ML20081C005

Operating Procedure 13100.1, Integrated Leak Rate Test

ML20081C005
Person / Time
Site:	Turkey Point, 05000000
Issue date:	11/01/1975
From:	Roman W EBASCO SERVICES, INC.
To:
Shared Package
ML20081B916	List: ML20081B963 ML20081B969 ML20081B978 ML20081B987 ML20081C001 ML20081C005 ML20081C011 ML20081C019 ML20081C031 ML20081C034 ML20081C051
References
FOIA-83-296 13100.1, NUDOCS 8310310068
Download: ML20081C005 (200)

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{{#Wiki_filter:__ 1 l FLORIDA POWER & LIGHT COMPANY TURKEY POINT NUCLEAR POWER STATION UNIT No. 3 OPERATING PROCEDURE No. 13100.1 INTEGPATED LEAK RATE TEST Prepared for: FLORIDA POWER & LIGHT COMPANY Prepared by: William D. Roman EBASCO SERVICES INCORPORATED Plant Operations & Betterment Department November 1, 1975 8310310068 830706 PDR FOIA CONNOR83-296 PDR l_ _..

FLORIDA POWER f. LICllT COMPANY 7URKEY POINT UNIT 1:0. 3 OPEl:ATING PROCEDURE 13100.1 UOVDmER 3. 1975

1.0 Titic

INTEGRATED LEAK RATE TEST 2.0 Approval and List of Effective Pages:

2.1 Anproval

Revicued by Ppf&d:n,t Hug)p6r Safety ContnittecMgm[v-4c.g - Plant Supt.,ffe,<g, - pg;._19,gf' Approved by Change Dat' g /Xcvieued by PHSC_ 19 dl Approved by Plant Supt., _19 2.2 List of Effcctive Pages: 'Page Date/Rev. Page Date/Rev. Pa r,e Date/Pev. 1 1]/1/75 8 11/3/75 App. C 11/1/75 2 11/1/75 9 11/1/75 App. D 11/1/75 3 11/1/75 10 11/1/75 App. P. 11/1/75 4 11/1/75 11 11/3/75 App. F 13 /3 /75 ~ 5 11/1/75 App. G 11/1/75 6 11/1/75 App. A 11/1/75 7 11/1/75 App. E 11/1/75

3.0 rurrose

The purpose of this test is to assure that lenhage throu;;h the pri' nary reactor contair cnt, and systems and compon uts penetratin;; the prin:ary contain:nent does not exceed the allouabic Jeakage rate values .I specified in Technical Specification, section 4.4.1 and 10CFR50, Appendix J. 3.1 Method and Diccussion of Test Tech'tig3n The Integrated Leak Rate Test chall be performed by the abcolute method by which the actual macs of contained air is calculated as a function of time. -3.1.1 Corroboration of Moacurcinent Provisions shall be made within this test uhereby the leak rate n'canercm:nte shall be validated independently by the use of a Controlled Leahane Rate Test (CLRT). This validation chall 'La perfonied for a cuffleicat k-duration to accurately..ccrabjit.h validation following the measurciaents at P. At the end of the ovetull test, t a statistical analyaio. of the tot.al_ tin.e leak late chall .~.' be performed. j p s w.*w y

==e e-

1 11-1-75 OPERATING PRO;EDURE 13100.1, PAGE 2 INTEGRATED 1. EAR RATE TEST i 3.1.2 Test Computations The equations used in this test procedure may be found in ORUL - NSIC - 28, " Testing of Containment Systems used uith Light-Water-Ccoled Power Reactors" (Frank C. Zapp) as well as in the " Proposed Standard for Leakage Rate Testing of Containment Structurcs," AUS Standards Committec, October 1970. Basically the Icak rate of a volume may be computed by vacching the. test pressure decay, while at the same time, compensating for any changes in temperature and humidity. Thus the leak-rate (L) becomec: h (1 71 (P2 .W ) ) (100). where 2 T2 (P1-W) y T1_= Temperature (Rankine) at t, weighted average, 0

• 12 = Temperature (Ra:A.ae) at t, veighted average, Py = Pressure, psia, at t0' P2 = Pressure, psia,.at ty, i

111 = Water v:por partini pres. cure at t0s P3ia ) W2 = Water vapor partial pr:'esure at t, psia nnd 3 at n (t1 - t ) hours of test duratioa 0 L(*4) = Percent mass Icah rate computed over the duration of the test A sampic sheet marked IOR INFORMATION ONLY nay be used for manual calculations and is attached to this j trocedure. Refer to Appendix E. Discrete temperature and humidity eleinents shall be placed throughout the containment, each placed spa-tially within a calculated fractional volume. The temperature, T, therefore, uill be the weightad i average: k n Yi Ti , where Ti=kV total ,1 Vi = Incremontal volume at T, and i Vtot - Total containnient volume

11-1-75 OPERATING PnoCUDUl'E 13100.1, pAGE 3 INTCORAT@ LI:At RATE TI:ST In practice it is usual. to represent vt as a fraction, sothat$Vi = 1.000, though Vtot in net cubic feet = 1,550,000. Uater vapor pressures shall be handled citailarly. ~ ~ The tabulated volume fractions for these sensors shall be as follows: 'I = 0'.3200 where, VII 495.000 = 0.320 = 1 y.r T 55GM VT2 559,786_ = 0.362' 2 = 0.3620

uhere, T

= VT 1,550,000 3 thru Tg = 0.0200 where, Vr3_TS 187,.553 = 0.120 T = VT 1,550,000 T VT _T20 = 306.861 = 0.190 T9 thru 20 = 0.0165

uhere, 9

VI 1,550 000 3 YTotal = 1.0000 YP1 = 0.3200 ch a rc,.Yvn1 ~ 495.E'00 = 0.3200 = VT i,550,000 YP V 2 = 0.4820

where, yn2_

74 7 J39_ = 0.4320 = VT 1,550,000 YP VP = 0.0495 uhere, _vp" Y"6= 305J R = 0.1980 V 3 thrn 6 VT-1,550,000 3.1.3 Statistical Handline of Test Data V 1.0000 Total u Least squares analysis of the Icak rat c calcu.tation. uill provide i.bc best linear regression fit to the data for the amarien of the t.,st period. The effect of instrument error en total-tine leah rate and statistical le:i rate shall be cenputed such that the resultant Jeak rate including this possibic crror shall have a confidence icvel of 957.. 4.0 Precautions and Litaits: 4.1 The primary containment rrnt be pres'surized with air of such quality (oil and humidity) tha t it can be donc safely with the ) cast negative influence on the progress of the test, The air should be oil-f ce and should be cooled with an aftercooler to approximately 80F to 85F. 4.2 'the air in the containment chould be circulated such t hat the pres-ence of absolutely stagr. ant air can be prevented, llcre it. is important that the energy given to the circulating ai.r is minimal. ,k A few horsepower are all -that are required, no more t ha 1 three horsc-pouer shall suffice. The reason for chia, is to nnintain a nearly adiabatic conditien of the containment cavironment once the test is started. The icos energy introduced, therefore, the staaller the unecrLainty in the resulting measurements. An uncontrolled increase in temperutdre (nuch as could be produced by large fans) masks the icah rate.

11-1-75 OPERATING PROCEDURE 13100.1, PAGE 4 TNTEGI1J TED LEA 1: RATE TEST' 3 UOTE: Any fan placed in the co-tainment must pump air of density up to approximately three timas greater than standard conditions; modifications, either in supply voltage or blade size / pitch uay be raquired. l 4.3 Once 25 psig (P ) is achieved, approximately four (4) hours should t be allotted for stabilization of temperature. Conditions vould normally be considered stable v'1cn the average temperature does not vary by core than 1.0F per hour for the last tuo (2) hoars. 4.4 Access around the periphery of the containment should be limited to approximstely 100 feet during periods of pressuriention. These areas should be ponted during these periods and limited to authorized personnel only as determined by the Lead 7ect Engineer. h se areas do not include the Fuel Handling Euillin3, Ecactor Auxiliary building (except cicetrical and mechanical penet. ration rooms), and any clevation above ground IcVe). 4 4.5 If a containment entry is required prior to 14.3 psig, co:cputent ncdical personnel shall be availabic. No personnel shall bc allowed to enter the containment above 14.3 pain trithout conforming i to U.S. Unvy Diving Manual,.NAVSh1PS 250-530, January 1959, I stipulations. 4.6 ill systems as:-cciated with the containment must be aligned as required by the Containment Isolation Signal (CIS). All boundary valves shall be closed. Any block val're which could prevent a j containment isolation valve fren being subjected to containment I air pressure shall bc left open. The position of the valves shall be per Appendix A. Closure of containruent isolation valves shall be accomplished by normal operation and without any pre-liminary exercisin3 or adjustments (e.g., no tightening of valves after closure by valve motor). 4.7 All pressure-damageabic equipment should be removed from the containment or vented. NOT included is any instru'acutation associated with containunt isolation or monitorind of accident conditions. Removed equipment shall be properly stored. Included would be the following: Equipmen t Protection _ Reactor Vent to Containment k Pressurizer Vent to Containment Pressurizer Relief Tank Vent to Centainment Reactor Coolant Drain Tank Vent to Contaittnent Steam Cencrator Snubber Vent to Containment Oil Resevoir (if required) Polar Cranc llydrau?.ic Reservoir Vent to Containment and Gour Boxes (if required) h

OPERATIt'C PRO';CD'JRE 13100.1, PAGE 5 _7tITECnATCD LEAR RATE TEST 11-1-75 l Entsf pment Protcction !!anipulator Crane Gear Vent to containment tones (if required) Mitrogen, Argon, Oxygen / Remove from Containment ,, Acetylene, (etc.) Bottics Fire Detinguishers Remove from Containraent Wooden Scaffolding Remove from Containment Refuelite fla:hinc i .l.2it! p,ff,ytt, TV lionitor Remove fro.n Containment (if required) Position Readout Units Remove frort Containment (if required) Dillon Load licters and Remove from Containment Pouer Supply (11 required) 4.7.1 All instrumants located inside the containtucut should be cheched and properly vented, if necessary, inorder to prevent damage. hofer to Appendi:< F. 4.8 All wood platforms and wood scaffoldin3 sho. tid be reuoved. The porous nature of wood vill cot.pl$cate the resc and raay abort it. 4.9 Any water standirn on floors, in low spots, in open piping and in tanka 3c shoald be removed as required and the accas lef t dry. The success of the test depends also en the changes in huliidity during the test. These ciforts vill tend to stabili::e the relative humidity. i 1 4.10 Ooon vents or drains as shown in Appendix 11 to simulate those conditions that vould be expcuted during a LOCA. All vanted systems chall be drained of water to at:sure enposure of the contain. tant isolation valves to contaitrucnt air pressure. 4.11 Check proper installation of pressurir.ing system and blowdowa piping without opening inlet vcive at panctration, i s ,e 4 9 g e 9 r -ep ume aa,s e sw.av.e u-g a

11-1-75 ~ OPERATING PROCED'Jnn 13100.1, PAGE 6 INTEGRATED LE/X RATE TEST-4.12 Check that the oil and moisture coatent of the air doanstream of the filters and temperature are catisfactory. Air quality may be checked by discharging a quantit;' of air on a picec of white cloth or paper at a convenient vent or drain connection. 4.13 Check that inctallation and calibration of instrumantation for the ILRT is co: picted and properly documented. 4.14 Inspect, close, and ceal personnel and emergency air lock inner and outer doors. 4.15 All ciectrical cquipment shculd be de-energized within the containment except for those service.s required and powar requirencnts for circulating fans. Refer to Appendix G. 4.16 A general inspection of the accessibic interior and exterior surfaces of the containment structures and :omponents has bcea .r. satisfactorily performed uith no evidence of structurni deter-nration that may affect containment structural integrity or Icah-tightness. 4.17 A desk calculator or equivalent instramant shall be available in the unlikely event that the computers, phone connections or terminals are inoperable. I?st the data sheet in Appendi:. E. 4.18 The Local Leak Rate Tests should be completed. Related S s_t_ca;_statuc:_ 5.0 y 5.1 The following inetrumentation or equivalent ora required for the Integrated I.cak Date Test and are recently calibrated and properly docuraanted: ITEt! NtUBER DESCRIt' TION TI-1 1 Tc aneraturc 1:onitori:13 L In-licatin;jgst,en-consisting of 20 (3.pnrec) sensorc, selector suitches, constant current supply and digital indicator system occuracy of 0.2*F. Leedc & Northrop instrumentation utilizing 100 ohm copper thermoluaa, Catalog 8197-10-S. Catalog No. 900-9399-9999-1-S numatron numeric display. ( FI-1A 1 Flow Meter - Brooks Hi-accuracy full view 2.'otometer, Model 1110 nanac 0-10 scfm 3 25 psig, 70 F. <em* w av. mew w, -'~+m-m

f 11-1-75 OPERATING PROCEDURE 13100.1, PAGE 7 INTECHATED LUAM HATC TEST ITEM IRRIBER DESCRTPTION TI-2 1 Dowpoint Temperature Indicator - 6 (2 sparcs) deupoint reading, Range -10 C to. 1400C, accuracy of + 1% full scale, sensitivity of 0.1%. Panametrics Model 1101 PI-1 2 Precision Pressure Gauce - (1) Readout unit, calibration accuracy of 0.015% of reading, resolution 0.001% full scale, readout 100,000 counts = full scale. (2) Absolute pressure capsule-a) Emac 0-49 psi b) Range 0-100 pal Texas Instrument 1icdel 145 PI-2' 2 Pressure cauq:; - n:: age 0-100 psia, graduation -0.1 psia, accuracy 0.1% full scale, sensitivity 0.012 full scale. Wallace & Tiernan : odel #61A-1 A-0100. 5.2 The data for thir test shall be manually acquired fro.i: the ILRT cabinet cortaining the instrumentats.cn listed abave. These data chall be ante. red into the ILET computer progrer: uti3i: int; a Texas Instrument ~00 ternina] or equivalent. Ihc computer generated report / and assiciated data shall be aprended to and forra a p..rt of this procedure. 5.3 Througho.it the test, te tpera tures, pressure and vapor pressure are monitored. These dsta are used to compute the Icak rate from the perfect gas law, PV=nRT, using either the paint-to-point recthod or the total-tima metho:'. Leak rate predictions and estimates of error are provided by first order lincat regression over the test duration nominally of 24 hours. Purther, the scusitivity to sensor inaccuracy in computed and the final NRC report shoald demoustrate that the test has met the minimm allouabic NRO Icakage rates within statistical error bo.mds. 5.4 containment nvAc system should be availabic to maintein a tcnparature of not higher than 90"P or lowcr than 80 F vithin the containnent. This temperature range should be maintained, if possibic, for a matter of days before the beginning of the ( ILRT. A purge period may be.pgrformed whereby the initial volume of " maist" containment air is replaced with " drier" air prior to actual ILRT pressurization. ,.l g

r ,, 7 y r ~ / 11-1-75 .i OPERATING PRO':EWnE 13100.1, PAGE 8 r INTEGRATCD LEA 1: MATE TEST e i J J ) 5.5 Shortly before the-ILRT, the Containment H NC syste... is to bc 4 shutdown and isolated from its cicctrical and cooling water supply. I 5.6 The reactor shall be in a cold shut-dbun condition. r i 2 5.7 Tne following pressurization and support <f quipment or.cquivalent are required for the Integrated Leak Rate Test: a t Eculpment guantity Catmeity '!!odel 1[o. 4 Aftercooler 2 5000 SCnl/ca. CT ' A*.0d (! (hnerican Std.) l ,I

7. -

Cer.trifugal Moisture 2 5000 SCni/cc. GT / l ) Separator (Amarican Std.) ~ '*Y'/!~!'

r. j.

l s j a,/< ',U' Mechenicc1 Separator f, , + (Coalescent Oil Separator, 2 > 6503 sc.71/ed. i 530 A30 /, ? for o13 type compressors cnly) / d'>{ ~ }/ f'( Air Drittr - Chiller 1 ~ 3800. SCn! Ik-3S00, (Application Engr.) 1 4Bi:0 'sCFt1 \\,- ) Air Contpresscrs (Atlas-Copco) 7 900 SC m/ca. PT-900 5' - i + Elowers (Coppus) 6 1500 SCm/en. HII-$050-18 ]' 5.8 Valve line-up, as delineated in AppenJix A, shall be ce: pleted. 6.0

References:

h 1 t ? -1. e The principal guides for the preparation of this test procedyrc ucro the 10 CFR part 50 and the kn:rican national Standard documt'271out-1 lining the methods for leak-rate tasting. Oth2rs ucre consulted,'in 3 addition: i c 6.1 " Leakage Rate Testing of Containment Stractures for Nuclidir Reactors" American Natienal Standard ANSI M45.4 - 1972. 6.2 " Primary Reactor Containn: cut Leakago Testing for Oatcr-cooled. Power Reactors" Appendix J. . Title 10, CFR Part 50. - ( 6.3 " Testing Containment Systems used with Light-Water-cooled Power Reactors" Frank Zapp, et. al, ORNL - N3IC 26 UC - SO Reactor Technology. f 6.4 Turkey Point Plant Unit No. 3 Technical Specifications. 6 0 .g .r n ,-r n +

[, TCN M l 11-1-75 ^, +> OPEilATING PROCEDURE 13100.1, PAGE 9 1 INTEGRATED LEAR RATE TEST 1 /, I' 6.5 Dechtel Corporation preoperational test procedure and final report for Initial Integrated Leak Rate Test of the Reactor Contain= cut Building. 7.0 Records Recuired: 7.1 Current I & C calibration sheets for all instrunantation licted in cention 5.1. ,7.2 A dated log of events and pcrtinent observations chall be maintained during the test. 7.3 Completed ILRT procedure, test log and data sheets constitute cuality assurance records and, therefore, shall be routed to

r the Technical supervisor for revicu and routing to the qualit; I,

Centrol Surveillance Technician in accordance with Adminir.trative ~ Procedure 0193.16,- Scheduling and Surveillance-of Periodic Tests and Checks Rcq; ired by Technical Specifications, and shall be retained in accordance pith Administrative Procederc 0190.14, Document Control and gaality Assurance Records. . 1 S.O Ins truc tiena :- ~ 8.1' Precautions and Limits and Related System statu (r.cetiens 4.0 and 5.0, respectively) have been satisf actorily completed. Verified by,_ ny _.cjJ Da te } l-M */.S / 8.2 Start pressurization and cont.inue to pressurine until contain-ment air pressure reachec 25.0 p.nig + 3 psig, -0 psig. Monitor every half hour physical parann:ters as outlined in "ILRT Data Shect". Maxinnua pressurization rate choald be 4 to 6 psi /hr. Daring prescurization: d 8.2.1 Maintain moisture and oil content as low as possible. 8.2.2 Maintain containment temperatura above 60F and belou 120F. 8.2.3 Check for leaks. In any case, the pressure should not fall below 25.0 psig for the duration of thin test. ~ Verified by W dd Date d'INI [ e am - -s. 4n o-ee-m,a e-e no.o n o -

h % ~$ y-It 11-1-75 ( OPERATIUO PROCEDURE 13103.1, PAGE 10 . 111TEGR ATED__LE__A_R ItATE TCS_T. a 8.3 The following shall be monitored during the pressurization phase of the test. 8.3.1 Contaitraent inlet air tc nperature. b r T 'Octe II-2 M S Verified by

tfyy, 8.4 L' hen desired pressure is achieved, isolate contain: rent pressuriz-ing system and Icah check the pressurizing syste::: valves.

Verified by L Date I,l-21. E 8.5 1 sing ultrasonic icak detectors and/or soap ~ solution, check the

ondition of ccch suspect local exterior leak area.

Perforra local 1 cat test measurement for suspect 1cahs if required and record. 3p__b(_ '-AuAghd;n tej)_-1_E'M Verified by D 8.6 necord data as outlined beloa in Appendix D a c:ina.::nai cf once every one (1) hour. Ko repairs are s13 owed once the ILET conenences without returning to this point. S.6.1 Sa.::ple nutnbe-v Nb~ T k M 't a ut, o.fu:r M 8.6.2 Pate and tirae -[ S.6.3 Data Logget's name 'S M N.. 1 C.6.4 Containment temperature - 20 h* 8.6.5 Containmmt vapor pressure - 6 8.6.6 Cor' in.m: pressurc - 1 8.6.7 f, ui ttet:ospheric tcuperature - 1 8.6.8 outside at.i:taspheric pressure anu/cr r :lative humidity-1 8.7 Froat the data gat hered on an' hourly bar:is, deterraine that: 8.7.1 1hc containment conditiers ara stabilized and trends are predictabic. Verified by, N 4 Dat e N g,__ 8.7.2 Forecasted lech rate is significantly bettec than allowabic limits. Perform local leak survey. Stabiliza-tion should take approximately four (4) hours. Verified by M lute dS m

) Ob 7" l 11-1-75 OPERATI!!G PROCEDURE 13100.1, PAGE 9 IIITEGRATED L_E,7 RATE TEST 6 0.5 Ecchtel corporation preoperational test procedure and final report for Initial Integrated Leak Rate Test of the Reactor Contain:: tent Building. 7.0 Records _ljequir ed: 7.1 current I & c calibration sheets for all instrumentation listed in section 5.1. 7.2 A dated log of events and pertinent observations shall,be maintained during the test. 7.3 completed ILRT procedure, test log and data' sheets constitute quality assurance records and, therefore, shall be routed to' the Technical Supervisor for revicu and routing to the Quality Control Surveillance Technician in accordance with Administ.rative Procedurc 0190.16, Scheduling and Surveillance of Periodic Tests and Chechs Reg. tired by Technical Specifications, and shall be retained in accordance uith Adninistrative procedurc 0193.14, Docuutent Control and Q.tality Assurance Records. 8.0 Instructions; 8.1 Precautions and Limits and Related System Statu (sections 4.0 and 5.0, respectively) have becu sati.sfactorily ecmpleted. Verified liy sa a,.M Date k...1IM-.3 4- '.2 Start pressurization and continue to pressuriac un al contain~ 8 ment air pressure reache: 25.0 psig + 3 psis, -0 psig. Monitor every half hour physical paramaters as outlined in "IIST Data Shect". 11aximum pressurization rate should be 4 to 6 psi /hr. ~ Daring pressurization: 8.2.1 11aintain moisture and oil content as low as possible. 8.2.2 }!aintain containment teuperature above 60F and below

120F, 8.2.3 Citeck for leaks.

In any case, the pressure should not fall below 25.0 psig for the duration of this test. (' d yate Msc.ldep 3 Verified by,_ 4 y D e -.w-et-*. ..-._.o-ee'a

Test:$ p. 11-1-75 7 OPERATII"; PROCED'JRE 13100.1, PACE 10 IllTEGMATED LEAR RATE TEST 8.3 The following shall be monitored during the pressurization phase of the test. 8.3.1 Containment inlet air temperature. w [eaate N I d 17 3 Verified by m,o 8.4 Uhen desired pressure is achieved, isolate contairu:. t pressuris-ing system and Icak check the pressurising system valves. Verified by t m e k,m,. bi.Date k Id'D S -- 7 g 8.5 Using ultrasonic leak detectors and/or soap solutibn, check the condition of each suspect lo al enterior leak arca. Perform Ic.:a1 leck test. measurement for suspect icaks.if required and record. Verified by me

g. g te Da_e.h [",7:7 8.6 necord data as outlined be} or in Appendin D a mina.tm of once every one (1) hour. No repairs are alloued once the ILRT commences without returning to this. point.

8.6.1 Sampic number 4 8.6.2 Date and time 8.6.3 Data Legger's name 8.6.4 Containm ut temperature - 20 8.6.5 Containr nt vapor pressure - 6 8.6.6 Containment pressure - 1 8.6.7 Outside atmospheric temperature - 1 8.6.8 Outside at2tospheric pressure and/or relative humidity-1 8.7 From the data gathered on an hourly basis, detemine that: 8.7.1 %c containment conditions are stabilized and trends are predictable. ~ V,cri:fied by _JuechQ975 8.7.2 Forecasted Icak rate is significantly better than I allowable limits. Perform local leak survey. stabiliza-tion should take approximately four (4) hours. v, v1 n,,,t. hv, _. 3..... A.a turnlhc..l.\\'US

11-1-75 k OPERATINC pn0CEIJJnE 13100.1, PAGE 11 'INTEGRA~ LED LEAR RATE TEST S,8 Continue ILRT censurements until interpreted data indicates that the ILRT criterion is m t for a minimum period of twenty-four (24) hours in accordance uith Appendix C. Verified by grj _ Date_ h 3; R 1 5 8,9 Dnce predictabic and allowabic trends have been c -ablished, verify the test results by superimposing a leakage approximately equivalent to L. Test duration shall be approximately four (4) t ~ liours in length to verify the ability to maasure the Icek. Verified by qrg _ g 'Da*e_h3J35 "Ihe follouing shall be recorded during this phare f the test. B.h1 Containment air flow (rotameter), fl 10 Coc: pare the ILnT Icch rate and verification les!I rates. If the comparison above indicated that the ILKT Icak rate is not sub-- stantiated by tl.2 verification test (difference within 0.25 L ), g~ continue the ILRT leah rate and recheck. At the end of the extended ecst period, repeat thu verification test, if required. Verificd-by, m wd%ID::I c hc.3 893 2 8.11 Sampic centainment atmosphere prior to bloadown. . yen permission from Lecd Test !?agineer, open blote.!awa valve aad release air from contai.nnent utilizing a nr:itram deprersurizacior. rate of approximately 4 to 6 psi /hr. Verified by, _. p Iranate.h:.;1175 1 8.12 Uhen atmospheric pres::ure is achieved, containme it ate.osphere shall be campled folloeca by containment entry and inupection. 1 Verified by - W ate k. M D D.13 Inform Nuclear plant Supervisor that ILnT is ccmp at e and affceted systems and equipmcut are turned-over to Operations Departr.icut. Verified by g atch%@ 8.14 The completed copy of this procedure vith the da, ;heet(s) should be forwarded to the Technical Department for review and <k handling. Following review by the Technical Depart. ment, the data sheets shall be sent to the Quality Control Department. Verified by btchi,j pf 0

y a 0 a e 9 e 9 l ) I 0 ( t 9 0 a e 4 e O APPD? DIX A -Valve Line-up 9 e* J e 6 9 4 G" 4 O e 8 G t t 6 ( n. , - -. - - - - -. ---, - -,, - ~.,,

i 11-1-75 OPERATING PROCEUJnE 13100.1 PAGE 1 i INTECRATED T.EAl! RATE TEST APPEllDIX A PLN. # FUNCTION VALVE 6 POSITION RD!!dlKS VERIFIED BY/DATS 1 To RIIR MOV-750 Open System in 16 It-2.a 7I liOV-751 Open service XF3 i. es i-7C TC-1 Closed during WA t e-27-73' TC-100 Closed ILRT VR4 't ?? E o 2 From RIIR MOV-744A Open System in 4 17 T gJ9 O-17-7f MOV-744U Open service FCV-605 Open/Ctcst6s during ILRT "47 7f N u -1'l % 11VC-758 Open ' % og m g M u T 761F Closed 91 ) oTSC do at 3 CCi1 to nCP'c 7 17 NA c!wch Valve 716E Open f f" Ii-2?% 2 i 73 }!0V-716A Closed 'HOV-716B Closed -- ' u-l'l-T 716D Closed \\t->1-W 716C open d f si-M -i f Ii -l 4 CCW from RCP's MOV-730 closed kO.w L7-75 l u 1 l-75 132 Closed a TC-65 Open (ed-#J-Y h o ltri-7_f .b.6 730b Closed 0_.n 37__75 730C C1cacd 730E Open 1 ti.2.1 d _ _ _ M ' b 1'l-75 5 PRT to'GA CV-516 Closed 552 Closed M \\ d 'l-75 U- '3'2'- Y 517B Open -17'75 TC-2 Cloced' " ' ' -' I l TC-80 Open 6 N2 to PRT 518 NA Chech Valve r VA 1 ht _ /M/ TC-3 Open ( TC-81 Open J.1 _b - 11 1 I ( g

