Report No. 80C129-2
CONTAINMENT INTERNAL PRESSURE CAPACITY O.C. COOK NUCLEAR GENERATING STATION PHASE II - PROBABILISTIC EVALUATION
Prepared for
Pmerican Electric Power Service Corporation 2 Broadway New York, N.Y. 10004
April 6, 1981
by Or. M.K. Ravindra
Edited by Dr. J.O. Stevenson
Prepared by Structural Mechanics Associates, Inc. 5l60 Birch Street 3645 Warrensville Center Rd. Newport Beach, California 92660 Cleveland, Ohio 44122 (71<) 833-7552 (216) 991-8841
8i07080247 8i0702 PDR ADDCK 050003i5 )< P PD QtP' f p l J f, I I
44~ ~ l l TABLE OF CONTENTS
Section Title ~Pa e
INTRODUCTION 1 1.1. Purpose and Scope of Report . 1
1 .2 Results . 1 2. METHODOLOGY 4 2.1 Fragility Model 4 2.2 Composite Fragility Curve . . 9
~ 10 2.3 Significance of 8R and SU 3. DEVELOPMENT OF FRAGILITY CURVES FOR DIFFERENT FAILURE MODES ll 3.1 Bending Shear Failure in Base Mat ..:...„... ll 3.1.1 Concrete -Strength 13. 3.1.2 Variability due to Fabrication... 17 3.1.3 Test to Prediction Bias ...... 17 3.1.4 Pressure Capaci ty 17 3:2 Membrane Hoop Tension Failure. of Concrete Cylinder. 18 3.3 "Bending Failure of Equipment Hatch Plate 22 3.3.1 Median Pressure Capacity . 24 3.3.2 Variability of Pressure Capacity . 25 3.3.3 Fragility of Equipment Hatch Cover . 26 3.4 Bending Failure of Personnel Hatch Cover Plate 26 3.4.1 Median Pressure Capacity . 29 3.4.2 Variability of Pressure Capacity . . 30 3.4.3 Fragility of Personnel Hatch Cover . 30 COMPOSITE FRAGILITY CURVES 31 5. DISCUSSION AND CONCLUSIONS...... 32 6. REFERENCES 34
7. NOTATION o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 36 LIST OF TABLES
Table Title ~Pa e Fragility Values for Bending Shear Failure of Base Hat... ~ ~ ~ e ~ e ~ i ~ 19
2 Rebar and Liner Plate Strength Data . . \ ~ 0 ~ ~ ~ e 0 22
3 Calculation of Composite Fragilities ~ ~ e ~ ~ ~ ~ e 27
LIST OF FIGURES
~FI are Tttle Pacae- 1 Containment Fragility for Overpressure ...... '. 2
Fragility Curves for Different Uncertainty Levels . ~ ~ ~ ~ Relationship Between Uncertainty in Pressure Capacity for a Given Failure Frequency and Uncertainty in Failure Frequency for a Given Pressure Capacity . e ~ ~ e 8
Aging Effects on Concrete Compressive Strength (from Troxell, et al 1968) ...... ,. . . T5 General Arrangement of the Equipment Hatch Closure Plate. 23
6 General Arrangement of the Personnel Hatch Closure Plate. 28 l t / 1.0 INTROOUCTION 1.1 PURPOSE AND SCOPE OF REPORT The object of this report is to develop a probabilistic description of the ultimate internal pressure capacity of the containment structures at the D.C. Cook bhclear Generating Units 1 and 2 in order to measure the anticipated degree of dispersion which might be anticipated in the calculated results. In Phase I of this project (SMA-1981), an evaluation of the containment under static internal pressure was performed; based on three different assumed stress levels, based on specified minimum, lowest sample value and mean sample value of the material. The evaluation identified the design limiting sections of the reinforced concrete right circular cylinder, hemispherical dome, flat slab base mat and major containment penetrations viz., the equipment and personnel hatches. A linear elastic analysis of these critical portions of the containment structure,was performed to assess the limiting internal pressure. The purpose of Phase II effort reported herein is to estimate the median ultimate pressure capacity of the containment using the results of the elastic analysis; the inelastic safety margin present beyond the initial yield of the materials is estimated on the basis of available data on inelastic behavior supplemented with engineering judgment. In addition to this median value, the variability in the ultimate pressure capacity is assessed. The failure modes considered in this study are those limiting modes identified in the Phase I effort: shear failure in base mat, membrane hoop tension failure of concrete cylinder, bending failure of equipment hatch, and bending failure of personnel hatch. l. 2 RESULTS The median limiting pressure capacity of the containment is estimated to be 57.8 psi. The pressure capacity that is exceeded with 95 percent frequency considering only the inherent randomness about the median is 46.0 psi. The pressure capacity that is exceeded with 95 percent frequency at 95 percent confidence considering both the inherent randomness about the median and the uncertainty in the median itself is 36.0 psi. Figure 1 displays the entire range of the fragility curves; herein, the fragility is defined as the cumulative failure frequency at any specified internal pressure.
- 1 0 1.0
0.8
95% CONFIDENCE VALUE ~ h) y 0i6 BEST ESTIMATE H
r O5
0,4
0.2
0.0
30 36 40 46 50 57.8 60 70 80 90 PRESSURE,
ps'IGURE 1. CONTAINMENT FRAGILITY FOR OVERPRESSURE I 0 The above results can be expressed-in terms of the factors of safety where the factors of safety are defined as the ratio of calculated limiting pressure to the design pressure. The design pressure for the containment is 12.0 psi. Therefore, the median factor of safety against failure from internal pressure is 4.8; the factor of safety that is exceeded with 95 percent frequency at 95 percent confidence is 3.0.
These estimates are applicable to the contaiments in both Units 1 and 2. The differences observed in the material strength test data between the two units are not significant enough to change the fragility curve.
2.0 METHOOOLOGY
FRAGILITY MOOEL The ultimate pressure capacity of the containment is a random variable because of the variability in mechanical properties of materials (concrete, reinforcing steel, liner plate, etc.), -differences between the as-built and design conditions and of a lack of knowledge of the actual mode of failure and capacity. The cumulative frequency or probability that the capacity is less than a specified pressure is known as "fragility". Curve A in Figure 2 is a fragility curve giving the cumulative frequencies for different pressures. Such a fragility curve will contain a lot of uncertainty; it is essential for a complete probabilistic description to consistently treat-this uncertainty (Kennedy, et al 1980).
The entire fragility curve and the uncertainty in that curve can V be expressed in terms of the median ultimate pressure capacity, p, times the product of two random variables. Thus, the ultimate pressure capacity, p, is given by
R U
in which cR and cU are random variables with unit medians. They represent, respectively, the inherent randcmness- (frequency) about the median p and the uncertainty in p. Equation 2-1 enables the fragility curve and its uncertainty to be represented as a set of shifted curves wi th attached uncertainty levels (curves B, C and 0 in Figure 2) . It is
~ assumed that all uncertainty in the fragility-curves can be expressed through uncertainty in its median alone.
The random'variables cR and
I 1.00
c r A
0.75
V I 1' /. A I 6 0.50
%l I 0 ) 0.25 I ! 5 ! 5 r r
~ %
Pressure
FIGURE 2. FRAGILITY CURVES FOR DIFFERENT UNCERTAINTY LEVELS 1) The entire fragility curve and its uncertainty can be expressed by only - and With the data three parameters p, < U. generally limited available on fragility, it is much easier (and more reliable) to have to estimate only three parameters rather than the entire shape of the fragility curve and its uncertainty.
2) The formulation in Equation 2-1 and the lognormal distribution are very tractable mathematically.
3) -The lognormal distribution which does not permit negative values and demonstrates a skew positive distribution has the same shape as the material test data on which the limiting load capacity of this analysis is based.
The lognormal distribution therefore is a reasonable distribution for use except in the extreme tails of the distribution. In addition, the'central limit theorem states that a distribution of a random variable consisting of products and quotients of several variables tends to be lognormal even if the individual variables are not lognormally distributed. Use of the lognormal distribution for estimating frequencies of failure in excess of one percent is considered to be quite reasonable.
With perfect knowledge (i.e., only accounting for the random variability, <), the frequency of failure pf for a given internal pressure p's expressed by:
an(p'/~)
where ( ) is the standard Gaussian cumulative distribution function. Then, with.perfect knowledge (no uncertainty in the frequencies), the pressure capacity corresponding to a given frequency p f is given by inverting Equation 2-2
= P P exP 8R 4 (Pf)
The uncertainty in the pressure capacity corresponding to a given frequency of failure as a result of uncertainty of the median capacity can then be expressed by the following probability statement:
an(p"/ , ) p" = pip I p'3f e (2-4) ~su
Equation 2-4 represents the probability that the pressure capacity p is less than p" for a given failure frequency pf'. Me are also interested in the probability that the frequency of failure pf is larger than pf'or a given pressure capacity p", i.e., P[pf>pf')p"]. These two probablities are shown shaded in Figure 3. lt follows that
= I pf Pfl P j t p P Ipfl (2-5) using Equations 2-3 and 2'-4, we can write
an p"/(p expLI!R 0 (p<) P"3 J)I] Pl:Pf Pf I 'U
Equation 2-6 is a statement on the confidence in the failure frequency prediction; it gives the probability that the failure frequency exceeds the predicted frequency pf'orresponding to a given internal pressure p"., Obviously, the intent of-the pressure capacity estimation is to maintain this probability within an acceptable level (a), i.e., if a = 5 percent, there is a 95 percent probability or confidence that the actual failure frequency will not be larger than the calculated failure frequency for a given internal pressure.
By setting the left side of Equation 2-6 equal to a, we get
<" { P / P exP LSR < (Pf) l)j = a (2-7) t su
1.0
/ I FAILURE FREQUENCY 1 Rn (P/v) g / (z» =~ C4 / vf 8 /
H tpep'lpf 0.5 I l g l >L'~~" lx,'7 I / )
Q pl / I l I I I
I I 0
INTERNAL PRESSURE CAPACITY
FIGURE 3. RELATIONSHIP BE7AEEH UNCERTAINTY IN PRESSURE CAPACITY FOR A GIVEN FAILURE FREQUENCY AHD,UNCERTAINTY IN FAILURE FREQUENCY FOR A GIVEN PRESSURE CAPACITY Solving for pf>
I - En(P />) BU 0 (cL) pl p U (2-8) >R
1 Equation 2-2 gives the fragility curve as a result of inherent randomness only assuming perfect knowledge. Equation 2-8 gives the fragility curve which combines the underlying randomness and uncertainty to provide a confidence of (1-e) ~ The fragility curves are developed by assuming different values of p; for each value of p, the values of pf and pf're calculated. Therefore, for each value of internal pressure, the frequencies that the capacity wi 1 1 be less than this internal pressure without uncertainty and with uncertainty are provided by the fragility curves.
2 2 COMPOSITE FRAGILITY CURVE The developnent in Section 2.1 considered the pressure capacity of the contairment in a single mode of failure. As identified earlie~, the containment could fail in any of four failure modes: shear failure in base mat, membrane hoop tension failure of concrete cylinder, bending failure of equipment hatch, and bending failure of personnel hatch.
The probability that the containment will fail in at least one. of the failure modes under a given internal pressure p is
= - l'.1 Pf(p) 1 a - pf (p) j (2-g) i =1 1 where pf (p) = probability of failure mode i under an internal pressure of p.
' total number of failure modes (n=4) It ~ product symbol I I Equation 2-9 is derived on the basis that .the failure modes are statistically ndep'endent. Although there are several reasons (e.g'., common material vendor, common location and same fabricator) to believe in a high degree of dependency between failure modes, assumption of independence is conservative. Also, it may happen (as in this study) that a single failure mode dominates and contributes a major portion to the total failure probability; therefore, Equation 2-9 is a good approximation even for dependent failure modes in this case since a single mode is dominate.
The "best estimate" composite fragility curve is computed using Equation 2-9 wherein pf (p) for each failure mode is calculated based on inherent random-ness only (Equation 2-2). Similarly, the (1-a) confidence composite fragility curve is obtained using pf (p) = pf'alculated from Equation 2-8
2.3 SIGNIFICANCE GF B< and BU For each variable influencing the pressure capacity in a particular failure mode,'he variabilities representing the inherent randomness and the uncertainty must be separately estimated. The differentiation between the two types of variability is somewhat judgmental. Essentially, 8R represents those sources of dispersion in the variable which cannot be reduced by more detailed evaluation, or by gathering more data. It includes the variability of structural material properties (e.g., ultimate strength of concrete and yield strength ot rebar); there is a level below which this variability cannot be reduced using current standard practi'ces of fabrication and quality control. The dispersion represented by 1 is due to our lack of U understanding of the actual mode of failure, errors introduced by the approximate modeling of the structure, and due to use of engineering judgment ~n lieu of detailed analysis. Examples of these variabilities are assumption 1 «support conditions as fixed or simply-supported where in reality they are of intermediate fixity; estimation of the nonlinear capacity of the structure »sed on the linear analysis supplemented with test results; definition of ultimate failure as when a particular cross-section reaches a failure mode.
10 3.0 DEVELOPMENT OF FRAGILITY CURYES FOR DIFFERENT FAILURE MODES
In the Phase I study (SMA - 1981), the following modes of failure have been identified:
1. Bending shear failure in the reinforced concrete containment base mat adjacent to reinforced concrete cylinder walls,
2. Membrane tension failure, in hoop direction. in the reinforced concrete cylinder adjacent to the base mat (assuming no rotational or shear restraint by the cyl.inder),
3. Bending failure of equi pnent hatch end plate, and
4. Bending failure of personnel hatch end plate.
I In the following each of the above failures will be examined; the variables affecting the capacity in each failure mode will be probabilistically quantified in order to develop the fragility curves.
3.1 BENDING SHEAR FAILURE IN BASE NT The critical section of the base mat subjected to bending shear is identified as the location where potential diagonal cracks that do not cross any significant reinforcement may develop. The nominal shear strength for such a cross-section without web.reinforcement is given by ASKS Section III - CC3421.4.1 as:
0.002 N„ V = 2.0 1 + b d A +c where "u axi~ al load normal to cross-section occurring simultaneously with the shear force; is negative~ for tension;
gross area of section, in2 9
specified compressive strength of concrete, psi
web width, in. In the calculations reported here, bw is taken as 1 in.
d = effective depth of base mat, in.
From Equation 3-1, it is seen that the shear strength is affected by the axial load which in turn depends on the internal pressure. Since we are expressing the capacity of the containment in terms of the internal -pressure, the influence of axial load needs to be studied. Specifically, the variation of the term in brackets of Equation 3-1 as the concrete strength is varied needs to be established. The following table presents 0 this variation:
pressur e, N Nu 'c p u 1+0.002— psi psi k/in A
3,500 8.639 0. 8560 4,112 49.6 9.145 0.8476
-'3.6 4,890 9. 780 0.8370
4,956 53.8 , 9.809 0.8365 6,169 59.0 10.632 0. 8230
The limiting internal pressure pc as per the Code is calculated using Equation 3-1 for values of concrete ultimate strength of the specified minimun (3,500 psi), the lowest measured value (4,112 psi), the mean strength in the structure (4,890 psi), the mean recorded strength in cylinder tests (4,956 psi) and the highest recorded strength in cylinder tests (6,169 psi). The value of Nu includes the effect of dead load
12 I
0 and internal pressure. It can be observed that the term in the brackets in Equation 3-1 signifying the, effect of axial load is relatively constant for a wide range of variation in Therefore, this term is f'.c treated as a constant in evaluating the variability of shear strength.
Equation 3-1 expresses the strength of the cross-section to resist inclined cracking. This strength is a function of the ultimate tensile strength of concrete and the geometric dimensions (bw and d) of the section. In order to develop the fragility curves, we need to estimate the median value and the variability of shear strength of the base mat. The shear strength is model ed 's:
N V 2 D +0.002 — /f b dB A ] cstrR w
where B is a bias term reflecting the ~atio of the measured to the Predicted shear strength and fcstrR is the actual comPressive strength of concrete. fest„R, b„, d and B are all random variables. The mean and the coefficient of vari ati on of these variables are estimated using 0 the concrete cylinder test data and on available information fabricational and prediction variability.
3.1.1 CONCRETE STRENGTH In Equation 3-2, the shearing strength is expressed in terms of the compressive strength of concrete. This is so because the compressive strength is the only measured quanti ty in the strength tests. The tensile strength of concrete is i nferred from the compressive strength . The variability in the tensile strength of concrete is approximately equal to that of the compressive strength (Mirza, et al 1979).
The compressive strength of concrete in a structure is modeled as (Mirza, et al 1979):
f = f' r r (3-3) cstrR c creal in-situ R aging
13 where — compressive r > real cylinder strength/specified strength rin i.t„- in-situ strength/real cylinder strength
— rR strength at R psi/sec/strength at 35 psi/sec
(1) r in = strength of concrete at 25 years/strength at 28 days.
The mean compressive strength of concrete in structure is
7 I0.89 D+0.08 1og Rl)I cstrR cstr35>>
Here = 0.6?5' f - 700 + 1100 fcstr355
~ mean cy1 3 nder strength at 28 days 3 n ps) . fC
e effect of aging is depicted in Figure 4 (Troxell, et al 1968) wherein the increase of concrete compressive strength is plotted against time for different curing methods. Tt is assumed that the concrete poured in the field is represented by the curve designated as "air cured, dry at test". At 28 days, the concrete has a relative strength of 50 which approaches 695 the mean estimated as asymptotically. Therefore, effect of aging, raging is 1.20. The coefficient of variation of 'also to be 0.10. ragingi is judged 'his means that the strength at 25 years will be between 1.08 to 1.32 times the 28 day strength in approximately 67 percent of cases.
An analysis of the cylinder strength data of concrete poured at Units 1 and 2 containments has yielded the following:
h
(1) A strength of concrete at 25 years was selected since this is the mean age of the concrete during the projected 40 year opezational li.fe of the plant. (5 years during construction + 20 years of operation)
14 0 Strsrtl StWlgth, A7lt OlrrtOCrKIOI Or44getottst
110 4o ofttr 3rrgrlths,4ry ot ttst I I ot ttst gg ofttr 1rrltrlth, Ort gt~4 ~~eg, ooeenously rhOrS'f Cl4 ~St Or tSt 90 Oe Otttr 3 rhOrlthSI ~ Ot ttSt
it ofttr 1 rrlorlth, trtt ot ttst
kc eurt4.4ry
rhlrrh Strttp~ Orr Olt ~ 4 Oht SOt ZO 10 0 1 2 3 4 5 6 7 6 9 0 11 '12 r~ ~ IIOrtffl4 FIGURE 4. AGING EFFECTS ON CONCRETE COMPRESSIVE ,STRENGTH (FROM TROXELL, et a1 1968) 15 P Unit 1 Unit 2 mean f,(psi) 5,017 4,956 coefficient of variation 'c 0.064 0.106 using the statistics of Unit 2 strength data, fcstr35 is calculated to be 3,973 psi. The rate of loading of interest in the static overpressurization is estimated to be 80 psi/sec. Substituting these values in Equation 3-4, we obtain 4,890 psi. The coefficient of variation of compressive strength of concrete in the structure is approximated as: 2 6 = 6 + + $ + cstrR creal in-situ R aging The coefficient of variation of the effect of speed of 1'oading on the strength of concrete is considered negligible. The strength of concrete measured by control cylinders includes variations in the "real" concrete strength and the so-called in-test variations due to testing procedure. "Thus' creal s in-test fc The coefficient of variation of the ratio of in-situ strength to real cylinder strength is obtained by analyzing the core strength data. Based on Oavis'1976) data, Mirza, et al (1979) estimate the values of An situ and ~in test to be 0.10 and 0.04, respectively. 16 ? Substituting~ ~ these values in~ Equation~ 3-6, the coefficient~ of variation~ ~ ~ ~ ~ compressive strength in the structure, 6 t R, is obtained as 0.17.~ If ~ ~ ~ e cylinder strength data from Unit 1 is used, the value of 8 would cstrR'e 0.15. Since this~ difference~ is not significant, the higher value of 0.17 is used for both units. 3.1-2 YARIABILITYDUE TO FABRICATION The shearing strength of base mat is a function of the geometric dimensions of the section. Specifically, it is influenced by the variability af the effective depth. Mirza and MacGregor (1979 a) have analyzed the available data on the actual dimensions and placement, of rebars in beams and have concluded. that the mean dimensions are approximately equal to the nominal values and the coefficient of variation of dimensions is about 0.01. 3.1.3 TEST TO PREDICTION BIAS The inclined cracking Equation 3-1 to predict the shear capacity of the section is only an approximation to the actual capacity based on experimental observation and is meant to represent a lower bound of the observed data. The bias term is intended to correct the prediction for the purposes of evaluating fragility. The parameters of the bias-term 8 are estimated by studying e ratio of actual shear strength of beams measured in tests to the predicted strength. Because the tests were conducted under laboratory conditions, the variability in 8 may be interpreted as that which would exist when all pazameters in the prediction Equation 3-1 are given. Analysis of shear test data has been carried out by the ACI-ASCE Doint Committee 326 (1962), Kennedy (1967), and Ellingwood (1978). Based on the analysis of test data on beams without web reinforcement, Ellingwood (1978) has reported that = B =. 1.105 AND 8B 0.105. 3.1.4 PRESSURE CAPACITY The mean shear strength of base mat is calculated using Equation 3-2 as ~ 14.76 Kips/in with f = 4,890 psi and 8 = 1.105.~ ~ The mean internal t R ~ ssure, p, corresponding to this shear stress is calculated 17 -using the linear elastic analysis of Phase I study (SPA 1980) as 59.0 psi. The coefficient of variation of pressure capacity, 6 is calculated as 2 +2+2 0.20 8 = JEn(6 +1 ) = 0:20 p The median pressure capacity, p, is calculated from the relationahip 1 2 p = p exp t'-- g ] = 5l.8 psi. 2 p The total vari ability, 8 , is split into the contributions from randcmness and uncertainty as 0.14 and = 0.14. e R 8U I In smeary, the medi an ultimate pressure capacity against bending-shear failure of the base mat is 57.8 psi; the logarithmic standard deviations of capacity reflecting the inherent randomness and uncertainty are both estimated to be equal to 0.14. Using these statistics of ultimate pressure capacity and Equations 2-2 and 2-8, the fragilities at various internal pressures are developed as shown in Table 1. 3.2 bENBRANE HOOP TENSION FAILURE GF CONCRETE CYLINOER The pressure capacity, p, to resist failure of concrete cylinder under membrane hoop tension is expressed as: 2 (3-8) 0 s y rebar s y liner plate 18 0 TASLE 1 FRAGILITY VALUES FOR 8ENDING SHEAR FAILURE OF SASE MAT Randomness Uncertainty Pressure ~an(p/ ) ul p~ psi S Pf Pf 30 -4.68 -10-'3.04 0.001 35 -3.58 -10 -1.94 0.026 40 -2.63 0.005 -0.99 0.161 45 -1. 79 0.037 -0.15 0;440 50 -1.03 0.152 +0.61 0.730 -0.35 0.363 +1.29 0.901 60 +0.27 0.606 +1.91 0.972 +0.84 0.800 +2.48 0.993 70 +1.37 0. 915 +3.01 0.999 75 +1.86 0. 969 .80 +2 ~ 32 0.990 Note: Entries in Column 3 are calculated using Equation 2-2; u'n Column 4 is calculated as (P/) - HUC' ) ul for n ~ 0.05 and pf, y(u') 19 r where 0 = mean diameter of wall (1380 in) ~ As = area of steel (rebar or liner plate) yield strength of steel (rebar or liner plate) B ~ bias term representing the ratio of the measured to the predicted capacity Area of steel, yield strength of steel and the equation bias B are treated, as random variables for calculating the fragility of the containment under hoop tension failure mode. The available reinforcement for withstanding hoop tension is: 1. 2 layers of f18 bar hoop reinforcement at 18" c/c = 5.33 in /ft of wall. 2. 2 layers of Ill bar diagonal reinforcement at 36" c/c considering only those bars acting in tension 1.47 in /ft of wall. 3. 3/8" liner plate = 4.50 in /ft of wall. Analysis of yield and ultimate tensile strength data of rebars and liner plate gathered from manufacturer's mill certificates has yielded the results shown in Table 2. The variability due to the uncertainty in -- median value of yield and.ultimate tensile strengths is estimated as BU = 0 10 HU reflects the fact that the data from different heats'is not mixed in the proportions in which the rebars are used in the containment, rate of loading under internal pressure is different from the ASTM specified rate at which the mill coupons are tested, and that the strength varies spatially in the liner plate and from rebar to rebar within a heat. 20 Area of steel (rebar or liner plate). is also subject to variations because of the rolling process. Mirza and MacGregor (1980 b) have analyzed available data on the ratio of measured area to the nominal 'rea of rebars and have concluded that the mean of this ratio is 0.99 and the coefficient of variation is 0.02. For this small coefficient variation, the median of the ratio can be taken as 0.99. Since the data analyzed by Mirza and MacGregor (1980 b) pertained to small size rebars, the deviation from the nominal. sizes will have a more pronounced effect than in the case of large diameter bars. The use of this coefficient of variation is conservative. Also, similar data on the variation of plate thickness is not available. It is assumed that the actual medi an plate area is 0. 99 times the nominal value and the coefficient of variation is 0.02. All variability is. assigned to the inherent randomness, i .e., = SR 0.02 and HU 0. Test data on hoop failure of reinforced concrete cylinders do not exist so that the bias .term reflecting the variability in the prediction formula can be directly evaluated. Hoop failure does not occur if the rebars and liner plate have just reached their yield stress level. It is also not realistic to assume that failure does not occur till the rebar and liner plate reach their ultimate tensile stresses. Excessive concrete cracking and liner weld failures (through potential defects) may limit the capacity to a value lower. than if the ultimate . tensile strength of steel is attained. The median pressure capacity corresponding to yielding of.-steel is calculated as 66.2 psi; for ultimate tensile failure of steel, the median capacity is calculated as 101.7 psi. The actual median pressure capacity is estimated as the V average of the above two values, i.e., 84 psi; therefore, B = 1.27. The variability in the prediction formula is assumed to be totally due to our lack of knowledge of the failure mode, i.e., SR = O. Taking the capacity at steel yielding to be two standard deviations below the median = value. the value of SU is calculated as (84-66.2)/84 x 2 O.ll. 21 Using Equation 3-8, the logarithmic standard deviation in'ressure capacity due to inherent randomness is calculated as BR = 0.03. The uncertainty in the median capacity is given by = = BU 0.10 +0.11 0.15 In swmary, the median pressure capacity against membrane hoop tension failure of concrete cylinder is 84 psi; the logarithmic standard deviations of capacity reflecting the inherent randomness and uncertainty are, respectively, 0.03 and 0.15. Using this information, the values of pf and pf're calculated as functions of internal pressure and are included in Table 3. TABLE 2 REBAR ANO LINER PLATE STRENGTH OATA 0 Yield Strength Ultimate Tensile Strength Item Median Median psi psi BR 818 Rebar 48,497 0.05 82,197 0.05 811 Rebar 50,106 0.03 83,332 0 F 04 Liner Plate 48,120 0.035 64,460 0.04 3.3 BENOING FAILURE QF E IPblENT HATCH ENO PLATE The equipment hatch cover (Figure 5) is in the form of a flat plate; therefore, pressure induced loading must be carried by bending rather than by membrane action. The hatch cover has a bolted splice in the region of high bending moment. The personnel hatch is located unsymnetrically within the equipment hatch. Because of these reasons, 22 5~3/CP ~ y'P $4 P//PEALS OA',,/Zd".4R C . FIGURE 5. GENERAL ARRANGEMENT OF THE E(UIPMENT HATCH CLOSURE PLATE r a detailed finite element analysis was performed in the first phase of this project (SMA-1981) to calculate the pressure capacity at first yielding of the plate. 'The approach taken herein is to estimate the ultimate pressure capacity of the equipment hatch end plate based on the i ne1 asti c beh avi or of the end pl ate. The ultimate pressure capacity p of the end plate can be expressed as = p g(f ) F 8 where g (fy) is the relationship between the pressure capacity and yield strength, of the plate material. This is the equation used to predict the capacity given the dimensions and boundary conditions of the plate. F is a random variable reflecting the variability in the thickness of the plate and area of bolts or weld. 8 is a bias term reflecting the variability of the ratio of the actual capacity to the predicted capacity. 