 1

1354900 2

1354901 0.OOOOOOE+00

1354906 1.000000E+OO

-5. 000000E-01

0. 000000E+0O

4

_1. 160000E+00

-7. 800000E-01

-5. OOOOOOE-O1

-3. 100000E-O1

-1.7000OOE-01

-8. 000000E-02

0. 000000E+00

5. 000000E-02

8. 000000E-02

1. 10000E-O1

5

0.OOOOOOE±00

-3. 400000E-01

-6. 500000E-01

-9. 300000E-O1

-1. 190000E+00

-1. 470000E+00

6

1. 100000E-01

1. 300000E-O1

1. 500000E-01

1. 300000E-01

7. OOOOOOE-02

-4. 000000E-02

-2. 300000E-O1

-5. 100000E-O1

-9. 100000E-O1

-1. 470000E4-00

7

O .000000E+0O

O . 00000E+OO

8

0. 000000E+-00

O.OOOOOOE+00

1. OOOOOOE+00

1 .OOOOOOE+00

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

A. 72
* --- --1 -- -- 1----

*TORQUE CURVE NO. 2

1355000 2

1355001 0. OOOOOOE+OO

1355007 1. OOOOOOE+OO

* -----------1 --------1 ----

*TORQUE CURVE NO. 3

1355100 2

1355101 -1. OOOOOOE+O0

1355102 -8. 009600E-01

1355103 -6. 063800E-01

1355104 -4. 068600E-01

1355105 -1. 992800E-O1

1355106 0. 000000E+0O

* -----------1 --------1 ----

*TORQUE CURVE NO. 4

1355200 2

1355201 -1. OOOOOOE+O0

1355202 -8. 223400E -01

1355203 -6. 337100E-01

1355204 -4. 585300E-O1

1355205 -2.670230E-01

1355206 -1. 761070E-01

1355207 -8. 931000E-02

1355208 O.OOOOOOE+O0

* -----------1 --------1 ----

*TORQUE CURVE NO. 5

1355300 2

1355301 0. OOOOOOE+OO

1355302 4. OOOOOOE-O1

1355303 5.OOOOOOE-O1

1355304 1. OOOOOOE+O0

* -----------1 --------1 ----

*TORQUE CURVE NO. 6

1355400 2

1355401 0.OOOO0OOE+00

1355402 9. 064300E -02

1355403 1.885690E-01

1355404 2.734700E-01

1355405 4. 586690E-01

1355406 5.744800E-01

1355407 7. 381600E-01

1355408 7. 685200E-01

1355409 8. 700570E-01

1355410 1.OOOOOOD+OO

* -----------1 --------1 ----

*TORQUE CURVE NO. 7

1355500 2

1355501 -1. 00000E+OO

1355502 -3.OO0000E-O1

1355503 -1.OOO00OE-01

1355504 0. 000000E+00

2

1.OOOOOOE+Oo

1. 00000E+oo

3

1. 984300E+00

1. 394000E+OO

1. 097500E+00

8. 220000E-O1

6.648000E-O1

6. 032000E-O1

4

1. 984300E+00

1. 830800E+00

1. 682400E+00

1. 557000E+00

1. 436200E+00

1. 387900EI-00

1. 348100E+00

1. 233610E+00

5

-4. 5000OOE-01

-2. 5000OOE-01

0. OOOOOOE+00

3. 569000E-01

6

1. 233610E+00

1. 196500E+00

1. 109600E+00

1. 041600E+00

8.958000E-01

7. 8070OOE-01

6. 134000E-O1

5. 849000E-O1

4. 87'700E-01

3. 569000E-01

7

-1. OOOOOOE+OO

-9. OOOOOOE-01

-5. OOOOOOE-01

-4. 500000E-01

A.73

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----

----1------1----
* --- -- 1 -- -- 1 -- --1-----1- 1 -- -- 1 -----1---

*TORQUE CURVE NO. 8

1355600 2 8

1355601 -1. OOOOOOE+0O -1.OOOOOOE+OO

1355602 -2. 500000E-01 -9. 000000E-01

1355603 -8.OOOOOOE-02 -8.OOOOOOE-01

1355604 0.OOOOO0EIOO -6.700000E-01

* ---- ---- 1----1 --- 1------ --- I----1 ------1-------- 1-------- 1----

*RENODALIZE PUMP 2

1650000 "PCPUMP2 "PUMP

1650101 0.0 0.514 0.0991 0.0 90.0 0.317900

1650102 0

1650108 160010000 0.0 0.017 0.017 0000

1650109 170000000 0.0 0.1 0.1 0000

1650200 0 1.48858+7 1.22768+6 2.46241+6 0.