11-1-75 OPERATING PROCEIURE 13100.1 PAGE 2 INTEGRATED LEAV RATE iEST APPENDIX A PEN. # FUNCTION VALVE # POSITION RDIARKS VERIFIED D'l/DATE b h ~2 ~I 7 PW to Stand-CV-519A Closed pipes CV-519n Closed M tt 17 CV-522A Closed W4 \\\\ 17 CV-522B Closed M \\\\' M CV-522C Closed M "-" TC-4 Closed MD \\\\ *17 TC-82 Open ~f6 1i. Q'Q "-ll 8 Prz. St.a. CV-951 Closed Sample CV-956A Closed %___\\17.19 989A Closed h&D h";3 EU 950 "Open TC-5 Closed d & "-A2 TC-83 Closed F#d "A7 TC-85 Open_ N' - J /-l 7 h30 kT1_ 9 Prz. Liquid CV-953 Closed u> Sampie CV-956B Closed g,t y_ _, 989D C1cced 1D I. 952 Open . # 2'T TC-6 Closed 35_- '/-M/ TC-86 Closed /T8-_ g-2 7 l TC-84 Open h_.lb>_ 7 1 10 RCDT & PRT CV-4658A Closed ____. 3.L-1D- - Vent; N2 to CV-4658D Closed L-D RCDT TC-7 Closed 6 iAJ 7 __ TC-8 4653 Open YC 11-) 7 -C" "O Open V 54q fiJt.dca. Jj4 f r- (7. 4656 Closed M4 W3 %0._ T..tt.2 'l TC-07 opea tA g o ret ygd Mp_.Ir 2 7-7 5 %'% vn. Jf.h _f.M c _O o 11 ALT. Lohend }!0V-872 Closed .._ h " --b..h-U SIS TC-64 Closed ~ .__% tl TC-9 opem-c.%co t,w OA Ofg cTsc vfo y CCil to Excess 738 NA Check velve LTDN.IlX. 737A Closed h \\\\ '27 Q\\ d~T TC-10 Closed TC-66 Open r e/M TC-88 Open D B-17 ~

11-1-75 OPERATII C P1:0CETURE 13100.1 PAGE 3 IITE'CRMED LEAK RATE TEST APPE!! DIX A e PEN. f ITI!CTION VALVE # POSITION REIMPT.S VERIFIED BY/D/JE 13 CCU fro a Excess CV-739 Closed W17 LTDN. IDC. 737B Closed .h6 u t'i TC-11 Closed N u-n TC-89 Open 3G u 17 14 Letdoun to CV-200A Closed M k 17 Regen 11X CV-200B Closed }M u 17 CV-200C Closed h6 b l'? CV-204 Closed M u 17 TC-12 Open //8-N9> TC-67 Closed /88-4,El TC-13 Closed u 17 TC-90 Open .h6 st n ~ .i CYCS to Rc3Cn. 312C l!A Chech Valve 1!X . } ICV-121 Closed S6 \\t 17 I 333 Closed h_G. 3u.30 TC-14 % cLW tv ~8JoA h.Lpo,, /d[g_t//_-d'7 202A Open .. t #2c w on pb ~ g py TC-91 Opcn

2MId.h

,d. ti-17 W 44 cra 9 16 PACVS 11V-3-1 Closed SC k-vi~ 11V-3-2 Closed S '__n.-37 i!V-3-6 Closed u-11 I -MV-+ -Gp+e-At % o<.tg .4h H-r7_ *7I.,___ IIV-2 Open A N 7 IlV-7 Open FC W- > 7 IIV-9 Open pfg gJ. 7,7 17 SIS Test Linc 895V Closed i\\'M 'l C-68 Open [M__//d' 7 TC-16 Closed M% ti t 1 TC-92 Open 3ts \\t.1 1 18 SIS MOV-866A Closed k u 11 M M0V-866B Closed' %_E_31 1 ~i (' CV-869 Closed-u 'L7 TC-17 Closed hp it,M TC-93 M cimcn agc~tQeJs's Nhj "' d' 7# b 4 g 8 +

11-1-75 OPERATTl!G PROCEltIRE 13100.1 PAGE 4 INTEGRATED LFJN RATE TEST APPENDIX A PEH. # ITUCTION VALVE # POSITION TIIIAPT.S VERIFIED DY/DATE 19A Cont't. 890A NA Check Valve y Spray A 110V-880A Closed M M7 TC-18 Closed .M* WG 8960 Closed MS h L7 891A @en t?!1N UID 2-' 95% M7 TC-94 Open 2 u-17 19B Cont't. 890B NA Check Valve b U-D Spray B MOV-880B Closed TC-19 Closed kE n'V 896D Closed A4 \\l-M 891B 4een M D 'a 1DfM?? TC-95 Open hb \\1 17 A&B Hot Les CV-955A Closed ,r 0(.- //-z-7 Sampic ,CV-955D Closed 5xe N-2. ? CV-95GC Closed /#r- // 7 4/' // ' :- 7~ 989C Closed d(hf [ //-) ? 954A Open 954B open //jf_/L-) 7 TC-20 Closed rlC ij ') '7 TC-96 Closed K a .2 7 TC-97 open ae ii -7 7 = J-- 21 CCi1 to l!OV-1417 Closed b u - 1.'? Coolers TC-21 Closed SU u_ 't i TC-98 Open

• I.f / / -7 7

~ 22 CC17 from MOV-1418 Closed M -l'? Coolers TC-99 Closed W u.Lt b u.'L'1 .TC-101 Open 23 Cont' t. Sump CV-2P.21 Closed 'I__ CV-2822 Closed p- '/ O 76 TC-22 Closed d6-/'-Af ( TC-102 Open

• (_ //-/1 Valve M Open

__j) L]__,_ a vc N Open ___gg('], /

11-1-75 OPERATII::: PROCCD'.fRE 13100.1 PAGE 5 INTEGRATED I.EAK RATE TEST { APPEl! DIX A PEU. # FU::CTION VALVE # POSITION REMARKS VERIFIED BY/DATE 24A Scal Water 298A NA Chech Valve to RCP-A TC-23 Open X //-27 TC-103 Open je6 u 17 24t Seal Water 2933 NA Chech Valve Q-Ab h-19 to RCP-D TC-24 Open TC-104 Open M e, u ti 24C Seal Water 298C NA Check Valve T b M-F4 ~ to RCP-C TC-25 Open TC-105 Open _%G \\\\-11 l 'h-ll 25 ~RCP S.W. MOV-381 Closed . Ir 72 Return TC-26 Closed i 70-106 Open i._M-17 h 306C Open g f ef/l7 ~ 28A Sten'n Generator MOV-1410 Clo. sed g2. ; Blowdown 127

losed

.PA .i '- 2 7 Valvc A Open _ _sf.2'] 28B MOV-1411 Closed _h-13_ 227 Closed yifA t h '/7 Valve B Open h5 it-El 28C ^ HOV-1412 Closea s' T.B -17 327 Closed M4 t h i'7 Valve C Open ._ JJM I!-P7 TC-27 Open f U.l'? TC-23 Open _k I' ' O TC-29 open / H-O 29 Inst. Air 336 NA Check Valve 7/76 _fM .7 // Supply CV-2803 Closed W -2 7 TC-SS Open TC-59 Closed' ._MM / '> 'f. 4 TC-107 oper. Mc/ //, O_?_.2s-337A Closed g //._222 1 s' b9 RCDT to GA CV-4659A closed t\\ -1 1 CV-465Pn Closed

z. Ns. _n l'1/ A -3 ) __

4654 open Tc-60 Closed n-ll TC-108 Open n 17

11-1-75 OPEPXrING PROCE!I!nE 13100.1 p3gg 4 INTEC1MTED LEAE RATE TI'ST r APPENDIX A PER. # FUUCTIO:1 VALVE 6 POSITIO1! RE!4APJ:S VERIFIED DY/DATE //~II 32 cont't. Air TC-30 Open ( Sampic Return Check Valve B NA Check valve W ~ //- 7 7 Valve J Open , AC ' / M u /- O 7 TC-31 Closed 27 SV-2912 Closed TC-109 Open D' l M < pc ' ' f ' ,i ,7 33 Con t ' t. Air Valve K Open --O "-17 Sampic SV-2913 Closed .i O "-17 SV-2911 Closed TC-32 Closed M - U a l_ _ l TC-33 Closed j C - 'L1 46- M s TC-110 Open Y#- ' #' l / '+ Service Air 203 Closed 203 Closed = d d - '/-J 2 TC-69 Closed /6- ' ' ~# 7 TC-34 Closed ld - r / 91 TC-111 Open '4 C' - /L- /_ T_ . -G _ # ~ 19. - - - b 35 Cont't. Purge PV-2601 Closed i Inlet PV-2600 Closed _f f:M _ TC-35 Closed . I' - 2 'S ,..g .N._IJ _19 '30 36 Cont't.Purgo. PV-2603 C1csed __/. M l Oatlet PV-2602 Closed TC-35 Cicne.'opo % p,,a toVi603, _Sfhl f-27 (4 ros.tca o 3

h. W.g. Ofpeu<.'%b [T1 42 N L Accum.

HCV-935 Closed 2 CV-S53A Closed _m.t7 CV-853B Cl os::d t.17 E .S' m.53 2 ___.,_, CV-353C C1 oned ' .17 CV-855 Closed l TC-33 Closed _ h__n 1.~]_ _ l TC-50 Open _(f __u NL7 l l h-- 3g]_-.. ' ' 'l CCW from RCP MOV-626 Cloacd Thcrual P.arriers 73'i Clo::ed 46- ) : -j ') TC-70 Cloced ]&y _p,9 TC-39 Closed - ,_4f - I - A'/ TC-112 Open 40 - Ut 9

11-1-75 OPERATII:0 PROC!:Kint 13100.1 PACE 7 INTEGR/TED LEA 1; RATE TEST APPENDIX A PEN. # FUNCTION VALVE # POSITION REEPJ S VERIFIED E'l/DATE 47 Primary Unter Valve L Closed M# // 2 7 f 8- //-2 7 to Wash IIcader TC-40 closed Check Valve A NA Check Valve TC-113 open M - //-) I ' 52 From RCDT Pumps CV'4568A Closed NE-3 I"M CV-4668B Closed 9-C - ' ' -A 9 4663A open g ( N //~E 7 46633 Open g//f_g-V -f TC-41 Closed 1e - iI-A 9 TC-114 open -4 d. - i t - 3 "? b h -l'1 53 PACVS HV-3-3 Closed Refer to Ilv-3-4 Closed ren.0 10 6.iu33 HV-3-5 Closed 9_Wil h6 %-17 5 4.. Recirc. HOV-860A Cloced Su:p H0V-861A Closed

• M._1\\-17 TC-42 Closed V7

__8!;2 '7 54B MOV-860E Closed W.w_1J MOV-S61D Closed b$0...lL.'O Olj l>_.2.2. TC-43 Closed A 3A l'- D TC-115 spea cfcuR CI's' h+:/b ._ff ~ _. Ir 2'1 ' wot - TC-116 % efced OT SC 't 6O 55 Accumulator 954C Open ///7 //V 7 Suple 954D Open //:-2'/ 954E Onen _tf //. 2 -) CV-955C Closed. 9 h 11 CV-955D Closed O R-11 k _R:1'l CV-955E Closed ._.tt 11 CV-956D C1oced N. 6___M-t'l TC-44 Closed ' - / / - 2. 7 9S9E Open f l, (, TC-117 Open j e - 1 s _2 '/ \\ I l l l

~ 11-1-75 OPEltATIUG P1:0CEIATIJE 13100.1 PACE 8 INTEGRA'TED T. EAR RATE TESP e APPEHnTX A PEN 6 FUNCTION VALVE # POSITION REMARKS VERIFIED BY/DATE 58 11111 cad SIS 873A NA Check Valve TC-45 Open . 7 j/,j,T)//-27 s9 Hi Head SIS 873B HA Check Valve TC-4 6 Open f _ N h-- //~ 2 Y ' c 60 lli Head SIS 873C NA Chech Valve TC-47 Open Yb..YY b u-17 58/59/60 SIS MOV-843A closed 36-M l'1 MOV-843B Closed- ~ TC-48 Closed dc~ - r I.1'? TC-49 Closed 556 _,.u 2:> TC-118 % cbli C'mr4 'P"i c"I' hpIF"Q C ND u-17 .TC-119 closed 3 N'ilI$I) 61D Daaducish t Yalve C Closed [._'M ' 7 7 Tcster Vaive P Open Mk //~M TC-51 Closed 7 C- // 7 TC-120 Open _ ? C- // - 3 7 .k k 'L'l 64A Steam Cencrator 20-307 Open TC-52 Closed SL._.3t _t i Sampic C ~ MOV-1425 Closed St. hM g r TC-121 Ehmt CN TC.- i 4 2 7 64B Steam Cencrator 20-305 Open D_ u ' Sampic B TC-53 Closed -. n.. D HOV-7426 Closed p.. u-M TC-122 Open 29 u-L7 N V ~L7 64C Steam Cenurator 20-305 Open {@D.__uU Sampic A TC-54 Closed ...h 'L'I Cloccd ) MOV-1427 th4n..r.fh(b If U-M l TC-123 9 9 g O 6 o 4 4

11-1-75 OPEl:ATII!G Pl:OCE1XiRE 13100.1 pAgg,9 INTEGRATEI) 1.EAY RATE TI.'ST ( A,PPENDIX A PEN. # FUI!CTIOII VALVE # POSITION RE!! ARKS VERIFIED BY/DATE 65A Prom ILRT Valve E As Required Cor. pressor TC-55 Cicsed hd6 II-E7 U

D ILRT Press.

-T 5N'.h Open In service h IL E7 Sensor Line Valvc F Open during _.hif 4 ' A E '7 1C-56 Closed ILRT (,CLRT hl(*3 H E '? 65C CLRT Flou Lina I4 UU Open In service TC-57 Closed durina Y/S IE U bh "'27 Yalve G Open CLP.1 d 63 Instrum.ent CV-2819 Closed ' S7 Air Biced TC-37 Closed Y * ' //' M e CV-2826 Closed 5

• T....'. /_.1 ?- 7 y

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D e e e a i e G S e e e e APPENDIX B Valve Drauir.r.s e e 9 e 4 4 e 4 8 i e 4-. -. - -e m

OPERATIt!C PROCEDITRP.' 13100.1 PAGE 1 INTEf "ATED 1.F).K PJ TE TEST 11-1--75 APPEllD1X li INSIDE CCRITAllutEI;T OUTSIDE CONTAINMENT I

• TC.. }

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• 07 A

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l Ol'ElUtTitlU l'l Ut.t.uthtr. 13 tutso t IllTl:Cl ATEI) 1.I'AK 1 ATP. TI: fit PACE 3 APPE!! DIX B 11-1-75' i INSTDE CO:!TAIIMEg pDTSIDE CONTAU3E T PRT I ~ 4 517 6 55 w% ne2 516 M+o w_c,A u na - + S M A. 0d-400 - VEM r ),7 t A 1 g 543 1 Tc 2 % 8o l j V. H. i I wm D Tc.3 I S 6 PRt rg o 'Pcv-4(so.3 473 I e l TC BI L e

OPEllA*rTilG PROCEDtmt 13100.1 I!!TECitATEls 1.EI.R !! ATE TEST PACC 4 Al'PEttl)IX 1; 11-1-75 U! SIDE C07:T/sITUET:T OUTSIDE CD':TAEadlig ,r 0gj SISO NI I A -<$0el/,922A \\ g' 'k P Rt.wxrG.R T h>fg C CVCS) t (!/ +!D*a. 522e, ).! }- Tt4 TC8R O l ~ w s22c ~ -+pp'd l I 1 i t its l Tc.Os

b. 0 l5 j

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INTEGI:NriU) L.il. l.:._1(ATE TEST PACE 5 f Al'I'ENI)1X H 11-1-75 i U IE CONTAINENT IMSIDE CONTATU:iE!!T 'Iz7 rc.69 O O I v gj@ = V H- -M )4Q ps. m ssaA e csa e PRT pc.v ioi4 4*'S' ess 4c,os +N k r/C g-J %: M' s4, Y 4653 Rg., o n.c.ir ' s~ 'r t t.. Ik Tr_.e g I I ) se RI;R SY! L k LA 1 (/ Wsi!-- 887 076 0 Iq [Edd< iDd-G7E 663A MJ A i 4_- l '/ ht.64 TL.9 _____6Tlp 0636 ( 876 E 1 7-4* ,i ~ ~~' ~' l l _ _ _ _. _,

OPI'PJsTTI!C PROCEDillin 13100.1. P/GE 6 1 ATEDI)i@1:ATETEST o IllTI:GI: f UE 0:tAl E.!:T i APPENDIX 11 l#d 71: SIDE CO:: TAT : MENT b Tc.66 TC.f0 .p'.-3_ I 7 71GA 835 D CCO ~\\ p fj =g-738 757A --{.wi-736A % y 789A. F/ E SS LET DOVM -rt,82, g p.Txa 3 g s essa gl(.15 12[b GS5$ __?, ? 3 + 73 3 4m ~7 I 5- \\., p / 7575 s /72\\ %.; ^ g/i"2 I -+- U 7 }TCIl TC TC8"I 786 C, i -pr,g- ' --D-13.- ! '789 B _\\ ) rc6 7 rc.qo a zes yora-wec u [fl. - p ::g iTTK11 png__; tooA E<>D G x, -7.,04 )@= a cy ' 7.0 5 h. 'f ,kV $?**' i , /j( mgi ..s a 6 u . TV 13 HTXI' I 1 ( t_co d o' m.m 1 C.o LO t.G7 YP C ? . i cv 460 1 l .i r-

01'EltATTI!C l'It0CED!!!tE 131.00. t Tr:TEc!:ATED _I.2:; !! ATE TI;ST pggg 7 ,Al'i'HI:D1X 1 11-1-75 II SIDE CO::TAII: met:T OIITSIDE CO:: TAI!!M%'T I _ p c*- Tc.14-N4 p ^333b 5f D B RECfd p -p<}- UTTR / @ ---X [f (j C)C UiOA 207, A scv 7 cab t ?. ! 290 Dc -- y 289 D4 ES6 D<3 Al Tc.15 TC.9i (enmuuc, _:r g._ i ";I I P O M P o t G c.. l Er <,ny-:-s i re:om P. n % :.( i rq.,

u. n v4 f

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~~ OPEf%Tn!G PROr:::nUP.E 13100.1. I!!TEG!!ATED f.131; PATE TEST PAGE 8 APPEI: DIX 11 11-1-75 ~ INSIDE CO::TAlmiE!!T OUTSTDE CO:: TAD:f'Et:T >c.- C5oA 1

• Tt.1[7 TC M g

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OPERATTt!G 1RocEn!JRE 13100,1 ntTI:cttATt:D 1.rA}: !!ATil TF.ST PAGE 9 AltE!1 DIX 11 11-1-75 l ,l It! SIDE CO?: TAI!;ME!;T 011TSIDE CO?-l TAD!ME!1T t t I T t,117 i k. h== ~ VI, cotrTwiu' 090A 'M

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ut r.saa nen. n sun.' s ' ' ' * ' ' " " * ' l!1TECl!ATI'l!. l.dj!,i',"'1:ATI. YF.';T - PAGF, 3 0 /s1'l') flD I A 1, 11-3-75 Tl;nJDi'. CO : Tall'W1;T l' h S AM PL.E 954A g RM. yc j~7 a M [U'<a g 955 A I. FEoi-4 ef U I989C s.t:549L fl.1-Q]- 94 t No-I ay.5 l S5GC l p,t;;; I J OS~iA J SS4E. j TC.tO Dilo }' M- 'P4$ s ess a 1' I i b _7i G fr -h.;,.-

• lD7h gs:q )

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OPEl ATTI'G l'Itr>t:1:1)tli.g iaat.u.1 Il!TECI:ATEI) 1.1:Al' l' ATE TEfiT APl*l:r!!)IX 11 g, i-(~ ' IRSTDE C0!! Talin:E!!T 011TSIDE CD'!TAlf0C;T 3010 >G f 2:09 7 f307 3O SO4 M 'i[ [,p, liS! if -+< g 3 FROM .I,.@ p.mg xa_, *:r wa SGb.t.S Sao SO6h JL - >C * 'T 7 _pc v 33e f,( 9 /

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• 3b-

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• T32 7858 72Bh

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urt.nn 111a. rr.tn.r.rior.t. 4atuu.t tAgg 19 IllTI:(:!:AW.11 1.I*Al; I:A*rd TEST 11-1-75 AiWr:py;.; g OUTSIDE CO::TA1 :11EllT 893 F 89n P II S1DE CO :T4I::!!EllT l D '2 754A g!,TtA%. RRR Id /b MI O .c n. 0m.... t.~~.4 g, v. 7 CourtsiuL A g'84, oil Gs,A. /752 A g_,43 UMP REC.lCO. [q \\t l [/I TClIST7752 S /$ i .!'.h,3

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IliTEC!!ATED T.t:An FATI: TMST PACE 20 A l'I'l.fil)17. 1; 11-1-75 I TilSIDE CO::TA7t:::E!!T OUTSIDE CO:ITA71?ME!!T TC. ll3 ses a73 A ~ s seat 1 LOO P I'(* h gag 83 7 TCAS 1 4+ tic 4:4. 7 l T'y - p._YpE; i lE Be o 875 C i ew 6 ". i Loop 8434. coRo:J .O t td.'raci ! TC 6 Eic,7 "T K. 3,g l l[c-89 KE'f I assc. 873c-(i' i

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• _0PEl AT1110 P110CED111'E 131.00.1 111 TIM:!:ATI:D I,1:t.1; 1:/.TE Tr:ST pg n A P P u l u tX 11 11-1-75 ESIDE CO:: TAU:ITt:T OIITSIDE CO :T/.U::-IEI T.

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a..-..v ..x. J. II TEGMTED LEAv ' ATE TEST T AFPEI' DIX B PENETRATIONS In t'IFE & VALVE ROC 11 OUTSIDE CO:iTAII::IT.NT VIEW 59 s 453 45C 45A 443 44C 44A 9 I'2 23 "S to e'}l dkg.}E{CE-SurE j [ Cen ~' *7,

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CC rptu.n frot Ene gep I g Conb. Occlerr j CC upo _v te Er::cr.cne-n l Conf. Coolcr0 coo $ers .33 24B 24C 24A 25 53 14 15 60 'ACVS * ' Seal SIS to octdcun t I harging l l C SIS to R::. ova, Che ;:1 rg to ECF. cald. 4 er I i l , cop'A ,on Reg. o Regen. Loep C urn i, llX I!X l i i l 643 18 19A 193 11 34 43 13 52 I Con t. Cent. Alt. Lot.- ' Scrcice CP Thcrn.

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. Legs r,arriers IIX Disch. 64C 10 7< amp. 42 17 63 16 7 21 l .E Ph7. \\ , nN N.Y l f I" S.C. [ N., to l SIS Test l Inst. Air-i PACVS I [. j(' l San (E d. b Sp[c/ -(\\ \\ ne '~(Biced kli,,Romova )s {-[i@ GIT A$c's. Li c ple 2 4

93

^f y 4 1 12 4 5 5 ) 7 \\ CC to CC frca [ 56 25 KI N l , n 5, g * < 1 i I pp j Kl!R out i i CCW to RHR In xcess Let.- RCP Oil 5-ar6 AESC to t0 2 l u..ple Sueply [ I; &C RCP' ec. vn llX oolcrF a n. es FRT

DIEGE.hTEDUNEOL's'fEiE$N' E.wIx :s SEP5fi6:i5"IN PIPE & VA ROOM ^ INSIDE CON""AINIC:T VIEW 23 i 22

ca t.Si::

CC f-a 44A 44C 443 4aA 45C 453 59 td hj!!;O,C y 1 CC dupp y_ to Encrr/ enc s 2g ghc' ;,,~. 1 CC Rpturt frcm Zac.cen y g47 3: Cnt.$ colors / tent Ccclers { SIS to Loop 3 .60 15 14 58 25 24A 24C 243 53 i15 to Charging Letdevn SIS to RCP. Scal Chart in:: o RCP Sea.s FACVS

h'oep C l

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CC fren Service \\ Alt. Low Coat. Cent. 515 to "B" S.G. 't::p hbx. Letdoen. I RCPThermJ I Air Head SIS Spra Spray I lis ch'. B A&BHo Sa:plc Legs 7 16 63 17 42 9 10 64C pj, phld A L "8

• Air b 's i

5 calcis 2RT & Str.:Jd E Rc=ov ) LIGd CD RCDT&PE i og 2 i, Bleed Linc i 1 "C" ~"*G* ie ACC B 4(-Q / 70 ya w g3 Satple i Samkh. .ples 1 .i 5 p L ??.T RCD l 4 J2 47 2 3 1 64A to 3.A. CC rrem Cd to A 3 to i 55 1 56) arc RCP Oil l 12xcess Letj Ph. blC.A. lbf l j Rh7. i CCW to ) EHR Out Sp 1 "A" 5.C. J C:clers o :n HX SUEE17 i I" E6C ECP Sa::.q 27 e 1 W

(- 6 APPEllDIX C Definitions and Acceptance Criteria S e o e 9 d N 9 9 e e 4 e g I. e 6 "" - * " += = h er w e n,,,m.,,,_,,,,

PAC'E 1 11-1-75 OPEItAT11:0 PI:0CElMII:n 13100.1 4 d MTf'CT ATCl) 7.EAK 1: ATE TIST i (' APPENDIX C ~ j i Definitions and Acceptance criteria: Pa (50 pcig) - The calculated peak containment internal pressure related to the design basis accident and specified in the Tcchnical Specification. Pt ( 2: 25 psig) - The contain::ent vessel reduced test pressure selected to ^ racasure the integrated Icakage rate during periodic Typc. A tests. Lam /htm (7./24 hrs.)- The total measured containraent lechage rates by weight at and P, respectively, obtained from testing the P t a containment with components and systems in the state as close as practical to that which would exist under design basis accident conditions (e.g., vented,drairied, flooded or pressurized). L,(0.257/dey)= - The maximum allowable Icahage rate by weight at'50 psig F as specified for preoperational tests in the Technical Specification and as specified for periodic tests in the operating license. Lt (7/24 hrs.) - Maximum r.11ouable Icahaga rate by weight at Pe derived from the preoperational test data as follous: Lt"L E" a (Lam) uhere, La = 0.2500 L m= 0.0667 t L,,, 0.1020 I Lt = 0.2500 O.0667 therefore, 0.1020,4 h = 0.2500 (0.6539) e 0.1635 4 i l For periodic Tyre A tents at P, t i Lt = 0.7S (0.1635) Lt = 0.323 7] day by veir.ht G 25 paia ,( O l i ..... -.......J

l l APPEl:DL;b a e Dat. 81wot n. O e e e I l l I i G 4 ( e O e 4 9 0 g e 1 4 5 9 e

PAGE 3 11-1-75 OPEI AT1HO P!:0Cl:I/Jun 13100.1 IllTEGRATED 1.l.:.N' RATM TEST / I APPEUDIX D MCIE!!T TD!PEPJ.ln!RE !!OUR NO. EAR 072TRIC PPISSUnE DATE ROT /J:ETER FLO'.1 VERIFIED BY ILRT DATA Sf! SET TD!E/SA!!PLC F3. / / / / e RTD f 1 RTD (t 2 RTD i? 3 RTD # 4 ~~ RTD 5 RTD v 6 RTD & 7 RTD 0 6 RTD # 9 RTD 0 10 e ihb v 11 ~ RTD f 13 RTD # 14 RTD ') 15 RTD il 16 R. T.D..+.3..17-- RTD 4 18 RTD 4. 19 ..._ RT_D _i_s 2 0._.._ _ RTD it.21 RTD F 22 .... _.____.r_._...)-. Kil D.-.0,._.1 .K.i.l.D. t./, 2 t RilD i'. 3 EllD,t' 4 KlID t'. 5 Kl!D f-6 .-} EllD (/. 8-P,r.e.sc..ur_c # 1 Pren.<urc # 2 i RTD - Resistance Temperaturc Detcetor, RilD - Relative llumidity Datector,- , Pressure, vor in 1 n... .or

i s APPE:: DIX E Data Slicet for 11antici Calculations e l e - l e 9

1 PACE 1 11-1-75 ^ OPCRATII:0 PROCE!XIRC 131'00.1 [ II'TEq1:4TED LEAt: ItATE TEST _ FOR IllFORMAT10N 0:U.Y IllTEC!!ATED 1.EA': RATE TEST DATA SIICET I. CALCULf.TTO::S 1Ni f_ Ti ) ( Tf ) i 4 fPi V \\ i L = (~100 x 24 .p*. ) [\\ t or (Pr 17 ) T L= 100 x 24 1 7 i At (Pi - 1.'i) Tf % par day A. A t = Duration of test = hours B. Pi - 171 = _= i>sia C. T = i F + 459.69 = n D. Pf-Uf= ___ __, psia = E. Tf=__ F + 459.69 = n In the unlikely event that the compitter is lost, a deck eniculator or similar unit u:ay be utilized and shall be availab!c for this

purpose, II.

