info 0556 ca9600087 - osti.gov

INFO 0556

CA9600087

27/10

Atomic Energy Commission de contrôleControl Board de l'énergie atomique

INFO-0556

Ballooning of CANDUPressure Tubes -

Experiments withDegraded Tube Material

by

CF. ForrestStern Laboratories Inc.

Prepared forthe Atomic Energy Control Board

under its Regulatory Researchand Support Program

Ottawa, Canada

AECB Project No. 2.184.4

June 1995

Atomic Energy Commission de contrôleControl Board de l'énergie atomique

-111-

BALLOONING OF CANDU PRESSURE TUBES -EXPERIMENTS WITH DEGRADED TUBE MATERIAL

A report prepared by C F . Forrest, Stern Laboratories Inc., under contract to the Atomic EnergyControl Board.

ABSTRACT

Three as-received Zr-2.5%Nb pressure tube specimens and three specimens with eight 0.5 mmdeep defects machined on the inside surface were tested in the ballooning test rig at SternLaboratories Inc. The temperature ramp rate was controlled between 28 K s"1 and 35 K s'1.Temperatures on the outside and inside surfaces of the specimens, and circumferential andlongitudinal strains were recorded during the transients. Post-test longitudinal, circumferentialand wall thickness strains were measured.

All as-received specimens ruptured full-length near the top, i.e., the hottest point. All defectedspecimens failed at either or both upper defects, one rupture being full-length and the otherslimited to one to three times the length of the defect.

RÉSUMÉ

Trois échantillons de tubes de force au Zr - 2,5 % Nb à l'état de réception et trois autreséchantillons sur lesquels huit défauts de 0,5 mm de profondeur avaient été usinés sur leur surfaceinterne ont été soumis à des essais de ballonnement aux Stern Laboratories Inc. Le taux devariation continu de la température a été fixé entre 28 K s"1 et 35 K s"1. Les températures surles surfaces externes et internes des échantillons, ainsi que les déformations circonférentielleset longitudinales, ont été enregistrées pendant les transitoires. Après l'essai, les déformationslongitudinales, circonférentielles et sur l'épaisseur de la paroi ont été mesurées.

Tous les échantillons à l'état de réception ont subi une rupture sur toute la longueur d'unegénératrice à partir du point le plus chaud. Tous les échantillons sur lesquels des défauts avaientété usinés ont subi une rupture à l'un ou l'autre des défauts supérieurs ou aux deux, une ruptureétant sur toute la longueur d'une génératrice, les autres étant limitées à une à trois fois lalongueur du défaut.

DISCLAIMER

The Atomic Energy Control Board is not responsible for the accuracy of the statements madeor opinions expressed in this publication and neither the Board nor the author assumes liabilitywith respect to any damage or loss incurred as a result of the use of the information containedin this publication.

NEXT PAGE(S) left BLANK. |

-V-

TABLE OF CONTENTS

ABSTRACT iii

LIST OF TABLES vi

LIST OF FIGURES vii

1. INTRODUCTION 1

2. RIG DESCRIPTION 12.1 General 12.2 Test Rig Modification 12.3 Instrumentation 22.4 Data Acquisition and Control 2

3. TEST SPECIMENS 33.1 Specimen Geometry 33.2 Specimen Material 33.3 Defects 33.4 Pre-Test Inspections 3

4. TEST PROCEDURES 4

5. TEST RESULTS 5

6. POST-TEST INSPECTIONS 7

7. OBSERVATIONS 7

8. REFERENCES 3

APPENDIX A SPECIMEN FABRICATION AND MATERIAL ANALYSIS DATA

APPENDIX B PRE-TEST INSPECTION DATA

APPENDIX C TEST RESULTS

APPENDIX D POST-TEST INSPECTION DATA

APPENDIX E ITEMS DIFFERING FROM OR NOT ADDRESSED IN THE ORIGINALTEST PLAN

-VI-

LIST OF TABLES

Table 1 Pertinent Dimensions Of The Test Rig And Specimens

Table 2 Summary Of Test Results

-VII-

LIST OF FIGURES

Figure 1 Test Rig

Figure 2 Facility Layout

Figure 3 Instrumentation and Control Wiring Schematic

Figure 4 Temperature And Strain Instrumentation

Figure 5 Pressure Tube Thermocouple Instrumentation

Figure 6 Test Specimen

Figure 7 Tube Specimen Defects

Figure 8 Average Temperature Ramp Rates

Figure 9 Temperature Traces From Thermocouple Modules

Figure 10 Temperature Difference Across Tube Wall - Tests 1, 2 & 3.

Figure 11 Temperature Difference Across Tube Wall - Tests 4, 5 & 6

1 . INTRODUCTION

This project is part of a study on the effect of in-service degradation on the ballooningbehaviour of pressure tubes. In previous phases of the study, an experimental rig, capable ofbeing used in a hot cell with irradiated specimens, was designed, constructed andcommissioned. Test specimen geometry was specified, and a test matrix was developed toexamine the effects of temperature ramp rate, internal pressure, uniformly distributed andlocalized hydrides, and internal environments containing argon, steam and iodine.Modifications to improve the operation of the rit: and instrumentation were proposed. Thiswork was reported in INFO-0351-2 [1], INFO-0351-3 12] and SL-063 13]. The presentPhase 4 of the project, contracted to Stern Laboratories Inc, included testing of six pressuretube specimens, three being as-received material and three having defects machined on theinside surface.

2 . RIG DESCRIPTION

2.1 General

The test rig is described in the Phase 3 final report [2]. Figures 1 and 2 show the generallayout of the test section and ancillary equipment. Pertinent dimensional data are given inTable 1. The test section consists of a 0.45 m long pressure tube specimen supported inside acontainment chamber. Electrical bus-bars from a 156 kVA, single phase, alternating currentpower supply and transformer are attached to extensions on each end of the specimen. Thespecimen is directly Joule heated to provide a temperature ramp rate up to about 36 K.s-1. Theinside of the specimen is pressurized with steam from an electrically heated pressurizer. Anargon purge is maintained outside the specimen. The containiiient chamber is vented to apressure suppression tank.

2.2 Test Rig Modifications

The commissioning tests demonstrated that the temperature controller response time was notfast enough to maintain a constant 30 K.s-1 over the test period, as was desired for this testprogram. Therefore, instead of using the measured temperature ramp rate as a feedbacksignal, the electrical heating current to the specimen was maintained by supplying a controlsignal directly from the computer to the power supply and bypassing the feedback controller.The signal profile was determined using electrical data from the commissioning tests and froma preliminary test ramp from 300°C to 500°C. Also, in order to ensure that the power supplyvoltage was sufficient to provide at least 30 K.s-1 over as much of the heating range aspossible, the transformer primary tap setting was changed to give a higher voltage ratio.

In order to reduce the pressure increase in the specimen due to Charles' law expansion, a 32 Lexpansion chamber was added to the pressurizing system as shown in Figure 2. The chamberwas pressurized with argon to the test pressure and the isolating valve was opened just beforethe test was initiated. This was found to reduce the pressure increase from about 600 kPa toless than 80 kPa.

While introducing the steam to pressurize the specimen prior to the ramp, it was difficult toprevent condensation due the heat losses to the extensions and bus, even though the centre ofthe specimen was at 300°C, ie., well above the saturation temperature of 276°C. Whencondensation occurred, the temperatures at the bottom of the specimen dropped to thesaturation value. Auxiliary band heaters were installed on the specimen extensions which,together with the insulating disks in the end caps, the pressurizing line heater and the electricalbypass circuit, allowed the tests to proceed, but did not eliminate the condensation. The liquidwas boiled off by venting before proceeding with the test. The radiation reflector on the insidesurface of the containment chamber was shortened to 152 mm and no insulation was usedbetween it and the chamber wall.

2.3 Instrumentation

The instrumentation and control wiring schematic is shown in Figure 3. Pressure inside thespecimen is measured with a capacitance-type transmitter, connected to a length of tube whichis co-axial with the pressurizing line, and extends into the specimen. The transmitter isconnected to a digital process module complete with amplified analog output, display, andrelays to trip the power, isolate the pressurizing system and vent the specimen when thesystem pressure drops to a low value, indicating tube rupture.

The total circumferential strain is measured using two quartz fibres attached to cable-typepotentiometers as shown in Figure 4. Each fibre is anchored to the bottom of the containmentchamber on a vertical tangent to the specimen OD. It is then wrapped completely around thepressure tube specimen 30 mm on either side of the tube mid-point, passes through thecontainment chamber near the top on the same tangent, and is attached to the cable of thepotentiometer. The fibres are lubricated with graphite to ensure smooth operation. Duringeach of tests 2 and 3, one of the fibres failed prematurely, and so for the final three tests, thesprings which reduced the tension in the fibres were replaced with counterweights (-300 g),and no further early failures occurred.

A third potentiometer is mounted on the end of the test rig with cable attached to the free end Iextension to measure the axial strain of the specimen, end caps and extensions, as shown in 'Figure 4. The expansion is measured with respect to the stand supporting the containmentchamber. j

The temperature instrumentation was greatly augmented for these tests. Specimen mid-planetemperature was measured with 24 equally-spaced thermocouples on the outside surface, and •either three or six on the inside surface, as shown in Figure 5. For tests 3 and 4, four Iadditional thermocouples were added along the top outside surface and four along the bottomoutside surface to measure the axial temperature gradient. In addition, for tests 5 and 6, thetemperature of the containment chamber wall and/or the reflector at mid-plane was monitored. IThe temperature instrumentation is summarized in Table 2, I

The thermocouples (see Figure 4) are made from pairs of 30 gauge (0.25 mm) diameter IChromel-Alumel thermocouple extension wire positioned on the surface perpendicular to the |tube axis about 1 mm apart and spot welded at the same axial position. Inside the containmentchamber the wires are supported with short alumina thermocouple insulators. The insulator .closest to the junction is fixed to the surface of the specimen with a strip of spot welded shim Istock. Outside the chamber, alumina or fibreglass insulation is used. The internal 'thermocouple leads are brought through the pressure boundary at the fixed end cap usingConax fittings as shown in Figure 6. I

Twenty-six of the thermocouples are connected to ice-point compensation process moduleswith amplified analog output, display, and relay trip outputs. The trips can be actuated to •instantly cut off the heating power when any one of the thermocouples reaches a predetermined Ilimit. The remaining 13 thermocouples use an ice bath for a reference.

Electrical measurements include current on the high voltage side of the transformer (using a Icurrent transformer), total power to the specimen (with a watt transducer) using the current •signal and primary voltage taps, and voltage drop across the specimen.

2.4 Data Acquisition and Control |

All signal conditioning modules, power supplies and the ice bath are located in a cabinet. The •analog outputs are. connected to the data acquisition system via two 25-pair instrumentation Icables. Temperatures, pressure and strain data, as well as voltages, current and power, wereacquired, converted to engineering units, and stored, prior to and during the transient, on a

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DEC data acquisition system. The sampling rate was 10 Hz for each of the 50 channels.Low-pass filtering is provided by the process modules and also the analog-to-digitalconverters, which reduces the noise generated in the instrument lines due to the high electricalfields near the rig. For the first three tests the ice-bath thermocouple signals were amplifiedand filtered before the analog-to-digital converter, but because of bias problems the amplifierswere bypassed for the remainder of the tests.

3 . TEST SPECIMENS

3.1 Specimen Geometry

All specimens are fabricated from 0.45 m long, Zr 2.5%Nb pressure tube material. Thetitanium end caps are attached with full penetration welds using welding procedures developedduring Phase 3 of the program [2]. The end cap for the fixed end was modified toaccommodate the Conax fittings for the internal thermocouple penetrations as shown in Figure6. Each cap was re-used once by machining back the weld area and cutting a new weldpreparation. New caps were fabricated for subsequent pairs of tests. The free-end caps usedfor the last four tests (Specimens 3, 4, 2 and 6) were inadvertently machined to the tube IDrather than the OD. To salvage these caps, a ring of pressure tube material was used as shownin Figure 6. The insulating disks shown in Figure 6 were made from Zirconia for the first twotests and from stainless steel for the others.

3.2 Specimen Material

All specimens were fabricated from a single pressure tube, manufactured by Nu-TechPrecision Metals Inc., which had been rejected due to the presence of a localized, out-of-specification area of cold work. Pertinent tube manufacturing data are provided in AppendixA, including a figure which shows where the six specimens and two ring samples were cutfrom the tube.

3.3 Defects

Specimens 1, 2 and 3 were used in the as-received condition. Specimens 4, 5 and 6 weredefected by Electric Discharge Machining eight rectangular grooves on the inside wall at themid-point (see Figure 7). The nominal dimensions of these defects are 25 mm x 3 mm x0.5 mm deep, similar to that which a fuel bearing pad might produce in a pressure tube due tofretting wear. Prior to the machining process, the inside of the specimen was sand-blasted inthe central region.

3.4 Pre-Test Inspections

Material inspections and tests were performed on two tube samples, one from either end of thesection of tube that the six specimens were taken from. The strength, hardness, oxidethickness, grain size and hydrogen content data are given in Appendix A.

Each specimen was marked with a grid of punch marks, using a spring-loaded punch and alathe bed for supporting and indexing the tube. Beside each mark the wall thickness wasmeasured using an ultrasonic probe. The profiles of the defects at the specimen mid-pointswere measured using the ultrasonic probe as well. These data are given in Appendix B. Thedepth variation between defects was found to be considerable, especially for specimen No. 4,ranging from 0.3 mm to 0.6 mm, with the shallowest and the deepest defect at -22.5° and22.5°, respectively (see graph on page B13). The depths for the other two specimens rangedbetween 0.36 mm and 0.49 mm. Specimen No. 4 was returned for repair, but the shallowgroove at the -22.5° position was only deepened to 0.4 mm, still leaving a 0.2 mm variation.As well, the EDM die was not completely aligned with the original defect during re-machining,resulting in a wider slot after the repair.

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4 . TEST PROCEDURES

After specimen installation and instrumentation is completed, the following steps are Iperformed to carry out the test [3]. " I

a) Purge the containment chamber with argon for at least twelve hours at a rate of not iless than 72 L hr-i (2.5 ft? hr-i). |

b) Add de-ionized water to bring the level in the pressurizer to just below the .pressurizing line takeoff. Connect the thermocouple which monitors the pressurizer Iwall (T/C no. 39) into cable/module number 26. Set the module relay to trip the power 'to the pressurizer heaters if the temperature rises above 340°C. Turn on the heaters andheat the pressurizer to 100°C. Open the pressurizer vent valve and allow the system to jboil for 5 minutes to remove the air from the water. Close the valve and bring the Ipressure to 6 MPa (275.6°C).

c) Ensure that the pressurizer is valved out of the system. Evacuate the specimen and Iexpansion tank using a vacuum pump connected to the line which tees off the pressuresense line. Isolate the vacuum pump and back-fill and pressurize to 1 MPa with argon.Vent the specimen and repeat the evacuation and back-filling procedure at least three Itimes. After the third evacuation, backfill the expansion chamber only, leaving the Ispecimen isolated and evacuated.

d) Do a data acquisition system check. Take offset readings with the T/C channels |switched off. Switch channels on and check that all T/Cs read room temperature.

e) Ensure that all process module trip relay settings are correct. Check the operation of Ithe remotely actuated isolation/vent valves and the power trip by:

1) raising the system pressure above and then dropping it below the low Ipressure trip setting of 1 MPa (this can be done during the backfilling Ioperation),

2) manually extending the cable on each potentiometer to beyond 106 mm I(30% strain).

Reset each relay, leaving the valves in the off position (isolation valve open, vent valve Iclosed) and the power controller armed. "

f) Take the pressure transmitter zero reading with the computer and ensure that the Iprocess module reads zero. Take zero readings on the other channels with inputs 'off. |

g) Ensure that the guards are in place and that all personnel are wearing head, eye and •ear protection. Ensure that the power controller cooling fan is operating and the power Icord to the primary power transducer is plugged into the mains.h) Plug in the preheating circuit cables. With computer control, step up the voltage tothe transformer to heat the specimen to 300°C. Turn on the pressurizing line and Iextension heaters and increase voltage until desired temperatures are reached (340°C 1for line and 200°C for extensions). Allow the temperatures to equilibrate; check that allinstruments are reading correctly, both on the process monitor displays and the Icomputer monitor. Check circumferential and axial uniformity of temperatures to |ensure that the readings are consistent. Switch amplifiers if necessary and re-zero.

i) Very slowly open the isolating valve and pressurize the specimen. Avoid rapid Ipressurization which will cause condensation in the specimen. Increase the pressure to6 MPa.

j) Fill and pressurize the expansion chamber with argon to 6 MPa. ie.. until thedifferential pressure between it and the steam pressurizing circuit equals zero. Valvethe expansion tank into the pressurizing circuit.

k) Ensure that the trip switch is in the auto position.

1) Tension the two quartz fibres by slowly releasing the cables of the Potentiometers.Ensure that the potentiometer module readouts are reading within a few millimetres ofzero - adjust the scaling parameters if necessary.

m) Disconnect the preheating circuit cables.

n) Initiate high speed recording on the data acquisition system.

o) Start the video camera recording.

p) Initiate the voltage ramp from the computer to ramp the specimen temperature;continue ramping until one of the conditions given below is reached:

1 ) 1200°C tube temperature.2) 30% circumferential strain.3) Specimen rupture.

In the event of the latter two, the instrumentation process module relays willautomatically trip the power, isolate the pressurization system and open the vent valve.The system must be manually tripped when the temperature limit is reached.

q) Immediately following the test, turn off the pressurizing line and extension heaters,and increase the argon purge to minimize oxidation while the specimen cools.

5 . TEST RESULTS

Six tests in all were carried out, all of which resulted in specimen rupture. Appendix Cprovides the data from each test. These consist of the data acquisition system channelassignments, a table of the recorded data and calculated values from the start of the transient tospecimen rupture, graphs of test data versus time, and cross-plots of temperature versuscircumferential and axial position (the latter graph for tests 3 and 4 only).

The repeatability of the tests is demonstrated in Figure 8, which shows the average ramp rateof each test over the period of the transient. Each rate is calculated by fitting a fifth orderpolynomial to the average temperature versus time curve and then differentiating thepolynomial. Figure 8 shows the relationship between the control signal and the powersupplied. In general, the ramp rate increases to a maximum, and then slowly decreases as theproperties of the Zr 2.5%Nb tube change with increasing temperature, even though the powerto the specimen is stepped up to the maximum value as the ramp rate decreases. Ramp rate islimited by the line voltage at the power supply which varies from day to day depending onplant load, and depends on the heat capacity and impedance of the specimen. The latter mayhave varied due to the different end cap geometries and differences in welds (see 3.1). Tests 1to 5 had very similar ramp rate profiles except for a ±5% variation in maximum rate. For test 6the rate increased to almost 37 K s-i, decreased rapidly and then followed the pattern of theother tests. The power supply voltage and circuit resistance was not significantly differentfrom the other tests, so the reason for this unusual ramp rate is not clear.

On close examination of the signals from the thermocouple reference modules, a regular noisepattern of approximately 1 Hz is apparent. In Figure 9, the noise pattern is made obvious bysubtracting individual signals from the average of the ice-bath thermocouple signals over the

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period of the test. The reason for this noise is not clear, except for the fact that thethermocouple leads carry a relatively high electrical noise (60 Hz and higher harmonics) due todirect contact with the specimen. This noise pattern is also evident to a lesser extent on thevoltage modules (pressure and strain).

As mentioned in 2.4, temperature biases were introduced by some of the amplifiers connectedto the ice-bath referenced thermocouple signals. This effect is noticeable in the temperatureversus circumferential position plots in Appendix C, since the ice-bath and module referencedthermocouples are arranged alternately around the mid-plane OD. These biases were mostsevere in the first test, so following that test a calibration source was used to determine thebiases and to correct the temperatures (this method could not correct for any biases due toelectrical noise, however).

For all tests the temperature was highest at the top of the specimen, the top-to-bottom variationgenerally being between 40 K and 50 K. Longitudinally, the temperature is fairly uniformover the middle half of the specimen. This is shown in the figures on pages C54 and C74 fortests 3 and 4 with fully instrumented specimens. At the start of the transient the maximumtemperature variations along the top and bottom are 8 K and 9 K, respectively, and at rupturethey are 14 K and 25 K. The fixed end is the coolest location due to greater heat conduction tothe flange to which the fixed end extension is welded. The temperature difference between theoutside and inside surfaces exhibits an unusual behaviour as shown in Figures 10 and 11. Atthe start of the transient, the differences are almost zero at all locations where both OD and IDtemperatures are available. However, during the first half of the transient the difference at thebottom of the specimen grows to about 10 K to 15 K and then levels off, while at the top itgrows to between 0 K and 6 K. The differences at the other locations range between these twovalues. Then about one second before rupture the temperature difference at the bottomsuddenly increases to about 30 K, but at the top no change is noted. These thermocouples areall connected to modules, so the noise levels are high due to the problem discussed above.The sudden increase appears to be due to a momentary levelling off of the temperature on theinner wall, but the reason for this is not known. Since this phenomenon occurs away from therupture it is not believed to influence the test result.

A summary of the test results is given in Table 2. All as-received specimens failed very nearthe top, with a crack which extended the full length. Defected specimen No. 5 (Test 2)ruptured at one of the upper defects with a crack length of 89 mm. Defected specimen No. 4(Test 4) ruptured at both upper defects with crack lengths of 25 mm and 58 mm (the longerrupture at the deepest defect - see 3.4). The last defected specimen (No. 6) failed with a fulllength rupture initiated at one of the upper defects.

The rupture time is inferred from the pressure signal. During rapid ballooning the pressurestarts to fall and then drops sharply at rupture. Since the transmitter has a 200 ms timeconstant, the uncertainty in the rupture time is about ±0.1 s. The average mid-plane ODtemperature at rupture varied by 12°C from specimen to specimen, with no significantdifference between the defected tubes and the as-received ones, except that the variation wasless for the latter ones. Test 6 had the lowest final average temperature. The maximum totalmid-plane circumferential strain from post-test measurements varied from 24.3% to 29.8%,the maximum occurring between 0 mm and 60 mm from mid-plane. The location of maximumstrain is consistent with the on-line measurements: the strain measured by the gauge at 30 mmis always greater than that at -30 mm. For all but Test 6, the fibres broke during the very rapidstraining just before rupture, but for the final three tests when the counterweight was used theindicated maximum strains are within 3% of the final value. The average total strain for thethree as-received and defected tubes is 28.2% and 25.7% respectively.

Table 2 indicates a possible correlation between total circumferential strain and defect depth atthe rupture location. The specimen used in Test 6 had the shallowest defect and the higheststrain, whereas that used in Test 4 had the deepest defect and the least strain. However, the

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defect depth difference between Test 4 and Test 2 was greater than between Test 4 and Test 6,and yet the difference between the strains for the former tests is almost negligible. Also, thefact that the Test 4 tube ruptured at both the deep and shallow defects indicates that the deptheffect is minimal.

6 . POST-TEST INSPECTIONS

After testing, the specimens were photographed, and the local circumferential, longitudinal andwall thickness strains were measured, using the punch marks for reference. Circumferentialdistances were determined by wrapping strips of paper around the specimen at eachlongitudinal position, marking the locations of the punch marks and then measuring thedistance between marks using vernier calipers. The longitudinal distances were measureddirectly with the calipers. Wall thicknesses were measured using the ultrasonic gauge, exceptwhere the local curvature of the wall was too great to obtain a satisfactory signal. Thesemeasurements and the calculated percent strains are given in tables and plots in Appendix D.

Material characterizations of the tubes were carried out at the McMaster University Institute ForMaterials Research L4]. This work included scanning electron microscope inspection andhardness measurements of strained and fractured surfaces.

7 . OBSERVATIONS

The following observations have been made from the results of the six tests carried out withas-received and defected specimens

a) The three as-received specimens ruptured full length along the top. One of thedefected specimens ruptured at one of the upper defects and another ruptured at both ofthe upper defects. Rupture lengths for these two specimens ranged from one to threetimes the defect length. The third defected specimen ruptured full length. Thisspecimen was subjected to a higher initial ramp rate, and the temperature at rupture wasslightly lower than the others.

b) The measured temperatures were always highest at the top mid-plane position, thetop-to-bottom variation generally being between 40 K and 50 K at rupture. Axially,the temperature variations along the middle half of the specimen at the top and bottomwere less than 14 K and 25 K, respectively. The temperature difference between theoutside and inside surfaces was near zero at the start of the transient, and remained lessthan about 6 K at the top of the specimen throughout the test. However, the differenceat the bottom increased over the first half of the test and leveled off at about 10 K to 15K, then suddenly increased to about 30 K in the last second of the test.

c) Although the tests were carried out with a peak ramp rate ranging from 31 K s-1 toalmost 37 K s-1, the temperature at rupture varied by only 12°C, indicating a highlytemperature dependant softening range.

d) The average total strain for the three as-received and defected tubes was 28.2%and 25.7%, respectively.

e) There is a possible correlation between total circumferential strain and defect depthat the rupture location.

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8. REFERENCES

[1] CF. Forrest, F. Stern and R.G. Hart, "Design Of Experiments And Equipment ToTest The Ballooning Characteristics Of CANDU Pressure Tubes", INFO-0351-2,January, 1992.

[2J CF. Forrest, "Ballooning Pressure Tubes - Construction Of A Test Facility", INFO-0351-3, To Be Issued.

13] CF. Forrest, "Pressure Tube Ballooning Test Facility - Installation And OperatingManual", Stern Laboratories Inc Report SL-063, December 1993.

[4] CJ. Butcher, "Examination Of Zr-2.5% Nb Pressure Tube Failures.", McMasterUniversity Institute For Materials Research Report, February. 1995.

TABLE 1

PERTINENT DIMENSIONS OF THE TEST RIG AND SPECIMENS

PRESSURE TUBE SPECIMEN:Tube OD (mm)Tube ID (mm)Circumference (mm)Cross Sectional Metal Area (mm2)Tube Length (m)Tube Weight (N)Tube Inside Volume (m )CONTAINMENT CHAMBER:Volume (m3)Weiaht (estimated, includinc stand and bus) (N)PRESSURE SUPPRESSION TANK:Volume (m3)Weight (N)

112.1103.4352.214730.4542.20.0038

0.0321200

0.30770

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TABLE 2

SUMMARY OF TEST RESULTS

TEST NO.

POINT NO.

SPECIMEN NO.

TYPE

LOC'N OF THINNEST WALL [1]

NO. OF OD T/Cs @ MID-PLANE

NO. OF ID T/Cs @ MID-PLANE

NO. OF AXIAL T/Cs [5]

OTHER T/Cs @ MID-PLANE

MAX RAMP RATE

RAMP RATE AT RUPTURE

TIME TO RUPTURE [8]

LOCATION OF RUPTURE

DEFECT DEPTH AT RUPTURE

LENGTH OF RUPTURE

AVG. TEMP. AT RUPTURE [9]

CIRC. STRAIN - LVDT1 (-30 mm

CIRC. STRAIN - LVDT2 (+30 mrr

LOC'N OF DATA IN REPORT

POST TEST MEAS:

MAX. CIRC. STRAIN [12]

LOC'N OF MAX. STRAIN [13]

1

169

1

AS REC'D

100°

24 [2]

3

0

0

34 K/s

31 K/s

15.7 s

0°

.

FULL

770°C

22.2% [11]

22.6% [11]

C3TOC17

26.7%

0 mm

2

193

5

DEFECTED

165°

24

3

0

0

34 K/s

31 K/s

15.4 s

-22.5°

0.47 mm

89 mm

775°C

11.0% [11]

[10]

C19TOC33

24.7%

30 mm

3

197

3

AS REC'D

0°

24

6

8

0

32 K/s

29 K/s

16.0 s

0°

.

FULL

772°C

[10]

13.9% [11]

C35 TO C54

29.8%

30 mm

4

203

4

DEFECTED

0°

24 [3]

6

8

0

31 K/s

29 K/s

16.4 s

22.5° & 22.5

.38 & .61 mm

25 & 58 mm

768°C

20.3% [11]

23.7% [11]

C55 TO C74

24.3%

30 mm

5

220

2

AS REC'D

0°

24

6

0

2 [6]

33 K/s

30 K/s

15.9 s

0°

FULL

776°C

22.5% [VI]

26.8% [11]

C75 TO C91

28.0%

60 mm

6

222

6

DEFECTED

-30°

24 [4]

6

0

3 [7]

37 K/s

31 K/s

15.3 s

22.5°

0.39 mm

FULL

764°C

23.7%

25.2%

:93TOC10£

28.0%

0 mm

[I] Average of values measured over the middle 120 mm of the specimen[2] Thermocouples at 0° on OD and 30° on OD (T1 & T2) incorrectly hooked up.[3] Thermocouple at 195° on OD (T31) failed during test.[4] Thermocouples at 60° on OD and 240° on ID (T3 & T17) failed during test.[5] Excluding those at the mid-plane.[6] One on top spot welded to containment chamber ID, one on bottom spot welded to radiation shield.[7] One on bottom and two on top, all spot welded to radiation shield.[8] Rupture determined by large drop in pressure.[9] Average of mid-plane od thermocouples still working within 0.3 s of rupture (could be low by as much as 10 K

especially Tests 4 and 5 where half of the thermocouples failed 0.3 s before rupture).[10] Quartz fibre failed before straining took place.[II] Quartz fibre failed during rapid straining within 0.2 s of rupture.[12] Sum of 24 increments around specimen at or near mid-plane - Appendix D.[13] Distance measured from mid-plane.

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FIGURE1: TEST RIG

-12-

600 VAC

PRESSURESUPPRESSION

TANK

STEAMPRESSURIZER

-AMPS

-WATTS

RESERVOIR FILL/DRAIN(3/8")

REGULATORS

FIGURE 2: FACILITY LAYOUT

IIIIIII

-13-

i ! I

I i l

JACK PANEL

"3 4 E ï 7 6 I' "J ' i ' 2 : Z '. 4 : b i 5 ' 7 : 5 1 9 20 2 1 22 23 24 25 25/-"> / " ^ ! / " " \ / — * /~N ^ ~ \ ,/ . ^ — ^ , ^ ^ \ /~\ /*•* f \ I ^ f~\ ^~V / -> . ^ V f—^ ^-s, _, >. s—^

O ^.' O G KJ W1 O <-7B ;= 3r 3". 3? 12 3^ 3?

O G OO35 37 33 39

4.2 43 44 ^5 15 4!7 AS as 5G 5"' 5?

R-M:

Cri 1-1J

T3bSURFACE

T/C'SCABLES25-34,37-39

SURFACE

CAB.ES

13 ICE BATH I,1

REF. T/C5

MODULE NOS. 1 TQ 25P2 P3

INPUTS VcAPHONE JACKS

-

^

—

—

7

9

:\

T / : "DDJ-EANALOGIC

5

c

s

1

1

3 ex:TER

i !YEW METER

POTENT 0 -METER

t.-'QjJLE NO. 27

PRESSEE Exe

AWDGÎCAM240C

:EO VAC

I/ODULE NOS. 2S & 29

Ci 42, 4 3

ANALOG::

I j I

A3LE

CAB.E «6

/kl

T/S VOLTS 1 C - W ' - -

AC POWER

CONTROLLER

TB;

I :20 VAC

|T POWER

| TRiF

!AU

REMDTEI^OUT1 FROVCOMPUTER

Î7Â

r/ODULE NO. 26P2 P3

|ANALDG D U T ; — -j CH 39 -

120 VAC ^

T/C t-'ÛDULEANALOGIC

VALVE

A I T 0 I CONTROL

MAN C

PCWE»

M,6-l=PCi32-220AAC

C-È:C '.'A-: Tr

i ,PRESSURIZING LINE

CABLE #5 AIR

RELAY H'.

PRESSURIZERTEMP CONTROL

TEMDERATURECONTROLLER

LFE MODEL 2000EO-30010000

POWERSUPPLY

VENT LINE ACTUATOR

ELAY

120 VACCABLE H27

CONTROL- T/C

CONTRDLT/C «40

RELAY

240 VAC.

i

CABLE «36

- IEATERS

WALL T/C S39V

PRESSURIZER

FIGURE 3: INSTRUMENTATION AND CONTROL WIRING SCHEMATIC

-14-

DUAL BORELUMINA INSULATOR

SHIM

7T71

> / \ •''

7\

QUARTZ FIBRECONFIGURATION

QUARTZFI3RE-

a 5

DETAIL OF SPOT-WELDEDTHERMOCOUPLE

EXTERNAL SPOTWELDED T/Cs (24)

CABLEPOTENTIOMETERS

LEADCOUNTER-WEIGHTS

INTERNAL SPOTWELDED T/Cs (6)

REFLECTOR

END VIEW OFCONTAINMENT CHAMBER

FREE END OFSPECIMEN ASSEMBLY

PRESSURETUBE

FIGURE 4: TEMPERATURE AND STRAIN INSTRUMENTATION

I

-15-

FIXED END(MARKED)

24 EXTERNALT/Cs ® 15°

32

831 7 30

SECTION C (FROM FIXED END)

TESTS U 2.3 INTERNAL T/Cs @ 120°

TESTS 5 & 6:6 INTERNAL T/Cs @ 60°

SECTIONC

v = PUNCH MARKx = SPOT WELDED T/C

30 mm TYP.

a) Partially Instrumented - Tubes 1 & 2 (As-Received) & 5 & 6 (Defected)

FIXED END(MARKED)

2 EXTERNALT/Cs @ 180°

SECTIONS A, B, D & E

19 J_°

123 5 v^

11y/34 7/18

ioJ • —

33 J L9 "N\

32 N^

8

--.

31

- o

• — ^

13t

—

1,6r —'

-

\X.26

14\\

• < / /

67 30

SECTION C (FROM FIXED END

21_iy

22Jv

24 EXTERNALT/Cs

3

V27

r4

ha.§__

)

® 15°

6 INTERNALT/Cs @ 60°

y.

23

SECTIONA

TSECTION

BSECTION

C

ésSECTION

D

37

SECTIONE

b) Fully Instrumented - Tubes 3 (As-Received) & 4 (Defected)

FIGURE 5: PRESSURE TUBE THERMOCOUPLE INSTRUMENTATION

-16-

ZR-2.5%NbRING

MODIFIED FREE ENDCONNECTION (LAST 4 TESTS)

CONAX MTG-24-4AFITTING (1 OF 3)

ZR-2.5%NbPRESSURE TUBE

TITANIUMEND CAP

INSULATED 30 GAUGET/C WIRES

ZIRCONIA OR S. STLINSULATING DISKS

FIXED END FREE END

FIGURE 6: TEST SPECIMEN (MODIFIED FOR INTERNAL T/Cs)

I\\

-17-

MATERIAL Zr-2.5%Nb PRESSURE TUBE

1 mm MAX RADIUS

.13 TO .25 mmBOTTOM RADIUS

SLOT DETAIL VIEW 'A'

OXIDE LAYER TO BE REMOVEDFROM ID BY SANDBLASTING

IN THIS REGION AS NECESSARY8 RECTANGULAR SLOTSEQUALLY SPACED ON I.D.

FIGURE 7: TUBE SPECIMEN DEFECTS

-18-

iBALLOONING OF CANDU PRESSURE TUBES

ILU

<

ce

D.

<

ceLUCCID<ceLU0 .LU

25

TEMPERATURE RAMP RATES

NUMBER DATA LABELS = TEST NUMBERSV = CONTROL SIGNAL TO POWER SUPPLY

1.5

20 l I l I I

0.5

6 8 10

TIME (S)

12 14 16

FIGURE 8: AVERAGE TEMPERATURE RAMP RATE

•19-

30

JBALLOONING OF CANDU PRESSURE TUBESi THERMOCOUPLE MODULE NOISE - POINT #203

25 r

20 r

15 -

10 r

D.ECE

ce

Eou_8c0

5

•

t

i

1 .-5 h

I -10r ' , '

CH-52 ^ /" ,

S"4 ; ! i'

-CH133-

CH40

CR37

CH38' x

| - 1 5 rii

-20

-25

-30

-35

-40 -

CH36

0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17TIME (s)

FIGURE 9: TEMPERATURE TRACES FROM THERMOCOUPLE MODULES

-20-

Q.

UJ

O

Q_

UJ

QO

ou

20

10

0

-

-

- — " , ','f

' V

'i

; -120;

\;[ f\:A

!' ' '' i •'' ''

• Y i

TEST

V

T = TOP, B =

NO. 1

/ A

i \ !'i

BOTTOM,

. - • T r, '\

1 •' \)

NUMBERS:

V j

= ANGLE FROM TOP

f

120*" ' 1

-120'-' ;i

-10

30

_ 20

LU

S 10aLUHQ

o

r

TEST NO. 2

120

« ;. :\ • ; k - ' . - b w V \ / V ' \ / i 2 0 ; ''.•'•' . • ' '1 -120•: ; /• , 1 2 0 ^ 1 • ' . V Î ' \ / V -T •' J '• y ' ' V .' V •' V

120

T = TOP, B = BOTTOM, NUMBERS = ANGLE FROM TOP

-10

30

g 2°a.LU

S 10 ha!LU

O 0

-10

TEST NO.

1 2 0 />

3

N> "i\ô /i ;

wVB

• A

B

120

-60 A

\J >yJ/~\ " 3 . . \ l - \ r :• - - • • • - • ••


8TIME

10 12 14 16

FIGURE 10: TEMPERATURE DIFFERENCE ACROSS TUBE WALL - TESTS 1, 2 & 3

I

LU

Qi

a!LU

30

2°

-21-

TEST NO. 4

• B•-, ; • • . . . N - 1 2 0 '

' * • - ' • . • . ' . ' ' '


-10

30

gQ.

LU

Q.

LUI—Q

o

-10

.- \- ,••• ' -A60

. 120

TEST NO. 5

^M

fV ; ; K v / - - ••• - • . •/•• -• "•;••


.T20

30

g 20

aLU

T 10 hcùLU

Q

0 r = r - - -

-10

-60; .—'

TEST NO. 6

B

^ X""--12O %

... -' T... / '' T-

.••-60


8TIME

10 12 14 16

FIGURE 11 : TEMPERATURE DIFFERENCE ACROSS TUBE WALL - TESTS 4, 5 & 6

APPENDIX A

PRESSURE TUBE FABRICATION AND MATERIAL ANALYSIS DATA

-AI-

CONTENTS

PAGE

NuTech Ingot Test Certification And Billet Information A3

Drawing Showing Where Specimens And Samples Were Cut From Tube. A8

Material Tests On 2 Samples By Gait Testing Laboratories: A9Oxide ThicknessUTS, Yield And % ElongationCharpy TestRockwell Hardness

Grain Size Determination Of 2 Samples By McMaster University,Institute For Materials Research. A21

Hydrogen Content Determination Of 2 Samples A27

*A3- 450 McCartney StP.O. Box 7Arnprior, OntarioK7S3H2

Precision Metals Inc. Tetaphoo0 ^^^Fax 613-623-6183

March 29, 1994

Stern Laboratories Inc.1590 Burlington Street E.Hamilton, Ontario L8H 3L3

Attention: Al Grant, Purchasing Agent

Ref. Stern Labs' Purchase Order Ko. 33614Nu-Tech W.O. #40-1173, One Reject Pressure Tube

Dear sir,

We enclose with respect to the above-referenced the ingot testcertification (Heat 234269Q) for the subject PT identified BB161.

BB161 has the following dimensions:Length = 20'10*"Wall = >0.165 inch and <0.184 inch

Inside Dia. = between 4.070 and 4.103 inches.

The tube is in the autoclaved condition.

Please let us know if you have any questions.

Yours truly.

M.G. CosierQuality Assurance Mgr (Acting)Encl.

Amprior, Ontario ': Watertxiry. Connecticut

-A4-

TO NU-TECH PRECISION METALS INC.ADDRESS 460 McCtrtney Street

P.O. Box 7Arnprlor, Ontario L7S 3H2Canada

ATTENTION OF: M. Cosier, QA Supervisor

1 « « • t M, £

^•TTELEDYNEWAH CHANG ALBANYP.O. COX 4M

AUWMir, CFEO3N f 7 3 » - « 1 *

IN REGARD TO YOURPurchase Order No.I tern No.:DescrIptIon:Dimensions:Spec!t(cations:Oat«:Oate Shipped:Quant Ity Shipped:Weight Shipped:Sale* Order N c :Heat No.:PACS No.:

16711Zr 2.6 Nb 81 I let»7.670* 00 X 4.390* ID x 24*. LCR 9201 Rev. 6 and Purchase OrderFeb. 26, 1993Ref. P.L.fb14 pcs.2664.0 lbs.3222234269Q Zr2.6Nb18635

Process Specification: PS-M-6 Rev. 22PFO-264 Rev. 1

INGOT CHEMISTRY: COMPOSITION INElement: Spec.Nb: 2.6-2.80: 1000-1300 ppmZrMAXIMUM IMPURITIESElement: Spec. Max

WEIGHT PERCENT

IN

AI:B:C:Cd:Co:Cr:Cu:Fe:HI:Mn:Mo:N:NI:P:Pb:SI:So:Ta:Tl:U:V:W:

760.61260.620100606606060SO66361260120100100603.65060

A1.07.18.16.P1-2CI.06.24.24

12.6

1070

PPM161

<0.299

<0.2

<100<2643042<25<2623<366

<26<26<26

<100<26

<26<26

22.7

11708

246

<0.2109

<0.2

<100<2641043

<2 6<2 624<35.6

<2 6<2S. <26<100<26

<26<26

32.71200

A L A

348

<0.2106

<0.2

<100<2642042<26<2632<355

<26<26<26

<100<26

<26<26

42.61170

N C E

460

<0.2106

<0.2

<10O<2639042

< 2 6 - •-..

<2629<356

<26<26<26

<100<26

<26<26

52.7

1210

648

<0.296

<0.2

<100<2 639044

' <26<2526<35

6<26<26<26

<100.<26

<25<26

62.6

1230

648

<0.2107

<0.2

<100<26460• 1<26<26 .23<386

<26<26<26

<100<26

<26<26

72.6

1160

761

<0.2100

<0.2

<100<2639037<25<2526<356

<26<26<26

<100<25

<26<25

i

-A5-

r «two

Purchase Order No.: 1671Sales Order No.:I tern No.:Heat No.:PACS No.:

32221234289Q Zr2.6Nb13836

VYAH CHANG ALBANYr.o. tat «o

neOON «Tttt-CIM

«8-4Î» m (610)

INGOT HARDNESS TEST: RESULTS (For Information only)Method: ASTM E10 (3000/10)Sample: 1 2 3 4Results: 181 187 186 187Sample: 8 7 8 9Result*: 180 192 197 188

617910

179

INGOT ULTRASONIC TEST: RESULTSProcedure: LP-UI-6 Rev. 3Results: Acceptable, a minimum of 4* was. removed from the top of the Intjot

FORGING CHEMISTRY TEST: RESULTSSample Frequency: 2/Rotary Forged Log

One adjacent to the first and one to the last billet.Each sample not more than 1/2' from billet OD surface.