1650201 0 7.7855 7.7855 0.0

1650202 0 8.0481 8.0481 0.0

1650301 135 135 135 -1 -1 697 0

1650302 369.00000 .92981030 .31550000 96.000000 500.60000 1.4310000

1650303 613.60000 .00000000 207.43300 .04440000 19.598700 .00000000

1650308 0.212845 0.0 -22.86511 27.16043 5.74589

1650310 0.0 0.0 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*REMOVE SPRAY VALVE AND CALCULATOR

4350000 SPRVLV DELETE

20590400 SPRAY DELETE 0.0 0.0 0.0 0.0 0.0 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*REMOVE PRESSURIZER TRIPS AND HEATERS

0000585------1--------1--------1D0000585 DISCARD

0000586 DISCA DICR

0000666 510 DISCARD

0000667 510 DISCARD

0000693 510CA DICR

0000587 DISCARD

0000588 DISCA DICR

0000668 510 DISCARD

00006694 510 DISCARD

00170064 50 DISCATE

10417200 DELETE

20241700 DELETE

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

" REMOVE PRESSURI ZER LEVEL CONTROLLERS, CHARGING COMPONENT, AND

" LETDOWN COMPONENT

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

20500200 PZRLVL SUM 1.0 0.0 1

20500201 0.0 0.1815 VOIDF 415010000

20500202 0.1524 VOIDF 415020000

20500203 0.3967 VOIDF 415030000

20500204 0.5289 VOIDF 415040000

20500205 0.3967 VOIDF 415050000

20500206 0.1943 VOIDF 415060000

20500207 0.1029 VOIDF 420010000

20500208 0.1029 VOIDF 420020000

A. 74
9800000 "CHRG R" DELETE

9850000 "CHRG V"1 DELETE

20590500 CHARGE DELETE 0.0 0.0 0.0 0.0 0.0 0.0

9900000 "LTDWN S" DELETE

9950000 "LTDWN V" DELETE

20590600 LETDOWN DELETE 0.0 0.0 0.0 0.0 0.0 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*REMOVE STEAM VALVE CONTROLLER

5400000

5400101

5400201

5400300

5400301

20254000

20254001

20254002

20254003

20590700

20590800

20590900

20591000

20290800

"C V-P4-10

530010000

0

'TrRVLV

685

NORMAREA

0.0

7.066-3

1.0

"DELTA T"

DEADRAND

"INT D T"f

TCONTROL

DELETE

it

541000000

16.963

VALVE

0.0047772 0.0

20.945 0.0

0.0 1100

686 0.05 .649345 540

7.066-3

7.066-3

1.0

DELETE

DELETE

DELETE

DELETE

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*REMOVE FEED SYSTEM CONTROLLER

205------1 ------ 1------1------1------1------1.0-0.

20591100 SGLVLERR DELETE 0.0 0.0 0.0 0.0 0.0 0.0

5660000 "FEED it TMDPJUN

5660101 565000000 508000000 0.05

5660200 1 688

5660201 0.0 25.593 0.0 0.0

5660202 0.7 0.0 0.0 0.0

5660203 59.5 0.0 0.0 0.0

5660204 60.0 0.50364 0.0 0.0

5660205 1860.0 0.50364 0.0 0.0

5660206 1861.0 0.0 0.0 0.0

* ---- ---- 1----1 ---1------ -- --I----1 ------1-------- 1-------- 1----

*REPLACE REACTOR POWER TABLE

20290000 POWER 699 1.0 45.9+6

20290001 0.0 1.0 *FROM F3S-20&F2-2 OF EDR L5-1 89/11109

20290002 0.50 0.55374

20290003 1.00 0.18625

20290004 1.50 0.10259

20290005 2.00 0.08423

20290006 2.50 0.080020

20290007 3.0 0.07603

20290008 3.5 0.072700

20290009 5.0 0.064940

20290010 10.0 0.055882

20290011 25.0 0.046738

20290012 65. 0.035

20290013 100. 0.03154,6

20290014 250. 0.025210

20290015 650. 0.0188

20290016 1000. 0.0164

20290017 1500. 0.0140

A. 75
20290018 3000. 0.0110

20290019 5000. 0.0092

20290020 1. +5 0.001460 *CHANGED 89/11/06 BASED ON EDR F2-2

*REPLACE TRIPS 510,511,513

* SCRAM

0000510 P 100010000 LT NULL 0 1.4190+7 L

* BREAK ISOLATION

0000511 TIME 0 LT NULL 0 7302. N *HPIS ON

0000513 P 100010000 LE NULL 0 10.600+6 L

* RENODALIZE DEAD END OF FUEL MODULES AND BROKEN LOOP

F3S-20

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*DEAD END OF FUEL MODULES

2510000 "DE FL MODS" SNGL VOL

2510101 0.0 0.7844123 0.1154214 0.0 90.0 0.7844123

2510102 3.81-6 0.214 00

2510200 0 1.49207+7 1.33213+6 2.46168+6 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*REACTOR VESSEL NOZZLE - BROKEN LOOP HOT LEG