RES11LTS L = ?f;CO I- _( _ - ) ( l % per day = (24) ( ) ( ) All paramatcrs to be recorded for all test phases c:: cept pressurization and depreocurination. All readings taken at 0::c (1) hour intervals, maximur.t. Verified by:_ _ nate: 8 \\ e e s 4 6 0 e v e 9 e

l' \\ APPEI; DIX F _II.C Instrunent tire t 9 e e d e G 'f 9 O e e 9 O f

INitLAthlLU Lthh im i l., ILOs CONTAllvElli EQUIP:4Ef1T CHECK LIST 1. Ficcher Por%r/Hanan Trancenitiere. - On all below listed transmitters, insure cover o-rir.gs are installed and in good repair. Tighton cover hand-tight. ed Transmitter # Func11on Performed By /PT-3-138 Excess Ltdn Line Press l FT-3-4 35 RC Flow Loop C fT-3-4'35 RC Flow Loop C d-3-933 Safety inj. Lino Flow Loop B 'fT-3-434 RC Flow Loop C [T-3-424 RC FIow Loop B 425 RC Flow Loop B' FI-3-426 RC Flow Loop B F43-402 RCS Wide Range Press. 3-403 RCS N.R. Press. P63-416 RC Flow Loop A F63-415 RC Flow Loop A M F63-414 RC Flow Loop A W A 7 . p'f-3-1004 RCS Drain lank Press. g g./ j $ / y/ Qg PT4 -155 RCP "B" Seal AP I P d -128 RCP "5" Therrnal Barrier AP LT4 -484 Stm Gen "B" 14.R.' Level Ch. I LM.i-4 85 Stm Gen "B" 14.R. Level Ch. 2 LTad-486 Stm Gen "B" ti.R. Level Ch. 3 LTd487 Stm Gen "B" W.R. Level Pf:3-455 Przr Press. Prof. Ch. I PT d-456 Przr Press. Prof. Ch. Ii O. PT 6 457 Przr Press. Prot. Ch. III f 1 PTd-445 Przr Press. Cont rol LT 6 46? Przr Level Coniroi PT 4 444 Przr Press. Con 1rol PTd4583 Przr Press. Cal. j PT-#S923 Acc. Tank A Press. PT-Y131 RCP C Thermal Barrier PT-d156 RCP A Scal AP (7 .g

Transmitic,r # Funcilon Periormed By' TI-3-474 Sim Con A TJ.R. Lvl Ch. 1 [ IT-3-476 Sim Gon A I4.R. Lvl Ch. 3 s [T-3-475 Sim Gon A fl.R. Lvi Ch. 2 { . 477 Sim Con A W.R. Lvl [f-3-921 Acc A Press. fi-3-925 Acc B Press. Pf-3-927 Ace B Press. I 3-929 Acc C Press. pL 3-Sim Gen C 11.R. Lvl Ch. I L[3-4M Stm Gen C tl.R. Lvl Ch. ll L 3-496 Stm Gen C IJ.R. Lvl g h) LT -497 Sim Gen C W.R. Lvl ( 3 \\k ~ I f PT 3-931 Acc C Press PT-i-154 RCP 3C Seal Water AP PT #3-125 RCP Loop C Shaft Seal 6P FT-6-494 Sim Gen C Stm Flow Ch. I f FT-$ 495 Sim Gen C Stm Flow Ch. 11. FT-I485 Sim Gen B Stm Flow Ch. Ii

• FT-N484 Sim Gen B Stm Flow Ch. I FT-[474 Stm Gen A Stm flow Ch. l FT-/475 Stm Gen A Sim Flow Ch'. !l 2.

Barion level Transni1 te_rs - On all below listed iransmitters, insure cover o-rings are instalic6 and in good repair. Tighten covers. LT-3-459 Press. Level Proi. Ch. I 25 p j LT-3-460 Press. Level Prot. Ch. Il li M-15 g 7) LT-3-461 Press. Levo l Prot. Ch. IIi ty ~ 3. Barton Flow Indicatina Switches - Loosen the covers on all of the below lisied equipmont. si ed Instrument Funciton Performed By FIC-3-492 RTD Bypass Flow C b b p FIC-3-491 RTD Bypass Flow B j / - }-) ') 5 $ I tc.c f FIC-3-490 RTD Bypass Flow A $'/ / \\7 l L $ ]) o p-

4. Brooks Flow IndicMor/Transtni11ers - Loosen 1he covers on all of iho belou Iisied equipment. Roriorcd insirumeni Funciion Periorn.cd By ) pJ"f Q.C. FT 3-15GA RCP A Seal Leek Off (111) 3 [ FT-3-1568 RCP A Scal Leak Off (Lo) FT-3-154A RCP C Seal Leak Off (lii) FT-3-154B RCP C Seal Leak Off (Lo) M FIC-3-154-Low Flow RCP C Scal t!ater g/ .FIC-3-635 RCP C Low Flow CCtl _p;5 } l FIC-3 629 RCP A low Floa CCil FIC-3-832 (Unknown) FIC-3-159 Low Flow RCP B Seal t!aicr FIC-3-156 Low Flow RCP A Seal kleier y 5. Pressurizer Instro nont Cab. inst H' caters - De' energize heaters by per-fonning the following. / Resiored Ins 1rument Required Action Performed By Q.C. TC-3-440A B/S suitch 1o icst (Rack 2) TC'3-441A B/S t.w11ch to test (Rock 12) TC-3-142A B/S sulich to test (Rack 15) TC-3-443A Rcmove output fuse '(Rack 7) 6. Remove the iolicwing equipncnt from the Containmon.. Resiored Equipment Performed By Q.C. Flux mapper Gas Botilos Coniaidnont Sump Floats - A/[A- _ wh[4} ARMS G.!1. Tubes g s Dillion Lot.d meters (manipulator & polar pa g,w[M lf M 1g g crano) Pf 7[ t t m,=4eemmp-*e

7. Incla I 1he following jumper.s, wii b ' Temporary jumper ings, l Restored Ract; TorminaIs Poriormed By Q.C. 3Q R 51 P1 to 5 3Q R 51 33 to 35 l /vheW i 3Q R 51 23 to 25 03 && //j .g[g [ 3Q R 50 9 to 11 ,) t g ]) ~ 3Q R 50 39 io 41 i g.J 3Q R 50 373 to 377 8. Conduct inspection of all levels in Containment and ens re Restored Performed By Q.C. Ali Local Gauges (Pressure and Temp) faces are Removed 7 AlI Local flowraiors have al least one ff 7 glass face Rcmoved } } d-18 [k/ @U I

O

_ -= AIR OPERATED CONTAINMENT VALVE PAILURE MODE valve Failure Mode Valve Failure Mo.:e CV-3-200 A closed CV-3-850 E closed CV-3-200 B closed CV-3-850 F closed CV-3-200 C. closed .CV-3-852 C, closed CV-3-307 closed CV-3'833 C closed CV-3-310 A open CV-3-851 C closed ~ CV-3-310 B open CV-3-936 closed CV-3-311 closed CV-3-951 closed CV-3-387 closed CV-3-953 closed CV-3-460 open CV-3-955 B closed l CV-3-455 A closed CV-3-955 C closed CV-3-456 closed CV-3-955 D closed CV-3-456 A closed CV-3-955 E closed CV-3-455 A closed LCV-3-1003 A closed CV-3-455 C closed LCV-3-1003 B ~ closed CV-3-455 D closed CV-3-519 A closed ~ <CV-3-522 closed closed CV-3-519 B closed CV-3-522 A CV-3-522 B closed CV-3-522 C closed CV-3-523 closed CV-3-549 closed CV-3-544 open CV-3-389 divert ( CV-3-853 A closed CV-3-851 A closed CV-3-852 A closed CV-3-850 A closed' CV-3-850 B clo' sed CV-3-853 B closed CV-3-851 B closed CV-3-852 B closed CV-3-850 C closed CV-3-850 D closed 4 4 o --._;.___...~,...

( 1 b APPENDIX G Breaker List O L e 8 1 w

11-1-75 ELECTRICAL !;QUIPli!;f;T INSIDE U:11T 'f 3 CO iTA111!!CNT L Canister No. T3C21 Containment Cooling Fan A 3B051!) liOV-3-365A Accumulator A Discharg'c to a Cold Leg 3B0532 RCP #3A 011 Lif t Pump 3B0554 Containment Sump Punp 3A 3B0667 _ Canister No. T3C22 Containment Cooling Fan B 3B0642 Control Rod Drive licehanisr.s cooler 3A 3B0529 liOV-3-750 Loop C llot Les to R:!R 3B0615 !!0V-3-744B RHR Return to Cold Legs 3B0613 110V-3-8663 Delayed !!!! SI to Loop B llot Leg 3B0621 NOV-3-8653 Accumulator B Discharge _to B Cold Leg 3B0631 }!0V-3-535 Prcesurizer 5'owcr Relief 1 solation 3B0606 Reactor Coolant Pump 3B Oil Lif t Pump 3B0679 Reacter Coolant Drain Tonk Pump 3A Thereal Cut-Out 3B0662 Canister No. T3C13 Contniusent Cooling Fan 3D BOS29 Canister No. T3c23 fontainment Cooling Fan 3C 3B0742 Control Rod Drive Mec.hanism Cooler Fan #3B 3B0727 Reactor Coolant Pump 3C 011 Lif t Pump 380762 H0V-3-865C Accumuintor 3C Discharge to Loop C Cold Leg 3B0733 NOV-3-536 Pressurizer Power Relief Valve. Isolation 311071 3 HOV-3-751 Loop C liot Leg to RllR Pump Suction 330731 .w.-.+-+ ......g.ms -e... -w.www.; .-e-

PACE 2 - 11-1-75 Canister No. 73C23 (Continued) NOV-3-744A P!lR Return to Cold Lenc 3B0722 liOV-3-866A Delayed liigh licad SI to Loop A !!ot Leg 3B0732 Reactor Coolant Drain Tank Pump 3B Thermal Cut-out 3B0787 Canister No. T3P11 Emergency Containment Filter Fan 3A 3B0611 ~ Normal Containment Cooler Fan 3B 3B0642 Control Rod Drive !!echanisms Cooling Fan 3A 3B0629 Lighting Transformer 36 3B0658 Ccatainzcnt Elevator f3 3B0519 Canister No. T3P21 Re. actor Cranc 3 3B03 04 Normal Containnent cooler Fan 3A 3B0518 Lighting Panci D.C. Fced 3YO605 _Canint er No. T3_P32 480 Volt Recept'acle f17 and 17A 3B0653 Reactor Coolant Drain Tank I'unp 3A 350662 Canis ter No. T3P33 480 Volt Hisc Containment Distribution Panci (3P11) 330673

• i Canister No. T3PJ 2 Emergency Centainment Filter Fan 3C 3B0719 Normal Containment Cooler Fan 3C 3B0742 Control Rod Drive Mcchanism Cooler Fan 33 3B0727-Lighting Transformer #37 3X07 Containment Entrance 3B0768

~ g M

PACE 3 11-1-75 Canister !!o. T3P22 l Emergency Containment Filtcr Fan 3n B0806 Ilarmal Containment Cooler Fan 3D B0829 _ Canister 1:o. T3P35 480 Volt 141sc Containment Distribution Panel #1 (3P10) 3B0771 Reactor Coolant Drain Tank Pump 33 3B0787 j _ Canister lin. T3P41 Pressurizer lleaters 2, 23 and 50 3B1301 Pressurizer llcaters 26, 53, and 54 3B1103 Pressurizer !! caters 7, 29 and 57 3B1105 Pressurizer llcaters 10, 32 and 60 3B1107 Pressurizer llcaters 12, 35, and 64 3B1102 Pressurizer llcaters 38, 67, and 68-3B]104 ~ Pressurizer lleaters 17, 41 and 71 3n1106 i Pressurizer lleaters 19, 44 and 75 3B1108 i Emergency Containment Cooler ran 3A 3B0650 Canister No. T3P5), 1lisc AC Instruments 3P0610 Space llcaters ~ 3Y0439 Space llcaters 3Y0521 Il0V-3 S65B Accuuulator B Discharge to B Cold Leg 3B0631 Reactor Coolant Pump 3D 011 Lif t Pump 3110679 110V-3-866B Delayed 1111 SI to 1,oop B llot Leg 3B0621 110V-3-535 Pressurizer Power Relief 1 solation 3B0606 Containment Sump Pump 3A 3110667 l bl0V-3-74411 PJIR Return' to Cold Legs 3B0613 i- .)l0V-3-750 loop C llot Leg to RllR (llin) 380615

= PAGE 4. 11-1-75 Canister No. T3P42 Pressurizer !! caters 21, 47 and 48 3B1201-Pressurizer 11 eaters 3, 24 and 51 .3B1203 I Pressurizer llcaters 5, 27 and 55 3B1205 Pressurizer 11 caters 8, 30 and 58 3B1207 Pressurizer Hesters 33, 61 and 62 3B1209 Pressurizer licaters 13, 36 and 65 3B1202 Pressurizer 11 caters 15, 39 and 69 3B1204 Pressurizer llcaters 18, 42 and 72 3B1206 Pressurizer licaters 20, 45 and 76 3B1208 ~ Emergency Containe.cnt Cooler Fan 3B B0320 Canister No. T3P53 o , Space llcaters 3YO467 Space Ileaters 3YO501 Space !! caters 3YO502 Space 11 eaters 3YO504 . Space llcaters 3YO503 s Space llcaters 3YO505 Space !! caters 3YO506 Space !! caters 3YO507 Space llcaters 3YO508 Hisc AC Instrumenta 3POS14 HOV-3-865C Accumulator 3C DJacharge to Loop C Cold Log 3B0733 - Renetor Coolant Putyi 3C 011 Lif t Pung) 3B0762 H0V-3-366A Delayed liigh Ilcad Si to Loop A llot Leg 3B0732 DiOV-3-536 Pressurizer Power Relief Valve Isointion 3B0713 )DV-3-744A R!!R Return to Cold Legs 3B0722 I' i

PAGE 5 11-1-75 Canister No. T3153 (ContihumD IOV-3-751 Lc,op C IIct Leg to PJIR Pump Suction 3B0731 Containment Surp Puep #3B 3B077B Fuel Tilting Uinch Panel 3B (IC) GB0763 ? I Canister No. 73P43 Pressurizer !! caters 1, 22 and 49 3B1301 Pressurizer Henters 4, 25 and 52 3B1303 Pressurizer lleaters 6, 28 and 56 3B1305 Pressurizer !! caters 9, 31 and 59 3B1307 Pressurizer I! caters 11, 34. and 63 3B1309 Pressurizer llcators 14, 37 and 66 3B1302 Pressurizer llcaters 16, 40 and 70 3B1304 ..T.ressurizer Heaters 43, 73 and 74 3B1306 Pressurizer IIcaters 46, 77 and 78 3B1308 Emergency Cor.tainment Cooler Fan 3C 3B0729 q Canister No. T3P52 llisc AC Instruments 3P0917 Space licators 3YO439 Space 11 eaters 3Y0521 Misc A.C. Instruments 3P0714 NOV-3-865A Accumulator A Discharge to a Cold Leg 3B0532 RCP #3A 011 Lift Puup 3110554 Space IIcaters 3YO403 Space llcaters 3YO404 S ace llcaters 3YO410 P .6 6 e g -e--. er

e-

PACE 6 11-1-75 Canir:Ler No. 5::V 'A' RCP Reactor Coolant Pump A 152-3AA01 Caninter No. 5::V 'n' RCP Reactor Coolant Pump B 152-3A001 Canister No. 51;V 'C' RCP Reactor Coolant Pump C '152-3AUO6 MISC. RCP 3A 11 eater Dreaker 3AA01 RCP 3011 cater Breaker 3AT,01 RCP 3C Reater Drenher 3AB06 y O e e a i j L

PACE 7 11-1-75 Canic'tcr No. T3C12 Fuel Tilting Wench 3FTS/3C03-T3Cl2/1 Fuel Tilting Wench 3FTS/3C08-T3C12/2 Code Call & Fire Alarm W6 Canister Wire ref. 26 sparc Canister Wire ref. 6&B Canister No. T3C31 spare Canister Wire ref. 7&l2 Public Address Corcunication System Canister Wire ref.11 PAX Telephonc W3 Canister Wire ref. 9 _ Canister No. T3C41 sparc Canister Wire ref. 12 Tc3cphone Circuit for Maintenance M7 Canister Wire ref. 11 Public Address Co$munication System Canister Wire ref. 7 1 Canister No. T3C11 I I l sparc Canis ter Uire ref. 5,6,8, 18 & 22 Remote Control LP 37 Canister Wire ref. 2 Canister No. T3P31 spare Canister Wire ref. 25&26 Canister No. T3P34 sparc Canister Uire ref. 25&26 Canister No. T3P36 ( sparc Canister Wire ref. 25626 Canister No. T3P61 spare Canis'tcr Wire ref.1,4&23 9 a

ADMINISTPJ.TIVE PROCEDURE 0109.3, PAGE 6 4/16/73 ON Tl!E SPOT CllANCES TO PROCEDURT.S s. REQUEST FOR PROCEDURE CHANGE bO OTSC #

1.0 Request

/l/A7/76 The following change to Procedure No.OP /'3/oo. I Dated is requested: PROCEDURE TITLE: [F7L Q_t. Gu7 L \\ PAGE, PARAGRAPH & LittES TO BE CHANGED: _10. A.&Cflt Shk k edmb skh. CHANGE, REQUESTED: hbp du WbN D tt/OSJM Y. REA ON FOR CHANGE: o OA h e OAM(( lerrt d. - ^^ us2n L +11.s:t do L X /canA n 3 26 dix) l A ( // !27!78 REQUESTED BY: r'. Idh0 R SW DATE: t

2.0 Approval

Change Recommended By: (1) [M% Date ///27 /7 s' (1) +/ Date // 2) [ y / /' Change Reviewed by PNSC Decemhec '2. 197f Change Approved by Plant Supt. 19 30 Minimum Distributi g: (Change Distributed to:) 1. OTSC Log (In Nuclear Plant Supervisor's Office)by p g pen,4 pa e slli7 pr 2. Quality Control Supervisor by 1p n B e n n d Date.ulol75 3. On the Job procedure (s) affected (list): (For refueling: Control Room, Containment and SFP refueling manuals) ,I 3 II.RT mub oreceAure by P h i>enwdh-Date II n5 s by Date ^

^ ADMINISTRATIVE' 0CEDURE 0109.3 ON THE SPOT CHAhunS TO PROCEDURES ~ Penetration Original New Number System Valve Number Position Position Reason 2 RHR FCV-605 Open Open/ Closed This system is in service during the ILRT. The valve position is changed as needed. r 10 RCDT and PRI Change CV-549 Open Open Upon' loss of instrument Vent; N2 to to 4653 air, CV-549 fails closed. RCDT The desired results ray be obtained by opening 4653 and 1 caving CV-549 closed. RCDT and PRT TC-87 Open Closed If this valve is opened, Vent; N2 to the vent header vill vent RCDT and depressurize into the Auxiliary Building. 11 Alt lo head TC-9 open Closed valve 887 (upstrean of SIS TC-9) leaks thrcugh the seat. If TC-9 verc left open, the RUST uculd empty into the pipe and valve room. 15 CVCS TC-14 Open Closed since CV-310A f ails open upon less of instrunent, TC-14 does not need to bc open for 312C to be press-i uri cd. This arrangement also allows a beron path to the core. 16 PACVS HV-1 Open Delete This valve is only on Unit #4. 18 SIS TC-93 open Closed In order for this valve to be open, the SIS punps nust be racked-out. This is not ~ possible considering the A. long duration of the test. 1

r. O ~ ^ Pt cration ^ Original N e.. Number System Velve Number Position Position Reason 36 Purge Outlet TC-36 Closed Open Since POV-2063 was a knovn lenker, TC-36 was opened and the boundary was extended to POV-2602. 54A/B Recire Sump TC-115 Open Closed Since the RHR pumps are in service during the ILRT, TC-116 Open Closed these valves should be closed in order to prevent the loss of RHR fluid. 58/59/60 SIS TC-118 open closed In order to prevent a spill this valve must be closed when the BIT is periedicall: recirculated. 7 9 9 ~ ~.... -. - -. -.... _ _.. _

l l l 1 4 \\ 1. Raw Data O e l e f i l I W

11-1-75 OPERATI'HO PROCEDURE 13100.1 +- INTECRATED 1.CN RATE TEST

• N-APPENDIX D V.

i + j AMBIENT TD!PERAnfRE C. O HOUR NO. PAR 0 METRIC PRESSURE '/d.// ,... DATED <c / /9 7.f~ ROTAMETER FLO*1 // VERIFIED liY 4 'rth[ ILRT DATA S!!EET ( 1700 / 3 - AC N rg Ety m E_No /6h / t ]66 / ~2 - _ Ern o 1 9a. 53 - Sr 90.69 ff49-FK/ rid # 2 97). /, 3 79] T 77 T5 - 1761 RTD # 3 l' I, 74 7 F.o o e 77 5 s - ? ?.35 RTD # 4 FC/. o L. F f. A F - 7 7. </ F Z 74 V 7. /E'/ < RTu # 5

21. A ')

51.5'i - _ft'. 9 7 ^ s RTD # 6 /f. / 7 % i. %

• 77.25

?7. 0 E RTD V 7

97. / ?

7 7. % 7 7. 3 C~ W07 RTD # 6 f f, /O

• 77.51 l T7 3 3 T Z /'/

RTD # 9 f2/6 f 6. tG. Mfyi7 fdD PA 6'/ RTD # 10 f(,. S(., 7 (,. & L. - T6.4 77 F6.'/O ~ m rd0 0 11 96, TV - e 0. s,s - 96.ca ts.J 7 Q RTD 9 12 F6.43 i 7 4. n'l y59 3

'G3_ __

RTD # 13 F6.yG + f 6.o l < TSP / 7E l4 ~ . RT_DT1_4 [6. / 7 = i 'i. 9 G ' _f E'5.ZY ' , _f 5. 7'i RTD # 15 76'. )). 7 G.0 '1 - TS 96 75 ?9 RTD # 16 96 0'l_* f E l> G. ? i:44 _7_G' p /

• 1;T_D] 17 FC, 7 { -

E.5. 0 t. ri MG 2 5 WO RTD,4 18 S6af.S * [b. 3'l 7(s.20 $6./.$ RTD # 19 ?G.co. /;O -76 fs~. 6C) 7 f. 6 3 ' ,RTD # 20 81,9(,. fr6.if-

15. of f E */ /

a RTD # 21 / / /' / RTD i~22 / / / RTD # 23 / / '/ ~~~ 7 EllD 0 1 if,0. 3 /

• b/.f5*

[., 364l /, //. bR '~ RilD # 2 59,37 a</, 7 9 / /9 O P fo/ /,$ + RilD,_# 3 W.g/, A/ O5 /",g /_i_, /.R 4,f.g/f RilD # 4 (j f. ///. / ]. y/ g, s, '73 g, i a RilD # 5 ef, /. y / - d & fc; /W. (,, O (, i. i X RRD # 6 /; ts. O s. t,/.,. go. _g_7. 6c &A _a 4 RllD f 7 f / / /' Ritu # 8 y / f f r Pressurc # 1 7(o.2f ( 9606/- ? 3 Mn' M 9 c. 3 Pressurc # 2 )( RTD - Resistatice Temperatitre Detector, R11D - Relative ilumidity Dctcetor,_

Pressure,

'l l Terminal Operator //.4( - t rJ77/ j- - ___m.,_

11-1-75 OPCRATII:0 Pl:00EDURC 13100.1 INTECRATCD LEAR RATP. TEST APPENDIX D ~ b M!31ENT TCiPEPJ.TI;nt .O 110U R n o, EAR 0 METRIC PRESSUne 2.09 .,.,.parc k \\ 14 r ( lh, N VERIFIED BY C 1 ROTMIETER FLOU ILRT DATA S!!EET TDIE/SAli?LC NO. l730 llk'Y & / 8CD J /[ / $ ff RTD f 1 9 7. 2 7 ^

77. 4$

87 O ' id N RTD # 2 5 7. 5 5 r 7. 17__ _9696 PGES liTD # 3 T ~7 ] 'l no b

• R(p. 9/ +
• T 6.9 0 7.AWi 7 7. Fi 77/7 RTD D 4 77.52_'

'E 1. 4 ( RTU # 5

76. 79 '

76. 61-. *

?[ 44 7 6 L/ /

• • ~

TG, SCm 9(c. 7 [ ? 6.66 RTD # G 96.9/ V6. L~ J

76. CY Tb 7U RTD & 7 76.?)

TG.?o T& t4 ? G. ? 7 RTD o 6 76.% RTD # 9 F6.%C~ - 9 /,. 40 ' 76.6 7 $7(o. d 2. RTD # 10 7(,. 3 0 F6.lo < 76./2/ F fo 0 %

• N R'l D f' 11 76./ 7 fG.O'i

$6. 01 TDP RY~0 # 12 __Z E 7 R * ? 6. 6 f ' F i 6$ E.{.i/..