Element: Spec. Max.: First LastH: 6 6 6M Q : 1 0.0076 0.0049CI: For Info 0.66 0.66

ALLOY CHECK: RESULTS (1 BlI let/Heat)Method: ASP-Zr-4 Rev. 1Billet No.: B1AAlloy: ZrNb

PRODUCT ULTRASONIC TEST: RESULTSProcedure: LP-UI-fl Rev. 4Standard No.: 488 I 440Billet No.: B1A-B1C.B2A-B2C.B3A-B3D.B4A-84DResults: Acceptable

LIQUID PENETRANT INSPECTION: TEST RESULTSProcedure: PS-LP-6 (3-6-79)Coverage: 100% O.D..I.O. and Front End.Billet Nos.: B1 A-B1C.B2A-B2C,B3A-B3D.B4A-B4DResults: Acceptable

'Material Layout Sheet Attached.*

REVIEWED BY: Tony N e l s o n , P r o d u c t A s s u r a n c e D e p t . :

CERTIF IED BY: L . R. J a c k s o n , M a n a g e r P r o d u c t A s s u r a n c e D e p t . :

'lH

SO 3222

CERTIFIED BY:

AS - First op6S - Second-ShipmentNon • Existant Pcs

BB160

-A6-

TELEDYNE WAH CHANG ALBANY

NU-TECH BILLETS

HEAT 234269

JOlameter

DATE

Top_Middle

Bottom

02/15/93

7.87

«B1H Section

BB150 BB151 BB152

nB2« Section

B 2 VBB153 BB154

B2CAT

BB155

Section

B3A^

BB156

B 3 B ^BB157 BB158

! B3D,g

BB159

Section

BB161 B5163

Section

Section

y, (MInspected by :

IIIIIIIIIIIIIII\

-A7-

Pressure Tube Production Sequence Schematic3500 mm (138")

S84 mm(23")

INTERMEDIATEFORGING»

Hotlow (Acquires unique— — — — — — — — —"\

210mm i f ](8-1/4") » U

120 mm

Front Back

tube identity at this point}

Cold work

112 mm Z) Tub«

Note: • Temperatures have been rounded off «nd may differ slightly from the detailed flow chart.• Quantities shown are schematic only.• Known as an intermediate ingot by TWCA

MARKED(BACK) END

DEFECTgOO MUCH COLO WORK)

TESTSAMPLE

nSPECIMEN

«6SPECIMEN

15SPECIMEN

«4SPECIMEN

«3SPECIMEN

12SPECIMEN

IITEST

SAMPLE11

:

98.0' 7.0" 18.0"

!

I18.01 ' 16.0* 18.0"

118.0" ' 18.0"

i7.0"

250.5"

LOCATIONS OF SPECIMENS AND SAMPLES CUT FROM PRESSURE TUBE

-A9-

Tft cDuriMF giio fi?i J1Q1 / iV tf" i\^_ i f / |f t * ^i\ T 1 * * _il i * * 1_ ^. ESTABLISHED 1929

^ T A U ; ^ ^ CLt|e (iali (Xesitng 4utboraion£s iiitmttcoChemcal Analysis o( Mectianical Testmg

Aeao-cMeehan, Ouate CHEMISTS and METALLURGISTS ^T^BaMmpa^and Cast Irons: Ptam, • Notched Bar Impact

Alloyed and Stainless Steels; Metallography.ZMKandAlommomAHoys. MAILING: SHIPPING: SandTesLng

P.O. BOX 367 15 HIGH RIDGE CRT. e p o " s

Stags'. Etc. CAMBRIDGE, ONTARIO CAMBRIDGE, ONTARION1R5V5 N1R7L3

Stern Laboratories Inc.1590 Burlington Street EastHamilton, OntarioL8H 3L3Attention: C.F. Forrest P.O.# 33710

Laboratory Sample I.D. # 40915

Sample #1, Zirconium Alloy Tube Material

"This testing organization is accredited by the Standards Council ofCanada. The tests included in this report are within the scope of thisaccreditation and the results apply only to the samples tested."

FAX: 519-621-7700

Chemical Analysis ofMateabl*. Meahanit*. Ductii»

«nd Cast Irons: Plain.Altovvd and Suintas Sleets:Zinc and Aluminum Alloys;

8 m «nd Bronze:Coal, Coin. Limestone,

Stags. Etc

-A10-

(ialt ®£slmg |5aliorainrt£sCHEMISTS and METALLURGISTS

15 KIGKRJDGE COURT (AT PINE3USH ROAD)

P.O. BOX 367

CAMBRIDGE (GALT), ONTARION1R7L3

Physical Analysis Including.TensM. Yield. Elcncation.

Transvwse Rockwell.BrinHI »nd Bend T e r nMicroscopical: Graphite

Flak» Type:Photomicrographs;

Impact Testing:Micro hard ness;Sand Testing.

SAMPLE FROM

REPORT ON

SAMPLE MARKED

ANALYSIS NO.

DATE

Stern Laboratories Inc. Attn: C.F. Forrest

P.O.* 33710


Lab Sample I.D.* 40915

April 29, 1994

OXIDE THICKNESS EVALUATION

Oxide Thickness: 0.7 jL/m (0.000029 inches)

Tested in accordance with ASTM B487-85 (1990)

THE GALT TESTING LABORATORIES LIMITED

Per: ftj

Per:

P. Eng.

Manager

II1IIJtIII1I

cJ|(he

This report relates onty to the particular instrument, material, or other subject referred to in it. No representation is made that similar articles will be of like Duality, with __the prior written consent ol the Gait Testing Laboratories Limited. No publication m whole or m part ol the text or substance of this report shall be made, nor shall thename of the Gait Testing Laboratories Limited be used m any way in connection with the sale, offering or advertising of any article or product. Any testing, inspection orinvestigation of the instruments, materials or other subiects performed by the Gdlt Testing Laboratories Limited will oe conducted m accordance with the best tecnnic-1

standards by the Gait Testing Laboratories Limited Oui nenner it nor its employees snail be resoonsible for any loss or damage resulting directly or indirectly ( 'om a;default, error or omission

-All-

TELEPHONE S1»«21-I191FAX 51W21-7700

Cnerrucal Analysis otMatoable. Meehanite. Ductile

and Cast Irons; Plain.Aaoyed and Sunless Steels;

Zinc and Aluminum Moys:Brass and Bronze:

Coal. Coke, LimestoneSlags. Etc.

(Salt (Eesiing ïlabonriariesCHEMISTS and METALLURGISTS

ESTABLISHED 1929

MAILING:P.O. BOX 367

CAMBRIDGE, ONTARION1R5V5

SHIPPING:15 HIGH RIDGE CRT.

CAMBRIDGE, ONTARION1R7L3

Tension. Hardness. Bend.Notched Bar Impact

Metallography.Sand Testing.

Reports

Stern Laboratories Inc.1590 Burlington Street EastHamilton, OntarioL8H 3L3Attention: C.F. Forrest Customer P.O.: 33710

Laboratory Sample I.D. #: 40915 Report Date: April 29, 1994


Specimen Dimensions

Area of Cross Section

Yield Load

Yield Strength

Maximum Load

Tensile Strength

Elongation in 2 in.

0.506 X 0.1710 in.

0.0865 sq. in

7,490 lbf

86,500 psi

9,970 lbf

0.2% offset

0.2% offset

115,000

0.25

psi

in. 12 %

Test conducted in accordance with ASTM E8-93.

Samples returned at customer's request and expense; otherwisesamples retained one year from date of test

This report relates onty to the specimen or specimens tested and does nol guaranteeH » bulk matenal, etc. to be equal quality. The testing and inspection o< instruments,materials, and other articles is only undertaken by the Gall Testing LaboratoriesLimned subject to the ««press stipulation that no liability or responsibility ot any kindor however arising shall attach to the Gait Testing Laboratories Limited, or anyemployee ot the Gall Testing Laboratories Limited, in respect o! any loss, injury ordamage arising directly or indirectly out ot, or in connection with any such inspectionor testing ex any failure or omission in regard therelo

The itories

BÎTl Bartlettenior Technician

Per .

Graham PayneP. Eng.

-A 12-

TELEPHONE S1W21-B121FAX 519-621-7700

Chemcaî Analysts ofMalieabl*. Meehanrte. Ductile

and Casi irons. Ftam.Alloyed and Sunless Steels:

Zinc and Aluminum AHoys;Brass and Bronze:

Coal, Coke. LimestoneSlags. Etc.

(§x\i lEtmïtebCHEMISTS and METALLURGISTS

ESTABLISHED 1929

Mechanical Testingenswn. Hantnesi. Bend.

Notcned Bar Impact





Sand Testing.Reports

Stern Laboratories Inc.1590 Burlington Street EastHamilton, OntarioL8H 3L3Attention: CF. Forrest Customer P.O.: 33710



SPECIMEN DIMENSIONSNUMBER

in.

NOTCHLOCATION

Test Temperature: 70 degrees Fahrenheit

ABSORBEDENERGY(ft-lbf)

1 0.394 X 0.0990 center 7.5

2 0.394 X 0.0990 center 8

3 0.394 X 0.0990 center 7.5

Test conducted in accordance with ASTM E23-93a.

LATERAL PERCENT SHEARENERGY EXPANSION FRACTURE

(mils)

19.5

22

22

100

100

100

Samples returned at customer's request and expense; otherwisesamples retained one year Irom date of test.

This report relates onty to the specimen or specimens tested and does not guaranteethe bulk material, etc. to be equal quality. The testing and inspection ol instruments,materials, and other articles is only undertaken by the Gait Testing LaboratoriesLimited sublet lo Ine express stipulation that no liability or responsibility ol any kindor however arising shall attach to the Gait Testing Laboratories Limited, or anyemployee ol the Gait Testing Laboratories Limited, in respect oî any loss, injury ordamage arising directly or indirectly out of. or in connection with any such inspectionor testing or any failure or omission in regard thereto

The GalBill Bartlett

Senior Technician

Graham Paynep-

1IIII

-A 13-

TELEPHONE S19-G214191FAX 519-621 -7700

Cnerrucal Analysis otMateaNe Me^hanite. Puclile

and Cast Irons. Plain,Alloyed and Stainless Steels:

Zinc and Aluminum Alloys,Brass and Bronze.

Coal. Coke. LimestoneSlags. Etc.

(fait Sesitng laboratories llimitebCHEMISTS and METALLURGISTS





ESTABLISHED 1 « 9

Mechanical Testingension Ha'd^ess Pp"

Nolched Bar ImpaclMetallographySand Testing

Reports




RockwellHardness

97.6 HRB97.3 HRB97.7 HRB

Test conducted in accordance with ASTM E18-93Core hardness.

Samples returned at customer's request and expense; otherwisesamples retained one year from date of test.

This report relates only to the specimen or specimens tested and does not guaranteethe bulk material, etc. to be equal quality. The testing and inspection ol instruments,materials, and other articles is only undertaken Dy the Gait Testing LaboratoriesLimned subject to the express stipulation that no liability or responsibility ot any kindor however arising shall attach to the Gait Testing Laboratories Limited, or anyemployee ol the Gall Testing Laboratories Limited, in respect o! any loss, injury ordamage arising directly or indirectly out ol, or in connection with any such inspectionor testing or any failure or omission in regard thereto.

The Gait Testing Laboratories

Pe

Per

Mel van HartenP. Eng.

Rick TzengHead

NEXT PAGE(S) left BLANK.

-Ai5-

TtUEPMONE 51W21-Ï1S1 ' <r I / 1Z S 1 / II I - * «I . I • * T î T - - I V ESTABLISHED 1929FAX S1«-621-T700 (ÎI|C (féaît ïcsting ïaboraioràs Himttcb

Chemcal Analysis c* Meehan«alTest.ng

CHEMISTS and METALLURGISTS e î S S ^ a ^ . ^ J «

MAIUNG: SHIPPING: ^ I ^^ P.O. BOX 367 15 HIGH RIDGE CRT.

^ Î T 1 0 0 6 CAMBRIDGE, ONTARIO CAMBRIDGE, ONTARION1R5V5 N1R7L3

Stern Laboratories Inc.1590 Burlington Street EastHamilton, OntarioL8H 3L3Attention: C.F. Forrest P.O.f 33710

Laboratory Sample I.D. # 40916


"This testing organization is accredited by the Standards Council ofCanada. The tests included in this report are within the scope of thisaccreditation and the results apply only to the samples tested."

FAX: 519^21-7700

(Bali oratcriBsChemical Analysa erf

Mafaable. Mmnanita. Ouctilaand Cot Irani; Plain,

ASn-ad and Suinieu Stseh:Zinc and Aluminum AHoys;

Beta and Bronta.-Coat, Coke, limestone.

S Etc

CHEMISTS and METALLURGISTS

15 HIGHRIDGE COURT (AT PINEBUSH ROAD)

P.O. BOX 367

CAMBRIDGE (GALT), ONTARION1R7U

Physical Analysis Including,Teraila. Yield. Elongation.

Transvarsa. Rockwell.Brinal and Benef Teit j .

Flake Type;Photomicrographs:

Impact Testing;Mtaohardness;Sand Testing.

SAMPLE FROM

REPORT ON

SAMPLE MARKED

ANALYSIS NO.

DATE

Attn: C F . ForrestStern Laboratories Inc.

P.O.* 33710


Lab Sample I.D.# 40916

: April 29, 1994

OXIDE THICKNESS EVALUATION

Oxide Thickness: 0.9 pm (0.000033 inches)

Tested in accordance with ASTM B487-85 (1990)

1I

THE GALT TESTING LABORATORIES LIMITED

Per .JdJLhEng.

Per :Manager

IIIIII1I

This report relaies only to the particular instrument, material, or other subject referred to in it. No représentation is made that similar articles will be of like aualitv, wit)the ortor written cpnsent of the Gait Testing Laboratories Limited. No publication in whole or in oart of the text or substance of this reoort shall be made, nor shallname of the Gait Testing Laboratories Limited be used m any way m connection with tne sale, ollenng or advertising of any article or product. Any testing, inspection orinvestigation of the instruments, materials or other subiects performed by the Gdlt Testing Laboratories Limited will be conducted m accordance with the best techmStandards bv the Gait Testing Laboratories Limited but neither it nor us employees snail be resoonsible lor any toss or damage resulting directly or indirectly Irom ;default, error or omission

orCjjI

-A17-

TELEPHONE S1S-621-6191FAX 519-621-7700

Che*f»M>' Analysis otMaXaaMe, Meenanite, Ductile

and Cast Irons: Plain.Alloyed and Stainless Steels;Zinc and Aluminum Alloys.

Brass and Bronze.Coal. Coke. Limestone

Slags. Etc.

daft OLesimg ^laboratoriesCHEMISTS and METALLURGISTS

MAILING:

P.O. BOX 367CAMBRIDGE, ONTARIO

N1R5V5



ESTABLISHED 1929

Mechanical TestingTension. Hardness. Bend.

Notched Bar ImpactMetallography.Sand Testing.

Reports




Specimen Dimensions

Area of Cross Section

Yield Load

Yield Strength

Maximum Load

Tensile Strength

Elongation in 2 in.

0.508 X 0.

0.0902

7,920

88,000

10,740

119,000

0.25

1775 in.

sq. in

lbf

psi

lbf

psi

in.

0.2% offset

0.2% offset

12 %

Test conducted in accordance with ASTM E8-93.

Samples returned at customer's request and expense; otherwisesamples retained one year from date of test.

This report relates only to the specimen or specimens tested and does not guaranteethe bulk material, etc. to be equal quality The testing and inspection o4 instruments,materials, and other articles is only undertaken by the Gait Testing LaboratoriesLimited subject to the express stipulation that no liability or responsibility ol any kindor however arising shall attach to the Gall Testing Laboratories Limited, or anyemployee of the Gait Testing laboratories Limited, in respect of any loss, injury ordamage arising directly or indirectly out ol. or m connection with any such inspectionor testing 01 any failure or omission in regard thereto.

TheBill Bartlett

Technician

Graham Payne

-AI8-

TELEPMONE 519-G21-8191FAX51»-«21-7700

Chemical Analysa o)MaJtuDle. Meehanrte. Ductile

and Cast Irons. Flam.Alloyed and Stainless Steels:

Zinc and Aluminum AJtoys;Brass and Bronze;

Coal. Coke. LimestoneSlags. Etc.

(Ifje (fait testing ïùrbonrtanes HtmitebCHEMISTS and METALLURGISTS

ESTABLISHED 19»

Mechanical TestingTension. Hardness. Bend.

Nolcfied 0ar Impact.





Sand Testing:Reports




Test Temperature: 70 degrees Fahrenheit

SPECIMEN DIMENSIONS NOTCHNUMBER LOCATION

in.

1 0.395 X 0.0989 center

2 0.395 X 0.0989 center

3 0.395 X 0.0989 center

ABSORBED LATERAL PERCENT SHEARENERGY EXPANSION FRACTURE(ft-lbf) (mils)

8.5

7

7.5

15.5

20.5

14.5

100

100

100

Test conducted in accordance with ASTM E23-93a.


This report relates only to the specimen or specimens tested and does not guaranteethe bulk material, etc. to be equal quality. The testing and inspection ol instruments,materials, and other articles is only undertaken by the Gait Testing LaboratonesLimned subject to tne express stipulation that no liability or responsibility ol any kindor however arising shall attach to the Gait Testing Laboratories Limited, or anyemployee ol the Gait Tesling Laboratories Limited, in respect o! any loss, injury ordamage arising directly or indirectly out ol. or in connection with any such inspectionor teslirrg or any failure or omission in regard thereto.

The Gal ratories

Bill BartlettSenior Technician

IGraham Payne I

P. Eng. '

1

-Al 9-

TELEPHONE S1»-6Î1-«191FAX 51*421-7700

Cnernical Analysis olM A M M O N . Meetorvre. Duct.te

and Cast Irons; Plain,Aloyed and Stainless Steels;

Zinc and Aluminum Alloys.Brass and Bronze;

Coai. Coke, LimestoneSlags, Etc.

(§ÏÏ\{ (testing Tùrbonriaries ïtmttcbCHEMISTS and METALLURGISTS





Stern Laboratories Inc.1590 Burlington Street EastHamilton/ OntarioL8H 3L3Attention: C.F. Forrest

ESTABLISHED 19?9

Mechanical Testing

Notched Bar ImpactMetallography.Sand Teslmg

Répons

Customer P.O.: 33710



RockwellHardness

98.1 HRB98.1 HRB98.3 HRB

Test conducted in accordance with ASTM E18-93Core hardness.


This report relates only to the specimen or specimens tested and does not guaranteethe bulk material, etc to be equal quality. The testing and inspection ol instruments,materials, and other articles is only undertaken by the Gait Testing LaboratoriesLimited subiect to the «press stipulation that no liability Of responsibility ot any kindor however arising shall attach to the Gait Testing Laboratories Limited, or anyemployee ol the Gait Testing Laboratories Limited, in respect o! any toss, iniury ordamage arising directly or indirectly out ol. or in connection with any such m sped iono» testing or any failure or omission in regard thereto.

The Gait Testing Laboratories

Mel van HartenP. Eng.

Per

Rick TzengApartment Head

-A21-

McMASTER UNIVERSITYInstitute for Materials Research

1280 Main Street West Hamilton, Ontario, L8S 4M1Telephone: (905) 525-9140. Ext. 2 4 ^ 3Telex: 061-6347 FAX: (905) 521-2773

June 2,1994

C. F. ForrestVice PresidentStem Laboratories Inc.1590 Burlington Street EastHamilton, OntarioL8S 3L3

Subject: Grain Size Measurements on Zr-2.5Nb Tube Samples #1 and #2.

Mr. Forrest,

The results of the grain size measurements are as follows:

Tube #1 - ASTM Grain Size 12 (longitudinal section)- ASTM Grain Size 13;5 (transverse section)

Tube #2 - ASTM Grain Size 11.5 (longitudinal section)- ASTM Grain Size 12.5 (transverse section)

The grain size was very fine and difficult to discern opticalfy. Photomicrographs of themicrostructure of the longitudinal and transverse sections of each tube are attached tothis letter. If I can help you further, please cad me at (905) 525-9140 ext. 24071.

Sincerely,

Chris ButcherMaterials Characterization SpecialistInstitute for Materials Research

-A23-

(X 1000)

Figure 1(a). The microstructure of the transverse section of Tube #1.

(X1000)

Figure 1(b). The microstructure of the longitudinal section of Tube #1.

NEXT PAGE(S)Jeft BLANK."

-A25-

(X1000)

Figure 2(a). The microstructure of the transverse section of Tube #2.

(X1000)

Figure 2(b). The microstructure of the longitudinal section of Tube #2.


-A27-

McMASTER UNIVERSITYInstitute for Materials Research

Î250 Main S&eei West, Hamilton, Ontario, LSS AM\Tetephone: (905) 525-9140, Ext. 24683Telex: 061 -3347 FAX: (905) 521-2773

January 25,1995

C. F. ForrestVice PresidentStem Laboratories Inc1590 Burlington Street East,

Hamilton, ON L8S 3L3

Subject: Hvdroeen Content of Zr-2.SNb tube Samples #1 and #2

Dear Mr. Forrest,

The results of the hydrogen analysis are as follows:

- Total Hydrogen by WeightSample Hydrogen (pprn)Tube #1 4.9

Tube #2 4.6

Sincerely,

Chris ButcherMaterials Characterization SpecialistInstitute for Materials Research.

CB/at

APPENDIX B

PRE-TEST INSPECTION DATA

-Bl-

CONTENTS

Page

Test # 1 (Specimen #1): Wall Thickness Table and Graph. B3

Test #2 (Specimen #5): Wall Thickness Table and Graph, Defect Depth Profile. B5

Test #3 (Specimen #3): Wall Thickness Table and Graph. B9

Test #4 (Specimen #4): Wall Thickness Table and Graph, Defect Depth Profile. Bl 1

Test #5 (Specimen #2): Wall Thickness Table and Graph. B15

Test #6 (Specimen #6): Wall Thickness Table and Graph, Defect Depth Profile. B17

Notes:

- Wall thickness measured using ultrasonic probe near punch marks. OD measured withtape at 180 mm intervals.

- Contour plot using SYSTAT with least squares smoothing.

- Defact profile taken at specimen mid-plane with additional ultrasonic measurements.

PRESSURE TUBE INITIAL WALL THICKNESSSPECIMEN NO. 1

ANG. POSITION

NO. (Deq.)

14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

8

9

10

11

12

13

OD

-165

-150

-135

-120

-105

-90

-75

-60

-45

-30

-15

0

15

30

45

60

75

90

105

120

135

150

165

180

-180

4.49

4.49

4.49

4.48

4.48

4.47

4.49

4.49

4.49

4.48

4.48

4.46

4.44

4.41

4.40

4.39

4.38

4.38

4.39

4.42

4.45

4.45

4.47

4.48

112.4

-150

4.50

4.49

4.49

4.49

4.49

4.49

4.49

4.49

4.49

4.48

4.46

4.45

4.45

4.41

4.40

4.39

4.39

4.39

4.40

4.41

4.43

4.45

4.48

4.49

-120

4.49

4.49

4.49

4.50

4.48

4.48

4.48

4.48

4.50

4.49

4.48

4.44

4.42

4.40

4.39

4.38

4.38

4.39

4.39

4.40

4.42

4.43

4.46

4.47

WALL THICKNESS (mm) @ AXIAL POSITION (mm)

-90 -60 -30 0 30 60 90

4.49

4.50

4.49

4.50

4.49

4.49

4.50

4.48

4.48

4.49

4.47

4.44

4.43

4.40

4.38

4.38

4.38

4.38

4.39

4.40

4.41

4.43

4.46

4.47

4.49

4.50

4.51

4.50

4.51

4.51

4.51

4.50

4.49

4.48

4.46

4.44

4.41

4.40

4.39

4.38

4.38

4.40

4.40

4.41

4.43

4.44

4.46

4.48

4.48

4.50

4.50

4.49

4.50

4.51

4.51

4.50

4.49

4.48

4.46

4.44

4.42

^ 4.41

4.39

4.38

4.38

4.37

4.38

4.39

4.43

4.43

4.45

4.47

4.47

4.48

4.49

4.49

4.49

4.50

4.49

4.49

4.48

4.47

4.45

4.45

4.44

4.41

4.38

4.38

4.38

4.37

4.37

4.39

4.41

4.42

4.44

4.47

112.6

4.50

4.50

4.49

4.50

4.50

4.49

4.50

4.50

4.49

4.46

4.45

4.43

4.41

4.39

4.38

4.38

4.38

4.37

4.36

4.37

4.40

4.45

4!46

4.51

4.49

4.53

4.50

4.49

4.51

4.49

4.49

4.49

4.48J

4.47

4.45

4.43

4.41

4.40

4.38

4.38

4.38

4.38

4.38

4.40

4.42

4.45

4.47

4.47

4.49

4.51

4.51

4.50

4.51

4.51

4.51

4.52

4.51

4.48

4.46

4.44

4.41

4.39

4.38

4.37

4.38

4.38

4.39

4.39

4.40

4.43

4.45

4.48

120

4.48

4.48

4.50

4.50

4.50

4.50

4.51

4.51

4.50

4.49

4.46

4.44

4.42

4.38

4.37

4.37

4.36

4.37

4.37

4.38

4.40

4.42

4.43

4.47

150

4.47

4.48

4.51

4.51

4.50

4.52

4.51

4.52

4.50

4.50

4.48

4.43

4.42

4.39

4.38

4.37

4.38

4.37

4.37

4.38

4.39

4.41

4.43

4.46

180

4.47

4.49

4.49

4.49

4.48

4.49

4.53

4.50

4.50

4.48

4.47

4.44

4.42

4.39

4.38

4.37

4.37

4.36

4.36

4.37

4.39

4.41

4.43

4.46

112.5

-B4-

180.00

£JEcg

"côo

CL

X

90.00 L

0.00 -

-90.00 -

-180.00

SPECIMEN #1

WALL THICKNESS (mm)

\

-180.00 -90.00 0.00 90.00 180.00

Degrees From Top Of Specimen I


ANG. POSITION

NO. (Deq.)

13

14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

8

9

10

11

12

-165

-150

-135

-120

-105

-90

-75

-60

-45

-30

-15

0

15

30

45

60

L_ 7 5

90

105

120

135

150

165

180

ori

-180

4.43

4.45

4.46

4.48

4.49

4.50

4.50^

4.51

4.49

4.50

4.50

4.51

4.51

4.50

4.49

4.48

4.45

4.44

4.43

4.42

4.42

4.41

4.41

4.42

112.5

-150

4.43

4.45

4.47

4.48

4.51

4.52

4.51

4.52

4.52

4.50

4.49

4.49

4.50

4.50

4.47

4.46

4.45

' 4.44

4.43

4.42

4.41

4.41

4.41

4.41

-120

4.44

4.45

4.46

4.48

4.49

4.50

4.50

4.51

4.51

4.50

4.49

4.50

4.50

4.49

4.47

4.46

4.44

4.44

4.43

4.41

4.40

4.40

4.41

4.43


-90 -60 -30 0 30 60 90

4.45

4.46

4.47

4.49

4.50

4.51

4.51

4.51

4.51

4.50

4.49

4.49

4.49

4.48

4.46

4.44

4.43

4.43

4.43

4.41

4.41

4.42

4.42

4.43

4.43

4.45

4.46

4.47

4.49

4.50

4.52

4.50

4.50

4.48

4.48

4.48

4.48

4.48

4.48

4.46

4.46

4.44

4.43

4.42

4.41

4.41

4.41

4.42

4.42

4.46

4.48

4.50

4.50

4.50

4.50

4.50

4.49

4.48

4.48

4.48

4.48

4.49

4.48

4.47

4.44

4.43

4.42

4.41

4.41

4.42

4.41

4.41

4.41

4.44

4.46

4.47

4.49

4.49

4.49

4.50

4.50

4.49

4.48

4.48

4.48

4.48

4.48

4.46

4.45

4.44

4.42

4.41

4.40

4.39

4.39

4.40

112.6

4.44

4.47

4.49

4.49

4.49

4.50

4.50

4.50

4.49

4.50

4.48

4.47

4.48

4.49

4.47

4.47

4.45

4.45

4.43

4.42

4.40

4.40

4.40

4.42

4.42

4.45

4.47

4.48

4.50

4.50

4.49

4.49

4.49

4.47

4.47

4.47

4.48

4.49

4.50

4.48

4.46

4.45

4.44

4.43

4.42

4.41

4.40

4.41

4.42

4.44

4.47

4.49

4.50

4.51

4.49

4.48

4.47

4.46

4.47

4.46

4.48

4.48

4.49

4.47

4.46

4.45

4.44

4.43

4.42

4.41

4.41

4.41

120

4.43

4.48

4.47

4.49

4.51

4.52

4.51

4.51

4.49

4.49

4.47

4.47

4.48

4.49

4.49

4.48

4.46

4.45

4.44

4.44

4.42

4.41

4.40

4.42

.150

4.42

4.45

4.47

4.49

4.51

4.50

4.50

4.49

4.49

4.47

4.47

4.47

4.48

4.49

4.49

4.48

4.46

4.46

4.45

4.43

4.41

4.40

4.41

4.40

180

4.43

4.45

4.48

4.49

4.50

4.50

4.50

4.51

4.51

4.49

4.49

4.49

4.49

4.50

4.49

4.50

4.48

4.47

4.45

4.43

4.42

4.41

4.41

4.41

112.5

-B6-

£

c—;

"CO

oQ_

x

180.00

SPECIMEN #5

WALL THICKNESS (mm)

90.00 -

0.00 -

-90.00

-180.00-180.00 -90.00 0.00 90.00 180.00

Degrees From Top Of Specimen

X

-a

SmCO

âTD3

5

E

LU

3CL

Û

4.6

4.5

4.4

4.3

< 4.2

</)UJ

3.9

3.8

BALLOONING OF CANDU PRESSURE TUBESDEFECTED SPECIMEN #5, TEST #2

eo

-180 -150 -120 -90 -60 -30 0 30 60DEGREES FROM TOP (Approximate)

90 120 150 180

* UNDEFECTED WALL DEFECTS


ANG. POSITION

NO. (Deq.)

14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

8

9

10

11

12

13

-165

-150

-135

-120

-105

-90

-75

-60

-45

-30

-15

0

15

30

45

60

75

90

105

120

135

150

165

180

OD!


-180 -150 -120 -90 -60 -30 0 30 60 90 120 .150 180

4.49

4.49

4.52

4.48

4.48

4.46

4.46

4.42

4.41

4.40

4.38

4.38

4.38

4.41

4.42

4.44

4.46

4.50

4.51

4.51

4.51

4.51

4.50

4.49

112.5

4.50

4.49

4.49

4.49

4.49

4.47

4.45

4.43

4.41

4.40

4.39

4.38

4.38

4.39

4.41

4.43

4.46

4.48

4.50

4.50

4.50

4.50

4.50

4.50

4.49

4.49

4.50

4.49

4.48

4.46

4.44

4.44

4.42

4.40

4.41

4.40

4.39

4.40

4.42

4.43

4.46

4.48

4.50

4.50

4.50

4.50

4.50

4.49

4.49

4.49

4.49

4.48

4.48

4.46

4.45

4.43

4.43

4.40

4.39

4.39

4.39

4.40

4.41

4.43

4.45

4.47

4.49

4.49

4.50

4.49

4.49

4.49

4.50

4.49

4.50

4.49

4.48

4.46

4.45

4.44

4.43

4.40

4.40

4.39

4.40

4.41

4.43

4.45

4.46

4.48

4.50

4.49

4.50

4.50

4.49

4.49

4.50

4.49

4.49

4.48

4.48

4.47

4.45

4.44

4.44

4.41

4.40

4.39

4.40

4.41

4.42

4.44

4.45

4.47

4.48

4.49

4.48

4.49

4.49

4.49

4.49

4.49

4.49

4.48

4.47

4.45

4.45

4.43

4.42

4.40

4.39

4.39

4.40

4.42

4.43

4.44

4.46

4.47

4.48

4.49

4.49

4.50

4.49

4.50

112.5

4.49

4.49

4.49

4.48

4.47

4.45

4.44

4.44

4.41

4.41

4.40

4.40

4.40

4.40

4.42

4.44

4.45

4.46

4.48

4.49

4.50

4.51

4.49

4.49

4.50

4.50

4.49

4.48

4.46

4.44

4.44

4.42

4.41

4.41

4.40

4.40

4.40

4.41

4.42

4.44

4.45

4.47

4.48

4.49

4.50

4.50

' 4.50

4.49

4.49

4.50

4.49

4.48

4.46

4.44

4.42

4.42

4.41

4.42

4.42

4.41

4.41

4.42

4.42

4.43

4.45

4.46

4.47

4.48

4.49

4.50

4.50

4.49

4.51

4.50

4.51

4.49

4.47

4.45

4.43

4.41

4.42

4.41

4.40j

4.40

4.41

4.42

4.42

4,44

4.46

4.47

4.49

4.49

4.50

4.50

4.50

4.50

4.51

4.50

4.50

4.48

4.47

4.45

4.43

4.41

4.41

4.40

4.40

4.41

4.41

4.41

4.42

4.43

4.44

4.46

• 4.47

4.48

4.49

4.50

4.49

4.50

i

4.51

4.50

4.50

4.48

4.47

4.46

4.44

4.42

4.41

4.40

4.40

4.41

4.41

4.41

4.43

4.43

4.44

4.46

4.48

4.49

4.50

4.51

4.50

4.50

112.5

-BIO-

c_o~-t—•

'enoû_

x

180.00

90.00 -

0.00 -

-90.00 -

SPECIMEN #3

WALL THICKNESS (mm)

-180.00-180.00 -90.00 0.00 90.00 180.00

Degrees From Top Of Specimen l


I-.- '• . POSITION

NO. (Deq.)

14

15

16

17

18

19

20

21

22

23

24

1

__2

3

4

5

6

7

8

9

10

11

12

13

-165

-150

-135

-120

-105

-90

-75

-60

-45

-30

-15

0

15

30

45

60

75

90

105

120

135

_150

165

180

OD!"


-180 -150 -120 -90 -60 -30 0 30 60 90 120 150 180

4.49

4.49

4.47

4.47

4.48

4.46

4.47

4.45

4.46

4.44

4.43

4.42

4AZ_

4.42

4.41

4.42

4.43

4.45

4.47

4.48

4.50

4.50

4.49

4.49

112.5

4.48

4.48

4.48

4.48

4.47

4.47

4.46

4.45

4.46

4.44

4.45

4.43

4.42

4.4

4.4

4.44

4.44

4.44

4.47

4.49

4.5

4.5

4.5

4.49

4.47

4.47

4.47

4.48

4.47

4.48

4.45

4.43

4.44

4.42

4.43

4.42

4.42

4.42

4.41

4.42

4.43

4.45

4.46

4.48

4.49

4.49

4.49

4.48

4.49

4.48

4.50

4.50^

4.48

4.47

4.47

4.45

4.44

4.43

4.41

4.41

4.42

4.42

4.42

4.43

4.44

4.45

4.46

4.48

4.49

4.5

4.5

4.51

4.49

4.48

4.49

4.50

4.49

4.46

4.45

4.44

4.44

4.42

4.41

4.40

4.41

4.42

4.42

4.44

4.44

4.45

4.46

4.47

4.48

4.49

4.49

4.5

4.48

4.49

4.49

4.51

4.48

4.47

4.46

4.44

4.44

4.43

4.41

4.40

4.41

4.41

4.41

4.42

4.44

4.45

4.46

4.48

4.48

4.49^

4.49

4.5

4.49

4.48

4.48

4.48

4.48

4.49

4.46

4.44

4.44

4.41

4.42

4.40

4.4

4.41

4.41

4.43

4.45

4.46

4.46

4.48

4.49

4.49

4.48

4.49

112.5

4.48

4.49

4.50

4.49

4.50

4.48

4.46

4.46

4.45

4.42

4.41

4.40

4^4

4.41

L_4.414.43

4.44

4.45

4.46

4.48

4.48

4.49

4.49

4.49

4.49

4.49

4.49

4.48

4.50

4.49

4.47

4.45

4.43

4.42

4.42

4.40

4.4

4.42

4.42

4.42

4.43

4.44

4.45

4.47

4.49

4.5

4.54.5

4.50

4.49

4.49

4.49

4.50

4.49

4.47

4.45

4.42

4.42

4.41

4.40

4.4

4.39

4.41

4.42

4.43

4.43

4.46

4.47

4.49

4.49

4.54.49

4.50

4.49

4.49

4.50

4.50

4.48

4.46

4.45

4.44

4.42

4.40

4.40

4.39

4.39

4.4

4.41

4.42

4.44

4.46

4.47

4.48

4.49

4.54.5

4.49

4.50

4.50

4.50

4.48

4.49

4.46

4.44

4.43

4.42

4.40

4.39

4.39

4.39

4.41

4.42

4.43

4.44

' 4.46

4.47

4.48

4.49

4.49

4.51

4.51

4.50

4.51

4.49

4.48

4.46

4.45

4.44

4.42

4.39

4.38

4.38

4.39

4.39

4.42

___JU34.45

4.47

4.48

4.49

4.49

4.50

4.50[ 4.51

112.5

-BI2-

SPECIMEN #4

WALL THICKNESS (mm)

180.00

90.00 -

EE

oCOo

Q_

"x

0.00 -

-90.00

-180.00-180.00 -90.00 0.00 90.00 180.00


J

I1

mx

men

CD

LU

a.û

COLU

4.6

4.5 -

4.4 -

4.3 -

4.2 -

O 4.1x

4 -

3.9 -

3.8



90 120 150 180

• UNDEFECTED WALL • DEFECTS REPAIRED DEFECTS


ANG. POSITION

NO. (Deg.)

14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

. 8

9

10

11

12

13

-165

-150

-135

-120

-105

-90

-75

-60

-45

-30

-15

0

15

30

45

60

75

90

105

120

135

150

165

180

od

-180

4.52

4.52

4.51

4.47

4.46

4.44

4.44

4.43

4.40

4.40

4.39

4.40

4.40

4.42

4.42

4.42

4.44

4.46

4.48

4.50

4.50

4.52

4.52

4.53

112.5

-150

4.51

4.51

4.49

4.47

4.46

4.45

4.44

4.42

4.4Î

4.40

4.39

4.39

4.39

4.40

4.41

4.43

4.44

4.46

4.48

4.50

4.50

4.53

4.51

4.51

-120

4.50

4.50

4.49

4.48

4.47

4.45

4.43

4.42

4.41

4.40

4.40

4.39

4.40

4.40

4.41

4.42

4.43

4.45

4.47

4.49

4.50

4.52

4.52

4.51


-90 -60 -30 0 30 60 90

4.49

4.50

4.50

4.48

4.47

4.45

4.43

4.42

4.41

4.40

4.40

4.38

4.40

4.40

4.41

4.42

4.43

4.46

4.48

4.49

4.50

4.51

4.49

4.50

4.50

4.50

4.49

4.49

4.47

4.46

4.45

4.43

4.42

4.40

4.39

4.39

4.39

4.40

4.41

4.43

4.44

4.46

4.48

4.48

4.49

4.51

4.50

4.50

4.49

4.49

4.50

4.49

4.50

4.51

4.51

4.49

4.48 [ 4.49

4.45 L 4.46

4.44

4.43

4.41

4.39

4.39

4.39

4.39

4.40

4.42

4.43

4.44

4.46

4.48

4.49

4.50

4.49

4.48

4.49

4.44

4.42

4.41

4.39

4.39

4.38

4.38

4.40

4.42

4.44

4.45

4.47

4.48

4.49

4.48

4.48

4.48

4.50

112.5

4.48

4.50

4.50

4.49

4.48

4.47

4.45

4.42

4.41

4.39

4.38

4.37

4.38

4.40

4.43

4.44

4.45

4.47

4.48

4.49

4.48

4.48

4.47

4.48

4.50

4.51

4.51

4.52

4.51

4.46

4.44

4.43

4.42

4.39

4.37

4.37

4.38

4.41

4.43

4.44

4.44

4.46

4.47

4.47

4.47

4.47

4.47

4.48

4.48

4.49

4.51

4.49

4.47

4.46

4.44

4.43

4.41

4.39

4.38

4.37

4.39

4.41

4.43

4.45

4.46

4.48

4.48

4.47

4.46

4.47

4.47

4.48

120

4.48

4.49

4.50

4.51

4.49

4.48

4.45

4.44

4.42

4.40

4.38

4.38

4.39

4.40

4.42

4.45

4.46

4.48

4.48

4.49

4.46

4.46

4.46

4.46

.150

4.47

4.49

4.50

4.51

4.50

4.47

4.45

4.44

4.42

4.39

4.38

4.37

4.38

4.39

4.41

4.44

4.48

4.47

4.47

4.47

4.46

4.46

4.45

4.46

180

4.47

4.49

4.50

4.50

4.50

4.47

4.45

4.43

4.42

4.40

4.38

4.38

4.39

4.40

4.42

4.45

4.46

4.47

4.49

4.49

4.47

4.46

4.47

4.46

112.6

-BI6-

ISPECIMEN #2

WALL THICKNESS (mm)

180.00

90.00

EEco

oQ_

X<

0.00 -

-90.00 r

-180.00180.00 -90.00 0.00 90.00 180.00


li1I

i1IIII


ANG. POSITION

NO. (Deg.)

13

14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

8

9

10

11

12

OD

-165

-150

-135

-120

-105

-90

-75

-80

-45

-30

-15

0

15

30

45

60

75

90

105

120

135

150

165

180

-180

4.51

4.50

4.50

4.49

4.48

4.46

4.43

4.43

4.42

4.42

4.41

4.42

4.43

4.44

4.44

4.44

4.46

4.48

4.50

4.50

4.50

4.50

4.50

4.50

112.5

-150

4.51

4.50

4.49

4.47

4.47

4.45

4.44

4.43

4.42

4.42

4.41

4.41

4.42

4.43

4.44

4.45

4.47

4.49

4.49

4.49

4.50

4.50

4.50

4.50

-120

4.50

4.49

4.49

4.48

4.46

4.45

4.43

4.42

4.41

4.40

4.40

4.40

4.41

4.43

4.45

4.46

L 4.47

4.48

4.49

4.48

4.48

4.49

4.49

4.50


-90 -60 -30 0 30 60 90

4.52

4.49

4.49

4.48

4.46

4.45

4.44

4.42

4.41

4.40

4.40

4.39

4.42

4.44

4.45

4.47

4.48

4.48

4.48

4.48

4.49

4.49

4.48

4.49

4.50

4.50

4.50

4.48

4.47

4.45

4.43

4.42

4.40

4.40

4.40

4.40

4.42

4.43

4.45

4.47

4.48

4.48

4.49

4.48

4.48

4.48

4.48

4.49

4.49

4.50

4.50

4.48

4.47

4.46

4.43

4.42

4.40

4.39

4.40

4.41

4.41

4.43

4.45

4.45

4.48

4.48

4.49

4.49

4.49

4.48

4.48

4.48

4.50

4.50

4.49

4.49

4.47

4.46

4.42

4.41

4.40

4.40

4.41

4.41

4.41

4.43

4.45

4.46

4.48

4.50

4.49

4.48

4.49

4.48

4.48

4.50

112.5

4.51

4.50

4.49

4.49

4.47

4.46

4.42

4.42

4.41

4.41

4.40

4.41

4.42

4.43

4.45

4.47

4.48

4.49

4.51

4.49

4.50

4.49

4.49

4.50

4.50

4.51

4.50

4.49

4.46

4.45

4.42

4.414-4t4.40

4.41

4.41

4.41

4.44

4.45

4.46

L_ 4"

4 9

4.49

4.50

4.50

4.50

4.49

4.50

4.49

4.50

4.51

4.51

4.50

4.47

4.45

4.43

4.43

4.42

4.41

4.41

4.42

4.43

4.44

4.45

4.47

4.49

4.50

4.51

4.51

4.50

4.49

4.49

4.50

120

4.50

4.51

4.50

4.49

4.48

4.46

4,43

4.42

4.42

4.42

4.41

4.42

4.42

4.44

4.45

4.47

4.48

4.49

4.51

4.50

4.51

4.50

4.49

4.50

.150

4.49

4.50

4.50

4.49

4.47

4.45

4.44

4.43

4.41

4.42

4.41

4.42

4.43

4.44

4.46

4.48

4.49

4.50

• 4.50

4.50

4.52

4.50

4.48

4.50

180

4.49

4.52

4.50

4.48

4.47

4.45

4.44

4.43

4.42

4.42

4.42

4.42

4.42

4.45

4.46

4.47

4.50

4.50

4.50

4.50

4.50

4.49

4.51

4.50

112.5

-B18-

£

co

"côo

Q_

X

180.00

-90.00

-180.00

SPECIMEN #6

WALL THICKNESS (mm)

90.00 r

0.00 -

-180.00 -90.00 0.00 90.00 180.00

Degrees From Top Of SpecimenII

4.6

4.5

'§" 4.4

LU

5Q.