3000000 "RVN BLHL "BRANCH

3000001 2 0

3000101 0.0 0.876303 0.0575410 0.0

3000102 4.OE-5 0.0 00

3000200 0 1.49144+7 1.25750+6 2.401

3001101 252010000 300000000 0.067014 0.0

3002101 300010000 305000000 0.063426 0.1

3001201 0.0 0.0 0.0

3002201 0.0 0.0 0.0

* ---- ---- 1----1------1-------- 1-------- 1----

*HOT LEG PIPE TO REFLOOD ASSIST BYPASS TEE

3050000 "HLP-RABS T" BRANCH

3050001 1 0

3050101 0.0 0.698336 0.0442927 0.0

3050102 4.OE-5 0.0 00

~1+6

0.0

0.0

0.0

0.1

0.0

0002

0000

----1------1----

----1------1----

0.0 0.0

0100

3050200 0 1.49144+7 1.25750+6 2.46181+6 0.0

3051101 305010000 310000000 0.0 0.1 0.1

3051201 0.0 0.0 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1----

*BROKEN LOOP HOT LEG CONTRACTION

3100000 "BLHL CONTR" BRANCH

3100001 2 0

3100101 0.0 1.50013 0.0678467 0.0 0.0

3100102 4.OE-5 0.0 00

3100200 0 1.49144+7 1.25750+6 2.46181+6 0.0

3101101 380010000 310000000 0.0388 0.84 0.84

3102101 310010000 315000000 0.0083647 0.0 0.0

3101201 0.0 0.0 0.0

3102201 0.0 0.0 0.0

0.0

0100

0100

A. 76
*STEAM GENERATOR AND PUMP SII¶JLATIOR

3150000 "SG+PIIP SIM" PIPE

3150001 12

3150101 0.0 12

3150201 0.0083647 2

3150202 0.032603 4

3150203 0.105626 5

3150204 0.032603 7

3150205 0.0083647 9

3150206 0.008364 10

3150207 0.0046398 11

3150301 0.367768 1

3150302 0.552201 2

3150303 0.993978 4

3150304 0.849744 6

3150305 0.993978 8

3150306 1.371350 9

3150307 1.365029 10

3150308 1.674812 11

3150309 0.545209 12

3150401 3.0767-3 1

3150402 4.67621-3 2

3150403 8.60554-2 4

3150404 8.97552-2 6

3150405 8.60554-2 8

3150406 1.82303-2 9

3150407 5.46687-2 10

3150408 1.82489-2 11

3150409 2.83241-2 12

3150601 90.0 5

3150602 -90.0 10

3150603 90.0 11

3150604 0.0 12

3150701 0.127000 1

3150702 0.552201 2

3150703 0.993978 4

3150704 0.457202 5

3150705 -0.457202 6

3150706 -0.993978 8

3150707 -1.371350 9

3150708 -0.520701 10

3150709 1.212851 11

3150710 0.0 12

3150801 4.OE-5 0.'0 3

3150802 4.OE-5 0.124 4

3150803 4.OE-5 0.0 6

3150804 4.OE-5 0.124 7

3150805 4.OE-5 0.0 12

3150901 0.2 0.2 1

3150902 0.0 0.0 2

3150903 93.9 93.9 4

3150904 0.4 0.4 5

3150905 93.9 93.9 7

3150906 0.0 0.0 8

3150907 0.2 0.2 9

3150908 4.1 4.1 10

A. 77
3150909 0.4 0.4 11

3151001 00 12

3151101 0000 1

3151102 0100 2

3151103 0000 7

3151104 0100 8

3151105 0000 10

3151106 0100 11

3151201 0 14914000. 1257500. 2461820.

3151202 0 14911400. 1257500. 2461870.

3151203 0 14905500. 1257500. 2461990.

3151204 0 14998100. 1257500. 2462150.

3151205 0 14992600. 1257500. 2462270.

3151206 0 14992600. 1257500. 2462270.

3151207 0 14998100. 1257500. 2462150.

3151208 0 14905500. 1257500. 2461990.