• Ed. 64 RTD # 13 F 7.95~ 7d
• _Tj. 7 A '

E '5. 73 e .RTD F 14

75. 7,i" ~

T 5. 7 h 6 5~lof _ ' Ekfe d RTD # 15 G $ P L' f 5. 7 9 - T 5. 7,3 ri7/ ~ RTD 0 16 9 C..d5

15. I ? -

T6./ / __. 55. oCo FS.d/ $6. 80 r 6. 2 5 RTD # 17 f 6. 3 5 RTD # 18 7 6. o ls

96. OQ

• 7 E. 96 7 5~ 9/

Fi. 4# - S'6. 3 Y - E'i 3 7 RTD # 19 f f. & 7 _ _,RTD b 20 7 's..3 V 75.37-TS.2 7 9 5. 2 3 RTD # 21 / / / / RTD 9 22 /* r _ _j / RTD e 23 / r e 7 MM' [ 2 =2 [ RIID # 1 68~6[ - $ $,l'4 4 3 Al/ RllD # 2 (MO a

• h D.G R

__ G'3 O(o EllD_# 3 (s 39' S ' 6 '3. ? Z ^ /s/a_Ol_ * /'. lf.3 9 t,7. 9 7 6 7.// 6 7. 7cR R11D # 4 67.3/ 6(c.75 ~~ (17. 0 5~

• l 'l. 673 R5b] 5 f.,6. 6 5

_6 7. 5 6

• 69.77 h9. l4 RllD 5 6 6 f. VI RIID f 7

[ /' /* EllD il 8 / / / / Pres:ure # 1 N7/I PD7) 96.733 7 E 7o0 Pressure 'i 2 V \\' RTD - Resistance Temperaturc Detcetor, RilD - Relative llumidity Detector,_

Pressure,

\\ Terminni Operato- .-p

11-1-75 OPERATII:0 PROCEDURE 13100.1 I!;TEGRATED 1.rfs RATE TEST h APPEliDIX D m ( S 18 IIOUR NO. AMBIENT TDIPERAllmE EAR 0 METRIC PRESSURE N. / O ,...DATE h c l Ik)I ROTAMETER FLo',1 N VERIFIED BY rv a ' ' ~ < 1d/ .i ILRT DATA SHEET l I( TEE /SAGI.E NO. /73d /7 / M //O / #/ Il 14I6 //A %.S*)- % 3b Kb. 2 2 RTD # 1 RG.7.3 ~ 85. 57 26 45 Kb.3& RTD # 2 96 7o RTD # 3 ? G.(- 9 V 6. CR $b 59 T& HE RTD 4 4 77.02 27 00 Y b 9 2. R b. E lo RTD # 5 P6.3$ S'6.32 F6 25 if6. AO ^ RTD & 6 76.48 Sfb. 4.3 8(>. 3 i WbAS RTD # 7 9 G. S R C'L. 4 to WL. 'l 2. 9'b > 3 2. j $ 6.60 N' b. 'l L' Wh o 'NK l RTD P b 9'(,.b(, 1~ = 26.25 Wb.1G 0.1(e RTD # 9 26.)9 R'5 9 9 ? 5. 45 - 575.9 /- '1 RTD # 10 pg.,o 3 R1D v 11 7 b %f E5.GI X_5f 8k.$2 RTn t-12 7C ui* 25.A9 T5 3 6 KS o }.]_ RT_D_f 13 PE 6 s'

1. 5.59 K523 F5. E2 /

_.RTD C 14 5 C. (c 0 85 55 8& h_% W5*4 7 _.. 85 65 8 5. G)t. $5.bl RTD # 15 _ 75. 6 ~f RTD_f_16 rc o.2, gf.91 J't, 9 /o . (i l i RTD 0 17 7 i E. 7 R '>.12 8 5. /(c

• iI liTiiT18 TE P i R5. P'/

fS. 82. 95 7ei RTD # 19 W3J f 5 3 3. C.S.2 9 VS.31 RTD # 20 Bf/$ RS. I 6 V6./ P P S. / 2 e . RTD,#_21 / / / / RTD # 22 e / / / RTD # 23 y / / / R11D # 1 47s9 (,'/. 9 7 r,r.27 /J.52 EllD_ # 2 l',.is, (, g (p3. q O {}}.0 9 f.%2+ RilD..(i 3 _f,, u. <,<c) 6V. 5-] 6 '/._4 '/- 69 73 RnD # 4 & X, p / (o8 32 (o E. 34 68 39 RliU]e_5 6 7. 3 d,

67. Yf 67 53 fo'7. f g Rl!D # 6

, G, Y. 'P/ R11D # 7 r / __ fo.O % f O, O Q g 70, 0 1, RilD fi 8 f 17enurc # 1 PS6'S 85b50 85L)(o ES605 Pressurc # 2 N RTD - Resistance Temperature Detector, RilD - Relative llumidity Detector,_

Presourc, Terminal Operntor

/ _/ ~ ~ - ~_

e rm,r. A 11-1-75 OPERATIt!O PI:00EDURE 13100.1 II;TECRATED i.EN' RATE TEST APPENDIX D ~ AMBIENT TD!PERAIL*RE 78 , HOUR,NO. BAROMETRIC PRESSURE 3C,/O ...DATE D,w u Fr l Il '/4 f ROTAIIETER FLO'1 VERIFIED BY. (7.4 f 11 (( ILRT DATA SHEET TinvisnME no. I930lI3 l 9 4 5 l l4-2CCO lI 5* 2015 llIo ( nTD c 1 %. I 2 F6, os f(f. 95 RE.(2 RTD # 2 g/,.1 ? F6,ao f6,/3 26 67 RTD # 3

26. 3&>

X6. 31 M'h.127 F5. 2 3 RTD # 4 .V6. 7 7 RL. 6,7 R6. (o 3 %.57 RTD # 5 96. /4-S't. 0 6 K5.99 R5.(/ A RTD # 6 8'/p. ".? R Y6. /1

16. d$'

F6. C73 RTD # 7 8b.3D' Vb..Uf Yb.17 .U l ? RTD o b 20 33 26 23 .Y6. I 6 %.I3 RTD # 9 8G. / 3 ' Tb.G 2 T&, 07 % 07 ~ nTD # 10 g5. ?? - S'5 75 7 5.f 3 R5.7 9 ,Q li'iD v 11 R 5. 2.4 E574-tl' S.Wi l'5

• C> 7

'y' RTD # 12 q W S, a da. h's.;4 3 K5 11 _%/ 5 RTD # 13 X 5 5b ' 86 5-1 .95 44 b'5 * '/-Y .RTD F 14 T 5 4.Y-' k'5 4 l --['5 * ]S $5 3Y RTD # 15 FS.59 F5 57 ff.TC Ff 5.S3 RTD # 16 $'t. g4 g4 6'la ,W.8Y ff4 f/ RTD 11 17 f/ 5. O 'l ' 2509 8' 5. 0 & WS.Cl -~ liTD # 18 95 7R - R5. 7 6 F5 73 75.77 RTD # 19 25 25* 25 25 R5. 2 2-R5 2 I RTD # 20 S'5 07* Ks.07 f 5. 0 5 YS0Y RTD # 21 / / / / RTD f 22 / / / / RTD P 23 j f f RIID # 1 [c,g 7 3 - 489Y [f3 7. 09 49.3I RHD p 2 to y,3 o M.41 (o4 62 6 </. F / R11D # 3 (o Y *7 9 (a /,9,2. (gg (cf.01 RHD # 4 ( d '.*f / - (s W $la SY G G R.51. Ril0 # 5 6765- /,7 77 G7,77 L'/. 8 'f RHD # 6

70. / (/

70, t G _ 7 O. *2.0 70 2.6 RilD # 7 / / / RilD # 8 y / 7 Presytya # 1 @f5TS Rf568 KE 553 F553g Pressurc # 2 7 7 / / \\ RTD - Resistance Temperature Detcetor, RilD - Relative llumidity Detector,

Presourc, Terminal Operator

-._ /. !

1. M s

7-

rm,r, A 11-1-75 OPERATICO PROCEWnE 13100.1 INTEGRATED I. CAR R/sTE TFST D. APTENDIX D ~b A1GIENT TC4PERATimE

1. 78

. HOUR UO. PARo:ETRIC PRESSURE 30' // ,.,.DATE @c'em be / /4 7[ VERIFIED BY /L / 97V ROTAMETER FLOW ILRT DATA SHEEi ( Tnm/septE_p_._ dC 30// 7 2045 /' / s' # 2l00 / M 2// 6 20 i ) \\ s RTD 0 1 R E",'] l 25,Q, R $. 56 QS.& 7 nTD e 2 srb, bo g 5. q + g 5. g7 g'5. g'o RTD # 3 kk. I b W&. i + R&. O R Wb.02 RTD # 4 96.47 9% y@ R6.34-RG, 3 g BTU 0 5 85.Eb

25. S'O K574 T5.*70 l

RTD ti 6 gg. 9 7 g5. 9 3 gg, g.7 85 45 I nTD # 7 gr,.I3 Ep_y ?/.. 0$ R 5. 9 '7 RTD 0 8 P/,. i 1 SP(. 07 F5,9 9 K5. 94 RTD # 9 V(3, oD R5.ci7 Rs.96 E5 95 RTD # 1D 95.79 RS.76 95.'74 Sf 5.72 1 nin # 11 ?s.60 R S..$7 85 55

1. 550

~ ~ 3 uTD G 12 g 5. j 7, g 5. oe; 75,o7 ___jj'g.gg llTD_#,_13 R g. 4/ / ?5. yp gg.3 7 F5.3 5 __.RTD # 14 y 5,,b 775 28 ys_.)f9 $ 5. # '7 W 8 5. R 9..- RTD # 15 g5 5/ 85 50

1. 5 RTD 0 16 eq.yo gy. 77 774.7 5

-- gy,7 3 p q..f s __ 53 94 13TD, f,17 g 5. 00 9 9.9 7 _g g, [,6 85.4.4- _F(5. G g RTD f 18 9.q, ( Q RTD # 19 c g,.) () 5.20 R 5. I'7 25,i5 _ _ RTD # 20 75,03 RS, p) gi,qq f(4, qb RTD_p 21 / / / j RTD 9 22 / f f ~~~" f RTD # 23 s / / / / RIID # 1 [o947 [J.6/ M.7b [ff, t/4-R!ID 6 2 (, (F,Q 2 /Q, O_6 65./5 r,,5. / % RilD # 3 Q.cf (.,5. j 2 _ 65_.f_f _ f, S. / g'_ RilD # 4 Qgy_ (,g'. 6 O (og.G_5 W1'.73 Rl!D # 5 /, 7, 9 2 (_, ff. O l /, 7. 0 9 /, R 0 9 EnD 6 6 7 0. 2.6. 7 0. ). 9 70.32_ 70.3 2 RilD f 7 / / / / Rilu # 8 f n j f f Prcscurc 0 1 N 5 5 ) id-f$55ll 8'5 WiR Q 5&[& Prcasure # 2 7 7 7 / RTD - Resistance Ternpcrature Detector, RilD - Relative llumidity Detector,

Pressure, Terminni Operator

l. _'

YN.e t. 1 11-1-75 OPERATINO Pi:00EDURE 13100.1 IllTEGRATED LE/M RATE TEST 9 APPENDIX D w '7G HOUR I!O. AMBIENT TDiPEPJME BAROMETRIC PPISSURE 3r3,I{ ,...DATE) rem [ev [ /f 75 ~ VERIFIED BY LA ROTAIETER FLOU % ~ ILRT DATA S} LEET 2/30 /21 2/45 b2 D200 b5 - 2215 /b4 rnxisAnPt.E no. RTD 0 1 36 43 F5. 40 R5.35 9 5.33 IqD # 2 ff5. 76 8SZL F5 6G ss' 5, 59 RTD # 3 _fi'5 9 7 V 5, 92. 9'5. i'6 9 5. W/- RTD # 4 2'(,. 3 0 K6. ;.17 R6. 31 Xb.19' (560 MS..S Y VS__YK RTD # 5 R5 65 RTD u 6 75 gl

25. 7 +

K5. b 9 RG65 RTD !! 7 5's. 9.2_ s s. 9t? ? s b' / 85.72. I~ RTD 0 b ff6.S9 X_S b:'R % 5j'2. 85.'79 RTD # 9 5'5 9 Y 85.(/2 ~ 86 5l 75.7R RTD # 10 gs. 70 gg M, F5. L5 ?s,62 .C Ri M 11 8's. */// ff.t3 N'5 3 3 Vg;38 __ Q.'l] k-5 b2 [#,, Rio & 12 ) Y5 0l X5,0 t P.TD # 13 V5 3:;L V53 i k'5 2 9 RS. 2 7 RTD # 15 R'.>. L}.(p ff$,Yb ,}$,g3 E S i 3___ RTD # 14 S'5 2 2 8'5 2 O F.5.iM/ q $, g} RTD # 16 f('f. 72. k+.'7D f'4. GW Ry. (,f4_ MD..L_17 5t. Ti Rf. 90 .5+. 0 7 _ > lit. S 5 RTD # 16 W 5. C. S 9'5 6 2 75,(c f RS. 5cf RTD # 19 N5. / 5 F6.i5 6'5,/.3 85. M-RTD D 20 WL{. Q L, Raf. ctg l. 8df. C 3 ,84. G j f RTD # 21 / / / ) / RTD 9 22 / / / RTD # 23 7 j j 7 /~ '. G-RIID # 1 '70 00 '~/O.1 l 7019 70 32-niiD # 2 Gs./G c,s. 2 7 65.38 Gs so RilD # 3 (, S. d_.3 4 A,33 65.it _6 5. e/(, Rl!D fl 4 g,J.7 S' L, g. 9 6 /39.Q3_ (- F, </1 EllD V b (mR. / 8 67 2$ (, ff, </..'L f.,. 5'O 3 RnD # 6 70 32 70.'55 704/ 7/>. 34 RilD f 7 / / / / RUD # 8 j j j j P,res,curc # 1 2 5'/74-95 % 4-ggf5'/ egz/ 3 '/ Pressure C 2 7 j 7 7 f RTD - Resistance Temperature Detector, RHD - Relative ilumidity Detector,_

Pressure, I

Terminal Operator 1. d[ .-f / \\ ~

11-1-75 OPERATI!!O PROE:: DURE 13100.1 +- INTEGRATCD LEA:' P:ATM TEST APPENDIX D /JIBIENT TEMPERA'IURE 75 HOUR NO. 7 RAR0 METRIC PRESSURE

30. /.3

,...DATE /) deem [ve (.14 7[ ROTAMETER FLOW VERIFIED BY '/J77L ILRT DATA SHEET d.2 3 D /. s 22'/S 6 2 300 7- _J315 h TIMT/ SAMPLE NO. s RrD o 1 S?C.) 6 95_.j_f? 75.I7 84~/2 RTD # 2 W A. 5*Y F'5.68 Rs. </-3 0 5 3 'l RTD # 3 Q' <,. 7 /.. 95.'7.2 R.5m6 7 25'. G '/- RTD # 4 J//o. 09 V,"f.. Otk Trn. 9 9 k's.4(> RTD # 5 WS. L},;L. R5 36 95 3.3 S'S.2 7 ~ nTD # 6 N5'. $ h f/5,*}Q R S. 4 Gr W5 44 RTD # 7 F S. 66 85 6! F5. 59 85 13 l RTD # 6 VK. '73 SI5. 6.K F 5. 4 5 5'E,5J j RTD # 9 RS. 7 Y 75.70 E'5. 67 85'. (4 1 RTD # 10 @5. L>f) 85.56 R R, 53 35..S O l .y n1D. # 11 d's.3! R5'. 25 3 5..:E / 8G2 i { .k. _ :qD & 12 R l.cf 2. b'4.'ll W'? M . __ _ ht -Q RTD # 13 V6, '2O 5.J. O g 5. / $ M 5. / 'f ' 5._()} ?5. O O__ .ETD C__14 Sf 5. l l 5.07_ _ ____j# 6, 3 (5. 6J fn5. ~7 / 6 5. 7 '* RHD p$. 2 RHD_ 3 (o5 55

65. S'f (a 5 6 6. *T l Rili G 4 6TO4 6,9. O3 y/. O_

/.,9. / O fST% /J.20 6, 8'.*7 g 6.t. 8 7 ~ Rso # 5 Run # 6 70 4-] 7c.%

70. q- /

70. y.

_g RilD f 7 ./ / / / R110 # 8 7 / / / Pr_cscuye # 1 fed d:, f54-/6 R6Y86 @E3% Pressurc # 2 j 7 7 jr RTD - Resistance Temper..turc Detcetor, RHD - Relative llumidity D tcetor,

Pressure, Terminal Operator /..

v f c

11-1-75 OPERATII:0 PROCEDURE 13100.1 TUTECRATED LEN" RATE TEST D APPENDIX D f amIE!!T TD1PERATunE 75 .nouR uo. LAR0 METRIC PRESSUnE

30. /.3

,,,.DATE [McAkW /~1 A 7[ ROT / METER FLOU y/4 VERIFIED BY [. N; __ -w </ ILRT DATA Sl!EET 6/rf ools /j, /y ( .233D/ 3 2345 / i o t Tnm/smtC to. nTD o 1 9'C. 0 7 e4. 9 9 9'5^ 00 &I. 't 4 _ljTD (* 2 __FK. 3 5 55_. f>_.1 RS. &7 86 M RTD 0 3-WMc/ Tr5.5 ~5 5f 5, 5 0 85 C

95. 6'L RTD # 4 RS. 9 4/-

R 5. ff.5 85 9Y E!S. I 2 uTD 0 5 9 5. r2 3 V51 R N'E.1 (s RTD o 6 9'5 40 K5,32 25,35

95. %

W.Qs/ niD v 7 W5 3O .<! Q ll, ?n 45 6' S 'l L _) f6.fR $ 5 4 /9 ,9K. y(/- .)@ 5~ 60 Sfs. 59 ' B 5. SS RTD ic b 8 3, t;:. nTD fi 9 nTD e 10 95,49 R s. 2/6 8 5.M a e 5. -/s' 4' ib u T1 o5. is Ws.._t.Q_ s:5.J.<j. M a? S V. '75? .M. RTD ~ 12 M 1-C -', if y. y., Sf.f,'7 c/ i hN'. 7 O Mf_3.' O '/. 9 / _ 5(5 06-V5 05 8 S O'5 RTD: 13 ff 4 4 '7 ff(/,(23 .RTDj 14 RTD # 15 __,VS.3[ Q'29 95,27 - e s'. 'L G ._ _ 9, (f 6cf,,,,, RTD # 16, 4{cy,5T 55- ,g.ef, 5 g 'V. 7 C M 4 61, ._16 64 94.63 liTD.;_17 C/3 49 95.'LC-R$ 44 ' 05.'l3 RTD 6 18 RTD 4 19 W S. O t-Si's'. 03 5'5 01 6%.92 _.__.RTD h 20 Ff cf 8 2 W, 97,/ gt/.79 84,77 RTD i; 21 / / / / RTD # 22 / / / 7 / 7 -[ RTD # 23 RilD 0 1 '7 0.*7 3 ~70. 84 70.2S'. '70. 's '-/ R!!D, & 2 45.'77 s5 98

45. '/_O -

M.96 RllD # 3 6M2 /,,6. '7'T 65.:30.i f,_53ff (, 9. i 9 - 6 9. P_.o ul]D,p 4 (gf _,_fJ2, A 9. / 5 - (_ F. cf cf. 6 9. c) 3 RHD 6 5 6,9 79 /",f,15 RHD 6 6 ~70 5f 70, E 7 70,6,3 - 706/ EllD t,' 7 / / / RilU i} 8 f 7 j Pressure # 1 f5397 853'78 8'5370 8636i j j f .f Prcasurc # 2 ,m. Nl RTD - Resistance Temperature Detector, RiiD - Relative llumidity Detcetor, g

Pressure, Terminal Operator 1 f. % 2 9

11-1-75 OPERATINO PROCEDURE 13100.1 INTEGRATED LE/J' RATE TEST D APPENDIX D 4 AIGIENT TCiPERATURE 78 #~ HOUR UO, 9 EAR 0 METRIC PRESSURE 30.12 ,,,.pATE /2 - 2 ps~ VERIFIED BY l'/2 I w ROTN:ETER FLo*1 ILRT DATA S!!EET ( TmE/smeix xo. o03 /i7 con 5/ ie on t% olts / P_o. RTD f 1 9 '7'. 9 ~2-. bL-l.N b N. bl N 9. N RTDj 2 e s. 2.2 6b. t c, es. r G, a 5, /.3 ~ RTD # 3 _G_s. 43 8 6,(+ 8 S. ~3"7 85.35-RTD # 4 9 G. 7 7 8 5.'7.b 9 c5. 7 _._S 5 6 9 ~~ RTD # 5 6 s.o 7 85.O5 9 E. O.3 S6 RTD v 6 9 5.2 5 Q_5. '2.S e S 2.I 8 S. /G RTD # 7 S s.39 96 ?> 4 6 6. 1 7 SS. 3 ~5 RTD e b 8 6.M i S S. 37 SS, 3 8 9 5..b l RTD # 9 9 5.66

89. 54

~ E 6. 6 '+ 95'52 RTD # 10 gg.9i g _g. 4 i e S, 39 g S,.3=/ g II1R # 11 G5.04 e 5. O '+ e 4. $<f 9_y. 9 6 e RTD 6 12 64.79 Gy, 75 84,73 ,e S,'7 7 ,g RTD # 13 89.93 94,96 8 4. */ c/ 8 y, 9 c/ ~. RT'D k'14 s 4.39 ej,__e '7 ogLSS e9.e9'_,_ ~ RTD # 15 8C 2.4 9 5. 2.2, S S. 2.i 86 /? liflT6'16 dy.gi 534. 4 8 34, y 7 g c/, ( ( '7_ RTD 0 17 e9. 6 5 c3 4. 6 e.- '3 4. (o _ s cr. sv RTD # IS Gs 4 I 96, e/ G 5 39 e 5, 3 7 RTD f 19 89 SW _,Jy. c/_6 6 y. 95 89.93 RTD # 20 04.26 6 % ~7 7 9 9. ~75 8 9. 77._ RTD # 21 / / / / RTD $ 22 / / / _,,,_,,j RTD # 23 7 / / / 7 t. Z. RnD e 1 7 /. o z. -f /, / / 7 /. /s G 6

• ?--

EllD # 2 6 G. O ~l Gf / 2.- 66.2I RilD # 3 65.89 ca s~. 7 5' G S_11

66. O RilD # 4 69.248 6 '7. 3 69.3/

d9 32 RilD # 5 (L ?. // 6'7. / 6 6 et. / 9 6 */. E 5~ Rl!D # 6

70. ~7 /

~ ~7 C. 7 Z.- '7 0. 7 */ 70 iS3 RilD # 7 / / / / RilD # 8 / / / / Prescurc # 1 85354 8534 7 853 </o SS 3 3 e-l P'r'55'surc # 2 / / / / W I S RTD - Resistance Temperaturc Dotcetor, i RilD - Relative llumi.dity Detector, Pre.ssure, Terminal Operator MY

11-1-75 OPERATIII0 PI:00EDUnE 13100.1 INTECRATED 1.EN' RATE TEST APPENDIX D t Al!BIENT TEMPERATlJRE 70 110UR U. O. /6 EAP.0 METRIC PRESSURE 3 O.ll ,,,.DATE / 2. 7 5 ROT /M.TER FLOU VERIFIED BY ILRT DATA SHEET O i 3o / 2. J O fLl5 / '2_2 O2.oe>/~2_3 O 2. I 5 / 2.t/ TDfE/ sat!PLE NO. RTD S 1 6 L{. 9 / b 4.M @4.79 @Lj.'75 IqD # 2 46.I!

85. Oct 95.o7 9 J>.05 RTD # 3 9c.37 8 S.,'S 8 5, 2.s 8 6, 2. 5 RTD # 4 8S.69 G S. G ~7 6 S. G> 3 6 5. G 2 RTD # 5 g4.98 6>44, 9 5 6 4. ci.3 9 4. cf 3 RTD 1 6

g,6. I G 9 5. - __ e_5, s 2 g 5, ; y RTD & 7 o5 33 8 5. -3 86.3 E 5. 2. S RTD # 6 A 6. 3 i e S. 2.<) 8 5, 2_'t e 5. 7_ U RTD # 9 95.5/ S S. G 9 5. N e e 5. 5 RTD # 10 e 5. 38 e r. 34 85.64 85,33 .C-rid 6 11 9 y. 93 _9.M. 9 6 6 9. 67.66 6cf. fY RIID's 5 d> 9. 229 69 3/ ~ 6c. 3G d>?, c/ / s _ _ RnD 6 6 7 0. 9 7

w. c </

7/, o i 7 <. o c7 g RilD 0 7 f f y RilD # 8 _/ / f Prescurc # 1 9532.8 05 % 6 S53 2.o e 53 /3 P' rcd'sure # 2 ~~ v O k. RTD - Resistance Temperaturc Detector, RilD - Relative llumidity Detector,_

Pressure, Terminal Operator

-d j _._.s _a

o... 11-1-75 OPERATING Ph0CEDURE 13100.1 INTECRATED 1.Esi' RATC TESl APPENDIX D w /' M!BIENT TDIPERA'IURE HOUR,NO.

• 30. t O

,,,.DATE /1/2. M PAR 0 METRIC PRESSURE d ROTMIETER FLO'I VERIFIED BY E.A d ' ~, a ILRT DATA S!!ECT O z3o / 2.5 o 2.45 / 2.C, .23:>o /2_7 0 3 ; 5 [ '2.6 TIME /SAtH2LE NO. RTD # 1 94.7/ Q4.7 0 84.(o7 6 4, b 6 IqD 5; 2 Gig, os e S. o I-

86. O l 9 'f,9_9 RTD # 3 SS. L6 G G. ~2_ z.

E_2. 2, S SS ( 9 RTD # 4

85. S O 85.65

95. 6 E-8S.49 RTD # 5 64.9I N 4, 8 ~6 64 O 84 E3 nTD ri 6 6 5, t 2.

9 5'. o'7 ea., s5.0T RTD v 7 s 5. 2. ; e 5. 2 7 9 F.7-7 86.2_7 RTD # b e S. ? 3 95.11 S S, 2 l % So i5 _~ RTD # 9 95.49 8 6. 4 7 66.47 S S. 96 RTD e 10 8 5, '$ 3 8S,.37 9 5.31 9 5.7-.9 c.p RfD # 11 99.97-e c/. i f e_%9 7 6_%cj Z _ f,, I(TD.7 12 99 65 S 4.64 $ 4. l> 2. B c!, G 4 RTD # 13 94.S5 9 4,SS 89.63 /? 4. 9 / .RTD # 14 8 9,7 ~7 8 9. ~7 5- ~ 8 4. '/ '1 94 e '7 Z RTD # 15 85,i3 es, is SV.1 I e s, O ct RTD # 16 s4.38 ey.37 eq.37 sq7 C ;. ; ; an RTD.f..p 89.5 99.Sc e 4. 9 ( __g.qs C- '3c,i! RTD # 18 85,3/ 65.3f e5.3 s.zs e..lG,%j RTD p 19 S9.69 84 8_7 64,97 SV.SG RTD # 20 B 4,6 7 84.GG 94.66 9 4. 6 (/ RTD # 21 / / / / 5 2 / / / RTD # 23 / f f RilD # 1 ~7 1. 3 9 7 /. W ~7 l. Il '7 /, V5 i R1lD # 2 6 G,46 66,S/ 66 6/ 66.S/ Rlll [# 3 G G. 2.7_ G 6. 2. 7 66.2.9_ _ G6. 5 j 1 nl]D # 4-67,4 6hvo _ 69 42. G9,43 Rt!D # 5 67.46 6 '7. c,t.6 69 49 G '/. S/ R1!D I6 '7 i. O 3 7/. // 7/,/S~ ~7 /. / a RllD # 7 f y' / / Rilu # 8 f f f Pr_csnurc # 1._3 5 3 0 7 853 o\\ B 5 2. 9 6 S S 2 'l / Pressurc # 2 F \\ RTD - Resistance Temperature Detector, RilD - Reintive Itumidity Detector, I*r('S Sure, I TerminalOperator8kMw tc

11-1-75 OPERATING PI:0CEDURE 13100.1 INTEGRATED LEAR RATE TEST D APPENDIX D w ( /E A!!BIENT TD!PERAIUnE 67 . HOUR,NO. /.[a / 75 2 RAR0 METRIC PRESSURE 30 IO ,.,.DATE /' ((,,.. ROTMETER FLO'.1 NS-VERIFIED BY ILRT DATA SHEET Tnm/smi2 no. o 3 3 o / 2_ 9 o345/.3o o voo /3 / o4/5 /J 2. ([ _ RTD # 1 64.66 G 4 6 7-. 94.6l 64.68 RTDy 2 _J 4 9 'I 89 97 G 4.9 6 SLl. c/ 6 RTD # 3 8 5 1(,' 8_S.IN 85.I9

65. / /

RTD i/ 4

85. -r7 6 5 4

'7-. e 5. 4 4 e s. 3 9 RTD # 5 84.87 e 9. 7 ~7 8 %. 1'7 S y, 7 6 RTD F 6 O S. C> 3 G f. O 'Z.- 95.O2 e 6, c (/ RTD # 7 f5$. ?_4 85. / '/ 85' I6 e 5, i7 RTD # 8 95.I3 85.i3 8 5. Ii 9 5. OS RTD # 9 85.4'l E 46 85.46 85.46 igd # 10 es. z 9 $_5'. "2 '7 G 6. Z 6 85,'2.S o Q Pin v 11 B9. 9 I e 4. '1 9_2f.. e9 SJ/. 9 3, _ RTD a 12 Q; y. G s 9. G_ __ S'. 69 . __. _S_y, S? RTD G 13 99.83 E 4, S / e 4.S Sq. 76 .RTD # 14 9 'l. 7 I .94,69_ qu, 6_9 8 V, 6 '7 RTD e 15 G 5. I ' 85.09 86.OS 85.o7 RTD f _16 8 't. 3 5 9% 35 8 4,,3a RTD # 18 eM.9 s e9 93 e s. 9.q p<f,3g RTD.l.17 e <.t._v. 2 e r

2. '/

8 6. 2.S 8 5. 2 > 8 5, ?_.6 RTD # 19 B4. 85 94 2y 89.By eg._s / RTD # 20

89. G y 84,62, e4.64 6 V, G RTD i; 21

/ / / y RTD # 22 f~ f f RTD # 23 / f f [f RHD # 1 T I, 6.6 '7 /, S'.6~ '7 /, 6 7 7/,63 RilD # 2 6 G. 6L 6 6, G 66.66 6_6, 73 RilD # 3 66.33 66.35 66,.38 6 G. si.s-El!D # 4 69 4.5-69 4.S_ _ 6 9. L/(q 69.Y6 RHD 9 5

69. SS 69.56 69.59 6 '/. 6 /

Rlli) # 6 7 /. / 7 ~ RilD f 7 /~ 7 /, / 7 7 /, 2. 3 7 /. 2.'Z / / /_ nl!D # 8 [ f f f r,r spure # 1 J6287 8 5 2. 6 l e s 2.9 I ~ 8.5 2 76 c Pressurc # 2 l RTD - Resistance Temperaturc Detcetor, . R11D - Relative llumidity Detector,

Pressure, Terminal Operator

11-1-75 OPERATINO PROCi: DURE 13100.1 INTECRATED LE/M RATE TEST ) APPENDIX D s-( d I3 / HOUR UO. AMBIENT TC!PERATURE EAR 0 METRIC PPISSURC SO 6 Y ,...DATE /Z/7--/78 VERIFIED BY /' b b ROT /JIETER FLO7 4 ILRT DATA SHEET 043o / 3 3 0495/ 3+ O Soo/3 5 05/5/3G ( Tn'r/s/.mr No. RTD # 1 9 4. S'4 94 55 GM.56 g y, gz ~ RTD # 2 e 9. 9 2_. 6<-i. 9 / _6M.C/ 99 89 RTD # 3 Ss.II G 6. i G 5. o '7 8.s~. C 6 RTD # 4 Gs 5. 4 i S S. 3 / 86.85 8 5. 3 3 FTD e 5 e9 72 %9 72_ es. 7 2. 84 69 RTD # 6 & 5.07 e,9. ci 9 e5 99.9s nTD 7 S_g./6 l 26.(6 66./4 85./3 I RTD 0 8 9 5. / 85.09 65.06 0 5, o e/ RTD # 9 9 6. V 6 S S. 44 85.93 65 43 RTD e 10 p.st 2.4 95,13 6 5. 2. ~L- ~ 8 6. / 9 hlD t.11 irV Y 7 OlM-T' 9 4. S_ ] BN.&G

61. L""5

,Q RTD 6 12 y 9 u, ':"7 e v. 55 ca, 5 z_ _,_, y ygr y .,g RTD # 13 9%. '7 P .RTD # 14 9 4. 6 ~6 _ B_*s. is - - a ex eq 75 8 4. / </ G y._6 4-RTD e 15 g 6, O (h 8 6.05 Q,4_._4_7.-- 94.6/ 85,O4 B 5,03 RTD # 16 oy. 3 f 9L3 f S 9. ?_ 9 rgo,_, 17_

94. un.

gy,9 e q. 39 ___ 9 V. E.9 6 4,.3 0 RTD f 18 9 5',.2 5' e 5, 2_4 G E. 2_9 6 5. Zb RTD ! 19 e c/. S"Z.- S4.83 89.M G4.77 ___RTD f 20 64.69 84.58 S9 59 8 4. 5'E RTD # 21 / / / / RTD ET2 / / / ~ ~ RTD # 23 f f r(, RHD # 1 '7 /.~7 ~71.'76 '7 / 7 '2 7 /. "7 8 R!!D # 2 G2 G. 7 5' 66.7/ 66.'79 6 G. S / nllD # 3 d,6.46 C C.4 6 66 S/ 6 6, f__J RHD # 4 69 6_ 6C.fF 6 */. F_/1 G'/.S'7 RHD # 5 6 9, G3 69.7

67. 6 6 6cf.73 RRD # 6 7 /. 2_

~ 7/Z_6 7/, 2.7 74 3 / R11D y 7 f / / / Riju]# g f f f 8 r,r,cscure o 1 _a5 z c <i e s'2.6 c, s 52-s 9 s.52 5 s Pressurc # 2 (, RTD - Resistance Temperature Detector, RilD - Relative Humidity Detector,,_

Pressure, 4.