Q

COCOLU

OXH

4.3

4.2

4.1

3.9

3.8

• - • •


' • • — . - • B "•"•— I I •

2


- • * • •

CO

90 120 150 180

• UNDEFECTED WALL • DEFECTS

APPENDIX C

TEST RESULTS

-CI-

CONTENTS

Page

TEST NO. 1 C3

TEST NO. 2 C19

TEST NO. 3 C35

TEST NO. 4 C55

TEST NO. 5 C75

TEST NO. 6 C93

-C3-

TEST#1

TEST POINT # 169

SPECIMEN # 1 (UNDEFECTED)

Instrumentation List C5

Test Data (4 Pages) C7

Temperature Versus Time (3 Pages) C11

Strain Versus Time (2 Pages) C14

Pressure and Electrical Meas. Versus Time C16

Temperature Versus Circumferential Position C17

D A

BAIE: 7-JUL-1994

CH

i :234567891011121314151617181920212223242526272829303132333435363738394041424344454647484950

JUNCTION

125126127128129130131132133T34135136137ïl1213tt1516171819110111OBE0£E114115116117118119KO121122123124138139140PIPQI1P0I2P0I3POWERVOLISYEWL:

HID PI.HIDPï.KHI PI.HID PI.HID PI.HID PI.NID PI.HID PI.HID PI.HID PI.HID PI.HID Pï.<• 120HKKID PI.HID PI.HID PI.HID Pî.HID Pï.HID PI.HID PI.HID PI.HID PI.HID PI.HID PI.BAD CPI,BAD CPIHID PI.HID PI.HID PI.HID PI.MID PI.- 120HH- 60HH+ 60HH+ 12QKH- 120HH- 60HH+ 60HH

-C5-BALLOONING DE PRESSURE ÎUBE ÎESî

1 A

OD -OD -OD -OD -OD -00-OD-OD -OD -00 -OD -OD -OD-00-OD -OD-OD -OD -OD -00 -OD -00 -OD -OD -

A C QU IS ][I I O N

IESI: Ballooniri9 lest

15457b1051351651%2252552853153451800306090120150180210240270300

DEG ÏP KDEGÏPKDEG IP KD£G IP KDEG IP KDEG IP KDEG IP KDEG IP KDEG IP KDEG IP KDEG IP KDEG IP KDEG IP KDEG(ÏOP)DEGDEGDEGDEGDEGDEGDEGDEGDEGDEG

, HOVED 10 CH 52r HOVED 10 CH 53ID -10-ni -ID -ID -OD -OD -OD -OD -OD -OD -OD -

PRESSUKI2EROPTICAL

60• 120• 180•240•300• 0

• 0

• 0• 0

• 180

• 180

• 180

WALL

DËGDEGDEGDÊGDEGDEGDEGDEGDEGDEGDEGDEGÎEHP

ÏHERHOHEIERSPEC1HEN PRESSPQIENIIQHEIER 1P0ÎEN110HEÎER 2POIENIIOHEIER 3UAIIHE1ER

(kPa)(BB)

<»B)

(os)(KU)

SPECIHEN VOLT DROP (BÎK)t PRIHAÎtY

YEWAHP PRiHARYYEHA1!—

r PRIMARYSPARE

VOLISAHPSUATÏS

(V)(A)(fc«)

A

0.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.0000

101.3250-0.00030.0000

196.04780.00000.00000.00000.00000.00000.0000

CQ N S I AN

POINI:

e

5.000005.5.5.5.5.s.s.5.5.5.5.0.0.0.

260.260.260.260.260.260.260,260.260,

000000000000000000000000000000000000000000000000000000000000,00000000000000000000,00000,00000,00000,00000,00000,00000.00000

0.000000,0,

130,0,

130,0,0000000

2601000876

.00000

.00000

.00000

.00000

.00000

.00000

.00000

.00000

.00000

.00000

.00000

.00000

.00000

.00000

.00000

.89099-19.50000-19-53203015080600

.50000

.05500

.00000

.00000

.00000

.00000

.00000

.00000

I S

169

c

0.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000,0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000O.OOQOOO0.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000-0.1294680.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000

- C 6 -

BALL0ÛN1NG OF PRESSURE TUBE IEST

D A T A A C Q U I S I T I O N C O N S T A N T S

DATE: 7-JUL-1994 TEST: Ba l loon ing Test M I N I : 169

CH fUNCIION A B C515253545556575859606162636465666768697071727374757677787980

CVQLI112113———————IHAXODODCHANÏAVGOBTHAXIOIUCHAHIHAXÏICHANTHAXBBCHANSIRAN1SÏRAN2SIRAN3TAVGID——

——

GONIBOL VOLTAGE (V)HID PI. 00 - 330 DEGHID PI. ID - 0 LEGSPARESPAKESPARESPARESPARESPARESPAREHAX1NUH HID PI. OD IEHPIHAXOÛ CHANNELAVG. «11/ Pï. OU IEHPMAXIMUM ID ÏEHPIHAXID CHANNELHAXIHUH 10P IEMPÎHAXÎ CHANNELHAXIHUH BÛIÏOH 1EHP1HAXB CHANNELl SÏRAIN - P0I1Z STRAIN - P0T2I AXIAL STRAIN - P0I3AVG. HID PI. ID TEMPSPARESPARESPARESPARESPARESPARESPARE

0.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.0000

1.00000260.00000130.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000,000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.00000

0.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000

IIIIIIIIIiI

Notes Regarding Data Acquisition Constants A, B & C.

In general.

Calculated Value in Engineering Units = A + Bv + Cv2

where v is the acquired channel voltage.

- The ice bath referenced thermocouples (Channels 1-13) are linearized with a 9th order polynomial. The A termrepresents ice bath reference and the B term is the channel amplification.- The thermocouple modules (Channels 14 - 39) provide their own linearization and an analog output of either O to 5volts or O to 10 volts.- The voltage modules (Channels 41 - 43) provide the same output as the thermocouple modules.- For unused channels between 1 and 60, the A, B & C constants are set to zero.- Channels beyond 60 are used for calculations.

-C7-

TEST POINT #169 DATE: 7-JULY-1994POSN(mm)nME:

(s)0.00.10 2030.40.50.60.70.8031.01.112131.41.51.61.71.8132.02.122232.42.52.62.72.82.93.03.132333.43 53.63.73 53.94.04.142434.44.54.64.74 34.95.05.1SJ2S35.4555 55.75.85.96.06.162636.46.56.66.76.86.97.07.1127.37.47.57.7.7.7.8.

-165 -150CH7 CH21T31298.0297.9295.82992302.73062309.6313.431633203323.8327.3331.1334.4338.0341.4345.0348.43S2.03553358.9362.43555369.43723376.4380.03832386.8390.439333972400.64033407.4410.841424173421.0424.442734312434.6437.74413444.744734512454.6458.0461.4464.44673471.14743477.7480.6484.0487.44903493.74963500.15032506.4509.7512.6516.0519.0522.15252528.4531.4534.6537.7540.6543.5546.5549.4552.5555.4

T8296.4296.4296.4296.4299330233062309.4309.73163321.1324.432833313335.1338.734133445348.1348.135433593363.4366.63693373.1376.4379338333863386.8391.73973401.1404.740734113415.141834213425.1426.4426.44333438344234453448.9452.1455.4458.6461.9465.4466.1466.14732478.1481.4484348734905494.049735005503.8504.4504.85113516.1519.4522.05252528.8531.4534.4537.3540.954125412548.3551.9

-135C H 8T323013300.6298.930223065310.7314.03173320.4323.732723303334.4338.0341.6346.0349.935333572360.63642367.83712374.63782381.6384.4387.7391.13943398.44015405.64092412.441534195422.7426.14295432.94362439.64423445.94493453.3456.9460.6464.1467.44703473.8477248054835486.8490.0492.9495.9499.4502.8506.3S09.75132516.1518.75212524.0528.0531.6535.0538.1541.5544.0546.6549.4552.3555.5558.8561.7

-120DH22

T9299.3299.6299.6299.6301.9306.1310.0313.63163320.4324.032733312334.43373337.03442349.03523355.9359.4363.0366.63702373.7375.4375.4382.8387.7391.039423973401.04043407.9411.8414.7414.74183425.1429.0432.64353439.44423445.9449.1452.4454.3455.0459.5465.446934723476.1479.4482.04853488.8492.1493.7494.04992504.75083511.65145517.7521.0523.95272530.1531.7532.0537.6542.4545.7548.6551.9555.1558.0

-105C H 9T33303.8304.1303.7307.0310.43133317332133243328533133353339.1342534623493353.6357.0360.6364.03675371.1374.73783381538523883392239553993402.9406.4410.0413.7416.94203423.7426.9430.6433.9437.644034443447.745134545457.7461.04645467.9471.4474.6478.0481.14843487.94912494.64973501.15043507.4510.7514.05173520.6523.9526.9530.15332536.5539.6542.7545.8549.0551.9555.3558.4561.3564.3567.2

-90CH23T10

302.9302.93025302.9306.1310.031333165320.4323.732823313332.1332.4340.63443348.135233553358.8362.736633702374.1376.0375.73832387.1391.03943398.8402.7405.64092412.4413.1413.4421.8425.4429.6432.94365439.7443.64472450.1452.4452.4458.6463.8467.0470.64735477.14803483.64872490.4492.0492.44982503.7506.75102513.8517.4520.052325262529.7530.7530.75372541.8545.4548.6551.9554.5558.0560.6563.9

-75CH10T34305.9305.7307.7311.1314.731823215325232833325336.0339.6343234653493353.3356.93603364.4368.13715374.6378.0381.63853388.9392.1395.8399.5402.8405.9409.3413.0416.5420.14235426.9430.1433.7437.1440.4443.8447.1450.6454.0457.5460.9464.4468.0470.8474.0477.1480.5484.048754903494.04973500.7503.6506.75102513.8517.0519.9523.3526.8529.75325536.0539.4542.4545.15485551.9554.8557.5560.8564.1567.3570.2

-60CH24T11

30433045304.53045307.7311331523185322.03253328.53313335333923393339.9348.435233563360.7363.636753703374.4377.93783378.3387.7391.63952398.7402.6405.9409.1412.4415.6416.0416.0424.7429.0432.5435.8439.04423445.94483452.04553455.3459.8465.746934732476.4480.0482.94862489.4492.7494.9494.9500.1506.050925125515.7518.752225252528.4531.3533.6533.6539.5544.3547.3550.2553.5557.0559.6562.6

1-45

CH11T35308.0308.3309.6313.0316.4319.732353263330.733333375341.0344.4347.7351.43543358.4361.9365.43685372.4375.7379.5382.73865389.93933396.7400.1403.84073410.8414.1417.64203424542734315434.94383441344534483451.4•55.0'4585462.04652468.74713475.3478.6482.14852488.7491349534985502.0505350855113515.1518.3521.6524.9528.1531.4534.5537.4541.0544.15472550.6553.7556.7560.0562.9566.35692572.3

^ID-POINT OO THERMOCOUPLES ("C)-30

CH52T12308.6308.63082308.63115315.1318.632153245328.7332.633433343341.1346.93502353.1356.736023635367.4370.6372.9372.9379.7384338823913395.0398.64012405.1409.0411.6411.6416.8422.6425.94295433.443634395443.1446.4449.645134522458.4463.64663470.1473.0476.6479.8482.8486.7489.949134922497.450235065510.1513.3516.6519.8523.1526.0528.9530.6530.9537.1541.9545.5548.8551.4554.6557.5561.1564.0567.3

-15 0CH12CH14T36 T1

15 30CH1 CH1ST2S T2

45CH2T26

319.4 Failed 313.8 Failed 3083319.4 T/C318.8322.1325.6329.0332.633623393343.4346.93505354.135753613364.736823713375.4379.1382.73852389.83933395.74003403.84075411.1414.8418.5421.9425.6429.0432.54362439.6443.1446.64502453.74572460.8464346734715474.74783481.648524885492.1495.7499.15023505.95092512.6516.05193522.9526.1529.3532.8536.4539.7542.85462549.5553.1556.4559.85632566.4569.85732576.1579.5582.7586.1589.3

313.7 T/C314.731733213324.63273331533533385342.0345.7349.0352535623595363.03665369.9373.4376.93803383.7387.1390.7393.939754012404.7408.14115414.94183421.9425.4428.94322435.74393442.84462449.4453.04563459.9463.3466.8470.34735476.9480.3483.74872490.449334973500.450335073510.7513.95173520.8524.052735303534.05372540.7543.7547.0550.6553.6556.9560.2563.3566.7569.8573.1576.4579.3

3083308.7312331523183322.1325532933323335.93392342534633495352.73563359.93633356.63702373.4377.0380.4383.83872390339423975401.0404.3407.74105414.34173421.14245428.14313434.743734412444.6448.04512454.645734613464.7468.0471.047434775481.0484.1487.4490.7494.14972500.6503.6507.0510.1513351655193523.052625292532.4535.5538.5541.85445548.1551.0554.15572560.1563.3566.4

60CH16

T33032302.93032303.8307.1310.0311.031153193323.7326.63305334.1337334033435347.4348.7349.03565361.4364.6367.93715374.7378.6381.9385.1388.43893389.73975402.0405.34085412.1416.0418.9422.5425.7429.0430.0430.0437.4442344S.9449.1452.4455.64592462546S.7469.0469.9469.9477.1481.6484.9488.5491.4494.6497.9501.1504.1507.0507.0509.3516.7520.3523.6526.5529.7532.7535.9538.5541.1541.8543.4550.6554.1557.4

75C H 3T27302.1302.13012304.7308.03115315.13185322.132533283332.0335.7339.03423346.13493353.1356.3359.8363.3366.63702373.6377.0380.7384.0387.4391.0394.13975401.0404.4407.8411.44145417.742134245428.1431.6434.943834415445.0448.1451.4454.5458.04615464.6468.14712474.64773481.148434872490.7494.0497.1500.4503.7506.7510.0513.0516.4519.4522.6525.5528.4532.0534.7538.0540.9544.0547.1550.0553.1555.9559.1

90CH17

T4300.0300.03003300330233062309.4313.031633195.323.43263330233253323340.034333473351.7354.93583361.83653368.936923692378.0381.6384.8388.4391.7395.63995402.1405.64073407.6413.841934223426.1429.7433.043624393443.04463447.64473454.7459.64622465.5468.7472347554785481.7485.0485.94863493.4497.6500.6504.1507.1510.05132516.8519.4522.7523.3523.3530.8535.0537.6540.9543.8546.7549.3552.6

105C H 4T28300.9300.7297.73012304.7308.1311.4314331833213325.4329.03323335.63392343.134653495353.13563360.13632367.1370.5373.63772380.9384.13872391.0394.73975401.0404.7408.1411.1414.641824213424542824315434.7437.94413444.7448.1451.1454.4458.0461.1464.14675470.9474.0477248054833486.8490.04935496.0499.5503.1505.75092512.05152518.6521.4524.8527.7S30.8533.9536.8540.0542.6545.7548.7551.9554.5

120CH18

T5296.7296.7296.7296.7299330323075310.7314.03175321.1324.4327532833273337.4341.63452349.13523355.9359.1362.43663366.63663374.737833825385.8389.0392.339623995403.0405340634102416.74202423.8427.4430.6433.9437.1440.44433445.9446.6451.4457.0460.5463.8466.74703473.94763480.0483.3484.9484.94905496.0498.95025505.7508.7511.9514.8518.1521.0522.3522.6529.1533.4536.6539.5542.1545.1547.7550.3

135C H 5T29299329932985302.13055308.931233163319.7323.0326.6330.13335337.1340.73443347.73513354.735833615365.1368.4372.1375.7379.13825385.9389.5393.03963399.8403.4406.74102413.6417.0420.4423.64272430.44335437.144054433447245054535457.14605463.7466.9470.3473.44765480.048334863489.74923496.0499.3502.5505.6508.8512.0515.151825215524.6527.6530.8S33.9536.9540.0542.9545.9549.0551.9555.0557.8

150CH19

T6295.1295.4295.1296.1298.730153055309.4313.0313.93162323.032633295333.4336.7340.63435347.4350.7351.6351.635933643367.9371.1374.43775381.9384.8388.4391539233923400.4404340854113415.341834213425.14283431343224322440.7444.6447.9451.4454.445734612464.4467.0470.6470.6470.6479.748334862490.1493.0496.34992502.8505.1508.3508.65132518.4522.0524.9528.1531.1534.053725402543.1544.4544.4

165C H 6T302935298.629853013305.3308.9311.93153319.1322.7326.6329.733323365340.13435346.9350.73542358.0360.9364236823715375.1378.6381.9385.3389.03923395.53992402.6406.0409.4412.7416.141934232426.64295433.1436.6439.8443.144654493453.04562459.7463.44662469.3472.74762479.4462.6485.9489.0492.0495.44985501.9505.0508.2511.4514.5517.4520.5524.0527.1530.0532.8536.5539.1542.2545.35482551.3554.2557.1

180CH40

T7295.7295.7295.7296.1298330133055309.7313331453152321.4326.63305334.133733412344.8347.73513354.9354.9355536433692372.4376.3379.63832386.1389.73932393.63945403.340724103414.4417.64212424.4427.4430343224322439.7444.64473451.4455.0457.94612464.4467.7470.9471.94722479.4483.64863490.1493.0496.6499.9502.8506.05093509.9509.9517.7522.0524.9527.8531.1534.0537.2540.5543.1546.3547.0547.0

-C8-

TEST POINT #169 DATE: 7-JULV-1994POSN(mmlTIME:

(s)8.18 28 3B.4838.68.78.88 39.09.10.29 39.49.59.69.79.89.9

10.010.110.210.310.410.510.610.710.810.911.011.111.211.311.411.511."• ; •

1 .i:1 -1?-112.?12.312.412 3^ 612.712.812.913.013.113.213313.413313.613.713.813.914.014.114.214.314.414.514.614.714.814.915.015.115.215.315.415.515.615215.815.916.0

-165CH7T315582561.1S63.9567.1569557235753578.9581.7584.7587.45903593.65963599.46023605.6608.7611.6614.9617.7620.8623.3626.5629.6632.66353638.6641.5644.46472650.0652.8655.4658.36603663.666626683671.4674.1676.86793682.068436872689.7692.4694.9697.4700.0702.5705.0707.7710.3712.77153718.0720.6723.1725.5728.1730.5733.0735.4737.87402742.5744.4746.7748.5750.3752.37542755.91110

761.3746.7745.3741.4

-150>I21

T85552558.4560.7563.956635693572.7575.357S.657S.B583.1587.0590.35932596.1599.7602.66053608.8609.4609.861636193623.4626.062936322635.4638.0641.064326432647365236553657.9660.8663.7666.066836713673.86743675.168036842687.1689.4692.0694.66973700.1702.4704.7706.0705.6710.8714.7717.0719.37222725.1727.1729.7732.0734.6735.67352741.1743.4745.6746.9749.2751.5753.1755.4Z5SJ.7SS.4755.475S.4

-135CH8T325643567.9S70.9S73.7576.5579.7582.75853589.059135953597.7600.8603.46062609.7613.1616.6619.66222624.1628.1631.4634.96373640.56423646.1649.76S2.66543657.76612663.16653668.9671.96733676.3679.7681.7684.068736903691.969S.1698.0699.7702.770537073710.6713.07152718.67203723.1726.1727.67303732.6735.4738.1740.1743.2744.7747.9749.7752.1754.4756.3758.8760.1763.0764.0756.5253*5.758.3756.9753.3

-120CH22

T9561.0563.95663568.4568.457435782581.4584.45873589.9592.8596.4599.3601.6601.6606.1611.7614.96173621.1623.7626.6629.96323635.1635.4638.6645.1648.1650.7653.66562658.8661.76643666.9667.96673673.7677.068026823685.4688.0690.6693.66962698.5699.4699.17053708.57113713.77163718.67212723.8726.4729.0729.7729.7735.5738.8741.4743.674627482750>752.4754.4756.6757.6757.9762.2Z£U769.6755.3750.1

-105CH9T33

570.65733576.6579.4582358525E8.6591.65943S97.4600.4603.8606.7609.8612.6616.0618.9622.162436283631.1634.46372640.16432646.3649.3652.1655.1657366036633666.0668.86713674.3676.8679.7682263436873690.1692.6695.6698.1700.8703.3706.1708.771127133716.3719.172137242726.87292731.7734.3736.87392742.1744.5747.1749.37S1.9754.3756.7758.87612763.3765.6767.77702772.1797.3Z&U763.7763.5762.3

-90CH23T10

566.8568.1568.157435792582.1585358835912594.1597.0600.360336043604.86113615.6618.8621.46243627.36312634.46373638.6638.6644.8649.4652.3654.6657.5660.16633665.96683669.8669.8675.7679.3681.9684.8687.1689.76923694.96973700.1700.4700.4706.97103713.4715.7718.37203723.8726.4728.77313731.67313737.8740.7743.67462748.8750.8753.4756.0757.9760.5760.97612766.4769.3771.97SZA769.3775.2780.4

-75CH10T34

573.1576.157925823585358835913594.45973600.6603.76063609.76133616.0619.06223625.3628.6631.76343637.6640.76433646.764936523655.665826613663.9666.8669.66722675.1677.46803683.0685268836903693.6696.46983701.9704.1707.1709.7712.4714.9717.77203722372S.4727.9730.6733.07353738.0740.7743274S.87482750.97533755.7758.5760.8763.47652768.0770.1772.7774.9777.5240.7•SZA-69.0-70.0-69.5

-60CH24T115G6.1S68.7570.0570.45763581.1584.058735893593.1596.4599.06022605.1605.1609.761526183621.1624.0627.66302633.1635.76383638.9643.5648.4651365336563659.4662.0664.6666.96693669.86703677.0679.66823685.1687.769036932696.1698.7700.7701.07033708.5711.4714.371637192722.1724.77273729.9731.973227353739.7742.67452747.8750.4752.4754.67572759.9761.5762.1766.0769.9773.2774.5771.9769.9767.7

1-45

CHXtT3S

575.4578.4581.75843587.7590.8594.0597.16002603.36063609.461236153619.0622.16252623.3631.46343637.4640.4643.6646.7649.7652.8655.6658.46612664.0666.76692672.0675.067736802682368536882690.9693.6696.1698370137043707.1709.87123715.4717.9720.772337253728.4731.1733.67362739.0741.774437463749.4752.07543756.87593762.17643767.1769.7772.1774.77772779.8782.7258.6•Z1A.-33.5-34.0-33.8

rflD-POINTOO-30

XSZT1256835683575.4579358225853588.1591359435962601.4602.4602.460926133616.7619.36232626.1629.4633.36362636.86372643.7647.6650.8653.7656.3659.3661.9665.1667.767036713671.0677.1681.0684.0686.66892692.1694.76973699.97032703.87033710.071327153718.8721.7724.6726.67293732.1735.0735.3735.37413744.8747.4750.0752.675527S7.8760,7763.0765.9766.27662772.4776.3779.5782.57B3.1823.183S.8840.6

-15THERMOCOUPLES ('C)

0 15 30CH1CCHM CHI CH15T36 T1 T25 T2

45CHST26

5923 Failed 5823 Failed 56935953598.960136053608.86113615.0618.66213624362S.3631.46343637.9641.1644.7647365126543657.4660.5663.76663669.7672.6675.6678.7681.5684.7687.36893693.0695.8698.67013704.0706.8709.87123715.5718.3721.0724.0726.9729.7732.7735.3738.37403743.7746.4749.37S2.0754.7757.4760.1762.7765.1767.8770.4773.1775.9778.7781.37842786.6789.4792.3794.8797.6800.8803.7807.4811.0320.07H.77.176.576.3

T/C 586.1 T/C5883592.15953598.46013605.0608.16112614.661736203624.16272630.6633.7637.1640.16433 .646.6650.06S2.965626S8.7661.8664.6667.6670.5673.1676.0679.06813684.56873690.0693.0695.8698.37012704.1706.87093712.47152717.7720.6723.4726.0728.7731.473427372739.8742.3745.0748.1750.87533755.7758.3760.77633766.37692771.67742776.8779.57822785.1788.1791.5795.1799.6299.765.564.764.364.1

572357535783581.4584.4587.7590.6593.7596.6599.96023606.0609.16 ^ 16153618.46213624.7627.8630.9634.0637.1640.1643.3646364926522655.0657.8660.6663.46662668.9671.6674.4676.9679.6682.3684.968736903692.869536983700370337062708.97113714.1717.0719.47213724.67272729.77323734.8737.4740.17423745.0747.6750.0752.6755.0757.4759.87622764.87672769.9772.5775.1195.2-fl3.1-87.8-87.9-87.9

60CH1E

T3560356325662569.1572JJ574357535743582.75863589.95923595.7599360136052608.4611.36113611.76193623.7626.6629.9633.1636.0639.36422645.1647.7648.1647.7655.5658.8662.0664.666726693672.4675.0677.6680.6680.9680.6687.7691.0693.9697.1699.4702.07043707370937093710.1716.0719.67223724.8727.7730.0732.9734.8737.8737.8737.87433746.5749.1751.8754.7757.0759.6761.8764.1764.4Z&U750.5753.1756.0

7SCH3T275622565.0567.9570.8573357635793582.9585.9588.7591.7595.0597.7600.9603.76072610361336163619362236253628.6631.8634.6637.6640.76433646.6649.4652.3655.0657.7660366326653668.36712673.76762679.06813683.9686.9689.4692.1694.66973699.8702.47052707.77103713.0715.77182720.7723.3725.8728.4730.87332735.7738.3740.7743.1745.8748.1750.37FJ.G755.3757.7759.8762.4764.5185.5=B1J1-86.8-90.6-B6.6

90CH17

T45553558.7559.1559.156635693572.7576.05792582.1584.758835912591.6591.9599.060336063609.4612.4615.661836213624.4624.7625.06323636.8639.7642.6645.96483650.765336563658.9658.5662.8667.667026732675.1677.76803682.66852688.1689.1689.1694.36983701.1703.77063708.6710.9713.1716.1718.7719.6720.0724.8728.7731.0733.6735.97383741.1743.0745.67482748.9748.9753.8757.0759.3ZSQJ.759.9760.6760.3

105O MT28

557356025632566.4568.9572.1574.957ai5803583.65863590.3592.75953598.76013604.66073611.0614.1616.8619.6623.0625.8629.0631.8634.8637.9640.8643.8646.6649.46522655.0657.7660.5663.0665.766826703673.4676.0678.66812683.8686.4689.1691.66942696.8699.47013704.6706.8709.471137143717.0719.5722.17243726.9729.4731.87342736.67392741.4743.87462748.4750.5752.6754.7756.6726.6eiia602.1601.5598.0

120CH18

T55533556.1555356135653568.8571.7574357635793582.8586.0587.6587.6594.1598.0601.06042607.1609.46123615.66182621.4621.4624.7630.9634.1637.4640.36423645.8649.1651.3654.3656.5656.9660.8665.66682670.8673.8676.0678.3680.9683.8666.1687.4687.4693.0696.5699.5701.77043706.970937113714.4716.4717.7718.07232726.8729.4731.37342736.2738.8741.1743.3745.9746.6748.9751.8753.1755.4739.8758.3753.7751.8

135CH5T29560.75633566.6569357235752578.15803583.75863589.6592.7595.6598.96013604.760736103613.9617.1620.0623.162626292632363526382641.3644.46473650.365236SS.9658.7661.46642666.86693672.0674.7677.46793682.4684.968736903692.86952698.0700.6703.170537082710.7713.3715.77182720.7723.4726.07283731.17333735.9738.3740.7743.17452747.5749.6751.5753.5755.3757.3759.1753.0Z5JL3752.7751.1747.9

150CH 19

T655025543557.7560.656325662569.4572.0574.6577.957825782585.7589.65923595.4599.060136043607.4610.06133613.66173623.46263629.96323635.4638.664126443647.1648.7648.7653.36582661.1664.0666.366926713673.8676.76793679.9679.96853689.4692.0694.96973700.1702.7705.0707.67093710.5711.1717.07202722.8725.1727.7730.3732.9734.5737.5739.7733.7740.1745 3747.9749.8750.0753.4TUA762.2750.1746.fi

165CH6T30559.9562.6565.7568.6571.55743577.4580358335862589.459225952598.46012604.160726103613.8616.6619.7622.7625.36283631.7634.9637.8640.9643.8647.0649.7652.6655.4658.1660.6663.66662668.9671.6674.1677.1679.4682.168436873690.0692.7695.0697.7700.4703.1705.3708.0710.77132715.671827203723.4725.8728.4730.9733.3735.9738.4740.8743.1745.2747.4749.5751.17532754.8756.6758.67592Z5J-S749.5746.5742.9

180CH40

T75533557.75613563.95663569.7572.7575.95783581.45813531.4589.65933596.4600.060326063609.76123614361536152623.0626362936323636.4639.66423645.1647.7649.7649.765526583661.4664.066S.96692672.1674.7677368026803680.6687.1690369236953698.1701.17033705370827103711.17113718.0721272337253728.4731.0733.9735.8738.1740.7741.4741.0746.67492750.5752.4755.0756.3Z£â!755:;719.;746.6

-C9-

TEST POINT #169 DATE: 7-JULY-1994POSSMID-POINT ID T/Cs(°(mm)TIME

(s)0.00.10 20 30.40.50£0.70 3031 31.11 21.31.41 51.61.71.8I S2.02.12 22 32.42 52.62.72 32 33.03.13 23.33.43 53.63.73.8334.04.14 24.34.44 54.64.74.84.95.05.15 25 35.45 55.65.7S .85.96.06.16 26.36.46.56.66.76.86.97.07.17 2-] r

7.47.57.67.77.87.98.0

-120 0 120CH30 CH53CH28T17 T13 T15299.5 309.8 297.6299.4 309.8 297.4299.7 3093 297.43002 3093 297.6302.3 3125 3002305.9 315.6 303.1309.6 319.0 306.7311.7 322.4 310.13115 3253 313X1319.0 329.3 316.3322.9 3325 31953265 335.8 319.83293 339.3 326.03333 3425 33023365 343.1 33333393 343.1 3372343.6 3523 34033473 3562 343.9349.6 3595 34633493 363.1 3502356.1 366.6 353.6360.9 369.7 357.0364.4 3735 3573367.4 377.0 358.0370.5 380.4 36553735 383.9 369.63765 3842 373.03803 387.1 376.4384.0 393.9 379.6386.1 397.7 383.03863 4013 386.33923 405.0 389.43975 4083 393.0401.1 412.0 396.04043 4145 396.94073 4185 396.9411.0 4213 404.7413.9 4245 408.6417.0 4243 411.84193 429.4 41524232 436.0 4182423.7 439.4 421.4423.7 4423 4245431.8 4463 427.44355 4493 4305440.4 453.1 433.4443.7 4565 4333446.9 460.1 434.1450.5 4635 4425453.7 465.1 446.1456.7 4653 4492459.9 471.6 4523462.4 4763 455.0463.0 479.9 458.6464.6 4832 461.7472.1 486.4 465.14752 489.7 467.9478.4 4932 470.8481.4 496.6 471.04845 499.9 473.44872 5033 479.6490.0 506.7 484.0493.7 5063 487.1496.6 513.6 489.75002 5175 492.7501.0 5212 495.5503.8 524.4 4992509.3 5275 502.7513.1 531.1 505.1516.2 5342 508.5518.8 537.4 509.0521.0 540.9 512.7524.9 544.3 517.8528.2 544.8 520.9531.1 544.8 524.3534.0 552.6 527.0537.0 556.1 529.6537.3 559.5 532.4540.4 562.5 535.3545.4 566.2 538.7548 3 569.5 541.7

CH41P1

CH42POT1

CH43POT2

PRESS. -30 mm +30 mm(kPal

59695969596959695969596959695969596959705971597259715971597159715971597159715972597159715971597159725973597359735974597359735973597559745975597659755975597559755976597659785978S979597859785980598059805980598259825983598259825983598459845985598559865986598659865986598759865987598859885990S98859885988599159915991599159915991

(mm)0.0

-0.0-0.00.0

-0.0-0.0-0.0-0.0-0.0-0.0-0.0•0.0-0.0•0.00.00.0

-0.0-0.00.0

-0.0-0.0-0.00.0

-0.00.0

-0.0-0.0-0.0-0.0-0.0-0.00.00.00.0

-0.00.0

-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.00.0

-0.00.0

•0.0-0.0-0.0-0.0-0.00.0

•0.00.0

•0.00.0

-0.0•0.0-0.0-0.0-0.00.0

-0.0•0.0•o.o•0.0-0.0-0.0-0.0-0.00.0

-o.o-0.00.0

•0.0-0.0-0.0•o.o•0.0

(mm)-0.0•0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.00.0

-0.0-0.0-0.0•0.0•0.0•0.0-0.0-0.0-0.0•0.0-0.0-0.00.0

-0.0-0.0-0.0-0.0•0.0-0.0•0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0•0.0•o.o•0.0-0.0•0.0-0.0-0.0-0.0-0.0•0.0•0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0-0.0•0.0-0.0-0.00.0

-0.0-0.0-0.0-0.0

CH44 CH70 CH71 CH72 CH45POT3 STRAIN 1 STRAIN 2STRAIN 3 PRIMRYAXIAL(mm)

0.01.0.010.010.140.070.070.070.070.140.140.140.140.140.140 2 00 2 00 2 00 2 00200 2 00 2 70 2 70 2 70 2 70 2 00 2 70 2 70 2 00 2 00 2 70 2 00 2 70340.340 3 40 3 40 3 40 2 70 2 70340 2 70 3 40340.<00.400.400.400.400.400.400.470.470.470540.470540540540 5 40 5 40540.540.600.600.600.670.600.600.670.600.670.670.670.600.670.670.670.670.740.740.67

-30 mm(%)

0.00-0.01-0.010.00

-0.01•0.01-0.01-0.01-0.01-0.01-0.01-031•0.01•0.010.000.00

-0.01-0.010 3 0

-0.01•0.01-0.010.00

-0.010.00

-0.01-0.01-0.01•0.01-0.01-0.010.000.000.00

•0310.00

•0.01•O.01•O.01-0.01-0.01-0.01-0.01•0.01-0.010 3 0

-0.010.00

•0.01-0.01-0.01•0.01-0.010.00

-O.010.00

-0.010.00

-0.01-0.01-0.01-0.01-0.010.00

•0.01-0.01-0.01-0.01•0.01-0.01•O.01•0.010.00

-0.01-0.010.00

-0.01-0.01-0.01-0.01-0.01

+30 mm{%)-0.00-0.01-OJ0O

•030-030-0.00-0.01-0.00-0.00-0.00031

-0.00-0.00-0.00-0.00•0.01-0.00-0.00-0.00-0.00-0.00-0.00-0300.01

-0.00-0.01-0.00-0.00•0.01-0.00-0.00-0.01-0.01-0.00•0.01-0.00-0.00-0.00-0.00-0.01-0.00-0.00-0.00-0.00-0.01•0.00-0.00-0.00-0.00•0.01-0.00-0.00•0.00•0.00-0.00-0.00•0.00-0.00-0.00-0.01-0.01-0.00•0.00-0.00-0.01-0.00-0.00-0.00-0.01-0.00-0.00-0.00-0.01-0.01•O.00•0.000.01

-0.00-O.01-0.00•0.01

AVIM.(%)0.0010.0010.0010.0310.01603160.0160.01603310.03103310.0310.0310.0310.0460.0460.04603460.0460.0460.060036003600.0600.0460.0500.0600.0460.0460.0600.0460.0600.0750.0750.0750.0750.0750.0600.0600.0750.0600.0750.0750.0900.0900.0900.0900.0900.0900.0900.1040.1040.1040.1190.1040.1190.1190.1190.1190.1190.1190.1190.1340.1340.1340.1490.1340.1340.1490.1340.1490.1490.1490.1340.1490.1490.1490.1490.1630.1630.149

POWER(kW)

2 3ZO

12337360.176.468.0853

101.01045107.0108.810931103111.41113112.11123112.41125112.6112.71123112.8112.9112.9113.0113.0113.0113.1113.1113.1113.1113.1113.1113.3113.4113.5113.5113.6113.5113.6113.6113.6113.6113.611351135113.4113.4113.4113.4113.4113.4113.4113.4113.4113.4113.4113.4113.4113.5113.5113.5113.5113.5113.5113.5113.5113.5113.5113.5113.5113.5113.5113.4113.5113.4113.4113.4113.4

CH462NDRYVOLTS

(V)0.90.93.14.45.05 25 35.45.45.45.4S.45.45.45 55 55 555555.65.65.65.65.65.65.65.65.65.65.65.65.65.75.75.75.75.75.75.75.75.75.75.75.75.75.75 35 35.85.85.85.85.85.85 35.85.85.85.95.85.85.95.95.95.95.95.95.95.95.95.95.95.95.95.95.95.95.95.95.96.0

CH47PRIMRYVOLTS

(V)1562156.4305346535253550.6562.2567.1S69.1570.1570.6570.8570.6570.6570.4570.6570.65703570.1570.1569.9569.7569.7569.5569.7569.55695569.1569.1569.3568.9568.9569.1568.9568.8568.8568.6568.4568.456825682568.0567.8568.0567.8567.6567.3567.1566.7566.7566.5566.35663566.1565.9566.1565.9565.9565.6565.6565.656525652565.4565.2565.2565.0565.0565.0564.8564.8564.6564.6564.4564.4564.3564.3564.3564.3564.1564.1

CH48PRIMRYAV'PSiAmp)

4 0 24 0 2

173.0307.83542373.8382.4385.138533S5.1384.83843383.8S83.4383.0382.7382.4381538133812380.83805380.3379.9379.63792378.9378.5378.1377.7377.4377.0376.7376.4375.9375.6375.3374.9374.6374.2373.9373.6373.3372.9372.6372.3371.8371.4371.0370.7370.43702369.83695369.3369.1368.7368.4368.0367.7367.6367.4367.1366.9366.6366.4366.1365.9365.6365.33652364.9364.6364.4364.2364.0363.8363.6363.5363.2363.0

CH54PRIMRYPOWER

(VW)1.11.11.01.11.11.11.11 31.11.11.11.11.11.11.11.11.1

.1

.1

.1

.1

.1

.1

.1I.I1.1.1

1.11.1.1.1.1

1.11.2121.11.11212121 21.2\21 21 31 31 313131.41.41.31.41.41.41.41 31.41.51.41.51 31.51.51.61.61.71.71.61.71.71.71.71.71.71.81.91.81.91.91.9

VOLTxAMPS(kW)

6 36 3

5 2 3143.4166.12053215.0218.42193219521952193219.02183218.4218.42182217321752173217.0216.7216.6216.32162215.9215.8215.42152215.0214.7214.5214.4214.1213.8213.6213.4213.1212.9212.6212.421222113211321152113210.9210.62102210.0209.8209.6209.42092209.0208.9208.7208.5208220802073207.72075207.52072207.1206.9206.8206.6206.4206.3206.1205.9205.7205.6205.4205.3205.2205.1204.9204.8

CH51POWER CONTRLFACTOR

M0 3 20 3 20 2 30 2 60 3 20 3 70.410.440.460.480.490500500 5 10510510 5 10520520 5 20 5 20 5 20 5 20 5 20.520 5 20 5 20 5 20 5 30 5 30 5 30 5 30 5 30 5 30 5 30 5 30 5 30 5 30.530 5 30 5 30540540540 5 40 5 40 5 40 5 40 5 40 5 40 5 40 5 40 5 40 5 40 5 40 5 40 5 40 5 40 5 40 5 50 5 50 5 50 5 50.550.550 5 50 5 50.550 5 50 5 50.550.550 5 50.550 5 50.550 5 50.550.550.550.55

VOLTS(V)

1.90130S51555555555526524524524S24524524524524524524524524524524524524524524524524524524524

•524524525524525524S245 2 45245245245245245245245245245245245245245245245245245245245245245255245245245245.255245245.245245.245245.245.245245.245.245.245.245.245245.24

-CIO-

TEST POINT #169 DATE: 7-JULY-1994POSNMID-POINT ID T/Csffmm)TIME:

(s)8.18 28.38.48.58.68.78.88.99.09.192939.49.59.69.79 39.9

10.010.110.210310.410510.610.710.810.911.011.111.211.311.411.511.611.711.811.912.012.112.212312.412.512.612.712.812.913.013.113.213.313.413513.613.713.813.914.014.114.214.314.414.514.614.714.814.915.015.115.215.315.415.515.61SJL15.815.916.0

-120 0 120C H 3 0 CH53 C H 2 8

T17 T13 T15551.1 572.7 5 4 2 3554.2 575.8 543.0556.9 S79.0 548.3559.7 5825 5 5 2 2562.1 582.8 5 5 5 2564.9 582.8 5 5 3 2569.1 590.9 560.8571.1 5945 563.15 7 1 2 597.9 5 6 5 3576.8 601.0 569.0581.3 604.2 5 7 2 2584.9 607.7 574.8588.0 610.6 576.0590.6 613.7 575.8593.7 6172 582.1597.1 620.3 586.0600.0 620.3 58a .8602.6 623.6 592.0605.1 630.1 594.8605.5 633.5 599.5610.6 636.9 602.661S.1 639.8 605.7618.1 643.1 608.5621.5 6462 611.9623.6 649.3 6 1 4 3627.0 652.3 615.0630.1 655.4 621.0632.8 657.7 624.7636.3 657.9 627.6637.9 661.1 630.9637.9 667.3 634.06 4 3 2 670.5 636.7647.6 673.5 639.7650.6 676.1 643.6652.7 679.3 645.7655.3 681.9 648.1657.5 684.5 6S0.1660.8 687.4 650.1663.6 689.9 655.6666.8 6915 658.5669.4 691.7 661.3670.5 696.9 662.9670.7 701.7 665.7677.0 704.3 663.6680.8 707.1 6 7 1 2683.4 709.7 674.3684.4 712.6 6 7 7 2687.3 715.4 680.0690.4 7183 6 8 1 36 9 2 2 721.3 681.46952 723.7 687.0697.8 725.0 690.0700.9 725.0 6 9 2 2701.4 730.7 694.3701.4 734.9 6 9 7 2707.6 737.8 700.0711.0 740.6 7 0 2 2713.8 7432 705.3716.4 745.6 708.1719.6 748.7 711.0722.2 7513 712.37235 7542 712.5726.1 756.7 717.0728.7 758.0 719.6731.0 758.1 7222733.0 763.7 725.0733.1 7672 727.1735.4 770.0 727.6735.7 772.6 727.8736.0 77S.4 727.8737.7 778.5 727.9740.1 7812 729.5740.4 784.1 731.074i4 7872 731.0743.4 788.4 733.4746.6 788.5 733.9Z2&4 zaajî zâs.a320.5 621.0 747.9283.4 605.5 747.9144.6 606.5 748.1

CH41P1

CH42POT1

CH43POT2

PRESS. -30 mm +30 mmfcPa>

599353S4599359955995599659985997E99859996002600360056006600860106013601460146028602960296029603160326031603360346033603360366037603960386040604060416042604260436044604560456045604860486048604860486048604960506049605060496049604860466048604860456045604560456043604260366028602660256008600759905987595259145855492629131750

(mm)-0.0-0.00.0

•0.0-0.0-0.0-0.00.0

•0.0-0.00.00.00.00.00.00.00.00.10.10.10.10.10.102020.30.30.40.91.01.11.11.72.02.42.53.13.13.73.84.34.4455.35.86 26.87.47.68.49.19.7

10.410.911.812.913.914.916.117.418.720.121.623.324.525.629.331.634.537.641.746.15 1 257.76S.475.6ISA

5.5-10.9-11.8

(mm)0.00.00.00.00.00.00.00.00.00.00.00.00.10.10.10.10.1020.10.10202020202030.30.30.40.91.01.01.01.71.8222.53.0323.73.94.44.64.65.66.16.57.07.68 28.99.6

10.311.011.112.613.514.515.817.118.319.721.123.024.725.828.331.634.537.941.645.951.057.064.374.3aoji80.2-6.3

-13.2

CH44 CH70 CH71 CH72 CH45POT3 STRAIN 1STRAIN 2STRAIN 3 PFUMRYAXIAL(mm)

0.740.740.740.740.800.740.800.800.800.870.800.870.930.930.930.930531.001.001.001.(501.001.071.001.131.071 2 01 2 01 2 01 2 01 2 71.331.331.401.401.401.461.601.601.661.731.801 3 01.932.002.002.062.132.132 2 62.332.39£ 4 62 5 32.662.732.792.922593.123.193.393.393.523.653.793.854.054.184.324.454.584.784.915.05

-2.58JJ3-1.39-1.59-1.65

-30 mmi%l-0.01-0.C10.00

-0.01-0.01-0.01-0.010.00

-0.01-0.010.000.000.000.010.010.010.010.020.020.030.030.030.040.060.070.080.100.120 2 60 2 90.300 3 00.480 5 70.690.710.870.881.041.081231261261511.641.761.922.082.162.372572.732.953.093.353.663.954 2 34.574.935 3 05.696.106.586.947 2 48 2 88.959.75

10.6911.8113.0514.4916.3218.5021.4022JLS

1.55•3.08-3.32

+30 mmM _

0.01COI0.010.010.010.010.010.010.010.010.010.010.030.030.030.030.040.050.040.040.060.060.060.070.070.090.090.100.120260280 3 00.300.480.510.610.720.840.911.041.091261301301591.731331.982.162 3 22 5 22.712.903.113.153563.824.094.484.845.175585.986 5 07.007.307.998.959.76

10.7111.7812.9914.4516.1318.1921.032ZË322.69-1.79-3.73

AXIAL(%)0.163P.1S30.163ai 630.1780.1630.1780.1780.1780.1930.1780.1930208020802080208020302220222022202220222023702220252023702670.26702670267028102960296031103110.311032503550.3550.370038403990.3990.4290.4430.4430.4580.4730.4730502051705320547056105910.6060.8200.6500.6650.6940.7090.7530.7530.7820.8120.8410.8560.9000.9300.9590.9891.0181.0621.0921.121

-0.574•O.7B4-0.308•0.353-0.367

POWER(VW)113.4113.4113.41135113511351135113.61133114.1114.4114.8115.11155116.0116.4116.8117.1117.5117.9118.3118.6119.11195120.0120.4120.7121.0121.11212121.3121.4121.5121.5121.6121.6121.6121.7121.8121.8121.9121.9121.912151215121.9122.0121.9122.0122.0122.1122.1122.1122212221222122212221222122.1122.1122.1122.1122.1122.1122.1122.1122.1122.1122.112221222122.2122.3122.3122.41223123.1123.2123.2

C H 4 62NORYVOLTS

(V)6.05 J5 56.06.06.06.06.06.06.06.06.06.16.16.16.16.16.162626262626 26 26 26.36 36 26 36 36.36.36 26 36 36.36.36.36.36.36 36 36 36 36.36 36 36.36.36 36.36.363636363636.36.36.36.36 36.36.36.36.36.36.36.36.36.36.36.36.36.36J.5.95.95.8

CH47PRIMRYVOCTS

(V)564.1564.1564.1564.15643564.156355643564.6565.4S65.9566.7567.65682S63.4569.1S69.7570.1571.057135723572.7573.1573.55735574.05742574.45742574.45742574.4574.45742574.4574.6574.4574.6574.6574.6574.8574.6574.6574.6574.6574.6574.6574.6574.6574.6575.0575.0575.0574.8574.8575.05743574.8574.6574.4574.45742574.457425742574.0574.0574.0574.0574.0574.0574.2574.0574.0574.0574.05215573.1573.1573.1

CH48PRIMRYAMPS

_(Amp)3623362.73G2.63623362.43622362.1362.1362.6363.1363.93643365.1365.7366.4367.0367.73682368.6î-69.4370.0370237033715372.1372.6373.0373.0372.9372.9372.8372.8372.6372.5372.5372.63725372.5372.6372.4372.4372.43723372.33722372.1372.1372.1372.1372.137223722372.1372.137Z1372.0372.03715371.8371.6371.6371.63715371.63715371.4371.4371.4371.5371.4371.4371.6371.6371.6371.6372.5377.6382.1384.4385.5

CH54PRIMRYPOWER

(kW)2.02J02.02.02.02.02.12.12.12.12.11223232323232 3232.42.42.42 52 52.62.62.62.62.62.72.82.82.82.92.92.92.93.03.13.13 23 23 23 23.33.43 33.43.4353 53.63.63.63.73.73.83.83.83.93.94.04.14.14.14.14.14 24 24.34.34.34.44.44.44.545.4.54.64.7

CH51VOLTx POWER CONTRLAMPS FACTOR(VW)204.7204.6204.62045204520432042204320432053206.02065207320732083208.92095209521052112211.7212J12125213.0213.4213.8214.12142214.12142214.0214.1214.0213.9213.9214.12135214.0214.1213.9214.0213521352133213321332133213.82133213.8214.0214.0213.921332133213.92133213.7213.6213.4213.42133213.42133213.32132213221322132213221322133213.3213.3213.3213.821&5218.9220.3220.9

(-)0 5 50550 5 50550550560 5 60 5 60.560 5 60.560560 5 50560560560 5 60560550 5 60.560560560560560560.560.560.570570.570.570 5 70.570.570570.570.570.570../O.tT0.570570570 5 70.570570570.570570 5 70570570570570.570570.570570.570.570.570.570.570.570.570.570.570570.570.570.570570.570.570.57CLSZ0.560.560.56

VOLTS(V)

524524524S245255245255265285295295305315325.335345355365335 3 95.395395.405.415.42S.435.445.455.465.475.495.495505515525535545555.55555S555555555555555555555555555.555555555555555555555555555.555555.555555555.555.555555555.5S5555.555555.555.555.555.555.555JS5.555.555.55

-Cll-

1400

1200

1000

1 . 1 . . 1 ; r-

880 DEG <15 DEG TP K <45 DEG TP K <

-,—i—

T12T25T26T35TS6

MID PT.MID PT.MID PT.MID PT.MID PT.