3151209 0 14914500. 1257500. 2461810.

3151210 0 14921600. 1257500. 2461660.

3151211 0 14919000. 1257500. 2461710.

3151212 0 14914300. 1257500. Z461810.

3151300 0

3151301 0.0 0.0 0.0 11

* ---- ---- 1----1------1-------- 1-------- 1--------

*REACTOR VESSEL NOZZLE - BROKEN LOOP COLD LEG

3350000 "RVN BLCL "BRANCH

3350001 2 0

3350101 0.0 0.749305 0.047979 0.0

3350102 4.OE-5 0.0 00

3350200 0 1.49889+7 1.23500+6 2.46018+6

3351101 202000000 335000000 0.064130 1.0

3352101 335010000 340000000 0.0 0.1

3351201 0.0 0.0 0.0

3352201 0.0 0.0 0.0

* ---- ---- 1----1 ---1------ --1----1------1--------

*COLD LEG PIPE TO REFLOOD ASSIST BYPASS TEE

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

01

02

03

04

05

06

07

08

09

10

11

12

------------------------ 1----

------------------------ 1----

0.0

0.0

1.0

0.1

0.0

0002

0000

------------------------ 1----

------------------------ 1----

3400000 "CLP-RABS T" BRANCH

3400001 1 0

3400101 0.0 0.698336 0.0443927 0.0 .0.0 0.0

'3400102 4.OE-5 0.0 00

3400200 0 1.49889+7 1.23500+6 2.46018+6 0.0

3401101 340010000 345000000 0.0 0.1 0.1 0100

3401201 0.0 0.0 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1--------1I----

*BROKEN LOOP COLD LEG CONTRACTION TO BREAK PLANE

3450000 "BLCL CONTR" BRANCH

3450001 2 0

3450101 0.0634 0.974 0.0 0.0 0.0 0.0

3450102 4.OE-5 0.0 00

3450200 0 1.49889+7 1.23500+6 2.46018+6 0.0

3451101 345000000 370000000 0.0388 0.84 0.84 0100

3452101 345010000 350000000 0.0 0.0 0.0 0100

3451201 0.0 0.0 0.0

3452201 0.0 0.0 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

* SPOOL PIECE AND PIPE TO ISOLATION VALVE

A .78
* --- -- 1 -- -- 1 -- --1-----1- 1 -- -- 1 -----1---

3500000 "BRI( SP+PPE" SNGL VOL

3500101 0.0525 0.823 0.0 0.0 0.0 0.0

3500102 4.OE-5 0.0 00

3500200 0 1.49889+7 1.23500+6 2.46018+6 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

" REMIOVE COLD LEG ISOLATION VALVE AND COLD LEG PIPE BETWEEN

" ISOLATION VALVE AND QOBV

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

3550000 "CL ISO VLV" DELETE

3600000 "CL IS-QOBV" DELETE

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*COLD LEG QUICK OPENING BLOWDOWN VALVE