Terminal Operator .i

11-1-75 OPERATI!!O PROCEDURE 13100.1 IliTECRATED I.RA;; RATM TEST APPE!! DIX D /JmIE:!T TC4PERATIIRE il0UR UO. / /2/'E!78 5O. D ,,,.DATE BARO:1ETRIC PRESSURE f~[.[m u<- M VERIFIED BY ROT /JIETER FLOU ILRT DATA S!!EET I 0530 / 3 J OS45 / 3b 0600/3$ 06 /S / e,lo Tum/sm?tE no. RTD s 1 94.54 G4.5 e y. W7 e 4. 43 Rnl o 2 sq.es EL sg n 9. 9 6 g q. e s RTb 0 3 ~~ E5.DL g c;.c 4 9 c, o ?> 85 RTD # 4 8 5. J.5 6 85.33 n 5, 3 2_ e, 5i S G3 ^ RTD # 5 6,9 69 8 9. C,8 e 4. G 5 8 4, C, 7 RTD # 6 $ y. Cl 1 Q,4. 9 3 9 4 Ci 6 94.Cff RTD f 7 9:J, (7 A s,/ 3___ (2, S. 0 9 $5, 0 8 RTD' O 8 Y '.J. O L Rs @ 8499 l 8_, 5, O l G '-i, ci 9 RTD # 9 6 5. y ! G 5, y- ?.- 85.3*7 8 _5. 4-RTD e 10 85,7-0 Q L 5. 7- ' 8 5. i et 8 51 Ia f5b # Y g1qs3 9 y. g_s e y. Sy.__ e_4_. G L 4),, pn4 M 9 4. c 2. Ey5i 1 e 4. <-: ci _, e. 9_. 5 RTD # 1, 8 4,'72. 6 5-(. f / 6 4. 12 9 i-!. M. .RTD #_14 Oy.GO 6y.G/ fa y,_{3 @ 4. L__ RTD 0 15 e 6. O_'2 95.O7_ e 5. O i 8S.o/ RTD M M S 4, L'd 8 %._2 _1 ey 2J _. _ 6 4. 2.G;,_ RTD # 17 GN.3/ ce 4, 3_6 %4 37_ e.M..;b s RTD # 3S R 5 2.7.- 9 5. 2-l B c.J, 2 I e 5, 2./ nTD f_19 8 '/. 7 9 G 4. 7_9 6 4. '7 7 e 9.'7 6 RTD # 20 g(f.65 gy.64 (64 53 e y. 5 2. RTD # 21 / g y' RTD.C 22 / f ~ ~ ~ ~ RTD # 23 / / f s ElID # 1 7 /, '/8 "'/ /, 8,3 - 7 /. 8 2._ _ _ _ 7/,9/ nitD & 2 G G,65 66.73 G G.e 6 66.9/ r RITD' G 3 G G. 53 G G.89 4; &.,._Sy di 6. G/ RllD 6 4 6 h5$ 69.57_ 69.55 69,57 Rl!O # 5 67,72. 6,9. 7 & 6 Tr. 7 9 6 9 7 #/ RRD # 6 7 /, 3_3 ~ ~7/, 3 8 ~ 7_/._y 5 7 /, 3 6 [ [ f' / Ml!D f 7 ~ f f - - - f EllD # 8 Prescurc # 1 'd 5 ' T/ G5 2 '/ 7 8 5 2. 4 3 9 5 F-. 3 9 Er~cisit7c 0 2 gp RTD - Resistance Temperature Detector, RilD - Relative llumidity Dctcetor,

Prensure, Terminal Operator 6 M -c<et A

-_._mm.- m. s.--

raus. A 11-1-75 OPERATICO Pn0EEDURE 13100.1 INTECRATED I.!!N RATI: TEST

• \\

APPENDIX D q't b7 HOUR NO. /I MIBIENT T!24PEnATUnE t. 30,O7 ,,,.DATE /2/ 2. / 75 EAn0 METRIC PnESEURE M !b VERIFIED BY dM MOTAMETER FLOU ILRT DATA S!!EET 0630 / 0646/4 0700 /43 0715/L44 ( T_TME_/ s A_MP_t t_no. s. nTD e 1 S4.46 84.43 Sct.46 94.y 2_ ~ liTqj 2 e q. e 4 84.SL G 4. ~79 A 4.8 I nTD R 3 es e i. c49 E 4.9 7 84 31/ RTD e 4 96.20 85.2.6 ES,04 84.16 nTD 6 5 A4 64 8 'i 6 L S4.6/ 6 '4 6_Q I1D_f_.6 s 4.c1i e ca <=, i G4 C/ R_tf. 98 J i nTD f 7 G_S. 0 5 85,1 El_3. O V GS.cs C 6__. 84 EE nTD e 8 $2{. 5 ff 9R. cts e _4 _. I nTD # 9 f3 5,4 95.39 9 F. 3 7 63 4O g nTD ? 10 $ g, ( 7 85./6 SS, / (o 85.Iy e5 ,_ _.Sj D._f_11 GT6 ?-- & '/. S.3 S' 4. ~7 '7 _Q4 %__._ J-av ; :.2 e + s.e a g. s-s:3 <.:s b c -t._< 1 s 9gs e_4. sil.__ nTD # 1:s s s. 69 e q.sv u.ee .nTD_f.14-8 4. SFJ B v. 5 6 e_ __..nTilf. 15 S5 Ey. 99 Rg _SS 6 4.cd 8C97 RTD 0 16 64.2.s' s_</_. 2_3 Q<il/_3 8 % ZR fd '-l. 2;z_. P>TP.f.17 64 % F'f. 33 _8 S$_I_ nTD 4 18 8 5. L e s, :'- 85./8 85.#7 ~ RTD # 19 e 4. ~i s 9e/. 7 6

89. 7 t S 4. 77 RTD h 20

$4.6/ 8 4. g/ 8 'f. 51 8 y. :-Pi lilD.f_.21 f / / / f nTD f 22 f / nTD 0 23 / nHD C 1 '~7 /. c) ~7f. S S-M t. c 3 7l,9q y nilD_ #i 6 6. 9 2.

66. c ?

6 G. cf 6 67 r_ RllD, e 3 6 6. 6_(, 66.66 6 6 J.&

66. 7/

nuD # 4 6 cf. gg $9. 6 z. &,9. 7 z_ S ci. y z. ut!D 9 5 6 'r. E 'l O '/. 9.3 G cf. e y gef, gg nun e 6 7 /. </ / 7 e.3 7 7 /. vs 7 r. 4 s-l ni!D e 7 f f f f niiD # 8 f / / ~ ./ ps) ~ ~ Prescurc # 1 e.5 2 3 5 652 3i e s?_ 2. r ._9 5 2 f t ~~ P'rcs'sure # 2 2 El P d' RTD - nesistance Temperature Detcetor, nilD - nelative llu:nidity Datector,,__

Pressure,

. Terminal Operator [ [ b c _.

...n 11-1-75 OPERATII'O P1:00EwnE 13100.1 INTEGRATED 1.EA:: RSTE TEST APPENDIX D .a Ib AIGIENT TDIPERATUnt b~7 .!!OUR NO. nAR0sTRIc PRESSURE 3 o.0"1 ,...DATE l2 / z./ 75 ROTAMETER FLO'.1 VERIFIED BY #, fdu< ILRT DATA SHEET O'73o /4 5 O'746 / 4 08co / 'l 0815 / 4-( _TT2iE/ S A!!?L.E_.NO. RTD # 1 84r. 3 7 k4. D 6 b4-74 N RTD # 2 8 4. ~7 4 6 H. ~7 6 8 Q ~78 44 7 b RTD & 4 ~8 4. C 4 8 4.Ci L-f 64.CJ "f 4 9 / RTD # 3 f / G 'f. 9 'l 8 Q. 't I (d H. R

• / 4 Y X RTD # 5 s 4. SS 8 4. S'7 9 4.6G

-$-i S 'l ^ RTD y 6 1 $_4. _ 8 '? S y. nF; - e4.96 -ry. VI nTD 0 7 6 5. o ?- e 5. OJ G 4. 9 "/ 5's-co RTD # 8 6 4. CP / G 4. 8 C' 6 4. 8 */ TV N, RTD # 9 95.3S Q, 5. 3 G S 5.37 Yi 3 F-RTD e 10 SS. t i E 5. t Z.- S 5.8 '7~01 ,C-R1D v 11 o 9. r 6 g y. T.6 e_qg5 74.~73 IqD u 12 4 4.39 s H. :te 69 35 __._.2L.? ? .RTD # 14 84.55 QH,GJ Q3_. 61. V4 4 0 RTD # 13 S q. 65 8Li53 RTD # 15 Ay,96 84.96 _ &%52- % :_2.- 84.94 T4 92 RTI).l_16 g q. 2.7_ E t(, 2 I e g.,, 2 yy.t 9 i;TD,1,17 c y. 2. l 'B 4. 2 6 _ 8 4. 2. ) y 4. 2. U RTD # IS G S, I 7 85,/5 8 C,16 7914 RTD # 19 8 4. '? Z G 4. ?_3 64 72. 74 ~7 l _.,_,RTD E 20 844Cf 8 4, Lt$ 89.48 Y 4 14 7 / _f RTD # 21 / f_ f s RTD # 22 RTD # 23 / / s RilD f 1 ~7 2.. O '2- '72.,o4 72..o3 7 2..ch RHD 6 2 67,O3 G 7. I G7. / c/ (,>.tY Riio f 3 6_6.76 G_6_. 7 8 6 6,7 7_ (. /,. y I RijD 0 4 69,76 6 9. 7E_ d 9. 7 9 t,9. YH RllU G 5 6 9, c; j 69,93 69,9S' ( 9.'I 1 ~ ~ RllD Vls ' 7 /. 4 ~7 ~ - 7 /r <-/ G ~7/ 4.5' 1 I. S* 5 RIID P 7 f f f f RilD # 8 ,f "f f Prescurc 4 1 8 5 '2. I cl G 5 2. t G 852.(3 gg y.o s Pressurc # 2 .T RTD - Resistance Temperature Detectcir, RilD - Relative ilumidity D Lcc tor,,,,,

Pressure, I. 4 L Terminal Operator

~ ~.. ~q3

l'&b 1 11-1-75 1 OPERATIMO PnOE;; DURE 13100.1 INTI:CRATCD I.C,'X RATE TCST ~ APPE!.' DIX D 5 I7 AliBIENT TD'PERATURE @/ . HOUR l'O.

1. 2-/2!78 30, // *

,.,.DATE EAn0:< tinic PnEssunE ROT /JIETER FLOU,/ - VERIFIED BY #*(.mmk_ ob $ ds'to l'.)-/9l7 5 hlfh - [/ ILRT DATA S!Il5CT' ~ a ia tv yi O 9 /Slf2 - l' 023o / '-/9 O WIS'I S O " O70ol5/'-- rnmi._sm__Pt.t_no.-- RTD o 1 94.33 89.34 ' 64.3C* 94.35 @, M. ~7 ) RTD # 2 94.7G ff4. 74 ___,_9 4 7 (/ 8 y. Rf. D4 9'? RTD # 3 e ti, cf 94.9 R (-i - E3 RTD & 4 84.87 94.85-8 4. S S S H. S V eq. 59 RTD 6 5 f,4. 5.5 94.S I S 4. SC/ C 4. 9 0' RTD r! 6 94,61 e 4. Ff t/ RTTs 7 G H. '17 F? 4, cS. I D S. c / S 4. C.5 t RTD # 6 9 4. e 4 94,S3 B 4. & '/. 6 9. Eb RTD # 9

65. M, S53.3 65.'33 -

96.33 RTD 0 10 85,03 65.o6 R 6. 0 5 O5.03 C. R'i o 9 11 f; 4. / y By. 7[. l @ y 4 / _. __'c2 'j. 6 , g, Rin 12 4 go. 7, e, %. s _+. t 6 9..) y . __ _ _.EL4,_.;>_1 .s S M 59 ' 04 F7 RTD # 13 6 9. 5 '/ B4 57 - O1-i. 5 0_ .RTD_f_14 94,50 _94.51 _ __e_% @. B '-f, <? O 8 4 F/ / RID # 15 9 4,'1 / 84.9 icfj{16_ 9 4. IR e, y. t 7 $ <./, ' (_ i 8 4. I ?_ ~- B4. 2 3

5) 4. 2.6 f 4. t 9 _.

S y. '2 f RTD # 17 ~ RTD # 16 85 ? - 8 5, f 2.. 8 5. / / S'5. I E 9. G'i RTD # 19 S t4. '7 tf. e47/- 9 9. ~/ RTD U'l0 by.4 6 B 4. 4-5 8446-6 '-f. 4 7 RTD # 21 / / / RTD f 22 / / RTD 0 23 / / /

72. //,

~7 2-. / 6 R11D # 1 '7 2., o y ~7 Z. / c e RllD # 2 G 7, 2. / G 7, 2. 5 6 -7. /S. 6 7. 2. 'z 6 6. [SQ

• 6 6. F7 l

RilD # 3 66 6.3 6 6. 6 5-6 6.~ Y ' nit} 4 67 35 69 69* ~ 6C.97 D / Rilo # 5 / C, o ?_ 7 0, o P '- v o. o.5 G cp. 9 9 ~ Kl:D # 6 . 7 t. 5 G ~ 7/, S t. 71.S:3a 7 r. s er RilD I7 f / ,/ nllD # 8 [ f Prcscurc # 1 952.o4 S 5 Z o 's. & 52.o / 85' 2. o c pr~c~s's'urc # 2 l m b RTD - Resistance Temperature Detector, RilD - Relative llumidity D tcetor,_

Pressure, b

. Terminal Operator

i rnor. A 11-1-75 OPERATII:0 PROCEDUnE 13100.1 711TECHATED LC,7 RATE TEE M.- APPENDIX D (g C'jo' fc s '~ !!OUR NO. AIGIENT TE:!PERATURE a /2!2 76 LARO:'ITRIC PRESSURE N (( ,...DATE 8dhm ROTA?IETER FLOU VERIFIED BY TLRT DATA S!!EE'E i v> I \\ !\\ /OT I 0 9.3 0 / 5 3 O'795l59 /000l56 AD'5 l55 rnxtsmetE no. (. RTD s 1 B C/. 30 e 4.7 9 p, 4. 2_S G4. So RTD # 2 84.7.3 e s.7 a ~e47 94.7I RTD ' 3 _84 8/ G_ _H. 9 ~~l $ 4. E '? C2:4 87 RTD e 4 93 (f. E,5 6 M.GS O4.84 F-i 4. B L- ~ RTD # 5 e 4 52_ e 4 63 94.5.3 94 52.- RTD.+ 6 e y E (l. e 't G15 P 4. 8 + 8U.SI nT6T 7 tSD b H 5 L. 8 4-92-- B4#3 ! CJ '+. 8 0 64 9 RTD e 8 8 9. P.C.) Q M 6 2.. RTD # 9 GA @ G5. 3 2. B.S. & 96.34 86 33 RTD 0 10 e,5. o ? G s.o 8 5. o T.- B 5.03 ,. O Ria v 11 64.7i 99.69 t e 4. 6 Y QLI. V/

• ,v,

RTD

• 12 q

99 33 Eq. m B Le. E; :- 94 3i RTD # 13 84.ss 84. c6 99.58 9 4. G S .RTD # 14 8 4. %ct

• p M._5 S_%,.5;_

S 4, '3_8. __ RTD # 15 9 9 9rl 9 4. G R 4. E9 84.9 _RTD..;,,J 7 84 2? ec!.??- _P 4. 2.o_ .... 8 4 f + -- RTD # 16 e 4. t b 89 45 s_4,15 G 4. t 9 nro # 18 96. 7 e 5. / 2 SS,// e5. II 9 4. '-] RTD u 19 84 Ii 34.7 E */. 7 84 45 RTD # 20 e4. My G4 45 8'/. <-/ 5 RTD il 21 / / / / RTD # 22 / / RTD e 23 / RHD # 1 ~7 2.. / 7 ~7 2.. / S~ 72./9 '7 2-. 7 'Z- - ~- RllD 9 2 67 2.# 6725

67. 2./

G ~7. Z.6 GC 9/ 6 6.,_f 2 6_ 6,9_ 6 6. 9_(_ RilD, # 3 1 RilD # 4 69.92.- 69.9 69.97 6 C,r, 9 6 RilD7 5 7 o. O ? 70. O V 70.O ~7 O, / 2 ~ RilD f 7 / ' ~ 7 /, SG 7 /, 5 8 _ ~7 /< 5 b' RllD # 6 7 / 6 / ~ f f RilD # 8 . f. f f Pres::urc # 1 T7OWA 95/98 65 ib N6/ W Er'c~s~curc # 2 N P8 RTD - Resistance Temperature Detcetor, RilD - Relative llumidity Dctcctor,_ 'i

Presourc, Terminal Operator A /

,-y i.

11-1-75 OPERATII0 Ph00EIfJRE 13100.1 TITTEGRATED 1.EAK RATE TEST APPEl,' DIX D W O AMBIENT TC!PERATURE IIOUR NO. t / 2/M 3 O. /1 .DATE RARO'/ETRIC PRESSURE ROTMIETER FLOU VERIF ED BY

1. _ f f_ _. ~I,,

ILRT DATA S!!EET

z. 2

'(._0 2I (- ///S l 60 ( rn:ets/mi.E Ro. /03o l 5 7 /06'S l 58 //* l59 ___ 9 'f. 7-O 6 '/ 2-.7 M- [Y ' II RTD # 1 ~ 8 4, (a f (?Ll. '? O $ H. Vi

91. G 'i RTD # 2 C

RTD # 3 84.86 6(f.86 B 4. 9)5 [1. / Y RTD # 4 ~6 4, E q d </. 6 E 8 4. 65.

1. 7.' //

RTD # 5 ~Sy.$/ 95/. YJ G 'f. So / 7. I RTD r/ 6 ey.9i e </. 7 e 8 y. 6 /Y. /4 NTD 4 7 ~ k (.C// 6' t/. 9/ R/*O. % G M. & ~/ / Y. / / RTD # 6 84 78 @ I/. 7 '/ rd 4 Q G / Y. ~/./' RTD f! 9 S s. 32 e s'. 3 i es,3 / s. 7 RTD # 10

85. o s g 5. o /

99.99- /.r. o r +." RI. D._?.._11 G -/. 6'/ 13 V > 0 e 4.6 9 /Y U .'-T .._). RTP P 12 P, (f. '.] /

p. Cf. 3 L g gl. 3 /

y.3/ RTb # 13 Et N f5 E3 4. S'/ 944. 5 7 ~,*'7. I I ~~ / v. v / . RID f! 14 e c/. '/& O (./, 49 ~ c3 9. 4 9 / Y. /.A RTD # 15 5 c/, 's 9 6 y. 90 6 ti.~5 ~8 RTD # 16 B '-/. / (./ O y, / (/. 64.l4 _, _ f y. /v _lqD.f 17 & c/. E / 8 </. / 9 _8 4. J 8 _ / Y. //' RTD # 1S 6 S.// QS. / 8S./ ) 3. / RTD 4 19 84/.66 9 '/. 6 */ 6 % 6'/ /Y. 7 o RTD h 20 9</. 4/6 8 </.</'y 8 e/.c/-S / y. y y RTD # 21 y / g j / RTD # 22 / f ~~ ~ ~ ~ " RTD # 23 f . _ = nllD # 1 72.2 5 7 ?_. 2_8 '7 2. 2 ~7 72.2.7 RllD_ # 2' 67.3 6 7. 32 di 7. ;$ cf. 47 Y R11D # 3 66 97 66.'76 66 99 /, 7. o L ~~ FJ gy F/ 10ji>~h 4 g 5. 96[~ 69.99 ___ f9 ~ c El!O # 5 70,/o ~7 0. O c) 7c. c 9 ye,yy RRD # 6 '7/, 5 7 ~i-/r 5 7 _ 7/rS7 7 i..r ? EllD (! 7 / / /q f _ f. f RIID fi 8 Presrurc # 1 8 619'-l 9 5 / c7 3 G 519 2 /J/ Po PI~c~d'sure # 2 1 RTD - Resistance TorcPoraturc Detector, RilD - Relative llumidity Detector,,_

Pressure, T

-flNTAh, Terminal Operato g m

11-1-75 OPERATII:0 Ph00EWRE 13100.1 INTECP.ATED 1.CA5: R&TE TEST APPENDIX D 1 1 9, PUS 0 N MUllENT TELIPERATURE I!OUR NO. 30*II ,.,.DATE /2/Z/76 EAP.o::ETRIc PRESSURE ROTA?iETER FLO'.1 VERIFIED BY 4 '771- [ ILRT DATA S!!EET 3-T1ng/ satin.E no. /00 ! // 99.29 N.24 guh?] TU. 2 ~2- ^ RrD o 1 RTD # 2 f4 6 i l 'I & 'l ZHJyl ?% 6N ~iliD v 3 f 4. S 3 I'i. E 3 7(f".X.2 ? Lt _ l ?, RTo # 4 /v./3 S v. 7 '/ RV. F S T <-/ f / RTD # 5 / Y. '/ 7 /Y. 4/ F L/. t> 9 T(4.(/9 RTu u G J 't. 7 l-J '/. V 1 'Gi'U. t / { V. ? ch RTu v 7 i n. i* T /4 9 l D/,_) 'l >' 'l & V ~ RTD e b J n. 7.7 i'/. 7 6 lT (f. '7(2 7 'l 7 C RTD C 9 / 5.31 - /S. 3 7$ 3 ?bhI ~ RTU V 10 /5 01 / T. 9 L/.Vy ? H.4 9 _ Jfip_ v ~1_; I 4. 6 7 / 4. C 7.._ _ 16 V_U.I__'l [ ./"p ^ _.)4 V b 5 . RTD d 14 /'(- 4 / ~ / '/, 4/ _ ? v Je L _Me RTn 9 12 / .? / v. t ? RTD -? 13 E't. II VV.5% ? IJ.,7,'/$ V.f/ ~/ ,. _.__f M LJ f,_ i'/. Y / RTD i! IS /'/. f ? e'/. / 7 PR C 7 RTD 0 16 f 4 l ': I 't. I'f 7 L/.-/ C _ _ __.E H. I C I ~ RI6TIG / f. / /f.o7 [5~. C 7 _ 7 Q. 2. 0 _, RTD # 17 54 L [1.17 9 U./R ? 6. o 7' RTD_# 19 / '/. ( ? /*Y. 6 7 ?Cf,6 9 74.7O RTD $ 20 / 4. '// / '/. V '/ W C/. 4.3 4MS . RTD # 21 / / /~ s RT N f2 / / ~ ~7 / / RTD # 23 /.. RllD # 1 72 JV Y 72 52- ]b2.50 _ &. _ b l RllD 0 2 4 2. 3 T L 7. 't 2. f.,'7,3_(o & 7. f-/.3 RIID,f 3 67.oJ 6 7. o f C, 4 o,i /_ 7. o Y RHD 6 4 7c.c L 7a. oG ~) n, 0 (s 40O(4 Rl!D # 5

70. I J 7 o. //"

~7(9. / 9

70. / P 2

~ Rl!D ( 6 //.6 ~ 7 /. 4, 7 ~7/,6 2 W, 6 3 - _1 EllD i.8 ~ 7 f f / ' RilD # 8 f f f Pecy.gurc;$ /f I/7 2I/H F5/77 sr5 R 7 Preasure # 2 T RTD - Resistance Ternpcrature Detector, RilD - Relative llumidity Detector,

Pressure, g

, i Terminal Opor. o w

rewr. A 11-1-75 OPERATII:0 PROCEDUnE 13100.1 IIITECRATCD I.E/J' R/,T!: TEST D APPENDIX D b !!OUR f0. CO [ AIGIE:!T TC4PERATURE 3 0.1 0 - ,...DATEhe>> 7 M 2h ELRO:CTRIC PRESSURE ROT /2: STER FLOW VERIFIED BY f N ILRT DATA S!!EET .3 O ( TTPE/SA'?LE l'O. hM [o _ _ R t!.9 Ll S tf. W ?(1.9 7 7 . 2 { RrD n__ 1 RTD v 2 7 v. / > G N. 6- ( ( u; /e 3 r e/. G.f-RTD 3 ] U, F ') $4_ f ( _1dg_O Mil 70 RTD v 4 gu. Ca qu, t ( ci a 21 % u.7 i s u;u? ? w.a G ku af Tw.u G RTD ? 5 r KTD. 6 ~2 U, 9 u; 9 M,] 'Z_ 5 3 7_7-f U.7 t RTD i 7 y'u, (/,' ? y,y E .S u, T 'i, f t/. 0 7,. RTID te b fG. /6 d (4 "7 y j C_ t{ ] d 6 4. b L RTD_# 9 7C2 Si.3 &(.d C. fi3o RTD 10 g u, c) 9 y.Q( T @, 9 J g 4 <f G _4," <. e(- 7 7 4,f,(- y u,67 1s 't (, C. RID F U ('. 's 7 y. M Z V..!! 7 ,_,,,j { Q j,f, t'.JD (- 11 RTD i )3 '7 v. f U 7,9.33 s v.s / g 8 f-t .RTD i: 14 'l % Lt F _ t 4. 96 , _J p.<3 y!, '! l RTD # 15 9 Q, 7 cs q f. Q q4 76 t 't. E RTD 0 16 7u /u v w.1 $ i eggfa _ __,5 y. t 3 ___ RTD i? 17 W,/ / $ 4. I f 5~(/ /(< ~ K g a ') V T, 5. ch Si'D 5'iB R Oh "? 5. 0 ] 960 ~ RTD.'i 19 8 U. 61 LH.V} ? VIG7 6 %67 RTD h 3 f(/.v.l5 74.93 f u, s/ 2 ilI.~%' RTD # 21 / ,e /_. / RTD S 22 / / RTD e 23 j/ / Pard e 1 7.2.37

72. 5 e T7Q g y 7,2. uct ElID #'l

/., 7 _ :' (j (,,7,T// j,7, v. z_ r,. f, cf.g -- I}.Illi 0 3 (c_7 6 l (>]< / O h~le // 6>l.l} R@._0 4 70.O( 7.(2. 0 3 ___74o9 70sc Ri!D & 5 -7C 2 m 7O, Z I

70. L G,

• 7 o 2 L

_ 7 t. & 4 _7/< 6 7 7 / & '2-a Kl D ii 6 '7/_ r, 7 RilD e 7 / nlID # G / Pre sur.e 4 1 ROM gr/?4 TS~/Jo (7s / f3 Prcacurc # 2 f 'b RTD - Resistance TenTeraturc Detector, RilD - Relative llumidity Dctcetor, _

Pressure, C

\\ Terminal Opera;o [

i l'Aut; 1 11-1-75 OPERATI!!O PI:oEEDURE 13100.1 INTECRATED 1. eat: Re.TE TEST APPENDIX D e /JmIE!!T TD1PERATURE I!OUR 1:0. 1L EARO'CTRIC PPISSURE <30. I O ,.,.DATE 4 c. 1 /d o ROTAMETER FLOU VERIFIED BY l T Outm A ' ILRT DATA SliEET L3]S__.//k 13W~ / M W 0 / N I'//# / k_ ( .T__m__E /_s mn.E_::0. s RTD C 1 ?Y'yl Q f(p-f (Q,) { fl[]. } c RTD 2 9/J, G, 7 fc4 c.{ f% && fu O(, RTD C 3 QU 7f 7 L(, s'o 7L/,70 7(7 y RTD is 4 ? t(; '7 '7 6't/ 7 9 T V, 7T fu, f( RTD # 5 N; U 7 7 Q U ~7 VW U(., VM (f 7 ^ RTD ' 6 P (!, 7'/ %;7[. 9 %77 fc4 fo RTD i-7 F V;E 7 d 4. O ( G'- iT 9(4 'l / P2r04 6 E V. 7 d y 4, 7d W.lg __ _ '7_g 7c/ f RTD # 9 7 '3T 3 Kf 3 2 55 3 L._ D.30 YTD t 10 ? V. 9 k C* y; cl(,, 7%tiy _ 7Cf,6 7 f. iiiD v i J _ [g,) py,R. 7</g,7 /. f zf,_ g4 RYD u e cq/ _ ot/,24 yg g3 o _, _,g 51 .RTD11 14 Y. V %f (g p( .;.-gg4 RTD ? 13 PV W -/ U, U ? SS c.l_ Y }'M cff RTD ? 15 E Y.yc:. t'c(, f / 7y,7 f _f t/, f 7 RTpj_,16

• %/L M_[ L O/d 7 -

_. _U. / 2,__ y ~ f L&,Q'y' _f-Q f(, PTD,e,} 7 7(f. / 7 74,2.0 O. L, 75'.09 RTD C 3 6 65 o& Y S)o E RTD f.19 r % t.7/ Sr y,6,7 7 % 70 rv, 7j _ RTD # 20 f % i/ 3 (J, d { C ", US (Lf Q(( RTD g_21_ f j j RTD & 22 / / f RTD if 23 / [ RilD 0 1 la2. Lf ] N.fL ]0 & ~7D W Hllo 0 2 ?:,7 vu G '7. 5 i _ /,2 a 7 b, W</ 9 RI.lD.! 3 &_2 / J

r. 7, / 4 2 z _i_.3_.