—i—

ODODODODOD

315 DEG TP K < u > Point:845 DEG TP K( 12>

52> STERN LABORATORIES INC.1 > comm ballooning

wJW-i — Incr; i

\/uia

ù.

S

1400

1200-

1000

800

600

400

200

T3 MID PT. OD - 60 DEG <T4 MID PT. OD - 90 DEG <T5 MID PT. OD - 120 DEG <T27 MID PT. OD - 75 DEG TP K <T28 MID PT. OD - 105 DEG TP K <

16> STERN LABORATORIES INC.17 > comoi ballooning18> 7-JUL-19943> Point: 169 Incr: 14>

8 10

TIME <s>

12 14 16 18

-C12-

UvU

a

I

u

I

1400

1200

1000

800

600

400

200

T6T7T8

MID PT. ODMID PT. ODMID PT. OD

150 DEG < 19) STERN LABORATORIES INC.180 DEG < 20) coron ballooning210 DEG < 21) 7-JUL-1994

Point: 169 Incr: 1

8 10

TIME <s)

12 14 16 18

1200

1000

800

600

400

200

0

T29T30T81T32

-

-

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. . . i ' . .

MIDMIDMIDMID

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135165195225

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12 14 16 18

IIIII1

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1400

1200

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T9 MID PT. OD - 240 DEGT1O MID PT. OD - 270 DEGTil MID PT. OD - 300 DEGT33 MID PT. OD - 255 DEG TP K <T84 MID PT. OD - 285 DEG TP K <

< 22) STERN LABORATORIES INC.( 23) comn ballooning< 24) 7-JUL-19M< 9>Point: 169 Incr: 110)

8 10

TIME <s>

12 14 16 18

us/aia.

TE

MP

ER

1400

1200

1000

800

600

400

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T13 MID PT. ID - 0 DEG < 53) STERN LABORATORIES INC.T15 MID PT. ID - 120 DEG < 28) comm ballooningT17 MID PT. ID - 240 DEG < SO) 7-JUL-1994

Point: 169 Incr: 1

8 10

TIME <s)

12 14 16 18

-C14-

E

120

100

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60

40

20

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POT1 POTENTIOMETER 1P0T2 POTENTIOMETER 2

C 42> STERN LABORATORIES INC.]< 43> Ballooning Tost

7-JUL-1994Point: 169 Incr: 1

8 10

TIME <s>

12 14 16 18

< 44> STERN LABORATORIES INCBallooning Test7-JUL-1994

Point: 169 Incr: 1

POTENTIOMETER 3

I

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25

20

15

10

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-5

STRAN1 % STRAIN - POT1STRAN2 % STRAIN - POT2

< 70> STERN LABORATORIES INC.< 71 > Ballooning Test


8 10

TIME <s>

12 14 16 18

1.6000

1.4000

1.2000

1.00000

0.80000

0.60000t0.40000

0.20000

0.00000

-.20000

-.40000

-.60000

STRAN3 % AXIAL STRAIN - P0T3 < 72> STERN LABORATORIES INC.:Ballooning Test7-JUL-1994

Point: 169 Incr: 1 :

10 12 14 16 18

TIME

-C16-

9000

8000

7000

6000

5000

4000

S000

2000

1000

PI SPECIMEN PRESS <kPa> < 41> STERN LABORATORIES INC.cocnn ballooning7-JUL-1994

Point: 169 Incr: 1

8 10

TIME <s>

12 14 16 18

800

•7AA/OU

600

500

<roS 400

300

200

100

0(

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YEWVLTYEWAMPYEWATT

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PRIMARYPRIMARY

4

VOLTSAUfSfbAMPSWATTS

WAT

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<V> <

<kW) <

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47> STERN LABORATORIES48> comn ballooning49) 7-JUL-1994

Point: 169 Incr

. ^

_ /- 1r/

^ ^_.? \

12 14 16

INC.:

: i "

--

-

V

6.500

6.000

5.500

5.000

4.500

4.000

3.500_

S.OOO^

2.500 1

2.000

1.500

1.000

0.5000

' ^ " 0.000018

-C17-

900

800

700

O 600O

LUEC

ceLUCL

£ 500

400

300

200

BALLOONING OF CANDU PRESSURE TUBESTEST #1, POINT #169. SPECIMEN #1 (UNDEFECTED) (CORRECTED TEMPS)

-e-e—©-

-200

15.5 s

12 s

= ODT/Cs, I = IDT/Cs

-100 0 100DEGREES FROM TOP OF SPECIMEN

0s

200

["NEXT PAGE(S) left B'.ANjvj

-CU-

TEST #2

TEST POINT # 193

SPECIMEN # 5 (DEFECTED)

Page







JN;--X f PAGERS) left bLANK.j

- C 2 1 -BALL0DN1NG Of PEESSUHK IUBE I E S I

D A I A A C Q U I S I T I O N C O N S T A N T S

DATE: 21-JUL-1994

CH

1234567891011121314151617181920212223242526272829303132333435363738394041424344454647484950

EUNCÎION

125m12'/128129130m13213313413513613'/111213M1516171819110111OffOff114115116Ï17118119120121122123124138139140PIP0I1PÛÎ2P0I3POWERVOLTSYtHVLIYEUANPGif—

Hill PI.HID PI.«ID PI.«ID PI.HID PI.HID PI.HID PI.HID PI.HID PI.HID PI.HID PI.HID PI.+ 120HH«ID PI.HID FÏ.HID PI.HID PI.HID PI.HID PI.HID PI.HID PI.HID PI.HIH PI.HID PI.BAD CP1,BAD CPIHID PI.HID PI.HID PI.HID PI.HID PI.- 120HH- 60HH+ 60MH+ 120HH- 120HH- 60HH+ 60HH

i 1ESÏ: Ballooning lest

ÛD - 15OD - 45OD - 75OD - 105OD - 135OD - 165OD - 19500-225OD - 255OD - 285ÛD - 315OD - 345OD - 180OD - 0OD - 3000 - 60OD - 90OD - 120OD - 150OD - 180Oil - 210OD - 240ÛD - 27000 - 300

DEG IP K0£G IP KDEG IP KDEG IP KDEG IP KOEGÏP KDEG IP KDEG IP KDEG IP KOEG IP KLEG IP KOEG IP KDEG IP KDEG(IOP)DEGDEGDEGDEGDEGOEGDEGDEGDEGDHG

, MOVED 10 CH 52r HOVED ID CH 53ID - 60ID - 120ID - 180ID - 240ID - 300OD - 0OD - 0OD - 0OD - 0OD - 180OD - 180OD - 180

PHESSUR12ES WALLOPTICAL

DEGDEGDEGDEGDEGDEGDEGDEGDEG0£GDEGOEGTEHP

IHERHOHEIERSPECIHEN PRESSPOIENIIOHEIÊR 1P0IEN11ÛHEÎEK 2POIENIIOHEIÊR 3WAÏ1HEIER

(kPa)(as)(BB)

(as)<k.U)

SPECIHh'N VOLI DROP (BSK)PRIMARYPRIMARYBAD CPISPARE

VOLTSAMPS

(V)(A)

. MOVED ÏÛ CK 54

A

0.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.0000

101.3250-9.5123

-17.2152265.95070.00000.00000.00000.00000.00000.0000

5.5.5.5.5.5.5.

POINT :

B

000000000000000000000000000000

ooooo5.000005.000005.5.5.0.

260.260.260.260.260.260.260.260.260,260.260,

,00000,00000,00000,00000,00000,00000,00000,00000,00000,00000.00000,00000.00000.00000.00000

0.000000.0,

130,0,

130,

.00000

.00000

.00000

.00000

.000000.000000,0,0,0,0,0,0,

260,0

876,-19-19-S320301508000

.00000

.00000

.ooooo

.00000

.00000

.00000

.00000

.00000

.00000

.89099

.50000

.50000

.05500

.00000

.00000

.00000

.00000

.00000

.00000

193

c

0.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000

-0.1294680.0000000,0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000

-C22-BALLOONING OE PRESSURE 1UBE I E S I

D A I A A C Q U I S I t 1 0 N

DAIE: 21-JUL-1994 I E S I : Bal looni i rç l e s t

CH EUNCIION

51 CVOLÎ CÛNIROL VOLTAGE (V)52 112 HIO P Ï . 0 0 - 3 3 0 OÊG53 113 HID P I . ID - 0 DEG54 ÏEHAII PRIHARY UAIIS (kW>55 - SPARE56 - SPAKE57 - SPAKE58 - SPARE59 - SPARE60 - SPARE61 IHAXOD HAXIHUH HID P I . OD IEHP62 ODCHAN IHAXOO CHANNEL63 ÎAUGQD AVG. HID P I . ÙD ÏEHP64 ÏKAXID HAXIHUH HID P Î . ID IEHP65 IDCHAN IHAX1D CHANNEL66 IHAXI HAXIHUH IOP IEHP67 ÏCKAN IHAXI CHANNEL68 ÏHAXB HAXIHUH BOÏIQH IEHP69 BCHAN IHAXB CHANNEL70 SIRAN1 Z SIRAIN - POÏI71 SÏKAN2 Z SIRAIN - P0I272 S1RAN3 Z AXIAL SIRAIN - PÛI373 TAVG1D AVG. HID P Ï . ID IEHP74 - SPARE75 ÎH1N0D HINIHUH HID P I . OD TEHP76 ODHHCH IHIHQD CHANNEL77 ÎD1E0D DIE. HID P I . OD IEHP78 THINID HINIHUH HID P I . ID IEHP79 IDHNCH ÏMIMID CHANNEL80 TD1EID DIE. HID P I . ID IEHP81 M I N I MINIMUM IOP IEMP82 IHNCH IHIHI CHANNEL83 m m DIF. TOP IEHP84 IHINB HINIHUH BOIICH IEMP85 BHNCH IH1NB CHANNEL86 IDIEB DIE. BOÏIQH IEHP87 -- SPARE88 -- SPARE89 • - SPARE90 -- SPARE

Notes Reaardinq Data Acquisition Constants A,

In general.

Calculated Value in Engineering Units =

A

0.00000.00000.00000.00000.00000.00000.00000.00000.00000.0000O.OQOO0.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.0000

• o.oooo0.0000

B&C.

: A + B v

C 0 H S I A

KIM

B

1.00000260.00000130.0000060.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.00000

o.coooo0.00000O.000000.000000.000000.000000.000000.000000.000000.000000.000000.00000

hCv2

H I S

;: 193

c

0.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000O.OQOOOO0.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000


- The ice bath referenced thermocouples (Channels 1-13) are linearized with a 9th order polynomial. The A termrepresents ice bath reference and the B term is the channel amplification.- The thermocouple modules (Channels 14-39) provide their own linearization and an analog output of either 0 to 5volts or 0 to 10 volts.- The voltage modules (Channels 41 - 43) provide the same output as the thermocouple modules.- For unused channels between 1 and 60, the A, B & C constants are set to zero.- Channels beyond 60 are used for calculations.

-C23-

TEST POINT #193 DATE: 21-JULY-1994

=OSNmm)nME:

(s)0.0ai02030405a60708O91.01.115131.41.51.61.713132.02.112232.4252.62.723253.011353 33.4351 61 718194.04.1454.34.44.54.64.7434 55.05.1525 35.45.55.65.75.65.96.06.1626.36.46 36.66.76.86.97.07.7.27.37.47.7.7.7.7.

-165CH7T31

303.7303.7303.3306.4309.9

11316.9

320.13217327.0330.6334.03373340.8344.2347.63S1.13545357.8361.336453685371.8375578.6

382.0385.4388.7392.1395.6398.9402305.7

409.0412.441534195422.4425.84293432.6438.0439244£8445.84495452.6455.94595462.5465.6469.14725475.4478.64815485.1488.3491.449J.6497.7500.8503.7507.1510.2513.3516.5519.4522.7525.9S2B.7S31.7534.7537.6540.5543.5546.3549.0552.1554.9

-150CH21

TB304.8304.5304.53045307.4311.3314.63111321.4324.63285331.1331.833633425345.8349.4

3505359.8362.7365536953695374.1380.6383.8387.4390.639453975401.0404.0407540754085416.34205424.1427.7430.64345437.4440.7443.94475447.8447.8456.34605463.4466.7470.34735476.8480.04825486.84875486.8495.349B.550Z1505.4508.65115514.5517.4520.3523.9523.9525.8533.0536.65395542.1544.4548.0550.6553.5

-135CH8T32

307.1306.6308.33095314.3317.73215325.73285331.4336.0338.6341.83465349.035233565359.6362.73675370.03711377.4380.63835388.039053945398.0400.6405.0407.7411.44145417.7422.142454285431.4435.6438.1442.1445.0448.5451.84553459.04615465.6468.4472.44753478.4482.4485.0488.8491.6495.14985501.6504.8508.0511.1514.3517.4520.85214527.1529.6533.1535.9539.1542.0545.0548.1550.7553.9556.7559.6563 0

-120CH22

T9307.8307.8307.4307.4311.031193175321.1321.7326.93313335.7338.634153453349.4352.63555358.8358.8361.4368.9373.1376.7379.63835387.1390.3393.9396.8398.1398.14055410.8414.4417.6420.9424.1427.4430.64345437.1438.1437.8446.2450.5454.0457.3460.5463.8467.0470.64745477.1477.1477.4485.6489.5493.0496.3499.5503.1506.0508.65125515.5515.8515.8523.9527.2530.7533.7536.9539.5542.8545.4548.6551.2551.5552.5

-105CH9T33

3113311.1313531633195w i <

326.6330533163375340.7344.1347.7351.0354.4358.1361.4365.0368.437133755378.6382.1385.6389.0392.4395.7399340254065409.6413.0416.4419.74235426.64293433.4436.5440.04435446.645054533456.8459.9463.4466.9470.0473.4476.8480.0483.348654895493.1496.34995502.65055509.151Z3515.4518.5521.7524.9527.8530.9534.0537.1540.3543.2546.2549.35525555.3558.0560.8563.8566.8

-90CH23

T10311.3311.13135316331953235326.6330533163375340.7344.1347.7351.0354.4358.1361.4365.0368.437133755378.6382.1385.6389.0392.4395.73993402.54055409.6413.0416.4419.74235426.6429.8433.44365440.04415446.64505453.3456.8459.946144665470.0473.44763480.0483.348654895493.1496.34995502.65055509.1S1£3515.45185521.75245527.8530.9534.0537.1540.3543.25465549.3552.2555.3558.0560.8563.85G6.8

-75CH10

T34314.6314.4314.9317.7321.0324332853315335.1338.6342.0345.73485352.3356.0359.0362.6366.43693373.0376.7379.838353865390.139333975400.7404.0407.441034145417.6421.04245427.943134345437344154445448.14513454.7458.4461.84645468.44713475.04785481.8485.04885491.64943498.1501.4504.7507.7510.85145517.4520.6523.7526.75305533.4536.3539.45423545.4548.5551.7554.8557.7560.5563.2566.4569.5

-60CH24

T1131123135313531163165319.7323.03265330.13314337.034053418343.8347.73545358.4361.7365336833713374.7378.33815381.8386.13925395.8399.4403.04065409.5412.7415.6419542054205428.3432.9436.4439.744334465449.44510456.34595460.54605469.34723476.1479.748234853489.4492.7495.6498.849954995507.6511.8515.1518.3520.95245527.4530.7533.9536.953755375545.0548.6551.5554.8557.4560.6563.9

-45CH11

T35317.0316.73173320532183275330.833453375341.03443347335133545358.036153643368.4371.7375.1378.63815385.6388.939233955399.140254055409341254163419.74225426.34293433.1436.6439.9443.4446.8450.0453.6456.84603463.6466.9470.3473.74775480.54817487.1490.449174965S00.15035506.7510.05135516.6519.6523.0525.9529.3532.453555385541.8544.7547.9551.0553.95575560.1563.0566.15695572.3

MID-POINT OD THERMOCOUPLES fC)-30

CHS2T12

3175316531653185320.4322.4322.43295333.4337334153445347.7351.035453573358.1358.13675370.8374.7378.6381.9385.1388.73923395539653965404.0408.24113415.041834215424.8428.4432343554355439.1445.64495451145634593463.1466.7469.6473547554755480.04865490.1493.0496.3499.5502.8506.0509.651255145514.5520.3525.9528.8532.0534.6538.2541.8544.4547.3550.2551.95525558.0562.35665568.8

-15CH12

T3631953193321.4324.632733315334333103415344.8348535153S453583361536553685371.73753378.6382.1385.4389.0392.43953399.0402.4406.04095412.64165419.4422.84265429.84335436543934433446.7450.1453545634605463.6467.0470.44733477.1480.4483.8487.1490.74917497.15003503.7507.15103513.5516.9520.0523.4526.6529.7533.0536.3539.3542.4545.7548.6551.8554.9558.0561.0564.3567.1570.1573.5576.6

0CH14

T1317331733175318.8321.4322.732103305334.13373340.63433347.1350.635353575358.43514358.4359.4372.7376.0379.63823386.4390.6393.6397.1398.8404.0404.9404541Z7416.041D5422.8426.4430.3433.9436.8440.44433446.944754475456.3460.5463.8467.0470.6470.6470.64705482.048754893491.7492.0492.04985507.0510.6514.1516.4519.7522.9526.2529.4532.3535.9537.9537.9541.4548.35515554.8557.7558.3558.3558.3

15C H IT25

320.632033205

326.833053317337.1340.43417347.135053518357.4360.7364.1367537053745377.6381.0384.63885391.4394.7398.14015405.1408541154153418.8422.0425.6429.0432.4435.8439.3442.4446.14493452.7456.14593463.0466.446934711476.4480.04813486.7490.04916496.650055014506.8509.85135516.6519.7523.0526.3529.6532.9536.153955425545.35485551.6554.8557.6561.0563.9567.2570.1573.0576 4

30CH15

T231533155315531553165321.732533295332.1336.033953425346.4349.43503350.73585362.03653369.837113763379.93823386.4387.1387.13955399.8403.7406.94093413.7417.042054235425.14245432.3437.1440.14416446.9450.1453.4457.04605464.1464.8465.1472.6477.1480.4483.64865490.14917496550055011503.8504.1511.6515.5519.0522.3525.5528.5531.4535.3537.9540.8541.1541.1548.9552.8555.8558.7561.6564.9

45CH2T26

316.1316.1316.6319.7323.03263329.63311336.43395343.1346.4349.73511356.43S9.7361136653695373.03765379538113865389.839353965399.74033406.7409.84135416.641954235426.64293433.143654393443.1446.74495453.4456.5459.8463.04662469.84710476547954823485548934925495.6499.0502.1505.45085511.8514.85185521.3524.4527.4530.7533.7536.8539.8542.6545.6548.8551.8554.7557.6560.7563.75G6.4

60CH16

T3311.0311.0311.0311331163163320.43214326.633053314336^4339.6339.634333503353.63575360.7364.0367.6370.837173773379.3379.638453903393.63975400.7404.3407.6411.1414.1417.641934193425.8431.043454375441.0444.04475450.5453.74573458.6458.6465.1470.347354765480.0483348634893493.4496349654973504.1508.3511.6515.1518.1521352455275530.1533.3534.0534.3541.8544.4548.3550.9554.5557.4

75C H 3T27

311.6311.6311531353155318.632133255328.4331.733453385341.7345.0348.4351.7355.035053613365.136853713375.03783381.7385.0388.4391.8395.13983401.7405.14085411.6415.0418.1421542454285431.6434.7438.1441.4444.7448.14515454.44573461.0464.446754705474.14775480.6483.7487.049034933496.6499.75025505.8509.051235153518.6521.5524.6527.8530.7533.8536.6539.75A2.6545.45485551.4554.5557.1

90CH17

T4307.4307.4307.4307.4310331163165320.7324.0327532953295336.63405344.1347.0350.63535357.4361.0364336533655371037733803384.1387.039033918397.4400.7403.0403.04095414.0417.64215424.7428.043154345437.44413442344Z6449.1454.04575460.8463.4466.747054735476.7480.0480.6481.0488.1492.749S.6498.8502.15053508.6511.5514.8518.0518.7518.7525.8530.4S33.05365538.8542.1544.75485550.8553.1

105CH4T28

307.4307530653093313.13165319.7323.1326.632953313336.6340.134353463350.135163565360.33615367.037053735376.7380.6383.438753905393.8396.7400.3404.04063410.6413.4417.1420.142354275430.043154365440.0443.44465450.0453.445634593463.04665469.4472.84753479.0482.6485.4489.14915495.14985501.1504.6507.651055145517.1520.1523.15265529.0532.45355538.1541.0544.4546.9549.85525556.0

120CH18

T5304.8305.13043304.8307.7311.6314.93185320.1320.132753315334.7338.034033445348.4351.S354335653565363336853713374.7378.63825385.4388.7392339553965396540434085412.14153418.64213425.14283431.6435543534353443.94473451.1454.745734615464.14673470.647334745474548234865489.4493.049534995501.8505.0508.65115511.9512.5519.75235527.1530.1533.0536.6539.5542.4545.4546.0546.3

135C H 5T29

3065306.1305530733115315.0318.432153255328.633153353338.834253455349.1352.4355.73595362.736553693372.83765379.4383.0386.4389.73923396.4399.84035406.640934135416.6420.0423.6426.7429343114365439.94410446.644934535456.6459.7463.0466.3469.64723476.14795482.6485.74895492.14955498.6501.8504.6508.0511.0514.4517.4520.6523.5526.6529.8532.7535.8538.6541.7544.8547.6550.5553.4556.3

150CH13

T6302.9303530153035306.1309.7312.63125319.43210326.633053314337.6340.93445348.0349.0349.03563360.7364 JO

36733703374.037833825385.4387.0387.03935398.4401.740554035411.7415.641854213425.7426.7426.74333438.4442.04455448.5452.445534585461.8465.4466.0466.04735477.4480.648454875490.7494.0496.9499.8503.1503.7504.15115515.4519.0521.9524.5528.1531.0534.3537.2539.8540.5540.5547.9550.9

165C H 6T30

304.730453045307.7311531453175321.7325.0328.6331.7335.4338.73423345.63495352.6356.03593362536633693373537E7380.0383.4386.7390.4393S397.0400.6403.9407.4410.7414.14175420.74245427.6430.9434.1437.7440.9444.1447.745054545457.7460346454675-170.847454775480.6483.8486.8490.2493.5496.6499.7502.9506.0509.2512.2515.4518.6521.7524.8527.9530.9533.9537.1539.9543.1545.9548.8551.6554.7557.6

180Cri-W

T730253025302530233023308.4312.63153319.7322.7326.6330.13311336.633353395345.1350.63545357.1360.73616366.5370.4374.0376.0376.33825388.039153945397.7401.040454075410.7414.0414.341434211426.743054335436.744034435446.5450.1453.045164516462.4466.04693472.8475.8479.048134855488.8492.0492.0493.0500.6504.0507.3510.5513.5516.7519.65223525.8528.4528.4531.0537.5540.8543.4546.3548.9

-C24-


POSNf/mtnME:

t's)

8.08.18 58.38.4858.68.785859.09.19 59.39.495S.69.79.89.9

10.010.110510510.41 0 510.610.710.81 0 511.011.111511511.411511.611.711511512012112512312412512612712812911013.113513513.4I I S13.613.71 1 813.914.014.114.214.314.414.514.614.714.814.915.0tri

15.2

15.315.415.515.615.715.8

-16SCH7T31

5575560.85617566.8569.65725575.8578.4581558455875S90.4593.6596.6599.86025606.0609.16125615.3618.4621.66245627.6630.9634.0636.9640.0641164&1649.06S1.8654.66575660.36629665.6668.3671.1673567&6679.16815684.6687.4690.16926695.4698.17005703570657085711.67145716.871957225724.6727.3730.07325735.2737.6740.37426744.8746.8748.6750.4752.2754.0756.1

756.17s_i.a752.77527752.5752.4

-150CH21

T5556.4S59.0559.05629568.85720574.65775S81.15817586.8589559255925591560156055608.4611.7614.86175621.1624.0626.662756275634.7638.66415645.1648.1651.0653.9656.5659.4661.76620661367056728675.4678.0680.6683.8686.7689.7691.66945694.5697.1702770S57085711.1713.7715.771857215724.4726.7727.0730.6735.5738.1741.0743.3745.6748.2750.5751.4753.7754.0754.0

757.6M2.3758.3754.4754.4754.0

-135C H 8

5655568.4571.75745577.5580.558145865589.05915595.05975601.0604.1607.161056135616.6619.76228625.8628.66315635.0638.1640.9643.9646.6649.76511655.96585661.0664.0667.166956725674.76775680.6683.0685.76885691.8694.0696.7700.07023704.7707.6710.77125715.6718572157214726.0728.773157316736.07385741.7744.0746.4749.17521754.5756.8758.77615763.6765.7

758.7ZS_L3761.5761.8763.0763.6

-120CH22

T5559.7561656655685572357455785580.8584.05865586.0S905595.7600.060266055609.1612061556185621.162276227629.9634.1637.0640.364296465648.765206545657565856585665.366856715674.1676.467956825685.1687.76905690.7690.76975700.7703.7706570957115714.4717.07195722572257225729.37326734.9737.8740.47410745.6747.5750.17527753.1753.1758.9761.5

763.8TS23.756.3756.6756.6758.6

-105CH9T33

569.85727575.7578.858155845587.4590559145965599.760286055609.061156155618.46215624562756305634.0637.164056435646.4649565236555658.1661.1GS3.G666.7669.16715674.4677.4680.36810685.8688569156935696.9699570227045707.77105713.1716.07185721.07235726.3729.1731.87345736.9739.87420744.9747.3749.97524755.0757.7760.67628765.1767.7770.1772.5

801.2-zeaa765.9766.8767.7769.0

-90

CH23T1P

56955727575.7578.658155845587.4590559145965599.760286055609.061156155618.462156245627.86305634.0637.164056413646.4649565236555658.1661.16S3.9666.7669.1671.9674.4677.46805683.0685.86885691569196965699570257045707.7710.37111716.07185721.072197265729.17315734.5736.9739.874207445747.3749.97524755.0757.7760.6762.8765.1767.7770.17725

801.2Z56JJ765.9766.8767.7769 0

•7SCH10

TM57255755578.6581.6584.8587.7590559355965599.76025606.0609.16125615.4618562156255628.1631.463456375640.86435647.0650.06528655.765856615664.3657.0669.86725675.3678.16805683.6686.36S956921694.7697.670057029705.8708.8711.6714.1717.0719.77225725.4728.1730.6733.57365738.7741.3744.0746.8749.47523754.8757.2760.076277C5.17611770.4773.0775.4778.0

614.1ram768.4769.6770.1TIM

-60CH24

T115665570.05726573.057555821585.658855915594.7598.0601.66045607.7608.7608.76165619.46227625562856324635.7638.6641.9643.5643.5650.06512656.5659.7662066456675670.8673.4676.06716676.3683.8637.0689.66929695.8698.170G.47035706.9709.5709.8709.8716.9719.9723.1725.4728.373057335736.1738.4741.6741.6741.6749.175207S4.6757.2759.97625765.4768.0770.9773.2

773.5ZZ3.57735773.5771.67G9.9

•45CH11

TJS5755578.1581558455875590.65917596.8600.060116035609.46125615.8619.062216255628.4631.76345638.0641564456475650.3653.46565559.36621665.1667.9670.5673.56765679.16821684.8687.6690.4693.4696.1698.87015704.4707.3710.1713.0715.9718.5721.3724.0726.7729.47321735.07375740.47429745.5748.2750.8753.5756.0758.5761.0763.6766.37G8.9771.3774.0776.6779.2781.9

Z9A4772.77721772.4773 0

MID-POINT OO THERMOCOUPLES (*C)-30

C H 5 2T12

5720574.85775581.15845586.6587.05895596.4600.060356085609.76123615.86185621.86221624.763156345638.0640.66445647.1650.06513655.96575657.56617667.66705673.4676.0678.668256845687.4690.7691.66915697.8701.7704.3707.6709.8712871S.471857215724.1724.8724.8731.3734.9737.8740.17410745.6748.5751.1753.4756.3756.3756.3763.S766.7769.3771.9774.5777.8779.7

782.6ZS4.2785.2784.9785.2785 6

-15CH12

T3S579.75828586.058955923595.45918601560456085611.461456175621.1624.46275630.763186375640,1643.4646.6649.665276555658.6661.7664.76675670.5673.4(576.3679.16815685.0687.8690.8693.6696.6699.77026705.6708.5711.47145717.1719.97228725.7728.4731.173187365739.47421744.8747.7750.47513756.0758.7761.1763.8-766.5769.0771.7774.3776.8779.7782.4785.2788.7791.9

692.9Slfi49.252.258.956.3

0

CH14T1

567.1571057655795583.0586.058855915594.7599.0602660256055611561166185621.1624562756305634.4638.0639564356435643565236545654.6654.966206675670.867216721672167216721672167216721672.16724S721672.46724672167216721672.167216724672.16724674.17329739.1741.7742074237423751.7756.0758.975957595759.5759.27595764.1775.8776.8776.4

783.9zeza788.1787.8788.1787.8

15CH1T2S

57955827585.8589.05921595-2598.860156045608.1611.46145617.7621.16245627.463056335637564056416646.7650.0653.0656.16S956624665.1668.1671.0674.0677.0679.868276855688.4691569456975700.370107055709.07115714.671757205723572557285731.77345737.0739574257455748.1750575357565758.9761.77645767.47705773.0775.7778.3781.07818786.8789.57927

79267J9J.778.6781.8785.0785.3

30CH15

T25675571.0571657655775580.1588.859055928596.4599560236055608.1611.7611.76145621.1624.762756305634.4636.7640.96435646.1646.1650.4655.66585661.4664.0667566956728675.1678.667956805685.1690.0692669556985701.1704.0706.6709571247114711771857212726.4729.0731573457375740.17427745.3746574657521755.7758.97615704.1767.0769.67725774.8777.4

778.1778.1767.7771.6774.5774.8

45CH2T28

569.7572557555785581.75845587.759055935597.159956011606.4609561266155619.06221625.4628.66315635.0638.0641.164456475650.06511656.165856615664.76675670.3671067S5678.6681.4684.16865689.66921695.0697570057028705.7708.471157117716.4719.17220724572757295732573557375740.47411745574857S0.77S357555758.5761.1763.6766.1768.67715773.9

799.5Z7JLQ

764.8766.8767.6768.3

60CH16

T3559.75629565.856755675571.757755805584.0587.058955925595.85995602360456045609.4614.661856215624.7627.6630.9634.1637.0640.0641.6641.664656520654.66575660.4663.0665.0668567156714675.1675.7680.3635.1687.7690.7693.369556985701.4701770557065706.871147165718572157245727.1729.373237345737.87375738.1744.0746.974957524755.7757.6760.57628

765.4ao&a83248324768.3764.8

75CH3T27

56a 1S610568.1568.75721574.7577558055835588558955928595.7599.06020605.1606561156145617.662056245627.1630.063356365639.36424645.46485651.36545657.0659.866256655668.1671.067156765679.068156845687.0689.76923695.0697.7700.47011705.8708.4711.1711771657185721.6724.17285729.47315734.6737.0739.67420744.6747.07495751.9754.3757.1759.37615

764.3TSZO.763.1764.9766.3767.6

90CH17

T4554.4554.4561556<5568.1571.05745577.2seal5810586.358655865594.4597.66015604.8607.4611.061456165620.4621.1620.762856321635.4638.66415644.8647.1650.065356545655.2659.16G4.O6675669.86724675.0677.668056828685.4687.0686.7691.66965699.17020704.97075709.87121715.0717.9718.6718.6724.4728.0730.6733.5735.8738.4740.7743.3745.5748.5749.1749.4755.0758.2

760.8ZS2.B.763.1763.1763.1763.1

105CH4T28

1S8.6561.65645567.7S70.457115755578.7581.7584.6587.7590.85917596500050014606.6609.76128616.0618.76222625.3627.7630.86345637.7640.56410645.8648.6651.4654.465756605663.06655663.0670.4673.16765679.0681.86845686.468956921694.9697.4699.8702370557085711.07135715.671857215724.0726.9729.17315734.4737.4740.2742.8745.0747.4750.075277S5.4757.7759.8

773.37.5SA760.6761.8762.5763.0

120CH18

T55528556.4559.056235655563.4571.457455775577.55775585.0583559155945597.7600.660156065609.761236123616.56224625.6628.66315634.7637.76405643.8646.8648.4648.46529657.8660.76613666.36685671.1673.76765678.963056805685.4689.36915694.9697.8700.4703.370557085711.1712.17121717.6720.9724.1727.0729.0731.97345737.1739.474207420743.6748.8751.8753.7

756.6Z5Z.Q

753.7755.7756 0756.0

13SC H 5T29

559.15621565.05675570.9573.8576.7579558255855588.8591.4594.8597.660056035607.0609.96135616.3619.46223625.7628.6631.6634.4637.8640.7643.7646.9649.7652565556585661.0663.66665669.0671.8674.6677.0679.8682568456375690.46929695.7698.3700.9703.67065709.071157145716.871957221724.7727.5730.17325735.2737.9740.47429745.1747.4749.5751.3753.5755.7757.6

759.6Z51Z754.6754.3754.1753.2

150CH19

T6554.1557.4560.656355665569.457205723572357955810586.65893592.'!£96.0591660156045605560S56129616.8619.862206255628.5631.1634.7638.3640.9640.9643.86S0.065266555658.1661.0663.6666.666956721674.0674.4678.36811685.4688.0690.66935696.8699.1701.77045705570657105715.0717.672057225725.1728.073057335735.8736.5737.17420744.97475748.2750.4752.7

754.3252J.749.5750.1750.17475

165CH6T30

560.45613566556955721575.15785581.1584.0587.159055911596.1599560256055609.061256155618562156245627.4630.8633.9636.7640.16435646.164956525655.06575660.6663.4666.166856715674.4677567956827685.4688.1690.969166914P?85701.67045707.1709.871277155717.87205723.172S.87285730.9733.67365738.77415743.7746.0747.3748.7749.9750.97524753.8755.6

6S9.7ZAL5747.0745.1742.5740 8

180CH40

T75515555.1557.756055618S618567.157135755579.1581.7585.05875590.8594.1596.7597.0596.7605.8609561266165619.4622362556285631.86321632463956415646.1648.7651.66545657.1660.16627665.6665.666556711671067856815683.8687.0689.669256955697.46975699.470557075710.4713.0715.6718572157214726.4729.0729.07315737.1739.7741.6743.9744.9746.5749.1749.4

752.0Z54.3755.0751.7747.2747.2

-C25-


POSNMID-POINT ID T/Cs('(mm) -120 0 120

(5)

0.00.10 20 3a4asaca7asasIJO

I.I1213141.5^£1.71 31.92.0Z 12 22 3Z42 52.6Z 72 3Z 93.0& i3 23 3a43 33 33.73 33 34.04.1424 34.44 34.64.74 34 35.05,15 25 35.45 35.65.75 35 36.0&16 26.36.46 36.66.76.86.97.07.17 27.37.47.57.67.77.87.9

CH30 CH53 CH28T17 T13 T15

307.6 3183 305.03073 318.4 305.0307.6 3183 305.0306.1 3183 3053

i a 4 3213 305213.3 3213 310.713.6 3243 3143

320.0 3312 318.03242 3343 321.13273 333.0 32423312 341.4 3273334.4 344.7 3313337.7 3473 33433403 351JO 33723442 3543 34a 43473 3572 3403350.0 3S73 343.4350.4 3513 350.73562 3673 35433612 3713 35733643 3743 3603367.7 3783 364.0371.0 381.4 367.1374.1 3843 37033772 388.1 373.63793 3913 37633833 394.6 378.0386.3 3962 3782386.4 3962 385.0392.0 4033 389.7396.8 403.6 392.6400.7 4113 3953404.0 4152 399.0407.1 4183 40234102 422.1 4053413.4 42S3 409.04162 428.7 411.8419.4 432.1 4143422.7 435.7 41534233 4363 41534233 436.4 42334313 4443 427.7435.7 449.0 4313438.4 4523 4343441.7 4553 437.8444.6 4583 440.6448.4 462.7 444.0451.1 4663 4472453.9 469.7 450.04573 473.1 45324602 4763 453.7460.7 476.8 453.74603 477.1 46134692 485.6 466.1473.1 489.7 46934763 493.4 47134802 4963 4752483.1 499.7 478.6486.5 5033 4812469.1 506.4 484.64922 509.8 487.44953 5123 489.6498.6 5163 489.8498.7 517.0 490.0498.9 517.0 499.6506.7 525.1 5023510.4 529.0 5062513.5 5322 509.3517.1 535.7 512.7519.7 538.7 S1S.6522.6 54Z0 518.1525.4 5452 521.0528.3 548.3 523.6531.6 551.4 52S.7534.0 554.7 526.45353 5552 527.8535.3 555.3 5343542.9 562.8 537.9546.4 566.9 540.7549.4 570.1 543.3

CH41P1

PRESS.frPa>60086008600860086009600860096008600660086008600860086009600960086006600960086007600960086009600960086003600860096008601060106010601060106010601060106009601060106010601060126014601560146014601460146014601460146014601660166016601560166016601660166016601860186019601860196020602060206020602260226023602260226022602560256023

CH42POT1

-30 mm(mml•0.00.00.00.00.0-0.0-0.0

ao-0.0ao•O.O0.00.00.0-0.00.0-0.00.0-0.0-0.00.00.00.00.0•o.o-0.00.0-0.00.0

ao0.00.0-0.00.0-0.00.00.0-0.00.00.0-0.00.00.00.0•0.00.00.00.00.00.0•0.00.0•O.O0.0-0.00.00.0•0.0-0.00.00.00.00.0

ao•0.00.0-0.00.0-0.00.00.00.00.0-0.0-0.00.00.0-0.00.0-0.0

CH43POT2

•»30 mm(mm)0.00.00.00.00.00.00.0

aoao0.00.00.00.0

ao0.0

ao0.00.0ao0.00.00.00.00.00.00.00.00.0-0.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.10.00.00.10.10.00.00.10.00.0ao0.00.00.10.00.00.10.10.00.10.10.10.10.10.10.10.10.10.10.10.10.1