3650000 "CO QOBV "VALVE

3650101 350010000 805000000 1.729E-3 0.0 0.0 0100 1.0 1.0

3650201 0 0.0 0.0 0.0

3650300 MTRVLV

3650301 677 502 14.0 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*REFLOOD ASSIST BYPASS PIPING -COLD LEG SIDE

3700000 "RABS C L "PIPE

3700001 3

3700101 0.0388 2

3700102 0.0776 3

3700201 0.0388 2

3700301 0.0 3

3700401 0.0279 1

3700402 0.070 2

3700403 0.1165 3

3700601 90.0 1

3700602 0.0 3

3700701 0.64 1

3700702 0.0 3

3700801 4.0-5 0.0 3

3700901 0.28 0.28 1

3700902 0.84 0.84 2

3701001 00 3

3701101 0000 2

3701201 0 1.49865+7 1.23500+6 2.46023+6 0.0 0.0 01

3701202 0 1.49841+7 1.23500+6 2.46028+6 0.0 0.0 02

3701203 0 1.49841+7 1.23500+6 2.46028+6 0.0 0.0 03

3701300 0

3701301 0.0 0.0 0.0 01

3701302 0.0 0.0 0.0 02

* -----------1 -------- 1 -------- 1 -------- 1 -------- 1--------1----

*REFLOOD ASSIST BYPASS VALVES

3750000 "RABS VALVS" SNGLJIJN

3750101 370010000 380000000 0.0 1.55+2 1.55+2 0000

3750201 0 0.0 0.0 0.0

* ---- -----1 -------- 1 -------- 1 -------- 1 -------- 1 -------- 1 ----

*REFLOOD ASSIST BYPASS PIPING - HOT LEG SIDE

3800000 "RABS H L "PIPE

3800001 3

3800101 0.0776 1

A. 79
3800102 0.0388 3

3800201 0.0388 2

3800301 0.0 3

3800401 0.0915 1

3800402 0.048 2

3800403 0.0489 3

380061 0.0 1

3800602 -90.0 2

3800603 0.0 3

3800701 0.0 1

3800702 -0.64 2

3800703 0.0 3

3800801 4.0-5 0.0 3

3800901 0.84 0.84 1

3800902 0.28 0.28 2

3801001 00 3

3801101 0000 2

3801201 0 1.49097+7 1.25750+6 2.46191+6 0.0 0.0 01

3801202 0 1.49121+7 1.25750+6 2.46186+6 0.0 0.0 02

3801203 0 1.49144+7 1.25750+6 2.46181+6 0.0 0.0 03

3801300 0

3801301 0.0 0.0 0.0 01

3801302 0.0 0.0 0.0 02

*MINOR EDIT VARIABLES

*STEADY STATE AND TRANSIENT PLOT REQUESTS

0000301 P 250010000

0000302 P 530010000

0000303 TEIIPF 250010000

0000304 TEMPF 185010000

0000305 TEMPF 515010000

0000306 MFLOWJ 540000000

0000309 CNTRL VAR 1

0000310 CNTRL VAR 2

0000311 NFLOWJ 566000000

0000313 IILLOWJ 100010000

0000314 P 420010000

0000315 VOIDG 500010000

0000316 VELFJ 112010000

0000317 VELGJ 112010000

0000318 TEIIPF 215010000

0000319 IIFLOWJ 365000000

0000320 RHO 100010000

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*TEMPERATURES

0000------1------P3451------1---- -1- ----1-------

0000321 SAITEMP 345010000 * TE-BL-1A,1B,1C

0000322 SATTEMP 3100010000 * TE-BL-2A,2B,2C

0000323 SATTEMP 100010000 * TE-PC-2A2B2

0000324 SATTEMP 180010000 * TE-PC-1

0000325 SATTElIP 116010000 * TE-SG-1

0000327 SATTEMP 510030000 * TE-SG-3

0000328 SATTEMP 415040000 * TE-139-19

A. 80
0000329 SATTEMP 415030000 * TE-139-20

0000330 SATTEMP 205010000 * TE-1ST-1 /TE-2ST-1

0000331 SATTEMP 210010000 * TE-1ST-2 /TE-2ST-2

0000332 SATTEMP 210050000 * TE-1ST-6 /TE-2ST-6

0000333 SATEEMP 210060000 * TE-1ST-7 /TE-2ST-7

0000334 SATTEMP 215010000 * TE-iST-lO TE-2ST-10

0000335 SATTEMP 220010000 * TE-1ST-13 /TE-2ST-13

0000336 SATIEMP 250010000 * TE-1UP-6

0000337 SATTEMP 251010000 * TE-2UP-4

0000338 SATTEMP 255010000 * TE-1UP-3

*----------- 1--------1 -------- 1 -------- 1--------1 ----- 1----

*DENSITIES

0000------1------451------1---- -1----1------

0000341 RHO 345010000 * DE-BL-1

0000342 RHO 3180010000 * DE-BL-2

0000343 RHO 100010000 * DE-PC-1

0000344 RHO 110000000 * DE-PC-2

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*VELOCITIES

0000351 VELF 345010000 * FE-BL-i

0000352 MFLOWJ 630000000 * LPISL-2

0000353 VELF 180010000 * FE-PC-i

0000354 VELF 100010000 * FE-PC-2

0000355 VELG 345010000 * FE-BL-1

0000356 VELG 310010000 * FE-BL-2

0000357 VELG 180010000 * FE-PC-i

0000358 VELG 100010000 * FE-PG-2

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*MASS FLOW RATES

0000------1------1------1------1------1------1---

0000361 MFLOWJ 345020000 * BREAK PLANE BLCL

0000362 MFLOWJ 315110000 * BTREAK PAE BLHL

0000363 MFLOWJ 345020000 * JUT-RAKE BLCL

0000364 NFLOWJ 3180020000 * DTT-RAKE BLHL

0000365 MFLOWJ 1800120000 * DTT-RAKE ILCL

0000367 MFLOWJ 400010000 * PRES. SURGE LINE FLOW

0000369 MFLOWJ 541010000 * FE-P4-12

0000370 MFLOWJ 566000000 * FE-P4-72-1

0000371 MFLOWJ 230010000 *REFLOODING FLOW

0000372 CNTRL VAR 51 *INT BRI( FLOW

0000373 HTEEMP 231000110

0000374 HTTEMP 231000210

0000375 HTTEMP 231000310

0000376 IfITEMP 231000410

0000377 HTTEMP 231000510

0000378 HTTEMP 231000610

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*CLADDING TEMPERATURES CONTROL MODULE