/. 7. / 7 RllD # 4 7gf . fog S yewn d.c ) '/ _ EllD # b 70, 2 LL '70. 2. _3 2 n p__ C 7C.:} 2 / ElLD E 6 7/ fi'S ~J /r f, ~/ _ }}J., T ~7/.l~(s RilD f 7 y y / [J P,r_cscurc # 1 'f3~/f3 h5/f3 f[7 [ gr/// Pressurc # 2 d \\ RTD - Resistance Temperature Dctcccor, RllD - Relative ilumidity Detector,

Pressure, Terminal Operator & h

/ F

i &dtWs d. 11-1-75 1 OPERATIUO Ph00EDURE 13100.1 IIITECRATED LCA;: RATE TEST l m~# APPEIDIX D g " /,p 17 X !!OUR NO. AMBIENT TDIPERATURE EAR 0 METRIC PRESSURE 30Os ,... DATb s._ 1 7s h/ ROTC:ETER FLOU VERIFIED BY U _1 t TLRT DATA SHEET /Md /'.1f /yo[/)q /gz.@/gh ff/f/%4 D Tnm/ set.E no. RTD f 1 RU'D 3 9'LL 2d Sch ? L. SCA 2 3 niD_o 2 7 u& 7 Ra. W' v um 7u. V G - nTD# 3 PM 7cf g o, 75 r <-t & cv. ?f. MTD & 4 7ti,7( TU. ( L fc} P( N ff Fv.u(' RTD 6 5 Fy. y F fMV7 f u. y 7 RTD 1 6 94 7/ P% 75' 7(_-f_7 7 EN. 7T - MTU ? 7 Cu,f V. c d ? L, B /. ~? fM, f 7 - r ut. 7 J nTD v b ?u 75 Wa 7 4 73 73 7Ii 3 / n RTD # 9 7 N.2 7 T T. T fh a3 / nTD & 10 ?U 6f y L/. 99 f% 4 7 74.9f - ~$':y 6L3P r %f 7 F_v. % - , Q-Idb~d Y1 r e '-, j

" <.f. Z 7 7 v, a ' ?

rt! % ?' LTD ' 12 rid # 13 ~i.%/. 3L1 __j g [J. Q y-fQU}[ Ty {V' TL4 7b^ f 9 s.6, ug [Q 70 . ETD p it, S Lt. tj (f nT5 7 B Py,r7 g E/. c 'T eV.7c. r v. F 7 -~ RTD 0 l6 YC/, / 2. L'U. /Q $7. / l.- RTD # 17 ~fu./V Fu./ 7 r -4 / */ E U. / c(.__ (L<. 2 N IOI IS ff d '/' 57/ 5 f. e'i f/ r d'. o ?. nTD ll.19 fu70 f~i.( 7f Y% 70 [Lf, &y RTD # 20 J V C(/, N,uy f t/, ys pu; a (. RTD # 21 / ,, ~ ' / s nTD o 22 7 7 s _. 7 f nTD e 23 uuD e 1 2 2.49 7 2 3 [ 2.- Ja?. 5cl._ ).*2_ s~ L RilD & 2 & ^7 f / G T, ] f,~7 SM { c 7 6 ~ 'y RITolu 3 f, ',_ i 7 (Q36 (,_2__(4 (p 7 & 'i) / - nllD # 4 7 m, o P 7c.g / / 7 c, r 3__ 70, M RUD tt_5 30.7 9 7 D. Z 7 ~7_c a 7 7 a,2 c, ~ Rl:D # 6 ^J/. 6 7 7 /, 6. G ' '7 /, 6,7 7_/,j, 9 ~ 7 f / f ~ 1u10 0 - 8__ f f r nun 4 Pres =ure o 1 ft~/ff 7.T/l'1 frifo 75~/70 P'teisu'rc # 2 ~ G 'O RTD - Resistanec Temperaturc Detector, R11D - Relativo llumidity Detector,

Pressure, Terminal Opernp ![

m =#'* Om ies.ediarmoe d-

e 8 nus, a 11-1-75 OPERATft:3 PI:00;;UJn 13100.1 Tl;TECnATCD T.tr' Rt.Tf: TrsT D APPENDIX D y 7.e [ ~h ~ 4 !!OUR UO. AMBIE!!T TCIPERATURE T./J.0 ETRIC PPISSURC 30.O[ ,,,.. DATTS/' e f ?_ 7I 9 h VERIFIED BY_ n cd 6/mi AJ/ ROT /JETER FLO'.1 J 0, ILRT DATA S!!EET Y$ W ! * /4 l bb0 l$ Z- '0 L l G.WELE1?.LE ?$3 _0 l 'i k2[ f[(/ 7 3 7(883 7 % ? ~L.- RTD # 1 1;TD # 2 9 u, &, (

1. 7 J. &p

_ 'T % (o f _fJh[ RTD # 3 T M ~/ / rg~ J ___ f O, 7f ? y, 79 RTD # 4 T V- [Q

74. 7V T4 O VU, ? (

RTU 9 5 7 v. y ^~' ff gl. _ f 4;Z/~7 7"< Yw ,.?t( 7 _{'4.79 _[% 7 7 LTD'.._6 (q 73 T4. L'4., RTD 0 6 ly_7_Q' Q7f 79,2 f ? % 7f _l RTD r 7 7 u, (( (c 7+ 7' ? 34, Cl Z RTD # 9 JEJ 75.3

• t S. T 2f 5. 5 /

RTD u 10 fn/, (? (', 7 v. 7:-( f 4, 9 i [~Ve '1 e'3 - IdD 6 ]) y,cy. 7 /V.(N ( U ( '_t j Y,L. 2~ ETD

• 13 JSZy 5'T!.J f !, ? 9 fl.f!

44 RTD il 13 i L V. T ? % CS* y t4 rsf . RTD # 14 l 74 1 , _ _ TV. U V ( d. f / 7V. U4/ RTD # 2 5 7 u, f 7 IN'. J' / /' V, f / g", V. b' 7 !!TD ? 16_ gV, / T T VgJ_ r%/j _f1B niD._: 37 1 rv i K r v. I r _.1_s_f 't y a ( */ RTD 0 18 G C o 'l 8's.09 551 7To9 RTDf_19 ru,'7 'l% 7/ ? V, 7 ( ru,6,f RTD & 20 Cf. U(, 7 tJ, y ( f(J.l(V ('4. 4C. RTD & 21 RTD F 22 / / ' / RTD # 23 / ,f ^ ratD c 1 74..sV 72.r3 1 7 3._ r f _.. ! 7_p. n ( RilD,p 2 /' '7, J T _f "/, fy /, ~/, gf g,,5T A 7. <2fc RHD # 3 _L. 7..2 2. L, 7. A_3

f. 9. 2 9 t

RllD # 4 Jc), i f -j c), / O _ ? C. ?, 5~~ -) O, A [.s bO. / ~L '7CO. f s~ El!U # 5 70,.32-2 0 2.*? RilD 0 6 7/ 6 $ _ ? fr (E . __1 /r 7_'~l N/e _7 d / / / "f f RijD f 7 N 'i O t Prescurc !) 1 ((/7k ,f5[7#/ p ((7p gf y7 ~ Pressurc # 2 RTD - Resistance Temperature Detector, RiiD - Relative ilumidity Detector,_ l

Presourc, s

Terminal Op nto -

rwe, A 11-1-75 O? ERAT 113 Ph00CitJRE 13100.1 712TCCI!ATCD 1.EN: Rt.TM TEST APPE!! DIX D y N 110UR 1:0. 7.- A1 BIENT TDIPERATURE a 1 17i' 0 PJJt0MCTRIC PPISSURE,20.O 3 ,...DATE3.ce_. 1. ROT /JETER FLO'd VERIFIED BY, et m /' L J ILRT DATA S!!ECT l 1 k,30 /71/Ga K-45'IfL/< l 'l00ll3,fy I 7I 5^I? Wu 7._ ( rr misu n c no. ~ ~. O,Y $_Y. )__. ) 'A Y'S RTD f 1 --_ _ _ __ RTU 0. 2 V%Q[ jf gI,] f L!.l, c-( 7 L/, DCJ RTD (' 3 __f_%,7 'i f& 7f Nfo G/. 7/ RTD f/ 4 j W,_t ( ) 6't/, Pi> S V, y v T </, ( ( PTD e b F J w., Em,46 _ N. u d' N, tX 17fli / 6 '/ t /,~7P , _ p*/, 7ff u ( '-/, 7 0 C'W,7_4 3 G ? sie L I. E' %I. [ '! RTD s' a ~? y 7& ~;$j Q~b_ YW) ~lVr~ii'^ ETU y 7 7 Li. T :. k_ RTD # 9 Y f. 3 / ff3132 ( i.7 I r i. d !A RTD o l's 7 4, cjy Jjggr J ,e 4 '; E

7. ',</ 9

~7 - R7 D r 1? ?g ? _Q p.g__. ^ rJ3,_0 r v. c, c, um e a n,) 1 Wyq_ D ;x3 v..tj__ . v, s G, C 4. Su RTu : 13 lv. su Sfu.szi . RTD e 14 ev,.T J.M. 4,g' f W. v '} f(4 r/ /, ( '/ i [v,,~ 7 RTD e 2 5 f V, V,/ 5,3ft,5* l 1:TD A 36 / V_ / ?. 3,'*j af3 p, t U _, y < 1 /t( RTD 0 17 f_Y, t (d,_/f

• 7vg y

_ { 5 /, / ? BTD i+ ) G f 5T / $';'s,j E s/,0 '~- f5 fu RTD # _19 7W 7/ .,fgMfL, _fu, 70 . S V,2cl_ RTD is 20 yi/, VG yt/, U s~ (v, 4 (,, y y, t.,< ( RTD., 21 y / / y RTD # 22 / d- / _ _ --- 7 nnD c 1 72.57 7,24 l 72 & 3 )p.(o/ JuLO~i b_7 M G'? SW _b 7,8 E_~ (, 7. & C Rnp_; 3 __ _s._2 a 6 7, 3p ,, 7 3 _3 _. ,, ~7, 3.3 y o,19 -') p 2 Q EllD & 4 7 o r j' y r7 p. j (, 7c,#' 7O.40 Kl!D # 5 ')GJ? '20, 3 ti' 7/, 76 Elin IL _6 7/t 7 %'- 7/.74 ~?f,22' i f "~ Run e 7 7 y 1:11 0 # 8 _,V/ 77 Prescure 0 1 95'/7l' f5 /77 f_g/ 7 7 Pressure p 2 6[x RTD - Resistance Tc:npera!.ure Detcetor, R11D - Relative llutaidity Detector,_

Pressure, t

Terminal Oper ,l

i rm,t, 1 11-1-75 OPERATING Ph00EITJnt 13100.1 INTECnATCD i.CA" RATM TCST APPENDIX D M!BIENT TDIPERATURE liOUR NO. Ab TJdt0MCTRIC PRESSURE.70.8 3 ,,,. DATE h e cd / L/ I-[ ROTA1IETER PLOU \\TRIFIED BY_ ( II.MT DATA S!!ECT b TT!T/ SAMPLE No. l'"73 0 !f /.7__./_74/ E ![ O4.1. / 9 0 0 !If ///1 '~/ - e nTD f. 1 __ $'lD I ?_W.b3 N. 2 Ld 90,91 _ y et, G ct ? u. W r u, r. f T v: 6, C uTD e ? nTD # 3 _fu, 7 7 eu, 7 / ca, 7 7 Vu. 76 RTD e 4 f '/, f 7 fV. d' ( & V, T [ Fu Y 2. nTU # 5 ? Lt, Q / t'4. 4-7

• J Lil TV. /JU

'IWD p 6 f t/. 7 y C'/, / 4 l ,Tu, v i TV'. 74 ,J RTD i-i f f, a 's ft4 ( L i D i, f 'f _ __ P(,79 _ ~ U, 7 d

f. 'fe 'l d

[Ve l/C N* lie nTD f* b RTD # 9 '5 i, J t (C. $ es.3z qqzL uTD u 10 @'- 9] (4.97 Pl.c 7 7%RR r R'iD,*'O ~[D., g (g/f(. J N. 6 7 Qi,f7 ,6' ( ~ g,. - n1 D - 12 .j m'.4 e g_z_7 >,tC So._3 0 CTD ' 13 k V, 3 L i s'a, 6(A f u, it 7 J.5 .RTD f 14 .._5 u,5 ?U,g,Q 'pyi] 7 9. f f4. / 3[__ ___2 't. t y [M__ 9 '4. C 7 7i(,? 7 RTD # 15 y v, f 7 niD 0 lQ r_sj.T E3,;.i_ DT.D.f..}.7 N2( i '-to / f n /Y {ty_f4 .___ MTU l-i S 75~ /

75. (

756') 75// YTD f 19 7~/, 7/ 9 L/, 7 f t v. 7 7tJ2( RTD 6 20 9% </ i D/, v C f 4. 6/ L' f(/,y(, iTD $ 2_I / /* / f' < ~ RTD #__22 / 7 7 j nTD o 23 R11D G 1 7 ) 63 8 74[h

79. 7 b 7c2, b[

1[ LID, # 2 r, p g,, s' (:Z_6,7 /{' /J',7 /p 7, b6 n_ lid _ & 3 (,, ~),.3 >" f,9 X 7 f'.Q} ( (p. }. rf nllD # 4 ~?C).7__{ 't o. 2 C. => O. 2*/ ?c) Z 7 RilD # $ ~7d, 4,3 p c.), y *R 9 c_). f_/ f /C. 47 Elln # 6 ~7 /, f 7_ _ 7 /, 7 72 _,, j /' y ') 7,/ J'( ,J ~ Riin f 7 f f, D- / """ # 8 _ [_ _/ _ _ _~ / I Prcscurc 0 1 Kb776 VJ~/ 7G, 55 t ?& iVS/~7. C Pressurc # 2 RTD - Resistance Temperature Detectcir, RllD - Relative llumidity Detector,

Presourc,

\\ ) Terminal Opernt r U

I'& t. 1 11-1-75 01'ERATI!*3 PI:OCUIfJnD 13100.1 I!!TECnATCD 1.CN' El.TM TCST ) APPEliDIX D AIF,IENT tdt?CRA*nTRE }!OUR 1:0, d7 E!J.0:CTRIC I'RCSSURC, ](),o5 ,...DATE.M_8. ). /M ROT /2!ETER FLO".1 VERIFIED BY ./ J '7 t [ ILRT DATA S!!IET TD'E/SN9L?d{0. l$) ?e $2- $ 5.3 0 ll_ { RrD : 1 N. z w N rh NJ3 ev..a9 R*,'D i; 2 7/-/s / Y % gf f 44 6.I rd,64 IND # 3 ciJD 5 %f; Tk _ f Q.]' S*Vr?? RTD v 4 f 4, f [$,0 (o f>. / 2. f 5* i U BTU # b TVe Vi 1J, u 7 f V. U t'. 1U.uf Ed'D s 6 7 ~.? X 24;7l' l 7 "I. 7 Lf

• 9J.7?

RTD t 7

" 'i, Nc j

m', /[ l Iu'. (7 T d. U/_ RTD # 6 9 L '. /uf 7 4, 7 d. V V. ][ N_ W RTD # 9 IT.T ff' R ( ET' 31 ff f ?_ v uT6 e lo T:! 9? ca.e rco: riou Ri n 1 T > m_. _, c ua._t rg.z_q

n. c

__e . L-RTcy u 23 3. N :, i i F m_c. L.. 7~u.si nTD e 13 r v. ; ? e U.;r_7_ ruge __8 e9 .PTD # y 9V,.ffs _ G.E f,,S E.L g%7/ RTD e 35 ggi,f ~! 7M fi 7 V. f J g J, - *) 12.U. N D.' l's N L __fM / C _...E.4.) V RTD d 17 7 V, / */ /_st.jy ffG_L RTil f 18 PS~ f f5~ / (. T$~ / / l' u. tp__ 7 5 /.L RTDj_19 7 v. 7/ fV,7 L (V > L N 7_( RTD # 20 f%VI EL/. us N@ N.UC^ RTD 9 21 / / / RTD # 22 / / / . _,_,g } _ __ _,_ g 7 um o 23 RiiD o 1 73.7.3 20 uf 742.7 '7?.7 v ElID_6 2 G1. 7 <-l' _(;7R ._g,7 7 cn 7 t R1Jp,f 3 (,"/. C( 7 (,, 7 y / [,;_Z,g,& /, 7, (/ S-7_'_O ? 3 RilD # 4 7c_),_a_(.e 2c_W ' 7,.. u s' 7CA 4/ 6 7 o.,.._ L 7C.?tL R1!D # 5 4 ~7 7C. c/ s' RilD__f 7 / '? f. Y _ D /. [ 8~ 7/. J 9 J El.'D & 6 7/. / MJ RHD # 8 ]f f~ ~ iy.cp.gurc # 1 7s7 '7 f E E '/ 7 Y'-- 7 5 / 74 r5/7C Pressure # 2 C RTD - Resistance Tc'cperaturc Detector, RilD - Rela tivo 11amidity Detector,_, 1

Pressure,

• l c.Tm nal Q7Qr.

,,.u u A 11-1 '/5 OPtitATII:0 P!;00EDURC 13100.1 INTECnATCD 1. CAR RATE TEST 3 APPENDIX D /JCIENT TDiPCRATURE 7[ . HOUR NO. LAR0 METRIC PRESSURE MCb ,.,.DATE D ot 7 [ k, ROTAMETER FLO'.; VERIFIED BY ( ILRT DATA SHEET TI?'E/5 A?'"LC UC. '$d I!(f I ~?; T-RTD f 1 (b5 [h) N [C/. ?,[ RTD_i? 2 T V.(c.(s PJ Y, 6 7 _J // (. / 7_-(./,G6 RTD fi 3_ ru 7r 7_c./,lT FV,79 D/.7y RTD o 4 VL/L r5/v / T. / 3 7%~ / 7 ~ RTD fi 5 7 v. 4[ TJ, c/ j? 'IV. U [ TUr U 7 ^ _.,u, 7 i hTD 9 6 cu, cu . c ci _ _ a' j'Lt. 7f 7 RTD il 7 i Q ', / fr-4 9 ( ?V 6 8 T'/ C-f_?f ~ RTD e b r u. u., rv,E 1 M_Z7 _E v < 73e RTD 0__9 f 5'._{ T T,ci. 2 </ ird" ? 2, IS~ M ETD U 10 < 5. /. '/ t' 6, n c., 6'o ~7 ?C Q] i VQJ\\ j.( v3 9 jyu i n.p in v.. D L.; 3, y IE D -~D J. - y '. ~/. W.J_f i i va 7 ,_.. 2 : / J.E , r,, V, " ? 7tj..Q r % d' ;- _1 9 5./, Q RTD # 13 I rY>j J u,.sv t V._6 ~ . RTn f ll. ? -r. r 2 1;TD # 1b hv F J-F U, 7 f (fp) j c/,9 ( RTD $ 16 p t e. / 3 ' p y,_(g' ___ _ (r,f,f 7 _g y,/ y - ~ R1D 4 17 T U, 2 3 f% J. ({ fV2C f y 7,V [_ RTD e 10 75/7. F C,j,; M/3 7 S, / 3 RTD li 19 fv 7-7 v. '7/ g.-/,7.2. 7%7L RTD # 20 (4, y 7 g t/, y7 g ce, y6, {p> i./. t/'[ RTD c 21 / / ,/ RTD s 22 / f' - ~ " ~ ~ ~ A 7 _. _g nTD e 23 C RnD # 1 72'/7 7227 'Ja. 7 R 7;:2. 7 S luiD_ p 2' 47,_y_c _ g7-7 L cv77

c7y7, R)lD G 3 j y & (_,

/'7 Zjd f.7 ye') c 73y 7 c.x L 4, RHD 0 4 20 ] 70.2G a o..; G vo,sc, unD e s ?o. u r ~n c t ~70, 7 ) j f ';i '2 f, 'i ( 7 /. 9 c.f El' ) E 6 ' ? /'. '7 6 J Rito e 7 / / f y' l Run < a y-y f rr.csare o 1 N/74 I N / 7/m Ts/7/, cr/7c Pressurc # 2 \\ RTD - Resistance Temperaturc Detcetor, RilD - Relative llumidJ ty Detcetor,

Pressure, k

Terminal Opc r 0

8 l' AGE 1 11-1-75 OPERATIMO PI:0CUDURE 13100.1 j TitTECPATED I. EAR EAT!: TEST ? APPENDIX D y D A1!BIE!!T TEMPERARTRE 2 I!OUR.NO. De t-1 [ 2ARO:CTRIC PPISSURE 3C r/d '...DATE-rj - ROTAMETER FLOU VERIFIED BY 64/ . f2) '1/7 // ILET DATA S!EET, TD E/SA'PLEJ 0u h 9fS2 709' 6 ,1OC) L1f / +3 '7 L h. % 'f ' Ne W $ Y, 2 l-, SYs E l ' DTD # 1 ._, 4.gy: rmca c3J V. swa - uTD a 2

r % 7 f 94 79 M/.'78

• RTD s 3 C U, 7 9 s

RTD s 4 D L.. A s. T'),, Q b e d A _(<4eA &.. ' \\ r 4.-A T'{r el K ' f M //f., 44a5( RTD G S 7 M. tt 4 ___.'2?_ % 1 2 - ___UsR4 ft: If ' TILn.i._.. f_%B ~ 7QG Qnol., \\ g]ld7 -D 11 ~ LTo_ ' 't rS-3 1 r v, 7 '/ 5I5 7J < RTD # 6 - u f7(. s s l f 5. 3 [ W5,ilj RTD # 9 7 5.iv. Ef 5 3 3 c = RTD 0 30 ] db Y l 96,o7 7507' + b'.5, 6 'f * -E nHDn ] 7 QM I

5.Lc25" c.1,fil,-

_ _R LIS~- k 4. *j i hTD Y 12 % u!. '! r. s Y % a l-( W r. :5i $$$u ~$.'-l RTI) 0 13 __f~yjf___ Q L/, S* S' EQ'1 s . nTo # 14 _nt..it-L___Mer c__ _nc 34 53 P. i B3 fl g}d* f *[f a _ Qtf. j'.L j_ YT D !.' 15 c 4. 'j f 7 Cf. '2 L s DTh 9 3 6 i f u. fl. ic y, / } ,_ ;f,4 5_' $fyry e

• ^;

CTD # 17 743 u r ut, Z q~' 2 s / tf fj$,/4-e $f C,. t ej-MTo o 3 S i'C lq s ETD # 19 9 4 7 E. * ,,gy, 7 ( tref._Z3 - g'Y.7J e j nTo 0 20 r v. W - Kv. u 7 b-1. +7 - P1. V 7 - RTD,,p,,,21 / / / / RTD f 22 / / / RTD 0 23 ~ ~ "~ ~ ~ ' ~[ nuo0_1 '72 7 ( - '];2,_'77. _. - 72 73

• 72,25 -

n.llD_p 2 6 77 U. G,7 7 9

67. F3 <

67. g 6 -

R1sD_j 3 n_ty 9_. g,,; w p t,7 5~L. ' L.21F2

• EllD 0 4

'l ~). A G, ' % '7 i- _ _. ~70.*.L' '7 0_.] 7 < L PHD i'_5 7 g,)L _,,<~ 1 ___, _ c. K 7_ '7 n. 5 e/

• 70,5.2 <

7/ 75 e a Run # 6 'J /, 9 <./. /, 7 f y /. <j / nilo C 7 / / / ) _f (o ,/ / / 75/7 7C/ Y(,, 65177 RKl 7&> P,r_cse.urc # 1 Prcasurc # 2 R b RTD - Resistance Temperaturc Detcetor, RilD - Relative !!umidi ty Detector,,_

Pressure, Terminal Operator

_ge.,e t

j PAGE 1 11-1-75 OPERATII:0 PROCEI?JRE 13100.1 INTECRATED 1.CN R/.TM TEST ? APPENDIX D ~ /JBIENT TC4PEntsTURE 7 !!OUR UO. 3O 1 EAR 0 METRIC PRESSURE 30,/O ,,,. DATE,, Ma'n (Y) /4 7_h _QpY)g)- ROTAMETER FLOU VERIFIED BY ILRT DATA SHEET inm/SN'?' E No. S/30 A N d J/ % 8Nf 3MOkAj).2/5 N/4_7. L Q RTD 0 1 [l4. ') 5 s V 4'Q ( - %'$ V N 0$ RTD st 2 h-4. C'7 - b'i/. 6 '7 - W G_E' NW6Y 'liTD 3 (y.79 * (7 c/,'7 y r/y. Z'9 94 'l V ~QE.J___ T E.D RTD e 4 _pg4pTEO 'D EJ J J_C.'O T)ELETEb E 7._cig_h - '7 %, 4 ') 9 't H H l BTU # 5 S;'a gf-4 9 da ZT - l ~? U. T ] TH. [ 1-RTD :- 6 FL9. t:0 2O],'. 7 'l. 'i O l 70.4( % % 4_ l 1dIT 4 7 f cd, 7 7 - rt/, :77 9O]~\\ RTD n 6 F4. 7/.s e c. l - Vfj R 76.64 4 RTD # 9 P S. -3 5 - R i de/ RTD e 10 g3, Cy.'. 76, c7 f~'i o f f i O L. O E 'i ' i! d7 fi.._ . _YSb2 7 _..fU. 7 9 f%]1 l. N, 3 '/ 7 4.. % 1'-l 't ~ ~ 1:Tu 9 12 Py.J 9' Rio 13 fod. [ C. 7 % 6 7 4. :{Q Tl!S T . RTD_ _' 14 (($^2 y u. $~3' - Fif,,Q <f 4. 'J 3 RTD # 25 2 4. C 4 7 V_, '? T - R 4. %. T(i,9 I f IlTD # 16 RI/. /'j__,?? f c/, // 9: u..t7 _,,_ _ ? 4, ) 7,__ g(:>. / 'i.dgj t.I/d S - W/4 Gy. Com l14 _ f 't. 2 3 RTD # 17 I O 'r# d -