CH44POT3AXIAL(mml0.000.000.00-0.070.000.000.07

aooaooaoo0.000.000.000.07

ao70.070.070.130.130.070 2 00.130200270 2 00200270270200.33027027a270270.330.330270270.330.330270.400.330.400.400.400 400.40'J.400.47a470330.470.470.470330.600.470330330.600.530330.530330.530.600.600.600.600.600.660.600.600.600.660.660.660.730.73

CH70 CH71 CH72 CH45STRAIN 1 STRAIN 2STRAIN 3 PRIMRY-30 mm

0.000.010.010.010.010.000.000.010.000.01

aoo0.010.010.01

aoo0.01

aoo0.01

aoo0.000.010.010.010.010.000.000.010.000.010.010.010.010.000.01aoo0.010.010.000.010.010.000.010.010.010.000.010.010.010.010.010.000.010.00aoi0.000.010.010.000.000.010.010.010.010.010.000.01

aoo0.010.000.010.010.010.010.000.000.010.010.000.010.00

+30 mm(%)

0.000.000.000.000.010.00

aoo0.000.000.000.000.01

aoo0.010.000.000.000.00

aoo0.000.010.000.000.000.010.000.000.00•O.010.000.000.000.000.000.000.010.000.000.000.010.00

aoo0.010.000.000.000.000.010.020.010.010.020.020.010.010.020.010.01aoi0.010.010.020.010.010.020.020.010.020.030.030.030.030.030.030.030.030.030.030.030.04

AXIAL(%)

0.0000.0000.000-0.0140.0000.0000.0150.0000.0000.0000.0000.0000.000

aoisaois0.0150315ao3O03300.0150.0450.0300.0450.0590.0450.0450.0590.0590.0450.0740.0590.0590.0590.0590.0740.0740.0590.0590.0740.0740.0590.0690.0740.0890.0390.0690.0890.0890.0890.1030.1030.1180.1030.1030.1030.1180.1330.1030.118

ana0.1330.1180.1180.1180.1180.1180.1330.1330.1330.1330.1330.1480.1330.1330.1330.1480.1480.1480.1620.162

POWER<KW)5.05.0

18.74336S260.9B139 6 21023106.1108.4110.11112112.111Z7113.111331133113.7113.7113.8m a113.8113.8113.8113.81133113.9113.9113.9114.0114.1114.1114211421142114.31143114.4114.4114.4114.5114.51143114.5114.51143114.5114.5114.4114.4114.4114.4114.3114.3114311421142114.1114.1114.0114.0114.0114.1114.111421142114.3114.3114.4114.4114.4114.4114.3114.3114.3114.2114.3114.3114.3

CH462NDRYVOLTS

(V(0.40.42.02 33.13 23 33 33 33 3

as3 33 33 33 33 33.43 33.43.43 33 3

a33.43.43.43.43.43.43.4

a43.43.43.43.43.43.43.43.43.43.43 33 33 33.43.53 33 33 33 33 33 33 33.53 33 3

as3.5

as3 33.53 3

as3.53.63 33.53.53.63.63.63.63.63.63.63.53.63.63.53.6

CH47PRIMRYVOLTS

IV)1533154.13263475.7531.45552564256735693570.457035713571.1571.1571.1571.05713571.0571.0570.857035703570.4570.4570257C25702570257025702570.0570.4570257025702570.0570.0570.05702570.0570.0570.0S69.85693569.65693569.3569.15683568.756835683S683568.1568.05673567.6567.4567.4567256725672567.4567256725672567.4567.6567.4567.4567.4567.45672567.0567.0566.6566.8566.8566.8566.6

CH48PRIMRYAMPS(AniD\38.738.7187.7309.13S1.8370.03753377.137733773377337733772377.0376.8376.4376,1375.7375337523743374.637423733373.637a3373.13723372.73723372.43722372.0371.8371.6371.3371.1371.0370.837033703370.1369.83693369.3369.0368.8368.43682367.7367336723663366.53662365.83653365.1364.8364.6364.43643364.1364.0363.836a7363.7363.6363.5363.33632363.0362.73623362.2362.0361.8361.7361.6361.5

CH54PRIMRYPOWER

<k.W)1.91 3

37.69531113115.1114.1

nao112.8112.7112.7112.7112.7112.7112.711Z6112.611Z6112.61123112.41123112.4nz4112.4112.4nzs1123112.6112.6112.7112.711Z8112.8112.8112.9112.9113.0113.0113.0113.0n a inaon a i113.0113.0113.0112.9112.911Z811Z8112.8112.811231123112.611Z5112.4112.31123112.311Z4112.4112.51123112.611Z7112.7112.8112.8112.8112.7112.7112.6112.6112.5112.6112.6112.6112.7

CH51VOLTx POWER COWTRIAMPS FACTOR(KW)

6.06.0

61.3147.0187.0205.42113214.1215.021532153215.6215.521532152214.9214.82143214.4214221332133213.5213.3213.021Z921Z8212.62123212.421Z3212321Z121ZO2113211.721132113211.42112211.12113210.7210.6210.4210.1210.0209.72093209.1208.9208.820832062208.0207.720732072207.0206.8206.7206.6206.62065206.4206.3206.4206.4206.3206.1206.1206.0205.7205.6205.4205.1205.1205.0205.0204.9

M0J320320.610.650.60OJ560.54053

0-520520520520520520520520520 5 20530530530530530530530530530530.530530.530.530530.530530530530530530540540540540540540540540540540.540540540540540540540.540540540.540.540540540.540550550.550.550550550.550550550.550.550.550.550.550.550.55

VOLTS(V)

139Z79552555555526524524524524524524524524524524524524524524£24524524524524S24524524524524524524525524524-5245245245245245245255245245245245245245245245245245245245245245245245.245245.245.245245245.245245245.245.245.245.245.245.245.245.245.245245245.245.24

-C26-

TEST POINT #193 DATE: 21-JULY-1994POSNMID-POINT ID T/Cs(*(mm) -120 0nME

(sj8.0a.18 28 58.48 58.61 78 58 59.09.18 29.39.49 59.69.79.69 5

10.010.110510510.410510.610.710.810511.011.111.211.311.411.511.611.711.81151Z012.111212512.41251Z61Z71Z812513.013.113-2135ia413513.613.713.811914.014.114214.314.414.514.614.714.814.915.015.115.215.3

ISA15.515.615.715.8

CH30 CH53T17 T13

55^2 5T3.5S545 576.45572 579.75605 58Z6564.1 585.95665 589.0569.3 589.65695 589.35715 597.8577.7 601.15S1.6 604.45845 607.7537.6 610.65905 614.0594.0 617.4597.1 620.3600.1 623.4602.7 626.7603.1 62656052 6295613.0 6372615.8 64056185 6435621.9 647.1625.3 6502628.6 653.0631.4 6555634.1 659.36362 662.46375 664.46375 664.4645.5 66926475 6745650.4 677.46S3.9 680.16S72 683.1659.5 636.0632.4 689.1665.0 6915665.8 694.4670.4 697.46712 69856715 699.0677.5 7035681.1 709.1684.3 7122686.8 714.9689.5 718.0692.1 720.9694.9 7235697.8 7265701.1 72927042 73157045 733.17045 7335711.0 739.1713.6 743.0716.4 746.0719.0 748.4721.4 751.3723.8 753.8726.3 756.4728.5 7e.t.O730.8 7C1.7733.4 764.3733.6 7645735.2 764.6739.3 771.5740.2 774.6741.9 777.8742.7 781.1745.1 783.7747.4 786.4749.5 788.07 J S & 3 ZB8.Q

723.3 788.071Z0 788.0711.5 788.0717.3 7SO.5

120CM 28

T1S54er549.15512555.1557555955595564.4569.4572.75755578.7582.0584.7587.6590.7S94.1595.1595.1602.6605.7609.16122615.461856225625.762S5631563256325640.36417646.6649.16S1.76545657266056625665.7666.16675674.167556785681.7684.06855687.9691.069356965696.7700.87055708271057135716.4719.1721.4723.7725.3725.6725.8728.1729.7729.7733.3733.9736.7736.7736.5

T3AA704.5692.6691.8701.9

CH41P1

PRESS.(kPa)6C25602360256025602760276028602760276027602760296029602960296029602960296029603060316031603160326032603360336033603460356035603860336040604060426042604260426045604660486046C04960496049605060516052605260516051605260526051605160516051605160516052605060496050604860456045 '6031602960276028600459885962

55235662379722361473

CH42POT1

-30nvn(mm)-0 00.00.0-0.00.00.0-0.00.00.0-0.00.00.00.0•0.0-0.00.00.00.00.0-0.00.00.0-0.00.00.10.10.10 20 20 20.30.30.40 51.01.11.11 21.81.8152.42 52.6Z 63.43.74.14.65.15 55 56.36.77 27.48.69.510511.41Z714.115.617.118.119.319.422.023.525.427529.532.335.7

39.139.126.4•7.2

CH43POT2

+30 mm(mm)

or0.10 20 20.10.1020.1020 20 20 20 20 20 20 2-0.9-14.7-16.5-16.6-16.6-16.7-16.7-16.7-16.7-16.7-16.7-16.7-16.8-16.8-16.7-16.8-16.8-16.8-16.8-16.7-16.8-16.8-16.8-16.8-16.8-165-16.8-165-16.8-16.8-16.8-16.8-16.8-16.8-16.8-16.8-16.9-16.9-165-16.8-16.8-16.8-16.8-16.9-16.8-16.9-16.9-16.8-16.8-16.9-16.9-16.8-16.8-16.9-16.8-16.8-16.8•16.9

j & a-16.9• 16.8•16.9-16.9

CH44P0T3AXIAL(mm)0.PO0.730.730.8O0500.730.800 5 00530560.800.660.860 5 60.930530.931.001.001.061.061.061.131.131201261261261.331.331.391.461.391591.591.661.661.731.791.921.921.99206Z19Z19226Z39Z39Z46252Z65Z79Z85Z92Z99

aos1123253583583.58a781914.054.184.254.384.584.714.785.045.175.314.98

±1B.4.714.784.784.78

CH70 CH71 CH72 CH45STRAIN 1STRAIN 2STRAIN 3 PRIMRY-30 mm

(%)ore0.010.010.000.010.010.000.010.010.000.010.010.010.000.000.010.010.010.010.000.010.010.000.010.020.030.030.050.050.060.080.080.100.130.300.300.320.340500510520.680.710.720.720571.051.161.311.431.501.661.77158Z05Z09Z43Z68Z923243.593.994.414.845.115.465.496.236.667.197.778.359.1310.101Q.3Z11.0511.077.48-2.04

+30 mm

maos0.040.050.050.040.040.050.040.030.060.06

aos0.060.060.030.07-026-4.17-4.67-4.69-4.70-4.72-«.72•4.72•4.73-4.74-4.74-4.74•4.75-4.75-4.74-4.75-4.75-4.75-4.75-4.74-4.75-4.76-4.76-4.76-4.76-4.76-4.76-4.76-4.76-4.75-4.76-4.77-4.77ATIATIATI-4.77-4.77-4.77-4.77-«.77-4.77-4.77-4.77•ATI•ATT-ATI•ATTATI•ATI•ATI•ATI-ATI•AT!•ATT•ATI•ATI-ATIAJ1-4.77•4.77-4.77-4.77

AXIALfW

C U T

0.1620.1620.1770.1770.1620.1770.1770.1920.1920.1770.1920.1920.192020702070207022102210236023602360251025102660280028002800295029505100525051005540.3540.3690.369058305980.4280.4280.4420.4570.4870.4870501053105310546O56005900.6190.6340.64905640.6780.6930.7220.7520.7960.7960.8400.8700.8990.9290.9440.9731.0171.0471.0611.1211.1501.1791.106

1SS11.0471.0611.0611.061

POWER(kWl

114511451145114.<11451145114.4114.41145114.7115.011S.4115.811621165117.0117.4117.91182118.5118.81195119.6120.0120.4120.81212121.6121512221225122512Z612Z712Z8122.8122512aO123.0123.0123.0123.01210123.0123.012aOi2ao123.0123.1123.112321235123512321232123212321232123.3123.412141235123.51216123.6123.6123.6123.6123.7123.7123.7123.8123.8123.91ZL3.124.0124.0123.91239

CH482NDRYVOLTS

(V)3.6

aeasasasasasaeas3.6aeasas171717a73.7a71 71 73.71 73.71 73.73.83.83.83.83.81 8

as3 51 83.83.83.81 81 81 83.8

as3.83.81 81 81 83.83.83.83 53.83.81 81 83.83.81 81 83.83.9183.83.83.83 53.83.93.83.83.83.81 8

3.73.83.73.7

CH47PRIMRYVOLTS

(V)566.6566.8seasseasseas566.8566.6S66.85672567.65635569.1569.8570.4571.1571.7572557Z85732574.0574.7575.3575.6576.0576.4576.8577.15775577.757755775578.1578.1S7855785578.55785578.3578.3578.357855785578.157855785578.1578.3578.35785578.3578.357855785578.357855785ST6.S5;o5571.8578.6578.8578.8578.8578.8578.8578.8578.6578.8578.8578.8578.85785578.8578.85Z8JÎ578.5578.5578.5578.5

CH48PRIMRYAMPS(Amp)301.43612381.1360.93605360.7360.63605360.936153SZ0362.73613364.1364.7365.4366.1366.63672367.8368.33685368.9369.3369.9370.7371.437Z137Z337Z437Z437Z5372537Z437Z537Z437Z437Z337253722372237Z037Z137Z1371.9371.837153715371.83715371.9371.8371.8371.73715371.7371.8371.837Z137Z137Z1372237Z2372.137Z137Z137Z137Z137223722372.337Z4372.337Z4•2T2&

373.6373.9374.1374.1

CH54PRIMRYPOWER

(KW)11Z711Z811Z711Z7112.711Z711Z711Z711101135114.11145115.0115.4116.011C4115.91175117.8118.11185118.9119.0119.3119.9120.4120.9121.3121.41215121.6121.7121.7121.7121.8121.8121512Z01215121.8121512151215121.912Z0121.912Z0122.012Z0122.012Z012Z012Z012Z1122.1122.112Z1122512Z412Z512Z*122.*:122.512Z5122.512Z612ZS12Z612Z6122.612Z7122.812Z912Z8

12Z9122.8122.8122.8

CHS1VOLTx POWER CONTRIAMPS FACTOR \(kW)20452045204.72045204.520452045204.4204.7205.1205.82014207.0207.720a3206.92095210.0210.5211.1211.7212221Z421Z72132213.8214.4214.9215.1215.12152215.4215.4215.42155215.4215.4215.3215.321522155215.1215.12152215.1214.9215.1215.1215.1215.1215.1215.0215.1215.0215.1215.0215.1215.1215.4215.3215.4215.5215.5215.4215.4215.421S.3215.4215.5215.5215.5215.6215.5215.6

215.8216.1216.3216.4216.4

(-)0 5 50.55O550 5 50 5 505S0 5 50 5 50 5 50 5 50 5 50 5 50-560 5 60 5 60 5 60 5 60 5 60560.560560 5 60560.560 5 60560.560.560 5 60560 5 60.560 5 60570570570570570570570570570570570570570 5 70570 5 70 5 70 5 70 5 70 5 70 5 70 5 70 5 70 5 70.570570.570570.570.570.570 5 70.570.570.570.570.570.570.570.57057

C.5Z0.570.570.570.57

/OLTS(V)

5245245245245245245245255265275295505.305515525.33SM5.355565.375.39S.395.395.405.415.425.435.445.455.465.485.495.49550552552553554555555555S555555555555555555555555555555.555555555555555555555.555555.555.55S.'ô5 i ?5 i b5555555555.555.555.555.555.55

S.'.'S

f>"£'.55.5S5.555.55

II

-C27-

1800

1600

1400

1200

1000

800

600

400

200

MID PT.MID PT.MID PT.MID PT.MID PT.MID PT.

ODODODODODOD

SSO DEG < 52) STERN LABORATORIES INC.345 DEG TP K < 12) comm ballooning0 DEGCTOP) C 14) 21-JUL-19W15 DEG TP K < 1) Point: 193 Incr: 1SO DEG < 15)45 DEG TP K < 2)

8 10

TIME <s)

12 14 16 18 20

1800

160C

1400

1200

1000

800

600

400

200

T3 MID PT. OD - 60 DEG <T27 MID PT. OD - 75 DEG TP K <T4 MID PT. OD - 90 DEG <T28 MID PT. OD - 105 DEG TP K <T5 MID PT. OD - 120 DEG <T29 MID PT. OD - 135 DEG TP K <

16) STERN LABORATORIES INCj3) comm ballooning17) 21-JUL-19944> Point: 193 Incr: 118)5)

8 10

TIME <s)

12 14 16 18 20

-C28-

U

LU

1800

1600

1400

1200

1000

eoo

600

400

200

HID PT.MID PT.MID PT.MID PT.MID PT.MID PT.

ODODODODODOD

- 315 DEG TP K < 11 > STERN LABORATORIES INC.- 800 DEG- 285 DEG TP K <

24 > coma ballooning10> 21-JUL-1994

- 270 DEG < 23> Point: 193 Incr: 1- 255 DEG TP K < 9>- 240 DEG ( 22)

8 10

TIME <s>

12 14 16 18 20

UvUJ

a

1800

1600

1400

1200

1000

800

600

400

200

MID PT. OD - 225 DEG TP K <MID PT. OD - 210 DEG <MID PT. OD - 195 DEG TP K <MID PT. OD - 180 DEG <MID PT. OD - 165 DEG TP K <MID PT. OD - 150 DEG <

B> STERN LABORATORIES INC.21 > comm ballooning7) 21-JUL-199420> Point: 193 Incr: 16>

8 10

TIME <s>

12 14 16 18 20

-C29-

1800

1600

1400

1200

1000

800

600

400

200

TIST15T17

HID PT. IDHID PT. IDHID PT. ID

0 DEG120 DEG240 DEG

5S> STERN LABORATORIES INC.28) conn ballooning30) 21-JUL-19M

Point: 193 Incr: 1

8 10 12

TIHE <s>

14 16 18 20

E

60

50-

40

30

20

10

-10

-20

-C3O-

POT1 POTENTIOMETER 1P0T2 POTENTIOMETER 2 <mt)

< 42) STERN LABORATORIES INC.< 43 > Ballooning Test


8 10 12

TIME <s>

14 16 18 20

IIIIIIII

8

7

6

5

4

3

2

1

0

-1

P0T3 POTENTIOMETER 3 <nm) < 44) STERN LABORATORIES INC.Ballooning Test21-XUL-1994Point: 193 Incr: 1

8 10 12

TIME <s>

14 16 18 20

1IIIIIIIIi

-C31-

18

16-

14

12

10

8

6

4

2

0

-2

-4

-6

STRAN1 % STRAIN - POT1STRAN2 * STRAIN - POT2



8 10 12

TIME <s>

14 16 18 20

1.6000

1.4000

1.2000

1.0000

0.80000

0.60000

0.40000

0.20000

0.00000

_ 4AAAA

1 ' ' ' 1 ' ' ' 1 ' ' ' 1 ' ' ' I

STRAN3 % AXIAL STRAIN - P0T3

-

-

-

1 ' ' ' 1 ' ' • 1 • • • 1

< 72> STERN LABORATORIES INC.:Ballooning Test21-JUL-1994Point: 193 Incr: 1 :

A ~-J

•

8 10

TIME <s>

12 14 16 18 20

-C32-

iX

•a

09

9000

8000

7000

6000

5000

4000

S000

2000

1000

PI SPECIMEN PRESS <kPa> < 41) STERN LABORATORIES INC.cotnn ballooning21-JUL-1994Point: 193 Incr: 1

8 10 12

TIME <s)

14 16 18 20

800

700

600

500

400

S00

200

100 *

YEWVLT PRIMARY VOLTS—"YEWAMP PRIMARY AMPS- • YEWATT PRIMARY WATTS

<V) < 47> STERN LABORATORIES INC(A) < 48) comm ballooning<kW) < 54) 21-JUL-1994

Point: 193 Incr: 1

I , .

200

180

160

140

120

100 31

80

60

40

20

8 10

TIME <s)

12 14 16 18 20

I

-C33-

900

800

700

O 600

aice

IceaiCL

£ 500

400

300

BALLOONING OF CANDU PRESSURE TUBESTEST #2, POINT #193, SPECIMEN 5 (DEFECTED)

200-200

3s

O = ODT/Cs, I = IDT/Cs


200

-C35-

TEST#3

TEST POINT # 197


Page

Instrumentation l is t C37






Temperature Versus Axial Position C54

BALLÛOMlfiG Of PRESSURE Ï U B H & ? -


DAIE: l-SEP-1994

CH fUNCTiON

112521263T274Ï2851256130713181329133

10 Ï3411 13512 Ï3613 13714 1115 1216 1317 1418 1519 1620 1721 18221923 11024 11125 OFF26 0EE27 11428 11529 11630 11731 11832 11933 12034 12135 12236 12337 12438 13339 13940 14041 PI42 POU43P0Ï244P0Î345 PQHEE46 VOLTS

HID PI . OD -HID P I . OD -HIll PI . OD -HID P I . OD -HID P I . OD -HID PT. OD -HID P I . OD -HID P I . OD -HID P I . OD -HID P I . OD -HID P I . OD -HID P I . OD -+ 120HH OD -HID P I . OD -MID P I . OU -HID P I . OD -HID P I . OD -HID P I . OD -HID P I . OD -«m P I . OD -«1D P I . ÛD -HID P ï . OD -HID P I . OD -HID P î . OD -

IEST: B a l l o o n i n g T e s t

15 DEG IP K4 5 BEG IP K7 5 DEG IP K

105 DEG IP K135 DEG IP K16S DEG IP K195 DEG IP K2 2 5 DEG IP K255 DHG IP K285 DEG IP K315 DEG IP K3 4 5 DEG IP K180 DEG IP K

• 0 DEG(IOP)3 0 DEG

- 60 DEG- 90 DEG• 120 DEG- 150 DEG• 180 DEG- 210 DEG- 240 DEG• 270 DEG• 3 0 0 DEG

BAD CPI, MOVED 1 0 CH 52BAD CPI, KOVE0 1 0 CH 53HID P I . ID •HID P I . ID •HID P I . ID •HID P I . ID •HID P I . ID •- 120HM OD •- 60MH OD •+ 60MM OD+ 120KH OD- 120MM OD- 60MH OD+ 60HH ODPRESSURIZE*

- 6 0 DEG- 120 DEG- 180 DEG- 240 DEG- 3 0 0 DEG- ODEG- ODEG- ODEG- ODEG- 180 DEG- 180 DEG- 180 DEG

UALLIEMP0P1ICAL IHERNOMEIERSPECIMEN PEESS (kPa)POIEHIIOHEIER 1 I n )P0ÏENI10MEIE8 2 CMS)POTENTIOMETER 3 <•«)«AtlHEIEP. (kll)SPECiHEN V0L1 DROP (BtK)

47 Y i m i PE1MARY VOUS (V)48 YEKAHP PRIMARY AMPS (A)49 W:50 -

BAD CVI, MOVED 10 CH 54SPARE

A

0.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.0000

101.3250-21.4819-21.4326203.7362

0.00000.00000.00000.00000.00000.0000

MJlNi:

B

s.ooooo5.000005.000005.000005.000005.000005.00000S.OOOOO5.000005.000005.000005.000005.00000

130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000

0.000000.00000

130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000

0.00000876.89099-19.50000-19.50000-53.05500

20.0000030.00000

150.0000080.00000

0.000000.00000

197

C

0.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000Û.00OO000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000

.0 .0000000.0000000.0000000.0000000.0000000.0000000.000000

-0.1294680.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000

BALLOONING OH PRESSURE


DATE: l - S E P - 1 9 9 4 Î E S î : B a l l o o n i r q T e s t K l l t t : 197

CH EUNCÎIQN A 8 C

51 CVOLI CONTROL VOLTAGE (V)52 112 «ID PT. 0 0 - 3 3 0 DÉG53 Î 1 3 HII) P I . m - 0 UEG54 ÏEUAÎI PRIMARY WATTS (kU)55 - SPARE56 - SPAKE5 7 ~ SPAKE5 8 - SPA8E59 -- SPARE6 0 - SPABE61 IHAXOD MAXIMUM HID P I . OD IEMP62 ODCHAN IHAXOÛ CHANNEL63 IAVGOD AVG. HID W . OD IEHP64 IHAXID MAXIHUH «ID P I . ID IEHP65 IDCHAN THAX1D CHANNEL66 IHAXI HAXIHUH TOP I£HP67 ÎCKAN IHAXI CHANNEL68 IHAXB HAXIHUH BOTIOH I£(iP69 BCHAN IHAXB CHAHHEL7 0 SIEAN1 Z STRAIN - P0I171 STRAH2 Z STRAIN - P0Î27 2 STRAN3 Z AXIAL STRAIN - PÛI37 3 TAVG1D AVG. Hill PT. ID IEHP74 - SPARE7 5 ÎH1NQD MINIMUM HID PT. OD TEHP76 ODHNCH ÏMINOD CHANNEL77 ÏD1F0D DIE. HID P I . OD TEHP78 IHINID MINIMUM MID P I . ID IEMP79 IDMNCH IHINID CHANNEL80 IOIEID filf. MID P I . ID TEMP81 IH1NI MINIMUM ÏOP TEMP8 2 IMNCH IHINI CHANNEL83 I D E ! DIE. IOP IEHP8 4 TMINB MINIMUM BOTTOM TEHP8 5 6KNCU IHINB CHANNEL8 6 IDIfB D I f . BOTTOH IEMP87 ISAI SATURATION KHP88 - SPARE89 -- SPARE90 - SPARE

Notes Reaardinq Data Acquisition Constants A,

0.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.0000

B & C .

1.00000130.00000130.0000060.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.00000

0.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000

o.oooooo0.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000

IIIi

In general.



- The ice bath referenced thermocouples (Channels 1-13) ore linearized with a 9th order polynomial. The A termrepresents ice bath reference and the B term is the channel amplification.- The thermocouple modules (Channels 14-39) provide their own linearization and an analog output of either 0 to 5volts or O to 10 volts.- The voltage modules (Channels 41 - 43) provide the same output as the thermocouple modules.- For unused channels between 1 and 60, the A, B & C constants are set to zero.- Channels beyond 60 are used for calculations.

I

-C39-

TEST POINT #197 DATE: 1-SEPT-1994K)SN.mm)

TIME:

0.00.10.20.30.40.50.60.70.80.91.01.11.21.31.4151.61.7151.92.02.1222-32.42.52.62.72.82.93.03.1323.33.43.53.63.73.83.94.04.1454.34.44.54.64.74.84.95.0S.1r>25.35.4S55.65.75.85.96.06.1626.36.46.56.66.76.86.97.7.7.27.7.7.7.7.7.7.8.8.

-165 -150CH7 CH21T31301.3303.7307.0309.9313.5316.9319.8322.9326.1329.2332.433S5338.8341.734S 2347.935153542357.8360.4364.0367.6371.0374.7377.5380.7383.6386.6389.0392.8396.7399.5402.9406.0408.8411.5414.6418.9422.5424.5426.2430.8434.6437.3439.8442.6446.7450.74525455.1459.7432.6465.3467.0471.4475.1477.8480.7483.0485.7488.8492.6496.1498.9501.1503.3507.3510.8513.6516.2518.1521.952S.3526.6529.8532.9536.6538.8540.4543.5546.6549.8

T8302.4302.4304.7307.83112311.8316.6321.3324.73275331.5334.63375340.9343.9346.9347.13492357.03603364.0367.3370.4373.6376.5379.8383.0383.5384.5392.3395.7399.340224055409.0412.0415.0418.5420.7420.9425.3431.3434.4438.0441.0444.14472450.5453.7457.0458.1458.3464.54692472.3475.7478.6481.5484.9487.9490.94942495.0495.0501.7505.9509.0512.1515.0518.1521.2523.9526.9529.6530.4530.4537.3540.8544.1546.7549.3552 2

-135 -120CH6 CH22T323192320.1323.4326.6330.0333.9336.9340.5343.5346.8350.1353.S3565360.03635366.6369.7373.13765379.7382.93862389.8392.9396.03992402.6405.9408.7412.3415.5418.3421.4424.5428.1431.4434.4437.9441.3443.8447.1450.6453.7456.5459.9463.04662469.7472.7475.6478.7482.1485.04882491.5494.4497.6500.8503.6506.6509.5512.6515.5518.7521.4524.6527.5530.6533.7536,8539.35422545.1548.1550.8553.3556.6559.3562.1564.8567.35701

T9305.0305.5307.6310.6314.1314.6316.6322.93265330.5334.1337.4340.8343.9347.03502350.73S0.7358.8362.9366.5369.9373.3376.7379.93832386.4386.8386.8394.9399.0402.0405.3409.0412.3415.4418.6421.6423.7423.8428.5434.4437.8441.1444.3447245024532456.5459.9461.5461.7466.6472.1475.5478.6481.4484.8487.9491.3494.0497.0498.7498.9504.15092512.4515.3518,4521.3523.9527.0530.1532.9534.3534.5539.7544.3547.3549.9552.9555 5

-105 -90MID-POINT OD THERMOCOUPLES (°C)

-75CH9 CH23 CH10 (T33294.9297.6301.13045308.0311.7315.1318.1321.7325.3328.03315335.3337.83415344.4348.6351.3354.4358.3361.1365.0367.5371.7374.3378.4380.7384.7387.4391.3393.63982400.4404.3407.1410.8413.3417.3419.7423.64272429.4433.44362439.4442.8445.6449.3452.1455.3459.046124652468.0470.8474.4476.8480.6483.0487.1489.34932495.6499.3501.7505.0508.3510.5514.5516.4520.4522.7S25.5528.7531.4534.9537.5539.7543.4545.7549.3551.3

T10308.4308.4310.5313.6314.0318.8323.9327.3330.7334.13372340.6343.7346.93502351/)351.0359.03632366.4369.9373.1376.0379.3383.0386.638823882394.6399.4402.9405.9409.0412.0415.4418.8422.0423.8423.8429.7434.9438.1441.4444.6447.7451.0454.0457.54605462.046224675472.9476.3479.6482.64S5.9489.0492.14952496.4499.7499.7505.7510.3513.7516.8519.7523.0£25.9528.6531.6534.7535.6535.6542.0545.9549.0552.0554.8557.7560.3

T34312.8315.9319.1322.7326.0328.7332.4335.13392341.7345.3348.6352.0355.0359.0361.6365.4368.7371.8375.83782381.7385.6387.8391.5395.4398.0401.6405.0408.04112414.6417.64215424.5427.5430.6434.1437.8440.4443.5446.9450.34535456.84S9.446254662469.94725475.747854622485.6489.0491.64945498.1501.1604.1607.06105513.5516.1S195S22.4S25.8S28.45315534.9537.4540.3S432S462549.4552.3554.7557.4560.4563.75662568.6

-603H24 (T11310.431023125315.6319.1320.03232328.6332.1335.43385341.9345.0348.4351.63545355.9355.9363.73675370.73742377738123845387.7391.0391.6391.5399.64032406.9410.3413.7416.8420.1423.5426.4427.4427.5435.0439.14425445.6448.8451.84552458.34615464.8465.3465.3473.4476.84802483.1486.5489.6492.7495.84992502.1502.5502.56103514.0517.35202523.1526.0529.0532.053S.0538.1538.45382646.0549.3552.0555.0557.6560.6

-45 -30X 1 1 CHS2T35315.3317.4320.6324.1327.5330.9334.13372340.4343.7347.1350.13535356.8360.13632366.6369.9373.1376.6379.8383.1386.4389.5392.6396.03992402.7405.9409.0412.1415.7418.84222425.6428.7432.0435.34382441.6444.7448.0451.3454.64575461.1464.1467.1470.5473.7476.6480.3483.54862489.3492.8495.9499.15022505.1506.3511.6514.8517.6520.5523.6527.0529.7532.7535.8538.8541.6544.7547.6550.6553.5556.3559.15622564.9567.6570.7

T12313.8313531623192322.4325.8329.13322335.4338.33385339.03475351.83552358.7361.7365.036823715374.4374.6374.7383.7387.6391.03S4.3397.7400.64042407.3410.7411.8412.0419.3423.3426.6429.8433.14365439.6442.8446.1449.345024502457.6461.9465.1468.4471.6474.9477.84812484.5487.5488.4488.4495.7500.1503.1606.4509.6512.6516.0519.1522.0525.1525.6525.6533.0536.8539.9542.8545.6548.6551.4554.5557.3560.2560.8560.8

-15CH12

T363222324.6327.93315334.9338234153445348.1351.5354.6357.73605364.1367.43705374.3377.43805333.8387.3390.9394.0397.0399.9403.34072410.3413.4416.3419.9423.6426.5429.9433.3436.4439.3442.7446.1449.4452.7455.8458.84622465.8468.6472.0475.7477.9481.8485.1487.74912494.9497.6500.6504.3507.7510.5513.1516.8520.35232526.0529.4532.8635.5538.6541.7544.5547.6550.8553.6556.5559.4562.2565.7568.2571.0574.5577.6580.0

0CH14

Ti314.9314.93172320.13215321.1328.7332.6335.6338.7341.73455348.9352.1355.6356.9356.9364.0368.1371237453775380.9384.3387.6390.6392.3392.3399.3403.5406.4409.8412.9416.0418.9422.4425.3428.5428.9428.9437.6441.0444.5447.4450.6454.0457.1460.4463.5466.6466.7468.5476.0479.4482.3485.4488.8492.1495.0498.15015504.3504.4507.8514.3517.3520.5523.6526.7529.3532,4535.3538.4540.5540.75442549.9553.0555.9559.0562.0564.7

15CH1T25311.0313.7317.0320.5323.9326.6330.1332.9S36.5339.33425345.8349.43525355.9358.9362.0365.9368.4372.0375.33785381.9384.93882391.6394.5397.84012404.0407.6410.8413.6417.0420.6423.7426.6429.9433.4436.6439.3442.5446.1449.5452.8455.8458.7462.1465.5468.747Z0474.8478.0481.1484.64875490.9493.8497.1500.6503.45062509.5512.8515.7518.6521.6524.8527.9531.1533.9536.7539.5542.55452548.4551.6554.65572560.0562.5565.6

30CH15

T2313.6313.6315.93192322.1325.5328.8332,7335.333823385343.43475351.0354.13575360.33635366.63705372.1372.3378.0383.0386.5389.5392.3395.4398.3401.6405.0407.4407.4412.8417.8421.4424.5427.4430.7434.143754405443.5445.0445.0451.0455.8459.3462.5465.6468.8471.8474.7478.1481.44825482.5489.3493.6496.8500.1503.1506.1509.55125515.5518.3519.6519.6526.1530.35332536.3539.2542.0544.9547.8550.4553.4554.25542560.8

45CH2T26314.0316.3319.4322.4325.6329.0332.0335.03382341.6344.7348.0351.0354.1357.4360.7363.8367.1370.53735376.8379.9383.1386.33892392.5395.7399.0402.1405.4408.6411.7415.0418.1421.0424.6427.7430.9434.3437.14402443.64465449.6453.0456.1459.3462.4465.7468.7471.8475.1478.1481.1484.3487.4490.5493.7496.6499.6502.5505.7508.8511.8514.75175520.8523.8526.9529.8532.6535.5538.6541.4544.3546.9550.0552.8555.7558.55615564.0

60CH16

T3310.6310.7313.0313.6313.8321.132553285332.0334.9338534153445347.4350.9351535153595363.5S66.8370.0373.1376.4379.53S2.7386.0389.4389.7389.7398.0401.9405.3408.4411.6414.7417.8421.14245427.4427.7427.94365439.94435446.4449.5452.6455.8458.9462.0465.3465.8465.9473.7477.5480.7483.6486.9490.0492.94962499.1501.86025502.3610.8514.7517.6520.5523.8526.7529.55325535.0535.35355542.8546.4549.35525SS5.1557.7

75CH3T27307.8310.5313.8317.0320.13235326.7329.6332.9336.1339.0342.4345.73485352.13555358.53615364.9368.1371.3374.6377.7381.1384.1387.4390.3393.7396.8400.34032406.5409.6412.5415.8419.0422.4425.5428.8431.7435.143824415444.44475450.6453.8456.9459.8462.9466.04691472.3475.3478.5481.4484.7487.8490.8493.9496.9499.9502.9506.0508.9511.8S14.9517.8520.8523.8526.8629.9532.6535.45382541.1543.9546.9549.7552.4SSS.1557.9

90CH17

T4307.6307.8309.6312.8316.4317.7318.0325.0329.13325335.4338.83415345.0347.9351.03515352.8360.4364.0367.637053739376.8379.8383.0386.13865387.6394.7398.3401.7405.0408.4411.6414.4417.8420.7423.3423.54272433.44365439.9443.044624492452.44552458.6460.54607465.7470.8474.3477.3480.5483.3486.4489.6492.7495.6497.3497.3503.0507.8510.9514.0516.8519.9522.6625.4S28.1531.4532.5532.5538.9542.8545.5548.5551.1553.7

105CH4T28305.6307.53115314.03175320.3324.0326.1330.6332.6336.6339.0343.0345.4349.9351.7355.9358.7362.1365.1367.93715374 0378.3380.9384.0388.03902393.9396.9399.7403.5405.6409.4412.74152418.9422.4425.04275431.4434.74375440.4444.3446.6449.64532456.5458.8461.94fiS9468.5471.3474.6478.1480.3484.04872489.4493.1496.0498.4502.0605.050725102514.2516.15195522.6525.5528.0530.3534.0536.5538.8541.8545.1547.2549.8553.0

-C40-

TEST POINT #197 DATE: 1-SEPT-1994K)SN.mm)

TIME(si8.26.38.48.S8.68.78.88.99.09.19.29.39.49.59.69.79.89.9

10.010.110.210.310.410.510.610.710.810.911.011.111.211.311.411.511.611.711.811.912.012.112212.312.412.512.612.712.812.913.013.113.213.313.413.513.613.713.813.914.014.114.214.314.414.514.614.714.814.915.015.15.215.15.15.15.15.15.15.i6JJ16.16.