0000381 HTTEMP 230000110

0000382 HTTEMP 230000210*

0000383 HTTENP 230000310*

0000384 HTTEMP 230000410

0000385 HUTEMP 230000510

0000386 IITTEIIP 230000610*

A. .81
* --- -- 1 -- -- 1 -- --1-----1- 1 -- -- 1 -----1---

*LIQUID FRACTIONS IN THE PRESSURIZER

0009 - 1 -F 150100001 --

0000391 VOIDF 415010000

0000393 VOIDF 415020000

0000393 VOIDF 415030000

0000394 VOIDF 415040000

0000395 VOIDF 415050000

0000396 VOIDF 415060000

0000397 VOIDF 420010000

0000309 CNTRL VAR 4 * ACC LEVEL -.32 M STAND PIPE

0000340 CNTRLVAR 10 * RX LEVEL

0000346 CNTRLVAR 71 * RX WATER INVENTORY

0000347 CNTRLVAR 72 * PRIMARY WATER INVENTORY

0000348 CNTRLVAR 73 * SECONDARY WATER INVENTORY

0000349 CNTRLVAR 81 * TIME STEP SIZE

0000350 MFLOWJ 600000000 * ECC TO CL

0000351 MFLOWJ 610000000 * ACCUMIULATOR

0000352 M1FL0WJ 640000000 * HPIS

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*ECCS HEADER TO PCS

6050000 "ECCS HEADR" SNGL VOL

6050101 5.9896-3 5.0148 0.0 0.0 90.0 3.3071202

6050102 4.0-5 0.0 00

6050200 0 13595900. 172410. 2489140. 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*ACCUMULATOR PIPE

6150000 "ACC PIPE "SNGL VOL

6150101 0.0 25.997165 0.4074774 0.0 0.0 0.0

6150102 4.0-5 0.0 00

6150200 0 13580200. 112409. 2489450. 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*PIPING BETWEEN BREAK AND VALVE

13502000 1 5 2 1 0.0865

13502100 0 1

13502101 4 0.1095

13502201 4 4

13502301 0.0 4

13502401 551.0 5

13502501 350010000 0 1 1 0.823 1

13502601 -939 0 3949 1 0.823 1

13502701 0 0 0 0 1

13502801 0 0 0 0.823 1

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*069 BROKEN LOOP COLD LEG MASS

20506900 BLCLMASS SUM 1.0 0.0 1

20506901 0.0 4.79790-2 RHO 335010000

20506902 4.43927-2 RHO 340010000

20506903 6.73163-2 RHO 345010000

20506904 4.32075-2 RHO 350010000

20506905 2.79000-2 RHO 370010000

20506906 7.00000-2 RHO 370020000

20506907 1.16500-1 RHO 370030000

A. 82
*REACTOR VESSEL LIQUID LEVEL CONTROL VARIABLE

20501000 RVLVL SUM 0.2794034 0.0 1

20501001 0.0 1.0 VOJOF 230010000

20501002 1.0 VOIDF 230020000

20501003 1.0 VOIDF 230030000

20501004 1.0 VOIDF 230040000

20501005 1.0 VOIDF 230050000

20501006 1.0 VOIDF 230060000

*REPLA(

*DELAYL

0000583

0000683

6400000

6400101

6400200

6400201

6400202

6400203

6400204

6400205

E HPIS 89.2.13

D1 HPIS INJECTION

TIME,0 GE 'TIIIEOF,513 2.48

583 AND 583 L

"IIPIS" TMDPJUN

635000000 185000000 5.9896-3

1 683 P

-1.0 0.0 0.0

0.0 0.700 0.0

3.5+6 0.575 0.0

6.6+6 0.460 0.0 (

17.0+6 0.100 0.0 (

L -1.0 * 89/11/08

L85010000

).0

).0

).0

.0

.0

* 89/11/08

*LPIS CAPACITY CORRECTED BASED ON EXPERIMENT DATA TAPE

6300000

6300101

6300200

6300201

6300202

6300203

6300204

6300205

6300206

6300207

6300208

6300209

"LPIS " TMDPJ1JN

625000000 605000000 5.9896-3

1 684 P 605010000

0.0 5.5 0.0 0.0

0.2+6 5.0 0.0 0.0

0.6+6 4.0 0.0 0.0

0.8+6 3.0 0.0 0.0

1.0+6 2.0 0.0 0.0

1.2+6 1.6 0.0 0.0

1.3+6 1.5 0.0 0.0

1.4+6 1.4 0.0 0.0

1.5+6 0.0 0.0 0.0

*IMPROVE ACCUMULATOR (E J LEE 89.2.28)