15. i R v S_ t 4 RTD ^ 18 RTD!!_19 er e/.'7 4 -

id, 73 '. 94.74 % %.J_5 ___RTD #_20 R'4. 4 9 ~hl. ud - N A1 9 +. 4 's RTD # 21 / / / / nTD # 22 / / / / RTD # 23 [ j/ [ f ~~[ s .=.=. ___@'[2 Mf_ )[, F__3 R11D # 1 7,2, $9

• 7.Q_fJ -

V 2,_Q ___GM~7. 6 RjlD_ # 2 67 8.2 f.l7. 7 ~7 - / RilD,# 3 J1f3 - 4 ~7, f 3 - 6 7. b, 6-RHD # 4 7 O ?,_3 - 9 c.? M^ __. 7c.. 3 7 n e2 n El!U # b '7 0..D. D r),q~~c/ ') O.f ') 20.5 $ ~/ / 4' 5'. _ V/. 9 (. ,J /,h ' RlU) 6 6 KilD e 7 / /~ /_ 7/.97 y y uno # 8 / / _f Pcc.s=.ure o 1 S'517 6 TS'I 7 r 85'/ YK-~ T'Sn r Pre >surc # 2 RTD - Resistance Temperature Detcetor, RilD - Relative llumidity Detector,

Pressure,

~ [ q TerminalOpernyk. m

1 rnus. A i 11-1-75 OPERATING PROCEDURE 13100.1 INTECRATCD I.!!,y: RATE TEST .O APPEUDIX D fJ:BIENT TD!PER/sTUnE 7[ HOUR NO. 3/ ESRO'.C:TRIC PPISSURE 3d/) ,...DATE ) e c. 1. / h.h j ROT /JETER FLOU VERIFIED BY <r3 e. /MM f ILRT DATA SHEET ( rnm/sA !si.E 1:o. ? '2.3 0 / # g,7 2.2. % / Q f3o M d M/INb g-a s b/kEh 8 t,C'Y fV:516 ,ft/cc9Y nTD # 1 ~~7u, & 9 7Q'd.7 __ 7% A 9 7 W. & 5 n D.3 2 RTD i 3 _Ju. 7 '7 cc./. 7_ F </4'.7p E_q _79 RTD e 4 _i212.LET E D -ha_;J. A'p DiLETED 'O E L i~., T_ C D ET0 si 5 9f* y-7d., 6[ fugG E' 4'.17 FM N7 urn : s

w. o Vv. c a l

.,- w. 7 C 74,7/ i::D 9 1 7 u.d.:i_ __. ? +. 7 *: I O.[C 1 zu, d rM %4 i7 4 77 e 't.2.7 RT" t._1 .JPJ.2'. ~ f5 7C 37 85.. W LTD # 9 y5. 35 ._._JP # 2 0 t!EC! R(EO G e.20 C r.S~. C 7 4's P'r D.' iJ j,__ f[._ g " p y~g l N,Jg., e v, 7_7 4 f .. ', 1 MIU V i lL*' V .._ t

• +. M e_._.h ls.%L _

,_.... _f ' ! '$ 'I ~ RTD I D ._f.'iEf _l Ot. GO C.LTP 2 % 5 A.' 'A'. {,3_ _ . nTD_j;_il. LyLt.Lg;'? 'c,Q.@ j ( c/, <f;Q p cf. Qf.t RTD 0 15 l 9u. "12 ~ I </, Q_ f f 4, 6 2 p RTD..--.16 l-... ?..(,.*,. / 7 % si, j _'.') 7 .. ____uTD a w __ l Vl./.l} l, Q'.i.5 yt/, // e' _c.,._'../ L.. IsTD.' 1'I ff. Q Q_ ft-f,.Qj l rc 5 fts t 5,13 y~.C i S 2 5 f../ ETD_.f_19 YM 73 T_MJ-9 e/. 7 3 7'V.23 RTD 0 20 94 4'7 7 th 4 T' JN. c/J' y L/. c/ f ETD_$,2_1 'f f /- / ~ RTD.a 22 / ~ f -_/. ._/ -- ~7 EnD J-j ~~7ed ? C/ ~~~}, Q f 'f ~}0. & _ '7hy} uno e 2 c7 va u23-d,y. r p x, -), 7 i e3 ._b 7 65 G2..ES~ Ce_ 2 _ G. f-7 6_~5L EU9 k 4..]x.f>c27 2 Q & P ?__._ 7 o.at ce ,co. 22 nLl2. nuo e 5

. s 7 7o47 w,. s 7 7e. e, s EMD # 6

. y / 'J<Q "Tf VR __ '7 /. 99 ') /A 4 nnu e 7 / } --f y) ~._ f / / / ~~ Prc.scur..c o i'M@ ~ r s'/7u' F5/76 hs773 Prensurc # 2 Ji g / .c KTD - Resistance Tc:npcrature Dctcetor, RilD - Relative Humidity Detector,

Pressure, "a

L Terminni Opj..: d

PAGE 1 11-1-75 OPEnATII:0 PROCI: DURE 13100.1 INTECP.ATED 1.C#: RATM TEST 3, APPENDD; D 1 /.lCIENT TD:PERA'IVnE 7 HOUR NO. tAno:=TnIc nEscunE 30./2 ,...DATE /2/2-3/75 ROT /JZTEn FLOU VERIFIED BY [- [ -s u u ILRT DATA SHEET OO \\ b / [ DY ]N O 74 _TD_ '_T_i s._A_mt E_ ND__.__. S NY A 1b ( 1 l TTD f 1 74$.M.I N.8 7 - 8 'I. ?- 7 b 4. 2.7 _13~ 2 P' P. /d v_gf.5 & (/ 6 F 9 %fd ~ _ _j p q, 7t' G 'f g __9

9. 9.] 7 l

KTD 3 ft,f,y nTD 4 L DELETED \\_.DD 2T5b DEL te TEb _ Di21-6 Mb DID # 5 7 V. 47' l-f'V,6 8M. 4 S _6 4 4 ~7 3 7 v: E'. - l_

p.,1 ] __

E}1/. fi,_ _ 9 4. B / t,TD.. 6 vy y4 l 1&Q._i. EM pf-!: M 'tf_ 9 4.t',__ l IL ' 7 c nTD e b <1 v.2. ' ] t _U D 1. T Wi. 7 7 _feH. 7 & _3 5. M 9 5. 3 'l

RTD # 9 g<g.3;ir e s,',,3_G.

t MID '. M. .i PC f.? _C.i _p_? -

95. -g gg. r,7, t;yf. 7 5 e m 2js s?.

n'iD r ii__,J v 7: t u. l.4 i y a T _a __. n.. u..?! ,__ _ _.t__.'-+_.B. y MT._D ; 12 v N. r-s __t w m. nTo e 3 3 e q._g,m .3 gy__g_ - C' 4 59 8'/. 5 9 . niD ^ 3L n's 5 i 1 q_us,L __ _ _,_,9 Q 5 ] _ 6 4. S?.___,__ l_, ni CJ' - l ry, ej l 8192 64f g E. RTD # ' 5 L 2 t_.4. _. _I 4. - ,C_r u.. ! 9 C, 2. / -.6 RT..D. ' i ?4 i? I u. RTD..i'..} 7 9 M. 'l 5 - TL 26.,- 2.]{2.b 9'd/,_2S 1<TD ; TL 9 c-p4 %_ y Q. g5. g 4 g5, jy ~ RTDf.19 f M,7 3 - f %-I 4. 9__4. 7 + __@.M_,7f RTD ? 20 t v. 41 ev3e-e+. Ln p </. <t e RTD # 21 / g / RTD 9 22 / / _,,y,,,,,,, _,, _ fJ x a 23 7 - 7_ s ~ C nintc__1 7 PPG-7J u - ,2.. M 72.9e n tid _ s 2 r, zy /. 4 7. t G _,_ o as-6 7. 9e RHD # 3 j, 7. (o O 4.] J A - G 7._ Q _ (A 7. 6 5 RHD 6 4 y qm - Lc}. 3/,, _ 7 0. C6 9OI63 70,3 7c), 3 2. nuu # 5 y O. (o 3 - 2 O. 6,5 - RHD !! 6 ,y c70 7f2, c > f _,_7 2. o / 72,03 g RHD 0 7 / y' nHD # 8 ,/ / -r P,r_cscure 0 1 7973 PDM 95 t 72. 9 5'/~7 / Prcasurc # 2 0 Y RTD - Resistance Toepcrature Dctcetor, RllD - Relative Humidity D tcetor, Pressure,_ Terminal Operator

e raa.r, 1 11-1-75 OPERATII:0 PROCEDURE 13100.1 INTECRATED 1.EN' RATE TEST APPE! DIX D .c AlmIENT TD!PERATURE HOUR UO. M BARO?ITRIC PPISSURE 30. // .,...DATE / 2/.3 / 75 [ /bbt<m ROT /JETER FLOU VERIFIED BY x ILRT DATA S!EET 0o3o / 96 oo'IS l b7 O / 0 0 l W s__0//S lY i Tnaismrix no. 7 79 s. RTD // 1 fy,25 9 t i. Z_.6 S4. M B 4. E 5' RTD <! 2 '~~s 9. C6 O t/. 6f & f. 6 E-8 4.GG _, _ liTli i 3 _ p /. 2 G 4. ~7 7 c, 4. '7 S 8 -l 7 'I i LTD # 4 _D11 B T!=.0 -h ? t c= TE h p2L_.E_._*Go O D E: LE Tci) RTD # 5 94/. 49 G L/. 5 9 4, H-8' O % '-t Cf lWIL_._ & e_it;_.;?9 g_r-l,__e_!

64. [

_____S_ H. 9 OHCL j Ri1: & 7 9 u. 9 c q B L' C. ' t. o R*IlD 8 G '/y_? e S,] 7 6 4. ~7 7 GS. * / C.s RTD il 9 9.tr, s V

25. 3 5 jf,5._ Ni S5.35 f _ t 5'. c7/

e E. O S G 5'. i S S, 0 7 RTT> '. 10 _ 9 Q._); ? ) _ Q*l,~~7 7 93:.~~?C. 'I'))5 ,- O hD.. T L

j, ka i. + i 2 i

w.m. .m y-;_, _L. m. m._ ,__ _6 j_. [g .RTD 0 14 6 . S J G S(i.e 9 4 6-U/..*5 d' RTD. 13 8 fi /. f~y St/, 6 2 6,%._5 A _,_ 8 4/. Ei_ l~ RTD 0 16 } __ _ e.y. 7 ?., C y. 'LI, 9 g. <? 2 6-4.92-RTD 3 15 c.'/, / 9 QS / 7-6 "dS __3'1_/ '/... RTD 9 17 E. Cf. LV e et. 7 *L. _q_o 2.y_ G cl. ~2 5^ Rio # lu

95. / Y 95./S G!

• t tj 6 5, t </

R1D #_19 ev. 7 3 Q_4 7 7.- 5 cf. 7 y e%7 2_ _ _ RTD e 20 84.5 8 '!. 4 9 G o t. *i9 9</ 9G RTD # 21 / RTD $ 22 _/ ~/ /g y RTD # 23 / RRD f 1 ~7 2-. 95 ~7 L '/S* - 7;C. 9'7 '7 2.. '17 ~ G D f 2' 6~7.9 3 67.89 G 7. W 6 7. 9') EllD__# 3 6_7 d 6 67.67 67 6S, _6,7. 6_s2 EllDji 4 7 0..U *) ~70,3_9_ 7 c, 3 E_ 7 0. 59 nnD # 5 7 o. 7 / 7c.7e va. vr 7c.7/ RIfD 0 6 7 2.08 '_ RilD f 7 f ~ 7 2-. O E ~ 7 2. 0 S* 72,OS .) / _/ f RilD ti 8 f f f ,f I 2. Pr.e..s..s.u_r_c 0 1 65/'7 / 9 6 /~7 I 85/7/ 9.5/7o sPressurc # 2 .i RTD - Resistance Tcinperature Detector, RilD - Relative ilumidity D:tector,

Pressure, TerminniOperatorO/f

~ u

tou u i 11-1-75 OPERATING PI:00CDURC 13100.1 TNTECHATED 1.CN' RATP. TEST ) APPENDIX D e /JZIEUT TD:PERATURE 69 I!OUR NO. 34 ,...DATE I 7--/ 3[ ~'/5 E/J.0 METRIC PRESSURE 2 0*// b ROT /22TER FLO*.1 ~ VERIFIED BY,_._ __Tb ILnT DATA SHECT l " $2 9 2.15 l # N - l ( Tn m/st d.E no. OI3a / ko 014 S l '$$/ O 200 / 1 ~~9 M,2 5' G 4. '2 C, 94,2I b 4/e2 6 nTD # 1 (5~4. L, G 8467 6 4, 6 '/ 1[e 4. C G RTD e 2 69.7e e_9. ts "-~s <-/ - 73 6 t/- 77 RTD 0 3 RTD v 4 DEu=TCD Di~t ETE_b DE k r2~TEC ._._ DEL-RIED RTD # 5 S4. M G 8 9. 4 c? 8 4. 4 ~7 ~ 64 50 ___ e. i..,_7f 6 4. e i 8%EB 6 (f. a f 6 R_IE., _ 7 S y ' ~j.:3 s ti. c; 4 1 8 <,t e/a 9 4. c7 5 c RTa u RTD o b b H. 't ? S q, 16 1 G M. 7S 54 76 - 8 ~ K35 85.33 8 5. 3 '! RTD ;- 9 E 5. 33 RTD, 10 e s. o't e5 o9 eg;o8 65.o9 nn, o T1 tu /c j ci y. - f y ~e <,<. y 7 1 (p-37s Ign v 12 ) <:-s. x.* 9_Fr. a e I gm. 4 L__.D L.'. 3 7_ _3f/_. 6 ~/ S 4. fo I 1:7 D - 13 8 y. ff E 6' N - 5 8 .RTD i 14 6457-- _G t/. S/ ,, _,_r3 %5 "2.- b4.5i RTD 0 15 _,jd H.'l 3 9 t/. 9 3 B y. 9.3 8 4. 'i ?._ ETn # 16 e 9. I ~1 O 4/. / 7,,_, ___gjg4 fty,,g W._-M.[45, RTO p 17 E q.2..$ 6 q. 7.<2 e, 9, 2 _s e y, ?,3 Rio 0 18 e s. 6.5 G 5. / 4 S S. /5 er.#4 RTD ?_19 2.4,74 __OM. 7) G4. 7 5 8 % 7.'3 { .___ RTD 6 20 e 4 4 (, 9 :./. vs 6 <-/. y y a q.9 ; j DTD_f.2_1 / / '/ RTD # 22 / ~ f ~ ~ ~ ~ ~ RTD # 23 f RnD # 1 7 2.. W 7 2.. */ Z_ 72_,9S 72., 96 6 v.c7c/ 6 Z _S 9 eG 7, 9 / - 67 SE .RHD_p 2 nllD,0 3 (6 7. 6 G dk7, GG G z. G 7 G 7. Ge l RHD # 4 7o. 3_7 7 o, :55 7 _, 7o, g_ 2 yo, 3 Ruu # 5 7c. 6 G vo, 65 7 o. 68 70.6 7 ~ 111U) # 6 72,o6 ~ 7 2., (~) 3 ~ 7 /, 'j 57 7 7.-. 0 / Elin f 7 [ ~ ~ nllD 0 8 f Prescute 0 1 B S : ~7 O G5i7o 85/69 66 /(3 (/ PI~cTsu'Fe 0 2 m ..N RTD - Resistanec Temperature Detcetor, RllD - Relative llumidity Dctcetor,_

Pressure, Terminni Operator

/ a 1 L

rme r, 1 11-1-75 OPERATIMO PROCIDURE 13100.1 INTECRATED f.1.:M. Rt.T" TES_T. (Q.. - t. APPENDIX D i SS /0 0 /JGIENT TDiPERAn!RE Cov HOUR NO. EAR 0 METRIC PRESSURE 3 C. / / h ,,,.DATE / 2-[.5 7f N[ ROT!2:ETER I'!OU VERIFIED BY G ( ILRT DATA S!!EET ( Tm; ism?t.c_m. 02 M l'$Y outs' / Ws' _0300 / W C03/5 / ?! 7 l RTD # 1 -8 4. 7_ E-94.2.7 e y.2.4 s q. 2_G. e s'. t /_ e 4. 6 7 _ E 9. C,9 8 '-f. 6b_ _RTD_r RTD J 3 e 4. 7 9 ~~ey.7e s 4. 78 8 4. '7 8 RTD e 4 Da uc..so D e w rt y _De w c r> .~De ce rc r) RTD e 5 e y, 4 9

69. 99 e4 98

64. M9 l

RTD 6 e v. E / 6M.79 I 8 4. e

89. FC l

ETi'.E' EN'7&c l 6_i_ _t,'Oj i Q M C. ! 95NI I ~ in D 8 6_yf. / 7 E,9.75 ? H. 7G 764,~i_5 RTD # 'l G E 3 '/- 65.39 8 5. 3 6 9 6.3 5' RTD e 10 DS.c3

95. (

73 5. o 9 - es.05 ~" i2 e u. ? E' l 9 u. 77 c; g f 7 _(u. f "f __ G-Ri D.-,. ,ic ,,t,. H. m -. a. r..._, e,__ 6.%.., w 4. %.. s c, av 4 1(TD # 13 S '/. % / 9 4. G. 21 69 _'8 4 Ga .RTD 9 14 6 Y. 5 / 2 'l. 5 7 S i!, S _ _ f&Q Gn. 93 $ H, 43 8 L!. 'i.3 KTD l' 15 6.-l.93 t RTD._f.16 G <-/. / 9 N'3 / 9

99. Ig

_, _g y, t c _,_,_,, 9 R TD l' 'a GS, / Fl 6 S. ? </ _g y, 2 2. __G y E_2_. l I'd.U../..ll. V '/ d 7 -- isf O 5. I'l 85,i6 RTD l,,19 6 4, 7.3 9'/. 74 8 4. ~7 y 8yJ2-RTD 0 20 Gy,yg ey, y / gy,g/ gy, S RTP.f.21 / / /._.. / RTD # 22 f / l RTD J 23 / R11D #__l, 72.9.3 7 2.,96 72,% _ 72.W RHD 6 2 67 93 67 9/ 6 7, 9 '/ 6"7.90 R15 # 3 G 7, 6 '7 6 7,66 G_7. 61 G ~/ 7 / RilD 0 4 7o.55 7c, Ji s- ~~ 7o. a </ 7 0, 98 l Ri.0 # 5 7O.67 po,67 7 o,7 70.7-3 EliD $~6 ' 7 /. 9 6, ~ 72.O/ Kl!D__ f 7 y /- ~ 72.07 7Z a O c/ g __,, f y Rl!D (i 8 f f f ~[ Presourc # 1 G'6 /(o 9 GS /6 8 9 5 i (o 9 R5i68 fr^cTsin7c # 2 C* v' RTD - Resistance Temperature Detector, RilD - Reistive llumidity Datector,

Pressure, Terminal Operator t^G J Wm h e

. = a ..a b

11-1-75 c OPERATINO PROCEDURE 13100.1 INTECRATED I.CA ' RATE TEST APPENDIX D j AMBIENT TDiPERATURE b[o HOUR UO. M 3!D BAROMETRIC PRESSURE OO,/O [ ,,.DATE ROTAMETER FLOU VERIFIED BY /,(< Jm2 ~ ILRT DATA SHEET TIME /SM 6LE ND. O.3.:30 / / S 0048 /' ONOO /' &//I ! 9 O / RTD # 1 8 4, EI 8 4.D $4 M ON 2Y RTD # 2 84.(o7 f6 4. 6 7 64.63 9463 RTD # 3 e4.78 e '-i. '7 1 e.9 78 9 4. ~7 8 RTD # 4 D Es 2 Tc*;D h 6*L S T'ED del.2 TED bi=LE7 Eb RTD # 5 94.46 69.47 Ff 4 4 8 e4. 4 6 RTD # 6 $* 9W cy.c 94. bT - 6 4. ~78 94 8/ RTD # 7 8 9.G'/ 66 4. 9 '^> 8489 9 'f. 8 9 RTD F 8 8 4 7(c> S4,77 94.'7.6 8 V. 75" RTD # 9 Ra E ','. C9 65.39 95,32. 8 5.32.. S6,.34 RTD # 10 e s, o 7 es. oci 8 s. i Rs.o? Kl.D is 11 99.77 8 9. 7 8__ _ 84.77 83 78 _RTD #_12 8 4. 3 rt 8 9. e.J. 64,38 _ Q,e,_/._ aV,f RTD # 13 84.S'7 e4.59 94 6 84,56 .RTD # 14 94 6 84.5 6_k6/ 8 '/. 5* RTD # 15 94,93 G4.9 3 94 92 8 4. */ 2 RTD # 16 64./6 84.IG 84,/9 _,_{te/, /6 RTD,j,17 E.4.2.') E 4_. 2.4 842.2 Es #. 2_ y RTD # 18 8 6, f 5-B 5. i 9 6 5,14 6 5, / V RTD # 19 84,73 8 M. 7.3 5 4,72. 84.73 RTD # 20 9 -f, 4 7 84.5 84,46 8 4. 9 7 RTD # 21 / / / / RTD # 22 / /~ / / RID # 23 / / f ~7 73,o/ RIID # 1 72.9'6 73,O/ 72,97 _ _ 67.99 RIID # 2 6:> 7. 9 F G 7. 9 2. 6 7 1P 6 RilD,# 3 67, 7-G 7, 7 "Z 67 7S, 67 73 RilD # 4 7C, 3 9 7 c. 3 9 ___ 7o.39 7 c, 3 c,r RIID # 5 7 0. 6 9 7 c, 7 2_ 70.7/ 70 79 ~. - 72.,06 7 2, / RilD # 6 72, c)6 7/, 79 RilD f 7 f f f f RilD # 8 [ f f f Picscurc # 1 0 $i &~7 $$l[0[O $$/&$ ($$l$5 Pressurc # 2 RTD - Resistance Temperature Detcetor, l RilD - Relative llumidity Detector,

Pressure, Terminni Operator

i rew e, 1 11-1-75 4 OPERATING PI:0CEEURE 13100.1 i INTECRATCD LEAK RATE TEST T O APPENDIX D Q. 37' AMBIENT TDIPERATURE 6 U __ _ l10UR NO. EAR 0 METRIC PPISSURE 30./O ,.,. inTE / D ROTAMETER FLOU VERIFIED BY F' R. K { M ILRT DATA SHEET 1 QWf/ M3 0560 l9hy 0$"S 'W.C I / TTME/SNi?LE NO. 0 y3 0 2. nTD 0 1 6 4. 2./ 84.23 pt.2- / TH. 2 ~3 I RTD # 2 & 4. GS 6 (/. 65 F/. 6 5' v 4. GE' RTD # 3 fj4 76 94.76 7'/ M, T H ~77 4 RTD # 4 T)i~t e 7' E D D EL.E' 7*ED .D EL.ETED bff ETPh y RTD # 5 ~f3 4. 4 5 84.4'4 74 4/. EHHL RTD V 7 6 4.97 S H. E(o ~t</. J'7 9 4. ~1 ~7 -]- RTD v 6 e 4. 7.S" 94.77 X'i.'lI RW B R RTD e 8 e 4. 7 7 9 N. 76 "#4. 7 5' 64 74 3 RTD # 9 95.3/ 86.33 T6 'd A 9F31 - RTD # 10 65.07 65.O'7 8'I 05[ 86 O'7 F Id D fe 11 t, 4. 7 -) 84, 76 74 6 HH 7 7 ^ R'~D # 12 84 4 QL:39 _ 7(4. S'l . 313 Y k; T RTD,#,13 69.57 8 </,.S 7 se 4.f 7 94 56 "i .RTD # 14 69.5 G_y. e/ 9 yn7 94.50 RTD # 15 8 4.c3 2. Sv. 9 Z-I't S Z 6 H. 92 RTD # 16 8 4, t6 6 '/. / 7 9 4. l T AH t1 j RTD 9_17 64.2) 9 4. c / "$' 9 2. L 4 4 2.2. J RTD # 18 e S. / 4 85,/4 x r.iq e i. i 4 RTD p 19 8 4, ~1.3 6 '/. 7 V S y. 1 -J B3 76 Q RTD # 20 G 4/. c/ 6 66/. 4'? 74 4/ 04 4 f, _ i, ~' - RTD # 21 / / / o RTD f 22 f [ ' l. L RTD # 23 / RI!D # 1 73.O

73. O V

-7 5. cy __ 7 3. OT 5 Rl!D # 2 G'7.*/6 GG.O Z L ~7. 'l N _ /_ ?. O I E RilD_ _# 3 6 7. ~7S' G7,7 5 (o_/. ~l G tl 7. 7 A 3 RilD # 4 7 0, c,t

70. V 't 7d, 40

- 7 c.4 7 M Ril0 # 5 ro.77 7 c.'7 5'- 70.73 7 0 7L 9 RilD # 6 72.06 7 2., o 7 71.0 7 12.C M _.} 3 RIID f 7 / / f j R110 # 8 f y' f f -=. Prescurc # 1 95 / G <-/ 85/64 053 fo 4 1544 2 ~~~ P'rcss'ure # 2 A C' RTD - Resistance Temperature Detcetor, ] R11D - Relative ilumidity Detector,,_,

Pressure, 4

..s 2 Terminal Operator =

==

.b

l PAGE 1 11-1-75 OPERATIUO PROCEDURE 13100.1 INTECRATED LEN: RATP TEST APPENDIX D 38 AMBIENT TD!PERATURE b2#P IIOUR NO. EAR 0 METRIC PRESSURE 30.lO ,...DATE /1!3 [ ROTA1:ETER FLO'.1 VERIFIED BY O k 3 As ILRT DATA SREET 7 bO B @I 9 TIME / S A!!?LE_ND, OMO 6 @@ RTD # 1 Pl. 2. / TH. 2. l 94 2. l 84.2_3 RTD # 2 9 9. /,.cf 9 q GM 94 64 s q. L y RTD # 3 7 9. -) 4, 8 4.1.f B 4. -).;- B y. l/. RTD # 4 DELE TED DEL.E'TEb BEL. GTGD MLE Tsh RTD # 5 94 41, 84.4/ B4 4 b A 4.4 > RTD # 6 94.'77 84 79 941Y 9 'i. 7 7 RTD # 7 O H. SG S 4. 9 B y. C "L f3 9, h 7 t RTD e 8 B 4. ~13 6 4. 72. 94.13 9 4. ~19 RTD # 9 BS.3l % i.33 ~6 7. 's ( % C. 2.'9 RTD # 10 fjg. O G g 5. o 7

95. o -}

95.of ~ RI D F 11 84 7-) i3 4. ; (, g 4. ~) $-

64. 7 L PTD 6 12 gg. 3 6 9 i4.35-gy. 3G

__ S_g y, R "~ __ _ RTD_ p,,,13 Qq.5 S-8 s.j_ 5 7 9gg -) B 4. SG .RTD # 14 9 't. 4 l 8yy8

1. 1_41 94.Hj f

RTD 0 15

04. 4 l 6 4. gL g4 92 A q. er l P T D,,#,,,1,?_,,,,,,

94.23 h 4. 1. l 84 2._ rg y. l ~} RTD E M 9 4. l -) q q,16 .f.34 19 94 2l y RTD # 18 9 f. # 3 sh 8T. 2 OSs13 95 13 RTD # 19 9 4.'13 Ty. J3 9 4. ; 2. Sq ;i _ _.RTD # 20 p M. y 5"' 9 y.q L 99.44

94. H3 5 A s. -

/ f j y RTD #__21 RTD # 22 / / j# f RTD e 23 f f f -[ RilD # 1 r 3.ob 73.07 I 3. o-} ~7 3. 0 9 RHD # 2 (., $. 00 v 1 9 5' fo B.O 'b (s R.0 % RilD # 3 4 7. 7Y (, -), 9 O (,1. SO (., 7. 8 1 Rl'II]) 4

o M3

-) 0, w 4 7o. (5- ~70. 4 G RHD # 5 10 I9 1 o.4 l

70. B 1 10 81 Rl!D # 6 72.I'8 72.09 72.))

7213 RIID # 7 f f f f RIID # 8 / f f l/ Pres,c_ure # 1 W 5 l (,, L] Mfl O S.f il,2 S S 1(, 2. Pressurc # 2 ~ h RTD - Resistance Temperature Detector, RilD - Relative llumidity Detector,

Pressure, Terminst Operator O b

^

~ l PAGE 1 11-1-75 OPERATI!C PI:00EDURE 13100.1 INTECI'ATED I.!'AR RATE TEST t*% q APPENDIX D u mIENT TDIPERATURE 60 F IIOUR NO. 37 EAR 0 METRIC PRESSURE 3 0. jl ,.,.DATE /2 3 5 ROTAMETER FLOU VERIFIED BY '[ _f y ILRT DATA S!!EET UC[ MM[ OMO/ OWI 3-( TD!E/ SAMPLE NO. o / 2 RTD # 1 84.2.0 _ $ t/. 2. Y d 1L 84,2.7 RTD # 2 F3 4. I, 5~ 8 </, G, y f 'i b 'l O 4,b 5 RTD # 3 8 4. % p[</, ~7 6 t'/. 7I O 4. ~l.6 RTD # 4 DELSTED .h & LETED D EL GT2b DELETEb RTD # 5 Su r+ .564.qg geg, c/6 / '/. '/ / 8 4.L4 4- ^ RTD r; 6 p:y.,f4 e </. 7 7 Sv. 7# g y. 75 RTD f/ 7 p, M 6 2, f y, S 7 f *f..i(> 84.% ~- RTD # 6 % q. 1 L) R ct. 7 z. L't. 7.3 QH. 7( RTD # 9 95.30 R S, 3 Z. S5.3i - 9 5. 3 2. a RTD e 10 95.0 5 gg o$ ff.05 SS. 0 6 RID u 1.1 9,4 77 pre /.'y G py.77 9._3. 77 ~D st. 3 6 6 y. 3 -) 5 't. 3 J . S s+. 3 5 Y RTD & 12 RTJD_# _.13 9; H. Sto R s.t, S Q P't. S5 8L).SS ~ .RTD # 14 SH. 4 L, (,> c/. af 6' ,[*/. _'/ 7 , _ 6 */. <-/ (_, RTD # 15 g4.ql g e./, 9 Jaf, 7

g. 4/. Q RTD 0 16

% 4. t l g y, f f . y af. 3 (, _&ef,/f _ RT_D._d 17 N. I C1 84,/6 i'f.2. 8 </. 2._2. RTD # 18 95 12. 65,/2 > r. i s S 5. / z. RTD {r 19 94.13 g 4, / 2.