-165 -150CH7 CH21T31552.7554.6557.3559.3563.6565.2568.8570.3574.7576.6580.0582.8585.0588.8591.0594.8597.0600.6602.8606.6608.8612.2615.1618.1620.4624.4626.7629.5632.8635.3638.5641.3644.3647.1649.8652.4654.9657.6660.3662.6665.7668.0670.56733675.8678.56812683.5686.1688.9691.0695.3696.6698.6701.7703.9706.3709.2711.6713.9716.3719.2721.4723.4726.5728.9731.2733.9735.7737.9739.9742.0744.1746.0748.5750.3752.4748.9

zsoa750.9753.7

T8555.0557.9560.5563.3563.8563.8570.6574.0576.9580.0583.1585.9589.1591.9595.0595.4595.6602.9606.5609.6613.06162619.5622.3625.3628.36292629.4636.1640.1643.1646.0649.1651.8654.6657.4660.0663.1663.5663.5669.9673.0675.76785680.9683.7686.1S88.7691.3694.1694.3694.4701.1704.3706.9709.4712.1714.6717.0719.6722.0724.6725.0725.0731.37342736.8739.4741.9744.3746.6748.7750.8752.9752.9752.9758.3760.97S2J.763.0763.0

-135CH8T32573.0575.6578.3581.1583.7566.6589.6592.1595.3S97.8600.6603.4606.8609.3612261S.9618.5621.5624.4627.5630.5633.4636.7639.3642.3645.56482651.3654.1656.8659.4662.7665.56682670.7673.5675.9678.5681.1683.4686.9688.6691.6694.0696.5699.5702.0704.4706.8709.7712.37162717.4719.7722.87252727.8730.5732.7735.1737.8740.5742.6744.7747.9750.3752.4755.0757.5759.7761.9764.0766.5768.4771.0772.8775.1487.8JS&3760.7760.4

-120CH22

T9558.65612563.8566.7567.8568.0573.3577.9580.7563.45862589.1591.7595.05982599.8600.0605.5610.4613.7616.66192622.362S.0628.4631.5633.3633.6638.5643.7646.8649.4652.5655.3657.7660.5663.1665.7666.5666.5672.56762678.8681.4684.0686.8689.4692.0694.66972698.0698.0704.0707.3709.9712.6715.4718.0720.6723.0725.67282728.9728.9734.6737.7740.3742.9745.3747.9750.3752.8755.0757.3757.8757.8763.0765.9

zeaa769.8769.8

-105CH9T33554.8557.0560.5562.7565.4568.3571.8574.8577.65802583.0S85.9589.3£92.4S95.9598.6601.8604.460726102613.6616.9619.4622.86262628.7631.8635.1637.9640.7643.6646.4649.4652.0655.0657.46602663.1665.5668.6670.8673.7676.36792681.7683.9687.0689.9692.4694.9697.9699.4702.8705.8708.5710.9713.4716.1718.9721.5723.4726.3729.3731.7733.9736.37392741.4743.8746.3748.8751.4753.3755.6758.2760.7763.1813.57553761.0761.5

-90>I23T10563.3565.9568.9569.6569.8576.358025832585.9589.1592.0595.0597.9601.0604.1604.4604.5612.0615.6618.7621.96252628.4631.4634.6637.5638.06382645.3648.7651.8654.9657.8660.8663.5666.1668.9669.4669.4675.7678.8681.7684.5687.3689.9692.5694.9697.5700.1700.4700.4707.3710.5713.3715.9718.5720.9723.3726.1728.9731.5731.8731.8738.3741.1743.8746.6748.9751.3753.9756.3758.6761.4761.4761.7767.9770.8773.4BJOJJ869.6868.6

MID-POINT OO-75

X 1 0 <T34572.0575.0577.4580.3583.1585.9S88.7S91.8S95.0597.7600.9604.1607.4610.3613.5616.8619.7622.5625.5628.3631.5634.5637.8640.S643.5646.9649.8652.9655.6658.7661.5664.5667.0669.3672.5675.0677.9680.5682.7685.4688.3690.9693.7696.56992701,9704.4707.0709.4711.9714.6717.9720.1722.5725.5728.1730.8733.37362738.3741.4743.87462748.37512753.87562758.67612763.6766.1768.6771.1773.6776.3778.7781.4358.79OC

-24.3-30.4

•60 -45>I24 CH11T115632566.3569.1572.0572.4572.7580.05802586.3589.6593.0596.1599.0601.96052605.7605.8613.3616.7619.86232626.5629.4632.6635.6638.5639.3639.3646.3649.7652.36552658.3660.9663.5.666.5669.1671.5671.56752680.3683.0685.5688.4691.0693.66962699.0701.4703.3703.3707.6712.1714.9717.5720.4722.8725.67282730.6733.1734.7734.9739.4743.37462748.7751.3753.9756.2758.8761.4763.8764.9764.9770.6774.0776.87737771.6765.1

T35573.457625793S82.1585.0588.1591.1594.3596.8600.0603.06062608.8612.16153616.6621.4624.9627.7630.6633.9637.1640.16432646.3648.9651.9655.1658.0660.5663.46662669.1671.7674.7677.1679.7682.9685.4687.9690.7693.1696.1698.8701.3703.9706.4709.4711.9714.8717.1719.8722.7725.57282730.9733.3736.0738.7741.3744.07462749.1751.4754.1756.2759.4761.5764.5766.6769.5771.8774.6777.1779.9782.5785.6383.1as j

-53.7-18.8

THERMOCOUPLES (*C)-30

CH52T12568.0571.65743577.6580.8583.8586.7589.4592.759335932600.7604.1607.8610.96143617.4620.5623.762636273627.3634.8638.4641.3644.4647.5650.4653.3656.4659.3661.96622662.1669.7673.0675.7678.7681.3684.4687.0689.6692.56952695.6695.6703.0706.0708.9711.7714.3716.9719.6722.5725.1727.9728.1728.1735.4738.5741.1744.0746.4749.0751.5754.1756.8759.17S9.3760.1766.7770.0772.8775.7778.47812784.0787.17954809.0809.8

-15CH12 (T36583.1586.4589.5592.0595.1597.9601.7604.46073610.5613.66172619.7623.0626.1629.56323635.4639.0641.6644.9648.36512654.0657.766026632666.5669.4672.1674.96782680.468326865688.7691.9

•695.3697.7700.8703.57062709.4712.0715.1717.57202723.4725.97292731.4734.3736.77402742.4745.7748.0751.0753.4756.4758.8761.7764.4767.1769.4772.4774.6777.4780.0783.1785.5788.7791.1794.9797.5801.5805.0340.344.0

-117.3-79.1

0» 1 4

T1567.5570.75732575.4575.6580.5585.4588.6591.7594.6597.76003603.4606.76093609.461X6619.3622.9625.7628.9631.8634.6637.5640.56432643.5646.565226552658.0660.9663.7666.6669.1671.8674.7676.9677.06812685.8688.7691.7694.7697.3700.4702.9705.67082709.7710.0714.6719.1722.4725.1727.67302732.67352737.67402741.4741.77472751.3754.1756.7758.9761.7764.1766.7769.5772.17732773.4779.6783.8787.4780 1757.5732.9

15 30CHI CH1ST255ÔS.9571.6S74.5577.6580.4583.S586.55893593.0595.5598.6601.5604.9606.4611.46143617.16205623.96273630.1632.7636.3639.46422645.0648.1651.6654.3656.4659.0662.1664.8667.6670.6673.46762678.9681.9684.7687.8690.5693.56963699.1701.67042706.7709.7712.8715.7718.7720.6723.0726.07292731.77343736.5739.1742.1744.9747.3749.1751.9755.0757.7760.1762.3765.1768.3770.97732776.5779.8782.9786.2414.8111.7

-138.2-104.1

T2564.65675570.45732576.1578.75815584.75875587.75905596.9600.3603.46063609.4612.4615.1618.4621.1621.1625.0630.9634.16372640.5643.66462649.1652.0654.9655.4655.6662.4665.8668.76715674.46772680.0682.6685.5688.1688.4688.6695.6698.7701.9704.5707.1709.9712.8715.4718.0720.8721.1721.1727.97312733.9736.5739.1741.7744.5746.8749.4752.1752.3752.8759.1761.9764.5767.1769.8772.4775.4778.9782.0Zfla.8.783.8769.3

45CH2 (T26565.?5695572.3575.1578.0581.1583.8586.8589.6592.7595.7598.6601.8604.8607.7610.9613.9617.0619.9623.0626.0628.9632.3635.16382641.1644.1647.1649.9652.8655.5658.4661.3663.8666.7669.46722674.9677.4680.1682.9685.6688.3691.1693.9696.6699.3701.8704.5707.5710.0712.9715.4717.9720.87233725.9728.7731.1733.8736.4738.9741.3743.9746.67492751.6754.0756.5759.0761.5763.8766.4768.8771.2773.8776.7342.5•jisa

•114.6•84 3

60:H16

T3560.3563.6566256725672573257725802583.1586.0589.1591.9595.0597.9601.0601.8601.8608.3613.0615.9618.9622.16252628.16312634.1637.4638.4638.4644.5648.8651.8654.6657.4660.36632665.7668.4671.56722672.36782681.9684.5687.66902692.6695.4697.7700.4702.7702.9706.8711.3714.1716.7719.1721.7724.3726.6729.0731.6731.8734.1739.4742.4745.07472749.8752.1754.4757.0759.4760.1760.1765.3768.4770.6874.5

1026.11038.2

75 90CH3 CH17T2756055633566.156a9571.6574.6577.4580.6583.15862589.0592.1595.0596.1601.0604.1607.0610.1613.16162619.4622.5625.4628.4631.5634.3637.7640.6643.464626492652.0655.0657.6660.4663.1665.8668.6671.3673.9676.7679.46822684.9687.6690.0692.66952697.9700.57032705.8708.6711.1713.5716.1718.67213723.8726.5728.9731.3733.6736.3738.87412744.07462748.5750.9753.4755.7758.1760.2762 3764 5766.9306.7

-122.9•68.5

T4556.4559.0562.1564.9565.4565.45722574.95785581.65845587.6590.4593.3S96.1596.6596.76042607.9611.0614.6617.4620.6623.5626.5629.4629.7629.76375640.4643.4646.5649.5652.3655.1657.7660.3663.0663.4666.6671.5674.66772679.66822685.0687.4690.0692.6694.16942698.8702.9705.57082710.7713.3715.9718.6720.9723.3725.0725.1729.3733.47362738.67412743.6745.8748.2750.6752.67532753.4758.47612763.1I5SA781.5843.3

105CH4T28555,1557.7561.35632566.0568.65712574.3577.1579.7582.7585.6588.7591.8594.4598.0600.76035606.8609.9612.8615.6618.8621.8624.7627.8630.6633.4636.5639.5642.1645.1648.8651.3653.4656.3659.1661.8663.9666.4669.3672.0674.76772679.3682.1684.8687.6690.16925694.9698.0699.8702.6705.3708.0710.3712.8715.0717.3720.0722.5725.1727.57302732.4734.5736.8738.9741.1743.2745.9748.0750.3752.1754.1755.9753.3152A748.0747.6

I

-C41-

TEST POINT #197 DATE: 1-SEPT-1994POSN(mm)TIME:JsL

0.00.1020.30.4050.60.7050.91.01.1\2\a1.41.51.61.7151.92.0Z122252.42.52.62.72.82.93.03.1323.33.43.53.63.73.83.94.04.1424.34.44.54.G4.74.84.9S.05.1525.35.45.55.65.75.85.96.06.626.6.6.6.6.6.6.7.7.7.27.7.7.7.7778B

MID-POINT120

CH1873

304.5304.4306.8309.9313.0315.7318.8322.4325.0325.2330.5335.6338.8341.9345.0347.9351.0353.9357.5359.8360.0364.8370.5373.8377.2380.1383.4386.6389.7392.93962398.0397.8404.0408.9412.1415.4418.3421.5424.6427.7431.0433.9435.0435.0442.04462449.5452.6455.7458.6462.0464.9467.9471.3471.9471.94792483.0486.14892492.4495.3498.3501.3504.35072508.0507.85152518.6521.5524.6527.5530.1533.0535.8538.6540.8541.0544.9550.1

135OD T/Cs (CONT

150CH5 CH19T2S302.0304.7308.0311.13142317.8320.4323.7327.3330.1333.1336.8339.7343.0346.0349.5352.7355.S358.6361.9365.5369.0371.9374.7377.7381.1384.83882391.0394.0396.9400.1403.5406.7409.7413.1415.9419.1422.44252428.3431.5434.9437.6441.3444.1447.1450.5453.6456.7459.7462.9466.1469.1472.34752478.0480.8483.9487.04902493.3496.44992502.1505.0508.0510.8513.7516.8519.6522.5525.1528.1531.1534.1536.8539.6542.3545.1547.6550.3

To302.9302.9304.7307.8310.9313.9314.3315.9323.5327.4330.7333.93372340.3343.5346.6349.7349.93512358.8362.4365.5368.6372.0375.4378.3381.6384.6387.4387.6391.0397.8401.4404.34082411.14142417.1420.4423.8425.4425.6431.4436.5439.6442.8445.9449.0451.9455.3458.3461.5462.8463.04692473.5476.8480.0483.1486.1489.1492.1495.04982499.4499.4505.6509.8512.9516.0519.0522.0524.9527.8530.6533.5534.3534.5540.7544.45472549 9

165•)

160CH6 CH40T30293.1295.3298.5301.5305.7308.7311.8315.131823212324.4327.7330.8334.1337.1340.4343.5347.0349.93532356.5359.6362.93662369.1372.6375.7379.33822385.5388.6391.7394.8397.9401.0404.1407.4410.7414.14172420.14232426.3429.7432.7435.9438.8441.9445.0448.4451.5454.6457.4460.5463.9466.8469.9472.8475.6478.7481.8484.7487.84912494.1496.8499.7502.5505.6508.6511.6514.4517.3520.4523.3526.0528.653125342536.9539.75422

77302.7302.9304.8308.1308.6310.9317.0320.6324.0327.4330.5333.93372340.6343.8344.8345.035253562359.4363.0366.4369.8373.3376.7379.6380.6380.4388.0392.1394.9398.0401.5405.3408.7411.6414.9416.7416.8422.3427.4430.84342437.3440.5443.5446.7449.8452.945424542461.0465.1468.3471.6474.3477.8480.7483.8487.0489.9490.9490.9497.6502.505.508.51125142517.4520.522.525.526.526.533.537.540.543.545.548.5S1.

MID-POINT ID THERMOCOUPLES (*C)-120 -60

CH30 CH31 (T173062306.0308.1311.4314.6317.7321.1324.4327.6330.7334.1334.8334.8342.6346.5349.7352.6355.9359.13622365.5368.7372.0372.0373.8380.4384.038723902393.4396.3399.4402.4405.6408.4408.4412.8417.8420.9424.5427.9430.8434.1437.54402442.5444.1444.1450.3454.5457.6460.9463.5466.4469.6473.1476.0479.1479.9480.0485.7489.3492.4495.0498.1501.5504.6507.3510.0512.7515.8516.0522.1525.9529.3531.6534.3536.95392541.3543.9547.3

T1531123112314.3317.5320.3321.7321.73292333.13362339.33422345.3348.7351.8354.7358.1358.3356.6367.3370.5373.4376.5379.4383.3386.1389.5392.1395.4395.7397.6404.8408.4411.3414.4417.04202423.3426.4429.5432.7432.9434.4441.4444.44472450.34535456.5459.9464.14672470.1471.3471.8477.8481.0483.9486.7489.3492.9495.8499.5503.05062506.7506.75142517.1520.0523.3526.0529.0531.9534.6537.6539.854025402547.85512554.1

0 60 120 180» 5 3 CH27 CH28 CH29T13314.5314.6314.63192322.9326.3329.7333.0335.93392342.33452345.53462354.33582361.4364.83673370.9374.3377.4380.0380.4380.4388.6392.03952398.6401.6404.7408.1411.3414.74182418.3418.6426.84302433.4436.8439.6442.9446.3449.5452.6455.9456.0458.6465.4468.9471.8474.5478.0480.9484.84875490.6493.4493.6497.3503.6507.1510.0512.9516.0519.1521.8525.1528.0530.3530.3534.5539.6542.8545.7549.0551.9554.8557.9560.7563.3

T14310.6310.7313.0315.8318.8322.13252328.33315334.63375S37.9342.6347.4350.5353.6356.5359.53622365.3368.937123712374.7381.1384.7387.4390.8393.8396.8399.9402.9405.6406.3406.3413.9417.5420.9423.8426.9429.7433.1436.0438.9441.744224422450.0453.6456.7459.3462.5465.34682471.44742477.6477.8477.9485.748924922495.2498.1501.3504.6507.4510.6613.4513.7515.5521.7524.4527.4530.4533.4536.5539.1541.7543.9547.3547.3

T15305.3305.5307.8310.7314.0314.6319.0323.7326.8329.9333.0336.1339.034223452348.4349.5349.53555360.4363.5366.6369.9372.5375.4378.5381.6384.5385.5385.6392.1396.4399.3402.4405.6408.7411.5414.7417.6420.74212421.1428.5431.94352«38.4441.5443.6446.6449.3452.4455.84562456.04632465.6469.3472.3475.7478.6481.8484.3487.9490.1490.3491.8498.9501.5504.15072510.0513.4516.8519.4522.0524.1524.4528.5532.7535.5538.4540.7

T16302.6302.83042307.8311.4314.3315.3315.3322.7326.532923325335.63392342.4345.5348.7350.035023572361.3364.3367.6370.4373.3376.7379.5382.4385.0385.6385.8392.6396.4399.8403.0406.4409.7412.34152418.34212421.6421.7429.5433.4436.7438.9441.7444.5447.6450.5453.9457.6457.8458.0465.3468.4471.6474.7477.9480.9484.04872490.04922492.4492.6501.3504.3506.7510.0512.9516.519.522.0525.527.52B.529.534.537.540.

TOP THERMOCOUPLES ("C)-120 -60 60

CH32 CH33 CH34 (T19307.4307.3307.83075314.9319.1a?i>;>325.6328.7331533423375341.4343.4343.5349.035423575360.6363.8366.8369.8372.9376.5378.9378.9384.6389.7393.13962399.3402.7405.8409.0412.1415.3415.8415.8423.8427.5431.1434.0437.3440.7443.8447.04502453.5454.0454.0462.3466.1469.5472.6476.0479.1482.1485.4488.8491.7492.1492.1500.75042507.5510.7513.8516.8519.8523.1526.0529.1529.6529.65372541.0543.9546.7549.6552.7555.6558.5

T20312.03113313.6316.6319.8322.93262329.6330.43315337.7341.13445347.9350.935453575360.9364.03675367.4370.53772380.8384.03875390.5393.63972400.3403.7405.5405.64115416.7420.14232426.4429.8433.1436.3439.6443.0444.1444.0451.0455.4458.9462.0465.3468.5471.94752478.3481.548254825490.0494.0497.1500.4503.9506.7510.0513.1516.35192519.7519.9527.7531.4534.3S37.45402543.35462549.1552.1554.8555.0555.3563.1

T2131223122314.0317.1320.1323.6326.6326.8332.5336.6339.6342.9346.0348.9352.6355.93595360.8360.9367.9372.13752378.5381.4384.6388.13912394.13975397.7400.4407.7411.0413.94175420.6423.7426.8430.0432.9435.9435.9439.6445.9449.7452.6455.8459.1462.5465.84685471.9474.5474.7478.9484.9488.54915494.8498.35015504.6507.4510.8512.9512.9517.9523.05262529.5532.7535.6538.4541.7544.45472548.8549.35542558.9562.35652

120» 3 5T22309.1309.1311.5314.4315.3316.9323.4327.03302333.5336.7340.1343.4346.6349.9350.7350.7358.3362.4365.3368.6371.83752378.5382.0385.5386.3386.4393.7397.8401.1404.0407.4410.841424175420.6422.5422.7427.14332437.0440.14435446.6449.7452.9455.8459.4461.0460.94662472.14755478.6481.7485.1488.3491.3494.7497.6499.5499.45052510.3513.9516.8520.0523.1525.9529.1531.9535.0536.4536.6542.546.8549.552.555.558.561.

BOTTOM THERMOCOUPLES-120 -60 60

CH36 CH37 CH38 (T23293.8293.6293.8297.7301.13045307.63103314.03172320.53235326.6327.0328.4336.7340.4343.5347.13502353.4356.4359.6362.6362.9362.93712374.7378.0381.7384.7387.9391.3394.4397.53985398.8405.3410.0413.34162419.4422.5425.4428.54315434.7435.44352442.8446.7449.7452.6455.7458.6461.7464.94675470547154715478.9482.3485.3488.349154942497.1500.0503.0505.950625062513.7516.9519.9522.8525.6528.3531.1533.8536.6

T243015301.4303.63062306.53125317.0320.6323.5326.5329.7333.13362S395342.4342.7342.73512354.935823615364.7367.9371.3374.3377.7381.13812383.8390.8393.9397.5400.74035406.9410.7413.7416.8419.1419.3424.0429.5432.9435.9433.4442.7445.8448.7452.14552456.5456.5463.0467.54705473.7477.1480.1483.34862489.3492.4493.5493.45002504.6507.7510.8513.4516.6519.5522.55252528.3529.0529.1535.6539.5542.3545.25482550.9

T38299.0299.3301.4304.3304.7304.7313.631723205324.0327.4330.8334.13372340.3340.93412349.0352.83562359.8363.3366.4369.7372.8376.0376.5376.7384.6388.4391.9395.0398.3401.5404.5408.0411.3413.14132418.142354272430.5433.5437.0439.9443.14462449.3451.3451.3456.8462.04652468.5471.1474.5477.44805483.6486.5488.3488.3493.8499.0502.1505.1508.0511.25142517.1520.0522.9524.15242529.9534.1537.1540.0542.8545.5548.1

1202H13T37295.8298.6302.1305.3306.5311.6314.6317.93212324.5327.8330.8334.0337.3340.73435347.0350.4353.7356.7359.6362.93662369.5372.4375.7379.4382.4385.5388.93922395.1398.3401.4404.6408.0411.0414.4417.8420.6423.5426.94302433.1436.5439.3442.4445.6448.9451.84552458.34612464.8467.7471.0473.7477.0479.9483.0485.9488.9492.0495.0497.8500.9504.0506.8509.9512.9515.4518.7521.4524.4527.2529.9532.7535.5538.3541.1543.9546.5

-C42-

TEST POINT #197 DATE: 1-SEPT-1994POSN(mmlTIME:

(s)8 58.38.48.58.68.78.88.99.09.19 59.39.49.59.69.79.89 5

10.010.110510.310.410.510.610.710.810.911.011.111511.311.411.511.611.711.811512.012.112512.312.412.512.612.712.812.913.013.113513.313.413.513.613.713.813.914.014.114514.314.414.514.614.714.814.915.015.15515.315.415.515.615.715.15.j 6 .

16.16.

MID120

CH18T5

552.7555.5557.95605563.1565.75683570.9571.1575.5580.0582.95855588.8591.55943596.96005602.8602.8608.0612.5615.6618.8621.6624.7627.9630.9633.8636.6637.9638.06445648.3651.3653.9656.5659.3661.9664.7667.3670.0670.7670.7676.4680.0682.6685.3687.96905693.1695.7698.3700.97015701.6707.4710.8713.4716.0718.6721.1723.5726.1728.4730.7731.0731.0737.3739.8742.8744.6745.9748.7750.8752.4754.2754.57J&5.758 3754.1

-POINT135

CH5T29552.8555.5558.35615563.8566.3569.4572.3575.15775580.7583.6586.7589.45925595.4598.5601.160456073610.46135616.46195622.3625.7628.6631.6634.5637.6640.46435646.3649.1652.0654.8657.3659.9662.56653668.1670.3673.1675.76783680.8683.46865688.6691.3693.9697.1699.070157045706.6709.1711.77145716.6719.3721.87245726.67295731.6734.17365738.6740.8743.0744.8746.8748.7750.7752.8754.5757.525537S15749.0

OD T/Cs (CON!150

CH19T5

552.4555.0557.7560.7563.656555655570.4574.8577.65803583.1586.0588.65915594.6597.159756005606.6610.1613.1615.961956225625.2628.36315633.1633.0638.7643.1646.364956525654.9657.5660.166256655666.96665671.7675.9678.86815684.0686.4689.0691.8694.4697.0698.1698.37035707.1709.8712.6715.0717.57205722.5725.3727.6728.7728.97335737.3739.6740.6743.3745.4746.7749.0751.3753.1754.2754.4Z525.749.3749.2

165CH6T30545.0547.6550.455355565558.55613564.1567.0569.8572.7575.7578.4581.45843587.35903593.4596.4599.4602.5605.6608.4811.7614.6617.7620.6623.6626.4629.6632.4635.4638.3641.1643.8646.4649.4652.1654.76575659.9662.6665.1667.9670.4672.8675.6678.3680.8683.6686.1688.4691.5693.9696.6699.1701.67045706.7709.4711.9714.5716.9719.7721.97245726.7728.8730.6732.673457365738.1739.9742.1743.9745.7758.6754.4748.8748.1

'.)180

CH40T7

554.0557.1559.7560.3560.3566.857055735576.1578.8581.6584.058755905592.7592.8597.9602.7605.8608.7611.5614.4617.5620.16235625.7625.8631.0635.9639.06425645.0647.8660.7653.4656.0658.8659.56595666.1669.5672.1674.76775679.8682.4685.0687.7690.3690.8690.76975700.6703.3705.8708.4710.8713.6716.3718.67215721.7721.7728.0731.0733.7736.0738.4740.6743.0744.67465748.77495749.27545756.2757.5759.7759.9759.7

MID-POINT ID THERMOCOUPLES ("C)-120

C H 3 0T17547.85473554.3557.95605563.3566.05693572.7575.4578.4581.15815583.45895593.8596.6599.3601.9604.96075610.1613561656165620.8627.1630.46325634.86375641.66445645.5648.66525652.6656.7660.4662.1665.6668.9671.8674.4676.7679.8682.1683.06835689.5693.3696.46975700.1703.5706.8709.5712.3714.4715.4715.4720.47245726.6729.4732.4732.9735.7736.7739.4740.1742.07425745.9748.7749.3751.6754.72553755.57S5.5

-60CH31

T18557.1559.8562.65655568.3571.1574.05745574.558155855588.45915594559756005603.1606.3609.4610.1610.1617.4620.9624.4627.6630.7633.8637.0640.0643.9646.8647.8647.9654.1657.3659.8662.4664.7667.9670.7673.8676.5679.0679.5679.5687.1689.5691.8694.9697.5700.3703.0704.6707.6710.0712.9713.1718.8722.0725.1727.9730.8733.4735.8738.0740.1741.4741.7741.7743.0751.3755.0755.5757.67595762.3763.5763.6IMA766.6766.6

0CH53T13563.6563.8571.1574.8577.9581.0583.8587.0589.9592.9595.9596.3596.3604.7608.3611.4614.6617.6621.0623.9626.7629.9631.96315637.4642.4645.4648.4651.4654.3657.1660.0662.4665.5666.3666.3672.3676.6679.3682.1685.0687.8690.4693.1696.2699.1700.0700.1706.37105712.8715.7718.3721.3723.7726.3729.1732.0732.8733.0739.1742.4745.3747.6750.0752.8756.0758.6761.6762.5762.9768.9772.4774.9777.5780.1780.1781.17B4.6785.0785.0

60CH27T145503555.8558.6561.3563.9S66.4569.4572^575.1577.757955795586.0590.15925595.4598.4601.0603.9607.1610.4613.06135617.7623.4626.7629.7632.5635.4638.86415644.9647.6648.1648,1654.9658.0660.86635666.36695672.0674.3676.9679.3679.8679.8686.9690.4692.8695.4693.3701.1703.770637095712.0712.3712.3718.6721.6724.0726.4728.9731.3733.6735.5738.3740.6740.9740.9746.9747.6747.6750.8754.1756.3756.8754.7754.6754.4

120CH28

T15543.4545.7548.5550.1552.5555.6555.9561.0565.1568.0569.0573.7576.6579.0582.3585.0587.85885588.5596.3600.860356065609.1612.7615.6618.7621.4624.0625.7625.8632.7636.4639.6642.96445647.46505652.6656.1659.0659.1659.1667.1670.0672.5675.1678.3680.86825685.3688.1690.8691.5692.8697.0700.4702.7705.6708.4711.3713.67165718.07215721.9723.0724.8724.8725.9727.4730.2730.5731.5733.4733.4736.07365Z3JL27365736 0

180CH29

T16542.8545.65485551.1553.4556.4559.0559.4563.4567.05695572.4575.95785582.0585.0586.5589.1589.1589.6598.0601.66045607.3611.1613.8616.9619.7622.8625.4625.4627.6634.36365640.5643.7646.5649.1651.7654.06565657.9658.3662.4667.6670.7673.86765677.4680.1683.0685.6688.4691.06913694.3697.5700.8703.8704.8707.47105712.6714.97175717.5717.5717.5717.5717.3717.3717.3720.6722.9723.5725.8726.9727.3Z2Z3678,2661.

TOP THERMOCOUPLES («C)-120

CH32T1956135S35564.1567.6573.8576.9579.7582.658555883591.4594.15975597.46005607.4610.5613.8617.06195622.9625.6628.6631.7631.8634.7641.16445647.86505653.6656.4659.1662.1664.8666.3666.1671.6675.9678.66815684.3686.B6895692.3695.0697.6698.6698.8704.370857113713.9716.7719.67225724.8727.5729.7731.0731.1736.5739.9742.5745.3747.77505752.9755.5757.9760.47615761.47675770.1772.9775.2778.6761.87595758.9

-60CH33

T205665569.4572.45753S78.1581.15845587359055905594.1600.06035606.56093612.7615.96195622.36255627.3627.5632.8638.0641364456475650.4653.5656.165956615663.46635668.7673.5676.4679.0681.9634.5687.46905693.3695.9696.969657035706.6709.7712.5715.4718.0720.6723.4726.3728.9729.4729.4735.7739.67425745.0747.6750.0752.8755.4757.8760.4760.9761.1767.4770.6773.1775.8778.4781.4784.5787.4781.48S4.7874.0

60CH34

T2156B.1570.9573.7576.6579.4582.1582.35855591.7595.15985601.3604.46073610.4613.3616.3616.46195626.3629.4632.7635.6638.8641.9645.064756515652.5652.86585662.6665.7668.6671.06735676.7679.8682.6685.3686.3686.3692.0696.4699.1701.9704.8707.4710.3713.0715.7718.6719.5719.5725.6729.5732.1734.77373740.1742.7745.1748.1750.7751.3751.5757.3760.6763.3765.8768.4771.0773.7776.5779.4780.9781.278757_92Ji797.3799.2

120CH35

T22564.456735705571.9571.95775582.1585.0588.1591.0593.8596.9600.1603.6605.5605.76115616.46195622.6625.7628.6631.4634.6638.3640.3640.3645.56505653.1656.1659.1661.7664.5667.6670.4673.1674.6674.6679.3683.8686.8689.7692.56955698.0700.6703.3706.1707.6707.6711.6716.5719.47225724.872757305732.4734.9737.6739.1739.374357475750.5753.1755.7757.8760.6763.2765.4768.5769.5769.5774.2778.9782.0T22S755.748.

BOTTOM THERMOCOUPLES-120

CH36T235395539.45395546.5549.8552.4555.3557.75605563.1565.7568.3571.1571.4571.9579.0582.6585.4588.5591.4594.0597.1599.8602.6603.260356105613.6616.7619.5622.4625562B.3631.5634.4636.4636.4641.4645.7648.46515653.8656.1658.8661.3663.9666.1667.1667.06725675.76785680.8683.068556885690.5692.8695.1696.0695.9701.4704.7707.1709.5711.8714.1716.0718.5720.6722.9723.2723.2728.4730.8732.0734.1736.813L2.735.0732.1

-60CH37

T24553.5556.3SS9.0561.8562.1562.1569.0572^575.1578.1580.8583.6586.3589.4592.4595.1595.3595.4603.1606.5609.4612.8615.9618.8621.9624.96275630.9631.0632.8640.0643.4646.3649.46523655.4657.7660.3663.46655665.3668.6673.8676.5679.3681.76845686.6689.1691.7694.3695.6695.7700.8704.3706.9709.4712.1714.6717.0719.6722.0724.3725.6725.6730.3734.1736.5738.6739.6742.5744.0745.6748.2750.0751.6751.8754.7ZZ5-5764.5753.7

603H38T38550.7SS3.7556.3557.4557.4563.7567.1569.7572557535785581.65845587.6588.4588.6595.4599.0601.6604.7607.6611.0614.4617.4620.1621.3621.4628.1631.8634.7637.8640.9643.9646.8649.5652.5655.1655.6655.6662.4665.666856705673.1675.9676.5680.96833665.9686.4686.4693.1696.3698.8701.5704.1706.6709.3711.8714.4716.7717.0717.1723.6726.4728.8731.4733.9736.2738.4740.4742.3743.6744.0744.0749.7751.9753.7Z3SJ2587.3426.6

120CH13

T37549.35S2.15545557.6560.35623565.6568.4571.1573.8576.95795582.4585.75885591.4594.5597.16005603.4606.7609.3612.6615.46185621.4624.5627.3630.7633.3636.3639.2642.3645.1648.1650.9653.66565658.9661.46645666.6669.3671.8674.4677.06795681.7684.4686.8689.4692.46945696.7699.3701.8704.0706.7709.1711.57145716.6718.87215723.87265728.6731.0733.1735.2737.1738.9740.7742.5744.5746.3748.3653.6P74 q-92.6•52.8

-C43-

TEST POINT #197 DATE: 1 -SEPT-1994OSNmm)

TIME:<s)0.00.10 20.30.40.50.60.70.80.91.01.11.21.31.41.51.61.71.81.92.02.1222.32.42.52.82.72.82.93.03.1323.33.43.53.63.73.83.94.04.1424.34.44.54.64.74.84.95.05.15.25.35.45.55.65.75.85.96.06.1626.36.46.56.66.76.86.97.07.727.37.47.7.7.7.7.8.8

CH41PI

PRESS.IkPaï

33O9

5972597159715972597159715972597159715971597159725971S9725971597259715971597259735973597359735973597459735973597359735974597659765975597659765975597559755975597459765977597759775977597859775978597959795979S9B1597959815981S98259815983598259845985598559855984S9855984598659865987598659875986S98859895989598959895988598959915991

CH42POT1

-30 mm(mm)

0.020.020.020.020.020.000.020.020.020.020.020.000.000.020.020.020.020.020.000.020.020.020.020.020.020.020.020.000.020.020.020.020.000.000.000.000.020.020.020.020.020.000.000.000.000.020.000.020.020.000.020.000.000.020.020.020.020.020.020.020.020.02

, 0.020.020.000.020.020.020.020.020.000.000.000.020.020.020.020.020.000.020.020.02

CH43POT2

+30 mm(mm)

-0.020.000.000.00

-0.02-0.020.000.000.000.000.00

-0.02-0.02-0.020.000.00•0.02-0.020.00

-0.020.000.000.00

•0.020.000.000.000.00

-0.02-0.020.00

-0.020.00

-0.02-0.02•0.02-0.020.00

-0.02-0.020.000.00

-0.02-0.020.000.000.00

•0.02•0.020.00

•0.02•0.02-0.02-0.02-0.020.020.050.050.050.050.050.050.050.020.050.020.020.050.050.020.050.020.020.050.020.020.020.050.050.020.050.05

CH44 CH70 CH71 CH72 CH45 CH46POT3 STRAIN 1 STRAIN 2 STRAIN 3 PRIMRY2NDRYAXIAL

0.000.00

-0.070.00

•O.070.000.000.000.000.000.000.00O.07O.000.000.000.130.000.070.000.070.130.130.130.000.130.130.130.130.130.130.200.200.200.200.130200200200270200270270270270270330.330.330.330270.330.400.330330.400.330330.400.460.460.400.460.400.460.530.530530.530.600.530.600.600.660.660.600.600.600.600.660.660.66

-30 mmCM

0.010.010.010.010.010.000.010.010.010.010.010.000.000.010.010.010.010.010.000.010.010.010.010.010.010.010.010.000.010.010.010.010.000.000.000.000.010.010.010.010.010.000.000.000.000.010.000.010.010.000.010.000.000.010.010.010.010.010.010.010.010.010.010.010.000.010.010.010.010.010.000.000.000.010.010.010.010.010.000.010.010.01

+30 mm1%)

-0.010.000.000.00

-0.01•0.010.000.000.000.000.00

-0.01-0.01-0.010.000.00

•0.01•0.010.00

-0.010.000.000.00

-0.010.000.000.000.00

-0.01-0.010.00

-0.010.00

-0.01-0.01•0.01•O.010.00

-0.01•0.010.000.00

-0.01-0.010.000.000.00

•0.01-0.010.00

-0.01-0.01-0.01•0.01-0.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.01

AXIAL 1<%)0.0000.000

-0.0150.000

-0.0150.0000.0000.0000.0000.0000.0000.0000.0150.0000.0000.0000.0290.0000.0150.0000.0150.0290.0290.0290.0000.0290.0290.0290.0290.0290.0290.0440.0440.0440.0440.0290.0440.0440.0440.0590.0440.0590.0590.0590.0590.0590.0740.0740.0740.0740.0590.0740.0890.0740.0740.0890.0740.0740.0890.1030.1030.0890.1030.0890.1030.1180.1180.1180.1180.1330.1180.1330.1330.1470.1470.1330.1330.1330.1330.1470.1470.147

=OWER VOLTSftW)

33668897

104108110111112112112113113113113113113113113113113113113113113113113113113113113113113113113113113113113113114114114114114114114114114114114114114114114114114114114114114114114114114114114114114114114114114114114114114114114114114114

2.44.55.25.55.75.75.75.75.75.75.75.75.75.85.85.85.85.65.85.85.85.85.85.85.85.85.85.85.85.95.95.95.95.95.95.95.95.95.95.95.95.96.06.05.96.06.06.06.06.06.06.06.06.06.06.06.06.16.06.16.06.16.06.16.16.16.16.16.16.16.16.16.16.16.16.16.16.16.16.16.16.1

CH47PRIMRYVOLTS

(V)209.2431.8516.4551.3566.6569.8570.6571.0571.0571.1571.1571.0571.0571.0571.1571.1571.1571.1571.1571.0571.0570.6570.4570.2570.0569.8569.8569.8569.5569.6569.6569.6569.6569.3569.3569.1569.1568.9569.5569.3569.5569.8570.0569.8570.0569.6569.6569.5569.1569.3568.9568.9568.7568.7568.7568.9568.9568.7568.5568.5568.3568.1568.0568.0568.0568.0568.0568.1568.1568.1568.0568.0567.8568.0568.0567.8567.4567.2567.2567.0567.0567.0

CH48PRIMRYAMPS(Amp)

86.1271.7337.7364.2375.7375.6374.1372.9372.4371.8371.3370.9370.6370.3370.1369.8369.4369.2368.9368.5368.0367.7367.5367.0366.6366.4366.1365.9365.4365.3365.0364.6364.4364.1364.0363.6363.33632363.1363.0363.0362.9362.8362.6362.4362.1361.8361.5361.1360.9360.6360.4360.0359.8359.7359.7359.5359.3359.0358.9358.6358.4358.0357.8357.7357.6357.4357.4357.2357.0356.9356.7356.4356.4356.4356.0355.7355.4355.2355.0354.9354.7

CH54PRIMRYPOWER

(Wfl9.7

79.9111.2118.2119.7116.3114.0113.4113.3113.3113.3113.1113.1113.2113.3113.3113.3113.3113.3113.3113J2113.1113.1113.1112.9113.0113.1113.0112.8113.0113.0113.0113.0113.0113.0112.9112.9113.011321132113.3113.5113.5113.5113.5113.4113.3113.3113.3113.31132113.1113.11132113.3113.4113.4113.3113.4113.4113.3113.31132113.3113.3113.3113.3113.4113.5113.5113.5113.4113.4113.5113.6113.5113.3113.3113.3113211321132

CHS1VOLTx POWER CONTRLAMPS FACTOR(kWl

18.0117.3174.4200.8212.9214.0213.5212.9212.6212.4212.1211.8211.6211.4211.42112211.0210.9210.7210.4210.1209.8209.6209.3209.0208.8208.6208.5208.1208.1207.9207.8207.6207.32072206.9206.6206.6206.6206.7206.7206.8206.8206.6206.6206.3206.1205.9205.5205.52052205.0204.7204.6204.6204.6204.5204.4204.1204.1203.8203.6203.320322032203.1203.0203.1203.0202.8202.7202.6202.4202.4202.4202.1201.8201.6201.5201.32012201.1

M0.540.680.640.590.560.540.530.530S30530.530530.530540540.540540540540.540.540540.540.540.540.540.540.540.540.540.540.540.540.540.550.550.550.550.550.550.550.550550550.550.550.550.550550.550.550.550.550.550.550.550.550.550.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.56

VOLTSM

5.355.555.555.555265245245^45245245245245245245245245 2 45245245245245245245245245245245245245.245245 2 45245245245245.245245245245245245245245245245245245245245245245245245245245245 2 45 2 45 2 45.245 2 45.245245 2 45245245 2 45.245.245 2 45.245.245.245.245.245245245.245.245 2 45 21

-C44-

TEST POINT #197 DATE: 1-SEPT-1994POSN(mm)TIME:

<s)82a38.48.56.68.78.88.99.09.)9.29.39.49.59.69.79.89.9

10.010.110.210.310.410.510.610.710.810.911.011.111.211.311.411511.611.711.811.912.012.112212.312.412.512.612.71Z812.913.0i a i13213.313.413.513.613.713313.914.014.114.214.314.414.514.614.714.814.915.015.115.215.315.415.515.615.715.815.9ISA16.16.2

CH41P1

PRESS.(kPs)

59915990599059905991599159945994S994599359945995599659965996S99659965998599859996000600060026002600460066007600760086008601160116012601360136017601660176017601860186020602060216021602160226022602360226023602260226023602360226023602360216021602160216021601960196017601660135999599859985989598459705951593058985854522Z54183719

CH42POT1

-30 mm(mm)

0.020.020.020.020.020.000.020.020.020.020.020.020.000.020.020.000.020.050.020.000.020.000.020.000.020.020.020.050.07

-19.50-20.94-21.01-21.01-21.04-21.01-21.04-21.04-21.04-21.04-21.04-21.04-21.01-21.04-21.04-21.06-21.01-21.04-21.04-21.04-21.04•21.06-21.04-21.01-21.04-21.04-21.06-21.04-21.01-21.04-21.04-21.04-21.06-21.01-21.01-21.04-21.06-21.04-21.04•21.04-21.04•21.04-21.06•21.06-21.04•21.04-21.04•21.04-21.04£1S&•21.04-21.04

CH43POT2

-t30mm(mm)

0.050.020.020.050.050.050.050.050.070.070.070.070.100.070.100.100.070.070.070.070.070.070.070.070.070.100.120.120.120.150.200.170.170220270.320.340.440.440.510.610.660.661291.411.441.612.022.072.612.682.732.782.783.614.104.8S5.666.567.588.659.92

11.3112.8213.5315.4617.8719.99

•22.3124.8927.8931.1834.9839.5445.3748.7648.9348.93iflJS-18.43-20.11

CH44 CH7O CH71 CH72 CH45 CH46POT3 STRAIN 1 STRAIN 2 STRAIN 3 PR1MRY 2NDRYAXIAL(mm)

0.600.660.660.660.660.660.660.660.730.660.730.730.730.730.800.800.800.800.800.800.860.930.930.990.991.061.061.131.061.13.13

1.191261.331.391.331.461.461.461.461.591.661.791.791.861.922.062.062.062.12226Z322.392.522.592.652.722.79£923.053.053.183253.383.453.653.783.914.114.254254.384.584.784.975.115.24

-0.93

za^a79.0079.06

-30 mm{%)

0.010.010.010.010.010.000.010.010.010.010.010.010.000.010.010.000.010.010.010.000.010.000.010.000.010.010.010.010.02

-5.52-5.93-5.95-5.95-5.95-5.95-5.95-5.95-5.95-5.95-5.95-5.95-5.95-5.95-5.95-5.96-5.95-5.95-5.95-5.95-5.95-5.96-5.95-5.95-5.95•5.95-5.96-5.95-5.95-5.95-5.95-5.95-5.96-5.95-5.95-5.95-5.96-5.95-5.95-5.95-5.95-5.95-5.96-5.96-5.95-5.95-5.95•5.95-5.95££5-5.95-5.95

+30 mm

0.O10.010.010.010.010.010.010.010.020.020.020.020.030.020.030.030.020.020.020.020.020.020.020.020.020.030.030.030.030.040.060.050.050.060.080.090.100.120.120.140.170.190.190.370.400.410.460.570.590.740.760.770.790.791.021.161.371.601.862.152.452.813203.633.834.375.065.666.317.047.898.829.90

11.1912.8413.8013.8513.855J4

-522-5.69

AXIAL 1(%)0.1330.1470.1470.1470.1470.1470.1470.1470.1620.1470.1620.1620.1620.1620.1770.1770.1770.1770.1770.1770.19202060206022102210236023602510236025102510265028002950.31002950.3240.3240.3240.3240.3540.3680.3980.3980.4130.4270.4570.4570.4570.4720.5010.5160.5310.5600.5750.5900.6040.6190.6490.6780.6780.7070.7220.7520.7660.8110.8400.8700.9140.9430.9430.9731.0171.0611.1051.1351.1640.016

;L3Qa-1.400-1.401

'OWER VOLTS(VW)

114114114114114114114114115115116116116117118118119119120120120121121122122123123123124124125125126126126126126126127127127127127127127127127127127127127127127127127127127127127127127127127127127127127127127127127127128128128128128128114

9172

(V)6.1a t6.16.162626 2626.362&36.36.36.363636.46.46.46.46.46.46.46.46.46.46.56.56.56.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.76.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.66.6ta7.59.6

CH47PRIMRYVOLTS

(V)567.0567.05672566.8566.6567.0567.6568.1569.15695570.4571.1571.75725573.0573.8574.3575.1576.0576.6577.1577.5577.9578.65792580.0580.7581.1581.3581.6582.0582.4582.6582.8582.6583.0583.0583.0583.0582.8583.0583.0582.8582.8583.0583.1583.3583.3583.3583.3583.3583.3583.1583.1583.0583.3583.3583.1583.1583.3583.3583.5583.3583.5583.5583.3583.3583.5583.5583.5583.9583.9583.9583.9583.9583.7583.5583.15S2J2578.3570.8

CH48PRIMRYAMPS(Amo)

354.5354.4354.3354.0353.9354.1354.6355.3355.8356.5357.3358.0358.6359.3359.9360.63612361.9362.6363.1363.4364.0364.6365236S.7366.3366.7367.1367.8368.5369.0369.5369.9370.1370.0370.1370.1370.0369.9369.8369.7369.7369.6369.6369.7369.7369.7369.6369.7369.7369.6369.5369.4369.4369.4369.5369.5369.5369.4369.4369.4369.5369.5369.5369.6369.5369.4369.5369.7369.6369.9369.9370.0370.0370.1370.0370.0369.63QOÛ211.3148.3

C H 5 4PRIMRYPOWER

OcW)113.3113.3113.311321132113.5113.9114.5114.9115.4116.0116.5117.0117.5117.9118.4118.8119.4119.9120.3120.6121.1121.5122.0122.3122.7123.0123.4124.0124.5125.0125.3125.6125.6125.7125.7125.8125.7125.7125.6125.7125.7125.8125.9125.9125.9125.9126.0126.1126.0125.9126.0125.9125.9126.0126.0126.1126.11262126.1126.2126.112621262126.2126.3126.2126.3126.4126.5126.6126.7126.7126.8126.8126.8126.8126.7aaj.4 2 228.4

CH51VOLTx POWER CONTRLAMPS FACTOROcW)

201.0201.0201.0200.7200.6200.8201.3201.9202.5203.0203.8204.5205.0205.72062206.9207.5208.1208.9209.4209.72102210.7211.3211.8212.S213.0213.3213.8214.4214.82152215.5215.7215.6215.8215.8215.7215.7215.5215.5215.5215.4215.4215.5215.6215.7215.6215.7215.7215.6215.6215.4215.4215.4215.6215.62155215.4215.5215.5215.6215.6215.6215.7215.6215.5215.6215.7215.7216.0216.0216.1216.1216.1216.0215.9215.S174.7122284.6

M0.560.560560560.560.570.570570570.570.570.570.570.570.570570,570.570.570.570.570.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.590.580.580.S90.590.590.590.580590.590.590.590.590.590.590.590.590.590.590.590.590.590.590.59&50.0.350.34

VOLTS(V)

5-245245245245255265275285295.305.315.325.335.345.3S5.36SJ375.385.385.395.405.415.425.435.445.455.465.475.485.495.505.515.525.535.545.555.555.555.555.555.555555.55£555.555.555.555.555.555.555.555.555555.555555.555555.555.555.555.555.555.555.555.555.555.555.555555.555.555.555.555.555.555.555.555.555^55.555.55

I

Ii

-C45-1400

1200

1000

BOO

600

400

200

T12 MID PT. OD - 880 DEG <T36 MID PT. OD - 845 DEG TP K <Ti MID PT. OD - 0 DEG<TOP> <TZ5 MID PT. OD - 15 DEG TP K <T2 MID PT. OD - 80 DEG <T26 MID PT. OD - 45 DEG TP K <

52> STERN LABORATORIES INC.12) cos» ballooning14 > l-SEP-19941> Point: 197 Incr: 1

2)

\

8 10

TIME <s)

12 14 16 18 20

16) STERN LABORATORIES8) coon ballooning

17> l-SEP-19944> Point: 197 . Incr: 118)5).