3.3.1 MEDIAN PRESSURE CAPACITY The medi an pressure capacity p is = p g(f ) F B. (,3-10) If the plate is assumed to be uniformly 4 in. thick (i.e., ignoring the bolted splice and the personnel hatch) and to be simply supported, the median pressure capacity against plastic bending with the formation of a plastic hinge at the center is calculated as follows (Roark, 1965): 7 1 v 2 moment = — D (3+v) (3-11) Maximum 64 p 24 r t2 Plastic Moment capacity = (3-l2) 4 y of the section Equating the two, V V 16t f P (3-l3) O (3+>) where t = thickness of the plate (4 in.), 0 = diameter of the plate ('238 V in.), v = Poisson's ratio for steel (0.3) and f = median yield strength of plate material. Analysis of mill 'test data has resulted in V ~ - V = ~ fy 47,689 psi; therefore, p = 65.3 psi. The exact boundary condition around the plate edge is not known. If the plate is assumed clamped, the median pressure capacity would be as high as 107.7 psi. However, the splice is assessed as unable to transfer moments induced by pressures larger than 88.6 psi. Therefore, the bias term B ranges from 1.00 to 88.6/65.3 = 1.37 purely based on the uncertainty in the boundary conditions. The median value of V bias, B, is estimated to be 1.20. Tge median pressure capacity to withstand plastic bending. failure of the equipment hatch end plate is estimated as 1.20 x 65.3 78.4 psi. k 3.3.2 VARIABILITYOF PRESSURE CAPACITY Analysis of mill test data on SA516 plate material has shown that the coefficient of variation of yield strength is 0.044. = Therefore, BR 0.044. The uncertainty in the yield strength is estimated to be g = 0.10. The total variability in the thickness of plate measured by the coefficient of variation is estimated to be 0.05; it is split into g 0.03 d 8„ = 0.03. 25 l 0 The variability in the bias term B is attributed totally to the lack of knowledge in the boundary conditions and the modeling errors (i.e., assumption of uniform thickness in place of the unsymmetric configuration of Figure 5). SU is estimated by assuming the pressure capacity corresponding to simply supported condition, i.e., 65.3 psi is two standard deviations below the median pressure capacity of 78.4 psi. - Therefore gU 0.08. Mith these values, the logarithmic standard deviations of pressure capacity are obtained as: — BR 0.05 SU = 0.13. 3-3.3 FRAGILITY OF E(UIPNENT HATCH COVER The median pressure capacity of equipment hatch cover against bending failure is estimated as 78.4 psi; the values of 8R and BU are, respectively, 0.05 and 0.13. Using this information, the values of pf and -pf're calculated as functions of internal pressure and are included in Table 3. 3.4 BENOING FAILNE OF PERSONNEL HATCH COVER PLATE The personnel hatch cover plate is stiffened as shown in Figure 6 and has an access door which transmits the pressure load onto the hatch cover plate as a reaction line load at the support. In the first phase of this project (SN-1981), a detailed finite element analysis of the hatch cover plate was performed assuming that the plate was simply 'supported at its connection to the personnel hatch barrel. It was shown that the plate material reaches its median yield strength of 50.4 ksi at a cross-section for an internal pressure of 44.5 psi. The approach taken herein is to estimate the ultimate pressure capacity of the personnel hatch cover based on inelastic behavior. 26 r CALCULATION OF COMPOSITE FRAGILITIES Randomness, pf Uncertainty, p' Total Total P~ Mode l P~ 30 0.00001 0.00001 0.001 0.001 35 0.00010 0 0.0001 0.026 ~ -0 0.026 40 0.005 0.0050 0. 161 0.161 0.037 0.037 0.440 0.440 50 0.152 0.152 0.730 0.730 55 0.363 0.363 0.901 0.138 0.915 60 0.606 0.606 0.972 0.001 0.695 0.0139 0.992 65 0.800 0.00014 0.800 0.993 0.363 0.977 0.5319 0.999 70 0.915 ,0 0.01180 0.922 0.999 0.983 0.993 0.9861 75 0.969 0.00014 0.1867 0.0276 0.975 0.999 0.9999 80 0.990 0.0515 0.6554 0.4721 «7 85 0.6517 0.9474 0.9515 90 0.9893 0.9963 0.9992 95 0.99998 0.9999 \ I 0'/4" ')fpTH! 3" DEPTH (TVP) i'/z" 9'/s" DE,PTH 7''Ri PEt'TR Pasrrc FIGURE 6. GENERAL ARRANGEMENT OF THE PERSONNEL HATCH CLOSURE PLATE 28 f I l The ultimate pressure capacity p of the cover plate can be expressed as: p = g(f ) F e where 9(f ) is the relationship between the pressure capacity and yield strength of the plate material. This is the equation used to predict the capacity given the dimensions and boundary conditions of the plate. F is a random variable reflecting the variability in the thickness of the plate and stiffening elements. B is a bias term reflecting the variability of the ratio of the actual capacity,to the predicted capacity. 1 3.4.1 NEOIAN PRESSURE CAPACITY The medi an pressure capacity p is p = g(f ) F 8 The median pressure capacity based on the plastic moment capacity of the stiffener A is estimated .to be 1.5 times the elastic pressure capacity, i.e., 1.5 x 44.5 = 66.8 psi. The shape factor,for the stiffener is taken as 1.5. It could be higher if an effective T-section is used for computing the plastic section modulus. The plate section between the -stiffener and the edge - Section AA - has a much higher capacity, equal. to 112 psi. - The access door has a 0.5 in. steel plate stiffened by 3 in. x 1-1/4 in. plates at 15 in. centers. The pressure capacity based on the plastic moment capacity of the access door stiffener is calculated as . 102.8 psi. The bias term reflecting the uncertainty in the boundary i conditions and the imperfect modeling of the structure is estimated to V have a median value, 8, of 1.2. 29 The median pressure capacity to withstand the plastic bending failure of the stiffener A in the cover plate is estimated as 1.2 x 66.8 = 80.2 psi . 3.4.2 VARIABILITYOF PRESSURE CAPACITY Analysis of mill test data on SA516 plate material used insert plates has shown that the coefficient of variationas'quipment-hatch of yield strength is 0.02. This low .value of'the coefficient of variation is due to the fact that all steel for these plates came from the same heat. Therefore, the value BR is taken to be 0.02. The uncertainty in the yield strength is judged to be BU = 0.10. The values of logarithmic standard deviations of F, BR and BU corresponding to the variability of plate thickness are estimated to be 0.03 each. The variability in the bias term 8 is attributed totally to the lack of knowledge in the boundary conditions and to the modeling . errors ~ BU is estimated by assuming the low value of pressure median capacity, i.e., 66.8 psi is 2 standard deviations below the pressure capaci ty. Therefore, BU equals 0.08. Mith these values, the logarithmic standard deviations of pressure capacity are obtained as = BR 0 035 0 = B U 0.130 3.4.3 FRAGILITY OF PERSONNEL HATCH COVER The median pressure capacity of personnel hatch cover against bending failure is estimated as 80.2 psi; the values of BR and BU are, respectively, 0.035 and 0.13. Using this information, the values of pf and pf're calculated as functions of internal pressure and are included in Table 3. 30 t, 4.0 COMPOSITE FRAGILITY CURVES The major failure modes under which the containment may fail have been studied in Section 3.0. For each failure mode, the fragilities Pf and pf'ave been estimated. The containment could fail if any one of the failure modes occurs at a specified internal pressure. The probability that at least one of the failure modes occurs is given by Equation 2-9. This is called the composite fragility. Table 3 shows the composite fragilities at two levels - best estimate and 95~~ confidence value. It can be seen that the shear failure of base mat has a significant contribution to the fragilities at internal pressures below 60 psi. Theref'ore, the assumption of independence between failure modes (Equation 2-9) is not severe. Figure 1 shows the composite fragility curves. The median ultimate pressure capacity has a best estimate value of 57.8 psi. The pressure capacity that is exceeded with 95 percent frequency considering only the inherent randomness about the median is 46.0 psi. The pressure capacity that is exceeded with 95 percent frequency at 95 percent confidence considering both the inherent randomness about the median and the uncertainty in the median itself is 36 psi. I 5.0 DISCUSSION AND CONCLUS IONS This study has shown that the containment can withstand static internal pressures at least three times larger than the design pressure of 12 psi. The median pressure capacity is 4.8 times'arger than the design pressure . The following points should be considered in revi ewi ng the results of this study: 1. Data does not exist of tests on either actual or scale-model reinforced concrete containments subjected to static internal'ressure upto ultimate failure or significant leakage. Recently, some tests pre-stressed concrete containments have been performed on'cale-model (Rizkalla, et al, 1979; Donten, et al, 1979) . These tests have shown that a large safety factor (of the order of 3.0) exists over the design pressure. At the ultimate failure mode, the behavior of a reinforced concrete containment is expected to be similar to that of a prestressed concrete containment. 2. A nonlinear analysis of the equipment hatch cover plate using a finite element model was performed; the deformation of the plate was found to be within acceptable limits for internal pressures upto 70 psi. 3. A review of detailed analyses of containment buildings subjected to static internal pressure at Sequoyah, McGuire, Indian Point and Zion indicates that the ratio of lower bound pressure capacity to design pressure ranges from 2.5 to 3.3. The safety factor of 3.0 at 95K reliability and 95K confidence calculated in this study falls within this range. 4. If the two types of variability, i.e., inherent randomness and uncertainty, are combined, the "best estimate" of pressure capacity that is exceeded with 95 percent frequency is calculated as 41.6 psi . 32 5. The methodology followed in this study permits a rational use of measured material strength data coupled with judgment on the variability of procedures for predicting the capacity of the structure. In conclusion, the median static pressure capacity of the containment is 4.8 times the design pressure; the five percentile value of the capacity at 95K confidence is 3.0 times the design pressure. This phase of the study confirms the finding of the first phase that the O.C. Cook containments have a substantial safety margin beyond the design pressure. 33 g l, )1 I l J REFERENCES ACI-ASCE Joint Committee 326 (1962), " Shear and Diagonal Tension", Journal of the American Concrete Institute, Vol 59, January - March 1962 ACI-ASCE Joint Task Committee on Shear and Diagonal Tension (1973), "The Shear Strength of Reinforced Concrete Members", Journal of the Structural Division, ASCE, Vol 99, No ST6, June 1973 pp 109 - 8 Davis, S.G. (1976), "Further Investigations into the Strength of Concrete in Structures", Technical Re ort, Cement and Concrete Association, London, England, Aprs 9 Dorten, K., Knauff, M., Sadowski, A., and Scibac, W. (1979), "Results of S ghT 4!tl d1 fR t C i ",~PCh f Fifth Conference on Structural Mechanics in Reactor Technology, Berlin, W. Germany, Paper J4/8, 1979 Ellingwood, B.R. (1978), "Reliability Basis of Load and Resistance Factors for Reinforced Concrete Design", NBS Buildin Science Series 110, U.S. National Bureau of Standards, Washington, D.C., February 1978, p.'95 Kennedy, R.P. (1967), "A Statistical Analysis of the Shear Strength of Reinforced Concrete Beams", Technical Reoor t No. 78, Department of Civil Engineering, Stanford University, Palo Alto, CA, April 1967 Kennedy, R.P., Cornell, C.A., Campbell, R.O., Kaplan, S. and Perla, H.F. (1980), "Probabilistic Seismic Safety Study of an Existing Nuclear Power Plant", Nuclear Enaineerin and Desi n; Vol. 59, No. 2, August 1980, pp 315-338 Mirza, S.A., and MacGregor, J.G. (1979 a) "Variations in Dimensions of Reinforced Concrete Members", Journal of the Structural Division, ASCE, Vol 105, No. ST4, April 1979, pp 5 - 66 Mirza, S.A., and MacGregor, J.G. (1979 b), "Variability of Mechanical Properties of Reinforcing Bars", Journal of the Structural Division, ASCE, Vol 105, No. ST5, May 1979, pp 92 -93 34 C l. l 0 I 7 REFERENCES (Continued) Mirza, S.A., Hatzinikolas, M., and MacGregor, J.G. (1979), "Statistical Descriptions of Strength of Concrete", Journal of the Structural Division, ASCE, Vol 105, No. ST6, June 1979, pp 02 - 0 Rizkalla, S., Sirrmonds, S.H., and MacGregor, J.G. (1979), "A Test of a Model of a Thin-Walled Prestressed Concrete Secondary Containment S ",~di fFifhC f S Reactor Technology, Paper J4/2, 8erlin, W. Germany, 1979 Roark, R.J. (1965), Formulas for Stress and Strain, McGraw-Hill 8ook Company, New York, Fourth Ed>t>on, 9 Structural Mechanics Associates, Inc. (1981), "Evaluation of D.C. Cook Containment to Determine Limiting Internal Uniform Pressure Capacity", SMA 80C129-l, Draft February 1981 t Troxell, G.E., Davis, H.E., and Kelly, J.W. (1968), Com osition and Pro erties of Concrete, McGraw-Hill Sook Company, New or, NOTATION A gross area of secti on 9 area of steel rebar or liner plate bias term repre'senting the ratio of actual capacity to the V predicted capacity; it is a random variable with median 8 and coefficient of variation 6> wi dth of beam diameter of wall or plate depth of beam factor reflecting the variability in the thickness of plate, i.e., ratio of actual thickness to the nominal plate thickness compressi ve strength of concrete measured in cylinder tests f mean compressive strength from cylinder test data; 6f = coeffici ent of variation; f '. specified compressive strength of concrete at 28 days cstrR compressive strength of concrete in the structure subjected to a rate of loading of R psi/sec., 7 trR.. mean value cstrR yield strength of steel axial load normal to the cross-section occurring simultaneously with the shear force; is negative for tension ~ ) a. NOTATION Conti nued total nmber of failure modes i = 1,...,n ultimate pressure capacity of the containment, p: median value, and Sp. logarithmic standard deviation of pressure capacity Pf'umulative failure frequency (fragility) of the containment at internal pressures below a specified value, considering the inherent randomness only, Pf cumulative failure frequency (fragility) of the containment at internal pressures below a specified value with a confidence (l-a), considering both the inherent randomness the uncertainty 'nd P(p) probability that the containment will fail at internal pressures less than p in at least one of the failure modes "aging strength of concrete at 40 years/strength at 28 days; rag,-„g. mean and ba»ng.. coefficient of variation creal real cylinder strength/specified compressive strength, c/fc; creal = coefficient of variation in-situ in-situ strength/real cylinder strength of concrete 'I ln-situ = coefficient of variation rR strength at R psi/sec/strength at 35 ps i/sec thickness of plate 37 ~I NOTATION Conti nued 1 probability of exceedance; (1-a) is the confidence logarithmic standard deviation of a random variable; gR.- due to inherent randomness, BU. due to uncertainty coefficient of variation of a random variable random variable with unit median; cR is a random variable with unit median representing the inherent randomness and c is a random vari able representing the uncertainty U standard Gaussian cumulative distribution function, i,e., probability that the random variable takes values less than or equal to u poisson's ratio of the material Attachment No. 4* to AEP:NRC:00500E Additional Information on Hydrogen t1itigation and Control Oonald C. Cook Nuclear Plant Unit Nos. 1 and 2 Revised DIS Technical Specifications Table 3. (i-lh Oistributed I nition S stem Location No. of I niters Per- Train Per Grou ' ~II ! l ~I~i! a. Phase 1 b. Phase 2 c. Phase 3 a. Phase 1 b. Phase 2 c. Pha'se 3 .5, ! ! ~ ~ ~ D. C. COOK - Unit 1- ..'ra/ ~ Tab1e 3.6-1A- Distributed .I ni tion S stem Location Ho.- of I(ni ters Per Train Per Grou l. ~Ver Yol~ume I nite~rGrou s a. Phase 1 b, Phase 2 7 c. Phase 3 2. Lower Vole~etc I niter~Grees a. Phase 1 b. Phase 2 c. Phase 3 ~ 1 ~ 0. C. COOV, - Dnit 2 ~ ee wow 4 Attachment No. 5 to AEP:NRC:00500E Donald C. Cook Nuclear Plant Unit Nos. 1 and 2 Drawin s Transmitted'to Hr. S. Niner ' 1-2-3181-3 1-2-3182-10 1-2-3183-10 1-2-3186-6 1-2-3187-12 1-2-3187A-19 1-2-3187B-14 1-2-3194-16' ~a ~ ~ Attachment: No.;.4;to AEP,:NRC:00578 Donald C. Cook Nuclear Plant Unit No. 1 Response to:NRC,'ER on 'lE Bul-l.etin -,79-01B Environmental Equipment gualification :Summary Sheets',„' I \ Ct ' IALD C. COOK tlUCLEAR PLAtlT UNIT tlO. I CKET NO. 50-315 I ICENSE ENVIRONMENT DOCUMENTATION r.i' EQUIPMEtlT DESCRIPTION REF.'UALIFICATION OUTSTAHDIIIG E I' PARAMETEA SPEC. QUAL. SPEC. QUAL. METIIOD ITEMS - SYSl EM I<7 Operating /- '7 Tlmc 7.$ -z. ~Orle~ r„'3 PLANT IO NO: g/Ig,ops Tcmperalurc esca r r.'5/7 pie '@sr' ('F) g /wa lowe J r„. ~r.c! sIi COMI'OttEIIT:c'~~r~~< Aging LOCATION:~ r cewrarMwp~r (years) FLOOD LEVEL ELEV: 6/Z iK pl.os vP Submert;ence Sohinerg e J WPr o~ ADOVE FLOOD LEVEL: 7v Les Orrp 8grl 'Documentation Aclcrences: Noles: o„yes- rip 1 o~,1o 3 la'Ll; 1'<> 8. <> rial u~~p. ~F~r kM4r X'ps-@girt 4 I oy. Sc. < Cc, LL III/o'4- I, r r. oQQQp f ~Q~ QVK,l —--—-"-350 . Pe) l 340 t TEMPERA Pgf ~ I t P)OFlL'COg I PSC TEST RP.. ~ . I t ~ t BEGINNING MAkc 978. -It t ~ ~ I ..::; ..Shi I:I ofD:.:: ~ ~ ~ I ~ ~ ~ I I ~ ~ ~ I I ~ ~ .-lt I I ~ ~ - ~ . I ~ ~ l ~ ~ I "I ~ ~ ~ I ~ ~ ~ ~ I I ~ ~ ~ ~ ~ ...U... 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I ~ ~ ~ I ~ ~ s I ~ I ~ "I' t s. ~ .I t» ~ ~ i ~ ~ ~ "~ I ~ I ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ I r ~ ~ ~ ~ ~ ~, ~ \ ~ ~ ~ ~ ~ ~ ~ ~ t ~ ~ ~ ~ I ~...t....t ~ ~ ~ 4 ~ ~ I ~, ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ :- ~ ~ ~ ~ r ~ ~ s ~ s I I I I ~ ~ ~ I ~ ~ ~ ~ t t ~ ~ ~ ~ ~ ~ ~ I ~ ~ ~ s,i ~ I ~, ~ I ::.,n . ~ ..: I ~ r s I: ~ .+ - ~ ~ ~ ~ ~ ~ I ~ ELIttr'PS EB. NE TIVE. II I ' 0 t i ''.I ~ ~ I n I1'41 it 0 I ~ ~ I ., TEfvlPER 'E'II ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 4 I I OiILt ~ ~ - ~ ~ ~ I I ~ I EPSOM. TEST GONAXC P.P. I ~ ~ I I I ~ ~ 4 ~ ~ ( I .I I ~ I EECtt NIAG QARCP 3I, ~ ~ I ~ ~ ~ ' 'I 4 ~ .I ~ ';.' 'Shi: l'3 of P.' 4 ~ ~ I ~ ~ I ~ I - ~ ..l ~ ~ 0 ~ I ~ ~ 0 e ~ I ~ I ~ ~ I ~ I ~ ~ I- I 4 ~ ~ Od ~ I ~ LU ~ ~ ~ ~ I ~ ' 0 I 0 I I I ~ ~ ~ ~ ~ ~ I ~ ~ ~ ~ I~ 1000 ~ ~ ~ ~ ~ ~ ~ ~ ~ 0 ~ 0 ~ 440 ~ 04 ~ 00 ~ ~ 0 e. ~ 0 4 I . I I ~ ~ , ~ ~ ~ ~ I ~ I 4 0 I ~ ~ ~ ~ ~ ~ ~ 0 I * ~ ~ ~ ~ I ~ ~ . ~ '. I ~ 0 :::: I . ~ ~ I 0 I * ~ ~ a W I 90 1 GO BIO 120 140 ... 1 g) ': '. 160 170 'LAPSED' H'~ ! EST TIME, t,C3- f! ALD C. COOK NUCLEAR 1 ~ PLAHT UtlIT NO. I KET 50-3I5 ~ tlO. LICEtlSE HO. I g ~ EtlVIROHMEHT DOCUhiENTATION Et)UIPhtENT DESCRIPTION REF.~ QUALIFICATIOH OUTST/LNDING PARAtltETER SPEC. gUAL SPEC. EQUAL. METIIOD ITEhtS r r.c'-.ll c / SYSTEM: da~ro~s Operating vt, Time / Ply'; S L. ~0M P- iiV6 =.I v6, PLANT ID NO: ~ARionD Temperature r-s'il ~.~ V6. > 'i (oF) /P Z3c. 'C COfdPOHEHT: Po~er Cigaret c ILI Ir L 'tj6 Pressure @ST> (PSIA) lr)pp~ r L . MANUFACTURER: pohc.o~v p ~o-.z 7 l(9.1 0 -~ Relative htODEl tlUMBER:~+i~ an.o Ilumidity (y) f/oAIQ FUtlCTION: Cher'oog 6 Chemical 3.ocr asap lyg~$ % boy'~ P A ACCURACY: SPEC: 44 Spray 5 aa .S DEMON: r0A Radiallon y.g 6 (100 rads) Z.OO w Ie. S, ~o~~- SERVICE: /. og. Aging lOCATION: (years) orv C,m4r iu~ea4 FLOOD LEVEL ELEV: „gg Submergence ABOVE FLOOD LEVEL: ~ /V$ 'Documentation Reterences: f. CERC Pe57 R~puI-~ F< 37''1 /; V ,I);pcpgc, ~peg cpccculi c+ QP) 2 ~ b c p 6)po- ( page dC'9-/ e S Qualified oy ~ankl~m ~mstitute Research Laboratory (FZPL) Test Report ~~-C3341, Jar ~ 1973. g ~2: S't', d''team chemical spray Test Profile: .yl Ymads/hr, 200 kfrads 340 Chemical Sp ay: Solution of boric acid 'nd Va OH , PH = 9,5 LD C. COOK tlUCLEAR PLANT UNIT t(0. 1 KET HO. 50-315 DOCUMENTATION ENVIRONMENT 'I 1 ~ gX EQUIP MENT DESCRIPTIOH REF QUALIFICATIOH OUTSTANDING ~ I PARAhlETER SPEC. QUAL. SPEC. METHOD ITEhlS QUAL. -'. ~ s. U6 SYSTEhl: I/gummous Oper aling Time Wo~W y LS I PLANT ID HO: OATS~/oa> Temperature Wig -Z.- ( F) 0zz.t-lI COhlPONEHT., «~cow ~wSa Pressure (PSIA) Y MANUFACTURER: Relative hlODEL NUMBER:r~~~~ wrier llumidlly (%) goo god FUNCTION: rH~~,pys Chemical d Od Dppr~ gy 0 0/par, ./I'm%;8„-n.r'c. I V3A'k8cr, ACCURACY: SPEC: .~rl Spray "-"~ ""b iaaf II ~pro DEMON: ~g Radlalton ', )IIO-L SERVICE: V~~r~~s (106 rads) Z8 $/iP, iSo rip I Aging LOCATIOH: >~ (years) dc~ razMrrdwY FLOOD LEVEL ELEV: Z. Hoor.oP Submergence Uortfi( ABOVE FLOOD LEVEL go gvL~eqe JL fi)> 'Documentalton References: Notes: 8. <>~~a warp. ~zsr M'o~r res-gvd ((. F~coO~F'o ~r'- goo j ~acke+ page dd ~-j —.--350. a . I I ~ ~ ~ ' I I 'EMPERA U)E ~ ~ ~ ~ ~ . ~ 340 / I ~ I ~ > ~ OFIL'Ace ~PS'TEST TCOH I I ~ I I ~ ~ I BEGINNING 8, 7S '"'I I I ~ ~ ~ I ~ ~ I I I I I ~ ~ ~ *» - ~ She I:1 oF B. ~ I >00 I ~ ~ ~ ~ g ~ ~ I ~ ~ I ~ ~ I ~ ~ ~ ~ I I ~ I ~ I I.- ~ I I I ~ I ..I.. -I ~, ~ I- . I. ~ ~ ' ~ ~ I ~ ' ~ ' ' ~ ~ ' ! I ~ ~ ~ ~ ~ ~ I I ~ ~ - -.-U.-250 ~ 0 G Z I Z ~ I p ~ ~ ~ ~ ~ ~ ~ * ~ I' 3 . 4.- S 'II 30 I I I I lib I :ELAPSED IME', HRS.: ~ I ~ 0 ~ l ~ ... I .. I I I -' I ~ ~ ~ ~ ~ / ~ ~ ~ ~ ~ ~ I f. ~ Ill: j I I I ~, a t ' ~ ~ ~ ! l)MPE JIIIPE ~ ~ \ ~ a e ~ ~ ~ ~ ~ ~ ~ I ~ a AEPSQ F C8 AX ORP;. I ~ ~ ~ I ~ ~ a ~ ~ ~ I ~ ~ l IN:MR H. ~ 8 V ~ I- ~ -(.I ~ + ~ ~ a ~ ~ ~ I ~ I ~ a ~ a* ~ ~ ~ I ~ ~ ~ 1 ~ ~ ::Sh R2if 3:.: ~ "~ ~ ~ "~ ~ 'I ~ o t a l ~ I ~ ~ ~ ~ = ~ ~ I ~ ~ ~ ~ ~ ~ e« ~ ~ I $ f r ~ -.. a-I i. ~ } Il) . I I'I a ~ ~ i~ r. ~ + ~ ~ ~ ~ -I-I~ ~ ~ a ~ ~ ~ ~ ~ ~ -I I < I-'I- ~ I ~;. I'I- I ~ ~ a.| .I I V ~ I a ~ e-e-I- ~ ~ ~ ~ ~ r ~ ~ ~ ~ ~ e ~ . ~ - ~ ~ ~ I I ~ I ~ ~ ~ ~ I ~ ~ I i e ~ - ~ ~ ' ~ ~ . ~ ~ ~ ~ ~ e ~ ~ ~ ~ a ~ e ~ ~ ~ I ~ ~ ~ ~ ~ ~ ~ ~ ~ I ~ ~ ~- ~ ~ ~ ~ ~ - - ~ ~ a ~ ~ I I ~ ~ ~ ~- -'tI ~ ' a ~ ~ ~ . I ~ ~ a ~ ~ e 200 ~ ~ a I. I ~ ~ ~ I t ~ ~ ~ ~ =I ~ ~ I I ,....A ~ ~ e ~ ~ ce ')D ::I;:::7D 90 0 ~ I ECE TIAhEi H S. ~ C85=~ l I" I a ~ I ~ ~ ~ a I I I ( . r ~ I I I; I I ~ I TE PER URE P OFIL' ~ ~ ~ a ~ ~ I ~ a a ~ I ~ I ~ EPSC: TEST CONAN C I ~ ~ ~ ~ I I I I 1ECII NIACWAMc 31, ~ I . ~ ~ ~ I I ~ I ~ a I I ' \" I ~ ~ ~ I ;She t3ofg: ~ ~ ~ ~ ~ I ~ ~ I I. ~ ~ I ~ I ~ I ~ ~ r ~ a ~ ~ I ~ o—300. OC D ~ ~ ~ ~ I ~ ~ ~ I ~ ~ ~ ~ ~ ~ 8 ~ ~ ~ ~ ~ ~ a/ ~ ~ ~ ~ ~ ~ ~ ~ aa ~ ~ a ~ ~ ~ ~ IO ~ ~ aiba ~ ~ ~ ~ I a I ~ ~ I I ~ ~ I ~ I ~ I ~ — ~ I ~ ~ I ~ ~ ~ -I ~ ~ ~ ' ' 1~9 90 1 GO ))0 120.,.. 1R) 140 I I cc S= ~ H" ~ ~ I a ELAPSED THT TIME, . p~p g! I I T LD C. COOK NUCLEAR PLANT UNIT tiO. l ET HO. 50-315 LICEt SE HO l I. ENVIROHtdENT DOCUMEtlTATION EQUIPMEHT DESCRIPTIOtl QUALIFICATIOtl OUT ST A tl D ItlG REF.'UAL. i PARAMETER SPEC. QUAL. METIIOD ITEMS YSTEhl: Q~~ „'v~ Operating ~t Cf Time gqj;rs I //~fr~ gi/our j ii r sir J PLAtlT ID HO: Vw.grows Temperalure f~w ( F) paar / COMPOtIENT:zo~rzcz ~~6~ Frd .8 Pressure (PSIA) Y > MANUFACTURER:d~ Pi / rzl ~re ~ggd W/C Relative MOD EL NUMBER: ~~ ~ a'z2l llumldlly (%) yOO /PO FUNCTION: v~~.o~~ y. 5. Chemical EOc7 cayiii ~ A-OOPP~ //r/~r 0o A<>c, /iif3~4'lo&~ic, 3/4 l ACCURACY: SPEC:ivy Spray Pciu +g.iD SecP I'lr .II pp r I+ 5/g.s. 4 DEMOti: ~~ Radiation )r/it~r (106 rads) SERVICE'~ cggpvr ,zp rSo t)oL I Aging . 4'~ LOCATION:~m «zvr (years) cc ar~raw~wr FLOOD LEVEL ELEV: 4/Z- yLOO DUO Submergence ADOVE FLOOD LEVEL: 1 oPas 'Documentation References: Noles: 8. <> ~ ~ ~ ~ ~ I * I ~ f ~ ~ i UJ ~ I ~ ~ ~ ~ ~ t I ~ ~ ~ ~ ~ 0 I - I ~ r ~ I ~ ~ 1 ~ ~ a- ~ I t ~ " ~ ' ~ I ~ ~ ~ ~ ~ ~ i ~ ~...,U... 'lRQ I 't 0 0z: z * 0 r ' W CO ~ ~ I ———-- I ~ I I lo I A I Vl ~ I 'I t ELAPSED IME, HRS.: (~~ (C ~ ~ ~ ~ j ~ ~ I ~ ~ I ~ ~ ~ ~ ~ ~ I ~ ~ I ~ t ~ ~ ~ ~ ~ t I ~ ~ ~ ~ ~ ~ ~ I I - I ~ t ~ ' I 4 ~ TMPE I ~ 4 « I ~ I ~ ; PADRE ~ ~ ~ ~ ~ I 'T ~ I ~ AEi'5Q TEST AX ORP.-.. ~ ~ ~ ~ ~ ~ GIN I ''3 7 78. ~ 4 ~ ~ s I'-t..s I ~ j ~ ~ ~ I ~ 4 ~ I j 4 g'"\ I ':: ~ 4 ~ I $h f Kcif ~ ~ ~ ~ ~ ~ i-t-j i ~ -t ~ I& ~ ~ ~ 4 I-t-i ~- ~ - ~ ~ I i I ~ ~ ~ I ~ ~ =I ~ I ~ I I ~ t 11f ~ ~ ~,. i ~, ~ . ~ ~ ~ i - « ,. ~ ~ ~ -I I i ~ ~ ~ I ~ ~ ~ ~ ~ ~ ~ ~ 4, I I I ~ ~ ' ' ~ .i-"; i ~ ~ i ~ I ~ ~ ~ ~ ~ . ~ ~ I -f .i-t ~ ~ ~ f ~ ~ * 4 ~ i s.'' '' ~ ~ 4- -I. ~ ~ ~ ~ ~ i ~ ~ ~ ~ . i ~ 4 ~ « t q ss ~ rs ~ ~ ~ ~ ~ 4 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ I ~ ~ 4 I I ~ ~ ~ I ~ ~ ~ ~ ~ ~ 4 ~ ~ ~ ' ~ 4 ~ I ~ I 4 ~ ~ ~ ~ ~ ~ ~ ~ ~ I ~ «ss 4 ::fo S 4 '0 I ~ ~ EWPSEB ttttE Tl E .H S.I .. i ~ I ~ ~ ~ ~ i i ~ t I i ~ ~ ~ I ':.:.'l ~ TEtvlPER RE OFIL ~ ~ ~ l PI li i ~ ~ l I ~ ~ EPSOM iTEST TCONAXC RP. ~ I i ~ ~ ~ ~ ~ ~, j ~ ~ r l ~ ljYajhlAINC 31,. I .".. I ~ ~ a IIMlcrj ~ ~ l ~ ~ I i I ~ I l I ;Shi t3oFP: ~ ~ ~ ~ ~ I ~ I I ~ ~ ~ I~ - ~ ~ I ~ ~ ~ ~ ~ I ~ ~ ~ lI I ~ \ I ~ \ ~ ~ ~ ~ ~ ~ ~' ~ ~ ~ ~ Cisa ~ ~ ~ ~ ~ ~ ~ ~ i ~ ~ er ~ ~ 4 ~ llei ~ e ~ ~ ~ ~ I ~ ~ l ~ ~ l ~ ~ ~ I I I l ~ j I ' lGO 120 1Ã) 140 160 % 17!) 'i0 l 1@, ELA,PSED fEST Tlh'E, H" -; (c(g d't 0 LD C COOK NUCLEAR PLANT UNIT NO I KET NO 50-315 LICENSE NO ENVIROHMENT DOCUMENTATION EQUIPblENT DESCRIPTION REF.'UALIFICATIOtl OUTSTANDING PARAMETER SPEC. QUAt SPEC. QUAL. METIIOD ITEMS f4 YSTEM: pa~/ops Operating I r p- 2. '7 Time gg'4Od/S l/6,+ps /'r,/'-L 57 /VS ID q~ .g PLAtIT 'emperature tIO: u>x/om ..". ~)'V4» ('F) P.f-/ L yg / qg - q. -'V4 COMPONENT:ccwmoz ewH~+ g /..~j> V4 Pressure (PSIA) Won~ f+Jf v6 vo MANUFACTURER:co~ Aging LOCATION:~~ v R'v/ (years) confr>/~we ++ FLOOD LEVEL ELEV: glZ Wc ~ovP Submergence sv4 e~g e ABOVE FLOOD LEVEL. / o ruJ ~S g I PpRzRgi3RrioA 4on~ 'Documentation References: Notes: c/~ V(vr.-tt)2t «1,'~~, r~~. r~"I, I "+> ~ c A — o Page dtr 7-/ (--- - —350 ~ I I I ~ I ~ I ~ ~ ~ ~ I ' ~ ~ ' "- I .TEMFERA URR OFIL I . ~ .340 I. I ~ P ~ I I I ~ I PSC TEST TOOLAXC RF; ~ ~ I I I BKCTNNING MAKE J I I ~ I ~ ~ ~ ~ ~ ~ ~ I ~ ~ I ~ ~ I ~ I She t 1 of 8.: ~ w ~ ~ I ~ ~ ~ ~ „~ UJ OC ~ ~ I ~ 'I ~ ~ I ~ ~ ~ ~ ~ ~ ~ I ~ ~ ~ ~ I ~ 1 ~ I QJ ~ I ~ ~ I 6C'J I I ~ ~ ~ t ~ ' ' I ' ~ ~ ~ ~ '. ~ ~ ~ "—-U.: -250 ~ t ~ 0 s I ~ ~ a ~ f ~ ~ ~ ~ . - I. -- I:-. ~ ~ ~ ~ ~ ~ ~ =8 9 )0 A ~ t -I- i :;ELAPSED IME, ))RS.: . ~ I a ~ IF 3 }9 ~ ~ I ~ I ~ ~ ~ 'I I f. ~ ~ ~ ~ I ~ I }rl i f ~ ~ ~ I ~ ~ I ~ - . } : MPE J)j)RE E;' ~ r ~ ~ ~ - ~:) T$ r ~ ~ t t AEPS(j AX ORP. ~ ~ ~ ~ I 1 I ~ ~ I ~ ~ ~ I - ~. r. I 'MAR l, ~ ~ -l f .I ~ r ~ ~ ~ ~ I r' ~ ~ r J i I r.i., 3:"': ~ C ~ I "I r ...Sh f2:if g C ~ ~ ~— 'I ~ ~ ~ t '.t. i ~ ~- I -t f I I ~ r $ . ~- ~ ~ I ~ ~ ~ ~ r ~ I ' I ,-.j ~ '\ ~ I —~ ~ ~ ~ t ~ ~ ~ ~ ~ ~ ~ -f ~ ) fl .t*}..' .. . ~ ~ i ) }.l I ~ C ~ ~ ~ ~ . ~ -f fi* ' ~ ~ ~ 'I t ~ I ~ ~ ~ } I } ~ ~ * r ~ r ~ ~ ~ ~ ~ ~ ~ r ~ I I 1 I ~ ~ ~ I ~ ~ ~ ~ ~ ~ I A ~ I I ~ ~ I.- . ~ ":. ~ ~ I- i- ~ ~ err ~ ~ ~ ~ ~ ~ Cr ~ ~ ~ ~ ~ I ~ I I ~ ~ ~ ~ ~ ~ - 1 ~ ~ ~ ~ r ~ } r j ~ ~ ~ I ~ ~ ~ ~ I -r .I ~ ~ , ~ } ~ ~ ~ ~ ~ ~ i ~ - ~ ) I ~" I ~ r I ~ ~ r ~ I I ~ ~ ~ -4 ~ I ~...... A I r-'I ~ ~ ~ I ;70: '. qO .. 90 I ~ I . ~,, I ~ I EWPSEB. PEE TIME ~ ~ ( .7-U ' I ~ ~ ~ ~ ~ I I ~ ~ ~ « ~ 1 ~ . I ~ I I ~ ~ I . I I: ~ " I I I I TEfAPEP URE P 1 ~ ~ OFI t ~ ~ ~ I. ~ ~ ~ I ~ ~ ~ = I EPSOM ITEST TI CONAiY C P.P. I ~ . I ~ ~ I I I ~ ~ I ~ ~ ~ KEClgAIN6 Kfs4tg 31,. ~ ~ ~ I ~ ~ ~ I 'She I ;::. j t3 of 3: ~ I ~ ~ I ~ + ~ r I ~ ~ ~ —o—400 :::: I.' ': I DOC I I-. ~ ~ — ~ ~ I -I~ ~ ~ - ~ ~ . - ~ :::.l:: ' I ~ .. x ~ r ~ ~ ~ ~ ~ I ~ 1 ~ ~ I ~ ~ r ~ ~ ~ ~ ~ ~ r ~ ~ ~ --V- -=-.250 ( I I I I - ~ l I I I - I. 1 ~ I - ~ I I I I I ~ = ~ / ~ ~ I ~ I ~ I ~ ~ I I ——200 I r ~ I lVI I ~ I ~ I ~ I ~ ~ '~FIJI - )lo f20..i.. ~3<) l60,' ",0 EL'LAPSED TEST TIME, CC7-P LD C. COOK NUCLEAR PLANT UHIT HO. I KET HO. 50-315 LICENSE 0 1 ENVIRONMENT DOCUh1E ITATIOH EQUIPMENT DESCRIPTION REF QUALIFICATIOtl OUTSTAHDIHG PARAMETER SPEC. QUAL. SPEC. QUAL. METIIOD ITEMS YSTEM: P Aging LOCATION:zu ~~vr ve (years) FLOOD LEVEL ELEV: g<)()~ dn . ~ page g(, 8-l ' / I / ~ ~ ~ ~ ~ . I ~ / TEMPERA'fUIIE I I .I- I QOFIL) ~ I ~ I ~ ~ —~-- ~ - ~ . ~ "I I +PIC THT TCONM G RP. I I ——-'I--— ., ~ I I ~ ~ BEG NNlNG MARCP1/. ....:I ..:' I ~ ~ I ~ ~ / I ~ ~ ~ ~ ~ I ~ ~ I I ~ I I ' ~ ~ .She / ~ ~ / ..: .:: t;1 ofg.,: ~ I ~ ~ ~ ~ ~ *-*I I ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ I:::: ~ ~ ~ ~ I ~ ~ ~ I ~,, / ~ ~ I . I I I I ~ ~ ~ ~ ~ I I I ~ —-I I ~ I / ~ / ~ I I ~ ~ ~ ~ ~ ' ~ ' I I ~ ~ / ~ ~ ~ ~ ~ I ~ ~ ~ I I CI 0 I ~ ~ z X I C / ~ ~ ~ I ~ - ~ 0 ~ ~ I ~ W I ~ / ~ I ~ ~ ~ I I I I 10 ~ / I : .ELAPSED tME, HRS.:: , I ~ I ~ ~ I ~, I I xiii ~ ~ ~ I ~ ~ ~ I e ~ I ~ ~ ~ I ~ ~ i . ~ ~ ~lVBLP I I AEPSQ TEST AX GRP;. I ' 'r:co) ~ ~ ~ ~ -I ~ ~ ...ail» t ~ GIN I 'M Rg H >) 9 8 ~ e ~ ~ ~ ~ ~ I' I ~ ~ I e ~ ~ ~ ~ ~ ~ ~ ~ ~,I ~ I ~ 4 ~ = ~ - ~ I » ~ i.. e ~ ~ I ~ . I"' i ~ ~ I :i'~ '- ~. ~ I ~ ' i ~ ' I -i I'~i ~ I ~ - ~ -I-I-s- ~ ~ ~ ~ -I ~ .. ~ ~ ~ ~ ~ ~ e ~ I ~ ~ "~ I --I I i -I-i-e f r ~ ~ ~ ~ I I ~ ~ ~ . ~ I ~ I ~ ~ \ I ' I ~ e i ~ ~ I ~ ~ ~ e ~ ~ ~ Pt ~ ' ~ ~ ~ ~ ~ ~ . ~ ~ ~ t» ~ ~ ~ ~ I t ~ W ~ ~ ~ ~ ~ ~ ~ ~ ~, ~ ~ ~ I ~ -I e I ~ ~ - ~ i I ~ I ! I ~ ~ ~ ~ ~ » ~ ~ ca ' ' i ~ ~ 4LQ. /0 '90 El&AP5EB. 05K Tl E~H . 'lIsA I I ~ ~ 1 ~ I I ~ I ~ ~ ~ i I I I ~ ~ ~ ~ ~ ~ ., i I ( .Iiilsl -1 ~ ~ sI 'EfvlPER RE P kOFIL r I I ~ ~ s I ~ ~ ~ .I s ~ i I-." -I l:'' s I s ~ ~ r s EPSOM TEST. T:CONAXC ~ ~ ~ ~ I ~ r I I ~ ~ ~ ~ M'Ak='H I BEG)NAIAG 31.: r s I ~ ~ I i. Shi. t'.3 of P ~ - I ~ I I ~ I ~ ~ r ~ a ~ - ~ I ~ ~ .. I I I ' I- f ~ ~ ~ ~ I ~ ~ ill I I s I l . s I ~ ~ ~ ~ ~ ~ ~ e ~' ~ ~ ~ )sr ~ sr ~ ~ ~ ~ ~ ~ r ~ ~ rr ~ ~ Jl rr r ~ r ~ r ~ r ~ - ——-2%- ~ ~ ~ I ~ ~ ~ ~ ~ I s I I I ~ s I I I i l I I' s ~ I ~ ~——-.200 Os s~l I s ~ I .. ~ ~ s. ~ ~,r. . IGO 120 1%i j 140 I KLAPSK'EST TIME, H"~. D C. COOK NUCLEAR PLAtlT UtllT tl0. 1 ET NO. 50-315 LICENSE NU. EHVIRON41ENT DOCUhlE ITATION EQUIPMEtiT DESCRIPTIOti REF QUALIFICATION OUTSTAHDIIIG PARAtdETER SPEC QUAL. SPEC. QUAI.. METIIOD ITEt!IS =Tr YSTEM: Qv.civF>> Operallng Time LANT ID ti0: VZrzr~u~ Temperature F58~ Ps P. ( F) 0 COhlP OHEtiT:4'4'><<4'4 +~+~~ Pressure p-. S VPX (PSIA) /i'-Z PPP. MANUFACTURER:4'>~~"~ 7 Relative MODEL NUh1DER'~+ j'4747 gr'Z 3 llumldily (%) FUNCTION: V~zriz> Ctremlcal g~ ~C)ppnt8 Spray pa~le &',« ACCURACY'PEC: + /ce DEMON: W~ Radlalion /Vo'n E. SERVICE: ggg,rrEr~ (106 rads) zoo SZ(P, Aging LOCATION: (years) FLOOO LEVEL ELEV Submergence OOOVE FLOOD LEVEL: 'Documenlallon Relerences: 8. «F~WY e~W'. r<~r M'~4f XP5-gag ' page CY V "/ .—.OIA V~ I ~ ~ ~ : I'-'. ~ I I ~ ~ t I I I TEMPERA P '.::340 ~ ~ ~ ~ ~ URE ~ l ..I I )OFIL) I s ~ I ..I I I I ~ ~ ~ PK THT AX C RP. ~ ' ~ ~ ~ ~ TC0$ I n ~ ~ I ~ I MATC) 78 I ~ ~ .I ' ' I.::: - ~ ~ ~ I I ~ ~ I .. ~ ~ I ~ ~ ~ ..::.:. She I:1 of 3:: ~ ~ ~ ~ ~ ~ I ~ ~ ~ . 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I ~ ~ I I THKRC ee ~ ~ ~ I P ~ » I.