*ACCUMULATOR VALVE TRIPS

0000579 MFLOWJ 610000000 GE NULL 0 0.0 N

0000580 CNTRLVAR 4 LT NULL 0 1.050 L * EJL, 89/10/23

* MODIFIED THE LIMIT OF ACCUM EMPTY CASE INTO 1.52 FROM 0.939 (P160 EDR, 89.5.15) EJL

0000682 579 AND -580 N

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*ACCUMULATOR LEVEL CONTROL VARIABLE

20500400 ACCMLVL INTEGRAL -6. 549E-3 1.54 0

20500401 VELFJ 620010000

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

* ECC CHECK VALVE

A .83
* --- -- 1 -- --1-----1- -- 1 -- 1 -- -- 1----- 1---

6000000 "EGG CHKVLV" VALVE

6000101 605010000 185000000 0.0 1.3869 1.3869 0100

6000201 0 0.0 0.0 0.0

6000300 TRPVLV

6000301 681

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*EGGS HEADER TO PCS

6050000 "ECCS HEAUR" SNGL VOL

6050101 5.989E-3 4.8247 0.0 0.0 90.0 Z.2061

6050102 1.0165-5 0.0 10

6050200 0 1.66E+6 125472. 2600290. 0.0

* ---- ---- 1----1------1-------- 1-------- 1-------- 1-------- 1----

*ACCUMULATOR VALVE

6100000 "ACCUN VLV "VALVE

6100101 615010000 605000000 0.0 8.1009 8.1009 0000

6100201 0 0.0 0.0 0.0

6100300 TRPVLV

6100301 682

* ---- ---- 1----1------1-------- 1-------- 1----

*ACCUMULATOR PIPE

6150000 "ACC PIPE "SNGL VOL

6150101 0.01608 24.5486 0.0 0.0

6150102 1.0165-5 0.0 10

6150200 3 1.66E+6 308.2

*ACCUMULATOR VESSEL

*MOVE TO S/S COMPONENT BY B. D. CHUNG

----1------1----

----1------1----

0.0 0.0

----1------1----

----1------1----

6200000 "ACCUMULATR" ACCUM

6200101 1.254 1.8261563 0.0 0.0 -90.0 -1.8261563

6200102 2.286-5 0.0 10

6200200 1.66E+6 308.2

6201101 615000000 8.213E-3 6.7582 8.3202 0

6202200 1.10 0.0 4.0251 0.67056 0.04445 0 0 0 0

**TRIP

0000518

0000695

0000697

CHANGE FOR L5-1

TIME 0 GE NULL

518 AND 518

518 AND 518

0 4.0

N

N

N

* LPIS

0000520 P 100010000

*RUN STATISTICS

LT NULL 0 1.08+6 N

20507800 OLDTIME SUM 1. 0. 0

20507801 0. 1. CNTRLVAR 79

2050790 NEW~TIME SUM 1. 0. 0

20507901 0. 1. TIME 0.

A. 84
20080

20508100

20508101

*00 PLOT

20300100

20300200

20300300

20300400

20300500

20300600

20300700

20300800

20300900

20301000

20301100

20301200

20301300

20301400

20301600

20301700

20301800

20301900

20302000

20302100

20302200

20302300

*20302400

20302500

20302600

20302700

20302800

20302900

20303000

20303100

20303200

20303300

20303400

20303500

20303600

20303700

20303800

20303900

20304000

20304100

20304200

20304300

20304400

20304500

20304600

20304700

20304800

20304900

20305000

20305100

TSTEP SUM 1. 0.

0. -1. CNTRLVAR

1. CNTRILVAR

REQUEST VARIALES *

0

78

79

P

P

HTTEMP

HTTEMP

HITTEM

HTTEMP

HTTEMP

HTT~EMP

HTTEMP

HTTEMI

HTf EME

HTTEMI

HTEMI

HlT EMI

VELFJ

VELGJ

RHO

RHO

MFL0W,'

MFL0W~

NFL0W.'