MID PT.MID PT.MID PT.MID PT.MID PT.

60 DEG75 DEG TP K90 DEG

105 DEG TP K120 DEG135 DEG TP

1400

1200 -

1000

eoo

600

400

200

-C46-

TS5TilT34T10T83T9


ODODODODODOD

- 815 DEG TP K <- 800 DEG

11> STERN LABORATORIES INC.24) coma ballooning

- 285 DEG TP K < 10) l-SEP-1994270 DEG255 DEG TP K <240 DEG <

< 23) Point: 1979)22)

Incr: 1

^ A8 10

TIME <s>12 14 16 IB 20

1400

1200

1000

800

600

400

200

-T32~T8T81

-T7T30

-T6


ODODODODODOD

- 225 DEG TP K <- 210 DEG <- 195 DEG TP K <- 180 DEG <- 165 DEG TP K <- 150 DEG

8> STERN LABORATORIES INC.21) comit ballooning7) l-SEP-199420) Point: 197 Incr: 1 K6)

19)

8 10

TIME <s)12 14 16 18 20

1400

1200

1000

eoo

600

400

200

-C47-

T1ST14T15T16T17T18


IDIDIDIDIDID

0 DEG60 DEG

120 DEG180 DEG240 DEG800 DEG

< 53) STERN LABORATORIES INC.< 27) cornu ballooning< 28> l-SEP-1994< 29> Point: 197 Incr: 1

SO>31 >

4 8 10

TIME <s>

12 14 16 18 20

u

Ul

1400

1200

1000

800

600

400

200

-C48-

T19T20T21T22

- 120MH- 60MM+ 60MM+ 120MN

OD -OD -OD -OD -

0000

DEGDEGDEGDEG

< 82) STERN LABORATORIES INC.< 33) coon ballooning< S4> l-SEP-1994< 35> Point: 197 Incr: 1

U

Ui

1400

1200

1000

600

600

400

200

T23T24TS8T37

- 120MM OD- 60MM OD+ 60MM OD+ 120MM OD

180 DEG <180 DEG <180 DEG <180 DEG TP K <

36) STERN LABORATORIES INC.37) coron ballooning88> l-SEP-199413> Point: 197 Incr: 1

8 10 12

TIME <s>

14 16 18 20

-C49-

E

80

70

60

SO

40

80

20

10

0

-10

-20

-SO


<unO < 42> STERN LABORATORIES INC.<nra> C 43 > Ballooning Test

l-SEP-1994Point: 197 Incr: 1

_ . . . . . . • . ' • •

8 10

TIME <s>

12 14 16 18 20

e

7

6

5

4

8

2

1

0

-1

P0T8 POTENTIOMETER 8 <nn) ( 44> STERN LABORATORIES INC.Balloonlnd Test1-SEP-19|4

Point: 197 Incr: 1

4 8 10 12

TIME <s>

14 16 18 20

20

18

16

14

12

10

8

6

4

2

0

-2

-4

-6

-8

-C50-


< 70) STERN LABORATORIES INC.< 71 > Ballooning Test

l-SEP-1994Point: 197 Incr: 1

8 10 12

TIME <s>

14 16 18 20

I

BI

I

I

1.8000

1.6000

1.4000

1.2000

1.0000

0.80000

0.60000

0.40000

0.20000

0.00000

-.20000

-.40000

I I I I 1 " * I 1 1 1 ' '

-STRAN3 % AXIAL STRAIN - P0T3 < 72) STERN LABORATORIES INC.:Ballooningl-SEP-19'

Point: 197

Test

8 10 12

TIME <s>

14 16

Incr: 1 -

18 20

I

I

I

I

9000

8000

7000

6000

5000

4000

8000

2000

1000

-C51-

Pi SPECIMEN PRESS <kPa) < 41 > STERN LABORATORIES INC.coaun ballooningl-SEP-1994

Point: 197 Incr: 1

r8 10

TIME <s>

12 14 16 18 20

800,

700

600

500

400

800

200i

100

YEWVLT PRIMARY VOLTSYEWAMP PRIMARY AMPSYEWATT PRIMARY WATTS

<A><kW>

< 47> STERN LABORATORIES INC.< 48) coma ballooning< 54> l-SEP-1994

Point: 197 Incr: 1

8 10

TIME Cs>

12 14 16 18

200

180

160

140

120

100

80

60

40

20

020

BLANK,

-C53-

BALLOONING OF CANDU PRESSURE TUBESTEST #3, POINT #197, SPECIMEN #3 (UNDEFECTED)

900

800

700

600LU

\

ceHIQ. 500

400

300

Q

200-200

9s



200

-C54-

900

800

700

sL 600111CO

ILUa.S 500

400

300

200


B-

-T-

-B-

-T-

-T-

-T

-B 15.8 s

-T-B 12s

-B 9s

-B 6s

-B 3s

= TOPT/Cs, B = BOTTOM T/Cs

I

-150 -120 -90 -60 -30 0 30 60 90

AXIAL DISTANCE FROM MID PLANE (mm)120 150

Ii

-C55-

TEST#4

TEST POINT # 203


Page

Instrumentation list C57






Temperature Versus Axial Position C74

;:-.;a PAGE(S)jeft BLANK.

-C57-BALLOONING OH PRESSURE TUBE IEST

D A I A

DAIf. 9-SEP-19S4

CH fUNCIION

1 1252 1263Ï2741285Î2961307Î328 131913310 13111 13512 13613 IT/14 1115 1216 1317 1418 1519 1620 Off21 1822 1923 11024 11125 0EF26 Off27 11428 11529 11630 11731 11832 11933 12034 12135 12236 12337 12438 13839 13940 1741 PI42P01143 P01244 P01345 POUEi46 VQL1E

«ID PI. OD -MID PI. OD -«ID PI. OD -«ID PI. OD -MID PI. OD -MID PI. OD -«ID PI. OD -MID PI. OD -HID PI. ÛD -MID PI. OD -MID PI. ÛD -MID PI. OD -+ 120HH OD -MID PI. OH -MID PI. (JD -MID PI. OD -MID PI. OD -MID PI. OD -MID PÎ. OD -

A C Q U I S II 1 0 N

ÏESÏ". Balloonins lest

15 DEG IP K45 OEG IP K75 DEG IP K105 DEG IP K13b DEG IP K165 OEG IP K225 DEG IP K195 DEG IP K255 DEG IP K285 DEG IP K315 DEG IP K345 DEG IP K180 DEG IP K

0 OEG(IOP)30 DEG60 DEG90 DEG120 DEG150 DEG

BAD CPI, MOVED 10 CH 40HID PI. OD -«ID PI. OD -HID PÎ. 01) -MID PI. OD -

210 DEG- 240 DEG270 DEG• 300 DEG

BAD CPI, MOVED 10 Cf! 52BAD CPI, MOVED 10 CH 53HID H . ID -HID PI. ID -HID PI. ID -MID PI. ID •MID PI. ID •- 120MM OD •- 60KH OD •+ 60HH OD •+ 120HM OD •- 120MH OD •- 60KH OD •y 60HH ODP8ESSUKIZEP,HID PI. OD

- 60 DEG• 120 DEG• 180 DEG- 240 DEC- 300 DEG- 0 DEG- 0 DEG- 0 DEG- ODEG- 180 DEG- 180 DEG- 180 DEGUALL1EMP- 180 DEG

SPECIMEN PRESS (KPa)POIENIIOMEIER 1 (»a)P01ENÎ10KE1ER 2 (BB)P0ÎENII0HE1ER 3 (•»)

! UAIÎHEÏER <ktl)! SPECIMEN VOLT DROP (BiK)

47 YEWVL1 PÏIHARY VOLÎS (V)48 YEWAHP PRIMARY AHPS (A)49 Olt50 -

BAD CPI, MOVED 10 CH 54SPARE

A

0.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.0000

o.oooo0.00000.00000.00000.00000.00000.00000.00000.00000.00000.0000

101.3250-6.6259-8.2841201.97190.00000.00000.00000.00000.00000.0000

CO N S I AN

WilKï:

D

1.000001.000001.000001.000001.000001.000001.000000.000001.000001.000001.000001.000001.00000

130.00000130.00000130.00000130.00000130.00000130.000000.00000

130.00000130.00000130.00000130.000000.000000.00000

130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000876.89099-19.50000-19.50000-53.0550020.0000030.00000150.0000080.000000.000000.00000

I S

203

C

0.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000

-0.1294680.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000

-C58-BALLOONING OE PRESSURE TUBE IEST

D A I A A C Q U I S 11 10 N

BAIE: 9 - S E M 9 9 4 K S I : Ballooniri9 . l e s t

CH FUNCTION

51 CVOLÏ CONTROL VOL1AGE (V)52 112 «ID P I . OD - 330 DEG5 3 113 MID P I . m - 0 DBG54 YEUAII PRIMARY WATTS (kU)55 - SPAkE56 - SPARE57 - SPAKE58 - SPARE59 - SPAKE60 — SPARE61 ÎNAXOD MAX1HUH HID P I . OD lEhP62 ODCHAN IHAXOD CHANNEL63 ÎAVGOD AVG. HID P Î . OD IEHP64 THAX1D HAXIMUH «ID P I . ID IEHP65 IDCHAH IHAX1D CHANNEL66 IHAXI MAXIMUM IOP IEHP67 ICHAN ÎHAX1 CHANNEL68 IMAXB MAXIMUM BÛIÎOM IEHP69 BCHAN IMAXB CHANNEL70 SIRAN1 Z SÎRAIN - P0Î171 S1KAN2 Z SÏRA1N - P0Î272 SÏRAH3 Z AXIAL SIRAIN - P01373 IAVG1D AVG. MID P Î . m IEHP74 - SPARE75 IM1N0D H1NIHUH HID P I . OD IEHP76 ODMNCH IHINOD CHANNEL77 ID1T0D DIP. HID P I . OD IEHP78 1HINID HINIMUH MID P I . ID 1EHP79 IDMNCH IHINID CHANNEL80 IDIfID O l f . KID P I . ID IEMP81 IH1NI H1N1HUH IOP IEHP82 ÏHNCH 1MINÎ CHANNEL8 3 1DI1I Dit' . TOP 1EHP84 IMINB MINIHUM BÛIIQM IEHP85 BKNCH IHINB CHANNEL8 6 1DIEB DI f . BOUGH I£HP87 ÎSAI SA1UKAÎIÛN 1EMP88 - SPARE89 - SPARE9 0 - SPARE

N o t e s R e a a r d i n a D a t a A c a u i s i t i o n C o n s t a n t s

A

0.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.0000

A.B&C-

CO NS 1 A N

rowr:B

1.00000130.00000130.0000060.000000.00000

o.ooooo0.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.00000

I S

203

c

0.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000

i

1I1B

I

IIn general.

Calculated Value in Engineering Units = A + B v + Cv2


- The ice bath referenced thermocouples (Channels 1-13) are linearized with a 9th order polynomial. The A termrepresents ice bath reference and the B term is the channel amplification.- The thermocouple modules (Channels 14-39) provide their own linearization and an analog output of either O to 5 avolts orO to 10 volts. 1- The voltcge modules (Channels 41 - 43) provide the same output as the thermocouple modules. a- For unused channels between 1 and 60, the A, B & C constants are set to zero.- Channels beyond 60 are used for calculations. i

-C59-

TEST POINT #203 DATE: 9-SEPT-1994POSN.(mml -165TIME:

(s)0.00.1020.30.40.50.60.70.8OS1.01.1\21.31.415^£1.713U9zo2.1222 32.4232.62.72.82.93.03.132333.43.53.63.73.83.94.04.142434.4434.64.74.84.95.05.1525.35.45.55.65.75.85.96.06.6.26.6.46.6.6.6.6.7.7.7.27.7.7.7.7.77888

C H 8T31ailedT/C

-150 -135 -120CH21 CH 7 CH22

TB301 3301330133053309.031£4315.73iag3213325.1

33133343334.73363344.1348.0351.435433573360.73619367.0370.1370.4370.9379.5363.3386.8389.9393.0396.13992402.4405.7406.5406.7414.0417.7421.0424.1427.143024333436.7439.7442.6443.1443.14512454.8457.9461.1464.04673470.4473.3476.4479.6480.0480.0487.94913494.3497.5500.6503.5506.55092512.0515.1515.4515.4522.7526.1528.9S32.1534.7537.7540.45432545.85485

T32291.4304.8307.7311.1313.1316.53192322.4325.4329.1331.7335.4338.53413344.7347.6350.9354235723602363.6367.0370.13732376.7379.0382.6385.6388.9391.7395.7398.6401.8404.0407.5410.5413.9417.1420.04232426.4429.1432.143524373441.54443447.54S0.54532456.5459.7462.64653468.6472.147524782480.8483.8487.1489.9493.4496.3499.4501.7504.9507.8511.0513.3515.9519.1522.1524.9527.9530.0533.1536.2538.9541.0543.6546.9549.8

T9304.3304.3304.4304.43043310.4314.7318.4321.7324.9327.83312334.5337.63403341.8343.8349.3353.53572360.5363.6366.83702373.3376.6379.3380.33832388.5392.4395.8399.0402.1405.54083412.0415.3417.5418.4421.9426.6430.5433.8437.0440.0443.1446.1449.1452.3454.44552459.1463.7467.6470.7474.1477.0480.14832486.1489.04912491.8495.9500.6504.0507.15102513.1515.9519.0521.9525.0526.45272531.0535.4538.6541.7544.S547.1549.8

-105 -90CH9 CH23T332992299.4302.7306.0309.7313.0316.4319.6322.9326.1329.5332.7335.73392342.534533492352.4355.7359.1362.33653368.6372.03752378.3381.7385.13882391.7394.6397.8401.1404.4407.5410.7413.7417.0420.3423.4426.5429.8432.9436.1439.34422445.4448.5451.6455.0458.0461.04642467.3470.4473.44763479.4482.4485.5488.4491.5494.5497.4500.4503.5506.4509.45122515.3518.35212524.0526.8529.6532.7535.5538.1541.0543.7546.6549.3552.0

T10307.0307.0307.43103313.9317.43203323.9325.4325.43323336.0339.43423345.7349.13S2.4355.6358.7362.1362.3364.7372.0375.6379.0382.13852388.5391.5394.5397.6397.7399.3407.64112414.3417.4420.5423.6426.6429.7432.8433.1433.1441344S2448.14512454.6457.5460.6463.9467.147024702470.5478.74822485.5486.4491.7494.7497.7500.8503.8506.8506.9507.1514.7518.5521.4524.3527.1530.0532.9536.0539.0541.7542.0542.0549.4552.8555.4

MID-POINT OO-75

O M 0 (T34298.0295.6298.93023306.1309.4312.7316.13192322.4325.7329.03322335.6338.8342.1345.4348.7352.03552358.3361.7365.1368.3371.5374.9378.1381.4384.6387.9391.03942397.5400.8404.14072410.3413.54163420.042324263429.7432.9436.0439.144224452448.64513454.8458.0461.1464.346734703473.34763479.7482.9485.8488.9491.7494.8497.7500.9503.8506.9509.7512.8515.9518.8521.5524.5527.3530.45332535.8538.7541.7544.3547.1549.8

-60SH24T1130833083308.7311.63143317.93212324.43273327.73343337.8341234433473350.4353.53573360.5362.1362.1368.83732376.4379.4382.4385.5388.8392.4395.5397.6397.7402.84083411.7414.8418.0420.84242427.143024333434.5434.5441.9446.0449.1452.0455.34582461.4464.7467.4470.947134712479.0482.7486.0489.1492249524983501.1504.0506.9507.6507.65152519.0521.7524.5527.45302533.3535.9539.0541.7542.0542.0549.5552.65552

-45SH11T353122314.93iai3213324.7328.1331.133433373340.7343.7347.0350.4353.43563360.03633366.4369.7372.7376.13792382.6385.7388.9392.1395.4398.5401.94O5.0408.4411.6414.74173420.84242427.3430.6433.7436.9440.1443.1446.3449.6452.6455.8459.14622465.34682471.6474.6477.7480.8484.04872490.449334963499.4502.5505.4508.7511.75143517.5520.6523.6526.7529.6532253525383541.0543.9546.8549.6552.5555.3558.0560.7563.7566.5

THERMOCOUPLES f C-30

CH52T12310.9310.8310.9310.9316.6320332433272330.63333336.9340.0342.9346.0346.434733553359.7363.13662369.3372.5375.6378.7381.8382.33823390.4394.3397.6401.1404.1407.0410.4413.8417.1420.0420.5421.0428.9432.8435.643S.8441.84452448.6451.7454.4457.7458.0461.7467.64712474.3477.4480.4483.5486.9489.7492.8495.149524993505.1508.45113514.45173520.45232526.3529.0531.0531.15362540.7544.0546.6549.7552.35552558.0560.9

-15SH12 (T36307.73053308.93122316.03192a w ;325.4328.8332.13352338.4341.7344.6348.0351.13542357.7361.1364.1367.4370.4373.9377.0380.3383.4366.6390.0393.1396.4399.6402.9406.14092412.6415.7418.9422.1425.1428.5431.7434.94382441.14443447.7450.7453.9457.1460.3463.6466.8470.0473.04763479.6482.6485.6488.7491.8494.9408.1501.150435073510.4513.5516.6519.5522.5525.5528.5531.3534.4537.4540.35432546.1549.0551.7554.7557.6560.5

0=H14

T1311.6311.6311.4314.7317.83212324.432733303333.833633402342.9343.1349.4353.0356.13592362.93662369.8372.7375.9377.1376.9384238833912394.8397.9401.5404.9408.1411.4412.5412.54192423.6427.04302433.3436.7439.8443.144634492450.045024573461.7465246824713474.7477.7481.14842487.44873488.1495.6499.85021)506.15092512.5515.4518.6521.7524.6525.3525.3532.6536.5539.4542.4545.154825S1.35542557.0559.7560.1

15C H IT25307.330723103313.7317.0320.1

32633293332.83353339234233453348.6351.7354.935823612364.6367.7371.0?74.43773380.7383.6387.13902393.4396.5399.840324063409.3412.54153419.142224252428.54313434.8438.3441.14442447.6450.8453.9457.14602463.3466.5469.5472.74753478.94823485.04882491.4494.7497.8501.0504.15073610.1513.1516.35193522.0524.9528.1531.0534.1536.9539.6542.8545.6548.5551.3554.1557.1560.2

303H15

T231033103310.4313.5314.03192323.632/.0330.13333336.6339.4342334S3348.6348.83532356.936233652368.5371.43743377.6380.33833383.4388.6394.0397.4400.5403.7407.0410.141334162419.5419.8420.0427.84313434.9438.044134443447.4450.7453.94572457.74S7.74653469.4472.5475.64783481.7484.8488.14912494.4494.7494.7502.5506.0609.4512.5515.5518.5521.6524.5527.6530.5530.8531.0538.1541.5544.5547.15502553.1555.8558.6

45CH2T26308.53093312.4315.6319.1322.1325.4328.6331.6334333733413344.03473350.4353.4356.7359.7363.13662369.5372.4375.9378.9382.13852388.4391.5394.8398.0400.9404.3407.3410.5413.6416.7420.14232426.1429.3432.4435.6438.74413444.8448.14512454.3457.5460.6463.5466.6469.5472.6476.0479.0481.8485.0488.1491.14942497250025032506.1509.1512.15152518.1520.7523.8526.9529.7632.6535.3538.1541.0543.9546.7549.45522554.9557.8

60ZH\S

T3306.9306.93072310.1313.4316.6320.0323.6326.9329.83329334.4334334133443348.03513354.5357.6361.0364.33672370.4370.6370.8378.93823385.9389.1392.0395.5398.7401.84052408.14083410.1417.6420.8423.9427.042934332436.44393442.4445.4445.54473454.8458.046134642467.3470.4473.1476.14793482.4482.44853491.8495.1498.3501.3504.350735102513.0515.7516.0516.0524.0527.6530.3533.3536.4539.3541.9544.5547.3547.6547.6

75CH3 (T27299.83012304.5307.93112314.43173320.7324.0327.03302333.43363339.73423346.13492352.4355.6358.9362.036523683371.4374.7377.9381.1384.43873390.6393.7396.9400.04032406.3409.441234153418.9421.9425.1428.1431.5434.6437.7440.6443.6446.9449.9453.1456.0459.0462.1465.4468.44713474.44772480.3483.4486.4489.44922495.14982501250425072510.0513.0516.0518.8521.7524.6527.4530.3533.0535.8538.5541.4544.0546.7549.5

903-U7

T4304.8304.9305.1306.0311.131423173317.4323.032723303333.4336.13392342.6346.P34033503350.9357.6361.6364.7367.6370.7374.0377.13803383.6385.4385.7391.7396.1399.7402.6405.7409.1412.041434182421.4422.1422.1428.94333436.64393442.6445.8448.9451.8455.145824583459.0466.347024733476.4479.3482.4485.1488.4491.3494.4495.14952502.4506.0508.9512.0514.9517.8520.7523.5526.6529.4529.7529.7536.7540.2543.0S45.6548.5

105C H 4T2B2943294.7297.93013304.73073310.9314.13173320.4323.6326.9330.033323363339.6342.8345.9349.33523355.6358.63613364.9368.0371.5374.5377.8380.6384.0387.1390.13932396.4399.6402.7405.6408.9412.04152418.3421.5424.5427.6430.7433.6436.7439.7442.8445.9448.9452.0455.1458.0461.1464.0467.04702473.0476.1479.0482.0484.9487.7490.6493.8496.7499.5502.5505.4508.55112514.0516.7519.5522.6525.2527.8530.6533.5536.2538.7541.4

-C60-

TEST POINT #203 DATE: 9-SEPT-1994POSN.Inn] -165TIME

(si8.3B.48 58.68.78.88.99.08.19.29 39.49.59.69.79.89.9

10.010.110.210.310.410.510.610.710.810.911.011.111.211.311.411.511.611.711.811.912.012.112.212.312.412.512.612.712.812.913.013.113.213.313.413.513.613.713.813.914.014.114214.314.414.514.614.714.814.915.015.115.215.315.415.515.615.715.815.16.016.16216.l&A16.16

CH8T31

FailedTTC

-150 -135CH 21 CH 7

T854S.9549.0555.9559.1561.9564.6567.95705573.45762579.1579.6579.7586.S5893592.8596.05993602.26053608,4611.161136113619.1

625.4628.36313634.0637.0640.0643.1645.4645.6648.7654.0657.16S9.7662.1664.9667567O36725675.6677.46773680.7685.7688.5691.1693.7696.1698.9701.5703.9706.57085708.67122716.6719.5721.8724.27263729.3731.9734.1736.4738.2738.5741.9745.8747.1749.3750.9752.2754.5755.6757.1748.1743.6743.2745.4

T32.552.1555.4557.756025633565.8569.4571.9574.9577.9580.5583.9586.6589.6592.7595.6698.7602.1605.16093610.6614.4616.76202622.96262628.9632.1635.56382641.06+4.1646.8649.6652.4655.0657.9660.6663.3666.1669.06712673.6675.9679.1681.9684.1686.9688.8691.7693.9696.9699.3701.6705.1707.0710.0712.17142718.0719.6722.6724.4726.9729.77325734.6736.9739.0743.9743.8746.5748.4750.7752.4753.9756.1758.3760.3743.3747.1749.3751.2753.1

-120CH22

T9552.8555.4558.0559.7560.4563.8567.95713574.45773580.1583.0585.7588.7591.6593.75945598.1602.760626093612.66155618.46213624.3627.4629.1629.8633.56382641.7644.6647.7650.4653.4656.1658.76615663.3663.8667.0671.4674.5677.46802682.96855688.0690.9693.3695.3695.9698.9702.87062708.97115714.3716.6719.3722.1724.4726.5727.1727.5732.0736.1738.7741.3744.0746.5748.9750.5753.0754.0754.4754.4759.0762.7759.6Z55J3756.1757.7

-105CH9T33554.8557.45602562.9565.65685571.1574.05763579.7582.6S853588.459135943597.3600.1603.16062608.96122615.1618.3621.06242627.1630.1633.1635.9638.8641.8644.5647.56502652.9655.7658.3661.1663.76662668.76715674.1676.8679.4681.9684.6687.1689.9692.5695.3697.7700.57032705.6708.3710.9713.37163718.4721.1723.4725.9728.5730.8733273S.8738.3740.6742.5745.4747.6749.8752.0753.9756.3758.3760.2762.4745.4751.87545756.9759.1

-90CH23no5583561.1563.7566.65693571.9574.9575.4575.4582.5585.95885591.9594.9597.9601.0603.86075609.5609.8614.8619.7622.6625.9628.7631.4634.5637.4640.5642.6643.1647.46522655.3658.1660.7663.3666.0668.5671.1673.5673.7676.1681.5684.4687.0689.6692.5695.069727002702.8704.9705.0709.3713.3716.3718.9721.3724.1726.7729.1731.7734.1735.4735.6739.8744.1746.7749.3751.5754.0756.4758.7761.0763.1764.2764.0768.4770.5716.9Z5E2.762.9765.8

MID-POINT OO-75

CH10T34552.65552558.1561.0563.756655692572.0575.0S773S80.9583.7587.05895592.8595.95983601.8604.7607.46103613.7617.0619.9623.0625.9628.9631.9634.5637.7640.5643.36462648.8651.6654.3656.9659.66622664.9667.36702672.8675.6678.1680.56832686.0688.9691.3694.1696.8699.1702.1704.3706.9709.77122715.0717.1719.9722.4724.8727.5729.77322734.8737.4739.9741.5744.6746.9749.5751.7754.1756.4758.8761.0763.4875.5753.1Z51Q754.1756.6

-60DH24 <

m558.1S60.7563.8566.6569.0571.9574.9575.0575.05823585.8589.0592.4595.7599.1602.06043608.0608.5608561626192R79 3625.6628.8632.16345637.9641.0642.0642.0647.86522654.8657.4660.5663.3665.96682670.9673.8674.5674.7680.5683.9686.7689.3692.1694.76973700.0702.67052705.7705.9712.4715.6718.1720.77233726.0728.6730.9733.5735.9736.6736.6742.6745.8748.3750.97532755.8758.0760.8763.1765.2765.8766.0770.9755.874B.1747.6748.1

-<S» 1 1T3556935722S74.9577.8580.7583.4586.6S895592.6S95.45985601.7604.5607.6610.7613.96165620.16232626.66292632.1635.1638.46413644.36473650.1653.4655.9658.7661.66642667.06695672.66752677.9680.3683.4686.1688.6691.3693.7696.6699.4702.0705.07072710.0712.6715,3717.7720.4723.4725.9728.6731.1733.4736.3738.7741.1743.5746.0748.87513753.77562758.4761.7763.6766.1768.6771.1773.6775.6778.1780.77832744.2751.8Z55.5756.67S9.7

THERMOCOUPLES CC-30

CH52T12563.8565.0565.0571.1574.95773580.45833586.45893592.459S.55983598.95985606.6610.6613.9616.8619.96225625.9828.86315635.06353638.6644.6647.7650.46532655.8658.6661.86642667.0669.1669.3674.0678.16812683.6686.86893692.4695.0697.6700.7701.8701.87072711.1714.1716.77193722.1724.9728.0730.67323734.0734.17392743.1745.7748.47512753.8756.1758.7761.1763.576527652770.1774.077627792781.9784.4759.2750.4752.0754.6

-15CH12T3S5633566.4569.15722575.157X3.1580.9584.05873590.1593259625992602.5605.5608.66113614.9618.0621.162426272630.5633.7636.7639.7642.7645.6648.3651.1653.9656.6659.3662.1665.0667.7670.8673.4676.1678.96815684.1686.9689.9692.7695.6698.4701.1704.0706.7709.5712.3715.1717.972037232725.9728.5731.1733.6736.3738.67412743.87462748.8751.5754.1756.87592761.9764.4766.9769.57722774.9777.6780.47832737.2742.9Z50Û750.9

752

0CH14

T»56025675571.15742577.1580.158235653589.0592.45945594.7600260436082611.1614.4617362026235626.9629.0629.063456392642.6645.66485651.4654.3656.9659.9662.6662.8662.9670.16733676.1679.0682.0684.668736902693.0695.96963696.9703.6706.8709.6712.4715.0717.9720.67232726.0728.6728.873027362739.5742.3744.9747.1749.67523754.8757.4759.6759.6761.4767.3770.7773.0775.7778.0780.9784.0787.3788.6788.6zsae788.7788.6

15CH172556235853566.0571 J6574.6577.4560.758335865590.0592.7596.1599.1602360536085611.6614.96173621.4624.06275630263336363639.6642.4645.4648.56512654.1656.9659.6662.5665.3668.1670.7673.8676.5679.368226843687.8690569356962699.07013704.4707.17093712.6715.47182721.0723.6726.3729.07313734.5736.9739.6742.0744.67472749.8752.1754.575727602762.1764.7767.47702772.9775.5778.5781.5784.5709.0716.9719.4705.1706.9

30CH15

7?56155643564.6568.9573.1576.7579.65823585.4S8S2591.159425965597.3599.6606.46093613.16163619.1622362526282631.1631.4634.7640.7644.16472650.3653.0655.8658.7661.3664.4665.4665.4671.4675.16782681.0683.8686.5689.36913694.8697.6698.4698.7704.6708.3711.1714.0716.67193721.9724.5727.1730.1730.7730.7736.9740.1742.9745.7748.37505753.1755.6758.0760.6760.9760.9767.4770.5773.3775.7778.2781.4783.4783.5ZS1Z783.7752.8

45CH2 (TTS560.456335653568.7571.4574.4577.4580.1583.1586.0589.15913595.1598.0601.060426072610.4613.66165619.4622.8675.6628.7631.8635.0637.8640.8643.8647.0649.7652.6655.56582660.9663.7666.5669.4672.0674.767756802682.8685.5688.4691.0693.9696.46993701.8704.5707.0709.8712.47153717.67203723.0725.57282730.8733.3735.9738.4741.1743.5746.0748.5751.1753.7756.0758.6760.7763.3765.7768.4770.8773.4775.7752.8734.4741.07492753.1

60X 1 6

73554.6557.7560.7563556635692572.1574.75775579.15793584558935S2.459525963601.4604.360726103613.6614.7614.9621.0625.46285631.4634.5637.5640.7643.5646.6649.3650.3650.5656.5660.4663.3665.9668.7671.36742676.8679.5682.0682.6683.0688.86925695.3697.7700.0703.3706.0708.67112712.57125718.17213724.1726.5728.8731.4734.0736.77393740.7740.8745.7749.1751.7754.1756.3758.7760.67632765.5767.6767.6767.57fi7fl767.6767.6

75CH3T2755235543557.75603562.956635683571.45743577.1580.1582.9585.9588.6591.7594.7597.7600.76035606.4610.0612.7615.8618.7621.9624.8627.8630.8633.6636.7639.6642.5645.46482651.1653.9656.5659.4661.8664.76672669.8672.66752677.76803682.9685.5688.3690.9693.6696.1698.67013703.6706.4709.0711.6714.4716.6719.3721.7724.4726.9729.3731.87342737.1739.4741.5744.3746.7749.3751.5754.0756.5758.77612763.2744.6739.1745.1749.1750.6

903H17

T455135533556.75593562.056225633570357325763579.158155843587.4590.1592.9593.15945601.760536085611.4614.0617.1620.4623.162626272627.4633.96373641.0643.8646.7649.8652.46553658.1660.566126612667.76703673.76763679.06815684.1686.7689.3691.9692.4692.469857015704.4707.0709.67122715.0717.4720.0722.4722.9722.97293732.3734.87372739.8742.3744.5747.3749.6751.87522752.37583760.9762.9763.1763.17632763.2

105CH4T2B544.0546.7549.3552.0554.6557.4560.05623565.5568.45713574.0577.0579.9582.6585.7588.7591.4594.4597.16005603.4606.4609.4612.56152618.3621.36242627.3630.1633.1636.0638.7641.7644.6647.1649.8652.4655.0657.66602662.8665.56673670.4673.0675.66782680.9683.5685.9688.6691.16935696.1698.67012703.9706.0708.87112713.7716.3718.67212723.97262728.8730.7733.6735.8738.3740.3742.5744.8746.8749.0751.1734.4735.0Z3ZJ3740.0740.5

-C61-

TEST POINT #203 DATE: 9-SEPT-1994»OSN

mm)TIME

(sL0.00.102030.40.50.60.7030.S1J31.112131.41.51.61.7131.62.0Z.\222.32.42.52.62.72.82.93.03.1323.33.4333.63.73.8&94.04.142434.44.54.64.74 34.95.05.152S35.45.55.65.75.85.96.06.6.26.36.46.6.6.76.6.7.7.727.7.7.7.7.7.7.688

MID-POINT12D

CH18T5

302.3302.3303.0304.4304.6310.33152318.4321.7324.43273330.4333.5336.93392339.4344.6349.6353.0356.13S9.0362.0365.0368.13712374.5374.8375.0382.9386.5389.8392.7395.9399.0402.3405.4408.34112411.5411.7419.8423.1426242924323435.64333441.9444.8447.8447.9449.4456.5460.0463.0465.8468.7471.7474.7477.7480.6483.4483.4486.8492.6495.7498.6501.7504.3507.1509.9512.8515.7517.7517.8521.7526.9530.0532.9535.7538.5540.9543.7

135OO T/Cs (CONT.)

150CH5 CH19T292892292.4296.0299.0302/4305.4306.7311.9315.03182321.4324.532733303333.93372340.33433346.7349.9353.1356.03S93362.4365.53G8.8371.9375.0378.1381.4384.3387.4390.43S33396.9399.9402.9406.04093412.4415.1418.6421.6424.74273430.7433.7436.8439.9443.0445.9449.1452.1455.1458.1461.1464.0467.0470.14732475.9478.9481.8484.9487.6490.7493.5496.449925022505.1508.0510.6513.7516.3519.4522.1S24.7527.4530.5533.0535.6538.3

T6301.030123012304.1307.3310.4314.0317.1320.0323.1325.7325.9332.4336.13392342.5345.9348.8352.0354.83582361.5361.6362.33702373.7376.6379.8382.83862389.3392.5395.6398.83992401.8408.6411.8415.1418.0421.14242427.14302433.6435.4435.44403445.5449.1452.0454.9457.8460.9464.0467.34702471.34713476.7481.9485.0487.9490.8494.1496.8499.9502.9505.8507.1507.1512.9517.0519.9523.0525.65282531.3534.1536.8539.4540.4540.2

165CH6 (T30301331033132316.7318.9322.13252328.3331.1334.6337.6340.83442347.1350.33533356.7359.7362.8365.9369.1372.5375.5378.53813384.5387.9391.0394.33972400.8403.9407.0409.5412.9415.8418.9422.0425.1428.14313434.04372440.34432446.4449.6452.5455.64583461.7464.7467.7470.6473.8476.9480.0482.8485.8488.7491.7494.6497.7500.6503.8506.3509.55122515.4517.9520.8523.6526.6529.4532.3534.6537.6540.55432545.7548.45512554.0

180» 4 0

T7301.7301.7301.7304.630823113314.4314.73203324.6328.0331.133423373340.7343.4346.43493349.5353.4359.7362.9366.4369.43723375.6378.5381.5384.6384.93873394.5398.0401.14042407.1410.6413.3416.7419.74203420.5428.0431.9434.8437.9441.14442447.14502453.1456.4456.9457.0464.7468.44713474.44773480.44833486.5489.5492.5493.0493.0500.65042507.3510.0513.515.9518.8521.7524.5527.4527.7527.7534.538.541.543.546.

MID-POINT ID THERMOCOUPLES 1-120

CH30T17304.1304.1303.93073310.4313.7316.9320.0323.1326.4326.533233363339.4342334S.734R93522355.4358.4359.3359336633702373.3376.1379.3382.6385.7389.13922393.5393.6399.54042407.5410.4413.34162419.5422.64252428.4429.6429.7436.1439.8443.0446.0449.1451.7454.94573460.9463.7464.5464.547234762-573.0481.9484.8487.9490.8493.64962499.0499.4499.4506.3509.5S12.3S15.4518.0520.4S24.0526.45292532.4534.9535.0538.8542.0

-60CH31T1830833083309.6311.1311.13183322.032523283331.63343337.93413344.63462346.4352.4356.93602363.336623693372.0375.3378.5380.8381.03862391.4394.6397.6400.5403.6406.8409.94132415.9416.6416.64242428.0431.0434.6437.9440.6443.9447.0449.9452.8453.3453.5460.3464.4467.14702473.5476.7479.6482.1485.5488.74892489.4496.5500.15032506.550925113514.6518.0521.1523.8524.3524.3531.0534.6537.5540.1542.5545.0547.7550.7

0CH53T13310.9310.9312.1315.031733212324.4327.0330.4333.433633363338.7345.7349.3352.5355.8358.7361.8365.1367.8370.7370.9371.6379.8383.7386.7389.8392.8396.33992402.3405.4408.0408.1413.0418.5421.9424.9427.94312434.4437.7440.8443.7445.8446.0451.4456.4459.8462.9466.346924723475.4478.7481.648324832489.7494.4497.5500.6503.8506.95102513.1516.0519.3520.4520.4526.9530.8533.9537.3540.1543.0545.9549.0551.8554.4554.9554.9

60CH27T14307.4307.4307.4310.13132316.5319.6322.6325.9328.7331.9334.633S.0341.0344.434733S0.63533356.63S9.4362.6365.7368.8369.3369.1376.8380.3383.6386.7389.6392.5395.4398.5401.8404.74052405.0412.8416.3419.0421.9424.7427.6430.9434.0436.7440.0440.3440.3448.14522455.3457.7460.6463.7466.346924722474.9475247524822485.8488.9492.1494.94982501.45042507.3510.0510.5510.5517.3520.9523.8526.6529.4532.0534.9538.0540.4543.2

120CH28T15303.0302.8303.0305.7309.130933152318.9322.0324.9328.03312334.7337.9341.03423342.6348.8352.7355.6358.5361.33642368.0371.1374.1375.3375.4381.83862389.3392.0395.0397.6400.6403.44063409.3409.6411.0418.5421.4424.7427.14302433.0436.14392442.1444.5444.8446.3453.04562459.84622465.6468.44713474.4476.74793479.5482.1487.7491.0494.64972499.9502.5504.8507.4510.3512.6512.8515.2520.7524.8527.7530.7533.1536.3538.5

•C)180

CH29T16301.030123013304.4307.7311.43142317.6320.4323.4323.83282332.4335.6338.73413344.7347.8350.8353.7356.6356.9356.8364.6368.0371.1374.0376.63792382.6386.0389.33922392.4395.3401.3404.4407.1409.9412.741534183421.1423.7427.6428.3431.8436.7439.7442.3444.5447.34502453.8456.44592461.4461.64652471.3474.8477.7480.3482.7484.8487.4490.8494.3496.7496.9500.4505.0507.7510.3513.3515.9518.5520.3521.4524.0526.9527.532.6

TOP THERMOCOUPLES ("C)-120

CH32T19306.030653062308.8311.6311.731B.13213324.7327.7330.7333.7337.13402343.6344.9345.1351.6355.9358.7362.0365.0368.13712374.8378.0379.5379.5386.0390.4393.5396.7399.5402.6405.7408.9412.0414.9415.1415.9423.7427.34302433.8436.9439.8442.9446.14492452.3452.6454.6461.4464.846824712474.44772460.6483.4486.4489.7489.9492.5499.1502.5505.5508.5511.8514.6517.5520.6523.5526.3526.6529.0535.5538.8541.5544.5547.1549.7552.8

-eoCH33T20310.1310.1310.6312.9316.1319.6323.1324.4324.8330.93352338.43413344.7347.83503353.7356.936023603361.8368.837223753378.4381.83852388.3391.1394.3397.4397.6401.8407.6410.9414.1417.14203423.6426.5429.fi433.0434.9434.9440.64452448.64513454.9457.9461.4464.54673470.7472.04722478.5482348634893492.8495.6498.6501.7505.0507.9509.05092515.9519.9523.0526.1529.0532.1535.1538.0541.1543.8544.5544.5551.35552558.0

60CH34T21309.5309.6309.5309.53152319.6322.6325.7328.8331.4334.83382341.7343.4343.63493354235733602363.3366.436933723375.9378.5378.7383.1388.63922395.6398.9401.6404.9408.54113414.6416.14163422.4427.14302433.6437.1440.14432446.5449.6452.7453.8453.8460.54652468.4471.7474.94782481.1484.5487.4490.7491.8491.8498.5503.0506.3509.4512.6515.7518.5521.6525.0527.9528.7528.7535.5539.4542.5545.5548.1551.1553.9556.8559.9

120CH35T22306.5306.5306.53093312.73153318.9322.0324.93283331.6335.0336.9337.1343.6347.0350.43533357.4360.8364.13673370.1371.13712378.53823385.4388.83922395.6399.0401.9405.44063406.5413.6417.7421.0424.04273430.4433.6437.0440.0443.44433444.04513455.9459.046224653468.6472.0474.94782481.64622482.4489.5493.9496.950035032506.4509.5512.6515.9518.8519.4519.6526.6530.8533.7537.0539.8542.8545.4548.5551.5554.4555.0


CH36T232953295229532983301330433082311.1311.63163321.0324.13272330.4333.43363339.7342.6345.734623462354.3357.7360.8364.6367.8371.13742377.6380.5382.0382.1388.6392.7395.8399.0402.1405.0408.1411.4414.5417.441824162425.5429.14323435.4438.7441.6444.9447.8450.7453.6454.14543461.9465.7468.6471.74743477.7480.6483.5486.6489.5489.9489.94973500.9503.8S06.6509.5512.55152518.0520.9523.5523.8524.5531.6534.7537.3

-60CH37T24301.7301.7302.0304.6308.03113314.8318.132133243327.7330.63313335.03402343.4346.5349.63523355.6358.6361.8364.4364.7368.3374.6378.13813384.13872390.43932396.6399.5400240024073411.7415.0418.0421.0423.9427.0429.9433.04362436.7436.74443447.9450.9453.8456.9459.8463.1466.1469247234723472.64803483.7486.9489.74923495.94883501.6504.7507.4507.9508.1515.4518.5521.4524.0527.1529.7532.5535.1537.8540.7541.1

60CH38T382992299229923023305.63083309.1314.7318.73213324.7328.0331.13343337.133933423343.13462352.9356.4359.7362.8365.9368.8372.0375.1378.4379.3379.3386.3390.6393.7396.6399.8403.1406.3409.34123415.4415.8415.9423.94273430.4433.6436.7439.6442.7445.7448.7451.8452345234603463.7466.6470.0473.0476.0479.0481.9485.0488.148824882496.0499.5502.4505.3508.65113513.9517.0519.8522.7522.9523.0530.7533.4536.5539.3541.9

120CH13T37283.7279.6282.4285.6289.42923295.7298.7301.7304.93073311.031433172320.432323263329.6332.7335.7338.9542.03452348.0351.435423573360.4363.4366.7369.83723375.9378.9382.0384.93882391239423972400.4403.4406.4409.4412.4415.6418.4421.6424.4427.4430.4433.5436.54392442.54453448.34513454.1457.1460.1463.0465.9468.8471.8474.6477.7480.6483.44862488.9491.8494.8497.5500.4503.0505.9508.8511.4513.9516.4519.5522.2

-C62-

TEST POINT #203 DATE: 9-SEPT-1994^OSNmm)

TIME(s)8.38.48.58.68.78.88.9S.00.19 29.39.49.59.69.79.89.9

10.010.110.210.310.410.510.610.710.810.911.011.111.211.311.411.511.611.711.811.912.012.112.212.312.412.512.612.712.012.913.013.113213.313.413.513.613.713.813.914.014.114214.314.414.514.614.714.814.915.015.15215.15.15.15.15.15.15.16.16.16.16.ISA16.16.