- 'he t:3 of P: I ~ ~ ~ ~ ~ I ' ~ ~ ~ ~ ~ ~ ~ r ~ ~ . ~ ~ I ~ I ~ I ~ ~ I ~ I ~ ~ ~ ~ ~ ~ I r ~ ~ ~ ~ ~ ~ ~ ~ ~ ' ~ ~ j ~ ~ ~ I~ rr at r ~ ~ ~ ~ rr ~ r rr ~ ~ r ~ r ~ ~ re I ~ .r I I * I I ~ ~ ~ I I ~ I I I I ~ ~ ~ I I ~ ~ I ~ I j ~ re r ~ rrm 1GO JIO ': 120 I EL'A PSED TE57 TltAE, H ~ D C COO I EHSEt0 ENVIRONMENT DOCUME ITATION EQUIPMEHT DESCRIPTIOH REF QUALIFICATIOH OUTSTAIIDING PARAMETER SPEC. QUAL SPEC. QUAL. METHOD ITEMS YSTEM: p~~ii)cps Operating Time LANT ID IIO: l~~rgzou5 Temperalure /sad ( F) 0 COMPOHENT:Awre~c cw~cc. Ps84 Pressure r ICg (PSIA) red Y ~one MANUFACTURER:N ~~~~ 0-Z 7 0 ~ggC vZzC Relalive MODEL tlUMBER: rr~~~ llumidily (%) god Po Zf'Z3 e. FUNCTION: tf~~.ofay Chemical z~-~ op('> Spray g yp gW-Sr.', ACCURACY: SPEC: ~> PP -0 /I'cia DEMON: ~p Radiation g I(-e sr d3 SERVICE: gggi~os (10 rads) i~o SAP, Aging LOCATIOH ~4'>~ 4~ du~awr~~~~< (years) FLOOD LEVEL ELEV: ( ~g Submergence ABOVE FLOOD LEVEL: 'Documcnlallon References: 8. <>~we uurr. rz~r zu~w x'ps-gad V. page 4'C /< harp I I ~ ~ ~ ~ I ~ ~ ;:'.: ~ I ~ ~ I TEMPERA URE F : -340 ~ ~ ~" I ~ I OFIL) PK TEST I CO)AX C s EGI NING MAIS( 50 I- I I I ~ ~ I I ~ ~ — I, ~ I 'She I 'I'. tI ofP::; ~ i I ~ I ' ~ P ~ tlat 3'L ILI ~ ~ I ~ ~ ~ ~ ~ ~ ~ - ~ I I ~ . ~ ~ ~ ~ ~ ~ I I I 0 ~ ~ ~ ~ ~ ! ~ ~ I . ~ I , ~ ~ ~ ~ ~ ~, .U... 'l5Q I ~ '4 / III I 0U ~ I i I } ~ ~ I I ~ -8 ~ 9 10 : .ELAPSED IME, fkRS.. I I ~ ~ I I 0 e e t ~ i ~ ~ t ~ ~ t ~ ~ t e ~ t ~ ~ e It ~ ~ ~ ~ ~ ~ e I ~ I ~ e ~ ~ ~ I :ei.; .':: t I ~ e :.'T MPE f ~ ~ I'RQP) e I I t AEPSQ TE$T AX ORP.;. ~ t ~- fC8 i ~ - ~ t ~ ~ ~ ~ t I=I ~ ~ ~ ~ t ~ ~ 9 8 ~ ~ t t I I e -e.' ~ ~ I ~ I ~ ~ )"-I I >' i- t! t'; ~ - t I ~ ' t ' I e ~ ~ -l ~ i ~ ~ t -1 e ~ ~ ' I ~ t ~ ~ ~ I I ~ e-e t- ~ ~ ~ ~ ~ ~ ~ t t-e , t } ) .t i., e ~ ~ ~ ~ ..l;.;I ) t-I i ~ t ~ ~ t ~ ~ ~ e ~ ~ I ~ ~ ~ t l e L .I ~ ~ ~ ~ ~ t ~ ~ ' ~ ~ e t = ~ ~ ~ 1 ~ 'I e e .i e.l ~ ~ I ~ ~ e ~ ~ I~ ~ ~ ~ ~ ~ ~ I ~ ~ ~ ~ ~ "~ ~ ~ re ~ ~ r ~ ~ ) ~ ~ ~ ~ ~ ~ t ~ e ~ I ~ ~ ~ ~ e e e ~ ~ ~ I l: ~ t ~ = ~ ~ ~ ~ ~ e- ~ ~ I i i ~ ;tel ~ ~ ~ I ~ ~ I- .. ~ t ~ e '.'0 '90 ~ ~ I' ::::l:::: ~ ~ ~ USE Tlh(E .)i S. - ~ ~ ~ Cc'./b-3 e W ~ e 'I I I JEI e r I ~ ~ ~ e ~ l I I ~ ~ ' ~ ~ I ~ I I I 1 EPSC', TEST. AX C IJI ~ ~ ~ ~ e ~ ~ ~ ~ e ~ ~ I III ~ I ~ ~ I \ ~ e < I llee ~ <. I joi/ CJ ~ ~ j .:Shi t3of9 ~ ~ ~ ~ ~-3000 I ill OC e r e e e I I I I ~ ~ ~ r ~ ~ I E ~ ~ ~ ~ ' ~ I e ~ ~ J ~ J ~ ~ e ~ ~ ~ r ~ ~ ~ ~ ~ ~ rr ~ r ~ r ~ ~ r ~ rr ~ r ~ I I I ~ ~ ~ ~ ~ ~ e I ~ ~ ~ ~ ~ ~ I ~ ~ g ~ ~ ~ ~ l. I 8 ~- —200- —-I- I I I I I ~ l ~ e . EE err. ~ l20 1'f0 . .. i . lg .: I ELAPSED'EST TIBIAE, H"'" ~ E ~ , ~ ALD C. COOK NUCLEAR PLAHT UtllT NO I LICEtlSE ti0. ENVIAOttMEtt1 DOCUtfIE ITATION EQUIPMENT DESCRIPTION REFt QUALIFICATIDH OUTSTANDING PARAMETER SPEC. SPEC. QUAL. tdETiiOD ITEMS I" 'A SYSTE . Operating ~r go(i-(', Time 7. I-Z PLANT ID tl0: clwx, Temperalure , j- /rye 5m@ ( F) 0 l7 COhiPONEIIT: Pou~~ ressure Canc'lANUFACTURER: 5'4-7 k7 llumidily (%) 9 E'Q. FUNCTION paw ov Chemical aa 0 0~ ~ic. ACCURACY'PEC: Spray AA p» ~. DEMON: ~g Raiilallnn $ c.c rc SERVICE: ~~g~>G S {106 rads) Aging Ou+ a4 LOCATION: (years) 's FLOOD LEVEL ELEV: Suhmergence ABOVE FLOOD LEVEL: 'Documentation Relerences: ttntes: g. J,(G „g r" /i <' page N /7 'I 7. Qua11fied by Ze"fte Co. Papo ~ April'30', 19'70 ~WI,~I Type of Test: Seauential, g~~a radiation steam chemical spray Test Profile: +8 Mradshw, 120 Brads 325oF, 82 psig -or 13?ms 228OP, g psig for P days Chemical Spray: Borated water, l-l/2g solution of boric acid and disti3.led water buffered at a PH of 9.5 lALD C. AIIT UNIT HO. I KET NO. 50-315 LICEtlSE HO. {, iw ~ {.~ ENVIRONMENT DOCUMENTATION EQUIPMENT DESCRIPTIOtl REF 'UALIFICATION OUTSTANDING QUAL SPEC QUAL. t{IETIIOD ITEMS SYSTEM Jpg{{{y Operaling I j{'rz{{zr Time 7. L-2. C0 Ii <4,. /= iz{r I 5r'7 P LANT ID ti0: Qp s2,o g~ Temperature . Yg a,i3-f ( F) gfO 3/ 5'eg . COMPONEtlT: >usrRu~r~ + Pressure II'-( gsA4 {."~ac. g /g (PSIA) Pg MAtlUFACTURER: d'osrum W~s{al+Cco/ Ca3ow8'~ . Relative MODEL NUMBER: s'{{c~~gor,{i Ilumidily (%) /c O /OO S e.q, FUHCTIOtt: I/8«a~s Cbemicai Zo O OP( I{t'l~f'I{go{s'"- gg %~t+//{ g/O{'e J ACCURACY: SPEC: +8 Spray n4.~ p 1-II 8-8 S 3/rJi DEMOtl: NA Radiation wc'/ gflc{~L SERVICE: (106 rads) 32 S'eg VA{gr00~ 95 Vo~i Aging LOCATION: (years) C 4r,- ~f FLOOD LEVEL ELEV: i{{/K Submergence Sgb P~l sp ABOVE FLOOD LEVEL: pp -ergot vasos Powpi&8~> o~ 'Documonlalion References: tlotes: 'I 4 E c Vl aors >/de-> I/o({!-Zt.g,' C V A/.(e. g„ are r PX ~ f rS a 32. 8g> 7e s) typo< P7f'co>S f/rc,oonop to>o pe~i facie.ef Qoa~{«> | {~c geog. Qno,lysw gage ~L1 / 8/. &gy+g~ ~~~ra~ Q(~e do. %sr A4; 7zc'sr@ 7' 4ype: S'ep oe~ Aa c gAbrA'PION .''0 0 ~CA'3$ PROlj(. f .'qua vr„„~ a 4 ' 2&0 7 bA'7$ ps>e,Q) Gee S< py: F800 pp 8 tIALD C. COOK NUCLEAR PLANT UNIT NO. 1 CKET NO. 50-315 LICENSE NO. EtlVIRONMENT DOCUtdENTATIOH Eg UIP tJIENT DESCRIPTION REF gUALIFICATIOtt OUTSTANDING PARAMETER SPEC. gUAL. SPEC. »)UAL hlETIIOD ITEhlS (r~r .i»-: SYSTEM: x tf,xo,~ /pe,oo Operating Time +one L~ a ~ cy sl+ PLANT ID NO:V~«oat Temperalure Seq . ( F) razz-9-I- > 3g A/nM COMPONENT: X argu~e~~ Pressure / /gM CZB io +g (PSIA) /7-7. 7 ~ont MANUFACTURER: Roc.kbesfoS Pr6 2. d'or. Relative MODEL NUh'IBER. gee~ ~sd 4, Ilumldily (%) zoo FUNCTION: VARrooa Chemical i.S. /7~~<> ~'~'d PA Spray g, jr/co/Q8xi( su< ~one ACCURACY: SPEC: i4 p»9-I ~/Cl'.4 DEMOtt: ~g ~crPI Radiation o- (106 rads) zoO ~an g, SERVICE: ua~iom tto»-I Seq Aging LOCATION. g~ ~P 0 f (years) FLOOD LEVEL ELEV'/g ~ R Submergence g Jbmrar»ie F~VP ABOVE FLOOD LfVEL: Pr, Tai bcS rr'Bin'~<»~ oep 'DocumentaUon References: Notes: L tv Nn -I p /~- 6»a e/7 p()g 4)gQgg Q ~ Qg-~l, gp e ( 3g pock.Qes$ os. @uric ~ og (- ~ I ~ ~ I I ~ ~ I ~ ' Spray continuously at rate of 0.15 @pm 346'f%I 3 pslg ( min) per square foot of pray area with VPITHIN 3TO 5 MIN solution of the, followin>„'omposition: 0.28 molar IlgDOg (3000 ppm boron) 340 NaOlt to make pll between 9-11 at 77 F. > 4 IS ~ 4 T I 0 >>I t 0 Q IIIQ 1 0 S 335 F/93 ps lg I ~ I I ~ ~ ~ ~ ~ II > ~ ~ ~ ~ > ~ ~ I ~265 F/20 pslg I ~ I ~ ~ > ~ 250 ~ ~ I I> ~ ~ I 200 F/TO prig tmln] iYITHIN SEC IO 212'F/Opsig ~ ~ 200 ~ ~ ~ ~ ~ 1 I I ~ 1 I ~ I I ~ ' Il Il ~ ~ ~ I ~ ' ~ I I ~ ~ ' I l40— IO 3 5 8 I I; I5 SEC MR tIR HR HR 'R 4 DAYS Cy2-2 30 TIME~ DAYS DONALD C. COOK NUCLEAR PLANT UtltT NO I KET NO." 50-3I5 I ICEtt OP/-5 V L ~ 4 J OOCUME ITATIOH I EtIVIROHMENT I EQUIPtrIEHT OESCRIPTIOti REF QUALIFICATION OUTSTAH DING PARAMETER SPEC. QUAL SPEC. QUAL. METIIOD ITEh'S SYSTEhi: I/AA,ogl„ Operaling I O ~ Time fjYI 7.P-Z rV~v-'n 8. I PLAtIT ID HO: Vaaiody Temperature 0'n ('F) Octa-// Z Q 1 I COMP 0ti EH T:~~~~~4~~ cO Pressure p~ I r / 'r CAB''E / gi~ (PSIA) bSoiJ ~ ~ I MANUFACTURER:s ~V~~ ~~~ r g,'2 y. CO. p Relative MODEL NUMBER: yw~~» zoo XoT~ Ilumldily (%) I/OO ro b'a'n FUNCTION: II„~,„.„ Chemical QOOOyfrgg +OODyj,» r'0;n gf<„gQ g. pic /7ZwfM Aging LOC AT Ion:w~ CCrurWr&rf/P'f (years) LEVEL ELEV: blZ Submergence vcdoba P 'BOVE 5„5~e~seg / '<4?. FLOOD LEVEL: g/d tubes g4~i gA +W/c~F~ gQ jp 'Oocumenlation References: ttotes: '7prqy~FC.L4+rr I ~O. ceps o l)hj <>Z~ << -C ~ a~Sr Z~~Oer r- Zyygy I2l I>o >sr rue>IM I i "'4. P ~<~/< dcp4r. y sp'/Po47dP RAY'5 /(r R.0a D~Z Tear god Packet T~ qM,~ page d2 S -/ PIIASf. I II AS E 3I I'IInSF. m POST LOCA TllfRMAI AGING AND LOS - F-COOLANT ACCIDENT nADIATIVN RADIATION fXPOSURE SIMULATION EX I'OSUflf I I I I I I I I ) I I I I I i. I ) EC Ii EL lR ICAL NONE —Q Iv —RATED VOLTAGE 6 0 5 AMP I EXCEPT TIIEIIMOCOVPLE CAQLE I I w«lc« CAIIRIED No CURRL N TI I I I I ROF.(O I I I f~ I I I I ) ) I I I I l I ) RADIATIONQ.NONE~ ~-Ioa-g —NONE I IO -«I DOSAGE RADS BADS I I ) I I I I I I I ) ) I I I l C HE MICAI. NONE—-Q CHEMICAL SPRAY — -4-) NONE/ SPRAY — —= EI- I I SOLUTION OF BORIC ACID 8 Nao«, pH I I I I I 3254F IN IO SEC I I I I ) ) I 340'F/I05 psip/Ioo I l ) * I I I TEMPERATURE/) I 320'F/75psip/l004/o I I =I PRESSURE/ 250'F/l5psiq/Ioo /4 REL. HUMIDITY I I I I P R OF I L E. I 200'F/0 psip/loo'/4 ) 75'- loo f/Ol)sla/ 30% ) I I I I hhkkh k kkhh h I I I -75'-Ioo'F/Ops Eq/ 30 / I I I I I 250'F/Ops /- I ip A )h A ' L sl — I DAYS 4 DAYS 3 6 30 ~ 4 DAYS IIR IIR DAYS DAYES CO lR MEASUREMENT 4J Figure 2. Profi1e of Test Phases P~ cz r-~ THERMAL AG I t{G ANO EXPOSURE LOSS-OF-COOLANT RADIATION ACCIDENT SIHULATION NOtl E I EL=CTR I C'.L I ( RATED VOLTAGE G . AMP LOADING I 5 ( I I TOTAL RADIATION I E '3S'".GI NONE c0 HRgPc tIOIIE NONE CHEHICAL SPRAY BORIC ACID 6 NA OH CH:"i'IICAL SPRAY I C> 340 F/I03 PSIG/IOO~ ~ 1~ 320 F/75 PSIG/IOO'. CQo 300 F/53 PSIG/IOO~ I 250 PSIG/IOOC : =.";: '.=.A"URE/ F/I5 I . Ri; 254aR(./ T' ~ ~ E 200 F/20 PSIG/IGO-. 'I,'I I i t 7 DAYS P..c I LE I )2IDC O ( {'Z50'') We I 40+F 1 I 2 DAYS IOO F I ( I 1 7 DAYS 3 9 ll l5 4 HR HR HR HR OAYS 0 ~ 6 (' %PI ~, 4'\/7( l tJ / ALD C. COOK NUCLE L KET NO. 50-315 LICENSE NO. EIIVIROttMEtiT DOCUME EQUIP fillEIIT DESCRIPTION REF QU ALIFICATION OUTSTAIIDltiG PARAMETER SPEC. Si EC. QUAL. METHOD ITEMS (i'r:(r) SYSTEM: Vgft.rats Operaling r P Time r m41 ~ ) '.'TlO,I I PLANT ID IIO: Y)ti2.)a~a Temperalure pSAV f g (oF) 53 5eg, )Yone / ) 1 ~ i*I i~3 Q,Z7 ' 0 I n j y ~ COMPONENT.-2u>r~~ eu ) )bio is sj r.>BC 4 Pressure Nip (PSIA) 7 33 Seg phono. MANUFACTURER: GuAneo (ii < Qi ~7 /t< +1+ Relative MODEL NUMBER:Z'e~ g o >g /zonee.A/on o- Humidity (%) /00 S~, FUNCTION: 'Art»~s Chemical ACCURACY: SPEC: Spray DEMON: >)I Radiation SrA )I/o'n o.. SERVICE: gjtAio<> (10 rads) /0 o'S» o~)'oX Aging LOCATION: (years) di~rWr~r)cg LEVEL ELEV: )'LOOD Submergence ABOVE FLOOD LEVEL: 'Documentation Reterences: Noles: >3 . ) iRC. 7C'ST MBrourT f-r g'ty'- @CC-~ar~ieO~ rM g~ M~ r ji).'fi: Ps c. page dTg-/ B3. p5gL esse. gzp~zr F-c a9ss- axe,e~P~ r~~~ 7ypp Q f +es$ : Sepoy. ) gmtnA N'bike D~ she~-/ Mg~gy f hc ~. IO MR&b (o o ~hrs gq()'F ) es()I ) lLo F z. o t.rs l ) +e~ 3orS Zo77 CywFe~du'FAZ Cdrn d' C&4c e g J l o 4 LD C. COOK NUCLEAR PLAHT UNIT NO. 1 ET NO. 50-315 L CENSE HO I I '~ ti- ' Et( VIROHMEHT DOCUtdENTATIOH EQUIPMENT DESCRIPTION REF' QUALIFICATION OUTSTANDING PARAMETER SPEC. QUAL. SPEC. QUAL. METIIOD ITEMS ( 1'r 'I" YSTEM: V',rzwoz tl'- I ~ Operallng /Yon Time j~o. )|./nto. '~-z. o cf a3 ; I ~ s t.q.tt PLAHT ID HO:Vp~ u>s gi ir BIO II Temperalure /-- i I o z,z.g-l -g PpP ('F) J zxt > ~z.7 COhlPOIIENT: ~~ ) Pressure t.~ -- zz.a c mac'w i ig. a i i I I /Zf-' I wow xo~ (PS!A) cp/ t i / MANUFACTURER: m > I ~a.o~t II I.'I .r WScrg~~ ccuNX ~. Rclallve Et~3,tt tiLIIlStltP $ V MODEL tIUMOER: r~I Ilumldlly(%) r'4'0 /dO None. ZoYX 'X 13 FUNCTIOII: gpoa io'o5 Chemical 4 IOC7 0/P,II8 g'>@Ops~ + gzr.rc one ACCURACY: SPEC: Spray /g4~y 'fcib O /c,o 3/VJ:> DEMON: rOa Radiation 'JQIe- SERVICE: VAZzDOs . (10 rads) zoic ll $/cP, Aging owradar LOCATION:wa ~ o'er (years) No'~m~r~~MMW FLOOD LEVEL EI.EV: g/g, ~< L Submergence a~4~«g J Pz aors o. AOOVE FLOOD LEVEL: ~u v cr bes g~gj M4Pic.U 'Documenlallon Rclercnces: Holes: ~pp err NTp rtto Qrc rio,lrr 11'+,lal, l ? I 8. I >~4at'arP. PWrf XPS gag Or lNo Itr.l, 5ee C.e, gott fV<,AS I, -~ g ~ ttp / I n Ir ~ ~ I ~ ~ page pg ~-/ ~g / ~ ~ ~ ~ TBAPEP~YURE PROF ILt --I-"~ ~ --~ ~ - ~ ~ ~ ASPIC THT AT-CON~ CGRF. 'BfGINNfNGiMARCHMi578 I ~ ~ ~ . ~ Sneal. 1 o: 5 u +hh ~ 4 1 1 ~ ~ I ~ W i ~ I CL ~ ~ ~ I LL4 4 4 ~ ' ' i ~ I I I I i ~ ~ ~ ~ ~ ~ 4 4 ~ I Q 1 4 i ~ ~ I V) 4 - I 203 = 1 2 10 i ~ ~ ~ 4 II VI t I ~ 4 I - TEPAPE TUPE PROPS(E' I I I I AEPSC.TEST T.COHAX GRp-... " t I ~ ~ ~ ~ t. t ~ — ~ -> SEGIRNIN MARCH 3) p V78.: ~ ~ ~ —!— 4I ::"..:!...Sh '2:dFFQ::. I ———l-—-- I ~ ~ ~ ~ 1 ~ ~ ~ . ~ ~ -I q- ~-- t ~ . = ~ ~ ~ . ~ ~' ~ ~ ~ I ~ -I ~ —-« ~ I ~ ~ 1 ~ ~ .U. ~ ~ ~ ~ " - ~ ~ I I ~ I ~ ~ t ~ ~ ~ ~ I ~- ~ I ~ I I I ~ ~ ~ ~ ~ ~ ~ ~ ~ t ~ ~ ~ ~ ~ ~ ~ I ~ ~ I ~ I I ' .;...A -tt ~ ~ I ~ g ~ ~ ~ ~ I ~ ~ ' ~ ~ ~ ~ I -. " ~ 1 ) 0 ~I ~0 ItI+ 'tip I ELAPSED T:O'E TlQE;.HRJ. r I TEMPEP+TU RE 'PROFILE I I I ~ ~ I, ~ I EP5 .TEST A'T CONAN.CSPf'. I I ~ ~ I fEGTANINci>MIECH3t, P78 'e I ~ - ~ I e Shei.t.3 of 3' ~, I I ~ I ~ ~ "~ I II ~ ~ e ~ 4 ~ l- ~ ~ * ~ ~ ~ ~ I I e =' p ~ I ~ ~ ~ - ~ ~ ~ I ~ QS ~ ~ ~ ~ e ~ I ~ ee ~ ~ ~ ~ ) ~ ~ ~ ~ ~ 0 ~ ~ ~ e I~ ~ I I~ I ~ ~ ~ ~ l ~ I ~ ~ ~ ~ I I ~ ~ ~ ~- ~ - I ~ ~ ~ I ~ ~ I ~ ~ I 1 ~ ~ 16e: - I". eee: I C"3 I I t0 120 140 ! ELAP5~i. > "Ss Tl>r'," lALD C. COOK tl L L I II I KET NO. 50-315 LICENSE HO. I E tlVIRONh1EHT OOCUME T TIOH EQUIPtdEtlT OESCRIPTIOtl REF QUALIFICATIOH 0UTSTAtlDItl0 PARAMETFR SPEC. QUAL SPEC. QUAL. METIIOD ITEMS f r.(c< .'.- SYSTEM: Q/I.g(go~ =Operallng 43 r <"s'S I =] COMP ON EtlT: >"r> Aging LOCATION:xwg p»< ++ (years) d'p&JWMrg~~+ FL000 LEVEL ELEV: ~ IE Submergence s~t,~e(.g(t,i. r=(.oobc» ABOVE FLOOD LEVEL: gtfp V'u 6 eg Z/(r((t ~ip 7 o4 'Documenlalion Relerences: Notes: g~P rig rrl l2a la)>13m>(ggt rZ. cacao cur~c ~~a p~z~c ~as'zezr pi >> I'3. Q~ )~ (yA fjnaj)n ' LOCA P).off 1 I e'4 Spray continuouaiy at rate of 0.15 @pe 6'F/I) 3 psl g ( min) per .'I)uare foot of ")>ray area >;it)> WITH)N 3 TO 5 MIN !;olut.ion of tll: folll|~i»); colspo.:ition: 0."8 lllol;>r ))g):03 ("OJO )>)> l >ocI>ll) o Il:IO)l to >n:Ik«)I)l ~et>'I en '>-ll at 77 }. 335'F/93 pslg 320 3I5 F/69psig ~ ~ I ~ ' ~ ~ ~265 F/20psig I-> 250 I ~ 4J 280'F/70 psig (min) Q iYITHIN IO SFC 'F M E I2 /0 pslg 200 el I ~ I ~ ~ I )40 IO 3 5 I I '5 SEC HR })R HR ')R 4 DAYS 30 TIME—~ ~CZ g-~DAYS ALD C. COOK tlUCLEAR PLAtlT UIIIT NO. I KET NO. 50-315 LICENSE HO. yDi >- EtIVIRONMENT DOCUME ITATIOH EQUIPMEHT DESCRIPTION REF QUALIFICATION OUTSTANDING f~l- PARAMETER SPEC. QUAL SPEC. QUAL METIIOD ITEMS SYSTEM: Vpkrbog Operating ~.'l S~ Time 7 I=M ),I ~5' ~ )- cX PLAtlT ID HO: '>z ~ 4o. Relative MODEL NUtdBER: Zr-~~ D llumldily (%) J'mP, +an +Ops FUtlCTION: ~R~.ro 3'do Js Chemical gdd 0/yygn 8 Oy'e //(jan+.der r~ J,72 J0081oi g/e Non ~' ACCURACY: SPEC: ~8 Spray rgq I I &c.e p~r -I( s/e/'4 DEMOII: AA Radiation ~cAP lt'yO-L SERVICE: (106 lads) IJ~ g,op~ rfo r.t Aging LOCATION:x> (years) 4'C ~~a~~~~ FLOOD LEVEL ELEV: 4/8 4 pa,anrocyP c~b e.pe Po ABOVE FLOOD LEVEL: ~o T~b45 (y / gaDDDDyD/l/DAD t3 ne, 'Documentation Relerences: tlotes: 'l ".a ".~''J 4' /XZ4 f ~ ~rl~~S ryV ttTp I I I I I I ) I I I I I I I ) I I I I ELECTRICAL —RATED VOL7AGE 6 0 5 AMI NUNL Q LOADING t P p I (EXCEI'T TIIERMOCOUI'LE CADI.E I l I I I WIIICII CAIIRIED NO CURRLNT) I I I I I I ) I I ) l I TOTAL RAOIATIOIJf-c.NONE~ I -Io -g «--—.——NONE— I I--IO'-4 DOSAGE RADS IJAOS I I I I I I I I ) I l I I I I I I ) 1 C IIEMICAI. NoNE I CIIEMICAL SPRAY — 0 L NONE/ SPRAY — — +— —= I soLuTlo~ oF eoRic Acio a Naoll, pll e- i I ) I I I I I ) I 325'F IN IOSEC l l' I ) ) l 340 F/l05 Psill/100 lo l I TEMPERATURE/ I 320'F/75 psEq/100 lo I I I I PRESSURE/ I -250oF/l5pSiE7/loo /o REL. HUMIOITY I I I I PROFILE I 200'F/0 psiy/IOO'/o I 75 -IOO'F/opsiq/ 30/7 I ) 7l I I I I AAAAAAAhhhh -75'-looor/OPSEII/~30 lo I I I, I I 250'F/Opsill /- )A A I I I L I 7 DAYS 4 DAYS 3 6 4 30 4 DAYS IIR I(R DAYS DAYS A IR MEAsUREMEFJT Figure 2. 'Profile of Test Phases THERMAL AGltIG AND ' I RADIATION EXPOSURE LOSS-OF-COOLANT ACCIDENT SIMULATIOtl I j I NOt(E I 1 ".L=CTR I C;.L I I RATED VOLTAGE 6 . 5 AMP LOAD I tIG I I . I TQ1AL RADIATION I DOSr"GE NOtlE 50 MRADS tIOIIE NONE CHEMICAL SPRAY BORIC ACID 6 tkA OH CHEMICAL SPRAY 3t;0 F/103 PS IG/100~ I I 320 F/75 PS IG/100'". I 300 F/53 PSIG/100' I I I I I I 250 F/ 15 PSI 0/ 1002 t T=.'!PE .A ~ URE/ — I I / RE p Joplin/ I 200 F/20 PSIG/'IGO; I I 7 DAYS Vi Cl 4 + ~ „ I t 121 O C (250'I ) l~ I 140~F 2 DAYS 100 F I J I I DAYS 3 8 ll 15 ll P~ GZ9-y HR HR HR HR DAYS Di: ''F1LE CF TEST P ~ II',c'Er tIALD C. COON HUCLEAR PLANT UNIT HO. I CKET NO. 50- I LICENSE NO EtiVIROHMENT DOCUldENTATION EQUIPMENT DESCRIPTIOH QUALIFICATION OUTSTANDItt0 REF.'PEC. PARAMETER SPEC. QUAL. QUAL. METIIOD ITEMS SYSTEM: g~,a/op~ Operating 744: g,5-'4 Time /m o.: )Sfnlo. P e. PLANT ID HO: Veal@(oaa Temperature PI Cp ( F) o-z 7 COMPOtlENT: @~sr/eu~eu7 @PJ'S e Pressure Hip (PSIA) rrK 4jP rt/on~ MANUFACTURER: C~Ancn4 FLOOD LEVEL ELEV: Submergence ABOVE FLOOD LEVEL: ( 'Documentation References: Hotes: p y Fz~r. rerz~p~r.—r-c mess',. ..f', Z. /~a} T; .ap-eaf. (}m}y.a I CJ t} w~ dC-P - g'(Z.c(-~. I ~ a /C' HÃL f'ESP AFFog7 F-C 85'SS Exes'uPr Fdd+7 7ypp 0 f +eS'f: Seyoar 4>a~ RQ'be+4e~ g f}rnmA sf<~ / . 95 Mg,go f 4r lO HRa b F (oo ~4rs ) ps ) ) lb'= z,o4rs l ) g k~~ 30 PS 3077, Cyzsi+/au c N.RC O'P4CC J IIALD C. COOK tIUCLEAR PLAtIT UNIT tIO. I CKET NO. 50-315 LICEtISE NO. -5 r ENVIRONMENT DOCUMENTATION EQUIPhlENT DESCRIPTION REF i', r ) )'.~, QUALIFICATIOtt OUTSTAHDIHG l,t",) PARAMETER SPEC. QUAL SPEC. QUAL. METHOD ITEMS SYSTEM: I VRrc ~i' ~ -VC (PSIA) /I/on e ~ ~ g) MANUFACTURER:0 V osii4 e- 0-W7 0 'I I '-4c.' RelaUve ~ "8 MODEL NUMBER: z'Ye~ /OO llumldily (%) Aon e. j e ~ "" FUNCTIOtt: ~ I '„VL Vharooa Phoo PP~ Chemical rt >vvt >. @ ACCURACY'PEC: b'A Spray i,zw A~on~ r'"r '„V7 bros r DEMOti: /4 par'Sc RadlaUon NSLr ~).t . SERVICE: Qpgroo> (106 rads) Poa P( ll Mj ~ Xn- %> LEVEL'DocumentaUon References: FtGURE CABLE It QUALIFICATIONTEST PROFILE FOR LIFE & LOCA CONDITIONS LEGEND: 4 INSULATIOH RESISTANCE MEASUREMENT ' AC WITIISTAKD TEST SOV/MIL. I 546 F/ll5peiy/N0% RH I STANDARD LOCA I WIIHIH5 70 5 MIN. STEAM 8 CHEMICAL STEAM 8 WATER SPRAY SPRAY EXPOSURE I I 4 I 5M F/95pelo/IOO 4 RH I I I I I I 5ISeF /69 pel6/l00% RH I ~ ~ I I I I I I I I I I I I I I .2NI / ly/ I I I I I I I I I I I I I I I I 2SO F/70pely(elm) 212 F/0pelg/IDOL RH I I WITHIN.IO SEC. I 4 4 k a I I I I R TEST AVERA6E I I ONCE PER 2 SEEKS 0 0 0 0 L L IO 5 5 b II I5 SEC HR. IN. IIR. = HR. HR. 4 DAYS 28 DAYS IOO DAYS TEMPERATURE/PRESSURE PROFILE FOR SIMULATIOH POST LOCA SIMULATIOH OF LOSS OF COOLANT ACCIDENT TEST ALD C. COOK NUCLEAR PLANT UNIT NO. 1 CKET NO. 50-315 LICENSE N -5 ENVIRONMENT DOCUMENTATION EQUIPhlENT DESCRIPTION REF QUALIFICATION OUTSTANDING PARAMETER SPEC. EQUAL SPEC. QUAL. METNOD ITEMS SYSTE . Operating Time /D//'/ '30u'hays POn PLANT ID NO: X'5a-~ E'Wnp ~WO— Temperature ( F) rS./5-I SJL) uk+/~ COMPONENT: / ~~r.~~ Pressure ~gg l >E~ SIA) ) R7.7 Eioq ~'F v.t:/W MANUFACTURER: blown 6 WiCg Z. spur Relative MODEL NUMBER:~+ . " Humidity (%) OO Vf QguAQ/A/t FUNCTION: if///vt'-/o~ ~ocB pprv)f5 7-,$ '~ Chemical ~ o //V~tD/. oeE f /~~'/'~D.'/~+ Spray Wf 3g ups/4 ACCURACY: SPEC ~~@ CAD g WA'EMON: ~Z y/y Radiation Z~ SERVICE: ging.r c,~~ (106 rads) ( sr~ pyro ) 9'5+ uEg/~ Aging LOCATION: Mn ~ Co fer~g en FLOOD LEVEL ELEV: (years'ubmergence SIC'BOVE 5AAbACCQCCL rO+ FLOOO LEVEL: Subc,s COn z/4 8 Non~ 'Documentalion Refere eris: "'"': eel page ~F Z"/ C I'-7, E. Io-8 p c/ FIGURE II CABLE QVAUFICATIONTEST PROFILE FOR LIFE 8 LOCA CONDITIONS LESEND: 4 I LATION RESISTANCE MEASUREMENT 0 AC WITHSTAND TEST SOV/MIL. 345 F/II3pelg/ RH WITHIN3 TO 5 MIN. STANDARD LOCA STEAM 8 CIIEMICAL STEAM 8 WATER SPRAY SPRAY EXPOSURE 335'F/95pelg/ IOO'/ RH 3I5'F /69 pelg/t00% RH I I I I I 2MiF/25 pelg /l00% RH I a a 280iF/TO yelg (min) 2I2eF/0 /IOO'Ão RH WITHIN IO SEC. 4 4 k 4 I I I I I R TEST AVERASE I I ONCE PER 2 WEEKS 0 0 0 0 A A IO 3 5 e II l5 SEC. HR. HR.'N. HR. 4 DAYS 2e DAYS I ODAYS TEMPERATURE/PRESSURE PROFILE FOR SIMULATION POST LOC)l, SIMULATION OF LOSS OF COOLANT ACCIDENT TEST +~ P~ctzm D C. COOK NUCLEAR PLANT UNIT NO. I ET NO. 50-315 LICENSE NO n/<, ~ ENVIRONMEHT DOCUMENTATION ~(<~ e'> 'r- EQUIPMENT DESCRIPTION QUALIFICATION OUTSTANDING PE REF.'PEC. PARAMETER SPEC. QUAL QUAL. METHOD ITEMS I.-~ . I). Vt SYSTEM: ~ . QAg(g~~ Operaling I l fg vr Time / <>gy )i.(b<><', j,~ V(, 7 ~,(J4 PLANT ID NO: VAk(oat cjgR j ~ Temperature f IP Q r <) (~ Hr v(c(~ I VG >'I> jji> j" ( F) 0-X7 5 Q A COMPOHEIIT'- Q~e~ Cpsc gs Aging LOCATION:'ong(n~e<+ (years) FLOOD LEVEL ELEV'BOVE Subroergence FLOOD LEVEL: ~w 'Documentation References: Notes: ~.>~I) 4s <'--I »o>~> pp ~ ~.C M +Re ~O'~~ page g/~S-/ ONALD C. COOK NUCLEAR PLANT IJNIT NO. I OCKET HO. 50-315 I.ICENSE tiO. -5 .S. ~ I. DOCUfdENTATIOH ENVIRONMENT i.. F" EQUIPMEHT DESCRIPTIOti REF , QUALIFICATION OUTSTANDING PARAfdETER ~ SPEC. QUAL. SPEC. QUAL. METHOD ITEMS YSTEM: V84Ioog II ~ -ir" Operallng H< Time 3 YTlO /3/zwys yJ=W ~~vsn +on e. PLAtiT ID NO: VpaIe~y Temperature Fir. ('F) o~z.e-l -~ S/rVu4. COMPONEtiT: Poser~ Pressure C'8'Std'AtiUFACTURER: (P5IA) /z7 1 ufo'9 ]Van e. o< eW/7 e Frh Ip ping Relative MODEL NUMBER: rw~~M Ilumldlly (%) /OO /db svm>4 . zg'1 FUNCTION: VApacOD~ Chemical P0 pr>~6 g-5 ~ /~JfcA ~ij f, IcfcDt'7o8W Aging LOCATION:a~/ v apcpr dcpncn'and~ (years) FLOOD LEVEL ELEV: /P $ Submergence s'b +zoo&( ABOVE FLOOD LEVEL: ~0 ~ed. ~it ~gjprPfioA 'Documenlallon References: tioles: Ys$ 7 SF+47 F c 3G P+ r( Q, s, Juke baal; r~a page GF g-/ 250 o» O~ 0 0—< 0 2 t0 2? O~ 2IO TEMPERATURE DATA OOTAINED 4 200— DY ANALYSIS OF 2 - PEN RECORDER ( INSTRU!AC!IT NO I8 - l72 ) AND SPOT CIIECIICD ~6nI:IST !..ULTIPOINT AECOADFR (!NSTALoMCNT NO. n2I-5564) l70 I 60 ORAMOER FLOODED FOR IR t:.FasuRC..ICNTS 0—0 0 n TIME ~ DAYS Figure f>p. Ilctuol Tengierotnre prolile fnr ginuI ton:.ens T! rrON6. ~ —SOW AnPS-g An05 346 F/II SP g/IOO tt I YPTllltl3 f0&th:rr. SfhNpnAO I.OCn SPAnY FXPOSL'A I I Lrp(NO- d rt;SOLhTIQtr * ..". rihtrCC hrChspfr f.:hF.:> 340r 335 F/95555 q/!00/ lrtl 1 - 3tf5'F/6~„"sip / IO('o frt I I k I %70'50 I I ~—265'F/20 gSirr /100"/o AtI I d I 240 F I gr I d LtrrFCA':.hytptr OM 5!lAIILnTC9I 290'F/ Tppsiqirnin) ~2I2'F/OPSIA'/lppo/o At 5 V/ITIIIN 'ol I F 5Tt ~,I K tl09)llhL np;rtp At'roORTFp I 10 SSC 0 Ly I QY T >ro'KOIIITf. ( pl 1Pntr Y ~r 200 I INFCIIMnT'0'i,I 0 0, Y ~ 4J I I I . I d TY/0 TrySS AFPOATF.O ay r; I PtA wSE.K I OKO:ulTE CO':.:. I ~ I I I I I 10 3 5 I) II 15 SEC. HR, Itft st A 11 A. HA. K L.—.fo>v, t.—v oo.s 4 pnY5 27 PhYS IOO phys — 1 ~ , 51'.1 Jl. h < F.0 I SWVLhT.-P TSI„PtBhTUAt=/PAESSJRE 55AOII' FCA Srr„" hT:ON POS f-LCCn i riper'hL hQ'„';Q, Anp!h)IOA hG'lp OF '55-OF-CO LhtfT hCCI"CtrT 51t IOL h f o "NOTE: SEC TFST ACSUI.T5 FOA nCTI)hL Ctry,'AprrMDIT Figure 1. Cable qualification Tes" Prof)i fo. Life, LOCA and Post-LOCA Simulation 1 (tt cjoy ALD C COOK NUCLEAR PLA KET NO. 50-315 LICENSE NO. 5 ENVIRONMEtlT DOCUMENTATION EQUIPMEtIT DESCRIPTION REF QUALIFICATION OUTSTANDING 7g M.I PARAMETER SPEC. QUAL SPEC. QUAL METHOD ITEMS '7 8 -'Fgn/ SYSTEM: QAIcpo~~ Operating Time /Uon PLAtIT ID Uararoaa NO: Temperalure Nt . See. (oF) Ahn < 0- Z.7 ~of.c 1 O COMPONEtIT: Po~c r Casa.e < Pressure I-/sr i4~'c.w. Qr cy ~'l Qy~e- (PSIA) MANUFACTURER:A~~~~>A O-27 4'~ fU Relative MODEL NUMBER:~~m wl4~ Humidity (%) FUNCTION: Qq)cro Js Chemical ACCURACY: SPEC: ~A Spray +el ~P DEMON:wP Radiation gee, hlS<~ @Vi~ld PbA' SERVICE: Voa Aging LOCATIOtl: 0~4)i c, (years) Co n ffE s~ ~a ~f FLOOD LEVEL ELEV: Submergence ABOVE FLOOD LEVEL: ). 'Documen'talion References: at.'R .<.s~r~ $ ~,g,t) A ~ g~ ~ I ~P ~ ~a~ ~~ ~~ >zoio . (happ H g ') p~~~ /0mldb5) page gPW-/ 0 ALD CLEAR PLANT UNIT NO. 1 LICENSE N ! ENVIRONMENT DOCUtdENTATION EQUIPMENT DESCRIPTION (~ s C' " REF QUALIFICATIOtl OUTSTANDIHG sl PARAMETER SPEC. METHOD ~- QUAL SPEC. QUAL. ITEhlS I": l SYSTEhl: rJ/IW)o~ Operating (,> i Time I 37 g~~ibj<~Ao~ (f i - l lyvli PLAtlT ID HO: )Jpkroo5 Temperature (OF) S ~~. COMPONENT: Qjv stre'u mon) ~ CA bc.C Pressure /sled (PSIA) 3'7 MANUFACTURER:oko)sr 7 ~ o-z 7 I >7 7 Ar Relative MODEL NUtdBER: ~pc pram Humidity (%) ZOO 37 FUNCTION: Vp)e.)ou< 3~ Chemical FLOOD LEVEL ELEV: ABOVE FLOOD LEVEL: Submergence P 4 msgr-L 'Documentation References: Holes; I 0~0AP) J6'U page g+~4 / OV-Ohvaeb Cq.(>,/ l-e~c. ZuSEe~.Zus'u ~o< 0400' E'«i. Q4 AL ~ ~/ay erwA Due it e-'> r-rp a' Se4 ur II CABLE QJ "LlFlCATlONTEST PROFILEc.d'lGURE FCR LIFE 6 LOCA CONDITIONS P>Q~-~7 L~CEt.'D: A ttiSULATtCH RKQSTAHCE HEASINEHEHT 0 AC YClTHSTAttD TEST 80V/UtL. ~'Ii i4h I "'9'-I~ i' Ii& i I 345 Fltt3 RH I paly/t00% I ~ STANDARD) LOCA STEAit OHlEQICAL I STEAit SPRAY. I NZHttt S T05 RM Q I 6 iVATER SPRAY EXPOSURE I t I. <~R . t P~ZWIc>1 $ i :ll IOO'4 l 335'F/95pttg/ RH I l I l I grI biiIriOu a OO ~CA b I T'c.s+ I 5t5 F/69 patg/JOO'P~ RH I g~pu,„f,nL I I I I I I I l I I I I I l 265 iiF-/28polg / t00'%H I t I I I I ~ ' l I I i ~ ~ -. I I 250'F/70 pctg (atIIj 2I2iF!0 prig/QO'4 RH I l OtTHIH tO SEC. I I l R TEJT "VBiAC Ot!CE PER Y'EEK 0 0 0 0 t9 3 5 0 ll l5 SEC -hit. tQt. IN. lCR. HR ~ 26 DAYS l00 DA'P~ T LPEPATVit /F:~SR.',iE PMFtLE FOiR Sl'LATIOH POST LOCA Stt'ULATtO.'t OF LCG3 OF ~tT ACCIDENT TEST . l ~ ~~i'C — .i'"!:.'tii i;. P6 ~ i p h.' LD C. COOK NUCLEAR PLANT UNIT N . 1 KET NO. 50-315 LICENSE NO. 5 / E NVIR 0 N ME tlT DOCUMENTATtoH l / ~'lr EQUIPMENT DESCRIPTION REF QUALIFICATION OUTSTANDING ~ ~ PA R AhlET ER SPEC. QUAL SPEC. QUAL METIIOD ITEMS ~ („r.VI SYSTEM: g4«~0> Operating t I bes t -V2. Time / D~y 7 r ~ S (ra 7 p.. Qt PLANT ID NO: t/RR.re os Temperature ]ri —I I ('F) e'VI V+ COMPOtlENT: H4~cM cew~ce Pressure (PS I A) mid~~ V MAN U FAC T U R E R: wmweombH r rA=pe @~ca'K Relative MODEL tlUMBER:rrzw W tlumidity gad ~OP/e Zest@ (%) FUNCTION: V~ra R a d Ia lio n cAC'/g SERVICE: g.r Ms ~ (106 rads) rYo Qp at. I Aging LOCATlott:~~ »< aP (years) AA/Jet+'Afar%/'7 FLOOD LEVEL ELEV: $ /g Submergence Svk e Jr. ABOVE FLOOD LEVEL IcJo Qiedr&rr7 ~o3 'Documentation Relerences: Holes Fgz~ r-sr Zap' C -g gg yr g FLOOD Vp TO 8 E Qua,l, Ie~ K~f ~ ~ Research Laboratory 4I 'e.g.~ A Onaldfied by Frankldn Institute (FiRL) Test Report yyP-C3341, J'an. 1973. T~Xt: Sl M~, g dt tk steam chemical spray Test Profile: F 51 lh'ads/hr, 200 1h'ads 340oF, 10$ psig for 3 h " 3204F, 75 psig for 3 hrs 250'F 15 psig for 0 days 210~F, 5 psig for 9 days Chemical Spray: Solution of boric acid 'and Na OH ~ PH= 9 ~ 5 LD C COOK HUCLE 50-315 T NO. LICENSE HO. 5 r e p.}}e ENVIROHMENT DOCUMENTATION EQUIPMENT DESCRIPTION REF QUALIFICATION OUTSTANDING r„r~- }='I-ir i r;- '. l. PARAMETER SPEC. QUAL SPEC. QUAL. METHOD ITEMS II j }}r I SYSTEM: V}}r}rrr)g~ Operating } Time /a}}Y yrl=> j',r - „I -'2 } LEVEL'Documentation References: Notes: 25. +scrm Ehrp Corp. r<4~ + page }r<8-/ PeP, Zf: guslified'by isohediz Coro. Test Report of Ãovem- ber 1975 X~5:. SS lt g steam chemical spray Test Profile: ~ 2 - .3 Nrads/hr, 200 Mrads 346'P, 113 ps'g +or g hrs 265~P, 28 psig for 4 days 215oF) 2 psig for 26 days Chemical Spray: 3005 ppm boron as boric acid in solution with .06> molar sodium thiosulfate buffe ed with sodium hydroxide to a PH of 9 to 11. HALO C. COOK NUCLEAR PLAHT UNIT 1ID. I CKET IIO. 50.3)5 I.ICENSE tIO. p; „ i.it.'- DOCUME ITATIOH EtiVIROHhlEHT ~ a- EQUIPthEttT DESCRIPTIOti REF QUAL IFICATIOtl OUTSTAIIDIIIG Psalm r~i r PARAhlETER SPEC. QUAL. SPEC. QUAL. thETIIOD ITEMS SYSTEM: I Vgp.roy~ Operallng Time lcwv '75LgyS i.('a rr >.I -l ~(r PLAttT ID HO: Vwa,ious Temperature I OF) oa 2 9-l,"a- Ao~e. =norw~ COMPotIENT: +o~~«~<'~ Pressure (PSIA) Pip i AoWe hlAtIUFACTURER: .e F 2 Relative- MODEL HUhlBER: rw~a/~ }lumldlly(%) r'O 0 roo pnrC FUNCTION: V p, g,,g g~ Chemical +ooI o PPI~B ZC oops/B f,S. > lising'NJ%Q~ BA'4 a" ACCURACY: SPEC: Spray I./VI'Pa+m /I/QIV ID'EMOtt: ~-ir 3/t'l. QA Radiation Mc pal'~//o sERVICE: tl06 rads) I on C Q pI, p. r 0 os /ZO veI> 7: Aging LOCATION: ~~ "~"~ ewrw~r~H4~+ (years) FLOOD LEVEL ELEV: ..l/8 Fcoopvr Subraergence gob erqeJL ABOVE FLOOD LEVEL: 1VbeE> 'Documenlalion Reterences: Holes: P. Nze'uz c . V o 8r/o f jgogo c.gQ f(Qg Al Qcpg I'c @~ca +.coeef wL Cir Dr ra r (. pcuDdp.(<~a. Ct gage ~dP -/ Q«.~ (pQ 7. Qualii'led by Ferine Co. F~o + April 30, 1970. 4 ~P ~ c=~(~p Type of Test: Sequertial, ghana adiaticn steam chemical spray Test Profile: +8 Hrads/hr,, 120 Hrads 325'F, 82 psig for 13 hrs 226<7, 5 psig for 7 days Chemical. Sp ay: 3orated water, 1-l/2/~ so3.lltioQ of boric acid and distilled water buffered at a PH of 9.5 C. COOK NUCLEAR PLAHT UNIT tl0. I T Nn. So-315 LICENSE 0 EHVIAONMEN1 DOCUfAI'.NTATIOtl EQUIPMEtlT DESCftlPTION IIEF OUTSTANDING PAIIAMETEA Sl'LC. QUAL.'PEC. ME TIIOD ITEMS SYSTEM: pjjg,ops Operaling r= Time gsAE'pj'UALIFICATIOtl 8P PLANT lo tlo: P~«rv~ Temperature ge@ ('F) 0 27 /lode'i~c=- COMPOtlEHT: Po V4r C<+4 ~g Pressure (PSIA) S~Q, triAIIUFACTunEII: aEa « 0~57 Itctallvc MODEL tIUhlDEII: x+4r~ ~ gbO Br~7 llumidily (%) 5e Q, FUNCTION: 4 DO~. JO g~~, Chemical /S" t~ia8e" 4 Sc= 4 'CCUrtnCY: Sp'ay SPEC: AA ~Sr H r~ DLhlOH. 4A (Indi ation III'ods) SCIIVICE: ~~AI>> S (I Aging I.OC ATIOH: (years) C+~V~A< VLVVVLVVLLELEV~Ve ~vs inc Subrnergcnce AOOVtr FL000 t EVEL: 4o ~ 4( 4 ~fa~l-~ 'Docucreniation Bclcrenccs: Holes > 4/PP~ .r~(~wc. ) CC. ~LL- (4~~) 7. XcNrrc Co Py rr ~on 4<+ CA'cf'.rs pf gzfvvnv~ A+ ~ />Xoclrrvfiy on kc'r4 lc < ~er v. Co„go(. ~~4fr il I: C4O 0 4, C. .I. I=r.aenorcr b e Q~e l A-r.k.c,f 7~ I g,. gc-Ps,c 6j4 T~ 7. (ualified ny 'R."ice Co. Pgo ~~ ~+~/& P~~~ April 30) 1970. T~e of Test: Seaue..tia~ ga=a adiatioa .ste~ che"'ca3. spray I Test Profi~ e: ~ 8 P~adsP:, 120 ".acs 228oF, 5 psig =or 7 day' Chem'ca~ Spray: 3orated .~ater, ~-~<'2; solstice of buffered at a ."2 of 9.g h DO!!A COON ttUCLEAfi PLAHT t!tt!T HO. 1 HO. SP-315 EHVtr PLAHT iD HO: ".9'tR(n~~S Temperater.. F COtr'.POHEHT: > >l""SQ j~ Ple'ssnfe -- ~ ~ (PSl>'t) 07 tl'.AHUF>lCTUiREP' -/f P r 1~~ - Palatine t,"GO'"L tiUt.'.HER:f j g', =.=,y -7 jg-'), yPf) ">a HumidHy (";>) . Ft!HCTlOti: >J j-( P, {Qt ZOOCl PPrll Ze0& Chemical g Jif+Ro 8~re IWt ~ t!':CCUPACY: I W8~c. -'/a SPEC: tJ' Spray PP~l- I DE!:iOtt: PJ gg Pad!ation > ~ > ') C~ $ ~ SER (10',".ds) -8-5 iCE: 7/4<.8005 ~ r!!i ~ ',p Aglllg I (veers) ~ t "L"'l0'VEL ELEV: 6lg-; Submerger.. UZir~lGg'-. > "BD".E FI.ODD i EVEL: — f JO gIJC~.Aialkm ) 'Dec: i';(: l..l'~n ~ i "s"r"r {ea f= Leo Du@ wu Bw q~~l P~~Ice.+' I ~ ~ c. I I r.;=-~c.<7; v-c gzgi, I ~ ) I >. ) (oy C7~) I> tl I>7 ir D>I/7 i) >II)>IS, ~'gg I 1P I)i 0 .C C .( I ~ I ~ 'tq'r 1;4 t OCI 0 ' ~.l I <:=C.C-C, '~..'. =-.~~-tO~ ~ \ ~. ~ ~ ~ I I CJ ~4 I C I Yqa g 5 0 .. 5 ()O CC 4 ~ I t I -L— Pt( Qt Q ~ QI ~ ~ ' +r'< ~ (» 1 c> l «C>C ~,JLLC(. J C of QVCC . ~ I I ~ I '> ~ ~ . l I t. t I I' I t)S I Q I I I ' ~ I I I I ~ ~ C.p. tt.t=f Ob." W 4 ~ I ) d.nP. IttI ..iI I 'I I I I I ~ I )4 I' 5 I ~. I''Ct~). t ~ ~ I 1 ~ ,~Gw ~ C t'0 0 W'J -l ~ I I ~ I I I ~ ~ l I ~ l ~ ~ ' 4 ~ I >» t j ~ I ~ ~ ~ IIl / ~ ~ - I I ~ I :l I I ~ I I „~ t ri r.. I >C; I ~ I ~ ~ ~ I ~ I /P I r 00,' ~ COOi; ffUCLEf Ft!flCTIOff:~/ p5'es'C= l f',&'0 i r f „p l O45 Qual-/ f ga,ke4 /oaf. Anot y5u 3 ~ a.OP, Q~.'S ~10 y ) pS" g ) ' (.'a YZ Cc.. a p~ c~'J e SO3.'u~iO?i 0 0;-! mad ha > HALD C. COOK NUCLEAR PLANT UtllT HO. l C E ENVIRONMENT DOCUME ITATION EQUIPMENT DESCRIPTIOtl REF QUALIFtCATIOti OUTSTANDING PARAMETER SPEC. QUAL. SPEC. QltAL. METIIOD ITEMS SYSTEM: Operating e Time /yeZZ Cpie LNgkioP Poli I'LANT ID HO: )/rt~royp Temperalure isbn -~ 3 h/on~ 0 a.~,9-/J COMPONENT: NA'V Pressure Prh, 4 Ec4'c1Rrrl( Pf'ue JAAfiuiv'g (PSIA) z S e.q, om< MANUFACTURER: gp~~~ pi/ /ZZ r."peP, Relative MODEL NUMBER: EP-/ liumldlly(%) /OQ /OO /VoA e FUNCTION: Conf>rn ~cn'f z.oOepp,4 f>- Chemical g ~ pprn8 Arian I W 3/s'or ACCURACY: SPEC: Spray ), fM9~8nI //~% ~ pir 7-II pp9.< Acr> jly'f,6 DEMON:~X I&v.r Radialion ~->ARP SERVICE: 2 sec r"t (106 rads) Sc a irlf4-'Pl1 4 eearw1 Aging LOCATION: ~ (years) )nA (0 p~+itIioi e~7 FLOOD LEVEL ELEV: 6/ QrO (q, Submergence ABOVE FLOOD gv4~r)ver. oA'. LEVEL: ~q geS P(r j) Lw 'Documenlalion References: - 3 Co I) Co p. Teak PePorf X~~ l~7 ]y, Co~A~ 4/P +~1+ /+i'd~++~ ~ 4 Holes'age ~A C ~~ r < ri> WA?