1. 't, ; t 6>*/. 7.3 RTD & 20

64. H 4 St/, 4/ Z 2 sf. '/)

5 </. cf3 RTD_p__21 / / j j RTD # 22 f f-RTD # 23 f RIID # 1 ~7 '6 10 7.3, // 7.7. 1 L /O,/2 RilD 6 2 /,9.oi f 6. o V (, p. 0 7 @_g, o Tr RilD_G 3 /,;, 7. g L 6 7.85 q,ff (p 7. 85 RHD # 4

o. 9 h yo. e,ep 7 o. af 7 yo, VB RHD s 5 70 95-70, SS 70, f.7 70.83 Rl!D # 6 12. l }

72,/</ ~ RIID f 7 f_ '~ ~ y L s 'f -72, / 6 f RilD # 8 f y _[ [ f g Pressure e 1 h5' I b 2 f.15/ C / <V f / ro / & 5 I co I Prcosure # 2 RTD - Resistance Temperature Detector, R11D - Relative llu:nidity Detector,

Pressure,

l' AGE 1 H-1-75 OPEllATTI:0 Pl:0El:t/Jrtu 13100.1 INTI:Ct'ATro I1:N P.4Tf: TEST [ APPE!! DIX D N . AttillEMT T12!PERN!11!:E _ 00 If0UR,1:0, EARO:iETRIC PitESSURE OO.// A ,.,. IIATE /7./ 3/ 75' _ n0TA!!ETER PLO'.1_ VERIIIED IY [ /, ^ c II.ItT NATA SitCET . 7'Y.S ? $ 5,O_S * *lh._c.05 l

r. sne.f snwt._E nn, U. ~7.5.0 l k./ w

[ 0 . -.._ 7- =.. s 6'/ 6//, Z o AS. 2.o e e'/. /6 l if f, Z o nTn a 1 _B b..b ?- SidGS -..A't,6?.- n!n d 2_ nro 0 3 e s/. '*/3 c./. 7.7 6 et, 7.6 _6ff, 7 </ 1 uTn & A _b L. c. e r c. o oe <. e, c.o D r <.e r c o o <. <. a rc. o nin 0 $ _2H2/1 SH,.iL1 &.'1Jih ~6.T/~E/5-. ~ 14 1 0 6 _.82/C/ 6 LM_7 t! OSI 7.7 .__GS 7. 'y uTI* f 1 D.'/.kG 9uIxB:7 62x23 _2fL_U G nrn e 6 ft/. 7 2 __b.'i t2 4. Q21. J.?- E'/ 7 / ) nTo a 9 9 s, 3/ gy,ao Q:r. 3 / ._e5,.'$ / - nTu (To 9p.o 6 QLo(, --~ #qsmoC __OJ py - - ~~'# " ~~

1. ' C 'y "e~*< t.";?,p e 'y a' ' g _ _.

.f.1 */ J.g.

• ~ * ' '

F, C: urn e 12 G!r. s uTU L 1}.-.-. 6.'/A3 G1Lt.5iI O't GF - 6.'h.St. .--(6 6 2/6. l' Bf1L7.- -. . nin l' 1!. tj '/.3D LtW1LB %,$_7 'a</.9o -..kTn_0.15 ee/. 9/ n si, g_o_ (f*Q(M,/$ _, ('/. / 5 G RTU 0 16 ff'f / 7 0HQ} O O */, / 7, .IjTn f.,,17 9t/,4./ [S yJ f _ ETp__d 16_,_ ff y, /J gy, I,5 Gg, / 2. QS_,j/ nin & 19 e tt,7 *) _321,3_. e */ vo _SS 7.o __itTu 0 2C _ Q '/. 4/ 5 Q). t.] tl OM '/ / _Qjo '/j/ g M*I N Pt s RT.n a 22 -. ~. - ' w --m Hitn 0 1 W._ _ / </ - 7 3, I T

• 7Jf /B

~7.*5, /G> 6dh/d O., 0 $ 3!!!n. 1 -. .A7d d __6 7. }i@3 Ga. o9 _ <:R,}Wo. __ __. ILHI). 4 3 RILO _6 7Gg_6 7_p, 6 C __. 7)9,95)/ -ftZ:3 o ,_g.7c, 79g/V 79,_ </ p. vo unin b_4 e 5 ,,p 7o.Ep RHH? '7El /3 7&sJ Z . 7.AeEO '7 %: ?O l_ y{ y' /_. e-. ..u_ ~ =- Pryneure,_0 1 1:M10 9ff/ 6 0 _[yJ'/Go _ 6.5 l 60 8 Preasuro 0 2 RTn - 1:esintanco Temperaturo Datoctor, Riln - Relativo !!umidity patector, Pretiou ro, Terminni Operator d [ g

~ i PAGE 1 i 11-1-75 OPERATING PI:00EDUnE 13100.1 _ INTEGRATED LEAt: RATE TEST APPENDIX D N[ N HOUR NO. AM3IENT TDIPERATURE t. /2./3 /75-BAROMETRIC PRESSURE 3 O. /8 ,,.DATE Jn \\ ROTAMETER FLOW VERIFIED BY. r, ILRT DATA SilEET 0830 lYe 094S 'Yo9' 0 9 cc l f o___.N 'i!> ' $l2 ( T1xElsm?tE no. RTD 0 1 S Ve /l 04/. lS 0 No l9 RTD # 2 S t-f. 6 2-- S il. G / Et '4. (o / \\ l ~ RTD # 3 8 t{.' 7 3 84 73 8 4. ^7 2- \\ f RTD # 4 C)d LG TC.D D&.LE TE,D D CE.4. 45.TCl> -N 'E I RTU # 5 6'//, 4/ 3 8 4a 43 8 4. N 2- \\ 9 '/. 7 '/ 8 </. 78

64. 75

\\ RTD & 6 ~ 9 2/. 6 '/ 9 4/. 8 2 84 6/ \\ i RTD f 7 RTD # 8 9 4/. 7 / 9 t/. "? / 6 % 7C \\ i RTD # 9 Bg, 2 7 95.2.6 86,2.7 I I iJ RTD V 10 @_ o t/ 6 S, o c/ 8 S. 0 3 \\ l bid # T1 et/.76

64. 74/

e't. r '/ ',,,_ j\\ 1 I h, l RTD f 12 q __ _ p </,,3 4/ S*/. 3 3 8 </, 3 / _~ LO </. S/ l RTD__,0_13 84 SZ 8'/. SC/ .R_TD 9 14 9 t/ trf 84f. 4/_6 8 4.J.f}y. l_._ u RTD_0 15 8 e/, Oc/ G4 89 6V. 99 ( RTD ;1 16 S </, /s e </ /</ s 4. / 4A l J RTp._0 11___ 93 ? / 8 </. / 9 E_<f. i & _ RTD # 18 Bf // 85*. / O 8 6, / / nl RTD # 19 9 </. 7 / 6//. 7 o 6% 7/ ll ___.RTD # 20 9 </, y3 f:f </. d/ & 64.43 l' ~ RTD # 21 / / / / f RTD # 22 / f f 1 f f/( RTD 0 23 / RUD 0 1 73,/4f ~7 3. / 8 7 3. 2./ l \\ RilD # 2 G 9, /' </ GG /O G8e/ / \\ RilD_# 3 _,g_g_S,9 6 7. F/ 6 7. 9 Z. / \\ EllD # 4 7o.55 7o.55 _ 7a 56 / \\ ' Rl!D # 5

70. Po 70,7/o

70. '/ 3

/ i Rl!D 6 6 72,/7 ~72, / e 72.2/ / l __ _ t RilD f 7 f f f / g__ Rl!D # 8 _f f f g] P,re,s, pure 4 1. 65'/58 GS/S 7 65/S5 / \\ Preasure # 2 / ( ~ RTD - Resistance Temperature Detector, RiiD - Relativo llumidity Detector,_

Pressure, Terminal Operator

^ ^

~- g(gy l PAGE 1 11-1-75 OPERATING Ph00EEURE 13100.2 INTECRATED LEN: RATE TEST f APPENDIX D C.cyco ff e a t e FA j 3 'RT cs f AMBIENd1DIPERATURE 19 HOUR NO. l ITf3l~78 BAROMETRIC PRESSUnE 30./6 f ,,,.DATE ROTAMETER FLoa

3. 4 3.c.E M.

vERIrrED By ) [ %_, d C G R T '9l.W EI0 C Iti u / f ~ ' ~ ItRT D/sTh Sil. ET ( 09oo / I o g 1 5 / 2. o 9 3 o / J' o 7yS/ y TDT /SAMPI.EJ 0. RTD # 1 8 4. 19 84.16 09.Ib 84/, /5 RTD # 2 64 68 6 4. G7 84.60 . 6 4. S'/ RTD # 3 8 4. 7 2. G. 4. 7 2. O 4. 12. 64,72_ RTD # 4 DELI? r-c. E> E.L t T c. t> E Lc. r c. D t. 'E 'f c-RTD # 5

64. 4 L 84.39 8 5 4. 4 Z.

6 4. # ~2. RTD 1/ 6 o q. 7 5' q q, '7 / 84.13 S4, 7 / RTD # 7 S4.8I Q,4. 6 0 8 4. O f 64.'79 RTD # 8 S9. 7o G4. Tt

84. 70 B.9.

7/ . RTD # 9 85.27 p s, z. 7 - 8 5, 2. 7 >. > 65,26- .~ ( f RTD # 10 e s, c 3 es, c 3 es. 03 Bs. 07 m R1D_# 11 R4. 4 8 9. '? 5 t 4. 75 B4. 76 RTD

• 12 64 3i 64 34 8 '/, J 2

.8S J o_ y RT_D_(,.13 8 4. Ss 94.67_ 9 4, S-.$ G 4, 6L l .RTD # 14 94.44 64.4.3 _ Q%,_4 4 _ _ 84.88 8 4. '4 3 RTD # 15 64 89 6 4. G et 64 69 RTD # 16 OQ,14 9 4. t S R 4. / 't _._ 84 85 RTD,p 17 E 4. 18 G 4. t e 9 4. 19 _ 64.11 RTD # 18

65. II S S'.

/ / 85.10 65.I( RTD # 19 S9. 7 i G 4. '72. G 'd. ~7 / 9 4. "Z_o RTD # 20 g4,43 84.4 3 84 4.3. 84.47 ~ RTD # 21 s / / s RTU 22 / / f _,/,,,,, f RTD # 23 / f f R11D # 1 7 3'. 2 ! - 7 3. '2. 2. ~73. 2.2' 73,2(3 RilD # 2 66.to 66, / S' 68./6 68./o R}iD_# 3 6 re 9 2. 67, 74 (ce'7n94 (o7,76 j. 7 o, 69 R}lD # 4 7 c. 56 - y 4.s 6 __, 70, S_*w 'Rl!D # 5 70 9.3 7 c, 76 70.95 70, TG RitD # 6 72,2.1 7 2, 2 V

72. 2. 4 7 2. 277 RIID f 7

/ / / / Rito # 8 7 f / f Pr_c,scure # 1 85 i SS 6'SiSS 6 SI 5 <f 8 S* I sz Pressure # 2 RTD - Resistance Temperaturo Detector, RllD - Relative llumi.dity Detector,

Pressure, Terminal. Operator _ 'd 8-

~ g g g 7-- l PAGE 1 11-1-75 ~ OPERATIN3 PROCEDURE 13100.1 INTEGRATED LEAR RATE TEST APPENDIX D /JmIENT TC4PERATURE 6'7 # . HOUR NO. 2-EAROMETRIC PRESSURE '30,1.7 'O ,.,.DATE Ik.3 [~76 ROTM ZTER FLOU 3, 4 S.C., F. M. VERIFIED BY 8. A w< N ILRT DATA SHEET TIME /SA'GLEJ0. /00O f /0 M 6 M30 7 /C W 8 RTD # 1 89.Ib SN. / b ?'f' # ? '/ * / 7 RTD # 2 84.59 84.59 P 't. 6 / 4. 6 / RTD # 3 89.7/ f6 4. 1I PY. 7 / / */. 7 't-RTD # 4 DE LE TT:_ D D C LG.-Ns 0 D C LC TE t> DetE.TC9 RTD # 5 84.47 8 4. 4 l f 'f. '/ / / */. Y' RTD tr 6 64.75

44. /4 f '/. 7 1-

/ '/. // RTD # 7 84 7'I G 4. S k f'/. 7 7 / '/. / RTD # 6 8 4.~7 2. @ C/. ~7 / f'/. 67 / Y. 6 7 RTD # 9 E 9. 2 'E B 5, 2. 6 p f,1 f P r. 2 L e4 RTD # 10 8 5, o 2. 9 5. o z. p5 o/ / I. o / lilD.#11 SH. ') 7 9 't. 1 S~ F 't. 7 G S 't. 9 / 'l RTD # 12 84.32. 94,32. f v. 3 3 / 1. J '/ RT_D_f_13 64.53 6 q,5 2. P f. f L f v. 5 .RTD # 14 64 46 9'/.dt3 P 4. Y6 f./. y6 ___,_ i RTD & 15 6Ll,96 63.87 $1. jf

14. //

RTD 0 16 G H. I 4 S Lf. I lf . S 9. I 3 J f. I'/__ l RTD,f,,_17 64.IS 84,/6

1. 1. CI

/Y /7 RTD # 18 O S. o9 8 s, / ff.I f 5. // RTD #_19 6 4.7 0 8V.69 f y. 7 p y. 7 t RTD # 20 64.43 8 4. V(/ f /. Y 7 t'/. Yr, RTD #_21 / / / j RTD ! 22 / f f ~~ RTD # 23 y' f f RnD 0 1 ~73, 2.9 ~7 3. 3 2. 2 3. 7 E 73.L7 RHD_'& 2 6 2, 2.-t 69,/9 t, p. I T

t. S. 24 RilD d 3 (g7 9 7 G 9, O /

t, 7. ? f, 67.77 RHD # 4 7 o, 6 t/ - 7 c. 6 5 7o.62 to.6Y RIID & S

70. C 9

/>rk M. ' 7 /, FI 7 /. O/ 7 /. o i / RIID f 7 / f ~ 71.L# 7 t

7. 7 a

~ RllD # 6 p 2. 2.T 72,3/ f f RilD # 8 / / / ,f Pres:urc # 1 8'.5 i S / 65/5 0 8 f/'l7 85/48 P'rcTsu~re # 2 ~ { RTD - Resistance Temperature Detcetc,r, RHD - Relative 11amidity Dctcctor,

Pressure, Terminal Operator

'i c

PAGE 1 11-1-75 OPERATII:3 PI:00EDUnt 13100.1 INTECRATED LEAR R.*,TE TEST ? APPENDIX D 4 AMBIENT TDIPERATURE b9 HOUR NO, i1 3 - 7 I 30 /7 f ,,.DATE EAR 0 METRIC PRESSURE ROTAMETER FLOW 3Y 5 C.F 11 VERIFIED BY [. [. bue ILRT DATA SHEET 7 II I /0 TIME / SAMPLE NO. RTD f 1 [Y. I 7 f T. I [' f'!*I7 Y. I 2 RTD # 2 S 't. 51 l'1. S 9 l'f. S Y l'1 3 i RTD # 3 / 4. 7 L

1. 4 7 %

f Y. 71 P Y. 71 RTD # 4 r> 21 tTEb D6L6rEn O diGT'LT) O tit.ti7CD RTD # 5 I V. 4

1. '1 4/

f M. 5-/ ~t

1. Y. Y t

. RTD 11 6 J 't.1 I s'1.72 A '/. 2 'l 9 't. 7 7 RTD # 7 E 'f. B f'f. A t f Y. 7 / / *f. /" RTD # 6 / '/. 7 p-l. 7 /v. 6 S P 'f. 7 / RTD # 9 f f. 2. / / f. Z # 15, If A f. 1 C RTD # 10 f r. 0 3 ff. O % ff. 0 3 ff. 01 rid # 11 / -I. 7 7 p y. 7 7 /y.7/ / '/. 7 / R'I)

• 12 f y. 3 y f if. 3 y py.3 y

/Y. 3I T RTD 9 13

1. 1.5/

/.v. // fy. f3 / Y,I Y .RTD # 14 /'f. 46 E '/. '/ 4 /'/. YC /y.V/ R*iD i15 S 't. // /4. /j ((ff /1. jf ~ RTD 0 16 f 4. / v f y. py . / y. / / / 4. / f RTD # 17 f v.IY f '/. # 9 /1./7 / y. // ~~ RTD # 18 }/./ ff. II ff. / /r. it RTD # 19 / Y. 6 / 8't. 7 o A 4. 71 /17 .RTD # 20 / 't.

• /y

/ 4. Y 7 /'t. y 7 / y. Y/ ~ RTD # 21 / / / / RTD # 22 / / / RTD # 23 f" f f Iu!D # 1 77.33 73.3Y 73 3y 73.39 RilD # 2 6 /. / 't 6/.26 6p./6 6 f. 47 RilD # 3 L f. O D &l.03 (, f. 05 (, / C G RIII)7 4 7o.67 7 o.6f 7 c. c / 70.6 / EliD # 5 i/'O er-11.0/ 71 02 7 l. O *l-21 05 ~ RIU) # 6 71.3 71.t/ ~ 71.3 71.3/ RilD f 7 f / [ f[ RilD # 8 f f f f Prescure # 1 ? $l 4' 7 h5lY7 h.f/ 'fh 95/'/_S P'r'e E urc # 2 ~ RTD - Resistance Temperature Dctcetor, RilD - Relative llumidity Detector,

Pressure,

'Ters.tinal Operator I r .m,, _]

l PAGE 1 11-1-75 OPERATINO PI:00!; DURE 13100.1 I!!TECRATCD LEAR RATE TEST Y APPENDIX D w. AMBIENT TC4PERA'rURE )(o HOUR NO. EAR 0 METRIC PRESSURE 3 C,l5 .,. DATE h c. - S, 7 6 ROTAMETER FLOW 3. LI bCf M VERIFIED BY a (_[ ILRT DATA SHEET Ill C / 19 IMd i.; i L4 5 /p, g!E/ sal @LE No. I I.3 - [k[7 7 7. 4 NO b.I$ RTD # 1 RTD # 2 f W. 6 ( /" 4t (o 2 T 4 bh 9th (o l RTD # 3 P<c. 7 2 Pct. 7 / F4.7 L .Wf 74.7 A RTD # 4 % \\,e A,._ ) h e\\eh A N \\ e 4 b_ D.s \\ 4 A e_d '~ ~ RTD # 5 7 % 4.3 mc/N4 5 % UM 94.4L S4.70 @ 4.7 0 RTD r; 6 N. 7 'i A u 7 't RTD # 7 '50 70 t o.7 W 7o T4.2 1_ RTD # 6 ~P (,/. 6 C/

74. 7A 9 tl 'l (

T 4.~11 RTD'# 9 f.i d (o TfA 7 96.2.9

76. M r..

RTD 0 10 r.5 o 6, rf.o.s f 6. c 4 9604 IdD, # 11 9'4 / 7 7 cf} G. 34 12 _,,,,,,,,J_M. ') T RTD # 12 7% d Q r v. 3 t.( 74.?1 _,Q 33 RTD # 13 XC4.5 & ru. 'T;;L T M. -5 5 24.66 94.44 .RTD # 14 7%C47 7 6 'f 7 7 LA.4 % ' ~ RTD # 15 _79.T2 (c/. G 7(l'M Stt.'i't RTD # 16 TWfC Fc#. / f T4.1(o _.,_ 9 4.(Co__ RTD # 17 f 4.c,2 l cQ Z (

94. L\\

104.1 0 RTD # 18 f fll ff/o TE. l t 76l1 RTD # 19 74.7( T ct. ~/ r 7 tl, ; L R') O RTD # 20 7 LL s'2_ f </. S' / 9y,C3 1;Q. S'; RTD # 21 / / / / RTD # 22 / / / s _f f, f Rn # 23 R11D_f 1 7337 7 ((./C 7 3,4// 7 2, 4/ / R1lD # 2 (i, Y,eQ Y {, Q /b ['o8'1 (o T. 6 C f _O_, (o V. \\ L ~f [7J RHD # 3 _g, 7, o 2 6, f. O ' 56 '?CO. 7 O Rl!D # 4 po 7J 7c. 7 4 RHD # 5

/. O '/

7/. / / 7 /, d f '7 l. I 7 - ~ Rl!D # 6 7e?.3e/ 7 13 ).2 _R R 77 14-RilD f 7 L / / [ Rilu # 8 f f f f Prescurc # 1 76 [Y ((/4 [ 76///g 7 5/M3 /?b o 5 h/b

2. // 6CP1/

5.W6CSU 3 /-/0 ' /'1

2. 'l.S CF01

~ 6 RTD - Resistance Temperature Detcetor, RilD - Relative llumidity Detector,

Pressure, Terminal Opc..

PAGE 1 ^ 11-1-75 OPERATINO P!;oC;; DURE 13100.1 INTECRATED LEAR RATE TEST ? APPEh7.)IX D %L / AMBIENT TEMPERATUnE h HOUR NO. h EAR 0 METRIC PRESSURE.3 C,/6 ...DATE_ b C. k h 341% '/

3. % 8 I h\\b]

VERIFIED BY ROTAMETER FLO*1 %# r~4h)GD 1 s 4 s.mW i 'ILRT DATA SHEE W ( TrvE/sm?tE_no. 13co / it t3II/ S (33cS/i9 ) 3 W / c. / 3 RTD a 1 t%1 M IT K@l a te.,9 0 nTD # 2 74.60 ? 4. 6 L. f V. /o / Wh% RTD # 3 p4 '13 ( 4. 7 cd S'Y. 74 ? 4. 'l 3 RTD # 4 h)#M h m t,_ 4 A. b.\\ A .\\ t h \\.rA= 1 RTu # 5 T4.y 1 'I 4. 4 R 8' N, //4 7 uAl-RTD ft 6 T 4-30 7 9. ~1 4 79.7'7 m f3 RTD # 7 40 9\\ 1' 9. 'f] T 4, 7 C @ 4. 7 ( RTO # 8 '74.71 7 4. D 7 4. -Q T 4.7A l'~ RTD # 9 % s. 1 ci 9,5. 7 c\\ es.s 7 7 T Mt RTD # 10 7 6.o $ T 6, 0.5 76o6 7606 RID e 11 7 9. 17 9 4..'1 % r 4.y o 29-W h'~. Riii e_12 7 4, L 74.36 g q, M _,,__13ah RTD # 13 Y 4. 5 4 <tQ. 6 4 14.5 1 74.5'l .RTD # 14

14. EO T 4. tT_C

_g 4.Q 74_5L RTD #_15 74.89 7 ( 3,9 W. ri 74.6)O RTD 11 16 <f W i 7 7 g 17 7 4,, l (.o '!?y, 3, ? (./. /u; 13TD j,,1,7 <;r u. 2 2 74,l l 7u.A L _ RTD # 18 f sJr" 9.5. \\ 3 76.13 /G.1l

7../ 3

~7 V,73 RTD #_19 7 4. l 'b T %.14 t u.') t RTD # 20 24.51 7 4. S ol T@. % 9 4. 6Y RTD 9,_21 / f f ~ / RTD 9 22 / / / _, _ [,,__,, f ~ RTD # 23 / [ f b RnD a 1 vs.4 / 7 3.4'a 7 2 4to ~ ' 7 2 4% Rilo # 2 (, R'. 3 A f,f J _st fo y j'. 7. R ';f RllD__0 3 G T, ((f (, [fd 9. (p / y Q)f RHD # 4 M b.1 l ') c1_. JT JC). '7 llL 7n ~7t./ RUD # 5 nl.tT ~7 f. fL{ }}.(// ') / / (_ RnD f 7 2 ~ '1,9 3 Q '2 "") A (A /.;2_ 3 '7 RIU) f 6 iJ AK / / / -._ f ,/ ,/ / Prcscurc # 1 kN f5[M M/N ((/M[ 2 4 Sc.ps; 3. 4'.Scf/n f ,c,MvW 3.y.scm

3. 4

.Scra ('s o RTD - Resistance Temperaturc Detector, RilD - Relative llumidity Detector,,_,

Pressure,

,, ) ./ ' Terminal Operator L

S . M a.. G 2. Test Log e 1 l w a i e w

o x.4 Y,dsLV. V.'.r<d / 2 / ;K~ /~ e ".x-7.r-t/'y- . z' /4 : ' 4'//c? A/ x, - s d / / b / -s ~.// 0 om-d a /' e n .-c:2. -~F.-cn /,, ~.. ./.., . ~... - -. / ' ~-. /- /~ .~ --/,~/.,,.~c /'., a ,~.- ~ r f' c d 2' Y - w y,,.- /n p/-,n~~ .ds.. < /.re. Mx:?' 1 o 1 hh, sga,44 11 2-ll45 & : +% Mr Aab. 149'S W a <J A h. b4D(LLRT ) cf 54 0 0 u Le 3-9 )4S5 LLRT f W ag.an.[Id4 /5$3 M L.LRT 3 uaR h=z[at Jak BQ. %ba 78 9 cc/i, /63.5 @ LLRT d h.on/4&A .rmeJh , p> s o - Jw W,= w d M i /OO N-w e .)A: 1- [c- & & & \\ /190 m ph w 1815 do t4TAirJMENT I NS PECTiod A80 RTE BLoVJEPS dot yET 1d PLA0.E \\/4 ATE R. REM A) N 174G OM g ou floor. E. LEY. + M, VILL W.-EMTER Fo R. i towac.riou acTEn. trews co TED AR.E. k i GLEAOED kP, .. t

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