CPUTIH

ACV

MFLO

MFLOi

MFLO

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250010000

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230000210

230000310

230000410

230000510

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112010000

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~IQ 620000(

0J 545000000

~J 540000000

4J 569000000

0J 566000000

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AR 1

" UPPLENUM PRESSURE( PE-lUP-lAl)

* STEAMDOME PRESSURE(PE-SGS-1)

" PERIPHERAL 89/11/10

" IL HlL LIQUID VEL

* IL HlL VAPOR VEIL

" IL HlL DENSITY(DE-PC-2)

" BL CL DENSITY(DE-BL-1)

*BREAK FLOW( FR-EL- 111)

*HP]S FLOW

* REFLOODING RATE

*CPU TIME

)00 *ACCIJKU VOL

" STEAM MASS OUT

" STAEM MASS OUT

" STEAM MASS IN

" STAEM MASS IN (AUX)

*S62

*UPPER PLENUM

*LP

*DEN

is

SITY BEFORE BREAK

IQ VELOCITY AT ILCL (FE-PC-OO1B)

A. 85
20305200 CNTRL VAR 2

20305300 CNTRL VAR 4

20305400 CNTRL VAR 10

20305500 CNTRL VAR 71

20305600 CNTRL VAR 81 *TIME STEP DT FROM CV 81

20305700 IIFLOWJ 100010000

20305800 CNTRL VAR 72

20305900 CNTRL VAR 51 *INT BRlK FLOW

*END OF INPUT DATA

A. .86
NRC FORM 335 U.S. NUCLEAR REGULATORY COMMISSION 1. REPORT NUMBER

42-891 (AssIgned by NRIC. Add VolEse.. Rev.

NRCM 1102. DAT Adedm Numbers, Nf aw

3201.,3202 BIBLIOGRAPHIC DAASHEET NIJREG/IA-0069

(See instructions on the reverse)

2. TITLE AND SUBTITLEI

Assessment of RELAP5/MOD2 Cycle 36.04 Using LOFT

Intermediate Break Experiment L5-1 ~DT EOTULSE MONTH YEAR

April .1992

4. FIN OR GRANT NUMBER

___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ A4682

5. AUTHOR(S) 6. TYPE OF REPORT

E. J. Lee, B. D. Chung, H. J. Kim Technical

7. PERIOD COVER ED Inclusire Dare)

B. PERFORMING ORGANIZATION - NAME AND ADDRESS tlf NRC. Provide Division, Office or Region, U.S. Nuclear Regulaotry Commeission. and mailing address.* it contractor. provie

name and mailing address.)

Korea Institute of Nuclear Safety

P.O. Box 16, Daeduk-Danji

Daejon, Korea

9. SPONSO R ING ORGAN IZATI ON - NAM E AND ADDR ESS (if NRC. type *Saaw as aisove":' it Contractor. Provide NRC Division. Office or Region, U.& Nuclear RegulatorY Commission.

and mailing address

Office of Nuclear Regulatory Research

U.S. Nuclear Regulatory Commission

Washington, DC 20555

10. SUPPLEMENTARY NOTES

11. ABSTRACT (2" words or lesd

The LOFT intermediate break experiment L5-1, which simulates 12 inch diameter EGG

line break in a typical PWR, has been analyzed using the reactor thermal/hydraulic

analysis code RELAP/MOD2, Cycle 36.05. The base calculation, which modeled the core

with single flow channel and two heat structures without using the options of reflood

and gap conductance model has been successfully completed and compared with experimental data. Sensitivity studies were carried out to investigate the effects of nodalization at reactor vessel and core modeling on major thermal hydraulic parameters,

especially on peak cladding temperature (PCT). These sensitivity items are: single

flow channel and single heat structure (Case A), two flow channel and two heat

structures (Case B), ref lood options added (Case C) and both ref lood and gap conductance options added (Case D). The code, RELAP/M0D2 Cycle 36.04 with the base modeling,

predicted the key parameters of LOFT IBLOCA Test L5-1 better than Cases A, B, C and D.

Thus, it is concluded that the single flow channel modeling for core is better than the

two flow channel modeling and two heat structure is also better than a single heat

structure modeling to predict PCT at the central fuel rods. It is recommended to use

the reflood option and not to use gap conductance option for this L5-1 type IBLOCA.

12. KEY WORDS/DESCRIPTORS (List words orph vases that willassist researchers ki locating tMe repon.) 13. AVAILABILITY STATEMENT

Unl imi ted

Assessment, RELAP5/MOD2, Cycle 36.04, LOFT Intermediate Break, 14. SECURITY CLASSIFICATION

Experiment L5-1 (Ti Page

Uncl assi fied

(This ReportI

Uncl assi fied

15. NUMBER OF PAGES

16. PRICE

NRIC FORM 335 (2.89)


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