<~~y~zs-a~7 (go, C-,LG'iQIr://c @ERIC i PPTiob <~ ++0/ / 40o 8 tl 'l Dlr1 165'H U+ APta PAPE< rUfrLI'5: All IZt fff CO. ~ A I C ot 155 Pelf I ~ ICaf le*If ~ ' ~ ~ ~ '= ~ e I — I '; Alr(toral i ~ N;.De I ~ ~ - e I a I I ~ I ~ } ~ ~ a S ~ ~ ~ ~ ~ ~ ~ I T :-i "l ;D;Pi@. I ~ 5 j ". emperatUre P. a ~ t."I enerator o -.Steai'}},.'g':.Ere I ~ ~ : I I ~ ~ akdo : Un}t'n(H "e 1 ~ ~ ~ ~ ~ ~ ~ ' ~ ~ .. ~ ~ ~ ~ ~ ~ :..: ...I ~ e 'I ~ I I '1 "f50 ~ a I ~ ~ ~ ~ I . ~ ~ I ~ ~ I ~ ~ ~ '-.I - ~ t I I I':' 1 1 I ~ 1 ~ a ~ ~ — I ~ I-' I 1 ~ ~ .I 5 : ' e l I I ~ ~ ~ ~ i-I . .. ' 1 ~ I ~ I i I ~ e :.: l I I L ~ l,l I J 5 ~ I ~ 1 ~ I I ~, ~ ~ ~ I ~ 1 ~ I I-i e . .I .. . .. -,. ~ ~ t,l ~, I I - ~ ~ a ~ I ~ oo ( I '-" ~ I e t ~ ~ I I- ~ ~ ~ .5 I ~ a a ' ~ ~ ~ ~ A ~ ~ ~ ~ e ~ ~ ~ ~, = 1 I I I e . I I I o ' ~ ~ ', ~ ~ l I ~ ~ e I Cliert} . ~ -I 0- ~ ~ I= l I ~ ~ ay . ! 1"T 5'1 e ~ I ~ o if ai ~ I ~ ~ 'I ~ ~ ~ ~ ~ ~ 5 tt '"-"2X e g'l ' I ~ 1 ~ ' I : ~ -l I, I ~ . ~ .I.. ' I I I ~ 'if}~a}Qr I ~ ~ ~ \ ~ ~ ~ ~ ~ I ~ w qe I~4 ~ I f.t \ I $ tot wt I ( q'o o ~ 'e ~ ~ }' ~ ~ - ~ I ~ t ~ ' +f4 I ~ ~ ~ I I I I e ~ . ~ -. l 5' e- ~ ~ 1 w 5 .. a l. -. . ~ r I a ~ ~ ~ ~ ~ ~ ~ I. ~ gA ~ 1 a ~ ~ I ~ e I ~ ~ .::;: I .~ii ~ I ~ ~ ~ ~ I I i:,I I } I ~ ...L, ~ I I.- "f ~ ~ ~ '" ~~'. '20Q '"'" I -tl. ~ b e I ' I '::r- a '' ': I'- a ~ 1 ~ ~ l e ~ a ( ~ ~ ' ~ . I iir '-' 1 ~ I 'I ~; „~ I } ~ ~ l ~ ~ ~ ~ ~ ~ ~ ~ ~ I i e-( ~o \ I ' ~ ~ I ~ ~ o . L gt I ~ t f I ~ -r-I:-l ~ l 'e a I ~ I ~ I ~ ~ ~ .. e 5 t-I *I I I o ~ ..„,V ~ 1 ~ ~ ~ —.'} ~ ~ ~ 50 e 1 o ~ .:„ ... . I : I : a. 1,1 ~ I r - r I ~ ~ .":"I ~ ~ 5''t ~ 5g- ''I'I f ~ ~ I I "5'I I,: 'e. I ; I . I 1 e I ...}.: .. 'I ~ ~ ~ ~ ~ ~ ~ I rf e ~ . ~ '. ~ ~ I .l. ! e f 5 I I ~ I I , ~ ~ ~ :.'L e I ~ ~ ~ I f 1 ~ :. r-t 1 ~ A L.( ~ ~ ~ ~ ~ L ~ I ~ ~ l ( I I 'I I ~ ' I I ~ .'i::I.j:i ..I,I I I ( I ~ I ~ gg a ~ I ~ I l-,i ~ I '} l l. ' j.- l ~ o ~ ~ }., I a -. I V l 5". e r- ~ I IH .i -'I..I I ~ I -5 -"~ ~ ~ l I I I I I i Lr I-a- -I-t-t.! ~ ' l" I . SED9 r;, L GKS'(-I-I ., ( I, I:J L f. -I '5" o tl ~ ~ a I.fM ~ ~ ~ I I I I EPo j ALD C. COOK tlUCLEAR PLANT UNIT NO. I ENSE NO. Ett VIRONMEtlT DOCUME ITATIOH EQUIPMENT DESCRIPTIOH REF QUALIFICATION OUTSTAtlDINO PARNdETER SPEC. QUAL. SPEC. QUAL. METIIOD ITEMS SYSTEM: Operating farraf Time / yeda 1 z'-g CQ IVI 6 jHA+I 0 IO >;I.iyr SA C. PLANT ID NO'g pgdZ Temperature pip oWe (OF) o~~.e-i)- PPP COMPOIIENT: 4 Relative MODEL HUMBER: < 8> 4 "r o nl A'.~e Humidlly (%) (00 iP 00 Con.i gfn ~eel y ~use Aging LOCATIOtl. (years) +o A'6= Co~ r&~&p'o 'Documenlalion References: Notes: ~ I CoHM Corp. 7esk r ~ro>r >~<. ZE 0 '9 ~ Co~ ~ +~~- I~7 ling (or p 7eg 4 kepbl /7. Cw>~ Corp Fesf Rc(or< 2 P 8 C~ey ~rp 7' ~ 2 pg or~ / (o0, C~~ye/id'r.'mCr-< p gr ZPgg-/ ~ g>j~'6 Qa~~ Cd \ a I I 'I a 4 I I 'a . 7 dP Q~; SMp /gaa?ja+ Zryaajla4j' )5'JAN I I a I ~ I ~ I I ~ I I a I I I '. l~+ ri 'l~ I I a py.. jjC?a? gr jyjyLLjeer /.,'~ '6 d'~ //,0' I I WP P ~..l AP...... P>=...3i jjj :P= 'jDF P.g 'gj~ a~ g- ~,f a I I ' a I ~ I I I T ~... i i i I i i I I i ' a I ~ a i . I I ~ i a i i ' a I I I ~ I ! i I I I !:,i a a I l I I a I i ! I I i I I I I a I ~ I I ' ~ I ~ ~ I I J a I I I 'I ' I i I ! I a ,I I I a a a I: r ( 1 a 3702 i p~~ I I 'i ' ~ ~ a tlALD C. COON NUCLEAR PLANT UNIT NO. I CKET HO. 50-3I5 I.ICENSE NO. s ~ I , EtlVIROHMENT DOCUMEtlTATIOtl EQUIP tdEIIT DESCRIPTION QUALIFICATIOH REF.'UAL. OUTSTAtlDIHR PARAMETER SPEC. QUAL SPEC. METHOD ITFh1S . (I ') jr.) SYSTEM Va)a ro>s Oper allng . // 2i j/ij Time /you r)pQ LNo-&I> + PLANT ID NO: Hy-cEcr;) Temperature Fib Ps8< ))'f cour ~Q ( F) /3,) 7-/ zzQ COMPOtlENT: /-i'm P~oArs (. Pressure /-ir), 0/v r (PSIA) I 8'9. 7 Se y. MANUFACTURER'sesgigs.)louse. c.c g,p. /Pter& Relative MODEL HUhlBER: r8bP Humidity (%) IOO S eP-. cthe r" FUHCTIOtl:Prigrtr)M)'rv ~rrZ Chemical a.~ 25or)pe~~ ~ J.l )~Su Aw I g3~p>rgb~ ACCURACY: SPEC: Spray oHcrgl PH 9-II Lio ) DEMON ~4 Radiation 'IO -C SERVICE: /A<)o~ rads) ,200 pqjo Aging N LOCATIOtl: (years) Q) ( onJlr) i+~4 <~ FLOOD LEVEL ELEV: 6/Z Submergence ABOVE FLOOD LEVEL'l~S 'Documenlation Reterences: Noles: P I ~sskr -~ pQfg/, "- h' ~ ' '.'p ': Q~NCM-7829, april, 1972. . W'team Chemical Spray Test Profile (for motor without heat exchanger) o 324 F, 80 psig fo~ 4 hrs. 250 F, 16 psig fc" 7 days Test'ro ile (for motor with heat exchanger) 320 F, 75 psig for 24 .hr 250 F, 16 psig for l68 hrs. Chem'cal Sora: 1.43 weigh percent boric acid PH=9.5 wj. h Na OH Xrradiation: .5 l1rad/hr., 200 l~rads. See page 33 of NCAP-7829 for Tes Profile suriunary. 0 LD C. COOK NUCLEAR PLANT UNIT NO. 1 KET NO. 50-315 LICEtISE ~ ~ C= NO. /Qr jr DOCUMENTATION ENVIRONMENT ()., p g't EQUIPMENT DESCRIPTIOH REF.* QUALIFICATION OUTSTANDING // PARAMETER SPEC. QUAL SPEC. QUAL. METHOD ITEMS r YSTEM: gc. Ug9ui'oo~ Operating < 1'o. 7 Time or ~ S'ac COMPOIIENT: CgAewse jJor , Pressure p iP/ orjE~ (PSIA) rroV MANUFACTURER:/ ~«' Z Relative MODEL NUhIBER: Igorssr. S~R>~on - G o 4)W &i~~ ~rrrCooMj (~,tel. D.l. r."j) ). CAEI) -t k. J('-'~l Cj o" ~ ~ r j 1 I < ~st P. b oxidation, rust and corrosion inhibitors. They are smooth textured, brown colored greases in the NLGI No. 0, 1, or 2 Mobilvx'EP consistency classification. 0, 1, 2 I Extreme Pressure Industrial Greases The use of lithium 12 hydroxystearate as the soap base for these greases ensures good resistance to softening under severe working, good water resistance and a consistency which will remain relatively constant over the recommended + .Mobilux EP 0. 1. and 2 are'unleaded multiservice. extreme operating temperature range. pressure greases designed for normal through heavy Characteristic Mobllux EP 0 Mobllux EP 1 Mob(lux EP 2 NLGI No. Structure smooth smooth smooth Soap Type Unleaded Lithium 12 Hydroxystearate Color brown brown brown Penetration at 77'F (25'C) Unworked, min-max 350-390 305-345 260-300 Worked 60 strokes. min-max 355-385 310-340 265- 5 Droppmg Point. min. F (C) 340 (171) 340 (171) 350 (177) Mineral Oil % 92 89 87 Viscosity SUS at 1004F 750 750 750 SUS at 210'F 75- 75 75 cSt at 40'C 143 143 143 cSi at 100'C 13.8 13.8 13.8 Timken OK Load. min. ib (k ) 40 (18) 40 (18) 40 18 R usi Test ASTM 0 .1 743 pass ass ass Bomb Oxidation Stability ASTM 0942 PSI Orop. max 40 10 10 C I-> TYPICALCHARACTERISTICS mon. Their excellent dispensing charactenstics will also be advantageous in many of these Physical and chemical characteristics of the Mobilux EP applications because of the nature greases are shown in the data sheet table. Values not shown exposed of the operations. as maximums or minimums are typical characteristics and may vary slightly. Mobilux EP greases are compatible with some other greases. particularly those made with lithium soap. However, the APPLICATION best procedure is not to mix greases ot'different soap types. When replacing another grease with a Mobilux EP grease. Mobilux EP greases are'recommended for the lubrication of the previously used grease should be completely cleaned or plain and rolling element bearings in normal through heavy- flushed from the system. duty industrial applications. They are particularly recom- mended where loads are high or shock loads are present. or In plants where human or. animal foods are being processed. where severe vibration is a problem. They are also suitable Mobilux EP greases. despite their unleaded extreme pressure tor the lubrication of geared couplings. Thesoftergrademay, tormulation. are not recommended for applications where be considered for the lubrication of gear sets that do not contamination of food could result. Mobilux EP greases have oil-tight cases. have U.S. Department of Agriculture (USDA) Category BB approval. Mobilux EP,O and 1 greases have excellent handling and dispensing properties at low temperature. The lowest recom- ~ mended ambient temperature for operating bearings lubri- ADVANTAGES cated with Mobilux EP 0 or 1 is about -20'F (-29'C); and for When used as recommended. the Mobilux EP greases will Mobilux EP 2, a stiffer grease, about -10'F (-23'C). provide the following outstanding benefits and advantages: AII obilux EP greases are recommended for the lubri- Superior lubrication under heavy or shock loading cat lain bearings. The highest operating temperature Good load carrying ability recommended for these greases is 250'F (121'C). For con- tinuous service at temperatures above 200'F, proper purging Longer service life in bearings at temperatures up to 250'F and relubrication frequencies are critical to maintenance of Good low temperature dispensing characteristics correct bearing protection. I Excellent resistance to water, washing The excellent water resistance and rust and corrosion pro- Good rust protection and corrosion resistance tection afforded by the Mobilux EP greases makes them particularly applicable for equipment such as the wet ends Extreme pressure protection with an unleaded formulation of paper machines, steel mill hot strip rolling operations. Reduction of plant inventories through multipurpose capa- underground mining equipment. tunneling projects and ore bilities crushing plants where moisture or wet conditions are com- D C. COOK NUCLEAR PLANT UNITS HO. 1 & 2 - DO tlO. 50-315 & 50 316 LICEttSES IIO. DBB-58 & 4 EtlVIRONMEIIT DOCUMEttTATION EQUIPMENT DESCBIPTIOH I'tEF. QUALIFICATIOH OUTSTAttDltlG PARAMETER SPEC. QUAL SPEC. QUAL. hlETtl OD ITEhlS ":C: E-r ///rr ~ri'.r/lee. Operating J/r 7csys p Cu/>prr/rr/u// I fgrer, Time ~~pry /-I .l n/n /gal/s//- ply.~e PLAIIT ID NO: QS'0 ca ~4 'n. Temperature vice rsnn PP-007 sar 5'icI ( F) 3/0 kfolv g.'/.2 CotdPONEIIT: Pt/~p dr~~S~ Pressure Ne (PSIA) MANUFACTURER: Nr'//'/L /rr 00 zf7r f MODEL NUMBER: l~oalt,r///' Relative llumldily (%) FUNCTION: .rllprrgpflu~ , Chemical ACCURACY: SPEC: yj) Spray '/n DEhlON'ERVICE: Radiation g.5tJ t'unvP (106 rads) /oo Aging LOCATION: (years) I '//I i'7/ 0 " FLOOD LEVEL ELEV: %tsar'5: ooovo pt.ooo l.ovoi.: tj< Submergence Re[erences: fSv Lt<4'C< vv 'f-17-0< +vo~T h./I II»<<4 Notes: / t/ v/lvv ) rrr a/lug a/'lulu/ fpcvpnlltl+p/~5/ y~l7p p//// n . g g J ~o.'Documentation ~/„// d;/ C~. — Dar.na LP <2 fltPP J IVII 6 — /I /,/I; luP / P ]'/;,///s /ct/pl>'v ~~. — PA'Iubv: Epag g,'/ /I/a-. 2 Sy. Dvl u/'~. - 6]vv<>u 2HJAI/vJ (rin5r I/rug g I"g r/s Aging LOCATIOH: 4.„8>~73'-o" (years) ~/n ,re FLOOD LEVEL ELEV: Submergence ABOVE FLOOD LEVEL: F/O ~/n 'DocumenlaUon Relerences: tloles: 0 C. COOK NUCLEAR PLANT UtIITS 8, 2. ti0. l DO N 0. 50-3 l5 tt 50 - 316 LICENSES tt0. DRR-58 8 l FtiVIROtIMENT DOCUMFHTATION EQUIPMEttT DESCRIPTION RLlr.. QUALIFICATIOH OUTSTANDING PARAMETER SPEC. QUAL. SPEC QUAL. METIIOD ITEh'IS 'or~7nulw~)T Operating Ti">1> ) Cesar/lTgylcc Time Srrwp'LAtiT tlr7/) Ii rP)L ID tt0: P- r/'O'r 7 f Temperalure l)F//pre' ( F) lio COMPONENT: $1))yr/)r 6'I) ega Z Pressure /Jp (r SIA) MAtiUFACTURER: le Py")L ef kr« Relative MODEL NUhlBER: 1)1ort)tv'~2 Humid t ty (%) pfn FUttCTION: L vr.'a)/-rr )Fo~ Chemical ACCURACY: SPEC: Spray /I//n //I//'/ DEMON: /ElfPSC Radiation rt ser v.ale. SERVICE: I (l06 rads) C,TS P I'tlr)err !7 /oo DE A/ Bran L r.)v/r hn4 Aging LOCATION: (years) C=i 5'73 '-d" FL000 LEVEL ELEV: Submergence ABOVE FLOOD LEVEL: +/n 'Documenlalion References: Notes: Page C. COOK NUCLEAR PLANT UNITS NO. 1 It 2 DOC IO. 5D-315850-3IG LICEtlSES HO. DRR-58 tl D ENVIRONthEHT UOCU/)lEtlTATION EQUIPMEHT DESCRIPTIOtl QUALIFICA'IIOtl OUTS rAIIDIIIO REF.'UAI.. PARAMETER SPEC. QUAL. SPEC. METIIOD ITEMS SY ST EM: II)ry ~)nvyIIII V/r~/'OCATIOH: Aging / (years) .iin ()g) f II FLOOD LEVEL ELEV: vl Submergence jr neove FLooo ).eveL: goal JINNI'>cl~'.r@s 'y + < "~ ~ "<'I ~Documentationacumen a on Relerences'W'+ce erences: .t- '~+ ~'II«< Holes: A I-,eel,<(~~ (~ $ P) I e ol/v /It))))g(~(ov SOyk'0 VIS rrI./f I> 0 Soy v))ir /I/p sgr ))))r /rpyp~fit li oJ I krJe readers roo 2 rltl jrr Src Ioy)v Ip'p~ /rj5 Sgr'Clf)v agr))y, Pr)~ h)fgl P Kd'f I))ar 3 p )er )lv lg oog Q'' D C. COOK tiUCLEAR PLANT UtilTS NO. I 8 2 DO HO. 50-315 >a 50 - 316 LICEtISES HO. DRR-5S I' 4 ENVIRONMENT DOCUMENTATION EQUIPhlENT DESCRIPTION QUALIFICATIOtt OUTSTAHDltIO! REF.'PEC. PARAMETER SPEC. QUAL. QUAL. hlETIIOD ITEMS SYSTEM: (, > fpp/g I/7 Operating TC-5 5 v'.IP><'-'78.P!;4 L.r!Ylr4i Alia Kfrrt. Time e/n lJ17j'J )!I,Ir'). PLAtIT ID Z)r>r'>err tto: /'P-PzP r QEPO ~ Temperature Ce4 S Sc,V'vE ce (oF) ~~ll'it.). Z COMPONENT: CHES O~C bxrrSE Pressure (PSIA) MAtt UFACTUR ER 4pgil - J'A.i f Relative MOD EL tt UtdD ER: r' P.>5A: Humidity (%) E. reer FUNCTION: lrrN'~~ Chemical SPEC: >'CCURACY: Spray w/n ~/!S 0EhlON: Radialion C' SERVICE: ~ Ar'~v~sg Csse>At Pj (10 rads) /oo il/Wr'Documenlalion ,)„,. /4 pl. Aging L0 C ATI0 ti '!I /07 '-g" (years) r'Jn eries FLOOD LEVEL ELEV: ABOVE PLOCE LEVEL: +/+ Submergence Reierences:+ ' '~.i.a> m h.Z~.Lp - r'n Ep). p<„,vLuC s I)" r rs5r5 v>f/'sgg/Jp'~c'<<»r. Apl.y./I).. Z i.iij;"~-~ P'~~ f~ gg / h ~rfjr y-.r5. pf- 250 A 3c~~'. Page (~6!' e D C. COOK NUCLEAR PLAffT UNITS NO. I & 2 DOC NO. 50-3I5 & 50 - 3I6 LICEtlSES HO DRR-58 & D 4 ~ i, r., ~ F.tf VIRONh'IENT DOCUMENTATION EQUIPMENT DESCRIPTIOH REF.. QUALIFICATIOII OUTSTAII r,' Dltlf'TEiblS PARNilETER SPEC. QUAL. SPEC. QUAL. METIIOD F -'-':'YSTEM: / a/Vi V ~/4C-ClrP/ Operaling )C:~lb u 5;Fi~r Ernllad gOnlfi Time tJ/w ld AW 1)..vy g. PLAtlT ID HO: //- g2 4 Temperalure /a>f8/f/y kl s l (k, FS/Ia . 5'uP (oF) gt.l g .'IT. l COlrlPOOEOT: PPnrP P rl Pressure (PSIA) hlANUFACTURER: /)lfr8l/ u/~ . ArF~z Relative MODEL NUMBER: l)TF 7'7) O.I Ilumidity P) E'pp r e y- FUHCTIOtl: gv)frcsATIE Chemical Spray ACCURACY: SPEC: g /p DEhl0fl: Ef5c Radiation u~sL- SERVICE: 52 (106 rads) Dc~nrn~ / 'r204 v~/D'OCATION' Aging (years) L 587-6'LOOD LEVEL ELEV: Submergence ABOVE FLOOD LEVEL: Hilt nl/n 'Documentation References: +~ L ++~ " Ch (-'li>6 A.r; i..("'.,(/I,C>) r/En>/nO lii'aligfarl/inter N'C'rPAPPVCE JS n/~~ ' grr. p,>i I i"EA Oil /fjnIi njf Q 3 //r a ~7< ><7 / „J„;$ of IS'0 S > P/rp'4'/.'ric/S )„/rJ sp~i. Page ~ D C. COOK tiUCLEAR PLANT UNITS HO. 1 8 2 - IIO 50.315 8 50 3 llr'ICEtISES HO. DRR-58 u 4 ENVIROfIMEHT DOCUMEHTATIOH EQUIPt(lEtiT DESCRIPTIOH QUALIFICATION OUTSTAHDINO REF.'UAL. PAR AI(1ETER SPEC. SPEC. QUAL. hlETIIOD ITfhlS YSTEM: in/=t'TY XieEcfil~ Operating Vi;-z~ ~ C r..z:.pn7~~ Time d/n ri/n tvrirgi li.e C:IL Al()flff:. PLANT ID HO: r/Z PP- 4 Temperature gnrbrr'r~~ SEBO C.(BJ:, F'58~ 5e.vv~ ('F) e ((oofl 3 . g'r /8 COhlPOHENT: ~ C. COOK HUCLEAR PLAtlT UNITS NO. I g 2 an HO. 5a-315 g 50- 3I6 LICEtlSES NO. ORA-58 g D. ' / Ie ,'b OOCUMI,"IITATION b EHYIRotIMEIIT / I Ig/r EQUIPMENT OESCAIPTIOH REF EQUAL. QUALIFICATION OUTS rAnuitIO ' PARNIIETER SPEC. g UAL. SPEC. METIIOO ITEMS SYSTEM:I'r-irorrIrr J/pqr Oper aling 7ES7 5 + Ocr/. vllrr1F/'0/ Ij.S fr: >r/SIFr L Time (J,v /r fi1v'8II. PLANT Ia Ho: rS~R Temperature $50 g~+. ger s/ic~ PP-035 (oF) /lo S.VES'A9.> n:g»'I IbrT 39O lr COMPONENT: fg'»r 'IOIv~/c Carol Pressure //Llg/ MAtlUFACTUREA'Mr8!r (PSIA) Relative MOOEI. HUtdIIER. Ikkvdlrv< "2 llumidily (%) A ~If':7 FUNCTION: r/Irical//n l Chemical ACCURACY: SPEC: Spray ///n r/Jik DEMON: AE l0S C Radialion Ns gr- SERVICE: Pilx /'"y (106 rads) lOO an- /IIg deny/ Ieic (Vr Aging LOCATION: '(years) AIIFr a/n A, .<73 -Cl FLOOD LEVEL ELEY: Submergence IIBOVE FL000 LEVEL: ~/n ~/Fr '~ ~ Pt 'Oocumenlalion Reterences:M ~ ' +'~ < /liltrb Holes: I.Fer4(0~. C n CP). III/gr/r j11anArrcts/rrr /re ~I///r/~~ gEP Vs~5 We'OIA//g VIVV. 2 6r/~pi S - +5+Z/Z- SL. 'tr ~ ) g c l 4. )tg,ggl g5 -;S.I.(, . IL-i,i.,i.. page ~ LD C. COOK NUCLEAR PLAtiT UtllTS I g ti0. 2 ti0 50.3)5 g, 59 - 3IG LICENSES Ho. ORII-58 < EN VIROtiMEHT DOCUfIF:IITATION EQUIPMEHT DESCRIPTIOII qUALIFICATIOH OUTSTAIIDiHO REF.'UAL. PARIVIETER tslETIIOD IT EtelrS SPEC. EQUAL. SPEC YSTER' LTC-g/p=C'C c Operating 71. 7~ f Cv+$Pl7n7/T'A /lupijc Time p/n Qi 7jl II'/g g ic PLANT ID tl0: /'/'- Pw O ljni .:% i Temperature f ggo c.~t FSn~ 5'evVI C ('F) c ggvf eaeL @PENT 'Iso 444, g,'t.z. COHIPONENT: /OeeSSTO a Afpt>'C 4 F/ Pressure P/ LY (PSIA) MAIIUFACTURER: ~ fi'ff'CI Relaliye Nr,r MODEI. NUfitIIER: /.7,C g I llumidity Pe'.vT>p PIPJ' 'Oocoaenlellon Relecencec: ASS'e-~ ' V ~ IlL Fc.it%'fI ~- Pj, pri„, nrpnS I,rCjr r C. COOK NUCLEAR PLAtIT UNITS NO. I g 2 DOC 0. 50-315 8 50 - 316 LICENSES NO. DRR-58 8 Di Ett UOCUhlEIITATIOti VIRONtdENT , ~ g 1 EQUIPMENT DESCRIPTION REF. QUALIFICATIOtl r OUTSTAtlDltlCi ~ I PARAMETER Sf'EC. QUAL. SPEC. QUAL. hlETIIOD ITEhlS SYSTEM: C VCS Operating ) r 7-; ( 4(g:."(V/(en< Time /L4r~I=. z/g ~/(/ 8I v'8V. PLAtlT ID tl0: /(Ip pilgN'rr7 gyp Temper alure h.vog Pe r nP ~: r(I ( F) . goo .$,2 COhlPOtlENT: C~vVPl(Nb hlODEL Relative NP tlUMBER: 5(71/~ . L- 0 Ilumidily (%) I. ~-fCcf FUtlCTION: LL(I(rrc>3(~ Chemical ACCURACY: SPEC: -Spray n(h DEMOtl: Radlalion SERVICE: (106 r evt. J/,cry n) ~'»p rads) /7 /oo Aux ~'~'g Aging LOCATION: (years) .~/g n/P FLOOD LEVEL ELEV: noovo pLooo Lovoi.: I'!0 Submergence - vDocumenlalion Reterences: ~8. Lr.ltm. o --„1 vo+r«-~ A I. Allen Notes: (>r,k; PL ) Cr .Fc', v EIL"~~ ( ~ EP) I (vI+v(IIIao flooLV r c rvalal Ip I ogv(vl ) RICIIFIEID OIL CORPORA'IION ROCOLUBE RR LAHTIC REFINING COMPANY ATLANTICLUBRICANT Imt l7 'SIIELI. OIL COMPANY SIIELL ALVANIAGREASE vt 2 Ir~ ICAN OIL COMPANY AMOBAR S (4.(r ~ Lifer ( ~0~ 1/ SIMNIA Ol a So VQY'Ex DOKS LEADOLENE o Oil COMPANY 375 LIGIIT SINCLAIR REFINING COMPANY SIHCOLVBE I OR LITIIOLINE 'ILS SERVICE PETROLEUM, Inc., TROJAN GREASE A 'I MVl1I.PVR POSE GREASE Pq 1 Yeas+. NIIHLNTAL Oll COMPANY CONOCO SUPER LUBE SOCONY-MOBIL Oll CO., Inc. ~PiOYAREX L 0 ~ PE bROIIIERS REFIHING COMPANY LUbRIPLAIE /v 650 AA MOBILPlEX EP vyo RF cLIL coRPGRATIGH CROWN i' STANDARD OIL CO. OF CALIFORNIA CALOL SA g I b'iblE Oll AND REF IHIHG COMPANY FIBRAX 570 OR NEBULA EP 0 STANDARD OIL CO. OF OHIO SOIIIO f77 TSTONE LUBRICATINGCOMPANY KEYSTONE g l5 EP XX LIGIIT SUH OIL COMPANY N 751 AHD 74 I EP lSILR LUBRICANTS COMPANY LUBRIKO GREASE M.54 TEXAS COMPANY MARFAK gl page (~l/'' ILLIPS PETROLEUM COMPANY PIULUBE /y I STOCK 401 TIDEWATER ASSOCIATED OIL CO. TYCOl AllTHO f10 IE OIL COMPANY POCO flbRE G'LEASE g l UNION Oll CO. OF CAllfORNIA BALL ROLL IIII OR ELNObA g I * PL NT UNIT NO. 1 ET N0.5-15 ~ \/ P„ I ENVIRONMENT DOCUMENTATION EQUIPMENT DESCRIPTION REF.e QUALIFICATION OUTSTANDING PARAMETER SPEC. QUA SPEC. QUAL. METHOD ITEMS * '/ YSTEM: Qqgvo~ geM ae Oper aling o Time 9 Ws )33rno.. LANT ID NO: //g / Temperature Ps/< ll/«2 ZO Set . oM C-. ( F) /s./s -/ COMPONENT: Sjyygrd cger Pressure I=r 6 4 @ceo~ h ever~ cr k'C-. (PSIA) / 77 S eP. MANUFACTURER:~e orcus//docs Relalive MODEL NUMBER'A, Humidity (%) iOD S'ep FUNCTION: IlqLro)~ pp~~ ir~ puffs y,S. R)U:~'u).v'CCURACY: Chemical p / Ir/~f'8 SONIC / g/g~f ~~~ Spray ~P < OrJc: SPEC: 4A /e <-k~~ ~hrncr for t ~ns ~< Aging LOCATION: /on ffPlic)~to (years) FL000 LEVEL ELEV: 2 r 4) Submergence ABOVE FLOOD LEVEL: 'Documentation References: gO 6/s ~f~P ~g C~o/v/cu n -, eo. u)gslrn house T~sk Rfu/t gdIP-)7OF-L Sv//sL2 (orp. I 4$ Pz 'J T)~e Q u J. A)s)WP L5 gage~ Pe~zo. Qualified by ".estinghouse report 'r,'CAP-7709-L, supple"ent 2 o Sept. 1973. ~ p y radiation. t~| Tes rof'1.: Horizontal (s'de-to-side) fo"ce = 2g (bacL-to-back) force = 2g Vertical force = 1.33g Frequencies = 1 through 3g Hz ~ 33 to .80 1'~adshm 200-220 1hads. A s~ed ( 310oTi' 77 psia for 4 hrs satur ated 25'9ov 35 psia for 20 h"s stem. ( 228 "-, 20 ps'a for 1 hr Chemic al SD ay- Societe; thiosu~Mate 2500 ppu boron as boric acid with i!a Oli added fo" a PH = 10. ENVIRONMENT DOCUMENTATION E()UIPMENT DESCRIPTIOH REF.~ QUALIFICATION OUTSTANDING PARAMETER SPEC. (IUAL SPEC. (IUAL. METHOD ITEMS YSTEM: LI .. 7 H Operating 0 NOIUTiiI i/!is', Ir f I SEG.DB4TIhL f- ROICE Time COI1ar WC.D CCX IPI). I EPF LANT ID NO:BI.I II()!IIIiIJr'-,', Temperature FJI IV SEGllB) nhL I'JPI'I i'l,l: .'.',I I'!'l,I I ioO I3. IH ~,.'),I ., (oF) i&0 .COI II/I'Jr.'OMPONENT: I'O/'ii Q IF F FR FNTI0 Pressure "7 U& 'Documentalion Reierences: UHLf'.V~ Or Ill I: III.I "l! r iJ 4 Ir.:.I. Holes:(.5) KFQIlll(l'51,IrT INDI)l t.";!.0 IN I".I.l l'.lil il I. st('I '> '.:! I'.l.l'I! . i ..'; ..' ! Jr)!r OIll(il Vr:I:...rI:.".t:. L IN Rl:(I'ON';I= 10 AtI I'. r I!: I ." . I '' ' 3,!,- VII:.I:,': "..: ~: L(.TJ(I( i. iI!I. TIIC.': Uf Ill..i V'I:t.l li(rl ( i.l r.. tNITH .-. N'„- (:"I''i'iit:;;„:'i flill-I I-',0 RS I tf'll:D Af'I:1~8'fIAI'I I:AJ'INY HCC IUI;ill IJI'IiilY. l'il Nl;. i:!i~! flN I.'I: Ii,l .I I fd'lit'tiliI! I; page IJ R E t'lRC.: 005'78 ( D C. COOK NUCLEAR PLANT UNIT HO. 2 ET NO 50316 LICENSE NO. EtlVIRONMEHT DOCUh1ENTATION QUALIFICATIOH OUTSTANDItIG EQUIPMEttT DESCRIPTION REF.'UAL. PARAhtETER SPEC. QUAL SPEC. hiETHOD ITEhtS 'rr Tf/BI.Lr tr'c)l. asr c)l Sl: . SYSTEM: Lt 5'T H Operating <2./s NONE. J)I.QS-I Time 22.(s s Ec? ti5 H1)irl. I= Q FIG HTIIIL JV 0/I PLAtiT ID NO:GI,P-IIO,III,IIX. Temperature gEaur IRO, I/I,Ji'r',I f),IXI IZZ. I'Ia) ('Fl Z |'0 I E.-Z I'l .~ I)IZ COh1PONEHT: 'D)r-FERE))T)A) Pressure 5 I=QQENTII)L E. PREKSQA.t= 'TfiMLSN)Tl.ER N (PSIA) 22 J3.1-'. come)rrrco'I'I:I'.C I 5 MANtiFACTURER: 5'EF30 Br-)n.Tor4 I T1 Relative 5EBUL'NTIIIL NbNC MODEL HUhlBER: 7ri+ tiumidity (%) 100 IOD FUNCTIOti: /I C THATJC)N '1.l'I% I.I)I"!i u('r- 5F Q t h LNTI I)L /'IOtkr„- Chemical MRIC ANDRIC 8 ACID E.J5'/n JICJD P..I7'lo ").'JJ.& 30 ACCURACY'PFC: Spray e) a% NOOJ> " NnOJJ,';.-- DEh10H:-25 /o Radiation Cot16IHF 0 B F63'S SERVICE: STc p) n (106 rads) o.t 30 ~Br)ERMc )r. LEVEL Aging LOCATIOtt..IH".~)a)= (years) l. r i))T'h))4&f= N1 eRVC-. FL000 LEVEL ELEV: Gt') "Q CNr:treEE Submergence 75 PSsC R)) ih ABOVE FL000 LEVEL: ML) pygmy,F trr.e'W) C.W tlotes: 'Documentation Reierences: UHLI:KS OTIJERLV I 5 E HATED Irl ir 8 I5 r III. IAC.UOF N f QNIILf5leJ CJI NERII jill RI.I Rlt=ERCNM ARE rSFtP S,EC 7 IOMR /IN RDVI=RSE LIIYIKONNENT T-OI< 'AHICII CRI..DJl IS ASS(INED REF XO= V)lESTIN6 JIQOS.E E.'ECTO.IC FDJt, aPJ:.RJ)7JOH OF THC5F.. DEVIr E5. C.OR%',ONNlUNI C.hl 1 DM: NS- TMR- 1'lb& page Q PEP: WRC.: DOE78 00 C. COOK HUCLEAR PLANT UNITS NO. 1 g 2 DOC . 50 315550 316 LICENSES HO. DRR-50 5 0 ENVIRONMENT DOCUMENTATIOII UIPtnEHT DESCRIPTIOII EQUAL. QUALIFICATION OUTSTAtlDING REF.'PEC. PARAht ETER SPEC. gUAL. METIIOD ITEhtS SYSTOn: f!I.t:CILI It! I Operating : ...,'! v'II!rr=.I.. Time PLAtlT ID HO: I L R I IO Temperature I I I (oF) COhtPOHEHT: I)II-Ff.i;t:.~JTI(il. 'I Pressure i; ' l.'/l>i:il'Ill1; f: MAHUFACTURER: (PSIA) 7 'N~iI Rl!l'II=.WT htOI"EL NUMBER' Relative Iiumidity i I ) 00 l= I (%) i.'UN C'I IOH: .I, ') Ihtu Chemical Spray ACCURACY'PEC'EhIOH: Radiation SERVICE: . t."..'.I! '.l.' f' (106 rads) fi'!I.' I:Yf:l Aging LOCATION: ("'rr I ">tl tt:. : "ilrt:t.'I (years) FLOOD LEVEL ELEV: ABOVE FLOOD LEVEL: 'i" Submergence 'Documentation References: Holes: T.'::. I ':.'I:.I".» Il: IZ. I., I.(~'"Iik-U SI(CII TIIflrNn OII.Y f.-T)V!T JNTI.=%BC TIOH Ol!. III)VIIY I:; !.I 'IIL"?I(-- .I..:.'.I ~IIIIL EI-I=I=CT t1 IIII= 5!bNI)L LINES fJRE "465i::.CT 70 NABLE,hN011--4)LL, I:,h'iII:.r'hlMI.r.,l. ' 7!':.I t', I IIII.HI.,'I:. QF fkil:- 5kl hIAL LINE. ( I HI:IIIIIITIC3 C0651=~ TIIE 'bldiil. TO C 0 TO 2EICO '-'. I' C0IA >li'4b 'I Ill= C>f% li I! IC)(I( IO TWIT(kk TQ 8(AIL 1 MY FE!=DWf'I'I'Ef'>l)(k'l.lf' )i.t l(l'. page Xl. AEF'AIRC: OOZ7S 00 C COOK NUCLEAR PLAN S U .5 I I6 LICENSES NO 0 0 ENVIRONMENT DOCUt1EHTATIOH EQI)IPtdEIIT DESCRIPTIOII REF.'UAL. QUALIFICATION OUTSTANDING Eh'IS PARAhlETER SPEC. QUAL. . SPEC. hlETIIOO IT SV ST Er~:8/rJH I:.I J.'.'!'.!!.'.".',. 'it.c.ir gE>r'c'A~ i MJ,S~ Tflf'~ E. r- Operaltng C. pia>'! /' F ~, Ps ~ I 5 ~f.t. I} g!q~ ) QI I , ~ i ~ ~ ri":~r c'.o.s oi Hr=> I ',', Time 8ri»( j';~ f y Lr fl !=!=i.iscT PLANT lotto: Jr..C c JO,!'.ll, Temperature . I'(",Iu r,. t I I I I'lI I 1/.. I J't=. 2CI «. I, "I,; .'O,i".';I, i.'.0 {oF) 0 ')/ fJ.,'ll CGtiPOIIEIIT: I JF I"'I:f(I I "TI!i! Pressure Ffb QC.ht) I'I!.)I'I I ' l '. I'P/i.'i .I I li) {PSIA) 7)J.7 ':f'1AHUFACTURER: (J-i"; 85'l l : ">/'f3 Relatrve < MODEL IIUtdBER: IOO f00 V/CAP F AOFIJT1HL h051 Humidity (%) '.:"'f'Hl(I"Iol) 8 5'l l FUHCTIOtt: Wl)J:,I'IJJJ„J I,)'IJT't." Chemical I !4! I f I!)h/ lit(!I'!' APCtlttACY: SPEC: r~ I(o /o Spray DEhl0tf: —I I. 75 ~/i» Radiation .,~lf tl SEIIVICE: Il)IPifiV f-f..f: (106 rads) DV/:J7!.''i I Aging LOCATtotf: OUT Jl )" (years) ':I" "-I.M/ FLOOD LEVEL ELEV: N R Submergenc> ABOVE FLOOD LEVEL: 'l(O I') f'Documentation References: IJQLl-„'-;, r f )lt'.Ai1,'Vl.-.l.. NOYt. L) Holes: Q.)J.!a g. I'I l'.8 ffftC. TltL: Ht".JI!tr.''.lt'ltttAI"'.I'I'I C f..NJ:I'iliTINb H{..ClOf NT J)litt/.'I'.:i':. FOI Qt>tCH 1 1!'l.:.lit I i".. I>'.",."I'I'.i.'v l Ot'. OPI:1LO I'10ld QF Till"...1,; ""Ji' ."'I'; l'(''. I.'I'J(..l I L I: I I ~ f'NV! I'l"tl. N7IIL f3J.'I tci:..'=- TI..I INl') Pl: I'I!XJ: ':.' I ttfi',I')I)7f I ..'. page 4~ AEl':NK.:OOS76 ALD C. COOK NUCLEAR PLANT UNITS 1 NO. & 2 S NO. 50 315 & 50 316 LICEHSCS HO. DRR-58 -74 ENVIRONMENT DDCUttlENTATIOlt EQUIPMEtIT DESCRIPTIOtt REF.'UALIFICATIOH OUTSTANDING PARAMETER SPEC. QUAL. SPEC. QUAL. METHOD ITEMS SYSTEM: $ /UXILIARY Operating FEr.DWJJ rfc.f; Time PLAttT ID ft0: C. L R I lO Temperature IJJ (OF) Cot 'Documentation Reierences: Notes: TllF TVIJJJSI'10 I =R. I. J.O(JJ'I'J.U SllC)J TJIFII NO SOJII'CF-TBKET JNTFRBC 7IOH OIL I JJ)'ll.'"I".I:. ('ll'Jli'r>tl'- JRFNT HILL EI=FJ.=CT TT Il)E. 5lbNI}L, LINES ARE >ha>CcT TD %SLY, AND I>i=>aLL, f;II'Jl('()Ntal=trf. flOW I 'dl Kp'I t'lll~ 'll( I. QF THC SIGNAL LINE, ( Pt(J:Iillf)TIE.) CO(le I S TllE "lbNIIL J0 C 0 TO 2CRO TIIEl I'age'.Q RE) '.NR(: DOSTS e C. COOK NUCLEAR PLAHT UNITS HO 1 8 2 DO 0 50 315450 316 'LICENSES tIO DRR-58 8 4 EHVIROt(MENT DOCUI(1EHTATION EQUIPtlEHT DESCRIPTIOH QUALIFICATION OUTSTANDING REF.'UAL. PAR At('IETER SPEC. SPEC. QUAL. METHOD ITEMS SYSTLtl: .: ~I'('I(i'."( Operating woruvHS HO) ir)2.8 ('.'I:l:IJ( l (0)'!'l.3 I%31'I(= :!,I)'-/'J!lI !~ Tlfne q I:(L) PLANT ID J=J=E NO: IO Temperalure 1-'Ih '' ') ''/0 7. JD NON!= ( F) 0.7;( Cor,lr OHEtt T: l)11:Ic!.;f(f IITJ!IL Pressure l.- 'I rJ No!;r. I ) (PSIA) MhflUFACTURER: F=QXibOR.C7 Relalive MODFL IIUVBER: . I OD 1. 5. Nowc, llumidily I'c-I". I:50(il- tt'1'-r'li-D (%) FUNCTION: ;-; Chemical illITOR)N6 110119 ACCURACY Spray SPEC'EMOtl: Radlalion NOI 1L= SERVICE: f1 UX JL !1 IY (106 rads) I:I i l 'ctrl I I-f: !=LOW Aging LOCATION: OLI I 3JOJ.= (years) I i!')t!I 'l l. I FLOOD LEVEL ELEV: g IJ Submergence t')OIIL= ADOVE FLOOD LEVEL:llew;I'.''Ill'. ' Hol~s: 'Oocu(oenlallon Relerences: I ll >1 1" r 1:1 'i'9:1"..1: NOTI=Lr pL q pIU-~1'IgTLq II.lg-liltJ..I: n nt-"Vlr l- ', r»:t= .l'"( '1' Ftr. HT'lOIV I! '!, I 1.1' !( 1 I:> I'Il-'. - 01).p ..rr~nV-Ore .rara Qil&I.t TMI'ROr.;IBM R: UTILlrY (]XW!cA>l»E.p CiQlrr.rr-tc-a>aw c r.(" c pr--tM(, . ~r. p I:n p r 1 r p Off'NUl(f.-:Cj 6".;"I'r'i ITEN '2. l. I. I>. wl! L: I'l'.I'. HIP': OOZE.) 's l)JO'J.'0 OC.T. Zc! I'1 I'Ic I JI':.>l I.". IIi f ~ Ill.'l IIP I .': 8c'"".(.~, Ta -:.:.'''.I'. J..rP.b i.''.)0 f'f"l."'.."':... ':l fr F11rllk I JOI'l I Xlr.. I !le!., I)>") >l > p+~e +Ljf I I >r (» r I > '~ ~ illrs ~ ( > l>c I 'I >'-. i .. AEr:mal: CC =-7Z , ENVIRONMEtIT OOCUhlEttTATION EQUIPMEHT OESCRIPTIOti REF.'UALIFICATION OUTSTAHOING PARAMETER SPEC. QUAL. SPEC. QUAL. METHOO ITEt>IS YSTEth: I'illlllFl FDVOJTI:/'.-;. r- r g6$ I'C>VS Operating 4/,Ss Tr pre. y i> ill.//C I rr't:JP /lr ir.tJJ//ir// Time I.S CZS;rC 0-Zl: p.s c'.~>~)silvpr) ) I(..>HE. I!c afar O-P.S 8$'il r)=ape./ PLANT IO HO: FCC 2JOg2 IJ! Temperature Flb + FQOI:.IJ'I I'LL t IrrI»=. 290 'IICJ1l'fb 220i22/i C $ 0rPwl Z /0 ( F) 0:L4 CathPOIIEttT: DI F/=J=,KFINTIJ)L '- Pressure %CD!i T- C41!i:..I'0'l"If 1 t'ai'1) I RFc>;I J,f~'f: I 7l I!'-'OCATIOti: Aging D 0 T 5 I Dl„. (years) r /1!ITf/lt/ 1I=.MT FLOOD LEVEL ELEV: Submergence ABOVE FLOOO LEVEL: ROI IU, 'Oocumeniaiion Relerences: UNLP 5i~ D I HFQWI~I". NOTl": L) '.g.~ f.''{.r .8 )IILE TIAE llDUI'.l('= l.tl)/11!/')I!i.IJI I~I'1'1'L)', ALL >JCI:.i~ BILE 1 it')R. ~,ECTJONS- (;ENEP,H7)N(~ HCCIQv:l JT J)I page Jgi AEP'MPC.'OA 76 LD C. COOK NUCLEAR PLANT UIIITS NO. 5 2 I S HO. 50-315450-3)6 LICENSES HO. DRR-5 -74 Ett VIRONMENT DOCUMEIITATION EQUIPMEttT DESCRIPTIOH REF'UALIFICATION OUTSTANDIHG PARAMETER QUAL SPEC. QUAL. hiETHOD ITEhlS SYSTLM: I;.I")I.I';: 'l, Y Oper aling ~ ")) "( ); pt ~ I r', Time I %0NT)4 g /vtou I.F.f'OCATIOtt: Aging I'0 C) I IT'.) I=... (years) ; r /)!/II'!'l" ).'I FI.OOD LEVEL ELEV: ABOVE FL000 LEVEL: Submcr genre I'lONf= ") 'Ducumcnlalion Rctcrences: VNLI:.<.:) r ) ill'rV/I')I I'Ir'.')TI'„D Holes I/r I. g g ) t Q( I) ]/0Q OF I RI=SS)(lif 5 W)TCPI /5 Olli)IDE 1': l.'',1. I,3 I ''1„'. I' I'lr.'I'I+ f)(,.)+ I phffpyhlf/lG. gO f))l)TISH 0(I)'( ).. Ahab r)I'I i( I.i I -.I TT /;III;I(// )'f.".;I.!,;.rII:,Its/I-://I'I I" Tflf:.f|f fOt(l:,)l)f:-ID)-;0 /)(OI") r I LC I ~ ...,.; ~ I-'?. I —,: g)//l') TI:.,r.) I JQ) C.I'//. /"llAJl)I SOD- ICO3 page X< RE f'R('.'. OOS 78 D C. COOK tIUCLEAR PLANT UNITS NO 1 & 2 DO NO 50-315&50-316 LICENSES NO. DRR-58 & EH DOCUhlEHTATION VIROtlMENT 4'QUIPfhEIIT DESCRIPTIOti REF.'UALIFICATION OUTSTANDING PARAhlETER SPEC. QIJAL. SPEC. QUAI.. METIIOD ITEMS SYSTEM: Ift(XILIFNY OperaHng NOlvTHS FEEDV'IATI>K Time + HOTEt L) Ir(2.8 IIDII'.(Ll MOT l: (.I,. I PLANT ID No: I=FI ZIO Temperature Fib C CO 2 30 p. Z'f0" (oF) o.tl NDNE. CohlPotIENT: Dlt-FI:REIITIIIL Pressure Flb f.l:. [:".;.;(.Ilail=.. I.t:htISI 1 IT7I:.1 r'4.Z. (PSIA) O.Z'7 MANUFACTURER''Q>GO@,C7 Relative MODEL HUhiBER: . IOO . ilumidily I r l:- I;5 Ol"I- II.X-r'It- D P) FUtlCTION: NON ITORINL~ Chemical ACCURACV: SPEC: "rS /c, Spray NOliE. DEhlotl: lqc. r ~ (g.) Radiation SERVICE: AUXILARY (106 rads) NONE t.-F EL>Wn7rR I=LOVV Aging >ted LOCATIOH: DVTMIDI= (years) h I) I l. FLOOD'LEVEL ELEV: ADOVE FLOOD LEVEL: Submergence r IOHI:- 'Documentation Relerences: I lhJ).L~ C7 I'll" 9 Vhl >IM NDTF. D (L'1 PRESF.NT L f II'l~1 IIU-CD DI.=.MlC F.'- I>lj'E. I) LL RI:.I-I=. .I-'C III:IICI-..'IiE.I'.ir)I( I IOII', .I'RRT--OF - re >=- Qit 8L> FIC.>tr.ION 'rr~r PJZOc"k~8M FOP UTILt>Y r >RBNSA1tt r ER. ALIAL>F>c ATk3pc crAx'.p Q~>M@ -.P.-. RI.OP.F"tED TI) Vlf=. t=.i: f.r ~r(rr.rn~r:."J Qlw NL(1(ECr 0.~76 Z'TI:N 2.l. I. I). wf=f:- IIFV nV:OOZ~S UOIr=O OCX C.»IIV, I'/fl-:Sl:. DI ~l I CI. I:lII: I,, r'I I. l,;';-,I:„'.. TO 'k.lh l.it)')b I'=l LD C. ~ COOK HUCLEAR PLAtiT UIIIT HO 1 S tiO. 50-3158 50-316 LICEHSES HO. DRR-Sa -74 EtiVIROHMEtlT DOCU Aging LOCATIOH; Jt . ster f'f (years) t!f 'F t'r FLOOD LEVEL ELEV: fol F. IItrI'.tr I'-c9'SOVE rVJC Submergence FLOOD LEVEL: NO 60 P5lb i, "Ti)P EHbildEK.V1I4(r I.f.'dtfVJ NDJ! E. CDc 'Documenlalion References: lfhJLJ <5 Q7HF f'isr= hfat C O J)~L " ' Ho 'i)."l'( IT-IC I)CE IQI WT l)111L'I' 11')V.E.5 F I":I'LP I'.)!( J.".5 'I='11R. nO.E. 5I:.r.:fIQtI> C.r;r=On oaf. f);-;ul~r-O nf Jell VrO.u.>- TIJJ=">f.- AEW'4-R< 'll &F.c)T)N(:HOI.LSE l. LEC.Ti.'1C. COILED DFVIC.I=5. 'TIIFIV. l.(;I. I - - fc,(-1:FRFHO:.PI:,Y TC:PICI-I'.'I:I'")l(T'='.)'NYIRO'Jtrif=N7BL EJ')f:,rt,t,feral I Ot'r: I< nXWr'.. I)'I'OC.J=U((V.)r- . TEGTIN(a Q I= FDYUOf(Q 7f(R¹HITTEIZS CEHS"S HO DRR-58 EtlVIROHh!EHT DOCUMEttTATIGH E t)DIPMEI! 'ESCRIPTIOt EQUAL. (}UALIFICATIOtt OUTST AHOIHO PAR>P,ETER SPEC. SPEC t)UAL. hlCTtt 00 ITEMS SYSTEM: '. C) r..e'JCY I'..! Oper aling ~ (oO this 1/IB SI:.Fltht) fl EF(IQ- NONE ))~T' QQLIN6 Time Vlf'50 5HII':.) 1.5 i' -Y I PLAtlT ID ttO: .i. 2 5'r"-) 5li Tcmperalure I-I6 N A.'.(ll (o 0 710 c~ gQ I 1 r'NT IAI NO.'I I- I') I).)3-2 fi".i~r' COMPOIIEr.T: '.!ll-FEIl6bTIB! Prcssure Flb M V rtp J. r 'Q%'cp)IT7.. iP (PSIA) 7 (n.2. 6 EQ I II.IIT I IIL NC)N F YAHUF"CTU)i= it: 5.'3-II .4') 'l I Relative Qf'IIP lier:idity I~) IDO ". I."()LLIN1lI)I NONE RS'I l FUHCTtott: r- PB96 ~7 BEP:NRC: 00678 DOtlALD C. COOK NUCI.EAR PLANT UHIT NO. I DOCtiETS HO. 5tt-3158 5tt -316 LICENSES HO. DRR-58 g DPR-li OOCU.'tfttTATIOH EN V IROtlh'I EH T Rf EQUIPMi::T DESCRIPTIOH F.'U ALIFI C AT IOH OUTSTAHOltlG PARtdilETER )PEC. OUAL SPEC. O Jill.. trtETttOO ITESIS r: H.=-. ~~f:IJC SYSTEM: / Operating YIL))P fIXI)7r HOWE < (oo l'l)N Zn i~")II) S,r> r.ffm ~ QDt.lf'Iii Tio:e ~%HI I.i.)-i'll3'7 PLAltT ID 5 Z) tlO: i EZ ZI Temperature Vl~nP +~ EA'I f=N'T )AL t)IOt REP:NRC.: OOZ ~ ~ LD C. CI' ll C EAR PLA'IT UNIT tiO 1 ETS NO. 50-315 K 50 - 316 LICEtiSES tlO. DRR- R-74 EN VIRON t)l EN T DOCUMEIITATIGtt EQUIPVEI,; DESCRiPTION RE" Q U ALIFI CATION OUTST ANDI tiO PARAYETER SPEC. QUAL. SPEC. QUAL. METHOD ITEBS SYSTE)d: ~ ! t'.) "l 6) JCY Operaling ~ (oD NONE Vllll %C'l)I'I6 Jf,'T' QQLIH6 Time 50ÃIH PLA)ITIDNO: .)..=Z WI. «2) Temperature N 1I(ftl) ZE -r" 3"~/ c~CQ'I1f')(T 'IflL NO!I I- I') 1~.)~ r y';~~'rj I CO:!POtlEt'. T: .:It-F 1::It E'TI))I Prcssure FI() M iV~ l)P I- I'%'cP)IT ).. i ~ (PSIA) ? (o.2. EQ I (I'.tJT I IIL NON F b':)NUF "CT Ural=it: 53-Il cl l i Relative ~ ~ c r ~ -Ia ~ I ~ .' II midity PO ,f ()".(l( hill)I NONE. I I .)... r i')I he Q (5) FUN CTIOII: I-<~C TEkg l. 'I' I;f)."I nrli", z 'i:.r Chemical V".OI p I)' f)."..!"i 'i~ !fr IPFa;i l;. ~~r=aur.rn tnL ACCURACY: SPEC:I"h1'1( )10)iiii Spray t;})O)I Ir)PII Ill!l",Pl 5:XC~ ?i»'ll Gf:l!ON: r'y Ia Radratron Vf|' f'l SI-:I I<)''i')W i"rr()t'I nt "'Documentation Reterences:(!NLf <5 C~7)IE.IKW(b(= HOiCD ALL ' tlo 1'I. (.Il-lC H(MIQI:I.)l' )I(p)D- I„ I Ii).P .„- ~!=I-I»fLl:)I('-:5 flfLF F~AP. 5r)C:ftOtt5 C,f'EQ1T I.;)f). Frwallf')('0 Of'r".',;)~7):)il;~)"- Ti)r al= AE'A-85'ii VlF Sf)NQE!0(.L»E f'Lr)(.TklC. I(".- ":.V CC:kf''PIC DF 9'C.l:.5. rl-I F IP. I I-;I'; I FZF f: I",(.I.P I-)z I.f'.. I!T Fi)f'tiVIf(OHNrsMTRL Ef'1EI),( END ( Qt'f: I'l)1lN'r l'l(AC.I"1'(I'I.'~. TEGTIN( OF ~C'Y L<0f',0 7f(.FIMMITTI:.I?5 page X7 BEP: NRC: 00578 tlALO C. COOK NUCLEAR PLANT UNIT tt0. I >ETS HO. 50-3I5850-3I6 LICEIISES HO. ORR PR-74 ENVIRONMENT DGCU!1Etl > ATtOH EQUIPMc..'! T DESCRIPTIOH OUTSTANDING REF.'UAL PARt>METER 1."!-i'UALIFICATIOHSPEC. PUAL. h1ETIIOD ITESIS SYSTEM: H.-.! 6'! f:I'JC r' 2 Operating c>1 >r> ~ TIr r',r- VKIIP ZI-i Al|.OT(. rr-rm t4 ONE ~ roOWi 0 I ) C). )t,i 1 I C> Tio:e 8>dl PLANT ID HO: E I- X WI. 5 K! Temperalure }'lcrtp NI3. 7 c C@ l1 I=M'y litL tdOHF . (oFI 233 -3 30 y I'3.ro .» )itl COh1POttEHT: OI FFF ft E> 'umidity IOO IOO =(:-P» Ul=.h tli)L NONE E I a CI/-iI(A')II-P%:fr ($) Pi~)'I I ' FU!H ~ I' CTIGH: 'I"i~ I'.i".k1 li'> . t u U ri> >» 1 >~ >+i>i I fJ ~ ~ r >it tilp fJ,// Chemical vga !!l !! It)=.I "/o I:C.eL'I;ST@ SCQUF NT IAL ACCURACY: Spray SPEC: Fb;<(310)>i)I "ltf)II P. Ir'l'll I'Il~)kt 5:3. & 8&II OEh10H: v'p"k) Radiation ! page~. AEP:NRC: OD578 0 HALO C. COOK NUCLEAR PLANT UNITS NO. l ETS H . 503ISg50 316 LICENSES HO. DRR- PR-74 OOCUh1E ITATIOH ENVIRONMENT 4 EQUIPh1EHT DESCRIPTIOH RE F ,QUALIFICAlION OUT STANDING PARAhlETER SPEC. QUAL SPEC. QUAL METHOD ITEhlS. SYSTEth: I:.J'i(:!(l» J.ll/7 Operating EPIlt,h"I r JCI',r;. ~ ~ Ear."6 WC Jf EI /t/r. pJ ."! .,".;:'r':.I."J:z Time J srlodTIt g M0pJrH lfoC~ JYr'QT P PLAtlT ID HO: LFX-I'O )~ slrIF IJ., Temperature EpJ6'G. ('F) I I o I( 0 Lfg RCVJ.CL /vod g I'I-l=.st COMS OHEHT: Di s..JEST.IJL Htt Pressure fT(.'T ~ J,CJI.nI:ITJ'r:-. 'r" (-" ; ..:: .!.!!;r: (PSIA) Ppsc Jt',5 vXEu P~N hlAHUFACTURER: 6 I:".JJ J(TDH Relative PIPFTJ< h10DEL ttUMDER: aNc'C- R.CVIC~ p/o 4C Humidily (0) P(,'J: ugr 8 3.~i'UNCTION: Chemical )'ii'II I JDRIPJ6 ACCURACY: SPEC: FllNClkNOL Spray /I/A Ploy/ DEI 'Documenlallon References; No: CP) Tg~~:>a~ rCp. rs t.cc/I'I FO o 1S El)G < ) 1'." ~}"c-. t ao/I s /il s I4I't f JO, F.sr) R ""' C6 <''. r~'I Coul/1'L pJX Vg- g/1D Th Tro4 r,i rer 11 fp AT 5 p +I o I ~ g.:I 1 Jsu S 5,(J >FL.Pg'b I- /OPS El. I. f <7- l'I.' r -I (:;t>H'Jog/ POJJ t. LX 7 . ) I f LENT/(',u,L.LCT1/1/ cj- I — 3 s 3 PegeZ+ 8 EP:NR(': 00%78 0 DRR PR-74 ENVIRONMENT DOCUMENTATION EQUIPMEHT DESCRIPTION REF.i QUALIFICATIOH OUTSTANDING PARAMETER SPEC. QUAL SPEC. QUAL. METHOD ITEMS . SYSTEIh: Jc N I JPir'.Ala' iI~H 7fi Operating =,I:rfJI;.'IJI I I.I I l r ~ rJ :I'1'. I'. v".)r COMPONENT: Off /'E:fl:-IIXIIII. Pressure HJII ll. I I;i.-, !~f.. 1r~fi.~sr~I I "J ref. @JISM 'l Lr N(,Wf=rV.IWI, I'JO I II:. MANUFACTURER: (PSIA) LI7 rrnI.; I.I > v P C) r' 'IO MODFL NUMBER: Retaiive F 00 Pill r NI:Iiiw 'I I"INI"IIC Iluolidily I 'N('iIIILI'LIES l(f'ff'rl II< If- ; I .!;I< - Il-.iAHI (%) 7fi I ViIg ".Iflll:IVIil,il'I l.n FUHCTIOH: I 'l(:JI I1/IPIN 6 Chemical ACCURACY: SPEC: I'O'HLllDHAL Spray NOJ I t= DEMON:.r k V. Radiation AIA uoTI- Nii FJ((*WEEf(INb Ir,'FNI:-V I I:-.. rli= SERVICE: fiIII( FlOW (10 lads) AP (P'~) (g) (>I) I".'I.i'I'Iiii:L r)IITi Ll Aging LOCATION: Ol.l I 51 I)E (years) ~ I i I',!'II'l"I'I I" FLOOD LEVEL ELEV: Njh ADOVE FLOOD LEVEL'ubmerger ce . ~i p, W nPIE 'Documenlalion References; UNLEc'.': f) f III.'I'.+Jg.q f- 'Qo fI-9 Holes:f.pl@ Ii'I IJI) LOC ID'F TRnhl~Pli I I I K I a Alii".'.)if)C. l'. JI1 l=lJIM. 5 I:.C 7/I!)i'Ib. RGOfol FOR. WIJJC.IJ R RDIFLT10N DILV.C K; I".) 6f'.Hr'QIITED '. ld I I I: J.J I ' 0'/ I'.I AC)I.'A. r'JJ.L'Il!: I'I r.ll IC OI J~'g TJ)LIZEFDRf IIIELOFD I-ICAI'1 rl I.I'C T 6 5 - r'.. II - I C IC page>JD REF: NK(: OOZ7S I NALD C. COOK NUCLEAR PLAtlT UNITS tlO. l & 2 ETS NO. 50-3)5&50-3I6 LICENSES NO. DRR-5S & DPR-74 ENVIRONMEtlT DOCUMEtlTATIOH EQUIPMEtlT DESCRIPTIOtl RE QUALIFICA1ION OU1 STANDING PARAMETER SPEC. QUAL. SPEC. QUAL. METHOD ITEMS Ef'IE.RCif.'.NC'Y SYSTEM: Operating Pl p,e'I THs E'ArG'r P.Q V1 E'u Cr tr(r: r. ><)I It'lb Time t flOHTHS 4%01y ~os E I R.ocs 0 P - C'(n iAIIT10 No: 7 F I 0 I'INP"Ig, ] Temperalure EAf~'6 ('F) (to i(.o Lfg t'CVL 'Documenlalion Reterences: Notes: CA) TRqw'pt'r,1 i (P. gs l.cc-gT'f 0 o IS 7 t) E pl c I'.i=.g hit ( /0 FSrI Sf CT-tc'>S I coNgR'I-pl NC- WIiD Th TtoN ~"'it'CC c. I II Cf''I 5 5 ~o-1'Cl) :I5 I ttr 5 5 tl I EL.ti-).b p (vomit ~f I I I I 7 .. t -I -I I-..r~r".l pg @Pot)wc 7/r(r,~L,LATEA/ 6- I —~.'>-3 page g+d RFF: NRC'OOZ 7B ('3 ttALD C COOK tlUCLEAR PLA I S 0 1 2 0 DPR 74 EtlVIROtlMENT OOCUh!EHTATIOH EQUIPMEN T OESCRIPTIOII QUAL IFI CATION OUTSTANDING REF.'PEC. PAR AMiETER SPEC. QUAL QUAL. METHOD ITEhlS SYSTEM: I-'I'l )!;:I:.J'/C./ Operaling Q HONTE 'i:::„'.(t.t I ""p Time 9 MogTII, NO ne. PLAttT ID NO: XFJ DII E, Temperalure )'10 )O)))e I I F) IbO ) COhlPOIIEttT: 0 I F F EPiP-rJT JJ)I. Pressure 't''-" NA))F I '.!!Pf.. 1 J(f)Hc.N (PSIA) IT/Fk'AIIuFACTURER: :I'. I"I'rillJC JOJQ Relative ')I) J')))'il )'i)))).'. H)ff1R I: Ht )))[E)JINt IrlE'IIM HOWL. hlOD EL tlUtdOER: ..i C- Humidity (~) 1I„F Yff3Elhr,, L)T. FUtlCTIOtl: tres. Chemical I';iaaf,l I OJ, IJO JJ I:- ACCURACY: SPEC: I I).'ADYR)1)). Spray DEhlON:)'Ilt)GIrrrISL Radiation rr'Q NHLM I:NQIIIEEVIH(iI'f'J I)'.Y'l NAI'1):- SERVICE: I< I) I'. f:I.AY/ [)0 rads) (5) LM) -'.C II I)N(if'.I OII'fLLl Aging LOCATIOtl: ('I I T.'if \) l (years) Ir Ii IH Vlf NT FLOOD LEVEL ELEV: M/h Submergeoce h,)ONf= ABOVE FLOOD LEVEL: / Docunrenlallon Beterences: /)l.t fQ:. I') I?.I:fl f j hfg f )-mf) I'C. Notes'L<) LOC JJ7 JQN QF TfltJNS N)77r: Jt. IA DU)'AIDE ~ ', t r" I t'; ) ) Jdl I=.:"r'„(',>)tati!~'v'Ii'..I J ti r I;0 AGON FOR Wl)ICN PARD)ATION= 5'QLLRCF IS GJ: hJERFlT)sD >»I;! ] Ji I. I J. 'XTT Bf)ff'I'ON PV-ODI,IC.7 /J'IJllf:.7JM TJ)f:KLFORE ":J)J)cLGI"D FROM EFFECT. (~J-76-~ rage 3 1/ AEt'.NRC.:ODS'76 e ALD C. COOK t,'UCLEAR-PLAIIT UIIITS HO. 1 & 2 D S IIO. 50-315&50-316 LICEtiSES tl0. DRR-58 & -74 Ett VIROHh'IENT DOCUh1ENTATIOH 'QUIPh1ENT DESCRIPTIOti QUALIFICATION OUTSTAY DING REF.'QUAL METHOD PARAMETER SPEC. SPEC. EQUAL ITEhlS SYSTEt(r: ENERf I:IdC Y '."I".>f~ Operating r=tnm SEf'AVAVC El I'1;Cf& 6, + MONTIIS I I'T ~ NDNE C ()Itr. r OOLIAIC. Time IROC g ur<>phyll l'V/vllRl.l1!1IR(i f(E'IIXV'I PLAtiT ID NO: T. F T. 3 IO Temperature wtFTB, EII(,INL'I:.ftlwt I(FBIIEW NOIRE ] ~ca (of) LIT. COMPOtiEHT: DIFFFf(ENTNl I'l)IFTF Pressure I mfttdSMIT7ZR f(l:.(II..V f(F55tlRF (PSIA) XIT EN( INEt-:Vlwt f DocumenlallonReterences; UNLE55 0 fli[=,.Y+lzF NQ|'r-0 IIU " e '(.IN LOC I]I IOIR 67f- I RAPJ~TllT ) r:rC. I ..; nf» '»»r V.l l I >li ll(l'l)'l'. VGA'. SEC TIBIRS. ROON r-Oft. VIHIC.II I RDIA flON OUI:.(i'. I".. I-flf:Lli)7ED IAW I'fr,. I.ii — rnXI.nt:n r I III.L»I..-I'IarICIIiiaq TOf:-aErOIZr= .IIILIOED rfrai l I:-rrt:( 7 65- CI) -I( IE 'age~ 005'78 REP: NRc: ALD C. COOK NUCLEAR PLANT UNIT NO. l ENVIRONMENT DOCUMENTATION EQUIPMENT DESCRIPTION REF QUALIFICATION OUTSTANDING PARAMETER SPEC. QUAL. SPEC. QUAL. METIIOD ITEMS ' @~et SYSTEM: I I. C I:- LIST R 'I lt S II O ~. Dperating pl s rllvlr- NONL Time I3.1 ~ re rmr ra hllhl Ac> ~~caI Ci) T>r)L PLAtlT ID NO: YIFC-IID)I II) Temperature SEQrjE)47 )At. NQNI. 233 36D ) Z5D NI3 T I ll ( F) IZO,IZI, I:O,lal,l+O f. 330 lt)l'3.6 CcwnavCD SF'.pS COMPOtlENT: Lttr:l'II'.llTlllL Pressure RFF S Ca Ua~nmt. 4. I I3tlf.: fl',". II'!.I/Iq.7 NI3.8 f'Rf.. 5 ALII(I=. TJ:liIIGMI IC (PSIA) ting~+) hlANUFACTURER: 50 cc'iwA~r cQ r=FF'ITS I T T f l)I',Toll (n-'l. Relative 5 c@ )t t„ MODEL NUhlBER: 7 I OO I00 7.5' Humidity (%) FUIICTIOII: ACT lARTIDN Ii. Dil Chemical RFF SeeoefdTI) r NONE NOl!f'tllr NOIVI filiIll6 fICID (-I7% Z.>.b Spray ACCURACY: SPEC: lO /cI NAON )'))R)i EO DEMON: 5 ~/ 5'0 Radiation K f'LF NOJl f= pg. SERVtCE: NAIN ) EIJJ)I (106 rads) '2.5l'HR 30 COf rGIN~Ozpp~cW FLOW Aging LOCATION:IH CANTHJNRENT (years) FLOOD LEVEL ELEV: Coif-0 W6 EN( f'M+ Submergence I 8 Ft. 75 l >Ib r)4EblP pageS/~ RED:MKC: oox7s ALD C. COOK NUCLEAR PLANT UNITS NO. 1 & 2 D TS N 0 50-315 & 50 - 316 LICENSES HO- DRR-5B & R-74 Ett VIROHMENT DOCUBIEHTATIOH EQUIPMENT DESCRIPTION QUALIFICATION OUTSTAHDING REF.'UAL. PARAhlETER SPEC. SPEC. QUAL hlETIIOD ITEtiIS SYSTE~: rnf=rrc'-:Nr V Operaling I.VI ~ 'i P>ONTMS r NoNTMS f:.()I'I: Cft )l..t'ICp Time N'ON'F.'ERIN& KFQI)3J NO ni= I'I<0(.".iIObHT PLAttT ID ttO: XFI. All E, Temperalure I INF TR. ZCI (oF) I I 0 I( O - S'a EN( Wu.tt.'Wt LW ar-SIP COhlPOttEIIT: Dl F FERFNTIIIL Pressure f't(I:.S' I frf= JSfrl I I. l IR. I FWIIIer-aW( W~)t-:e Tall) ITTEk (PSIA) hIAIIUFACTURER: L IT. +77 QA R'TO/ Relalive ')I) F DO MODEL NUhIBER: III' 8 9+ NIIF1R EHGIIIEEQIN(i RF'(IEO HDNC E3Z d y(» 1(;F Y/FTBIN LIT. FUNCTION: MDN IYDfi Chemical I:- SPEC:FI)NDENIILIN'CCURACY: Spray hJO IJ DEtdOtt:I OI'ICISHAL Radiation NRLH5 AIPr I:NbINEEftIN& I''I 'I IE'H NONE SERVICE: I< JI V. I-LDVJ (106 rads) LM) Ill i) I'! '/.Clt JJN6EK OUTLET Aging LOCATIOII: IllI'.>IDt (years) C r'IITh II'J MI=.NT FLOOD LEVEL ELEV: M/p ABOVE FLOOD LEVEL: Suhmeig ence Nh, Nh AIOWP 'Documentallon Reterences; IILLI ALD C. COOK NUCLEAR PLANT UNITS NO. g I 2 T NO. 3)5 4 50 316 LICENSES NO. DRR-5 R-75 Ett VIRONh1ENT DOCUMEttTATIOH EQUIPtdEHT DESCRIPTION QUALIFICATION OUTSTAHOIHO REF.'PEC. PAR N|IETER QUAL QUAL. hIETIIOD ITEh15 SYSTEM: 5/I"i 5 l:/JN;. Operating s 's' 'll'"I 'I I">:I Time PLANT ID NO: O'Ir'C. r'~3 rhea i Temperalur c 'i9 (OF) COtlPOttEHT''l(E.|'i(" h I'-. ' Pressure r al. IT fl (PSIA) MANUFACTURER'. I'.r.') I:: 0 hlODEL HUtdDER' Relative llumidity I <.Il."r - ll ~i/IJ)l (C) FUIICTIOtl: I'J DRl')llLI'rol'JITDI.' Chemical .t. ~"I!..rH Spray ACCURACY'PEC'Ehl0tt: Radiation SERVICE::i.'::, I':; I fr': a.'. (I06 rads) L"l,'!.', ~ il " ('='OCATIOtt: Aging ">>. ', ". Ii'r. (years) :I I It l P.ri1l'Hl FLOOD LEVEL ELEV:,g.., AttOVE FLOOD LEVEL: / Submergence 'Documentation Retercnccs: Retest 't f' ill .I )i)'.i()( g/f-),'1;. II)CLI),b).b It] T)lf: I'if(".T '.Ll: l',ll'n)L OF Tf=h I'I-Alt'o ~ c.ca~ F og, f.'Lt f'j i f t.g,yz. f„i( Irf.Z.A RCC)DI Ill RNRL"I..i.i, TflCSE. DC'Vl'CE5 Pk~ iVoT I-'l..u I '1 Kl 0 . Cc'u.r I', >f. pr VuE To Tlf F. 9 02r'.) 4 EX( L.IA"Il'3l'I 'll: Ili;: I'lE'g'I:-':.)N I'.C.IOI: illE Ill HND T»I-:';F DI Wlr,l:i )=Or'r 1ED W Cn)N(:ILl)cWCI. I r';I:.. I-"i.'..':;:I'r..T~,. TIIL'1tl'.)t.'I'I':"Ar.i.Il ..I '! I:'I l IIE I,': 'I" ('.'I " "." C. At)<1: I.YC i. IA'.,IDIO 'i= 7 i)I"":,f".. l)lVIP I." page 2/3 REP: MRC: OOS78 IALD C. COOK NUCLEAR PLANT UHITS tlO. I 6 2 TS HO. 50 315650 316 LICEtlSES HO. DRR- R-74 EtiVIRONhtEHT DOCUhtCNTATIOH EQUIPldEHT DESCRIPTIOH QUALIFICATION REF.'U/LL. OUTSTANDING PARS)ETER SPEC. QUAL. SPf C. htETIIOD ITEMS SYSTLhl: L I ~T 6 lc F'ad('hi l~ Operating 5 s,ec. Psnxfi I3. I"I Time II rp~~r /nrc.err ~ ~~i~:„rp~ ~iiCga Gag Il)d PLAnT iD NO: MPI'IO Zll Temperalure . I(I. NS- r'. I, c'(7,('..';I,i„'I(g 230 PL(" i',,: (oF) 0-2.7 ~EGLI I-:NTIII( NOAIF :I I r."02. > COMr OHEHT:. I f(I:<'~.!if;f.. N Pressure 7('.Ie I'LC- . '~OIII= .'I'I»f (PSIA) EQLl I'ITIRL MAHUFACTURfR: 0-27 50( ~ :. I'.Al.'0 Relative N i- hlODEL ttUht(IfR: f~L(- QI=Q.QENTIIIL -.:..:..-.r.X !tumidity (5) IDO IOO 7.5 CI" L,t'I S'02 5 FUNCTION: r-'i')ii7'IC;"IAFIITt. Chemical 'I'... -':,;I'!' IIC:(tillt!r,'". NONE. NOllE ACCURACY: SPEC: + IO'Z~ Spray DEMOtt: - I{'.r'Io Radiation SERVICE: I'}:'Ii'.d rw TEIIM (i06 rads) N//1 SD 5,E}'Itlift!I= I'.I:I'ICT~ (ION f:. '- ": 'Ltl'l.: Aging '}!' " LOCATION: II)I:: (years) I'I IIIII i~'st-.r I1 FLOOD LEVEL fLEV: ABOVE FLOOD LEVEL: Submergencc H/A 'Documcntalion References: - ' LIIIII; > I Ii} tt „'II'r 'QVERGE EH VIROIJNENT CiCNCI'/7 /%V6 ACC IDr'A/7" Ill < ! . I I l''LC.}''.~ I'0 lii lil'I:. lc.)/lli ".)I'(: I IOWA I}MI}LYSIS Foll vllttctt CRt.oil- i' .:IINLLI rani ~ QF'I.-I'OTAL OI= Tltr-sr= Dt: V I r. I -' III.r..5 II'!~ .'.(>'; . Wl:.'.jTII't(itl ~II'-'~l'. I= }.I:.C I ft.}C COI lhi".WTI } Y. gage 3/I FIEP: NRC: 00&7E ALD C. GOOK NUCLEAR PLANT UNITS HO. 1 4 2 D TS tt 0. 50-3 l5 g 50 - 316 LICENSES NO. ORR-5B -74 EHVIRONMENT DOCUhlEHTATION EQUIPMENT DESCRIPTIOtl REF.'UALIFICATION OUTSTANDING PARAhIETER SPEC. QUAL. SPEC. QUAL: METHOD ITEhlS SYSTEttl: NIIIAI 5TEDlh f Operaling Rf."ll('I'0" I IilE'/':I aAII l%4'I flme PLANT Io tt0: flI-'r Temperalure c 5rl (oF) COhlPOtIEtIT: PAIcSSIl kt= Pressure 7lil))'J'rl'1l I'TC. R (PSIA) hlAHUFACTURER: I C>'l,l'.~C'il: 0 Relative hlODEL IIUhlBER: (-" Ilumidity (%) I I (v I'I - ll IIOI FuttCTiOH: N(IRI IAI. I10MI)I)k' I Chemical .. I R.''BII ACCURACY: SPEC: Spray DEh10tt: Radiation SERVICE: I-IRc I ~ I ll(vP (106 rads) !l- [~.l' l'If''l'l"'IIw I Aging LOCATIOtt: r 'I>,"I . I of.; 1' (years) C I ht I I 0 l1 I.. MT FLOOD LEVEL ELEV: Submergence ABOVE FLOOD LEVEL: 'Documenlalion References: ~ Notes: TIII.'.l. )i).VIC I."i WU) ):t. INCL11DL'4 IH THE. FII(".I'UHr"Il'7IILDF TEE I"I-Alt.'.. TD q cr-o~ 't) r '.: f.'5' I'.l C ( I',fCt, 5 f5 / I I.Z.S RCCII3LcCIT RNBL"I~IS. TIIC5P j3QVTCLS Pr pa'g e.i+I gEP: Nli(':QOX78 ALD C COOK NUCLEAR PLANT UNITS NO 1 g 2 TS NO. 50-315 g 50-316 LICENSES NO. DRR R-74 ENVIRONMENT DOCUI'IENTATIOH EQUIPMEH T DESCRIPTIOH REF 'UALIFICATION OUTSTANDING PARAMETER SPEC. QUAL SPEC. QUAL. hlETHOD ITEMS SYSVErl: C g ~c c ~~~c: LI57 Operating $ g g>PONS' t&E. NI'3IIL; Time r ps 2u"stare>Nc y PkM/I/ ~A"IOP/s V. i.i;i'.I;v PLANT ID tIO: t'II'P-2IZ, r- Z2i Temperature rl4. Ntt/ffrtI: I" r /'r 260 IBD Cf)GItd f."f.'ill(i NONE oi ( F) O-r.'7 I.IT. I:I-'III:V/ COtdPOHENT I'h L~~'iL(I' Pressure I I> EtfbINEE ItJtth NQtd I= 'liS I"l I t! TTL I; (PSIA) l 9-7 HDIIE. MAtiUFACTURER: 0-2 I. P I.'41EW !-AX I'illD IIEJrlll /I. MODrL tlUMBER: Relative I )AMflK I-.tlbINf.t..ft.ItlCi NQtlf. 100 VI/I'II': I<." 7.5 Humidity (%) !!r,/ I- tl='iRF1 11(~JIT L IT. l~ I':.'I I I VI FtittCTIOrt: yA':i I /JCC JDENI .. I Ir/IIII!I: Chemical NONF „'l( IIIITIJi.'CCURACY: NOHf' A SPEC' IQ /o Spray DEhlOII: ~ 2..) "io Radiation 76IIE, SERVICE: MIIJN iiTEHIA (10 rads) THAN I: I:.=.r..!II:.E Aging LOCATIOII: Ci! IT.',IDL Jf'Jf'I'I (years) I '!! 1 FLOOD LEVEL ELEV: Submergence AtrOVE FLOOD LEVEL: M/A N/h ~ Documentation References: Not": LIMLl.!-;.', I"I ltf V. Kk lal:". /'40/E 0 RRKIIN6FPl Et'3 T OF THI. OII.I'I:-RENlIfIL I ': '." t.l 8!:II(..I'5 !It:E. 'I'.) I='.>f J'. ".I:.,"fION~i. I'l,f ~tll:I= LL-ICI:I:N ~TEJ)NLIPJE5 LOGIC 15 SOCH Ir I I I I'c.>/. L'(~l'Yt f" I,'f "- I-'IL'tl I;i::.: ftQDLI Pt: - I rli'-'N THIJT FIIILILRLr OF THI=SC QEVICir5 (.OLIVLI.=O Wtr It )'' It I(. 'H H "ICICLE I=/JILL(l:I- 'RILL STILL I. I=HEk)JI'Ie Tlil-: IIC('IDI;NT IIJIJJI:1~1~ Il~)GIIPII'D Ol'I:I"IJ'IIC)N.. I II~PE- I-(,R"'DNTI:OL6RADI:- Hl)J'Ov/Itt(f= Ia J)c.cf:VrllLI.I-;, AfCI Dl:M7 I')III)L'I)IS w CC'J. 'ff I i I-'/.?.w. page ~/W RCP:Nf(C.: 00578 ( NALD C. COOK NUCLEAR PLAttT UHITS HO. I 8 2 ETS «0. 50-3I5g 50-3IG LICENSES NO. DRR-58 PR-74 Ett VIROtlhIEtlT DOCUMENTATION EQUIPMEtIT DESCRIPTIOtt 'EF.'UALIFICATIOtt OUTSTAtIDltIG PARNhETER SPEC. QUAL. SI EC. QUAL. thET}IOD ITEhiS SYSTEth: L I ST P rcr rr 5 g~- 7) NON C. IIl3.7-I r.3 Time p. /r )curr ~ +~),ra> ~o~3 PLAtIT ID tlO: NPP 2 IO Z.li NS- 'peratingTemperature I=lb. PLC P.c'.0, 22 I, c. "0,c'. 5I, (.'I(3 (4F) 5EQUENT IIIL IVONE ~tll 0-2,7 5023 COMf'OtlENT: I'f 'Documentation ««es: Relerences: IJ~ILE~~c~ gl IIL flag I ~I-. POYEI C,(') I PLANT in HO Temperature (oF) CntlPOttf HT: I ON Pressure tr'!! i~1 Rl: (PSIA) . 3 f'lht I,'II IXI'I,'fII I::I '>Y Aging LOCATION: lll 'ill>!: (years) I'> I;-'I i"lI'tJ I FLOOD LEVEL ELEV: ABOVE FLOOD LEVEL: Submergence 'Documentation Reterences: No«s:CD) 8('TU,))l ION l'FQLllREN1:.14TS Rr(C, i=Or< NOH-RDfE)'=I- EOIRONMI-.l pa'ge Z>~ REF: N RC.:OQ>7S HALD C. COOK ttUCLEAR PLANT UNITS HO. 1 g 2 ETS ND. 50-315g 50-316 LlCENSES ti0. DRR-58 R-I4 EHVIROHMEHT DOCUfilEHTATJON EQUIPMENT DESCRJPTJON REF.'UALIFICATiOH OUTSTANDJNG PARAhlETER SPEC. QUAL. SPEC. QUAL. METIIOD ITEhlS SYSTEfd: I L 5 T C Operating r~i .gZs po~s~ frWE NQJI C. Time r +~+ «~~i +e. iPlohFiR In Iclavj4w PLANT ID NO:QJ'I 2IZ ~ 2>2p Temperature MMFT EN(MINI=„Ii'L'tJJ(i iiV2 ('Fl 230 NONE 0-2 f LJT. I.'I:.sJ ii:VI COhlPONENT: I KE5~J.(R L Pressure Fit* r=)4(,IIJ Er: Jt itt e' NQNl= Tp.iit35 I') I I TEK (PSJA) I 'l.7 NDHE MAtiUFACTURER: pp pi qi( FOX L)ORO Relative ))Fir)A Il. MODEL NUMBER: IOO NAMJ:Jt< C AG JNF.i- R.ll 1Ca t IC)t(F Humidity (%) WI)7I I" I= JICi N- IISREi TIGJJT LIT. R) .'J I I'.VJ FUNCTION:. f'0'5T RC.C I DEN) Chemical NONF r, llftl'Jllil.I'10/IJTOK IKTINTIDJ NONV f Spray NONF ACCURACY: SPFC: + JO op DEh10tl: i 2.5 "lo Radiation ILOiiE. SERVICE: MHIII ATE /IN (106 rads) I J-r:5 (Jl,f= Aging )'.- LOCATIOti: C)I J Il)L (years) C s'it'I l IIINI'lf'I'lT FLOOD LEVEL ELEV: ABOVE FLOOD LEVEL: ™ R Submergence N/h 'Documenlalion References: LJMLl.h~ C)TIJ I. R )AISLE NO I'C.D "'""THE RRKfIN&ENENT OF THE OIFFrfll=rdlNL fJLL f(F,FJ I'I'.NCl'5 III'E fO I=:rAP. I:C.7ION5. I'Iif'>Slll PLANT ID HO: PI 'I:,-'I L','/28. Temperalure .. Jr: ri zrgtp, qrI!. 'iI:.;.', ('F) COIIPOIIEHT: I ON Pressure i Ii,iI'/ALAI:R (PSIA) MAIIUFACTURER: ~ '"', 1'PI(sit'.)l.l'~"'ODFL .Relative tIUMDER: ~,r ."'?,bBCi Humidity (5) fIitl C 1'IOII:Ilial;I III l. I'tf))'lrI'1%lan': i:i I lrlt'I (D3 Chemical ACCURACY: SPEC Spray DEMOtl: Radiation SERVICE: I'r)'IJI=I'""' ~ (1D rads) ..I I I'.: rl''.l,t>.'OCATIOtl: Aging (years) FLOOD LEVEL ELEV: ABOVE FLOOD LEVEL: Submergence 'Documentation References: '(9) /]Cl I IllI IOl) I(EQIlIKEIICNI HI'E FOF: P.II'I-hQ/i=f ..t'=HVIKONIAENTrIC.CIQI.Ni Ilttl'IL.I I . l.ii't Q)7 FOR FLIMCT)ON Af DI.VIC.Li Iil';f:I I t.'l]C.I'„LI f3 I';l, I'I,'0. l, I'I.7..5 .,'. I'I.Z. r. HIIIII:y.'I:;. AS )'I; P Q c>2.-t - I( 9('BQP,-t l ~mr Z.'~ hfo I 3.'„4+$ 9 lhI Lect ~k l(Ct 8 Q+ALy~j S. page 2~/ AEP: NRC:605 78 0 HALD C. COOK NUCLEAR PLANT UNITS NO. 1 2 g TS NO. 50-315 g 50 - 316 LICENSES HO. DRR-5B R->4 EHVIROttMEIIT DOCUMENTATION EQUIPMENT DESCRIPTIOH REF.'UALIFICATION OUTSTANDING PARAMETER SPEC. QUAL. SPEC. QUAL. METHOD IT EhiS SYSTEM: l'. 'I . '." t ." Operating flC I ill!l'lOll Time PLANT ID NO: Temperalure w ('Fi COMPOftEttT: I OQ Pressure I HllP1Rl:R (PSIA) MAttUFACTURER: Vl2 '.i Tl!J(r IlOOS I=. MODEL NUMBER: Relative Humidity (%) V/L r'.~ Cn 30 FUN CTIOti: t4DHIrA)L N01IITORIII6 .:, 'I I.(:-l? l '?ll (l)3 Chemical ACCURACY: SPEC: Spray DEMON: Radiation SERVICE: Itd)l';1lf I? Ih I('. (10 rads) I:I! I(st.'(=IATliOH FI.III Aging LOCATIOtt: Its ill?l- C.r»t r'l!Iit!~FNT (years) FLOOD LEVEL ELEV: ABOVE FLOOD LEVEL: Submergence 'DocumenlaHon Reterences: Ho s:CQ5 OLluI)TIOH hi=-ai.llul-.).~I-:.Il)c RRI. I-OR NOH-Rf:VEK=E FHV IRON NI.IJT ACCIIPEN1 HhlHLYcI5. CREDIT FOR l=(lNCTION DJ: DI=VICF KCFLI(LHCCO QY P.'I IV.~.I I'I.Z.S'. IV.('..8 RNHLVSt5. f: I". <.-'" r" I ', AT Zc? g I nl .'';(! S IA,i(r> .l.. ~ LOcA Og tfE L R A ~ A L'l " 3"-~ rage ! I/ AEP: NP.C.: OOS7B NO. 50-315 LICENSE N ~ -5 ENVIRONMENT DOCUMENTATION EQUIPMEHT DESCRIPTION REF.» QUALIFICATION OUTSTANDING PARAMETER "SPEC. QUAL SPEC. QUAL. METHOD ITEMS SYSTEM: L I T T Operating (('g SZPJ\I..NTIAJ- p- )I i"..'! I) l) 8!)! .. r=P Time 9.-".5.1 c.orntsrrv l.'77.UT5 IrJANTJ!'emperature PLANT ID NO:NLP-lb I FIl N f'- I>.II-f'- NJ I l2 l~:.i (oF) l3.l>.Z COMPONENT: AJ).F I AIT JAJ I'. Pressure FK N PRF HLJRE I lirUI'ff)TTEI; 26.2. 'q. I'I-II (PSIA) P I( 5.5-II MANUFACTURER: XTT I=BI T/>hl Relative MODEL NUMBER: 7G'lI 7.5 Humidity (%) I ou<- y I iePL FUNCTION:PO.'T IlCC)EPE.YT w J. rIY. I. I!I'I. 8~I;I('C Chemical N )YAI;»JIIL tt iAI)TiiI"!I',4 I D 8". IS / AUDKD.I I'7o T' Spray "" g.C~ g QEQ LIF. N t)L ACCURACY: SPEC:+ Z5 ~/a IVIIr.'Jl 8. HII(>II DEMOtt: -'q /a R adl ation rlT (83 cowper)vEr)F FFJ CT> SERVICE:/'4 ~ DfiJZI H. (105 rads) 2.Q Itfi. bob.l LL=VE:.L / Aging LOCATION: IN .~~ I 0 E (years) r .AAXTAIKIMf.,hl1 FLOOD LEVEL ELEV: 6I"I'-0" oavr. Submergence ABOVE FLOOD LEVEI: YJ=5 558IB 'Documentation Reterences: JI4IJ.f 5=>:"JTIJ):At>I'>I'- N AT I I7 Notes:ftV1 RERLXIRFI'hE J}1 . AQUI ESS Ef~ )N --.Sd)BIJI!fCEb !.V PI:ZP/lneE- TC>'a At L riF,FI )i'I kj'.F'.". AP.E I=:.AJ~..SF C T'I'MI ~. un)-«).ln IXE T) DW C3 3& f'EF: '3Q= 5)t':. IINCIJ'0 PLANT ID I'I 'IIR IJQ,'JZHi NO: Temperalure Id 13flp I 3 V / /IJ ( I8 L ( ( F) COMPOIIENT: I ON Pressure Itlll''IHI=R I: (PSIA) MANUFACTURER: 'UYE~~T I J'J &JIO05F Relative MODEL NUMBER: WL c?3lo86 Hrnnidity (%) FUHCTiON:IIDI,'Itit(. I toilR("OI: Chemical /JC I I I I/ I tnt~i (Dh CCURACY: SPEC: Spray DEthOtl: Radlalion SERVICE: / O~UJ: ti I JJ)J i.'it= (106 rads) tJ r I I rPr) J. i=J. I 'Documentation Reterences: Note':(D) IJC1 IXI>rJOJJ I<(:.r''iXIVrWCmT'r C:It("i>)I FOP. F LlNC. T ION Of'I.VILf'r I':.'I I'f;t.'lJ.'. I„Q aV r>.l J9,'~.l, I'l.i'.5 ."„ I'J.Z.S HJII)LV'I.=.g' ~ I'- ~ -) <:I'CPA.Tlap 2. P o 7 0 S'Lr PtC D I. P~ Log A VP, /(C (. (~ AA'ft) / 5 T ~, Page] lk HE(': NRC: aors 0 2 ONALD C. COOK NUCLEAR PLANT UttlT NO I DOCKET NO 50-315 LICENSE DPR-5 ENVIROtIMEHT DOCUtitENTATIOH EQUIPMENT DESCRIPTION REF.» QUALIFICATION OUTSTANDIHG PARAMETER SPEC. QUAL SPEC. QUAL. METHOD ITEMS SYSTEM: 6/5'r y' ~ sr&I ra P =ERE svS c. TrmE Operating 3 ~E=C yt cl 55ECZ t i G~T page2/P' EP.'RC: OOS75 LD C. COOK NUCLEAR PLANT UNIT HO. 1 CKET NO. 50-315 -5 ENVIRONMENT DOCUMENTATION EQUIPMEHT DESCRIPTIOH REF.'UALIFICATION OUTSTANDING PARAMETER SPEC. QUAL SPEC. QUAL. METilOD ITEMS SYSTEM: L I S T 'E gg&e~c'Pshc TIR 6 Operating .;.7'. CLN/:I/ - 56'C 3.0 eaf. TCSe I I('HLc Time 3 .':I:.." f / MON78 Si~c5LCL~A'Ti/re PLANT ID NO: WI'I'-I:. I, I ''. -. NO.>.l- SEQuCHV IAL ~ Temperature I-J6 N0NL t 250 3ZO L Z50 I F) EFFEC.T ( NJ3.J3-J CO/re/wED COMPONENT: PRESSURE Pressure SEQUEnlTQ,L + TR.A.AS th ITTER I'I.7 JII3.2 Ni3/'II. (PSIA) 28.8 85.7f Ccnro/N EO E'FFECTS MANUFACTURER: g TT BARTOM Relative IDO SGQOGAI TIP, L AOIPC MODEL HUMBER: 7&3 Humidity (y) Co,"r/si/~HO EFFCCTS FUNCTION: PoSV WCC.tbE+T ~OI'I J.J'J% 5E QUE/d TIAL 4 QORNAL MO/a ITOQ ~ACTVATI Chemical I)CIDER )5 /o H5.5.4 RFF Spray ACCURACY'PEC' IO 0o Hmw ~'> 3b DEMON: I-I'l%%u (A) %C,BP '|i'F Radiation I'IONF .0 ( 50 Rr.'J/JJK 7'I ID-L CoiNOi P4I.-D EFFECTS SERVICE: P R E SSLI R I 8 ER (106 rads) '30 YDL I PRESS'/RE Aging LOCATION: IN S (years) MENlb'O T'LOOD LEVEL ELEV: 4olg'-o" DRY& I ll'I Submergence Ii ABOVE FLOOD LEVEL: V ES 5)BI J5 NA References: U/4LE'SS OTIIEA'MlSG t4OTEb ALL Holes: p. I IS THE Acc IbEMT AHALYSIS l'DocumentationQENEg+TI/)c„ fr',EF F RENCE'S ARE FEAR S E'C T'IO HS, A.nl A~vERsE EAI/IRONMEI41 xN Mtttc.H cR6t 11'S gCI, 3O — MAYSTIHQ HOtt SE E'LEC TR/C. COR I'. ASS URIEL FOR ~r ERATIOH OF 1 IIESE bEV IC.E5. C>RhESI'0 t4'bGNCE I4$ -TMA-I9>O (A) FRAc-TURe NECHP ratC.S AnlALVSIS tlA5 ~IIOWAI TIIIS VALUE TO gg p,CCF/ I+@LE RCFEREAj C.E A,E P: page 2A REI".NAC:00578 D C. COOK NUCLEAR PLANT UIIIT N LICENSE HO S DOCUMENTATIOH EHVtRONMEHT e EQUIPMENT DESCRIPTION REF QUALIFICATION OUTSTANDING PARAMETER SPEC. QUAL SPEC. QUAL. METHOD ITEMS YSTEM: I I ST E Operating ~(.03 RFF SEQIICI]TIIIL4 rf MONTH 'I MONTH I IOIVE Time 030. I 30 cc-»a-~~ a rr~:r4.> LANT IO HO: NPP 152 I l(a II I5f, Temperalure E F 56'QO COMPONENT: P R'ES S OR 6 Pressure Ff( N REF SEQUENTIAL TRANSMITTER Zto.Z. 8 f.7 PONE (PSIA) MANUFACTURER' 5.3-fl 30 4:onre;r EO EFFE'4TS TT 8ARToM Relative ReF SEQUENTIAL MODEL NUMBER'Co3 JOO /4 0 7.5 rJON8 Hum!dily (%) 30 CoirrOwe 9 EF Feel 5 Loit/r TERPi FUIICTION: Po sT Ace.rbter l I'I / l3oIZ!C. I.lg'7 QoR!c. SEQUENT IAL MORM 'Documentation References: tf!4LESS pTIIEg ~ I S E gO TEb p,L L "'"'(Gh RI.AI'ttl.'I.ii'I'.Ill~ I'Ii'' > ll!' t': ', i r'GS REFERS ARe F'SAR SEc.TIorJS. NIIICII i.)fi'..'Ii..;I'I'I)'Iti Itl .I '! I;I::l '; '; .: .I /"If/+„I gf f. 30- QEU ItJQHOCISE ELECTRrc- c'okr~. P.l IS rttE AC.C.IbE~T A~ALV'SIS C,EnJErcÃ~inlC, r oprf6'SPoNbEQ g age XZ/ AF l':NK:oos78 ENVIRONMENT DOCUMENTATIOH EQUIPMEHT DESCRIPTIOH REF QUALIFICATION OUTSTANDING PARAMETER SPEC. QUAL SPEC. QUAt.. METHOD ITEMS SYSTEM: ReAcTPR COOLp,tJT Operaling SEE sEVv&li/8L Pgd~rt/g II Md~i/5 ~ PosT RcclbGhlT Mot4trog Time g 30 30 c'c'iRr3 nVEJ) w~Fi E'crt nJ) PLANT ID HO: hlPS /2 I Temperature 'X33 AID.7 S Hguc N7/f/'L /2 2 ('F) 33QK 3P.Q 'Documenlallon References: LIMLzss oT'rtERwrs6'oT'ED lint: QOZ2 ~ 8 Q 02Z ~ /& Q/lg ltrgota~+hlT ER'It 7 tel Acc. ALL r'E'FE((ENCE.S ARE I SAR SECTION)S. Ab~Eg5+ g8nJ cr IDEtsT AHALgsls FoR'nlrt Ic.t( c QE blT l 5 h.ss vt'lE> F'R OI EIt.ATroN OF TllGSE bCV tC.E5. REF. 30 — 4IEsrIAtAHorlsE Ezecrrztc. ~gP. Cot'I Null rC.A rrOpl AI~-~HA- lq 50. page2 2g HF P: NRC: oozva D C COOK NUCLEAR PLANT UNIT HO. 1 KET . -31 LICENSE HO EHVIROHMENT DOCUfillEHTATIOH EQUIPMEHT DESCRIPTION QUALIFICATION OUTSTANDING - REF.'PEC. PARAMETER SPEC. QUAL. METIIOD ITEMS YSTEM: REACTOR COOL/iNT +' Operating 5gQQEhPT/AL POST ACC IDENT MONITOR -Ttme ~o&~rls 4 81'/Is 0 gg ccm8rweO EFFE'CT> A/pnlE LANT ID H NO: HP~ IXI f. IZ.2 Temperature FI65 ~EF SG4ItlCNTrAL ~ l3.13-I 250 5, I &0 2BO &4r (OF) (-p 30 Zc~rn ZFr Ec.T5 AK COMPONENT: PRE SSUR E SEqUCnlTrp,L 0 TRANSM ITTER zs.H|zr.z (PSIA) hlis I3 FEcTS MANUFACTURER: Coinr3i Qf X T T BA,RTOpl E'ressureRelative MODEL NUMBER: /00 5CQQEMT' AL OrJE 74 3 Humidity (%) /00 N FUNCTION: LO//G 7 Ef;/f i.l'I /> Gotrc. I.il I, &~rc. &OIJ iTOR I g(a Chemical AC. I9 +'I5 /o AClb ~ Ol1 7 SEP LIE'AITI/A.L Spray 5. 3.& ACCURACY'PEC'0 7o Pl/IOB g. P/AOIIp;; 30 DEMON: t IO'7„ Radiation g~/= SEQtA EHTi +L plOW~ SERVICE: RE/I C.TW'ow/INI (106 rads) 30 c~ltri3rirF O QFFFC75 / /CC. CSur,! Aging LOCATION: /n/s Qe. (years) cor4rhrN pj E,nl7 FLOOD LEVEL ELEV: 4/5 -0 u QuJGI EN'//JE'EN/mls Submergence 'BOVE f'r 75 l5/4r FLOOD LEVEL: A/0 ]Z 5'PD8~ giICiWT pgr//E DocumenlallonRefefences: ON/ass oTIJEgwISE AIOTED ALL Notes: Q022.S> ao22.I/o ~QZIZ,35 ACE Ite/ E/( ENC ES ARE FEAR. SECT IO&5, ADVERSE EWr/IRO/IHEntT gCHER/)Tie<> ACCit EN P,Q/)L)'5r 5 /-"OR WHICI1 s ~ ~ RE F 3O- ~E i~c,//~use < page ~g 8 EP.'NRC: 005'78 00 C. COOK NUCLEAR PLAtIT UNITS tl0. 1 & 2 DOC 0 50.315&50-316 LICENSES NQ DRR-58 & 0 EN VIROtIMENT DOCUh1EHTATIOH IPMENT DESCRIPTIOH " REF OUTSTANDING 'l PAW'ddETER SPEC. ()UAL. EC. qUAL hIETIIOD ITEMS SYSTEt(1: . i '''! ).; . ":).'.I'.",( Operaling r/cv„ 7-'/'"..: CtA P. 6 Aging ':< LOCATIOtt: IN I I.) E (years) ( Ch) tJI(etj'II J,<7. FL000 LEVEL ELEV: ( I I'-0" I)YÃl( I:IIblV~ Submergence ~ I. H( 'Documenlalion References: ti' . E. QIAI)L)FICI''IOII" " I(!:(aUIY!.)'(l,HT ~IINl= I/.5 (,'( I .'I } Q 4 LL } I")C)l'4 )TOIllbl(y PII fI' RE(DIII I((:F"ll IV 7 I'JN 0 Ca I I I)t. I- ,'(l '. 't" . -., < '[ LoP."., $ Al'g .f-I(IITII)N5 OI= NPI'-IGI, i~i"t, I.'i~ I'I'=VICI (o'(('.(a~(.('; ( (..'(~ ((urcc-(-(-.~, 'T «P- I'}'. r E. b 1 P HP5yt}~5/ A)-. ~ lO F > 4t I J (g<(l(< q I) co l I+"P I } ~'')Ig q <.c XD(. aT /leap } w 5 J ". PegeT~a REF:NRC.: 0057S LD C. COOK NUCLEAR PLANT UNIT HO. 1 CKET NO. 50-315 LICENSE H ENVIRONMENT DOCUMENTATION EQUIPMEHT DESCRIPTION QUALIFICATION OUTSTANDING REF.'UAL PARAMETER SPEC. SPEC. QUAL. hlETHOD ITEMS SYSTEM: Q h saTC gE&g OIVSP LlST Operaling 3.'I SEC L((>C P. I-S 'rln4 NONE ~ TIIFlE 6 Time rc r ~Z c E(. C('t((' V.I-I sea. aNTIHL. PLANT ID NO: NTP- III,IZI,I>l, f.4DH Temperature 6 Fl KC F SEQUEtlTI HL 'II,'.' I ." I l,i:. I, 2 ~ II ( F) NI3.I'--I pg r'Untt COMPONENT: RE St'STATIC.E I- 4'4E Pressure ~EQUI=NTIIIL Tc~pEiW8 7 DETGc70g N !3.2 (PSIA) h1AHUFACTURER: SOS T't1AH 2B OR R0S 6&OUI4T Relative (I E.F SF QIA 6, fd T1AL IJOI t E MODEL NUMBER: I I83'I 0 OR IOO IOO t7co KF Humidily (%) ZB RF.SPEcTIVELY'UNCTION: + ACTUATlON ~ D I.t'I% I';rt:J (C F- NOI 1 fJORHAL t10tJtTOR Chemical //(ID E.I5 I (tClo c.rK'%. NG..d. („ I| F SEQUENTIAL ACCURACY: SPFC: ~ 7;5 / Spray HAOH i.'„"r HRO)I eg ZB DEMON: -. '2. i'. 5'i.~ Radiation REF c EGIIli:NTI'!L I't lt i t. .07 100 7'I IO-L f'ERVICE: Re AcToR Coot.AraT (10 rads) VOLl TCnP ERhl-ORE Aging LOCATION: I IV 5 I OE (years) . COMTi tdrlEArT FLOOD LEVEL ELEV: girl'-0" Submergence INM ABOVE FLOOD LEVEL: (E'i O'SOT 'Documentation Referencesi LIMLE.""~ ' l"Ilt-.Q.W15(: NOTLD Notes: gDyEpi E ENVIRDN(v)E,Nl (,ENERII FIN(i nr'('t; Vr I.I"'1' I'i('I ', I=OI:. IILI„ I',1 '!I',1 I ./tt..t;(. I ICrtl RNHL(GI~~ FOK 'vUIIICII Ci|E.UIT ID Ilr~!;1r.itt li QPf:.Kl)TIOH (3lF '(IIE::L Iji Y lcl ~ I~ P.I. gR - Wi.'.i i'I:.-I(II!A!l:.I=';II (.. I I.'I(. (':~" I'- CNUltr'AI'1NI I'I7't.'L (.'-' -: ''"!: '! ": ''H C I i I'- '3 I 5 f, page2ZQ REF: NF,C: OOS76 LD C. COOK NUCLEAR PLAtlT UNITS NO. 1 g 2 D S HO. 50-315th50-316 LICENSES HO. DRR-58 74 EtlVIA OHhi EH T DOCUhlEHTATIOH EQUIPMEHT OESCRIPTIOtl REF.'UAL. QUALIFICATION OUTSTAHDltlG 'ARAMETER SPEC. QUAL. SPEC. METIIOD IT EhIS SYSTEM''I l!r 1Uf( COOLfrtnT :'-. Operating >)- tliorlr l I' g. Mobil lt Qo3o I REF. 5 g() Lt,g N T ) 8L 4 III:Inoi f l'l!Iinil"Ill Time ~a pgE gjrtEQ 30 C'C'nirl5!rriO'f(. I ( R a I-''I'rllI f 7f."ill(x PLANT ID NO: Temperalure Fj:6; RtF. ggC„L,S~r)nL <'o NPc:. l 5 )(' pro NC. (OF) jrrr:3. j-: <.....i!?;r„:ri g P I=Et.l S COMPOtlEHT: I'llI:.cauli.l„ Pressure ACM RCt. QEqrr.r=cvTr»r- 4 I'llf!!/.r I!1) 7 1 Ef( (PSIA) 89 jI nl os F. MANUFACTURER: 3o n„.,.rp;n.tn3 Q FI-C,('.'Tg J I I j.,ill;lAN Relative hlOOEL tlUMBER: gEq~zNT(rar. tiumidily (%) foo ]t50 $ 0 30 +& > ago"I'opo,l FUtlCTIOtl:LomG I Ckg f 'IO]j lT(>t'. IWu Chemtcat ],ig7o I or ac. l. I9./o 'Documenlalion Relerences: "'"': RI-AUIKi'BENT6 Alai)I.IFICIII'IC?I'I 51]MLi I/ 5 ur .r n'tfl'~-"-5 ~> IFm, 4Lt- .: MON ITOfLItlb P jIFISF f REF.'PEC. PARAMETER SPEC. QUAL QUAL. METHOD ITEMS la".cir. YSTEM: L I 45 M:4 Lzr=5paN5e. ST'perating NI3.'7 i IMF n/ON< Time rZW l 85K g ~L~fj4'S z.& >iera, E'tg TIRL. LANT ID NO: NTP- III>I KI,I? Ir bligh. Temperature Nl .I aLIEOT.tAL n/On/< l,i II i: .' I I ('F) 233 3/0 Sr ''I: +30 6 COMPONENT: RES IS TALC.G Pressure Twirl('ERATU R E bE'TGCTOIZ, F9. N I~.S SE@ At (PSIA) 7 28 UE+TI MAtIUFACTURER: SOSTnAV n/On/C'/On/6 Ol'C RoSE'OUh)T Relative MODEL NUMBER: I t83/ 8 OR /OO SEUEAlTI AL 174 K F RESPECTIVEl.)I Humidity (%) /oO FUNCTIOtl: ACTUATtold I I'I /u SoRic- /./I >, 4oA 'HOl4tT"Og . Chemical tdORHAL Ac.rb r./5/ Ac r'D w./5./ hl5.3.(p SEgUE'tJl l A.L n/on/+ SPEC: ~ 7 Spray ACCURACY: lQotI r'its 1 ~Dolt «H 8.'f l -Z.3't3'EMON: "/~ wcAP Radiation .0+ gpF /OO 7%O-L 5 CLUE'td T IAL A/On/8 SERVICE: REAr TOR COOLANT (106 rads) vcr. r 28 TED% PER AT'ORE Aging LOCATION: I g S > Q E (years) Co page 33@ A EP: NRC.: 00878 0 C. COOK HUCLEAR PLANT UNITS 1 tl0 4 2 0 15'0 31 LtCEHSES NO DRR 58 6 EtlVIROHMENT DOCUMEtlTATtON EQUIPMEHT DESCRIPTION QUALIFICATION OUTSTANDING REF.'PEC. SPEC. QUAL QUAL. thETHOD ITEthS SYSJ EM: J;i".Iti.. I:>". Operating Time PLAnT ID HO:i"JJP IJO IZO Temperalure I i: ) .I() ..',;:r'r.-.:.'0 ~ (OF) j COMPOtlEHT: fi'~~)f''7.'JCJ= Pressure I i i.'I."i. (PSIA) MANUFACTURER: :. '-;"J Og '',J=.N:»)I: LEVEL'ARAMETERRelative MODFL tlUlhBER: l Jf~ 3 l'6 , Iiumidily (X) Ot J a'(. ll f IiE~J'J:r 7 Jagtrl.'r'UNCTION: Chemical I r I I '. ''( i;: '.s) fll'I:..i ACCURACY: SPEC: Spray DEMON: Radiation SERVICE: I I'JJC.'I'r?." .. n(~!chill; (106 rads) 'I I".i|J"EP}'i /1(!;E Aging LOCATION: I.'I | I I/8$I'')I (years) 'l'I'LOOD LEVEL ELEV: ADOVE FLOOD Submergence 'Documenlallon Relerences: Hol ': Rl=QUlRI'.1"lt:J4I'~ PHD Q llhLII=JC.IJ I Jr. re F OR TIIESE DEVICJ'- 5 IotNTICJJL TD NTJ "JJ/ FTC.. R (. GLIII(E N E N T ~ Sl hJ 0 C) LJ.OL I F IC O'I' ON ' I D C COOK NUCLEAR LANT UNITS HO 1 & 2 DO HO 50-315&50-316 LICENSES NO. DRR-58 & EtiVIROtiMENT DOCUhlF.tiTATIOH EQUIPMEHT DESCRIPTIOH QUALIFICATIOti OUTSTAHDltIG REF.'QUAL PARAhIETER SPEC. . SPEC. EQUAL. METIIOD ITEt:lS YSTEM: PE!lCTOR. Operating C.A:3! -'/;T Time LAtiTID NTP ti0: IIO IZO Temperature 30 /r/C 7IO c.r,'0 230 6 (of) ~ '/D CotdPOIIEtIT: RES IS T/1N C E Pressure TEI'Ic'I=P;Ir <."~(= I r.t; I'Iri:ill. (PSIA) ,lAHUFACTURER: 'Documentation Reierences: g\=QQ'IRF.MI 147'i AND Gl 8 hLl(=IC;I'9 I'lr. 8 F DEVICES IOLWlICAL TD NTI -III FTC..OK'l I:~i'actel 2') AEI'NK('Oa7s NO 50 315 LICENSE N DOCUMENTATION EN V)ROHMENT EQUAL)FICATION. EgU)PMEHT DESCR)PT)ON OUTSTAHD)NG REF.'PEC. PARAMETER SPEC. gUAL gUAL. h1ETHOD ITEMS YSTEM:liLhf:fearI!"I".)R COf)LA'4T. 5 ~+44 laH tllN. r Operating 801 I );EF. r'o&lilMCI)BF'I-mrs fr)~r nr. 1 m~vfTIlrfN6; 4 I'ION7f).') 4 I fhNTllw g MAME Time i't;) I HCINif f,'rIC f)>JlLY I ""NT )D HO:NTR le,)ZA,)..n, tb Temperature >-Q h'i1 -'ID,i.'.t >,'' C),'i iC) F'»ig 140/ Z53/ lt 0~~ 330 )3.) >f.QI)) IAL ( F) 33< $Pr>.7t COMPONENT: ffF 'Documenlation Reterences:PNLE5> MIIf:R/.)f~~l: V!JTI:.I7 Notes:/-'-i)2.'l.L ~012.1(, KChL)2-E% f)IE Tt)~; l)r)YCl '~ AIL i;FFFTF:NCI 5 hRE FSAI! -c.L=CT)b¹. I N)l)le)htr)Fu7 (-.E NE RATINr-. Aeuf)Fh) ThffALY.ES P4 hl Ii)(8 C I'FD)T'- Ic N'f)f)lI') Fbl 7IIF,: Df'/Rill'I!~AI,'l.' lff .. MU )CI=.R FEF;?8= hlf'..T'IPI'..fl'll) "I I I '7"l".I'.."r~P r MVrf.iiNI)If)rflt.e)SnLII=ICATION PEVQI:T (E'i I'fr. ra, sTn~) ~ I))~> f) rema)>U 11m~) ..iF )~in»I'.nl)-'. N, A)'- HIS r Jb Erat)IVllLI'NT 7r> f2. TEAL< f>F APlPf)7/f'~h) I'L))r: l ).ll') KS, rir f)fihfrr~if..tr)r.r EV)E>Jar- FIG.2.-Y N r'-;: r:2a ":,lt.)l l w- Tf)AT;i>i)7f)F nrC.)ntAT 6'i,f= r1f'»f~.tAr t:Ah% 5P! crF-ff;I: F'. r) '1 >I hl hh) I IIi.; fr Y: A7 I I I. r: nf C.fhE'A)T lblh4llht.))4Cs hI,'VIf TIIE'SI MVI"I: > l)OI)tACot)nt IF 'I A)f' le>f)r))nt. 8y) ht!:.', C)F aPI. i:)1l tri) l. pageos~~ REP.'RC:005 78 P D C. COOK NUCLEAR PLANT UNITS NO. I g 2 DO NO. 50-315g 60-316 LICENSES HO. DRR 58 g 4 ENVIRONMENT DOCUIAEIITATIOH QUIPII1ENT OESCRIPTIOH REF.'UAL. QUALIFICATION OUTSTANDING PARAhLFTER SPEC. SPEC. METHOD ITEhlS SYSTEhl: S= Lt iT Operating Time 'UAL PLANT ID NO: Pf>P - SOOs Temperalure 'II / Zo.. (oF) COh1POHEtlT: PRF c 5LI P.E Pressure ! Ill!r'l5l"IIT7'L)7, (PSIA) MANUFACTURER: IN/~/ g/ Relative h10DEL tlUMBER: (~X I I r ii1- ]I5 I-)8 I Uumidily P) FUtlCTIOfl: '/)CC) f)>. M2 Cbemfcal l.'''I'I .>. BC T L()IT)DI ACCURACY: SPEC: Spray DEh10tl: Radialion'106 SERVICE: C (>I IT>))!I'LENT rads) )(r,.'i".fbi< f: Aging LOCATIOII: Ci I IT'= IDI"- (years) )i'I.""Il .' I FLOOD LEVEL ELEV: Submerge'n".e ABOVE FLOOD LEVEL: 'Documenfafion References: Nofesr I I.' .I I.) Jf. )'..':.'.'I )hlC.! I!DI.0 1N 'I')Ilc I:Ill'.'I '.! I:-'I'11T ff)f."I'')-Of8 TO ACC OON7 I-OIL 1:r 'll'..1 'wf';I'I'="((I:-N(f;13 I<'( ll('(.If)1:NT flNnf1 513 I'> Irf.~.a) I'. r,'.6 f. I>f. 3.1 ~ :; .. I .. I v f)4 Cr r'...16; .'-.':.I,:.''7 7)IE.">I: Irf VICI:-.= HRE HOT I:-Xf-'O~f:D-IO )Ifl I)fr~If.Ir".-r FNVIVOI(- I:Cr); r» i» IIH IH CI>I41liitlrLI:t~7 Cs)=.NT f00 I pf'ile ACC)01:-NT t=VI-NT PL) I ILII:. C.>~II T>lfr LAtIT ID NO: - s P PP ZOO Temperature 30t $ 202. (OF) COMPONENT: Pf(F Sc 0 Rfs Pressure I'EIC TRRNSNIT (PSIA) MAttUFACTURER: f-..OXr~iI«O Relative MODFL NUMBER': l I Cvf1" H51tRI ilumidiiy (%) FUNCTIOtl: ACCIOL NT Ni'rillIOVI.'I(» l. HCTOATIO Chemical ACCURACY: SPEC: Spray DEhiON: Radiation SERVICE: C(>ttTAIIJMENT (106 rads) Pl(ES ~ ().f( I= Aging LOCATIOtl: 0 l I'I'.>10 f. (years) .r! I r 'ltt 'Documentation References: tloies: I!It ' IJI Ut( I ''. 'Jl:I'I )hlCL(lDI="0 )N Tiii: I-tl(cT ', Ltr"f"Iilltt.:~f 71-OIG TO far-C OLIN% l-DIL OLUIC t=:) l 'o f f)W i)ttir~rtlr V'I'I".".,«),r .ill)') I I(rSSio~ t'I.('»Il(CD. -rt)I-SI:. L>r;wit-IS-III; tl . i~is;.. gtt I. f) f)f r'Lit tl'l I I'f fd(0 II f'I I: 0 I'IrPYl "l Hi= RC(.IDENT I.'.Vt:NT REt'KC: DO&78 D C. COOK NUCLEAR PLAtiT UNITS NO 1 4 2 DO HO 50 315 g 50 - 316 LICENSES HO DRR 58 4 EHVIROtiMEHT DOCUhlEtiTATIOH EQUIPMENT DESCRIPTIOH REF QUALIFICATION OUTSTANDING PARAhlETER SPEC. QUAL QUAL.'PEC. hiETIIOD ITEMS SYSTEM: L I::,T 6 Operaling Time LAtlT ID tlO: f'I' Temperature (oF) OhlPOttENT: F'I''."::V.fr.f'. Pressure rl"1 Tl."r !!'PJ. I 7 (PSIA) MAttUFACTURER: '»:/D'OR(> Relative MODEL tt UhlD ER'') llumidily - ll ir'illI (%) FUHCTIOlt: )le:c r~rqT- Chemical l l.nba r fci t.' pJ Q ACCURACY: SPEC: Spray DEh10tt: ~ Radiation SERVICE: a r IlfTlt!P/."1I:HT (106 tads) 'I: i.. Aging LOCATtOti: At 1 I'>lI)I" (years) '! r r!t'll:rl '! I FLOOD LEVEL ELEV: Submergenco ABOVE FLOOD LEVEL: I 'Documenlalion References: Holes: I I;I",Ir ul. V)(l:-Z Uteri(E IrICLIAD)=D IN THE rlf I'l. = I I !")') I.) I I'.() I ) I rt I'. J! A" I I) f.: i)7 t"-,'df ) ) C~. page 2~/ A EP: MK.:OOZ7S LD C COOK NUCLEAR PLANT UtilTS NO 1 & 2 tl0. 50 315 & 50 316 LICENSES NO. DRR-58 & 4 ENVIRONMENT DOCUhlE ITATIOH EQUIPMEHT DESCRIPTIOII Fe RE QUALIFICATIOH OUTSTANDING PARAhIETER SPEC. QUAL. SPEC. QUAL. METIIOD ITEh'IS YSTEfh: L J.iT 6 Operaling Time PLANT ID HO: t'PP- 309 Temperature ( F) COMPONEtlT: F'RIcGSQRI:. Pressure T ROND I M TTlcR (PSIA) MANUFACTURER: q))V I OX/sORO Relative MODEL NUMBER: Ilumidily (%) E//(vM " l-J 5///7/ FUtiCTIOH: etc c r Dr;-ht7" /"Io r~ r Tna IPl Q Chemical ACCURACY: SPEC: Spray DEMON: Radialion SERVICE: (;ON T/IJN/ I FWT (106 rads) I'/.'I"."l I!'i. Aging t- LOCATIOti: Allr'5I I? (years) r /'>JJr lit!Jt:lt hll FLOOD LEVEL ELEV' I jq Submergence ABOVE FLOOD LEVEL: / 'Documentation Reterences: Notes: TOI-ql- UEVIO=S WERE. Ilu('.LlADED IN THE. P/Ei'ST SLISXITTAL DP /'I-OID TD ACCOuEWV /=OS. DrVIC.l=q E PLANT ID HO: PPP-303, Tempeiature ( F) COhlPONEII T: ~ PR Ic55 M RI= Pressure TAONSMI7'T/=R (I StA) MANUFACTURER: I OXBORO Relative MODEL NUMBER: t,"I/Cvf1 - /4'.i/r 0/ Humidity (%) FUtiCTIOtl: tlcc r Dr.=AT I loi~rin"fPtg Chemical ACCURACY SPEC: Spray >IAAF DEMON'ERVICE: Radiation C.ANTIIINP'IENT (10 rads) lrl;I:". (I r..; ~ Aging LOCATIOtl: Al1 I (years) C/rtl r /r tlirt:rt::IIT FLOOD LEVEL ELEV: ~I /q Submergence ABOVE FLOOD LEVEL: / 'Documentation Relerences: Notes: TIIF page'I ',(.' D C. COOX NUCLEAR PLANT UNITS HO. I 5 2 DO -58 Et!VIROHh'IENT DOCUt SYS1EM: 't'll."IV': Opetaling t!,')Iij I'')a.t '.''i';).V Time LAtlT ID tlO: Vf''C -40'- I'IM!I'. Temp e taint e E.SYEt'-I l' NONE. 1 K I ( F) !ifIZl I!)3.1-2 OWPONENT: RADNTIKI < Ptessure HIS. .. t,'»-I'()fe 28. f.c.').1 Not!E. (. C3 ; (PSIA) 8 28.7 E It!.3. 'Documenlallon Relerences: Holes: (( I r:. 1'-)r)'r lt'! )'ll:c I '.(!l'I.rtr"lt'L OP 7'7-OIQ 70 I)( COLXNr FO'rC V f:VI(t.'. ~W IC. IJ I:) I'.1-. 0 C.uid7ttluNr-.t(7''l''...''"" t'I".'I'fCf(1l!I I(:t'I !)I'Yl..':. Ttlf .. I)l"Vt I: I'.:. 6'!i (tl-'I)E 1)I.)%WSL Itl Df..f'Tl) f)t"VI(I": FOR I OLII'I!ON Blitt.'I ltt((1(f)l".II(l I,:.. I: II . Ii!;ill':ll': i!)C FRIT!)f: (Dt't'! IIIPJ~l( tJ7')IR I fttt fl( IJLAII= 'l'ttl)IDCit')fTf r 'i C'.". '..::!it':ri.t( I t'I'r.'.'.:;t i ".~lt'4C.'l. I-',")f<'. IINQ fill'. It((LIJ f r.')t'll'I('tc'. I'itl INCONTIII l)I 1 N ) 't.'.t'. ll:! I'i I UI NT 1:...'.r f..t'Itc 1.-'I'.'r C! t.f»IH 0 l=ttN('I I(ttV 1N l(tcLTI IION T(l -T11L= I:-. I: IICl Ihllft()t!AWt.(ONtVIIIJItf,ttT I'l.l '.'.ttt(l: 1;I VI'.".I ' I. I I r.',I, r I r, C F LANT ID tl0: VRC - '302 Temperalure FJ(rtt J3. E SPEC. 6-I NONE. l ( 1 ( F) 6 fo17Z1 I ))t).a. 1 -3 COI 'Documeniallon References: Notes; (C 1 lf)CI ) )0,":0 )N -I:thV .1)b I > )TTIIL OP 7'I-OIQ 70 .AC.C.OL(NT Fo f( I) 1 Vl(I: a 4) ld ) C. It 4) t4.L. 0 C(34<)YI)JN)'lFNT ~ Pf)V( JN6 ) '.t I J) I I; ')4 J)CT ( 1 1I I JOt'J uf' ) .E. DI=.VV t':, 7))IS I OI'C crt- TJ) F J)rl J..HSl' H Df:. J T)) 1 '6 I)):V C.f: FOR I 'l)VT I;>W %11)O) )HCLUAf.'LL J..S J. I JC 7 f 1))') ION Dt: Y)CFS 7BE CDh)TI)JPJHI:NT A)R P)) f(l JC.) JL)''F '.')) D)r~('''rf r'f., i > C''.i ()7))IN 1 ",)4 ) )'fr 1:".'..1 1 f(L ANi) 7 1) )5 HREB NON ) TOIZ .)JNC. )'~rV. r .:-,: I= t-f>P I JN JN COtJ T)4)r'l N ) )r.'.(' iJ ) re r~V 7)ll- f. r: 1: .,I:.1".J" '.; «I )ii SECOI Acing LOCATIOtt: ~"~> r~r ~ (years) ~%hi ~r 4 ~ FLOOD LEVEL ELEV: r< Submergence ABOVE FLOOD LEVEL: y~ lU/ 'Dacumenlallan Reterences: Hates: 3u s f'i' a+r'an Car ~ t1~4> h~)~a- g'ruifc4.% ymll'! Is as 4I(owS.I The normally closed contact of these switches allows automatic starting of the ESW pump motors.'hould the accident disable the switch making its contact go open (and stay open), the : motor can be started by manually placing the control switch in the "close" position. He intend to replace these switches wit)1 ones that are qualified to survii , the Itl,"I,D environn:ent. page', C3'R. D C. COOK tlUCLEAR PLAIIT UNIT tto. I KET NO. 50-316 LICENSE NO. EHVIROtffdEtIT DOCUfdE tfTATIOH EQUIPhlEHT DESCRIPTIOft REF QUALIFICATION OUTSTANDING PARAhlETER SPEC; QUAL QUAL.'PEC. METHOD ITEMS SYSTEM: g~„~Q.~ Operating +86 l oovs Time ufry 30 S~. PLANT ID Ho:: Temperature ~ 5 ~Lv4 S~ I (oF) cpua,f I-2 Geq cot lPoHEHTt g;„;g g,/ l„ Pressure (PSIA) / MANUFACTURER: AAa c, o Cj pqy hloDEL Relative tfUhlBER: Elf /VDr'> 4- 1 Ilumldlty (%) S'e ~ I.'a goO FUNCTION ve.(~ go>it 'r~ I Chemical w~ppgv8 g~g0 pp<~ fif'f&84~iI,yg~t'~ ~C ~e- ACCURACY: SPEC: P> Spray Sr A'-II lLra fr .S' q. DEfdON: +P Radlallon p) I zmf 1/l~ @VAN < c. SERVICE: Ifgv- (106 rads) 'oy Sro Vor-I q NRv- t s t,qS ~,- I s 3 ~~ Aging LOCATION: c. ~~=- u (years) FLOOD LEVEL FLEV: 6/g Submergence ABOVE FLOOD LEVEL: r~o .= 'Documenfallon References; Holes: ~ » ~~"~~~"'~ /fi~g. /grec(~era Pgyelrpe er I C» 0 JAC el 48m(O CieehlS ~ j 4 la"~ P ~ S-XI. ~rp~~i f I page ~lS /- R<'F. t/93. $33N. 07 ga35Ioa Goorraooo L3 I 340 l, 320 XHDXCATES CYCLXHG . OP VALVF ACTUATOR The DDE environment 'for 280 o qualification io thot obtained ' la by subtracting wargih from 0 the test profile. -Aeo>eri~P: zo l vltflbs 7~sA: >~) o e~-l.i.~~ 250 )A r g /Q./I) PA '/f ~«tel t. ''i'/'ilY S ~ M '0>>QP~''00 b$ bl 1 - Differential pressure - 70PSX ditto -70" " '40". 3 . ditto ditto " 5 'ditto - lo 140 10 I I I II ,. 30 SEC 1IR 1IR IK IIR DAYS , DI'SS .DAYS 5 IIR-10 SEC THE-, 'tr35Io. L~ ~- + Fig 1 Test Chamber Temperature Profile for. Accident Environment Simu3.ation. ~ ~ ~tain 1 +74)$ --- DONALD C. COOK UCEIIS DPR-T < NUCLEAR PLANT UtlIT HO. I DOCKET IIO. 50 316 r..l,.rlr.'. ENV)RONhlENT DOCUMENTATION EQUIPMEHT DESCRIPTIOfl REF ()UALIFICATIOH OUTSTANDING 4-6(~ p.. .ITEMS PARNIETER . SPEC. SPEC. gUAL hlETllOD (y/I'I" y 'YSTEhl: qg( $ gg PJ(g, Opcraling See. 60grn~&r fllBfC Q Time g.g V]a u) i I- /Z I I G. ~ ~ cr.": 'l0 I ~ PLAHT ID I NO PP-o5'otdM Temperature 035 (OF) CGhlPOHEIIT: P41o~ Pu~p Pressure (PSIA) MANUFACTURER: Ta N@ )re%5 E Relative hlODEL tIUhlDER:2 Ito8 9 ~ $ ~o) fl Wc)cs3- I 2( llumldlty (%) FUHCTIOtl: E~ciqB cp Chemical c..('~ . ACCURACY: sr Ec: ~~ Spray p'8 DEf)IOH: Atra ton E„~gr n~ - (106 '20O ~Pea SEttVICE:gj;Av',tL ).8 | t bye "]) Ads) /LI4 6vt c.(w <.[, I -g Tg„crt ~gt/,k.::>~4cgf'adtat ltB~$ gq )novo, I Vu ~P Aging LOCArtOtt: (years) C~k~in r FLOOD LEVEL ELEV: wd Submergence ABOVE FLOOD LEVEL: ~A 'Documcnlatlon Retercnccs: Hales: IB p)g~ c u5I"L Orj BIdHP ~BR, )9 'f I 7 yg p (uBW) $ ') ag ULp&sorAB-p)) 4 -zl-8D. P~g / p/ /P PBgB +/ '/ 1 ~ ~ ~ ALD C. COOK NUCLEAR PLANT UNIT NO. CKET. NO. 50-316 LICEtlSE N . f Z:6 rl5.5 DOCUMEHTATIOH ElfVIROHfhEfIT r r-i rs'~r) EQUIPthEtlT DESCRIPTIOH QUAI.IFICATION OUTSTANDING REF.'UAL ( pn5y) PARAlllETER SPEC. SPEC. QUAL. METIIOD ITEfhs SYSTEfh: o~Qa En o sw+ Operating //5 n .g„PJ 5q ca,( Time t PRO.r >/-./g~, PLANT ID IID: P() —~ ~7 Temperalure ( F) Nh pfA NA 4h COllPOREllT:Pi Pe/5 g Pressure (PSIA) dR. uA Nh NQ htAHJIFACTURER'tODEL Relative tfUhtBER: g<~st'rioP . Humldlty (X) /VA NA PIA FUN CTIOtl'~ 5C("yra Chemical'pray nl IIIA ACCUIIACY: SPEC:P'P h DEh10tl: jQ h,EPSr- RadlaUon uS gL ~ <>'~ c+Ic ~ 5ERVICE:Coals. FL000 LEVEL ELEV: Notes.''nfl Submergence ABOVE FLOOD LEVEL: 'Documcntatlon References: 0 DONALD C COOK NUCLEAR PLAttT UHITS 1 NO It 2 S 50315550 31 LICENSES HO 0 DPR-li 'DOCUhlEIITATIOH EgUIPtilEHT Ct CDh1POHEHT:()IAf II RAN I-Ok Pressure RIP, OPF.RB1OR (PSIA) hints U FACT UR ER: t'I:.IIER ('OI)TItAI.S M. tilODEL ltUhlDER: Re!alive ( bt. Humidity (4) FeeCTIII: ioUTOFI'. Chemical RECiI IL I)TION ~ ~ nccURncY: SPEc:t'IIIL Ci05F D Spray DEh10tt: Ffl)LCUU';9 Radiation SERVICE: FFFDWRTEK BflW (10 rads) /,r(,u LnrIOI/ Aging LOCATION: OLI T SIDE r-"AIITAI N I:.Idl (years) FLOOD LEVEL ELEV: Submergence DOVE FLOOD LEVEL'Documenlalion Relerences: ttotes: l. (' 00itALO C. COOK NUCLEAR PLAHT UttlTS NO. I A.Z CKETS NO. 50-315450 316 L1CEtlSES IIO. 0 DPR-7h EHVIROHhlEN ODCU«1EHTATIGH EQUIPhlEHT DESCRIPTION REF ()UALIFICATIOH OUTST NDIHG 'PEC. ITEMS PARAMETER SPEC. qUAL. I1UAL. hlETIIOD SYST Eht: 0 fly('I V.)tt I'I F kq. BIO Zi'.D 7 30> Op e f at I hg Time I'KD'.= 'r< I' E Zf)O I Temperature F) 6 YINl1R S EQDV.H1 I IIL NOHC f.AAf.i."I0 ( F) 0-26 L)T COti'IPOttEtlT: El):Dl(0 Pfess ufo F I 6 I'lIJFTJI. 1IONF„ I'II I'.I IN))TI(' l(JJH5'DII('.EK (PSIA) 2.0. 5 E QUE.LJT I llL hlAHUFACTUHER: 0-7.6 L)T rIS JIEJ COJJTJmLS COJ')I'JIN'f 5'0D Relative F JQ Pth) FTL h100EL IIUhlGER: 5 EQUF fijTIQL NONE. Humidity (5) IOO Q L)T fr 'IC Zb FUftCTIOH: Vf)LVE Chemical I'~JL)(JLJ)T)OH CONTROL HDNE ACCUIIACY: SPEC: FUIICll7JIOL Spray DEh10H: FIJI I(. II~IIJIL Radiation SERVICE: NJJIPI I f: I:DWllllX (106 rads) )-J.OV,J Cat) fI,'OL Aging LOCATION: OUT~)IK. (years) f">.'' f rII I II'"ll I I ) FLOOD LEVEL ELEV: Submercence NDNE ABOVE FLOOD LEVEL: S' ~ Notes: Itl LAcC I Documentallon Reterences: 1=5 f) R, HI'PEND)X O; pQ s,~Qjrt„cg Q t d fig Y ''t la.. F IIItFT11 LIT " Fl IITR'.(CONTROL EOaT'IPIIIIT sat tactual a rig.ar I.JSIIE'K e v'Q fA c gm1h,i+i'~ Qf'f.t(IJTI(>Nf)L7 LST'5 Of- ) Y ~ 'frr.4y r . 'u'-(f< rf'c 1'(PE «Jh 1. LI:C I'flO-I'NFLtHf)TJC TRANS,DBCI:-R Q )ie u (e d( A page S> I OHALD C.~ COOK ttUCLEAR PLAtfT UNITS HO.~ 1 4 >.„'KFTS HO ~ 50.3]5$,5|t 3]5 'lCEN5FS IIO, DR DPR 7$ J Or6j'rt'OCUh1EtiTATIOH EQUlPMENT REF.'HVfROtlMENT DESCRIPTlON QUALIFICATIOH OUTSTAHDlNG PARAhlETER SPEC. QUAL.'PEC. QUAL. METHOD ITEMS SYSTDl:."'%2tt)p I Bit-2.2.6~ Operating i(AI.'IE 1'1:bl INC~ N,QMF I I'.it- J ..Cr I:Pif-a.rt A HAEC, .) "if;C.. r ) Tine 2i I). f.2. PLAtiT ID HO:XVi-311, 21>. 2P~ Temperalure r:):.;. NA)ff= t))lflL'lc.lc. I-lhl;.h YES (.rh O'I'1) ".'1 5 'l 1/ "') 7) O'I & t.q 01Ehe.L) f'f: b REPLI)CC M) TH ) ('F) 1 "26 1.1T tl)b 1 7 0L-Dihl.?Fief 6 DQ I) Q I1t)fIfP I jT M COh1POHENT: ."iOLl:'hV>I$3 it(:.f .lr f Prcssure I' 6 (PsfA) 20. 5 hlAttUFACTURER: I)I'l/VMIIC 0-Zt s lt IC ft I'LIII) Aty MODEL Relative Fl& tfUfdDER: 1 f)-I'll'hg4)'() IDO f;. tll:R J'AI',~;kINi )tumidity (X) D-Z.b FUHCTIOtt: )1' f I"f Cl) (tilihY Chemical Mt».Vt= ~ ( ~ rf.r:Vti.'CCURACY: SPEC: Fl)AQ fQDhl Spray 0Eh>Ott:II)K"7/OfJf) L Ra'dlatlon SERVICE: I'lAtni l I I hfhfl)ll:I; (l06 rads) I ),"rrftiltllri itht..i)L c'. tf n VnLur;c At,fng LOCATIOtf: c th)=. AUl (years) I ."ti'f'hI!if.'e) t.)1" FLOOD LEVEL ELEV: Submergence ABOVE FLOOD LFVEL: 'Documentation Refcrenccs.'fthff.) S5 () IIICI'ifrIISC NDlZP. Hot s: tf. rt.2: frf.Z.5 4 I'I.2.8, hHI 7llt 1)DH.I!.SI."- EMVIPhQl)t'l" ht'f I.AI.NCt.'.. At',f;: FSA A, ZI=.C770P.S nrrtOCuT nhjnL'ICFS FOR bJIIICII CI'LAIT lrt' r)NP.TIt Ql IG hfdf.t)till I)- I'ter .'I )AT Cirht F tl-'.I)AI)7f Oh) :,r».iv R CCt Plt)PLE I'rt(D1N& (I=)r.~or) 1 trtrn I: r. Pt.m.f. I true ~. nnMI,rn ut tl rri nrr! IfCI ftrdfr L I:Cnftc,C:,)tnthf ri I:nt.u)UZI'. I'tflx.tfnct- nftnER 7alS-25)-"I I)APED rttns'. I, l77l. =It'7-ta I iittM'..i I It)lr-3nt 3.02 2M 2AO t)AA) Df V)i ( l~ QM 5)T('„, I"frnft'.ht:„'It:.rr;I; VillV(5, I blQ- r'-i) "1252 f)N~ I'tlh)t IIVII't.'6 .'l7i I''I'.I iC' AA)h7 I l(! > h fftllhf II I I Al)h.A'. /ll= D.rl.2 IYCllrB'1 l)MACYBtC. NI)NI.. I.)T.: lilt'IOI'lt)TIC~.WJ I'C Il C:O. CATALOG'NO,>Q. page 51 LLI::. I IN'5 REDACT H."'.Oi.', HHI~. DONALD C. COOK NUCLEAR PLANT UNITS NO. 1 t 2 OCKETS HO. 50 3158 50 316 LICENSES NO 5 DPR-ll: " EHYIROHhlEHT DOCUMENTATION EQUIPh1EtlT DESCRIPTIOH REF QUALIFICATtON OUTSTAHDIHG PARN1ETER SPEC. QUAL. QUAt..'PEC. tdETIIOD ITEMS SYSTEM: PE'5)Du17L IIEET Operating It.l"J'tDVfIL Time PLAIITID tto: ~ r'-0 lit;(-310$ Temperalure ('F) CQhtPOHEHT: DSPI/RON FOR'if'. Pressure I'(JR. ul I:.Ll) (PSIA) hthtt UFACTURER'3A ILI:. I Relattve hlODEL ttUtdDE R'54 Humldlty (g) FUIICTIOH: VI7LAE. Chemical I q.,II.Innlvb ACCURACY: SPEC:I'JIILOI'EH Spray DEhtort:FAlL Qf'l H Radlallon SERVICE: Rill( III:IllH(llflIL'I'I (106 rads) OLlTLr-T FLOW I1ltDll).nfl»I Aging LOCATIOtt:OI 0 511)I:- (years) r C'MTIEIPI i'11 k'T FLOOD LEVEL ELEV: Submergence AIIOVE FLOOD LEVEL: 'Documentation Reterences'. Hotes: DONALD C. COOK IIUCLEAR PLAtlT Uf(ITS HO. 1 5 2 CKETS NO 50-315550-316 LICENSES N4. DPR.74 EHVIROHt(IEIIT DOCUMENTATION EQUIPMEtIT DESCRIPTIOH . QUALIFICATIOH OUTSTAIIDING RF.F.')UAL. PARI(lETER SPEC. t)UAL. SPEC. METIIOD ITEMS SYSTEr<: NI))N STEI)M Operating COIIIINMI.=.)IT I SN )ITID)'I Time PLht(T ID tiO: NRV ZIO) ZZO) Temperature Zcl-0 F30 ~ (OF) COttPOtiEHT: Pl)>TON /TEAN Pressuro I-OK 5LIDI'i'ILVE (PStA) fhhftUFACTURER: f)7'4~,'r)OO- I "tOICI= L Relative t(10DEL ttUt(1DER: ~ } ~ I I;-:II(r llumldlty P) FUHCTIOH: 5 IIUTO FF Chemical ; ~ ~ ACCURACY: SPEC:I=AIL C,I.RED Spray } DEI(lOII:FAILCLt)SF D I Radiation ( I I ~ SERViCE: T'Ef)M (10 rads) I MAW } I FLOW:~ I I LfTOFF Aging ( I". LOG ATIOH; Cl I.IT')I I (years) C CIIITAINDII..MT FLOOD LEVEL ELEV: ~ R ~ Submergence ADOVE FLOOD LEVEL: 'Documentation Reterences: Ilo"': VFH",JN6 OF THE STERN 5PHCE 015OVE TIIE. l } ~ I ~ , PISTON 8'f - DllNP VBLVE5 NK'(- Z II(ZIZ. EZ.lp Z Z.X( I ( j } ?3'c}} FOE THF 1(t} " RFSPEC fl'9E Z 3/( ~ 2 II QK r /7 I ~ I 5'I l API Gl:8 I."VI)TOE 5TDP '4flLUE 'WlIL (.'/ltlSE. I T(IE'5 } MAIN STERN a lblEA PKFSMLU= I 0 DI(IVI. I I'LISP( ) VBKYE CLOSED. 5F.E. F5IIII. SF(T ION IO flND FO (jt.ll'..'ll(!IISIO.I I'O.'4. IOl.'FULL DI.Sr'(I VTIOI(I 6F %BLVD OP(=It.(ITION. I. ~ page S~ } OttALD C. COOK nUCLEAR PLAffT UtfITS ffo. 1 8 2 CKETS ffo. 5D.315450 -316 t.ICEIISES HO. DRR-Sl L DPR-14 F'IVIROHfdEII DOGUhlEttTATIOH E QVI PMEtfT DESCAtPT Ion REF.'UAL. QU Al.IFICATIOII GUT 0 PARAMETER . SPEC. QUAL. SPEC. METIIOD I SYSTEM: tl'I Nfl PLAIIT ID 110: I'LFV XII,ZIP, Temperature i'.'I, r'. r'. rl, 7.' ) r'i'r' ( F) I'II f r'l d GohtPonEIIT:OIIIPJgffg f-gP Pressure fhIV f)PEP. f)TOR. (PSIA) tdAttVFAGTUIIEA: f-'I'~III.t' OJITI 'Documentatton References: tfotes: ~ ~ Pelage .5$ HALD C COOK HUCLEAR PLANT UNITS ttO. ) & 2 ETS HO 503)5&50 3)6 LICEHSES HO DRR PR ll gP ~» EH~r)AOHhlEIIT DOCUl((EHTATION g;- F.$'i~P EQUIPt(lEHT DESCAIPTIOII AEF . QUALIFICATIOH OUTSTAHD)tt G, jt7Qi~'I) PARA'(lETER SPEC. QUAL. SPEC. QUAL hlETIIOD )TEhIS SYSTEhl:PIK't Zl)p,)2 ZZI 22r r Operating iq p 'gFQPQNSE, T)MEe r't i'..~Z 2'll $ r"Ir T)me KSLC NOMF dijon >.7.], 'FQTING PLANT ID IIO: +50-Q)l Z)7.'2.g) Mr'Jl; Temperature rtoxrc L') 22)l )1~7 tl ( 7 IZ (oF) 0-z. y L)7 CohlPOHEHT: FIG vryg >OLI= Pressure NOID (PS)A) IR 7 LIT NONE, tL) hlAttUFACTUAEA: ge>7 t)r It< r-Inrtz SWITCH)t CO. (rrF 7 Relalive rr, hlOl'r r. artlMUEA: ~ NOI'JE C Ll )IT 83)(')7 Ilumldily (%) 7 rtr- FUNCTIOtt' L05UKE Chem)cat l) ( Tt.lllTION ACCUAncY: sPEc: FUI)(TIM)flL Spray DEh'Ott:I Uttcf)MNL Radiation SERVICE: i1E))M C I.l)lI't)TOI( ()0 rads) ~'I ('I'tttVE )'j!It')P VALVI= Aging LOC(1TIOII: OLIT5 I Dt: (years) . fl FLOOD LEVEL ELEV: g g Submergence AOOVE FLOOD LEVEL: 'Documental)on Aeterences: ttotes:)c].+.5 I~I.Z RR(=„7)) AD'OCR ):. f 8 f: f„'.)VtlRONllEtA'tCC 6 FTIr. L)l - A(~rONnTIC. SN)TC )I- C.o. IDENT I))')t)LE&15 IOICWtk)Ct) Cf?I=017)S,AMLIN)aD C fl I AlD& ND Z,D FOR OPFKllT)DN Dr- Tt)E, DCVICE HLII L r= TIN &3)Cia (L) ACC IDENT ONRL IS)5'. G2IZ.Z5'HQM~s TIIAT PLAIN STI:AM LINE..DIC)::)IK I LIIS, SI)I:. rntL)ir(T.'r- 'AMOT)t ATE A)h LttlE.: TC t.'r)) lt Tt'. )5 l)CCEPTAGLE. SIHC.E, 1 t)E LOC.t)TtnN Ol- Tttt.=":I= Dr'.VIC.I:» l~:I.IC.)l ) Hnr Ont . TWO .«.,TLAM C,t:.PIE);ll)t)K S10P%)LVf:. C.FIM ISI:. h):rt Page I>V r)v~ D~)= Pi)' 'Documentation References: tlotes: + l.-«~ «~I>« page .'~> C .r COOK NUCLEAR PLAHT UNITS HO. 1 8 2 ETS tt0. 50-315550-316 LICEttSES HO. DRR PR-li gk Ett VIROtthlEHT DOCUMF.NTATIOH r. P. PATE EQUIPhIEttT DESCRIPTIOH QUALIFICATIOH REF.'UAL. OIITSTANDINO pc ««P'. PARAh1ETER SPEC. QUAL. SPEC. hlETIIOD ITEh1S STSTOd:>RV-Zl «/«grail Operating ENR('I I.ptbi|& NDHC ~ Time C PIIOC ) I)Iil'lT 'I'LAtIT ID Et'f- r') pr'r". tt0: Temperature IIt)f'IK 2'> 6 2'Ik ZAO ~ r'li.'85 5E Q,UENTIBI. ( F) 0-i'. I LIT COti1POIIEHT: ELF C fRO- Pressure Flb I 111F T I'. F'NF.(lNf9 I'IC 7107NSDUCCK (PSIA) ')0/S') 0-t'. 5 EQL(K'NTI I1 I-. M)MI= hlAtlUFACTUREIt: . I L)T- F l'll:.4''..O'J7'l(i)L 1.'. Relative F/b hhhFTK hlODEL t ELEV: 1'LOOD'LEVEL NR Suhme!pence ABOVE FLOOD LEVEL: NFI NONE 'Documentation Beterences: >I'1L Hates: No c;re''(if «a t«« fC r«a 4am lirr. S'««L «' f I)I'I'I:I'II)I'4 Q 0 I f t'INF I E I IT. I=l~all CTC C Al'ITI(DLG (:ONVAttY Pt''S ( t l e. Sge r i 6 c'r «!.r .-3'rr~'~YU- I V..II'I Il'IIIIL'IT Ol I 5 OF. FI5III;f«'; go«p,,» }lEL$3 ace«J,8'~sly"-i«. I Yl'I' I t«« I..t.irCIA'0- I'rJYEI.II"III'IIC'l(IIN5l.ill(:t I< page s't HALO C. COOK ttUCLEAR PLANT UNITS t)0. 1 S 2 ETS HO. 50315g50 316 LICFHSES HO DRR PR / li EHVIROtlhlEIIT DOCUtilEIITAr IOH EQUIPMEtlT DESCRIPT)OH REF.')UALIFICATIOH OUTSTAHDIHG PARAMETER SPEC. QUAt.. SPEC. QUAL. METHOD ~ ITEMS SYSTE!1: I(l ))CTOlZ Operating c:.onion r Time PLAttT ID NO: NRV" I 5) Temperature ) 5Z t', 0)AP)NANNAtent ('F) I COtdPOIIEttT: Pressuro I ):>II< I rntC 0) FRIGO)r, (PSIA) MAIIUFACTURER: I >O:.r >).I F I L AN Reta tive MODEL BUILDER: 3 I /r'III'8 Humldily (%) „ Fut!C TIOH: I nr. SSufCr= Chemical I r~ I=L)r.-.r- Spray l ACCURACY: SPEC: Ffl/L ClD'JCD I OfMOH:FAIL6lD9;( Radiation SERVICE: P)(I.=.SSu V) ar.R (10 rads) I'DIV):.I( DPI:.I',r) rf: n f(r L)Lr. VA 1.'I f.. Aging LOCATIOH: . ) I ).iA)I" (years) ' > I's I ~ II! I: If. I'>'7 FI.OOO LEVEL ELEV: g] Submergence AOOVE FLOOD LEVEL: 'YI""3 I I I 'Documentation Relerences: Notes: ffALD C. COOK ftUCLEAR PLANT UNITS HO. 1 5 P, KETS HO 50315550-3)6 LICEtlSES HO. DR DPR-ll.Ck a~4, EHVIROithlEHT DOCUMENTATION EgUIPh1EtfT DESCRIPTIOH REF. ()UALIFICATIOH OUTSTANDING ti)l.) PARNiiF.TER SPEC. t)UAL SPF.C. QUAL. hlETIIOO ITEII'IS SYSTEtd: N P.>l-151 AIR'(.I' Oper'atlng SEE )I I-'. 1'- Ic. 3 Time wos r= I')ONE Bc''LAtfT Io tfo: XSA-.')03 5):E lT;5T F II I'l=..l. c Temperature f)'H.')- X '/>- ",r S X'- 7 IVihf )) E 2.q ZerS)r: tel ILL r ( F) I E-Z cotii ottEHT: ALO'NR)b Pressure .il:I. 7l-bT VII I.)1(=- I WrlLE )In.S ll (PSIA) hiAftUF ACTURER: I)tJT()It II)7/, .')IITC.ft ('A")Ihi)/ Relative rdoo Et. HuhiDER: RP- FUttCTIOH: TK)P CJ)le J'!)I It)0/n F)On)C .~<', YlltI/I /-Ih c,Fh Chemical N ACCURACY: SPEC:fl)hYTlM)f)L Sptay fi)TII /1.n(. It) 5.5.(o DEfilotf:I ),'hl(.TIMII Radiation FF F. SERVICE:I hf:c.'.I)(;l I( F:, (10 rads) 50 I'I;I"t.t IIIlf. C'lt1I)Pi/)1.. Aglpg LOCATIOH: )h)i~) I) E''). (yeats) )TRIRI IlIf. k) T FL000 LEVEL ELEV: $ /g,'- t'j 't l:.. ).h,)/-;ill(:I:1t Submetf,ence gi,e r./'III»k)/ AUOVE FLOOD LEVEL: (E~< I"I;VIL.I!/ 'Documentation Refetences: H'"s: Util ) 55 Gli)13ZWI~~f NOTED ALL rL(h)CT)ON na.r»V r= ) I=V)(:.r=.-. ) ~ IdOT (il..)->.C'.NC.> " I))lP f-"c'l)K t I C.T)('BIIZ, l5Y RQYI.:f/5C EH'VIRONMFN T Flat I DI".N) I:t 1''i."I:;Ilt)I>::])I/, ',.'i)'".."/! CPp.'l/'ii)P) RSSUMLD >I'i' 't t/'il I'I /1: i".. I i'. / h /T ) RHHL'YSIQ. SQC CEh/CP AL jUo (C, C PQf, 3P - WE. T)hl(v ltt..>I.I." I: f LI:-t" TIZIC C.Df gaga Sl/, / ~ ~ ~ M I lO 0 ~ '~'t s-1 RrF. U v o 346/110 346 t $ 320/75 ~Q 300 L') ce 280/70 OPEN-CLOSE CXCLE 0 ~ ~ 0 M t'Jithin C 10 scc. chemical 250/' ~ l .". pray to hc startc A p 200/10 H % ~ 140 Pre-test Amh cnt 3 5 8 'll 4 DM'8 30 DAZS 1)R IIR 1IR 1IR ~ 1 , T3:tlE Tcmoera"urc/Prcssure Profile for simulation of loss-of coolant accMent (LOCA) dcsion basis c~.'cnt (DDE) by stcam/chemical-.'.pray environmental exposure.. pagg S tl- '. OHALD C. COOK HUCLEAR PLAHT UHITS HO. I g, 2 NETS HO. 50-3158 50-316 LICEHSES HO. DR 'PR«14 Et.'ilROHIJIEHT OOCUhlEttTATIOtt EQUIP ftIEtIT OESCRIPTIOII REF. QUA).IFICATIOH OUTS 6 PARN(iET ER SPEC. QUAL SPEC. QUAL. ht ETIIOD ITEh)S SYSTEhl CONTJllN/"IEMT Operating 150L1I I Time inner'LtittT tD tt0: YCg-tt f 2l Temperature { F) COhtPOIIEIIT: QII)1'Il)t.fl g Pressure Fn)r. nili OVr.)W rr'a, {PSIA) htAHUFACTVRER: r., I; lr)r~CL) Relative fttODFL ttufttDER: r.'cO llumldlty {%) F uH cTIDH: 150L ATION Chemical AccuRAcY: SPEc:FA)L CI.O rl) Spray DEhtoff:I-'AIl L)L~~r.L~ Radiation SERVICE: fC.I CADI:N5rx {10 rads) I{I:I-l(1(rl=..I:IIHT 5{IIVI.Y Aging LOCATIOH: IN.S I D E {years) <" ()N mIN NI:I'IT FLOOD LEVEL ELEV: QQ -0 Submergence AIIOVE FLOOD LEVEL: fE 0 'Documentallon References: Hot s: FrllLURI:. VLF C)IFNISH, Qr. DIRPHlt,AN)PUr= To 'tfRl VO VO" )rien'O I'VO) )=it. )'O~.I r Ir..fl. VI)FuE.ra~). NO A{ll)Llf-)C.flT'ION TD ACCIDl=NT CANDl'TION5 . I z h) l C I'~ A)M Pngr. ~ lX DONALD C COOK NUCLEAR PLAtlT . UNITS HO 1 4 Z CKETS HO. 50 3I5g 50 3l6 LICEtlSES HO. D DPR ll EHVIROtlMENT DOCUMfHTATIOH EQUIPtiletIT DESCRIPTIOtl REF. QUALIFICATIDH OUTSTANDING PARAMETER SPEC. QUAL. SPEC. QUAL. METIIOD ITEMS sYsT eriI: C DNTAINI1 EN T Oper'atlng I SOL J1 TI(3N Tlmc PLAliT ID i(0: VCR IDIO fOZ Tempcralurc (oF) CohlPOtlEHT: DI1)PJ) RAN FDR. Pressure f1 IP. OPf':V.I770l (PSIA) hlAtlUFACTURER: QI) ILEY hloDEL ttUtlDER Relaliyc f llumlJ lly (%) 5r'UNCTION: )SAM Ttaw Chemical ACCURACY: SPEC: Fttll CLOSED Spray DEtlotl:Fl)IL CLOSE( Radlallon sERvlce: INSTA'llMFN7 RDOE1 (l06 rads) I'(IR(,L 5(lf'I'L'/f LX/tllL(ST f.,'E < f'EC1 )YELY Aging LOCATIO.tl: II'I'.iI L)t (years) ,','r; I I J) I VI'1 I- MT FLDOD LEveL ELEv: Qk,'-0'DOve Submergence FLOOD LEVEL: 3E5 Documcnlallon Rclcrences: Holes: Pncle S}3. COOK NUCLEAR PLANT UNITS NO. 1 4 2 „ KETS HO. 50-315 g 50. 316 LICENSES MO. DR OPB-7i ENVIROHhlEHT OOCUMEHTATIOH EQUIPMENT DESCRIPTIOH REF.'UALIFICATtON OUTSTAHOItlG PARAhlETER SPEC. QUAL. Sr EC. QUAL. hlETHOD ITEMS SYSTEM: C ONTl)/NPIEHT. Opciatlng 15()I ft TICIN Tfme PLANT to HO: Vt I(-l03)./M Temperature. (OF) DIDPI!RANI'OtilPOHEttT: FOR Prcssure 'AIR Q PDI.I)TOIC. MAflUFACTURER: (PSIA) E~/IILI:-.V IilOOEL Retail ve ttUhlOER''Z Ilumldlly(X) Z E 73Z RESPECTIVElY FUHCTIOH: I 'SOLRT )ON Chemical ACCURACY: SPEC:FAIt.CI.OSED Spray DEi>10N:I:AII. CLhSFl; Radlallon SERVICE: COAIT/3//YMCA7 (10 rads) PI/AGE SVPPLY Aging LOCATIOH: INKID(. (years) r-..rlt{THIIJM f:PI T FL000 LEVEL ELEV: @~R ABOVE FL000 LEVEL: (F5 Submergence Oocumcnlallon Relercnccs: ttoles: OHALD C. COOK HUCLEAR PL U IT H 1 - KE I . 0-316 LICEt ES HO. D DPR-14 EH VIROtIMEHT DOCUMEllTATIOH ~ W EQUIPfhEtlT DESCRIPTIOtl ~ HEI QUALIFICATIOH OUTSTAHDIHG PARNilETER SPEC. SrEC. QUAI.. thETIIOD ITEMS I I SYSTEf1: CQNTBlhlf IEtlT r Operattng l f 'OLA nON Tlmc I PL/lllT IO ll0:Y(.R- ID']lD6 Temperature ('F) COtlPOflEHT: DlAPIIIMH I-OK Pressure J)II~ nVrVWOa (PSIA) filAtfUFACTUIIER: 4'f) ILF'. f fhODEL ttUfhDER: Relative Ilumldlly(X) f A7 f. '/i".t. KSPEDI I 'Documentation Relerences: Hotes: ~ ~ I i i , ~ r I Pncje SJS 00ttALD C. COOK HUCLEAR PLAttT UttlTS F. HO I 2 CKETS HO. 50 3I5C50 316 LICEttSES IIO.- OPR-14 t 4 EHVIROlttdEHT OOCUh1EttTATIOtt EQUIPhlEttT DESCRIPTlOH REF QUALIFJCATIOtt OUTSTAH0 IHG PARNdETER SPEC. 'unt.. ()UAL.'PEC. tttETIIOD ITEh15 SYSTEM: C.OI >Eel JTIIIHI T Opciallng t'.) Ot.}1 I'Jf)N Time PLAHT ID HO: VCR" I07 Temperature (oF) COhlPOttEHT:0)AFJ}R,AH FDF Prcssure BN, OPEf(I)TOft'. (PSIA) hlnttUFACTURER'h)LL='I h100EL HUMBER: Rclallvc 6 5'4 llumldily(X) FUttCTIOtt: I QOLIJT JON Chemical ACCURACY: SPEC:I-J)JL CL05J D Spray DEhlOH:FA)L CL05tc D Radlatlon SERVICE: C OHTn I H Mr=HT (l0 rads) F'I'1 I' lh f(l":. R('L If'F I: XII I4 Aging I}'1'OCnTtOtt: I N."alPF: >" (years) . Documentation Relerences: ttotes: 1 OOHALD C. COOK JIUCLEAR PLAnT UHITS 1 HO a CKETS tlO. 50-315'0-316 t.lCEHSES HO. D .5 DPR-ll t.b.QS'V EHVIROHit'IEHT DDCUuiEHTATIOH E UIP fitEIIT DES C RIP REF. g TIOH EQUAL. (UALIFICATIOH OUTSTAHDIHG :Jl;g':i PARAMETER SPEC. SPEC. gUAL. METIIOD ITEMS ST EM: V/.I-'-II,2!.W,fn7.,1!(", (X. 'I'I:C Il. Opcratlne " ui 85 I'7 Tt S,l'h).).~,F.''I:.'il /((V,In',/Dl. d /A7 !~ 5CC.. Ioez L 1't W~.) ) l.. Time K I)y.'). ll ..f.- I )Nh- c l-l- .71 PLAHT IO t{0:X50- I 1 72,2I. Temperalure 3'ZK. Z REF. I I" I. O., I 5,!2(.'. 1'li/.i) 1 f..')/2')-) (O'VEMTI E. /I, I, (oF) l il 0 L illslit c'I J2.7 4 P COfitPOHEttT:.')7 t ) 10)'4 ".f Pressure. L TEST N V111 VI'. I'"liOFI Q.. (PSIA) LF 0 MAHUFACTURER;!)JnN)AT IC .r.bt 11(.JI Chf tl'fi!)'ilOOEL Relative IIUfitOER: 100 Humidity MV-lt='.ll»:~~l Y (5) FUIICTIOtl: Ifitr- .7: .(OINT/I)U 1-1'I F41'L'. t/!)t VV f'.Lo'I n Chemical % hC)h AND I'R)L Spray utill1 /i M.JIN ACCURACY: SPEC: I'JN~TIfrh'fit. n~) 5nln NnOJI DEMOn: I IJ)i'7(YIAI. a~c,o Radlatlon t( 'Documcntatton References:lflft 1:5ri 07'/ILI~I(II»C: lVATE:"D tlotes: I il I I Jl I AICJ. ~~ I)I!I: I SA K .~ECT'D)Jr». 'I' I l(''-I:-AII')r')r)I)'ff1"..'.IrJI7l'/l C.Alit'flI r J)'LI'fxfii RA.S I/~7 I»/l R, ~ ~ Itt r ". >.- Mt c.-t Jht(. Jllrll~f- I l!.('.TRJC Cof;f. I".f h)ll)!)h I l "illI/>h.t II '. 7 AI/)- I 7 'i r~. ' Fee~ eeC 5 U O )~34 6/110 346 320/75 300 280/70 OPEN-CLOSE. Oe CYCM 't5 0 0 1H.thin Ul 0 10 sec. j chemical 250/'5 EN lP, L1 .pray to Q he starte C> 0 S4 n J g1 fi rJ 200/l0 6 a, FC V 140 Pre-test 5mb ent 30DA S 3 5 8 ll 4 DAXS 11R 11R HR l)R TXi~lFi Tcvoeraturc/Prc,":sure Profile for sin:ulation of loss-of coolant accident '(LOCA) Sl' dcsian ba: is c>.'cnt (DPE) by stcam/chen;ical-;:pray cnvironmcnta]. exposure. Po~e, DOH COOK NUCLEAR PLANT UNIT NO. 1 T NO. 50-315 LICENSE HO 58 EtfVIROHMENT DOCUMENTATION EQUIPMENT DESCRIPTION REF.» QUALIFICATION OUTSTANDING PARAhlETER SPEC. SPEC. QUAL. METHOD ITEfdS SYSTEM: Operating I z z. /2 ome Time / I/R bh PLANT ID NO: Qce-Zao Temperature (OF) hatt og-/ 3BQ s, .L. COhlPOtIENT: do~a'Roe 4 F U tiCTION: Chemical zooop~8 ZCOoj p5. pQQ~M 3']I/I Spray v/VO fQ,8&/C- ~l& S uL ACCURACY: SPEC'4 45-/ Air) ffpio y/q,fi6 DEMON: 48 'gCh ~ Radiation g rf/) I (106 rads) None SERVICE: va.iv(=. „ P T v)(, ( „. Ll~/ r Aging LOCATION: 2n d'y~edieptE~l (years) FLOOD LEVEL ELEV' /f. Submergence 5v~~er/8k Po ne. ABOVE FLOOD LEVEL: /Ir/o Colit8rd/7 oQ 'Documentation References: Notes: k.<-4'-.=~<- +'~~- Li 7~ 1+5p boric acid buf ered pith i"a OH to a PFL of 7.67, Seismic Tew 8/20/79 Horizontal Force, g.3 G at 3g Hz Uertic.al force 5.3 G at 35 8z ho r=..onance frey fxom g to 3g Biz h g ~ I ~ % 0 LD C. COOK tIUCLEAR PLANT UNIT tID. 1 OCKET HO. 50-315 LICEIIS DPR-Sll EIIVIROHMEHT DOCU!1EfITATION EQUIP fiiEtIT DESCRIPTIDti REF.* QUAL'IFICATIOH OUTST ~...".G PARAMETER SPEC. I}'JAL. SPEC. gUAL. filETHOD , ITEMS SYSTEM: yogi g05 Opera Ung l r)nY i Time I /b i~iiyg PLAIIT iD ii0: Q/rr Temperature ( F) rg ~ vAct~ p, COfilPOHEHT: Ca~tfPcl Pressure Chemical 5aa FUNCTION'CCURACY: ltdfg SPEC: Spray red ~]g DEhlON: +A hlcAP Radiation 7fro- SERVICE: Ilgwu,o~s (106 rads) 20 Say Anne. Vo c.f Aging LOCATION'~tp (years) ~ + ~ ) FLOOD LEVEL ELEV: jfg'. Submergence gpss>1i ABOVE FLOOD LEVEL f~& . 'Documentation References: Notes: ~g 4g~pf~ gg ~lH BUsgee c/ 3 p Jl c ~In r d~~g~i Res) 44~c r~ 4'dOC/ g) v~ c s) ~ page 74Z-1 EvEHT'vcIlT'vcwY .BH~s, 2.. GHzs 23.A H~s 25. &Was 3B~SWas ZB paid 25r s>a 250 )Or st< )20 'ALD C. COOK NUCLEAR PLANT UtIIT NO. I DOCKET NO. 50-315 LICEt' DPR-5o ENVIRONMENT DOCUIIIENTATION EQUIPMEtIT DESCRIPTIOH. REF.~ QUALIFICATION OUTS zi . IlIG t(IETHOD ITEMS PARLAIETER SPEC. Q jAL. SPEC. QUAL. SYSTEM: p+totl5 Operating I Time ',90bAY .E3 PAja~ A PLEAT IU IIU: fl//'A( Temperature R4 (oF) Da'P-I-> 3 COMPONENT: Po.picot, ~l@ Z- pygmy'< Pressure Z3 ~ (t'. Fq'ET(I Aging ~T LOCATtON: '«'«~r"" (years) FLOOD LEVEL pgeot>~~ ELEV'BOVE Submergence <~b~cr FLOOD LEVEL: telo (I ~bes 'Documentation References: Lr~e~ogve, Corp Pcs f leRporf <~o/ 78 2s ~ Ls~eg~oo. QrP 7eyf Hoor/'0037((; / gl jge.~up Y~bE Quo.le// Aa.e.tcH. page 7d 3-/ P VALV OPERATORS CYCLED ~ INSULATION RESISTAIICFS MEASURED 400 3<0 F/Ios Pstc (I3 fltk Pstc) 3<0 f/105 Psfc (sf f/t) Pslc) 320 F/77 PSIG (tO F/cO PSIG) I Hour Orop to 252 F/19 PS! C 300 (I) F/t I PSIC) Ourlny First Holt Hour, 'Then 251 F/15 PSIG ILI ( 2'f/tl PSIC) IC 3 Hour prop to 162 F/0 PSIC cc ILJ 23 Sec, hlSe to 336 F/108 PSICL TcI pcroture tnc. to 3LO F ILI In Less thon 4 Hlnutcs ~ I 200 ~ L 19 sccL his» to 33'/110 )sic, tcILpcroturo Inc, to 361 f In Less thon 3 Hlnutcs ~ 100 L 0 8 i 10 12 14 4 DAYS START OF (HR) 0 6IIR TEST Figure 3. Actual Steam Exposure Profile 0 C. COOK NUCLEAR PLANT UNIT HO. 1 CKET HO. 50-315 LICENSE PR-58 EHVIROHh]ENT DOCUf(lEHTATION QUIPMEHT DESCRIPTION REF.*- QUALIFICATION OUTSTAI PAR AhlETER SPEC. QI:AI- APEC. QIIAL. hlETHOD ITEhlS YSTEh'I: y/gI~ Operating 30 e ags Time /zan Seg. LART IQ Uo: nl/I Temperature <5/X ('F) rrrS'.l3 -/ l( 5~, COhiPONENT: Con F Ro4 ~ICq z. k C88/ e Pressure 1E2rPT)TPgygorI/ (PSIA) Fag/ 8V' /4 /on< lARUFACTURER: +/jr d,+g Relative hlODEL HUhlBER: 8 pg8lE Humidity (%) t'0 0 jo0 SE@ +ant 7F@mr/gz"gy~ yT kg>p~ FUNCTION: T.S. Chemical „o~ „~z~~<-a, Py~r9b~zc, /.iZ&%]4< PIP. /'on e. Spray f /6, ACCURACY: SPEC: ~/4 /j9-// gc,rN H l'o,g pcrc2 3',g(2 DEhlOH: IV/g Radiation ol(RP 7$ ro~ +on < SERVICE. V ro~> (106 rads) go/ R Uo r. Aging LOCATIOH. ~n C~+AA> W4L (years) FLOOD LEVEL ELEV: 414 Submergence Sub Pq~du'. 8 ABOVE FLOOD LEVEL'i/p erg ~rv8e5 'f/~0< 'Documenlation References: r' page 7d 4'-/ Specified Accident Profile Temoerati 300 oF 300 F 10 psicg 70 psi.g l I 2SO F I I I ! 30 osiig I 2OO 'F ) I I l I I l 10 psi..g I I I .I I l I l I I I I I I I I I I I I. l I I l I I I I I I l I I I I I I I I ~ Tine t lOsec 30~iu Z5ha 25 h~ 3}w, +76~i~ 29 ha N'" Qg ~O" QAg Yo +lO SeC ilb~ +2b$ CC +2oscc 0 ~ I A Isl IIICSII.'i 46 1200 Isslsi'I'I;s. 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I ~ ::, . : I.': : ~ l),i ',: "ll' '(.,;: I ~, "= I ',I' . ~ 'Ie'i('il)'I')I 0 ~ 0 ~ I' SHEET TC-5 INTENTIONALLY OMITTED DOt» ~ COOK NUCLEAR PLAt»T UNIT t»0. t T HO. 50-315 LICEt»SE NO 5P Ef»VIROAIMENT DOCU.'IEf»TATIOt» MENT DESCRIPTIOt» REF.~ QUALIFICATlot» OUTSTAI!DIN PARPfi'iETER SPEC. QlAL. SPEC. QUAL. hIETHOD ITEMS SYSTEM: g cry r b v~ Operating ZAIHaS pgs.; Time f //6 /3 PLANT lO NO: g/N Temperature t-fg 0».A-J -> P~ e COhlPONENT: aoNrW. carr Ia Pressure TCIAoirV/ P ION (PSIA) l «8 S'oq + Onto NANUFACTURRR: ~7j AC~ Relative htODEL t»UfiIBER: ~» r'nrro~ Humidity (%) /OO +on~ spbc' re stllnTIDr: i) ten pry p/ too FUNCTIOf». Term, AA< Peiiel'RAT I OS rc('NL'i~'farci M~M Chemical Spray 7/%$ {3 ACCURACY: SPEC; f//A Rzz,'d >/Cf.L DEfd0t»: 8/4 Radiation SERVICE; I/'trIR1os {106 rads) (,o Sr„q Pone Aging LOCATION: (ypars) FLOOD LEVEL ELEV: Submergence 5~I ~cage J. ~io ~ ABOVE FLOOD LEVEL: NQ" g- beS'f P~g~~ 'Documentation References: Notes: )3 Qep fgvy hoipsc"CA+4rirr Ties'ework ~QAI >- Sa~ y(, F~~p mob~. Qua.l page T< (-/ 6 Energize All Test Items Chemical Spray Exposure 400 I (Press. 118 psia) 340 300 / / (Press ~ 27 psia) 250 / / 200 / / / ~Exact time to be / determined by AEPSC 100 / ~ ~ ~ ~ I I ~ ~ 0 r LD C COOK NUCLEAR P A KET NO. 50315 LICENSE > r) ENVIRONMENT DOCUMENTATION EQUIPMENT REF.* 0, DESCRIPTION QUALIFICATION OUTSTANDING 1 < ~™ . ~ LOCATION: ~ (years) FLOOD LEVEL ELEV: rorg> Submergence ABOVE FLOOD LEVEL: R/PE ~ 'Documentation References: Notes: Q. CoNgrr Cy< p. 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COOK NUCLEAR PLANT UNIT No. 1 ET No. 50315 t.lCENSE NO. ENVIRONMENT DOCUMENTATION EQUIPhlENT DESCRIPTION REF.~ QUALIFICATION OUTSTANDING PARAhlETER SPEC. QUAL. SPEC. QUAL. METHOD ITEMS YSTEM: l/R@ovg Nm Operating I 6g " Time / DAY I.I Dgg ) Jg ! I.l~ LANT ID NO: AIR)8& Temperature Pc'g. ( F) O.z7 COMPONENTr dOmel pggia Pressure I i=8 rrr w'-7 .Xrp,ffg rlYRslon'lANUFACTURER: (PSIA) fy/I'g 0- z.7 0 i ~on e. Relative MODEL NUhlBER: PER~, +7 Humidity (5) Se.g . u'hive Hforug af'~zpyog /o< FUNCTION: yAIOvs Chemical ACCURACY: SPEC: IU/I Spray DElilON: IV/p <~ NoM I Radiation NSI < z~a u«4. I ~ ev P,Q,.~Opickvs SERVICE: Vggjavg (106 rads) 0(~e pc-1- y„)pe, p~ 9 o-1 Aging t.OCATION: (years) FLOOD LEVEL ELEV: Submergence ABOVE FLOOD LEVEL: ~g 'Documentation References: Notes: z. 7:i~ « Fr kL 7~> f gcfror.~ F'-r-3>~ I yl s~ hw ~ <~ ~r~ J 7-(); ~)Q,g (Q f r") 'EA /C ~ K~~ ( a. pep I Tiiv n urus ) ~ ~ '1 /c/ p5 Q 7 j 35, page Tdf ~ y % ~ PIIKSSUIIK T NCIIKS YIATEIt OAOK ttELATIVK IIUMIOITY~ 100 /a 5 «INSILATI<KSISTANCK MKASVAEO 220 ~VALVE ACTUATOftCYCLEO 210 2 ) DAYS AfTKtt KNO OF TEST 200 190 W > IbO 1 70 LJ I lb0 150— tao 130 I20 IIO 0 I 2 3 4 5 6 T tt 9 IO II t2 'WK (Ir) ~ ~ F)gure 3. Test Prof)lo D C. COOK NUCLEAR PLANT UNIT NO. I ET NO. 50-315 LICENSE NO. L Q,-h>i ~ DOCUMENTAT!ON ENVIRONMENT g% 4gli g, EQUIPMENT DESCRIPTION REF QUALIFICATION OUTSTANDING t'1!)J< PARAMETER SPEC. QUAL SPEC. QUAL. METHOD ITEMS YSTEM: '- Qrg)0 ll5 Operating I fA(e 5 jv Time /u~y ORY~: 'g,C7, /0I- ir. tt'LANT ID NO: pjfg)ops, Temperature ps'~ 0-> .o COMPONENT: d,o&goL CrtrttE Pressure r Ee,Pll h/QT lop/. QiP (PSIA) (]R 7 Mone MANUFACTURER: 0 Z7 ~]~ Relalive MODEL NUMBER: i/Her OU5- Humidity (%) yOQ FUNCTION: ~ei~ c z va/ve. boo~ Chemical 2 6c> Dpef~r c ACCURACY: SPEC: Spray S, ~L. ~a \ Aging LOCATION: +hen mCn f (years) FLOOD LEVEL ELEV: Submergence ABOVE FLOOD LEVEL'H 'Documentation References: Holes: p>wL. ac.- Q -GA,O;~ f ipse ~est yi @OOI>8 p~g g Lr ~ A~ r)~ e 4~s4 p TC10-I . Tf VALVE OPERATORS CYCLED ~ INSULATION RESISTA ACES hIEASUREO 0» 400 340 f/IOS PSIC (tJ f/t» PSIG) )(0 f/l05 PSIC (t't F/tf PSIC) I='z Vl 320 F/77 PSIC (tO F/t0 I'SIG} I Hour Drop to 252 F/l9 PSIC )00 ~g (tjpf/t I PSIC) Our)np First a A Half Hour, Then 25l f/I5 PSIC us (t2 f/tt PSIC) t rc I ) H)}ur Drop to- I 14 ~c I62 F/0 PSIC cc ~0 t»1 I EIJ 23 Sec. hlsc to 3)6 f/!08 I'SIC. Tenpcraturo Inc, Io 310 F 0 lal !n less Than tt !sinuses. XI I 200 in 1 I I I l9 Scc. hlsc to 33!r F/IIO [SIC. Te~prfaturc I Inc, to )bl f I In less Than 3 Hlnutes ~ I I I I I IOO I I 0 2 8 . IO l2 4 DAYS START OF (NR) TIS!K GIIR TEST t Figure 3. Actual Steam Exposure Profile D C. COOK NUCLEAR PLANT UNIT NO. 1 ET NO. 50-315 LICENSE NO. ENVIRONMENT DOCU1TIENTATION EQUIPMENT DESCRIPTION REF QUALIFICATION OUTSTANDING SPEC. QUAL SPEC. QUAL. METHOD ITEMS SYSTEM: gprR.Room Operating DRT ,pZ 'ARAMETER.Time f/ j IJ /bode r„y~ Zy Mone PLANT ID NO: A/A PS(I< Temperature P'on (OF) P zV Sey. ~ COMPONENT: ~AN~<<< ~++'~ Pressure FS&C. AFCFFN Fee/ke ~ Fig (PSIA) 39.7 Ape- 29 Seg MANUFACTURER: g/P 0.~7 Relative MODEL NUMBER: germ. air VifL~l- ~r or Humidity (%) S ey. FUNCTION: qgr,>orr5 Chemical ~en ~ ACCURACY: SPEC: nt(~ Spray DEMON: gl4 Radiation FNFPV C SERVICE: I/Jgio~5 (105 rads) Z Os/ Seg Aging " ~r LOCATION: - (years) 4'pNR'jPrrVAtAV~ FLOOD LEVEL ELEV: N A Submergence ABOVE FLOOD LEVEL: 'Documentation References: Notes: pppac. paFL z.g L;~'4o~ ~c *i~ A A page T~rd I [ lEhfO'ERA FUR.K P'%OF'ILK EVENT EvCtlT ZB pais 25F~>a 250 l 20- C. COOK NUCLEAR PLANT UNIT HO 1 T HO 50-315 LICEHS& I 0 ENVIRONMENT DOCUMENTATION Or- L'r' EQUIPhlENT DESCRIPTION REF.'UALIFICATION OUTSTANDING (p"'$y-) PARAMETER SPEC. QUAL SPEC. QUAL. METHOD ITEMS SYSTEM: IPvc sst„r', ~ ef" Operaling Z c /- Z.gl Time I ~4y 7$ «% PLANT ID NO:/VA0- I 5 I Temperature 7-re I .>, pg..9-I "X )5.-' ( F) l- Z&O Sey. /Jan I COMPONENT" Co+7RoL cttBLt4 Prcssure t I=.Rm. (PS!A) gi(' 39. 7 Mon e MANUFACTURER'ir/Q Relative MODEL NUMBER: Pa~. nr /Uc ne rirr).tir= y~legort oP '~<~'r Humidily (%) ]DO j FUNCTION: I f'itt Chemical t~ t I vn I v( < Sa p.. ACCURACY: SPEC: NH Spray t g DEMON: nN Radiation MOIP) II4 SERVICE: ( li~q,. (106 rads) S~. /tlat n 8 P~~ rz);z V4I > le&ID8 Aging LOCATION: ~ ~ co v7$ lhlDlE.hP (years) FLOOD LEVEL ELEV: 4/Q Submergence ABOVE FLOOD LEVEL: Pe,5 'Documentation References: Notes:. Tcs Rcpctr 4@ g 60 ILI «>c.c~ <+o4 j-5 P gs- I -S'l3<~ I - S-13t page TC /3-/ RMF KRATUR,K P'aovlLC Evzwr Cvct n EVENT CV EH% CvCHT Evc~v 6 l l 2l 80 23.A H~s 25.Sans 3NSWas r- ZS podia P.GPS l6 250 O ~ }OPla 20 I I I I ) 20- I iOO I l I I l I IOS~c 5 Has 2. Has 2Hrz l 05cr. MME -I ' 7. I). I)tP ~ OOCUMENTATION EtiVIRONMENT OI- 1 A~ziP. EQUIPMENT REF DESCRIPTION QUALIFICATION OUTSTANDING ~ (P~g,,' PARAhlETER SPEC. QUAL. SPEC. QUAL. hlETHOD ITEhlS YSTEM: (jARioos Operating ~ p,s=l IJon Time (//Has ~ I dC (P PLANT ID NO: iV/8 scSRK. ~7 Temperature Pl 9 uL- Pp"r ~ ('F) 0- z-7 0 Q / I~'l- COMPONENT: CUBI.C gerj r Pressure /silat vr.sn n*<'ttdb T e, t ) Lr (PSIA) ppp. hlANUFACTURER'(R Relallve MODEL NUMBER: Tek~ 8< Won,c /7ij 1 e.P-&. GL,Oc.K, Humidity (%) 0-Ei'hemical /00% gr~+ g>j. Cy7 Chrs FUNCTION: iE QO O]open cDrog~T fog g j.'/9''Q Bn4 . Spray /On~ Z.og - Z,i/ ACCURACY: SPEC: NA w-ohio ~ DEMOtl: NR Radiation SERVICE: VrrIe.r'ao~ (106 rads) Aging r > LOCATION: Oo4 < (years) CoD+o FLOOD LEVEL ELEV: +4 Submergence ABOVE FLOOD LEVEL: pg 'Documentation References: Notes: ps~sC r s+.W 4 64K $$ Con AK 7~st ) ~„„„7-~p g „4 ZPs-349 pageTCl" Q~4AP ~PQ GAAPYACCONYAOLS COAPOAAIIOII SoAekLNore York L C IT 0' LD C. COOK NUCLEAR PLAHT UNIT NO. 1 LICENSE NO. ENVIRONMENT DOCUMENTATION EQUIPMENT DESCRIPTION REF QUALIFICATIOH OUTSTANDING PARAMETER SPEC. SPEC. QUAL. METHOD ITEMS YSTEM: Ib Hg Operating r''(bY Time 7 bayS Wdi| PLANT ID.HO:ggq-go)', = APE ~, Temperature Fi(p . S-I -Z 30 )r) gn ( F) oui I $ g,~„L COMPONENT: ~A~ Pressure g,qf (PSIA). )DQ7 T~ (r ter( W .L. MANUFACTURER:~g S, Relative MODEL RUDDER: 7~ /Oo )oo ~ VaP~~ Humldily (%) FUNCTION: ran'i oC Chemical PP'" ! eM.<. RCkd C>t le > ! I,yw,.a&a< C~ ACCURACY: SPEC: W)~ Spray ] '+bi Err!!E @Pe DEMON: PP rjr;p'. Radiation mls jr- Cre!Mee +I, ~ Mon SERVICE: +Pc.roc ur.!Mr < (106 rads) /oo oe H~ EeP lreer 1eb- "0r e< r!eb'It !» e(!(ep reer.! i!/ Aging LOCATION: (years) 8!C!R!fig,i-~~ ~ FLOOD LEVEL ELEV: gyes I Subreereeeee ~~bO 'BOVE ee+rrrr(ei( FLOOD LEVEL: Ao 7~ b!Mg ~P)u'gy Pro& «Documentation Relerences: ~ )( g0 g by „~Q g~ r) CDO198. (. C' C.-r. Tee+ ZES-2'3r.. ~P ~ e Ir ~ ) ~ ~ FLeere(bo< Tobe SHIT page 7C/. X~. Qualified by Linftorque Coro. Test Laboratory ~ Pro jact 1600198. ilovexoer 968 - Type of Te t: simultaneous, steam chemical spray separate seismic test Type Prof'le: 328oF, 90 ps'g fo" 1 hr 312OF, 70 psig for 2 hrs 287'F, 40 osig for 2 hrs ~ 271OF, 20 p=-ig for 19 hrs '250oF, 3.5 psig for 6 days Chemical Spray: 1+5/ boric acid buffered with Ãa OZ to a PH of 7.67. Seismic Test 8/20/79 Horizontal Force, g.3 G at 35 Hz Vertical force 5.3 G at 35 Hz Ho resonance freq from 5 to 35 Zz il t 3.Q. e'J>~ ~ ENVIRONMENT DOCUMENTATION EQUIPMENT DESCRIPTION REF QUALIFICATION OUTSTANDING PARAMETER SPEC. QUAL SPEC. QUAL. METHOD ITEMS SYSTEM: 'J paso o~ Operating )~ 8 ( ~ PLANT ID NO: pJ]f Temperalure re& k, 'Pc v'c.~ ( F) 0-i7 /fry N oNC ( t-) COMPONENT: &iac.8'ertcm Pressure +Sl N 4NQ. (C (PSIA) ) MANUFACTURER: nI~ g-2.7 //.$ +4 Relative MODEL NUMBER: 6rtr4oc- Sit r~~ ~E 5o~ena'o Humidity (%) FUNCTION. Vtrie Aging LOCATION: O"+ (years) C o~+~r 'Documentalion References: Notes: I'/.z. C pnt-.-ttv err- n'.t ntrsnrre c ag >Cr+ ~ ~ c:ort-. ~ ~ - O~C 6I t:.fjrC.r U ( t)t--- Ctg/ r I= DGvtc 5 /J A r r c, 6 ~wit'rt c page TC/S=/ ALD C COOK NUCLEAR PLANT UNIT NO. 1 CKET NO. 50-315 LICENSE N ENVIRONMENT DOCUMENTATION EQUIPMENT DESCRIPTION REF QUALIFICATION OUTSTANDING PARAMETER SPEC. QUAL SPEC. QUAL. METHOD ITEMS SYSTEM: )rtg r ops Operaling Time 5) gugrk~ PLANT ID i= NO: /Vd Temperalure ig S EQM 6'nl T)4i ( F) oz. ~ COMPONENT: Cwd~E TeE~ Pressure Fy> (PSIA) MANUFACTURER: P/8 2 So).evolve Relative MODEL NUMBER: 4n4~pg P~g,a AGO 7e)am yg- Humidity (%) Ioo FUNCTION: Vp)eioos 2yoo $000 )AN Chemical pp~8 trbftc I.IN~4 IO ~b~'<. RCAAv 4c.io w/.pr)q pn ACCURACY: SPEC: >~ Spray p)r Q II 0 'fr DEMON: ~P ~cA)o NoME'OCATION'o~rrr Radiation yylo~ SERVICE: VHAiovs, vier (100 rads) iso Vr) f.l Aging . jw~<~+ (years) Dt's))'I."> FLOOD LEVEL ELEV: 4JZ) &KP ENC)))sr Submergence ~ ) ABOVE FLOOD LEVEL: JEST &vs )>)'p'.) ) J(l ) o'r 3 'Documentation References: r='s< Notes: t,)r I r I'r flcr .'- /'I..- «"8q '-L~ )'') gpr. p f pr()p~~y)c gpy.y r sl c o, rtt rur 8 tPD "»h/7 n. P4 tQ0 O o 346/110 346 $ 320/75 n-O 300 aa 280/70 OPEN-CHOOSE cn CXCLE g 0 OC U) ~ 1/ithin C P CJ 10 sec. AM%A R 4 chemical 250/15 OH Q I/l ..pray to N Q be starte Pc g $ iaj i 0 ~ $4 O 4 rj 200/10 p> 8 a, I 140 Pre-test Amb ent 30 DA S 3 5 8 ll 4 DAYS HR HR 11R HR TXi~1E Temperature/Pressure Profile for simulation of loss-of coolant accident (LOCAj T desian basis event (DgE) by steam/chemical-spray environmental exposure. P~, one 7~> Z/ps3 pgg V)-f -0 I>I-i b')zr COMPONENT: X'~57RIFm f. IIITRl IrTv Pressure ~A QZ /73- J8~~ Tc Rnrl Nhr>ON Cy'/ sf'n e (PSIA) P] lf~ 7 rArI c 4 BIO~ zrc NAIIUFAOTURER: N/ MODEL NUMBER: BRrrToN INWIT&lNPIE,HV TfRhrrIIrtrEOq Humidity (%) /OQ gv yr~ a. rcA ~ FUIICTION: 1'5 Chemical ~D oooo „g IJV+sgf»„A,I'V&%.IIw TIVE Spray ACCURACY: SPEC'/8 TvvA A Pb0'-Ii Ar> 7-fl " 3/ Aging LOCATION: ~ p~ (years) FLOOD LEVEL ELEV: Submergence S~( ABOVE eye FLOOD LEVEL: gu )%5 Con 4 I» C 'how/ 'Documentation References: Noles: page JX I-/ s I ~ ~ I o I .: I I ~ I ~ o I i ' ~ s ~ ~ ~ ~ ''T-~ ~ ~ I I ~ ~ ~ ~ I ~ ~ ~ ~ 0 ~ l,}a I I I I I ~ o ~ I ~ ~ - ~ ~ . ~ I i TEMPERA ~ ~ ~ ~ ~ OFII,'X% ~ ~ ~ ~ ::.I. e ~ ~ ~ I . ~ -I PSC:TEST RP; . ~ ~ I ~ ~ ~ I. l.s I I ~ f ~ ~ ~ I I I l ~ ~ ~ I,I~ ~ ~ ~ ~ ge s.} .. ~ ~ ~ ~ ~ I ~ ~ ~ I ~ ~ ~ ~ ~ s I I ~ ~ ~ ~ ~ ~ I ~ ~ ~ ~ o ~ ~ ~ I ~ '-'I I ~ ~ j ~ I o ~ I ~ s e ~ ~ ~ I ~ I I- ~ ~ „I I ~ ~ ~ I ~ ~ ~ ~ ~ ~ ~ I ~ ~ I I f ~ ~ ~ ~ ~ eo ~ . ~ .,< I e ~ I lg ~ ~ ~ o a.l :.a I ~ ~ ~ ~ ~ ~ ~ ~ o ~ ~ ~ ~ I ~ ' ~ ~ ~ ~ ~ ~ ~ 4 I ~ ~ I ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ s ~ ~ ~ ~ ~ ~ ~ 'I ~ . ~ ~ ~ I ~ . ~ . ~ ~ ~ s ~ ~ ~ ~ A ~ ~ e ~ I ~ s I ~ ~ . l : ~ I i- ~ ~ ~ ~ f. ~ ~ ~ ~- ~ ~ ~ ~ ~ . ~ o I I ~, .I I. ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ s ~ ~ ~ ~ ~ e-I I ~ ~ ~ ~ ~ ~ ~ ~ ~ t ~ ~ e- ~ ~ ~ ~ - ~— ~ ~ a, o ~ ' ~ ' I ~ ~ a t ~ ~ ~ ~ ~ I ~ ~ ~ ~ ~ ~ ~ 4 ~ ~ ~ ~ 4 ~ - ~ ~ ~ ~ ~ ~ ~ ~ I ~ ~ o ~ ~ ~ ~ ~ I ~ ~ a ~ ~ I.I e ~ I ~ ~ S . ~ I ra' ~ ~ ~ o ~ ~ ~ o ~ ~ ~ ~ I ~ I ~ ~ ~ ~ ~ ~ ~ ~ I ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ I ~ ~ ~ ~ I e ~ ." 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I- I .'r ~ ~ ~ ~ ~ ~ ' ' ~ i ~:g E:H S.. r ~ -I.I- ~ I IiqA T2"I- 3 '') CJ~ II)) ~ ~ ,'Ti I o ~ .»Q e ~ ~ ~ 1- P. l t;TE ~ I ~ ~ ~ ~ 1 I le i .) 1 I)- ~ ~ I 1 I EPS)i: TEST Tl kx:c RP; gg ~ \ ~ ~ ~ li; 1 I ~ ~ I ~ ~ l ~ 1 ~ I ~ 1 I NQ1 Ql I!le ~- I ~ 1 e ' I.pi e ~ 1 ~ 1 ~ ~ ~ 1 I ~ I 1 ~ I 1 I ~ 1 ~ ~ ~ ~ ' 1 ~ L' ~ ~ ~ 1 ~ ~ 1 I ~ I I ~ ~ "1 ~ ~ ~ ~ I e I:!: ~ ~ S- ~ 1 e ::Shi lidbF ~ 1 ~ )- ~ ) le.i I ~ o e ~ ~ ~ -S ~ ~ f ~ + ~ ~ ~ ~ *I ~ ~ ~ ~ i. ~ ~ ~ \ ~ * 1 ~ ~ ~ 4 ~ ~ ~ ~ 1. ~ ~ ~ ~- ~ o ~ ~ ~ ~ ~ t ~ g ~ ~ ~ ~ ~ e ~ ~ ~ ~ -- S» »1 ~ ' t" ')'I l I" t ~ I. I ., ~ ~ ~ t ~ ~ ~ ~ 1 ~ ~ ~ ~ 1 I W' I ~ ~ 1 ~ t ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ » ~ ~ ) I ~ 1 ~ ~ - ~ I f ! I I-I ~ ~ ~ ~ ) ~ o-I e II ~ ~ ~ ~ 1 ~ ~ ~ ~ ~ ~ ~ I ~ ~ ~ -I" i-) ~ ~ 1 ~ - ~ I-I-I ~ » ~ ~ ~ ~ ~ ~ o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ' 1 I \ \ ~ ~ ~ ~ ~ ~ ~ ~ I ~ ~ ~ ~ ~ o ~ ~ ~ ~ ~ 1 ~ ~ ~ ~ I ' 1 l'1 I l l.i ~ ~ ~ ~ ~ ~ I 1 I i e ~ ~ ''t" ) 1 ~ ~ ~ ~ ~ I ~ ~ ~ ~ ~ ~ ~ ~ ~ ::':I ) I' I ot ~ ttt ~ ' ~ ~ e ~ eo ~ ~ ~ So(o ~ Is ~ ~ est so I~ ~ SSSISoSS ~ ~ ~ I ~ ~ ~ ~ ~ o I ~ ~ 1 ~ ~ ~ -I ~ ~ 1 ~ ~ S ~ ~ ~ ~ ~ e- ~ ~ ~ ~ 1 ~ ~ ~ ~ I ~ ~: . I- 1 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 1 ~ ~ ~ ~ ~ ~ ~ ~ e I 1. ~ ~ 1 ~ ~ ~ ~ ~ I ~ ~ ~ I I ~ I ~ 1 ~ g ~ ~ ~ ~ I ~ ~ I "' f' ~:I ~ ~ I I ~ ~ ~ 1 ~ ~ ~ l ~ ~ 1 t )' 'I ~ ~ ~ ~ I-, ) I ~ 1 I- ~ ~ ~ ~ I ~ ~ ~ ~ eel- ~ ~ I 1 ~ I l -i) ~ ~ I ~ ~ ~ .. ~ g. I- I ~ ~ I ~ ~ ~ I lot ~ ~ R i- ~ ~ ~ ~ e ~ ~ ~ ~ ' ~ ~ e t-)-I ~ I ~ ~ ~ ~ ~ ~ ~ o ' I.I ~ ~ 1 o ~ \ ~ ~ ~ ~ 1 ~ ~ ~ ~ ~ 4 '1& ~ ~ I ~ + ~ ~ ~ 1 1 ~ I ~ ~ q-l )- ~ 1 I o1 o ~ ~ ~ ~ ~ ~ ~ ~ ~ ' ~ ~ t ~ ~ ' ~ l ''I'lI ~ I ~ ~ ~ I ~ I.'I I I ~ ~ ~ ~ ~ ~ I ~ ~ ~ -'I I ~ ~ ~ ~ » ~ I ~ o ~ ~ ~p ~ e ~ 1 0 ; '. 'P' ''~»» Q .:II l)0'". ~ ~ ~ 1 1 ~ I ~ ~ ~ 'f) ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ e ~ ~ 1 1 ~ EQ!oEED'IME, HW ~ ~ ~ ~ ~ e I I P, gualiffed by FZRL 1eet Report z-C4033-1 of Zan. 1975 M 't ' tt R~ft: steam chemical spray Test Profile: '2 - .3 Y~ads/hr, 200 Nrads . 351', 70 psig for 10 hrs 275'F, 31 psig for 4.5 days 212oF, 10 psig for 26 days Chemical Spray: 3000 ppm boron as boric acid, .064 molar sodium thiosulfate and adjusted with Na OH to a PH of 10.5 at room temp, PHASE j- IIASK H I'IlASE ID. POST LOCA THERMAL AGING ANO LOS -COOLANT ACCIOENT 0 AOIATION RAOIATION EXPOSURE SIMULATION FXPOSURE I I I I I I I I I I I I l ELECTRICAL RATED voLTAGE 6 0 5 AMP IIUIEt LOADING — g p {EXC'EPT TIITHMOCOUPLE CADLE. t I I WHICII CARRIED No CURRENT) l I I I l I I I I I I I I I ToTAL I I I I RAOIATIOttQ- NONE~ ~ID~-Q —NONE h- io'-4 I DOSAGE, RADS I ItADS I I I I I l I I I I I I C HEMIC AL CtlEMICAL SPRAY L NONE/ SPRAY — = I SOLUTION Of DORIC ACID 6 NOON, pH 9- I I I I I I 325 F IN IOSEC 340 F/I05 psiit/Ioo /N I I TEMPERATURE/I 320 F/75psilt/too'/. I PRESSURE/ I 250'F/I 5 psitt/IOO'/o I REL. HUMIDITY I I I I I PROFII.E 75'- 200'/0 p sip IOO lo I IOO'T/opsIEI/ 30'/+ I / t I I I I -75 -loo'F/Opsig/ 30/o l I I . I I 250'F/0 /- I ps itt A Ih h I I I I 7 DAYS ~4 DAYS 3 6 4 30 4 DAYS IIR HR DAYS DAYS h IR MEASUREMEttT Fi pure 2. Prof i 1 e o f Tes t PIiases THERMAL AGltIG AND RAOIATIOH EXPOSURE LOSS-OF-COOLANT ACCIDENT SIMULATION HOtIE EL"CTRICAL I I 1 voLTAGE e . 5 AMp LOADING I I I ( ( I'ATED I TOTAL RADIATION I 'O SAG E ( HONE Sn MRAOS NONE I I I NOt(E CHEMICAL SPRAY BORIC ACID e t 340 F/103 PS IG/100 l l00'."; q320 /75 PS I G/ A) 300 F/53 PSIG/1007 I 0 I 250 F/15 PSIG/1004 ":.=.".."'~ iA IjP,E/ I '-'RE iS,'RE/ l PSIG/IGO;. s s I':f 200 F/20 I tu I I I 7 DAYS M PRO„"I LE ( 1210C O ( I (iso'r) '/I I 1400F 2 DAYS )00 f I ( ( ' ~4li 7 DAYS 8 IS 4 HR I!R HR IIR DAYS 'Pa.q,~ I'J f- "P i ccT lil~("c " t I ~ tt. I't I ~ I ~ ~ ~ r ~ ~ ~ ~ I ~ ~ I I ~ 'I LOCA Prof))e," \ I Spray continuouo1y at rate of 0.15 gpn 346'F/tl 3 psl g t min) pcr 'tluart. foot of "l>ray area t-itlt WITHIN 3TO 5 MIN solution of tlt! .follII~lttI;cotlpo.titiunt 0."8:Itolar II3I OOO pp..t borott) 03 ( o tlttOII to ttttt'r.tt IIII bett:cctt 9-11 'tt 77 k. 340 335 F/93 psig 320 3I5 F/69psig ~ I ~265 F/28psig tIJ I-~ 250 I,~ 280'F/70 pslg (min) SYITHIN 10 SEC 212'FlO psig 200 ~ Il Il I I ~ ~ ~ I I40 IO 3 5 8 II '5 SEC HR kIR kIR HR klR 4 DAYS 30 TIME—~ DAYS tV. Type of'est (F C"O-33 .3):-S<~ultaneoas. P.aoia 'n/c.:.ez. s"-ra„'-/stew. Test Profile: ~ 2- ~ 3 '~zads jeer, 200 leads 3gloF, '70 psXg for 10 hws 2'7g F) ~ psig for 4 ~ $ day' 212or, 10 psig fo" 26 day's Ciievical sera'-: )000 op@ boron as boric acid, ~ -omar soai~ bio"~ate and adjusted >ri h 1;a 0!": to a 7:": of 10.5. D C. COOK NUCLEAR PLANT UNIT NO 1 LICENSE NO. ENVIRONMENT DOCUMENTATION EQUIPMENT DESCRIPTION REF QUALIFICATION OUTSTANDING PARAMETER SPEC. QUAL SPEC. QUAL. METHOD ITEMS YSTEM: IIBIIIOrl5 Operating Time 4mo. I gp~ 4 I A LANT ID NO: 4/8 Temperature P'one ( F) ~a,X '3-I -~ C 4n ~h.o OMPONENT: Pressure 'r > TERY Wayir(nlS (PSIA) QICy / I I 9.7 MANUFACTURER: Nfp WiC. ~ Relative MODEL NUMBER: o aDw A/on e gyp r et'(IV(ll (r(ht5 Humidity (%) /QO FUNCTION: Chemical Zooo rverq ABOVE FLOOD LEVEL: No J. Qvrv4< vkkv+ /Von~ 'Documentation References: Notes: Ans'4., CA4~s +«~ &Ac k.ef >5 ~t'q rIt T' Q ek 'hays > page fz z-/ I ~ ~ I ~ ~ ~ ~ ~ a ~50 I I ~ ~ I.s I I I ~ I r l ~ '.~ ' ~ ~ ~ ~ ~ ~ a a ~ ~ ~ . I .'':':~ ~ ~ r I ~ ~ I ~ T I I - ~ ~ . ~ I a .. ).a ' TEMPERA OFlt; I340. ~ a ~ ~ ~ a ~ ~ ~ ~ I 4 I a.l (a I . ~ PSC !TEST Tt CO RP; ~ ~ ~ ~ ~ ).I ~ .I ~ / ~ ~ ~ a ~ ~ t a I s I I ~ ~ r ~ ~ ~ ~ I ~ ~ ~ ~ a ~ ~ ~ I ~ ~ -'-' .- ~ ~ I a ~ ~ ~ ~ ~ I ~ ~ ) I ~ ~ ~ ~ ~ ~ ~ ~ a a ~ I ~ ~ a ~ .l ~ ~ ~ I ~ ~ ~ ~ I ~ ~ I.a( ~ ~ ~ I Isa ~ I ~ ~ ~ I a ~ ~ ~ ~ I ~ ~ ~ ~ ~ ~ t ( I I ~ t'.1 ~ I ~ .I .l. I( ~ ~ ~ ~ ~ t ~ ~ I ~ oF 9 ~ ~ ~ ~ ~ ~ I -I. I ~ ~ ~ (a l.t ~ ~ I-!-.' "- I t .I La .a.l i ~ - ~ a ~ ~ ~ ~ ( ~ » ~ ~ ~ ~ a ~ ~ ~ - ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ I a ~ ~ I ~ .i ~ ~ (,I ~ ~ ~ . ~ =I ~ ~ ~ I ~ gl ~ ~ ~ ~ ~ J, ~ I ~ ~ ~ IJJI . - ~- ~ » I ~ = ~ ~ a = ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ S . ~ ~ ~ I ~ ~ ' ~ ~ ~ ~ I. ' I 1" \ ~ . a ~ I t-. ~ ~ ~ ~ ~ ~ r a a I ' ' ~ ~ ~ ~ ~ I ~ ~ ~ ~ 4 ~ I a J I ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ a aL ~ ~ ~ A ~ ~ ~ ~ ~ ~ ~ ~ '" a ~ ~ ~ ~ ~ ~ ~ ~ ~ .J ~ ~ I ~ ~ I ~ ~ ' ' ' ~ ~ ~ I I ~ ~ 'I ! ~ ' , . ~ ~, ~ ~ ~ ~ U~5Q ~ ~ ~ I ~ ~ ~ I a ', ~ ~ ~ ~ I ~ ~ ~ U ~ t r ~ ~ ~ ~ ~ I - O. J- ~ ~ ~ ( ~ ~ I ~ ~ ~ ( ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ I ~ ~ ~ ~ ' ~ ~ ~00I ~ ~ ~ I ' I.... ~ ~ l I ~ ~ I ~ ~ ~ ~ ~ ~ ) a. I, a W ~ .: I I ~ a t ~ ~ ~ ~ I';ELAPSED tME',:HRS.:: ,,t', ~ I ~ ~ ~ ~ ' ( ~ ~ ~ I ( ~ ~ I I!. ~ 1 4-[- ~ 4« QR) 0 ~ ' ~ ~ ~ ~ ~ ~ ~ a ~ ~ 0 0 ~ I ~ ~ ~ ~ I p I I 4-t I '1'4 1 4 f~ ~ .1 ~ ~ --I I- 4» I.fl-r I ~ » ~ At.P5 THT Yi69 gp i ~ ~ r Iy' ~ .4. 4 ',4 ~ a ~ 4 ' ~ ~ a ~ ~ *~. y]gt ~ ~ ~ 4 I- I -I } I! t.I-.'1 I r f 0'PI Gf I 'hh R ~ ~ -0 4- ~ s' I ~ ~ I» ~ ~ ~ ~ I ~ -4 .4 0- ~ I ~ ~ ~ 0 ~ ' 0 ..s ~ . l J.I I ~ ~ . ~ -I ~ ' ~ ~ 0 0 ~ . 4. ~ ~ ~ ~ ~ I- ~ +a I-rt- f a ~ I 4 e 0 {' j.1IA 0 '0 ~ s 0 ~ ~ ~ W. -f-!-I I t-fg-'. -f«a-I-o- s f.[.4-.. ~ » 0 1 ~ a.~ ~ ~ r-I"t I"Pr. t V ~ ~ f- s a ~ ~ ~ ~ e« ~ ~ I.) t' I '.L t I 0 \ ~ a»o ~ 4.»- P '-. -i-)-If-j-I+f- + ~ - ld -„$J )z.j: 4 t j-t-.-r 0 I»' ~ 4 t 'l' ~ ~ j- ~ f ~'. ~ ~ "a ~ ~ t ~ ~ 4 ~ "f ~' ~ ~ I 0 ~ ~ l» ~ f ~ .f I'L 1 0 .'.o ot I -I» ~ ~a ~ -1-r I-i- I I I . «.$ s 1 I» .I at, -ts!.- +-t-I- I ' ~ ~ 0 ~ f ~ f I f ~ a 0% 'I 1 I ~ t 1 ~ ~ t r ~ t-o I 0 -4-I--f r ~ t&q« a I 14»', 1 4-I-I- V ~ .. ~ 4 ~ ~ ~ 1-f o ~ ~ ~ ~ ~ ~ ~ 0OO ~ I ~ ~ » ~ ~ ~ -0-4 ~ ~ ~ 0 ~ ~ I'ao ~, ~ ~ ~ ~ ~ ~ 0 ~ VOOOO 00 ~ 00 \ ~ 41 '040, 0 ~ "fa)440 ~ ~ .-HHG ok O I~ po ~ ~ ~ ~ ~ 0 ~ ~ ' t" f P t-o I" ~ W ~ ~ ~ ' ' "' ~ -." -U ~ v ~ ~ ~ ~ ~ 1 ~ ' VA..~ 0 v . ~ ~ -i 1-I-» ~ f ~ ~ 'I ~ ~ ~ I-I I - ~ ~ 4 ~ ~ 1 ~ ~ ~ ~ v J ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ I L '.-~ '"I" ' s~ a I ~ ~ ~ ~ 0 0 r ~ ~ a -I-'». ~ ' ~ t ~ ~ ~ ~ ~ ~ ~ ~ »I ~ ~ 0 ~ -t I —,}- Je ~ ~ f I 4 4 -A-I ~ P ~ ~ ~ ~ ~ I ~ 4- ~ ! 0 ~ ~ P I ~ 4+~- ' ~ ~ ~ I 0 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ h I 0 t"4 [ ~ , 4.. ~ -I« I- I ~ ~ ~ ~ ~ 1 ~ ~ I 0 ~ ~ l ~ ~ . ~ ~ ~ ~ I I ~ ~ ~ ~ ' ' ~ ~ - ~ ~ ~ ~ ~ :gP ~ ~ 4-4 f +V f 't »11 ~ ~ . -I.-, ~ ~ ~ ~ ~ f ~ ~ -i I-4 ~ l-t- 4- 0 ~ ~ V-~ 1 f t 4.0 tt ~ \ ~ ~ ~ ~ ~ ~ ~ ---f.«' 1 T ~ 4» ~ ~ ~ J.P ~ ~ ~ 0 ~ ~ ~ f: I" a ~ r r ~ ~ ~ ~ I 0 ~ ~ 0 ~ ~ 'tt 0 f ~ ..t» \ ~ f ~ « ~ I ~ j:.!.l.; ~ ~ I 4 ~ 4— ~ ~ ~ ~ ~ -j"e» ~ ~ ~ J+ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ I 0 I-t If f r: ~ ..l P 1 ~ 0» I 1 I ~ ~ ~ - ~ ' ~ ~ ~ ~ .:0 ~ I I '-.I «I ~ s ~ I ~ ~ ~ s . I i f ~ ~ ~ ~ ~ ~ ~ ~ ~ -t <-r~ -I- -:I:;., ~ ~ ~ I-..~ ..- ~ ~ a.. . A ~ ~ e ~ ~ ~ ~-f a- t =l.o ~ a ~- 0 ~ 1 ~ ~ 1 4-fI ~ .I ~ ~ \ ~ ~ I t ~ 1 I ~ ~ I ~ 0.I 0 ~ J- ~ ~ ~ ~ I ~ t ~ ~ ~ ~ ~ ~ ~ ~ 0 ~ ~ ~ ~ t ' ~ ~ ~ ~ ~ ~ ~ ~ ~ ' .- ' 0 ~ ~ ~ ~ ~ ~ ' t I t I ~ ~ ~ ~ [ rf t 0 ~ ~, ~ ~ ~ ~ ..e I ~ ~ ~ ~ e ~ ~ I a ~ ~ ~ ~ ~ ~ I ~ . ~ ~ ~ ~ ~ ~ ' ~ ., 0 ~ -I I 0 '1 ~ ~ ~ ~ ~ I ~ ~ ~ ~ ~ ~ ~ "EZp5 E:H ~ ~ I ~ ' ~ I 1!'( I .'Ti e .. l!: I I + IT I;T'E a f ~ 7I ~ F)g ~ 4. I .I: ''] j.S-f~- < ~ (-s q - I I ~ I i EPSOM TEST Tt (<.O l,x:c RP, (<(a it : I.I,' ~ ~ ~ I < f ~ ~ I ~ I e I 9Ml Alh7G a ~ a ~ ~ . I < i I ~ f ~ I f < s I ~ I e ~ ~ ~ ~ ~ ~ ~ ! ~ ~ .Ii ll I ~ f s ( ! ~ ! ~ ~ ~ ~ l \ a-I ~ ~s~a ~ f ~ ! !-~ ~ ~ ~ a ~~ ~ ~ ~ I e a ~ ~ f I' ~ ".:Shi ~ ~ ~ ~ ~ ~ ~ I f-I ! ~ I ~ ~ l(3 oF ~ e ~ ~ ~ ~ ~ ~ ~ I ~ ~ ~ ( ~ ~ f ~ l. ~ ~ ~ ~ ~ ~ < ~ ~ A ~ ~ ~ ~ ~ ~ ~ ~ -i-I-,'' ~ ~ ~ ~ ~ ~ ~ I e e. <,a ~ ~ ~ ~ ~ ~ ~ -a-). ~ . ~ I»» ~ ~ ! ~ ~ ~ ~ ~ s I ~ ~ < ~ ~ ~ < ~ ~ ~ ~ ~ ~ \ ~ ~ ~ ~ s I (' l f" e s ~ ~ . I. i ... ~ ~ ~ I ~ e ' ~ ~ ~ f I I <-r'"s ~ ~ ~ ~ ~ ! ~ s ~ I ~ ~ ~ ~ e ~ I 1 ~ < ~ t I f ~ . I -i -: a ~ e ~ a I ~ o ~ ~ ~ f ~ ""' ~ ~ 'l r("l ,' ~ ~ I ~ 4 ~ t I' I ~ l ~ ~" ~ ~ ~ ~ ~ ~ ~ . f5. ~ ~ 'r ~ ~ ~ ~ ~ .l ' I ~ . ~ ~ ~ .. -I s li-) ~ ~ s., I ! e < ~ ~ a ~ :::'-I ~ .l .I ~ ~ ~ ~ ~ ~ ~ ! ~ ~ ~ ~ ~ ~ \ ~ ~ ssk' S 'sf ~ ~ le@< Pf f ~ ~ ~ Iso ~ e( ~ ~ c e ~ ~ ~ ~ a ~ ~ ~ o a ~ ~ I ~ \ ~ ~ a f ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ < ~ ~ ~ ~ ~ ~ I a ~ ~ . ~ ~ ~ I ~ l ~ ~ ~ ~ ~ ~ ~ ~ I ~ ~ ~ ~ ~,, ~ ~ s I ~ ~ ! ~ ~ ~ ~ ~ a ~ ~ ~ -e ~ ~ ~ ! I < elle ~ t ~ : ~::! I ~ I ~ i I.< s e (.I ~ ~ ~ ~ ~ ~ .. I I I ~ '-e( 4 ~ ~ ~ ~ ~ ~ . ~ ~ ~ ~ I I.i ~ ~ ::.::I f I .i ~ ~ ~ ~ ~ ~ s .I- ~ ~ ~ ~ ~ i ~ ~ (Iis : -'. I. s .I ~ . ~ g. I I,( ~ ~ e. ~ I e ~ ~ ~ I ~ ~ ~ ~ I-.l. f- ~ ! ~ ~ ~ I I ~ ~ ~ ~ ~ ~ ~ ~ ~ I- "o-I s a f~~ ~ ~ \ ~ ~ ~ ~ .a - ~ I. I a ~ ~ ~ ~ ~ ' : ~ ~ ~ ~ ~ I ~ Is-< a ~ I ~ ~ ~ I ~ ~ ~ ~ ~ ~ ~ See I I ~ ~ ~ ~ "$ I ~- e I ~ ~ . ~ ~ ~ ~ ~ ~ ~ ~ ~ < ~ ~ ~ ) i! ". l ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ \ ~ - ~ a a ;.i:t: ~ ~ ~ ~ ~ ~ ~ ~ i ~ ~ ~ ~ ~ I ' ~ ~ e ' Q r f'f I I 1 I I I I I I I I I I I ELECTRICAL t-s—RATED VOLTAGE 6 0 5 AMP IIOIEL.»I EoaomO I IExcEPT THERMocoul LE caoLE ', iI WIIICII CARRIED NO CURfllNT) I t',.Eg, /0 * I I I I I I I I I I I I I TOTAL I l RADIATIONP NONE~ ~ IO NONE I-io'-4 DOSAGE I naos BADS I I I I I I I I I I I I I I — I I I I CHEMICAL I-» N ONE —Q CHEMICAL SPRAY —,—4 LNONE/ —= I I I I SOLUTION OF BORIC ACID 8 NaOH, pH 9- I I I I I I I 325 F IN IO SEC I 340 F/105 p ip/100 / I I TEMPFRATURE/I 320 F/75psip/100'/ I PRESSURE/ I psEp/100'/ 250'F/15 I R E IIUMID T Y I L. I I I I I PROFILE, - 200'F/0 psip /100'/» T5 -IOO'f/Opsia/ 30'/» I l I I I AAAAAAAkkkk I I -t5»-100 F/OpsEp/ 30 /» I I I I I 250'F/Opsip/- A lk A I I I I I "ES ' I T DAYS DAYS 3 6 4 30 4 DAYS 4J IIR RR DAYS DAYS Ol CD IR Mf.ASUREMENT Figure 2. Profile of Test Phases -i. I THERHAL AGING AND RADIATION EXPOSURE LOSS-OF-COOLANT ACCIDENT SIHULATION I I NO'< E I EL=CiRIC:.L I I I LOADING RATED VOLTAGE 6 . 5 AHP I TOTAL RiiD I AT ION I I DOSAGE tIOtkE c0 HRADS NONE NOtIE CHEHICAL SPRAY BORIC ACID 6 tIA OH 'CHEHICAL SPRAY I I I I 340 PSIG/IOO> C> F/l03 I I I I 320 F/75 PSIG/IOO". I rg o 300 F/53 PSIG/IOO'i I ,I I I 250 F/IS PSIG/IDOL T=!!."'c..A URE/ I I P- .'-RE j>'Rc/ I ~ gl 0 fl ~ ~ i I tE I 200 F/20 PS I G/100- i i%I "I I i ( I 7 D'.YS m P.".0" I LE I l2 I~C 0 '(sor) I I l )40oF 2 DAYS IOO F J I I I ' 7 DAYS 3 15 4 A I. HR .. :".R'c- HR :-;= ~ c ')u."<: I OF I i ~ i s 'r p. P~" I ~ )I I'. ~ I '' I I ~ ~ I I ~ ~ ~ 's LOCA Prof'e, ~'nO Spray continuouoly at rate of 0.15 gpss 3n 6'F/II 3 psI g ( min) per .; » 320 ~ 3r3'F/69 psig I; ~ s s I n ~2654 F/28 psig Lsj O ~ 250 CP I s, ~ rl I IsJ 280 F/70 pslg ( min ) m o. WITHIN IO SEC 2t2'FjOpsrg I-4J 200 ~ rl sl I I ~ ~ s ln0 IO 3 5 II l5 SEC HR AIR HR fIR n DAYS 30 Trrs 6 —s" DRYS gq~ gg, gy, ~e of Test (.-04033-3): S~iu1teneo" s acadia ~ion/c.'.eve s"-"a„-/stea-. Test Profile: .2-.3 5'dsfn , 200 1z.ads $ 51oF, 70 psig o." 10 l "s 27$ ~F ~l Qs Q fo 4 ~ $ Qa j's 2l2r, l0 @sic fo 26 day' Cl:enic. l s~f=a„'-: 3000 o"n bo o as co=ic acid, oJa~ so ~ g~~o ~~'faL e a c aQ) sst ed will 1fa 0!i to a r.=. of l0, ~. ENVIRONMENT DOCUMENTATION pr= «.d'.»ij» EQUIPMENT REF.~ DESCRIPTION QUALIFICATION OUTSTANDING r»»»if/."e PARAMETER SPEC. QUAL. SPEC. QUAL. METHOD ITEMS I',L3 -,.g YSTEM: gfRIOV5 Operaling () ~ /»e Time )NI~D., S~y, / z g»'I;;oeoe < Ie~~ PLANT ID ~ /e»» NO: N/P Temperalure +s4< f +i Cp j~ (oF) oa.z.f -/»-z- +p Seq. +ori~ COMPONENT: Pressure PFNeTRRlrohr TFwN>Nflrools (PSIA) +i rOre / u8 S~. MANUFACTURER: g/ Relative MODEL NUMBER: Humidity (%) yOD goo /&On»O3 k»lretrr»ITiOR TECAinl»IVre»VS Seq. FUNCTION: Z 5 o3 5r Chemical Afo f c»(PO 7vlf.j NI@ Spray .e.mW /V,„'g ACCURACY: SPEC: grq d Z/»»»J.C OEOOO: I»I»r» Radiation SERVICE: (106 rads) 8 y@) eq. » Aging LOCATION: (years) +Ainmcw FLOOD LEVEL ELEV ~unrD (i(2'.'BOVE »errreereeeee err~rrrer FLOOD LEVEL: <0 g* ~p ~Le Ce~k =~4,oD 'Documentation Reierences: Notes: l3. 4lvsh~p roo»o»sr -Crrodbh Tes) Gpo>f «o&6>>-~~2. Ol ~ t page 7S 8-/ 8 I(IURE 2 TEST PROI'ILK Energize All Test Items Chemical Spray Exposure 400 I (Press. '> 118 psia) 340 I 300 / D4 / (Press ~ 27 psia) 250 / / 200 / / *Exact time to be / determined AEPSC / by 100 / 8 an CD C4 I c'EST T'8". t s I I I I I I I I L I TesIt Iteiiis Energized Jest Items De-nnerqlsed At 575ivhc . For Megger TesII t I I I I 350 I I I I s I I I I I I i ! I ! I I I 300 , I I I I I t I I Ii TemperII turII 250 I i ) I I I I II 1 I i I ~ I I I t ,' I 200 I i I I I ch)mictII Bpjsyed cdnt)nuntisl j I t ! l at: rate of appro . 0.15 Uggpm I /ft fporn 0 "; to 116 hours 100 s I r ~ I t s I I 5 0 t I j I I I I t I I I I I I Pgessuire, ts 0 I 0 10 20 30 40 50 60 70 80 90 100 110 120 TINE — hours P~qt I I erne t L E ~r>. >J~. ENVIRONMENT DOCUMENTATION EQUIPMENT DESCRIPTION REF QUALIFICATION OUTSTANDING gP fP JIP. PARAMETER SPEC. QUAL SPEC. QUAL. METHOD ITEMS p rial@ YSTEM: t///grays Operating ~ CP Ttme one. iZ7-i >'i LANT ID NO: P'emperature HAPP ( F) os 9'-~ -> «c,'W~ Io COMPONENT: @AY/57gy+Cw7 i Pressure flEkc TfgEo rN@ AOV ~red / Iri ~one. (PSIA) 1 A re I OiL) lilARUFACTURER: II///II ~ 6 I Relative MODEL NUMBER: rn/>"" 5 Pt.lgg ~ rt7 kRIrTIslrrW Humidity (%) /OO 4Z ~ Q r A sa t~l op FUNCTION: VBglos/5 2O 0 7 >~A Chemical p OPPShe ',. Iiu~,RA> S/u Spray IJY~,.( r. ACCURACY: lo SPEC: II///A Itq- < >/g 6 DEMON: gt)y Radlatlon uc0ro ~r- rtliSA8 SERVICE: (106 rads) 7(ro y]]piet,g go r-I kllMA+I 05 Aging LOCATION: ~ n (years) FLOOD LEVEL S-/ ELEV'BOVE Submergence FLOOD LEVEL: ~o S~bS eqeh i,2. Cs ~b ~~1~/ Xone 'Documentation References: Notes: I Z. z-~1~. C'W)~ Te . P kd- Ts~e Q~Q . finely>u ~ ~ '..II f ~ I I ~ . I ~ ~ I s jlif ~ I ~ ~ ~ ~ ~ s s I f I ~ ~ I - ~ ft ~ ~ ~ ~ ~ j ~ ~ ~ ~ i ~ ~ ~ ;TEMPERA ~ ~ ~ I ~ ~ ! 340 « ~ ~ ~ ' OFll; i j I ) I ~ ~ ~ PSC!TEST kX4 RP.- ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ I ~ ~ ~ ~ ~ ' ~ ~ ~ g I ;s. I '~ ~ s ifsj I . s . \ = ~ ~ I i ~ ~ ~ ~ ~ ~ ~ ~ ~ s I B I Ni~C G '' -I(- ~ ~ ~ ~ ~ I ~ I ~ ~ ~ ~ ~ ~ ~ ~ s ~ ~ ~ I ~ ~ ~ ~ o I ~ 'Iis ~ si ~ ~ ~ I o s ~ ~ ~ s ~ ~ ~ ~ I ~ ~ ~ I s s ~ I ~ s I ~ I ~ ~ ~ ~ ~ ~ I ~ — ~ ~ ~ ~ ~ ~ ~ f ~ ~ ~ K I oF s ~ ~ ~ ~ ~ I-s-'-I-- ...s I s I .I.p ~ ~ ~ ~ ~ ~ ~ .f. a.l « s j.~ ~ ~ ~ ~ ~ ~ ~ I o ~ ~ s ~ ~ o ~ I A ~ ~ ~ ~ ~ ~ ~ I ~ s ~ ! ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ I . ~ ~ ~ ~ ~ ~ ~ s s ~ ~ ~ ~ ~ ~ ~ I ~ ~ ~ ~ ~ s ~ i—~ f I ~ ~ ~ ''gl ~ ~ ~ .I - ~ -:. I-i- ~ ~ I s I I ~ ~ - oui ~ - ~ ~ ~ ~ ~ ~ ~ « ~ I ". ~ ~ ~ f \ ~ ~ ~ ~ ~ ~ . ~ I ~ ~ ~ ~ ~ ~ a«4 a s o.s ~ - * ~ ~ ~ ~ «. >.i ) j I s.j I ~ ~ ~ ~ ~ s . . :.I ~ ~ ~ ~ ~ « ~ ~ ~ ~ ! ~ ~ ~ ~ '\ ~ ~ ~ ~ s . ~ .4 ~ ~ ~ ~ I ~ ' ~ ~ o ~ 0 ~ 4 'I' ~ s ~ ~ ' ' ' I't a ~ ' ~ ~ ~ ~ ~ ~, s ~ ~ I I ~ \ ~ ~ ~ ~ ~ ~ ~ o ~ 0 ~ ~ ~ ~ a I « s I 'I a ~ ~ I ~ ~ ~ ~ I I -. t I ~ ~ ~ I ~ a I ~ ~ ~ I ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ' ~ ~ ~ \ ~ ~ ~ ~ ~ ~ ~ s ! . ~ o ~ ~ I ~ ~ ~ ~ ~ ~ 10 ~ ~ .A. ~ I s \ ~ l ~ ~ ~ I ~ . s, ( s ~ ~ ~ s I s ~ ~ :;ELAiP5ED IME',:l)RS.;: f ~ ~ . s I.) I s. ~ ~ .I s... ~ I. ).s.g a, I +<««P r -I.t j I' «I ~ )- ~ 4 P$ QRIt' I-I I ~ ~ ~ 5 ~ ~ W ~ ~ f a ~ 5 ~ ~ ~ ..-I I- -TE$ AX 8RP.;I ~ ~ T II)ii) «» I ~ f t ~ » ~ I )~L.t. t~j ga r»-'-It I..I l. e ~ ~ ~ i PI R g ~ 5 «j-I-t -v)-f-g- I f I j I-I «'T. j l.i.t»- "I, ~ ~ r ~ ~ r-I- f 5 -t-I-~j'I- ~ ~ '- M I l J-I- ~ ~ ~ ~ ».f. 5 j.t.~w ~ I-I I I» + f 5 I q ~ » I-t I f- )7 r ! I"'~ I- 5 ~ ~ a.+ r f» ~ :j.j1j p I- e I 7 t" - j-I-5-I- I.)-i- "q ~ I tJ IJ f :O' I -I-I '- J =t ~ ' Mf <» 'ff~j:3H "1~Vtr 5 t ~ ~ ~ I ~ 5 ~ ~ ~ ~ t»f '7 t f» ~ ~ ~ ' ~5»f ~ ~ f » ~ ~ ~4 '-a — ~ 5 t» -I-'- f » j..~ L 5 I v ~ I-e-I-7- . t.t-l-i~ * ~ « 'I» ~ ~ a- ~ » ' f -I 5 'g«7 ~ ~ ' v"3-. I;. 5 ,.f .t+» o~ ~ ~ \ 7 I ~ to ~ ~ ,-I » ~ o« ~ ~ ~ ~ ~ «e » i «5«o ~ o «7v~ o ~ ~ ~ Q« ~ f ««! «« Q~ !~ ~ ! pro ~ ~ e «to it «eÃA 5 t' ~ ~ . . ~ .t ~ ~ 'I'f I I t ) r ~ » ~ ~ ~ ~ t ~i-if I I o» ~ I f » ~ ~ ~ ~ - ~ ., t». ~ I -o. I t ~ t I I- I ~ ~ I"i- ~ ~ ~ ~ ~ 5 ~ 7 ~ ~ »' «Mt ~ ~ "t ~ ~ N ~ « ~ a» ~ .j-r i-f. e I ~ f j '' ~ ~ a ~ ~ ~ ~ vI I ~ r t- l-l. t ~ ~ »Ie -q 5 5 ~ ~ ~ ~ e ~ - . ~ ~ ~ j ~ I f -I--—- vf i ~ I a»» I l. !T ~ I.- t I't ~ I »- ~ ~ f I a fq e iT~L' ~ ~ ~ ~ a ~ ~ ~ ~ I ~ ~ ~ -44 ~ t ~ t ~ ~ ~ I. ~ ~ o I o- ' ~ ~ ~ ~ '.» ~ t Ni \ t -j-p- ~ f ) 5 ~ ~ ~ ~ ~ ~ ~ I r f ~ ~ 5 ~ f ~ e-r Tt ~ ~ ~ ff f I- t f ~ I ~ \ ~ ~ - I- ~ ~ ~ ~ ~ ~ I"'. q- l tj:- 5 ~ ~ ~ ~ ~ ~ - ~ ~ ; i r .» r ,. ~ » 5 5 ~ ~ ~ il.- ~ ~ ~ j ~ I + 'I.i ~ I ~ ~ a ~ ~ ~ ~ . ~ I ~ ~ ~ ~ ~ -!-I ~ ~ g— l I l ~ ~" 5 II I f . '. I ~ ~ ~ » ~ ' ' l- j-<- l I+I ~ i -I-o ! ~ a*t" l f , "} 't I7% ~ + I ~ ~ ~ I ~ ~ ~ ~ e I-f !- ~ f ~ $ ~ -l ~ ~ o-I ~ ~ ~ I ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ I ~ ~ ,!.II - '1 ' I -I-I-l- I ~ ~ ~ ~ ~ ~ ~ W ~ t I I I~< ~ ~ ~ ~ ~ -e ~ f e t f f \' « 5 1 I I f ~ ~ ~ ~ ~ 5 ~ ~ a ~ ~ I ~ o ~ 5 I ~ I ~ ' I- g r ~ -- I ~ ~ I ~ - ~ ~ ~ T I og P5ED E'H S.. * ~ ~ I I ~ ~ ~ ~ ~ ~ ~ 5 ~ ~ f I I! f e . 'T ;. II ~ jiTE PE ~ f ~ ~ ~ ~ ~ ~ e ~ I l I — ~ eA e I e l1 ~ ~ I I I I ~ f o EP$ II: TEST Axc RP; rgo ~ I.I I ~ I ~ I e ~ ~ ~ I e ~ t I ~ ' I ~ ~ I ~ ~ ~ I ~ f ) e I I RQ1 I II' ~ ~ ~ I I ''I I I I ~ I-jr e ~ ..I r e ~ ~ ~ ~ e ~ ~ ~ ~ I e ~ ~ I f f I jt I ~ t ~ ~ e -Ig I o I-, . ~ ~ ~ ~ ~ ~ I e ~ ~ t e e ~ ~ ~ ::She 53of ~ ~ ' ~ ~ ~ e e I ~ ~ ~ -'I.'" I ~ ~ ~ ~ ~ t ~ ~ ~ ~ ~ ~ .r I t I I- I * ~ ~ ~ ~ ~ I ~ e ~ ~ r ~ t ~ ~ ~ f ~ ~. ~ ~ ~ ~ e I ~ ~ ~ ~ ~ o.+ jer4 4 ~ ~ ~ ~ -' t ' t ~ ~ ~ e ~ ~ ~ ~ t "'e ~ ' ~ ~ ~ ~ ~ ~ ~ ~ I ~ ~ ~ I ~ o l f'I' "r ~ ~ ~ ~ ~ ~ r ~ ~ ~ 4 ~ ~ I ~ ~ ~ ~ ~ I ~ ~ ~ ~ ~ ~ ~ 'e I I I 'II. e ~ ~ ~ ~ ~ ~ 4 ~ t t ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ r ~ ~ ~ I, I ~ ~ ~ et I ~ ~ ~ ~ I ~ I I ~ I ~ ~ ~ ~ - ~ ~ ~ ~ ~ ~ ::"-I I .i .I ~ ~ ~ ~ ~ rt ~ ~ toy ~ ' ~ ~ ~ ~ ~ 'ooo ~ JefeNe ~ I ~ ftWEoft ~ fffeftte ~ Q f C ~ ' ~ ~ ~ ~ ~ ~ ~ f ~ ~ ~ ~ ~ f ' I ~ ~ I ~ ~ ~ re \ ~ ~ ~ ~ e e ~ t ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ o I ~ e ~ ~ ~ ~ ~ ~ ~ t ~ r r ~ ~ ~ I ~ ~ ~ ~ ~ I ~ ~ ~ ~ l: .-Ig I- ~ '. 11 ~ ~ I ~ - .I o ~ I ~ ~ I ~ ~ ~ ~ ~ ~ ~ I I' ' ~ ! ~ ~ 4 I ~ ' ' ~ ~ ~ e ~ . ~ .I ~ ~ ~ ~ I ~ ~ ~ ~ ~ I ~ ~ ~ 4 ~ I" ... I.,- ~ i-I i- ~ ~ ~ ~ ~ t" 'I- I I- ~ ~ ~ ~ 4 ~ ~ ~ 'e ~ 4 ~ » ~ ~ ~ ~ f :I;s.f I ~ ~ ~ t o ~ ~ I ~ ~ ~ ~ ~ ~ ~ - 'f. ~ -r ~ ~ ~ ~ e I f ~ ~ ~ ~ ~ ~ .ff f I t ~ ~ ' ' r ~ ~ ~ ~ ~ ~ i! ~ I ~ ~ ~ ~ r ~ ~ ~ ~ ~ ~ ~ ~ ~r tr ~\o ~ I ~ ~ I e 0;; e' ' I '''g l gr I o ~ ~ ~ ~ I t e ~ ~ ~ :'E'0'NSID ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ EST TIME, HM ~ ~ ~ ~ . ~ ~ ~ c qc Wl ~f-I e g p, goellfled by PIRL lest. Report F-'C4D33-1 of Zeo. 1975 T~PZ -t: 8~, g df tt steam chemical spray Test Profile: '2 - ~ 3 Hrads/hr, 200 l~aads 3g'lcm', /0 psi for 10 h s O'Pg'P, 31 ps'g for 4.5 days 212OF, 10 psig for 26 days Chemical Spray: 3000 ppm boron as boric acid, .064 molar sodium thiosu1fate and adjusted with Na OH to a PH of 10.5 a room temp. PHASE I PHASE 3I PllASE lO POST I QCA THERMAL AGING ANO LO -COOLANT ACC I 0 E N T RADIATION RADIATION EXPOSURE SIMULATION EXPOSURE I l ~ I I l I l I l I I I I KLECTRI GAL VOLTllGE 6 0 5 AMP I tIOtoE. LOADING ~RATED —— Q (EXCEPT THK,RMOCOUPLE CABLE p WtlICH CARRIE 0 NO CUR R E N T) I ' I I I I I I I .fr~ i(4g. (< I I TOTAL I RADIATIONQ-NONE+ I lo -Q NONE I—io'A DOSAGE i RADS RADS I I I I I I I I l I l I I I I I I CHEMICAL NONE L CHEMICAL SPRAY LNONE/ SPRAY —Q SOLUTION OF BORIC ACID & NooH, pH* 9- I I I I 325 ~ F IN IOSKC I I 340 F/I05 pslp/Ioo /~ TEMPERATURE/I 320 F/75 psip/IOO'/ PRESSURE/ I 250 F/l5psip/IOO'/ RKL. tIUMIDIT Y I PROFILE 200 F/0 psip/loo /+ I T5 -IOO'f/Opslq/ 30'/~ I I I I AAkkAAAkhkh I -T5'-IOO'F/Opsip/ 30 /o I l I i l I 250'F/Opsip/- A A I I I 'Tl I T DAYS DAYS 3 6 30 ~ 4 DAYS Pl '4 ~ HR HR DAYS DAYS LJ 00 A 'IR MEASUREMENT 44 Figure 2. Profile of Test Phases THERMAL AGING AND RADIATION EXPOSURL LOSS-OF-COOLANT ACC S IDENT IMULATION NONE EL=CTRICAL I I I LOADING RATED VOLTAGE 6 .5 AMP I 1 TOTAL RADIATION I I'OSAGE NONE 50 MRADS NONE I 'I NOtIE CHEMICAL SPRAY BORIC ACID 6 NA OII CHEMICAL SPRAY I I PS IG/100~~ CD 340 F/103 I I 320 F/75 PSIG/100". 300 F/53 PSIG/IDOL I oIU I 250 F/15-PSIG/100'4 TE.IP~.=.A URE/ I I- PRESSv'RE/ oEi i.TIVE 200 F/20 PSIG/IGO'4 HU.".! 0 I TY ~ I 7 DAYS Vl PP.O. I LE I 121+C C) Co (250'I') ~e I I )(OOF I DAYS ' 2 I 100 F f I 7 DAYS 3 8 11 IS I ' HR HR HR HR O'VS " 7 7 C: c .:DEFILE Gc TEST P C~,ve t v~~7~ < ~ I ~ ~ I ' I ~ I ~ ~ ~ F ~ ~ I ~ ) LOCA Prof))e'40 Spray continuouo1y at rate of 0.15 f;IIn 346 F/ll3pslg (min) par wllunrrs fOOt Of ~IIray a'rca 4 ftll WITHIN 3TO 5 MIN evolution of tlI". fo1lvulgI}; coI.".po.".1t fon: 0."8:IIolar ll3103 ("000 IIII.,l lvroll) s II Ioll to m:Ikg: lsll ~otvoon 9-11 at lS'r. 335'F/e3 psig r 320 ~—519'Fj69 psig I. ~ ~ ~ s ~ ~265 F/28psig 4J K ~ 250 s ~ Isj 280 F/lO pslg (min) Q WITHIN IO SEC 212 'F/0 I-LsJ ps 1g 200 I I I ~ ~ I s ~ ss ~ I I ~ ~ s I ~ ~ I t40 IO 3 5 8 . II I5 SEC HR HR AIR HR HR 4 DAYS 30 TIME DRYS II<'gr. l:1 sl ~ g g g. /q. ~e of Test (P-C4033-3) - S-'>'~t~eo~s a x~ oa/ ca as/~ ~ 2 ~ 3",v ad sr ) 200 i'~ad s 351op, 70 @sic o» 10 'rL,s 27$ oP) ~l psi"„' o 4. 5'a'js 212oz~> 10 psi < fo 26 da C}:=nical srra -: 3000 o:~ Do or. as 'c".'c acid, l 0'll L'Q t 'QQ~ I CLm ~ ~ t.l o a e rd ad IgsteQ J yQ 0( to a P ~ of 10 Qu lif='ed oy Co@ax Corp. Test Resort PS-327 of Z~. 19'78. P~f- L: Sz .t'1, t floods with borated water. Test Pro ile: 340oP, 12 osig for 1 i ~ 250o> 12 -"- ~ cr 5!-~s 190oP 12 Qs g:0 2 r l'~s Floods borated water h Q<~alifieg >< Con~~ Corp. Test Report ~~S-329 of Z~~. l97o. Type of Test: Seouential, stem floodUp %d.t5 DoratGQ water. I Test Profile: 3 iCoF> 12 gsig for ' 250oF, l2 @sic fo 6 'nrs s 190oF p 12 psig for 24 hr Zloodup or eQ eater. CLEAR PLANT UNIT NO. 1 KET IIO. 50-315 LICENSE HO. Jh ENVIRONMENT DOCUMENTATION EQUIPMENT DESCRIPTIOH REF OUTSTANDING QUALIFICATION (% PARAMETER SPEC. QUAL SPEC. QUAL METHOD ITEMS ( PLAIIT ID IIO: AP/4 Temperalure e~e r< /g,/3-/ 5 e,E Aging LOCATION: (years) C~ @i n rp( 8 n, 4 FLOOD LEVEL ELEV: Submergence / /.EPv/P48 ABOVE FLOOD LEVEL: Pp fibe 5 Q, 4i~kob 'DocumentaUon References: Holes: rLrb sr hc>E' rB nd( p q're I r ~g, Q LrQ, p )II g($ page fX 5 / Quali ied by ttestinghouse Electric Corp. letter of 4/26/78 (NS-PLC-5023).. From: .T. Y. Anderson - Westinghouse To: E. G. Case - NPC Steam/chemical spray/radiation Te'st Pro ile: 18 hl 0 ads, 1.94 t1rads/hr. 320 F, 7g psig for 20 m'nutes Frog 320 ='to 220 F in 24 hrs. (saturated condi t-'ons) 220 F, 15 psia o 5.5 days. .17% Na OH (s(lY'( I...i. t( E i(iLK,( L - -I- .. G ..l I IJ .l.l I -I 'GU U -sh 75" STEP. F J J.~L. s '-i (laa :.L((E(( SFP16'..TEST (V T-ill3 N, S'n(sj ;".-hT E(,''„ ljj'7 (j(js:.~ J ~LE.".,'.." ~ .I. I".j..'.'. FRr1II;~ II» '.HD l .Lt .I)sy LtIII", .2692438., PLI'lER 0IIO,';». . ~ .'.l.i. J,a a I J . 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I- I I I-I-l J.l.i.l j li" ~ ).i i. ~. ~ ia.i.J.B I I I:J .Ia E.tI 'COI I:. i.J..I La ~.J Io9 LRIICT 'l~gdiJ a .Ia i. .aa UII1 I.I FtR IF J.f.a.j Hf1:I. LI .f. f'l.l: l43'J..i +I- -I-I- I. I.i .I a ] '-l.l .l i.l J I s ;- I I .s I --:I a t.~ a i.i.s a a I I l I..l,i.l.l ~ . . ~, ~ a i.a- ~ . l .I x ~ ~ I ..k.i ~ I ~ ~ ~ ~ ~ u I ! I.l I I L a l a ~ MLJ'=I bYClll I a~s ' I s) l '-'-' -) a i. I)t;I > lh i l.i .; .iJ I I. ~ ~ I a '.I I I I I I I.) i i I ). '.l.a''!. i,l.l I .I. . I.I I I.a! I I i a.l I l J.l I ). k.l:I ..I lg I ~ i I:I.i I a- l I a .'. ~ s f I.I I .I l.i. I. I ) I . I .l.i.l I lV' a.s I I i.).I I .I ) I 2~r l~l1P. 15'r l!;vs,.ol,: l 'i'I I t ( Ill. f'anei D C. COOK NUCLEAR PLANT UNIT NO. I ET HO. 50-315 LICENSE NO. ~ r 7 zx I,l> ~ ENVIROHMEHT DOCUhlENTATIOH EgUIPMEtIT DESCRIPTIOII REF EQUAL. QUALIFICATION OUT STA IIDING PARAMETER SPEC. ()UAL. SPEC. METHOD ITEhlS YSTEM gp~ ou Operating Time pW LAtIT ID ti0: +8 Temperature p/arran e ( F) COMP ON EN T: ~ ~st%, Pressure 1 e pew 4. A f'l4 rp (PSIA) MANUFACTURER:A8 Relative MODEL NUMBER: 7~Rrpf/jrpAon 4 rr rp1Mco,c, X'wz fe. Humidity (%) FUHCTION: = Chemical ACCURACY: SPEC: 4> Spray DEMON: h// Radiation * SERVICE: (10 rads) j/4 Aging LOCATION: Ooksip c (years) C pp~prrp~~ «r FLOOD LEVEL ELEV: ro rp Submergence ABOVE FL000 LEVEL: -~a i.,—>c. 'DcrF 'Documentation References: Notes: /~pc.uD /„i ~>~ ~ 7y„oft zc/p/rr =;.'pc.no~i 7'6 Pns" ddt Q:.r>reve.L jrhgGrf 7 r>r r geVlh& gpypp~cl 'pw>4 4 LJ- W~'tlae+ PiSEQtA&3 0 M5r+< QCC C P>h page TZ 6-/ D C. COOK NUCLEAR PLANT UNIT NO. 1 KET NO. 50-315 LICENSE N -5 EHVIRONhtEHT DOCUMENTATIOH EQUIPhlEliT DESCRIPTIOH REF QUALIFICATION OUTSTANDING PARAMETER SPEC. QUAL. SPEC. QUAL. ht ETHOD ITEMS YSTEM: up: Keep ~~e y Operating Time 4 ate. Cl.) +gn ~ LANT IO No: +/A Temperature ( F) /fioat@ COhiPOHEH T: ~»+. ™ r~e~ 8- p~l-zic;»~- Pressure (PSIA) +Dn~ MANUFACTURER: Relative MODEL NUMBER: Humidity (%) iso FUNCTION: 4gRious Chemical ACCURACY'PEC'V/8 Spray DEMOli: N/a Radiation SERVICE: Vjgg/Ddt (106 rads) Ao < Aging LOCATION: Ovbsd.e. Con+. ~ (years) FLOOD LEVEL ELEV: Submergence ABOVE FLOOD LEVEL' 4on~ 'Documentation Relerences: Notes: 7 z&. P> Pe r Qb 1 <) g„} okra. 'i'y'J+ f),„,t> jill,f-t>~SJ> t )LI gp~>t J I>i~~ ww>I >)gl +>1>l>>~7k page D7 D C. COOK NUCLEAR PLANT UNIT NO 1 ET NO. 50-315 ICEtISE NO. ENVIRONMENT DOCUMENTATION EQUIPMENT DESCRIPTION QUALIFICATION OUTSTANDING REF.'UAL. PARAMETER SPEC. SPEC. QUAL. METHOD ITEMS YSTEM: gha oos Operating C(L~4IH rr.4 rc Q+ Time Ilgr LANT ID NO: /1/8 Temperature Won e, ('F) ~go ~~ i3 ~o~er CFl-er.6'Oh1PONENT: 7&R~/AINT''cking Pressure (PSIA) MANUFACTURER: /V+ / 2, Relative MODEL NUMBER: Soc to gh pv'crt/ //4I'O ~on ~ spcrcnb vo cTAwoeb yrrpgod Humidity (%) /do i3 FUNCTION: r.Agr.n Co~neck~~ Chemical Joy ACCURACY: SPEC: P~ Spray DEMON: ~g Radiation SERVICE: UR R>ops (106 rads) ,go, i Aging LOCATION: ™ (years) Qo~~ir] Ipse'rtT FLOOD LEVEL ELEV: 4 /Y Submergence ob~erg. puonui'gpg ABOVE FLOOD LEVEL: gp 8P 'Documentation References: Notes: /S. 4ks PIN( /FocPss Cif~8od 7r./ i&~i~ ic AD- >~> (,i, Floor o> T 4e "jva.l. Pgskek t,g. Rem'8 Tr~~ (gv3. A~~~y~~ page 7"P /-/ FL(;llnE 2 TEST Pl Energize All Test Items Chemical Spray Exposure. 400 I (Press. ~ 118 psia) 340 300 / / (Press ~ 27 250 / psia) / 200 / / *Exact time to be / determined by AEPSC t I e I I I I i I I I I I I I i I'esI', I I I Iteijis Energized ; est lltemli De-gneritiizeII. i I I Ag 575 I VAC For Hegger Test I I I I I 350 c f I I ~ ~ ~ ' I I I I I I I c I: I i I i i i 300 , iei I I I I I Tgmpernturq ft 250 I I I ,l I Il i I I I I I 200 I I I ,1 I Ch)nlctll Spdayed cant Irma el' I I I I at'ate oF appro . 0.15 Uggpm I t t2 from O.to 116 hours 1 /f 100 I I I I I I I I I I I I 50 j I I I I t I PI. essuPe I I I 0 I . i 10 2(I 30 40 50 60 70 80 90 100 110 120 TIHE - hours ( aqa. ( f'' LD OK NUCLEAR PLA I NO. 50-315 LICENSE NO. ),R ~ ): . ENVIRONMENT DOCUMENTATION EQUIPMENT DESCRIPTION REF.'UALIFICATIOH OUTSTANDING PARAMETER SPEC. QUAL. SPEC. QUAL. METHOD ITEhtS ) YSTEM: q~rtro~s Operating I 63 C O~bcep %co O ,V Time ',/yr, pl t ( lg ro p PLANT ID NO: Pl8 Temperature Cj')P'lI -1- A'one - )' (oF) oa.t.1-(I jj/ COMPONENTr 7 Ere~'~ R Pressure ) ice v5 l.= htANUFACTURER'A (PS!A) fig Seq. r I) V9 I'OG Relative MODEL NUMBER: sTrrR»e IcR PMN 8 Pc lc e b l 0 a rrcRN b< > Humidily 0<3 Wona kRPWP (%) l l3 FUNCTION: aaece cÃ))ecTiou 0 Chemical 2$ c) pp i 4Pc ~@ha) all)S 4 ACCURACY: SPEC: NR Spray '4 /on Ray r h~.f A.e 3]~.r'(. DEMON'8 Radiation eel cAr agro-L SERVICE: gpRrovs (106 rads) Won~ jSQ Voc-( Aging LOCATION: (years) o~v rtrdrvcKaT FLOOD LEVEL ELEV: r ) ( (~ Submergence ABOVE FLOOD LEVEL: fats, 'Documentation References: Notes: r p. Mcs4)~r,l)oo>e -C)cupbz Teak Pepocf c:QQPb g p2 (c». R«'a. T,' 4 ~ A~ 'i~~~ page Tl 2-/ tu'AL TLS'l'DU'LtitdYt'Ultg AND I'ltt SSUltg I'ROFILE (7 I I ! I I r r I I I I ! I l I j I I'est,'( Items Pnbrg1.zeII :test lltems De-Enett Ized 575!VltC: I For Hegger Test, I I s 350 I I I I I I I I I e l I I i i I i e I 300 I , I. I t l. Temperature 250 I I 'I ~ ~ I I I e I I r 200 i e j I j 'Chj.micril Sptnysd cont)nuotjsl I at'ate of appro . 0.15 U!!gpm /ft frem 0 to 116 hours 100 50 Pk es sure I 0 I 10 20 30 40 50 60 70 80 90 100 110 120 TIHE - hours ' ' 'pt I' . v r ~ ~ F 1(:URE 2 TEST PROFILE Energize All Test Items Chemical Spray Exposure 400 I (I'ress. '~ 118 psia) 340 300 / / (Press ~ 27 psia) 250 / / 200 / *Exact time to be determined AEPSC / by 100 / x inO I TES vlcc~ ALD C COOK NUCLEAR PLANT UNIT N LICENSE N . -5 ENVIRONMENT DOCUMENTATION EQUIPMENT DESCRIPTION REF QUALIFICATION OUTSTANDING PARAhlETER SPEC. QUAL Si EC. QUAL. lhETHOD ITEMS f% s SYSTEM: Q~grgg~ Operating Cowl) >hG+ I 5 W Time ADA+ .g, ~ ~ PLANT ID NO: PA s/ i Temperature Fig eIA' Aging LOCATION: >< (years) r. 4 FLOOD LEVEL ELEV: ( ]2 Submergence 'BOVE %vers o.C]QQ FLOOD LEVEL: ~o ( g~, ]V.Onn 'Documenlalion References: Notes: +c. r ~&4~ I3. WfSTrrsrraHOV5f. —e/IPIIDQ TEST REPORT CVAtQ -33K r i(~-4 s~('.~ (~ P,qg T',~~ Q~(, H~a1)vis -s ~ (.( (-'-',(;„2 I FsAI' s. J e S (((s 'ss( ( s -,;((;„~ ((((l'> gage TP 3-I ( ~~1,)) qq yg FIGURE 2 TEST PROFILE Energize All Test items Chemical Spray Exposure 400 I (Press. '~ 118 psia) 340 300 / / ~ 250 / (Press 27 psia) / 200 / / *Exact time to be / determined by AEPSC 100 / AO I TEST TIN~ I, '') I r IJ'a I'(~ I LL i I I 'I'est tellis I I Enhrgized ; est Items De- nerI „,dI 5 75 VAC A) I for Hpgger'esII 350 I I i I i I I I I I I ! I I 300 , I I i I I I Tympernturq i I 250 I I I I I 1 I I I I 200 I Ch/nicail BpIayad conclLnno I I I I 50 I I i i I I P} essuVe I 0 a I l 10 30 40 50 60 70 80 90 100 110 120 TDIE - hours P „ ll' y v r ~ r ~ LD C. COOK NUCLEAR PLAtIT UIIIT ti0. 1 KET NO. 50-315 LICENSE NO, ENVIRONMENT DOCUMENTATION EQUIPMENT DESCRIPTION REF.'UALIFICATION OUTSTANDING PARAMETER SPEC. QUAL SPEC. QUAL. METIIOD ITEMS SYSTEM: QItrra I'ac~ Operating / +Are l3 / PLANT ID NO: < ~ Temperature COMPONENT: T ep,a~~ « Pressure (PSIA) MAIIUFACTURER' Relative hlODEL NUMRER:Po e~Cee~ Ttg,m II t'ump I 4+~+ Humidity (1) FUNCTION: Q+giou~ Chemical ACCURACY: SPEC: Spray DEMON: uA Radiation Sa- e. pc40 e SERVICE: Co ~ Io os (10 rads) g 6 /sQ one Aging + LOCATION: 0<~~ '+ (years) ~+ IAWC~t'LOOD LEVEL ELEV: Submergence ABOVE FLOOD LEVEL: 'Documentation References: 5C-lO-~'(zo - ~ /3 page T LD C COOK L NT UNIT HO 1 KET NO. 50-315 LICENSE HO ENVIRONMENT DOCUMENTATIOH EQUIPMENT DESCRIPTION REF QUALIFICATION OUTSTANDING PARAMETER SPEC. QUAL SPEC. QUAL. METHOD ITEMS YSTEM: 'C~cc' I ) H K Operating , i ( 2 4'~ ! H(i. '30bAYa: bn~ () Time / ~ '(( )g. PLANT ll(i ID NO g >Irs>>SS) Temperature Cip „ I'4 yrt Ig(j Pl rlr>- I~ I ~one- «OF) rial 9-II-~ COMPONENT: <+«+ ~o Relative MODEL NUMBER: ~~S- ('WQ-OD Humidily (%) /OO WOn(ci FUNCTION:g doc 2'4'ro(op ~~ ~ Chemical opp(n8 ~8 g,s, «k C «I«' 1.ë.g, ((( (asm«('~ yqJ,6 DEMON'J A. Radiation ~cga y(IrD-I- +. SERVICE: .EcC5 i((~i (106 rads) Sc in'c-I for. ~Q RHg, ~o~r.ot <~I'i.] Aging LOCATION: W s coM7+uv~ <~y (years) FLOOD LEVEL ELEV: Iz r g Submergence s~t -e e(L ABOVE FLOOD LEVEL: /Yo q} )eS z3 sp. fl(,one 'Documentation References: / Notes. FgAg $ («i. Q, li;dorg4(e Corp leg j 4((roo( f 600ls'8 yo.to~ gp~ 4 J. T (l~~ '~~it') z,3, L(~()orp'ue 7asf dcio3((r(8 Corp. gg((rf p,~( f ~q 7. 0 (x~v). sage Vl-/ P VALVE OlsERATORS CYCLEO ~ INSULATIOII RESISTAIICES tt MEASURED I'00—t 340 F/105 PSIC (tt) f/t2 PSICI 340 f/I05 PSIC PSIC) (st f/tl I 320 F/77 PSIC (LO F/t0 PSIC) I ltovr Drop to A 252 F/I9 PSIC [\t 300 u 4, (t) F/t I PSIS) Durlntt FlrsC u ttour, Then 25I F/IS PSIC Ft Ilelg :C ut ( 2 f/tl PSIC) t cc h 3 Itgur Drop to to 162 I/O PSIC O tr tc Jl ur —23 Sec. htse to 336 F/l08 PSIC. I Vt Tetrperoturc lnc. to 340 F In Cess Then 4 ttlnutes. t t'l 200 l9 Sec. tttse to 334 f/IIO )SIC. Iecpereture Inc. Io 34l F tn Less Then 3 tttnutes. IOO 0 2 4 6 8 ~ IO I2 l4 4 DAYS START OF (IIR) I 4 6IIR TEST i Figure 3. Actual Steam Exposure Profile (~ Vl- L LD C. COOK NUCLEAR PLANT UNIT NO. 1 KET NO. 50315 LICENSE NO. ENVIRONMENT OOCUMENTATION EQUIPMENT DESCRIPTION REF QUALIFICATIOti OUTSTA tl DING PARAMETER SPEC. QUAL SPEC. QUAL. METHOD ITEMS SYSTEM: Zo.fd-j rh'dirt Operating '3Qr Ays 0+e. Time A /6 /Ihn ~ PLANT ID NO: ~<0 3I 5 r 3f Temperalure g~g, 324, (OF) gyP COMPONENT: V4~<< W><~ Pressure MANUFACTURER:>>~~M++ (PSIA) wag Relative MODEL NUMBER:san - I Humidity (%) gOO god FUNCTION:5w+4a ~M l~g~+'a~ Chemical ~pP~ ~ (~ I/g~fQ ggglc lr7Z M'fgv'gcltI Spray ACCURACY'PEC'/A rrrg ~/i Q Io.o DEMON'Ng Radiation gee./yd 1Vrrr I- Onto SERVICE: S'.( f (106 rads) ~ /CCRC I c70 c.l +hgo~ f ro~ Aging LOCATION: (years) iWAfala FLOOD LEVEL ELEV: 4/w Submergence FLOOD LEVEL:, yeS 'BOVE 'Documentation References: Lq 40> Iro. scrog-q~e Cot p, Task Pupae~ 056 gage VS / (o'1,~l)» 'I( 10 T((( (t(g (( ~ (» eo ages.'(lie n6 1200 ls» saalls'I I (. h (a'>(ll g,as aaasoaiaswa . I ~ ~ ~ "11 I ~ ", ;ai(a ~ I,~ ~ ~ ~ I} I a ~ . ~ ) (Ia I ~ a, li. ss,l s, I I)I ~ a ~ .„( ~ ~ ~ ~ ~ ~ ~ a ~ al « e ~ ~ I ~ '. ~ I ~ ~ I I ~ ag I( ~ ~ ''e -I (I } la}}ll ) ) 'l! il) I), ill )I (( ( ) a ~ ~ a ~ a ~ ~ I I I ~ I . I . ~ I .. 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I";::!,'! i';:". -:.-:1'l"..I}" '. —.BOG f- I (i C. .1)'.'.". i..:' ~ ~, I 1( l,.l(~I '..l ~ ~ I ~ )I ' ~ ~ ~ I I ~ ~ '. ~ ~ ~ ~ ~ ~ a ~ I I ~ ~ ~ I I ( ~ ~ . li: ~ ~ I ~, ~ ..I ~ I~ ~ I(( ' ~ ' ~ ' I I~ I! . ~ II ~I~ ~ ~ ~ ~ .I: "ii!I t I« ll ~ I I! .. ;s..)le.i 1 ~ ~ I ~ ~ I i I } }iii('. ' I '.'; ~ * ~ ~ I'eal all ~ I ~ ~ a . I ~ ~ ~ ( ~ I( ; ~ ~ i. ~ I ( I } a ~ a '" ~ ~ I a a' I ~ ~ a ~ ~ I'('.1 I I I ; ..' 'I'i s' ~...I a ~ a ~ ".I a e.) .. I ': ~ ~ ~ ~ ~ I ,'I ~- " ' ( I ..: ~ ~ ~ ~ a ~ ~ ' !-i I ~ I ".I' (.': . I ~ ~ ( ~ ::. i()— ''" l I I. a ~ ~ ~ ;I ~ ( ~ ~ I ~ ~ II ~ I ~ ~ ( ~ 'a ~ I- a) N )(: ',:-: ".:: ~ .: ~ ~ eai I.''', 'I g ,I ~ ~ I "..i I ~ (I I, I I ~ ~ Ill' ~ +> )g ~ ~ 'I".. ~ ~ C() ~ ~ ' ' ~ I I ( e ', I ',,') ~ as( LD C. COOK NUCLEAR PLANT UNIT NO 1 KET HO 50 315 LICENSE HO. h EHVIROfIMENT DOCUhlENTATION EQUIPMEHT DESCRIPTION REF QUALIFICATION OUTSTANDING PARAMETER SPEC. QUAL SPEC. QUAL. I/IETHOD ITEMS SYSTEM: ~ C~& Tr=Hpl=RATu RE. PaorlLc 0e.%. 2f LVE:NV EV'Et.lY EvEHT CvEe T EVE:N~ EVENV 6 1 l 2 I 80 .Qggc 2.6 Has 23.A Has 25. Sg~s 3EL'.O'Was, ZSp ic 2bF ~>~ 250 )Or sta 120- tOO- ALD C. COOK NUCLEAR PLANT UtiIT NO. I LICENSE N . -5 i'. < /..'~''ii DOCUMEN ENVIRONMENT TATION I Wl / EQUIPMENT 'EF DESCRIPTION QUALIFICATION OUTSTANDING (l r PARAMETER SPEC.- QUAL SPEC. QUAL METHOD ITEMS r SYSTEM: C UC. m Operallng I Time .7'bh'IS S,-'~L PLAtiT ID NO: QC P'i- ~-5O psR8 Temperature pip ('F) j9,/3-/ O'Pp g Z srrru4. COMPONENT. ~~a e~ / WpZgW r-oR Pressure (PSIA) MANUFACTURER:z/H/<> Relative MODEL NUMBER: <~+ jm~~ ~ Humidity (%) J Won Q Hg( FUNCTIOH: ~L V~ Q C3 Chemical /pe pppg g+OOPPrr 8 f,S. )~4,+ i~ l/If~~'%&i//J~/r wj~ 3/4'~ ACCURACY:. SPEC: A Spray Qlo N rt 8' y <.r4 DEMON:4A Radiation TE SERVICE: AC I M~( 4) te.V (106 rads) ivA n s cg L 5 c (i q r.. Aging LOCATION: ~ (years) C/0 4tg+r//L/~ OJL7 FLOOD LEVEL ELEV: C. I> Submergence 'BOVE pygmy FLOOD LEVEL: >~Pe 'Documentation Relerences Notes: drt gOOI~B : 7 p 8 Ql Mrs/)Jc C4~ p TcS4 P.~ rjr'-Zg-W~J, Lh~") 4e (+ac g, ~~jF (;, „;.Ig;n ly S'..C. (7~ .'P~ ge'F. AW. Aualif'ied by Liuitoroue Co".p. Test Laboratory . Project g600198e iiovemoer 1968 Type, of Test: simu'taneous, stean chemical spray separate seisaic,test Type Prof'le: 328oF 90 psig for 1 hr >12oF /0 psig for 2 hrs 28goF, f0 Qsio J or 2 hrs 2$ 1OF 20 p ig for 19 hrs 25'0oF 15 psig for 6 Qa)s Chemical Spray". 1.5g boric acid buffered with Na 0~ to a PH'of 7.6'7. Seismic Tes 8/20/79 Horizortal Force, $ .3 G at 35 Hz Vertica" fo"ce g.3. G at 35 Az No resor~ce freq .rom 5 to 3g iiz j / /~ DOCUME ITATION fra/i~ EN VIRONMENT il/ e '.r EQUIPMENT DESCRIPTION REF QUALIFICATION OUTSTANDING PARAMETER SPEC. QUAL. SPEC. QUAL. METHOD ITEMS I SYSTEM: N4t C, Q&Rioos Operating //'0 Time >ASS,,",=-* z.q PLANT ID NO: V/(ra(ouS Temperature Z.'SO ( F) S dq. 0-Z 7 I COMPONENT: Ywr.v8 ~>~4~ Pressure Fi y. 0/ er~A g (PSIA) 39. 7 „~p zy MANUFACTURER:l/n/koryoe. 0-Z7. Relative MOD EL NUMBER: Va < I O u S Humidity (%) /06 PP7 z V 5( @.. FUNCTION: tt hR~+~~ Chemical ACCURACY: Spray SPEC'EMON: r$ Radiation 'A'ERVICE: y~~(//p~ (106 rads) Aging LOCATION: (years) C PM 1 /0/Hpf EPI 7 FLOOD LEVEL ELEV: h(8 Submergence ABOVE FLOOD LEVEL: A//y 'Documentation References: zq. Lrmaforgve Corp T~sf ~ Page V4 / LVEMl EVCt EYE'NT EVENY lT'.6 2l 8O Was 23.A Has, 25.8 was 38-""$(-les 25»)a 250 IOF SlC I 4 R i20 lOO IU f6 D ALD C. COOK NUCLEAR PLANT UNIT NO 1 CKET HO. 50315 LICENSE NO. 5 ENVIRONMENT DOCUhlEHTATION Eg UIPhlENT DESCRIPTION REF QUALIFICATION OUTSTANDING PARAhlETER SPEC. SPEC. METHOD ITEhlS EQUAL gUAL. e SYSTEM: Operaling IV<% e. Time l h.ay A gAan /trI rf PLANT ID NO: Qp giog~ Temperature Fig F~ ('F) O-Z 7 .Ag COMPONENT: ~rr""~ +~~ ~ gpe~P 44g Pressure /r cg I.s (PSIA) IJ9. 7 MANUFACTURER: Anna/oa-y~~ 0- Z7 A~ Relative MODEL NUMBER. V~ ieio~s Humidity (%) toO r Dn~ FUNCTION: VAas~u-S Chemical 2 0 OO/jig f.J'vikj4$ roon~ ACCURACY: SPEC: Spray ~:]g K,-oL g$ (> DEMON: y'Ii, E f'5C Radialion sew c~tC. SERVICE: (106 rads) q/( oc q>~r0~> I XOra- Aging LOCATION. O"4nr u~ (years) PO~ j ag r///lena+ FLOOD LEVEL ELEV'rI Submergence /Jager o~ ABOVE FLOOD lEVEL: PA '/cs P/ Sap. 'Documentation References: I (u~c) 'T. a&CA E P) y. p.;, gz.. Lie i+or~ota Corp Tcd'~er+ 4o~ I ) 8 I) (egesta j;l)'ral 'f-<'t- II ~ q- A 5' Z9 Ql~ ) oboe. Car p %cud 'R~gc+ $00574A Iy-~S'.. g VALVE .OPKRATOAS eVCLEO q) ~ IIISVLATIOR RESISTANCES MfASUAED 7 400— 340 fll05 PSIC (ta Flt2 PSIC) 340 F/I05 I'$IG (s4s F/s] Pslc) I': 320 f/77 PSIC (sO FltO I'SIG) I Hour Drop to 15'2 F/Ig PSIC 300 Pl J ~ u (!) F/t I PSIr) Durlni First ~ tr tlell Hour ~ Then 251 F/I5 PSIC A PSIC) ~ % W (!2 f/tl tc I DI 3 Hour Drop td I to- 0 IG2 Flo PSIC W 23 Sec. hlse to 33G f/IOB PSIC. I 0 Tenper store Inc. to 340 F 0 hIal In Less Then 4 Hlnutes. P$ 200 tn 19 Sec. hlse to 334 f/IIO )SIC. Teepereture Inc, to 34l'f In Less Then 3 Hlnutes ~ "n 0 4 G ~ 8 10 l2 4 DAYS o STAAT OF (WA) TIME t GIIA TF.ST Figure 3. Actual Steam Exposure Profile ALD C COOK NUCLEAR PLANT UNIT NO 1 CKET NO 50315 LICENSE ENVIRONMENT DOCUMEHTATION EQUIPhlEHT DESCRIPTION REF QUALIFICATIOtl OUTSTANDING r,",r I tf'~ PARAMETER SPEC. QUAL SPEC. QUAL. METHOD ITEhlS ) Reialive MODEL NUMBER: VAa~«s Humidity (%) /00 FUNCTION:Vhrts:iM Chemical ACCURACY: SPEC: Spray Na DEMON: see. ~aYL i<71/l.c-/~ /-"- Radiation HS< I vo)yg fv of~ cn~ v'x>Lv'-- n4'Tck r.'r'~+ (106 Cl «< +w SERVICE: g(y d~ rads) per oc- 0- e f Qp I aqua- r. rJri 3 +NjV& Aging LOCATION Oud»ne, (years) gow a ence> FLOOD LEVEL ELEV: ~A Submergence ABOVE FLOOD LEVEL: ~/ 4'- 'Documentation References: Notes: . +,'ff;„, cAEi') fi: k'l i;el-fPRc) %F~4~ TED Rs/or y' < ~~~/ ) ) pl ( T ~ $ (fr r f-7'9- T'ice QQ.Q, lysis gpss (g ( q 7 w„4 PRESSURE T IIICIIES waTER GAGE nELATIVE IIUMIOITY~ loo /. p «INSlLATIOIIRESISTANCE MEASVREO 220 T T T ~VALVE ACTUATOR CYCLEO 2 IO— 2 j OATS AFTER ENO OF TEST 200 l90 ICO 170 LI I ISO l50 I40— I50 120 Ilo 0 I 2 5 4 5 6 T 8 9 lo II - IZ TIME. thr) Figure 3. Test Prof) le ALD C COOK NUCLEAR PLANT UttIT NO 1 CKET NO 50315 LICENSE N ENVIRONMENT DOCUMENTATIOtl EQUIP MENT DESCRIPTION QUALIFICATION OUTSTANDIIIG REF.'UAL PARAMETER SPEC. SPEC. QUAL. h1ETIIOD ITEMS SYSTEM. f PLAttT ID NO: W'I0-/5 jj Temperature /SL, IS'D (oF) COMPONEtiT V~ye Nni~~ Pressure FIG.R Oper nfur (PSIA) l S'ep. MANUFACTURER:g(~')forltue. Ftg Relative MODEL NUMBER: zyvl8-00 Humldily (%) FUtlCTION:PEA PokV Se.4a ,Seq B)eM Vw'Lvc-5 Chemical 'uafe'. Woh lr), ACCURACY'PEC: I ~ Spray al DEMON'P Radiation g((, SERVICE: PK R s'ef,e.$ lt~g (106 rads) -Z8- zzy zg Sep Aging LOCATION:'Ca~&'~r an/ (years) FLOOD LEVEL ELEV: 4(~.'. Submergence ABOVE FLOOD LEVEL: Notes: 'Documenlalion References: „.„.W..e,.,~.~ 4 hi~-~ L>~,)argue Corp 'Tot'f IE+orf'u00+(, I ~),„~ „~...p i C~~J- ~ 8< r~y > ~p >")~ nrocL h~-. r-e4- ~-+"'+ g) J3 a 5g/$ 5pg gn> fee.ul Ao~ Jrn r-S"tan Page EVERV EVENT EvCH r EVENT l t 2l 8o EvEHT'BH~s ~ 2'.&Has 23 A Ha~ 25.&Has 3N G'l-fas, ZSr -i~ 25es) e 1 C) l ) Gamic li }20 (OO peal l ENVIRONMENT DOCUMENTATION EQUIPMENT DESCRIPTION REF.~ QUALIFICATIOH OUTSTANDING (-' '))vtlI~. PARAMETER SP EC. QUA SPEC. QUAL METHOD ITEMS j~~),i'.) M: E-e..sd;a Hew.t Operating S )~uL Z.C k . Cr.".'I R('b obrcL Time 7 bAYS CUew PLANT ID NO: gs"JQ 3o+) zQ Corm'r(P((b(be ca 1 Eg e FLOOD LEVEL ELEV: i g )j Submergence ABOVE FLOOD LEVEL: *Documentation Reierences: (see) K gmiml ~v-. L(m(keigoc. Capp 7+sb gy~~~ T 7;l I;>~ e (uac) 'P- ~9-7 ~. aI) TA(gg cg{{b i{{lire/riyal{ c arri{le'eg eerie u, {{;{rl,:.. ilrtub l4 'le{;J{ rlJr{ Ai{{',''lrC7 ~»),tt ~r) )P'e/g ().)CS(i (gng ge'» Pi(4( tr4~ CC CS'A( Q (S»r LC» e. »t 4()+4irn ~A.A ~r).tiki~(). 4). P{){ {m ii u{ cell { ) ){{„,l,„ 'j-'/ll d-f, Rm Qualif'ied~ by Linito."que Corp. Test laboratory Pro ject~ -.-1600198.d ~iovemoer 1968 Type of Test: simultaneou, steam chemical spray 5e. separate seism'c test Type Profile:- 328'F, 90 psig for 1 hr 33.2oF 70 psig or 2 h=s 287>F) 40 usig for 2 hrs 271'F) 20 p ig for 19 hrs 250oF, lg psig for 6 d"ys Chem'al Spray: 1."~ boric acid ouffered with ha OH to a PH of 7.67. Seismic Test 8/20/79 Horizortal Force, 5. 3 G at 35 Hz Vertical fo"ce'.3 G at 35 Hz Fo resor~ce freq f."om 5 to 3) rIz -> Unpk> 42 q f c o ~ L P.,r;.. I'lf+ I..'::;fII . 'IIE tel TI C fOIBAND I III=~I= DI..UIC.I.~ I=DKNED II Cl)IN( It'>I:.'IICI. I ~.,!;.;.;,I.. I;;..;";..I..l,:. -'I= TI'll'»Ilt.r.r-OIti' ~CL«.:I;"ll TIIE 1.% ff:.C.i C-I': ' AI.I,)." I-=XC.I.II~ .1-)i'I::'I= Tlt)==.r: I3frVIC I:."..