MID-POINT120

CH18T5

546.1548.4548.7550.6556.5559.6562-5565.15675570.3572.9575.5578.1578.35802587.0590.0593.1596.0598.9601.8605.1607.9610.8611.4611.6618.4622.36252628.3631.3634.0637.1640.0643.0645.76462646.4652.9656.3659.0661.66642666.8669.4672.0674.66772677.6677.6684.16872689.4692.4694.86972699.8702.4704.9707.5707.8707.8714.37172719.5722.1724.7727.37302732.5735.1735.9735.9741.1744.0746.2747.3750.2752.5753.3739.3Z319734.1734.1

135OO T/Cs (CONT.)

150CH5 CH19T29541.0543.5546.3S49.0551.4554.45S6.7559.7562.4565.1568.0570.6573.5576.5579.4582-3585.0588.0591.05933596.8599.7602.9605.7608.7611.6614.4617.5620.4623.46^6.562926322634.9637.9640.6643.4646.1648.8651.4653.8656.76592661.96642666.6669.5672.1674.76772679.9682.568S.0687.7689.8692.6695.1697.7700.4702.47052707.6710.1712.8715.0717.3719.9722.4724.9726.3729.6731.7734.0736.17382740.4742.3744.4746.4734.3723.9Z2i9725.4725.5

T6546.75502552.9555.0558.0560.65632565.9568.7571.3571.6571.6578.85822585.3588.0590.9593.9596.8599.9602.6605.7606.1606.5613.7617.36202623.16262629.163226352638.1640.8641.0644.7649.3652.5655.3658.1660.7663.4665.9668.6671267326732677.4681.6684.6687.0689.66922694.66972699.8702.1703.9703.9707.87122714.97162719.3721.8724.2726.8728.9731.5734.1734.5734.6740.8743.4745.3747.8748.4751.2753.5754.3741.6Z3&S736.4736.2

165 ISOCH6 CH40T30556.6559.5562.0564.6567.5570.3573.157S.8578.6581.45842587.35902593.1596.1598.9601.9605.3608.1611.8613.9617.1619.6623.0625.6628.8631.7634.7637.8640.7643.5646.56492652.1654.9657.8660.7663.6666.0668.9671.6674.1676.5679.16822684.8687.3690.0692.1694.9697.3699.9702.7705.07082710.3713.1715.3717.6721.1722.9725.7728.0730.3733.0735.6737.9740.3742.6746.5747.2749,6751.0752.8754.3755.9757.6759.4761.4775.1778.0747.6745.7746.0

T75492552.0554.65572559.8560.15602566.7570.3573.1575.8578.65813584.3587.1589.8592.4592.6594.76013605.16082611.36142617.1620.1623.0625.6625.9625.9634.0637.8640.7643.8646.7649.1652.1654.7657.4658.7658.9663.8667.7670.46732675.86782680.8683.4685.9688.6689.8689.8694.3698.4701.0703.7706.3708.8711.4714.0716.6719.0719.8720.0724.6728.67312733.7735.97382739.3741.9743.6744.5746.7747.0749.4

' 750.9766.27692741.0738.739.

MID-POINT ID THERMOCOUPLES ("C)-120

CH30 <T17545.1547.9550.5553.45563558.95623564.4564.9565.1570.8573.7577.3579.9583.3587.0590.3593.5596.6598.1598.1604.3606.7609.5613.0616.66202623.0625.7628.6631.9632.5634.86402642.66452648.3651.46533656.96592660.3662.6662.86672672.9675.86782680.7683.7686.3689.1690.7694.1696.9697270037O5.0708.3711.0712.5715.3718.0721.0723.77262728.9729.1732.0735.6735.9734.8735.1737.5740.3742.9744.4746.1746.3746.3732.5

726.8733.0

• « 0

3H31T1855X7556.5557.3557.35643567.6570.3573.4576.0578.958125843587.4590.3590.65943601.0604.360736103612.7615.8618.46212624.3624.6624.4632.9636.0638.7642.3644.8647.5650.6653.5656.3659.1659.1661.5667.5670.467326753678.1680.8683.4685.9689.06912691.4693.5699.7702.8705.5708.071037132715.8718.4721.0723.3723.3724.7731.1733.5735.97382740.8742.67452748.3748.9752.07522754.1756.4757.5760.3761.6761.6741.0Z2&S735.0739.0

0DH53T13562.4565.5569.05723574.9577.6580.7583.6586.7587.158725952598.96022605.4606.76113614.7617.9621.06213621.7629.0632.7636.0638.7641.8644.96482651.16542657.1657.4657.4664.4667.8670.8673.8676.4679.4682.1684.7687.7690.7690.969126983701.5704.4707.0710.1712.8715.6718.4721.0723.7724.1725.07312734.1736.7739.7742.77453748.1750.9753.8754.8754.9760.3763.7766.5768.9771.5774.0776.7778.8781.4781.9782.1750.9734.6741.4745.7

60XZ7T145433543.8549.8553.455625589561.75643567.15683572.4575.7576.35762583.85872590.05923596.0598.96022605.1608.3611.9612.661Z66202624.0626.9630.1633.1635.7638.6641.7644.6647.4648.0647.8654.8658.1660.76633665.96683671.6674.0676.8679.7679.7679.9687.0689.86923695.0697.1700.0702.9705.9708.87112711.4711.4718.7721.0723.9726.3728.97312733.8736.3738.5739.0739.07392745.7746.0747.8749.6750.7750.9719.7711.9720.0725.2

120CH2S (T15540.65433545.3545.3548.4554.45562558.4561.4564.0568.0571.9575.057635763576.8585.4588.5S91J3S943597.8598.96022605.76092610.1610.3617.86212624.8627.4630.1633.0636.1638.4641.3641.7641.5649.3652.5655.8658.7661.666426652663.5671.1674.067426742681.5684.7687.66902692.7694.8696.9699.8703.1704.17042704.4711.7715.0717.7720.57232726.3729.3730.1732.3733.5733.5733.8736.6737.1739.3741.8744.57452727.6ZC8J3708.6708.6

180X 2 9T165362537.0539.0541.9545.15482550.8554.15572558.3559.4562.7565.6569.0572.6575.85773580.4583.8586.6587.9588.05952598.4600.9604.0607.4610.0612.16152618.S622.5624.1624.3630.86342636.6639.5643.06452648.0651.66542657.4658.4659.5664.4667.5669.9672.4675.1677.7679.4681.86842687.3688.0690.9695.1697.77003702.9704.67072709.6711.5714.3716.6717.1716.9715.6714.5714.5715.4716.4718.7720.8721.0723.2723.7723.67222723.7723.7

TOP THERMOCOUPLES ("C)-120

CH32T1955535583560.9561.0565.85703573.75763579.45823585.1588.05903593.7594.0598.7603.8607.46103613.46163619.4622.16252628.0628.3632.46382641.3644.4647.3650.3653.0656.0658.6661.5662.5662.5668.56722674.8677.9680.5683.3685.7688.8691.5694.1694.8694.6701.1704.5707.5710.171£5715.4717.9720.5723.1725.77262726.3732.3735.77382740.8743.5746.1748.4751.0753.5756.1756.4756.676227653768.1770.5773.17752775.4775.4775.4756.7

•«)CH33

T20560.7563.7566.4569.7572.457535783578.4578.6586.45903593.159635992602.7605.4608.7611.96143614.76192624.8628.0630.86342637.1640.4643.3646.4649.3651.16513656.5660.8663.8666.7669.3672.4674.8677.7680.7683.6684.7684.96893694.369727002702.8705.7708.57112713.8716.3717.9718.1722.97273730.17323735.4738.0740.5743.4745.8748.3749.1749.4754.9758.4761.0763.47662768.6771.4774.0776.6779.5780.1780.3782.1ZS5JJ764.7764.5

60CH34 (T21562.5563.0563.05703574.4577.5580.45833S86.45893592.459525953595.7604.0607.76103613.7617.0620.1623.16262629.3631.96322636.5642.064526482651.3654.0656.9659.9662.6665.4667.36673672.1676.6679.56823684.9687.8690.46935696.1699.0700.77005705.4710.1712.7715.8718.5721.1723.672d.3729.1731.77332733.3738.0742.3745.07473750.1752.8755.3757.7760.1762.4762.7762.9770.1772.8775.6778.7781.6784.5787.8788.3IMA788.6775.7

120X 3 5T2255525613565.456855715574.4577358025833586.1589.05893590.85983602.0605.16063611.4614.7617.66205623.5623.9624.3632.6636.5639.9642.6645.7648.6651.6654.3657.465826582664266826712674.0676.8679.76825685.4688.0690.7691.7691.9697.6701.6704.47073710.1712.7715.3718.0721.0723.6724.4724.4730.1734.0736.77392742.1744.4747.0749.67522754.8755.4755.6760.6764.4767.3769.6772.3774.9777.578057822769.Z6JL5764.0770.


CH 36T23540.35423545.85482551.0553.95555555.9SS9.9564.35672570.0572.9575.757835812584.0586.9587.9587.9594.5597.8600.7603.86072610.0613.1616.0618.9620.4620.56262630.5633.4636.1639.1642.0644.86475650.1652.9653.7653.5659.5663.1665.6667.8670.4672.9675.5677.9680.3682.8683.3683.4689.16922694.6696.96995702.07042706.5708.87112711.7711.7717.4720.3722.47242725.9728.3729.67312733.5735.0736.6736.7740.2733.7

zaoa730.7731.5

-60>i3TT245412548.45513553.9556.5559.15615564.3567.45703572.1572.157735812584.1586.7589.5592.45952598.1601.4603.36033609.061326162619.1622.0624.6627.9630.66335636.3636.6637.8644.46475650.4653.0655.8658.7661.366.1.966656685668.66712676.6679.5681.8684.4686.7689.1691.4693.8696.3698.4698.5701.8706.0708.9711.47135715.67182720.7723.1725.4727.0727.0730.7734.1735.3737.7739.5740.8743.1744.7745.8748.1744.9Z4A4742.9741.9

60DH38T3854*5547.45502552.65552555.45583563356635692572.45752578.158095835586558725872594259736005603.6606.460936122615.0617.9620.96212623.6629.6633.0635.8639.1642.0644.764756503653.065536553659.0663.8666.7669.1671.76745677.16795682.1684.4686268626902694.669726993702.6705.0707570957125715X716.4716.472057245727.1729.77315734.6736.7738.07403742.1743.974427463749.2751.8740.0Z2fu273727392

120IH13T37524.7527.452S.85325535.05375540.4542.9545.45482550.9553.75562559.0561.9564356755705573.4576.7579.0582.1584.758735SO.7593.8596.5599.4602.66053608.3611.161336169619.7622.662556283631.0633.76363638.76412643.7646.6649.0651.6654.06563658.8661.1663.7666.1668.46713673.4676.16783680.668356853688.0690.4692.6695.0697.6699.7702.1704.6709.0710.4712.8714.7716.8718.3720.0722.0723.8725.8703.2708.8ZR8716.0717.8

TEST POINT #203 DATE: 9-SEPT-1994

-CM-

TEST POINT #203 DATE: 9-SEPT-1994POSN(mm)TIME

fs)8.38.48.58.68.78.68.99.09.1829.39.4959.69.79.885

10.010.110210.310.410.510.610.710.810.911.011.111211.311.411.511.611.711.811.912.012.112212312.412.512.612.712.812.913.013.113213.313.413.S13.613.713.813.914.014.114214.314.414.514.614.714.614.915.015.115215.315.415.515.615.715.815.916.016.16.16.ISA16.16.

CH41P1

PRESS.<kPa)

5958595859595959595959625961596159635963596459655967596859695970597259725974597459765976597859795981598259825984598459865985598859885988598959905990599159925991599159925992599459945994599459935994599459965997599759975997599759965996599759975996599459945996599459925991

' 599159905988598759735968596759645951593759?.158985857S818531526941671

CH42POT1

JO mm i(mm)

02020202

• 0.3030.30.30.30.30.30.40.40.40.40.40.4OS0.50.50.50.60.60.60.70.70.70.80.8121.41.41.41.51.51.6222.32.52.93.33.54.04.14.74.85.45.96.16.76.77.58.18.99.6

10.311.011.712.513.314.315.115.717.619.120.622.123.725.527.429.531.934.535.041.145.550.155.462.070.471.61&3•2.7-5.4

CH43P0T2

h30mm(mm)

0.40.50.40.50.50.50.50.50.50.50.60.60.60.60.60.60.60.70.70.70.70.80.80.80.80.90.90.91.01.01.11.11212121.61.91.92.02 22.62.63.03.33.73.84.44.95.46.06.37.07.78.49.19.8

10.010.612.313214215.416.517.819220.722223.824.028.030.432.935.839.042.947.252.158.666.070.483.765£10.65.1

CH44 CH 70POT3 STRAIN 1 .AXIAL(mnrt

0.60.70.70.70.70.70.70.70.70.80.80.70.70.80.80.80.90.80.90.90.90.90.90.90.90.90.90.90.91.01.01.11.11.31.31.31.31.31.31.41.41.51.51.61.61.71.71.81.91.91.91.92.02.1222 22.32.52.52.52.52.62.72.82.93.03.1323.33.43.43.53.63.83.94.04.04.24.4

-3.9-3.9&a-3.9-3.8

-30 mm

0.070.070.070.070.080.080.090.090.090.080.090.100.100.120.120.120.120.130.140.140.140.160.170.170.190.190210230230.340.390.390.400.410.430.450.610.640.720.810.940.991.121.161.321.371.541.671.721.881.902.122.302.512.702.913.113.303.523.774.044284.464.975.405.826266.717227.758.369.039.779.91

11.6212.8914.1815.6717.5619.9220.27

5^6.-0.77-1.52

CH71 CH72 CH45 CM 46STRAIN 2 STRAIN 3 PRIMRY 2NDRY•30 mm

TO0.120.140.120.140.140.130.140.150.150.140.160.170.170.170.170.180.180200200210210220230230230240250260270280.300.320.330.340.340.460.520.540560.620.720.740.860.921.051.081251271.531.701.791.992.172.372.582.772343.013.473.754.014.374.665.045.435.856286.756.797.938.609.32

10.1211.0412.1313.3714.7516.5718.6719.9123.70

3.001.44

AXIAL ITO0.1470.1470.1470.1470.1470.1470.1470.1620.1770.1770.1620.1620.1770.1770.1770.1920.1770.1920.1920.1920.1920206020602060206020602060206022102210236025102800295028002950295029502-1002-1002240224025403540268036803980.4130.4130.4270.4270.4420.4720.4860.4860.516054505450560056005750.6040.6190.6490.6630.6780.7070.7220.7520.7660.7810.8110.8400.8700.8840.8990.9290.9730.870

-0.870-0.870-0.970-0.870-0.855

^OWER VOLTS(VW1108.7108.7108.6108.6108.8109.11095109.91103110.7111.1111.6112.011i4112.9113.4113.9114.4114.81152115.5115.9116.3116.7117.11175117.9118.3118.7119.1119.5119.9120.1120.5120.8121.1121.4121.6121.9122.0122.0122.11222122.4122.4122.5122.6122.6122.7122.7122.8122.8122.8122.9122.9122.9122.9122.9122.9122.9122.9122.9122.9122.8122.9123.0123.0123.112321232123.3123.31233123.3123.3123.3123.4123.5123.6123.6123.73232123.7123.7

(VI5.95.9S.95.95.96.06.06.06.06.06.06.06.06.16.16.16262626262626262626.3626.36.36.36.36.36.36.36.36.3636.36.46.36.46.46.46.46.46.46.46.46.46.46.46.46.46.46.46.46.36.46.46.46.46.46.46.46.46.46.46.46.46.46.46.46.46.46.46.46.46.46.46.46.4SA6.46.4

CH47PFUMRYVOLTS

M559.0559.05583559.0559255935605561.1581.9562.6563.056X9564.756S.05653S66.4566.9567.7568.05682568.6569.4569.95703570.9571.45722572.5573.3573.7573.7573.7573.7574.4574.657525755575.7575.9575.9575.5575.9576.1576.3576.1576.3576.3576.3576.35763576.3576.3576.3576.557a757655763576.1576.15763576.1575.9575.75755575.7576.1576.35763576.3576.7576.5576.1576.3576.3576.1576.1576.3576.3576.3S76.3576.5SZ6JL576.1576.3

CH48 CH54 CH51PRIMRY PRIMRY VOLTx POWER CONTRLAMPS POWER(Amp)

350.6350.6350.43503350.4350.635123S1.9pfag35323535354.43553356.0356.6357235753585359.1359.4359.9360.3360.9361.53615362.6363.1363.73642364.6365.1365.5365.9366.4366.9367.4367.8368.03682368.3368.1368.13682368.4368336833683368.336823682368.13682368.1368.13682368.1368.1368.0367.9368.0368.0367.9367.9367.8367.8367.8367.9367.9368.0368.13682368.1368.1368.0367.9368.0368.0368.0368.1368236823SBJÎ368.4368.6

(KWJ108.6108.6108.6108.6108.9109.4110.11105111.0111.4111.9112.4112.9113.4113.71142114.71152115.4115.7116.0116.4116.9117.3117.61182118.5118.9119.2119.6119.71202120.4120.91212121.5121.8121.9122.0121.8121.8121.8122.11222122.1122212221222122.1122.11222122.2122.1122.3122.412221222122.1122.1122.1122.1122.1122.1122.0122.1122.4122.4122.4122.5122.6122.6122.4122.5122.5122.5122.6122.7122.8122.9123.0123.0i2Z3122.8123.0

AMPS FACTOR(kWl196.1196.0195.8195.8195.91962196.8197.4198.0198.71992199.8200.6201.1201.72023202.9203.5204.02042204.6205.1205.7206.1206.62072207.72082203.3209.1209.4209.7209.9210.4210.82113211.7211.8212.0212.1211.8212.0212.1212.3212221222122212221222122212.12122212.12122212.32122212.1212.0211.9212.1212.0211.9211.8211.7211.7211.9212.0212.0212.12122212.2212.0212.1212.1211.9212.0212.1212.1212.12122212.22122.212.2212.4

(-1055055QJ5S0550560560560560560560560560560560560560570570570570570570570570570570570570570570570570570570580580580.580580570570570580580580580580.580580.580580.580580.580580.580.580.580580580580580580580580580580.580.580.580.580.580.580.580.580.580.580.580.580.580.58osa0.580.58

VOLTS(V)

S£Z522522523524525527527528529530531S325335345355375375.385385395.405.415.425.435.445.465.465.475.485.49550551552553S535535.535535535535535.535535535535535535535535535535535535535535535535535535535535535.535.535535.535535.535.535.535.535.535.535.535.535.535.535.535.53553£535.535.53

-C65-

1400

1200

1000

800

600

400

200

T12 MID PT. OD - 830 DEG <T86 MID PT. OD - 845 DEG TP K <Tl MID PT. OD - 0 DEG(TOP) <T25 MID PT. OD - 15 DEG TP K <T2 MID PT. OD - 80 DEG <T26 MID PT. OD - 45 DEG TP K <

INC.52> STERN LABORATORIES12) cotnn ballooning14) 9-SEP-19941> Point: 203 Incr; 115)2)

8 10 12

TIME <s>

14 16 18 20

1400

1200

1000

800

600

400

200

T3 MID PT. OD - 60 DEG <T27 MID PT. OD - 75 DEG TP K <T4 MID PT. OD - 90 DEG <T28 MID PT. OD - 105 DEG TP K <T5 MID PT. OD - 120 DEG <T29 MID PT. OD - 135 DEG TP K <

16> STERN LABORATORIES INC.8) cotnn ballooning17> 9-SEP-19944) Point: 203 Incr: 118)5)

8 10

TIME <s>

12 14 16 18 20

A

uVUl

a,

1400

1200

1000

800

600

400

200

A

u

es

-C66-

T85 MID PT. OD - 315 DEG TP K <Til MID PT. OD - 300 DEG <T84 MID PT. OD - 285 DEG TP K <T1O MID PT. OD - 270 DEGTS3 MID PT. OD - 255 DEG TP K <T9 MID PT. OD - 240 DEG (

11> STERN LABORATORIES INC.24) coos ballooning10> 9-SEP-1994

< 23> Point: 203 Incr: 19)

22)

I1i8

8 10

TIME <s)

12 14 16 18 20

II

MID PT.MID PT.MID PT.MID PT,MID PT.MID PT.

ODODODODODOD

- 225 DEG TP K < 7) STERN LABORATORIES INC.- 210 DEG (21) comm ballooning- 195 DEG TP K < 8) 9-SEP-1994-180 DEG < 40) Point: 203 Incr: 1- 165 DEG TP K < 6)- 150 DEG < 19)

8 10

TIME <s)

12 14 16 18 20

-C67-

1400

1200 -

1000

eoo

600

400

200

T1ST14T15T16T17T18


IDIDIDIDIDID

0 DEG60 DEG

120 DEG180 DEG240 DEG800 DEG

< 5S> STERN LABORATORIES INC.< 27) comm ballooning< 28) 9-SEP-1994< 29) Point: 203 Incr: 1SO)

81)

8 10

TIME <s>

12 14 16 18 20

-C68-

u

i

1400

1200

1000

800

600

400

200

T19 - 120MM OD - 0 DEG < 82) STERN LABORATORIES INC.T20 - 60MN OD - 0 DEG < 83) coma ballooningT21 + 60MM OD - 0 DEG < 34) 9-SEP-1994T22 + 12QMM OD - 0 DEG C 35) Point: 203 Incr: 1

8 10

TIME <s)

12 14 16 18 20

Ul

a.

1400

1200-

1000

800

600

400

200

T23 - 120MM 0D - 180 DEG < 36) STERN LABORATORIES INC.T24 - 60MM OD - 180 DEG < 37) comn ballooningT38 + 60MM OD - 180 DEG < 88) «TSEP-1994T37 + 120MM OD - 180 DEG TP K < 13) Point: 203 Incr: 1

8 10

TIME <s)

12 14 16 18 20

-C69-120

100

eo

60

40

20

0

-20

P0T1 POTENTIOMETER 1P0T2 POTENTIOMETER 2

< m ) < 42> STERN LABORATORIES INC.<nn> < 4S> Ballooning Test

9-SEP-1994Point: 203 Incr: 1

8 10 12

TIME <s>

14 16 18 20

POT8 POTENTIOMETER 8 <mm> < 44) STERN LABORATORIES INC.Ballooning Test9-SEP-1994

Point: 208 Incr: 1

8 10 12TIME <s>

-cro-

30

25

20

15

10

5

0

-5

STRAN1 X STRAIN - POT1STRAN2 % STRAIN - POT2



8 10

TIME <s>

12 14 16 18 20

1.4000

1.2000

1.0000

0.80000

*0.60000

0.40000

0.20000

0.00000

-.20000

STRAN3 X AXIAL STRAIN - P0T3 < 72> STERN LABORATORIES INC.Ballooning Test9-SEP-1994

Point: 203 Incr: 1

8 10 12 14 16

TIME <s>

18 20

-C71-

I

9000

eooo

7000

6000

5000

4000

8000

2000

1000

PI SPECIMEN PRESS <kPa) < 41) STERN LABORATORIES INC.comn ballooning9-SEP-1994Point: 203 Incr: 1

8 10

TIME <s)12 14 16 18 20

03

900

600

700

600

500

400

300

200

100

YEVWLT PRIMARY VOLTSYEWAMP PRIMARY AMPSYEWATT PRIMARY WATTS

<V> < 47) STERN LABORATORIES INC.:(A) < 48) comm ballooning :<kW) < 54) 9-SEP-1994 ;

Point: 203 Incr: 1 -

j _ a.8 10TIME <s)

12 14 16 18

220

200

180

160

140

120

100

80

60

40

20

020

-C73-

BALLOONING OF CANDU PRESSURE TUBESTEST #4, POINT #203, SPECIMEN #4 (DEFECTED)

900

800

700

«I 600LU

IDZLUQ.

LU 500

400

300

12 s

200 1

0s


1-200 -100 0 100

DEGREES FROM TOP OF SPECIMEN

200

-C74-

900

800

700

g, 600UiDC

IDû.

tu 500

400

300

200


T—

B-

B-

- T -

-B--15.8 s

12s

9s

6s

-B

TTs—

= TOPT/Cs, B = BOTTOM T/Cs

-150 -120 -90 -60 -30 0 30 60 90AXIAL DISTANCE FROM MID PLANE (mm)

120 150

IS

-C75-

TEST#5

TEST POINT #220


Page

Instrumentation Ust C77

Test Data {6 Pages) C79






BALLOONING OE PkESSUEE


m i î 2?~•SUP-19M

SH FUNCTION

1 1252 1263 1274 1285 12961307 1318 1329133

10 13-111 13b12 13613 13714 1115 1216 1317 1418 1519 1620 OFF21 1822 1923 11024 Til25 11226T1327 11428 11529 11630 11731 1183211933 12034 12135 12236 12337 12438 13839 13940 -41 PI42 ran43 PCIÏ24 4 P 0 I 34b POWER46 VOLTS

«ID P î . (ID -«IB P î . OD -«IB P I . ÛD -«IB P I . OD -nui P I . OD -«ID P I . OD -NID P î . ÛD -«10 P I . OD -HID P î . ÛD -HID P I . 0 0 -HID P I . OU -«ID P I . OD -• 120HM OD -«ID P I . OD -HID P ï . OU -HID PT. OD -H1I) P ï . OD -HID P I . OD -HID PT. OD -BAB SWITCH, IHID P I . OD -HID P I . OD -HID P î . OD -HID P I . OD -HID P î . OD -HID PT. 10 -HID P I . IB -HID P I . ID -HID P î . ID -HID P I . ID -HID PT. E -CHAMBER WALLCHAMBER WALLt 60MM OD -+ 120HM OD -- 120KH OD -- 60HM ÛD -+ 60MH 00 -PRESSURI2EKSPARE

Î E S î : B a l l o o n i n s l e s t

l b DEG I P K45 DEG I P K7b BEG I P K

105 BEG I P K135 BEG I P K165 DEG IP X195 DEG I P K225 DEG I P K255 BEG I P K285 BEG I P K315 DEG I P K345 BEG I P K180 DEG ÎP K

0 BEG(TOP)30 BEG60 BEG90 BEG

120 BEG150 DEG

WVED TO CH52210 LEG240 BEG270 DEG300 BEG330 DEG

ODEG60 BEG

120 BEG180 DEG240 DEG300 BEG- TOP-BOt îOM

0 BEG0 DEG

180 DEG180 DEG180 DEG

WALL IEMP

SPECIMEN PRESS (kPa)POTENTIOMEIER 1 ( • • )POTENTIOMETER 2 < u )P0ÎEM IOMETER 3 ( M )«AIÎMEÎER (kU)SPECIMEN VOLT DROP (BÎK)

4? YEWLT PklttARY VQL1S (V)48 YEUAHP PRIMARY AHPÏi (A)49 YEUA1Ï PRIMARY UAÏ1S (kU)50 - SPARE

A

0.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.0000

101.3250-11.5503-13.8428207.3470

0.00000.00000.00000.00000.00000.0000

KIIKI:

B

1.000001.000001.000001.000001.000001.000001.00000l.OOOOO1.000001.000001.000001.000000.00000

130.00000130.00000130.00000130.00000130.00000130.00000

0.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.0000013O.00Q0Q130.00000130.00000130.00000130.00000

0.000000.000000.000000.00000

o.ooooo130.00000

0.00000876.89099-19.50000-19.50000-53.0550020.0000030.00000

150.0000080.0000060.000000.00000

220

c

0.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000

-0.1294680.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000

-C78-BALLOONING OE PRESSURE TUBE TEST

D A T A A C Q U I S I I ION

DATE: 27-SEP-1994 TESi: B a l l o o n i n g T e s t

CH fUNCTION

51 CV0LÎ CONTROL VOLTAGE (V)52 17 HID P I . 00 - 180 DEG53 ~ SPARE54 - SPARE55 -- SPARE56 — SPARE57 - SPARE58 - SPARE59 - SPARE6 0 - SPARE61 IMAXOD HAXIHUH HID P I . ÛD TEMP62 ODCHAN IHAXOD CHANNEL63 ÎAVGOD AVG. HID PT. OD TEMP64 IHAXID HAXIHUH HID P I . ID TEMP65 llfCHAK TMAXlb CHANNEL66 ÏMAXI HAXIHUH TOP TEMP67 TCHAN IHAXI CHANNEL68 IHAXB HAXIHUH BÛIÎOM IEHP69 BCHAN IHAXB CHANNEL70 SIRAN1 2 STRAIN - P0I171 SÎRAN2 2 SIRAIN - P0T272 SÎRAN3 2 AXIAL STRAIN - PÛT37 3 IAVGID AVG. HID P I . H) ILMP74 -- SPARE75 IM1N0D MINIMUM MID P I . OD IEMP76 ODHNCH ÏHINO0 CHANNEL77 IDIEOD DIE. HID P I . ÛD TEMP78 THINID MINIMUM HID P I . ID IEMP79 DKNCH IM1N1D CHANNEL80 ID If ID DIF. HID P I . ID IEMP81 IMINI MINIMUM IOP TEMP8 2 IMNCH TMIMI CHANNEL8 3 Ï M H DIE. TOP TEMP8 4 IMINB MINIMUM BOTTOM TEMP85 BMNCH IMINB CHANNEL86 IDIl'B DIf. BOIIOM IEHP8 7 TSAI SATURATION TEMP88 - SPARE89 - SPARE90 - SPARE

N o t e s R e a a r d i n a D a t a A c a u i s i t i o n C o n s t a n t s A,

In g e n e r a l .

C a l c u l a t e d V a l u e in E n g i n e e r i n g Units =

A

0.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.0000

B&C.

: A + B VH

CONS I AN

TOlHi:

B

1.00000130.00000

0.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.00000O.OOOQO

o.ooooo0.000000.000000.000000.000000.000000.000000.000000.00000

, C v 2

IS

220

c0.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000o.oooooo0.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000


- The ice bath referenced thermocouples (Channels 1-13) are linearized with a 9th order polynomial. The A termrepresents ice bath reference and the B term is the channel amplification.- The thermocouple modules (Channels 14-39) provide their own linearization and an analog output of either 0 to 5volts or 0 to 10 volts.- The voltage modules (Channels 41 - 43) provide the same output as the thermocouple modules.- For unused channels between 1 and 60. the A, B & C constants are set to zero.- Channels beyond 60 are used for calculations.

-C79-

TEST POINT #220 DATE: 27-SEPT-1994POSN.(mm)TIME

(s)0.00.1 '020.30.4"0.5"0.6'0.7'0.8"0.9"1.0"1.1 "1.2'\a'1.4"1 5 '1.6'1.7'15"1.9'2.0a f22'232.4"2.5'S.6'2.7'2.82.9'S.O"3.1"32'33'3.4353.6"3.7"3£'3 5 '4.0"4.1 '4.2"A3'A A'4.5"4.6"4.7'4.8"4.9"5.0'5.1 '52'S3'E.4'5.S"5.6"5.7"5.8"5.9"6.0"6.1"6.26.36.46.56.66.76.86.97.07.1127.37.47.57.67.77.87.9

-165 •150CH7 CH2tT31312.4312.2296.4299.5302.7307.03102313.9317.1320.4323.7326.8330.5333.5336.7340.1343.3346.8349.7353.3356.5359.93632366.5369.7373.0376.2379.6383.0386.6389.8392.9396.3399.6402.4406.14092412.6415.6419.1422.4425.5428.9432.14352438.5441.5444.74482451.4454.6458.0461.14642467.5470.8473.7476.9480.0483.1466.4489.5492.5495.5498.7501.7504.8508.0510.9514.0516.7519.7522.7525.5528.3531.0533.9536.6539.3542.0

T8305.1305.1305.1305.7308.0311.7315.5317.3317.4324.1327.8331.9335.533S.9342.4345.5346.83522352.7352.6361.1365.4368.9372.5375.83792382.6386.0389.1390.1389.939S.5402.6406.0409.4412.8415.74192422.4425.5427.9428.1433.8439.1442.6445.6446.9452.1455.4459.04622465.5467.1467.3472.6478.0461.4484.8468249124942497.35O0.6503.8505.3505.3511.6516.0519.3522.4525.35282531.1534.1537.1539.9541.05412546.9551.0

-135CH8T32318.13182308.7311.8315.3318.9322.4325.73292332.5335.7339.3342.4345.83492352.6355.7359.33622365.7369.3372.5376.13792382.5385.93892392.4396.1399.4402.8405.9409.3412.5415.44192422.6425.7429.0432.3435.5438.84422445.3446.6451.8455.0458.4461.7464.9468.3471.7474.7478.04812464.5487.6490.7493.6496.8600.05032506.3509.4512.4515.6518.4521.6524.8527.5530.5533.6536.6539.1542.2544.9547.7550.4553.0555.7

-120CH22

T9308.3308.5306.5308.7311.93152315.8315.8324.4328.7332.13352338.7342.3345.9349.6353.0354.0353.9361.73662369.5372.7375.6379.5383.1386.7390.3391.6391.6398.7403.4406.74102413.5416.9420.0423.4426.7429.9430.7430.9439.04432446.7449.9453.2456.4459.7462.94662469.4469.9470.147824822485.5488.7491.849524982501.4504.5507.850825082516.0520.1523.0526.1529.0532.1535.1538.0541.1544.0544.5544.5551.5555.2

-105CH9T33309.0309.7317.1320.3323.9327.1330.5333.73372340.6344.1347.5350.8354.3357.8361.3364.83682372.0375.1378.6382.1385.6388.9392.5396.1399.5402.84062409.4412.9416.3419.6423.4427.3430.1433.8437.0440.7443.84472450.8453.8457.5460.8464.1467.6471.0474.0477.4460.9483.7487.3490.4493.5496.7500.1503.4506.9510.0513.0516.3519.7523.1525.9529.4532.65352538.3541.S544.5547.3550.4553.4556.5559.3562.3565.2568.4571.4

-90CH23T10309.9309.9310.1311.1313.5316.9320.0323.6327.5S29.0329.0336.43402343.1346.7350.3353.7357.4361.1364.9366.5366.7372.8378.4381.8385.0388.3391.5394.8398.4402.1404.04042411.0415.7419.0422.4425.3428.7432.0435.4438.7441.84422444.4451.74552458.8462.14652468.7471.8474.9478.3481.1481.4464.0491.3494.7498.050125042507.4510.7513.65172519.6519.6522.75292532.4535.7538.6541.7544.5547.4550.3553.1555.5555.7

MID-POINT OD THERMOCOUPLES ("C)-75

CH 10T34312.6313.0327.8331.1334.7337.6340.9344.3347.73512354.43575361.3364.7368.3371.63745378.4382.1385.3388.83922395.6399.1402.6406.0409.6413.0416.3419.5423.1426.5429.9433.3437.14402443.6447.0450.5453.9457.3460.8464.1467.4471.0474.3477.6461.0484.1467.5490.8493.9497.4500.5503.8507.0610.3513.6517.1520.3523.4526.7529.8533.1536.1539.4542.7545.6548.7551.8554.9557.9560.8563.8566.9569.9572.7576.0578.9581.9

-60CH24T11311.8311.8311.6311.6314.5317.63212324.43273330.9334.3338.1341.03412346.4352235533592362.3365.5368.8371.9375.33782378.4383.3389.4392.8396.3399.5402.8406.0408.9412.5415.3415.4420.0426.3429.6433.0436.4439.B4432446.3449.6452.8454.6454.6460.9466.3469.7473.04762479.3482.6465.84892492.3493.8493.9600.1505.0506.4511.6514.9517.7520.9524.0526.95302531.3531.3537.7542.0545.15482551.0554.1556.8559.8

-45CH11T35313.1313.03152318.6321.9325.6329.03322335.7339.0342.3345.5349.0352.4355.8359.1362.5365.9369.3372.8376.0379.5382.73862389.6392.9396.4399.8403.0406.6409.9413.4416.7420.1423.4426.8430.0433.5436.8440.1443.6446.8450.4453.7456.9460.4463.7466.9470.3473.6476.7480.1483.3486.8490.0493.1496.4499.7503.0506.3509.5512.7515.9518.9522.1525.1528.0531.35342537.3540.5543.6546.6549.7552.4555.5558.5561.5564.5567.6

-30CH5TT123132313231323132316.3319.4xno3262326.7331.6336.3339.7342.834623493352.4356.6359.7362.1362.3368.13733376.7380.03832386.5389.7393.03962399.7400.0403.4410.1413.5416.9420.1423.7427.0430.5433.8437.4439.8440.1444.4450.5454.34575460.9464.3467.84712474.34775479.8479.9484.8490.5494.14975500.7504.0

•507.1510.3513.7516.8518.8518.9523.8528.9532.3535.4538.3541.4544.5547.4550.5553.4555.4555.55602

-15CH12T36315.1314.9312.0315.0318.0321.8325.1328.7331.6334.9338.0341.4344.7348.0351.0354.43575361.1363.7367.4370.6373.9377.4380.5383.6386.9390.1393.6397.1400.5403.8407.04105413.7416.1420242&3426.6429.9433.34365439.844324463449.6452.9456.1459.6463.04662469.3473.1475.9479.5462.4485.7488.94925495.1498.5501.9504.9508.1510.9514.3517.1519.95235526.6529.8532.7535.8538.9541.8544.7547.6550.6553.4556.1559.2

0CH14

T131453145314.53145317.6321.3324.63282331.4334.733753412344.7347.8348.3348.3356.9360.7364.6368.0371.6375.1378.4381.6385.1385.7385.7393.8398.1401.64052409.1412.4415.6418.9422.1422.6422.6431.0435.1438.5441.9445.3446.84522455.6456.8462.4462.9462.7471.5475.4478.7482.1485.5488.949224952498.7502.1502.4502.45112514.9518.0521.4524.7527.75312534.1537.3540.4540.6541.1549.0552.4555.4558.5561.4564.5

15C H IT25314.8314.7315.8318.8322.0325.3326.6332.1335.33385341.93452348.73S2.0355.33585362.0365.3368.7372.1375.4S78.7362.0385.6388.9502.4395.7399.0402.3405.94092412.6415.9419.4422.94262429.4432.94362439.8442.9446.4449.6453.0456.44595463.14662469.747254762479.4482.7486.0489.4492.6495.8499.1502.4505.6506.9512^515.6518.8S21.9525.3528.3531.4534.3537.4540.6543.7546.7549.8552.75SS.9558.9561.6564.7567.8

30CH15

T2312.3312.4312.6312.7312.6318.1321.7325.1328.33315335.53385342.3345.934653465354.5358.7362.0365.1368.5372.1375.63792382.3383.4383.63912395.3398.7402.0405.1408.3411.6415.1418.4421.8422.1423.3431.5435.343854415444.94485451.5454.645824615461.84632471.0474.9476.0481.04842487.5491.0494.3497.4500.3500.6502.65102513.8517.0520.0522.9526.0529.1532.0535.4538.05382541.1547.3550.5553.4556.4559.5

45CH2T2631023095305.3308.4311.9315.3318.5322.0325.3328.4331.7335.1338.4341.7345.1348.43515355.0358.1361.4365.03682371.6374.93782381.5364.9388.0391.7395.03982401.6404.8408.1411.3414.8418.1421.3424.8428.0431.3434.6437.8441.14442447.7450.9454.4457.5460.4463.8467.1470.1473.4476.6480.0483.1486.4489.549254956499.05022505.3508.4511.4514.4517.4520.5523.5526.6529.6532.6535.4538.5541.4544.2547.0549.9552.8

60CH16

T33085308.5308.6308.5311.4314.7317.6321.0324.4327.7330.93312337.13415344.9348.1351.4355.03582361.6365.0368.5369.4369.4376.6381.5384.7388.1391.4395.1398.4401.8405.0408.440924092416.7421.3424.8427.94312434.8438.0441.3444.74475448.7448.7455.7460.4463.8467.3470.4473.6477.0480.4483.4486.4487.4487.4494.9499.0502.4505.3508.4511.6514.7517.3520.45232523.3526.3532.8536.2539.15422544.9547.9550.5553.4

TEST POINT #220 DATE: 27-SEPT-1994

-C82-

TEST POINT #220 DATE: 27-SEPT-1994POSN(mm)TIME

(s)8.0S.1828.38.48.58.6&7838.9g.o9.18 39.3S.49.59.69.79.69.9

10.010.110510.310.410.S10.610.710.810.911.011.111.211.311/411.511.6t1.711.811.912.012.112212.312.412.512.612.712.812.913.013.113.213.313.413.513.613.713.813.914.014.14.214.314.414.514.614.14.14.15.15.15.215.15.15.15.15.15.15~16.

75CH3T27555.9558.9561.4564.4567.35705573.0575.9578.8581.5584.5587.5590.5593.5596.6599.4602.5605.5608.6611.7614.8617.9620.9623.9627.0630.0633.0636.0639.1641.9645.0648.0650.9653.7656.66593662-2664.8667.7670.4673.1675.8678.3681.2683.8686.5689.2691.9694.6697.3699.8702.5705.3707.9710.6713.2715.8718.4720.9723.5726.1728.8731.4733.6736.2738.6741.2743.8746.2748.6751.0753.6755.9758.4761.0763.5849.7764.2763.0752J.759.2

90CH17

T4550.5555.2558.3561.2564.0566.9569.45726575.2578.1578.6578.6585.8589.5593.1596.0598.9602.2605.1608.0611.0611.3611.4618.9622.5625.7628.8631.8634.7638.36415644.3646.5646.7650.6655.8658.9661.3664.3667.0669.5672.4674.8677.6679.4679.5684.1688.56915694.0696.66995701.8704.4707.0709.6710.9711.1716.47205722.9725.5727.8730.6733.0735.8738.4740.8741.9741.9747.1750.4753.0755.4757.7760.1762.4766.7766.5764,5764.5

MID-1105CH4T28572.3575.1577.9580.5583.6586.3589.3592.05943597.7600.4603.4606.4609.4612.3615.1618.0621.0624.1627.0630.0632.9636.1639.1642.1645.3648.1650.86545656.9660.0662.8665.8668.56713674.1676.9679.1682.4684.9687.8690.3693.0695.6698.4700.9703.3706.3709.0711.5714.2716.8719.3721.77245726.9729.3732.1734.1736.8739.4741.6744.5746.97495751.7754.2756.5758.9761.6763.8765.9767.8770.3772.6774.9782.8769.3768.3Z5&Z769.2

KXNTOO120

CH18T5550.8553.35565559.15625565.1567.9588.5568.7575.0578.8581.7584.55875590.15935596.3599.6600.7600.9606.7611.4614.7617.6620.7623.6626.7629.8632.7635.8636.8636.8643.1647.4650.4653.0656.1658.7661.5664.3667.0669.6670.3670.4676.86805682.8685.5688.0690.7693.3695.9698.5701.3701.8702.0707.8711.5714.1716.6719.0721.87245727.1729.4731.97325732.0738.7741.9743.7746.5747.6750.7752.8755.1757.5758.5758.7751.9751.2

T/Cs (CONT.)135CH5TJ9572.0574.8577.5580.15835585.9588.7591.6594.3597.0599.9602.8605.7608.7611.5614.76175620.3623.3626.3628.9631.9635.4638.1641.0644.4647.1649.9653.1656.0659.1661.9665.0667.7670.8673.36765678.5681.66845687.1689.6692.1694.6697.4699.9702.4705.3708.1710.6713.3715.8718.5720.9723.3726.1728.6731.3733.5736.3738.9741.1744.0746.4748.8751.4753.8756.0758.3760.7762.8764.9767.17695771.3773.4777.5767.1762.31SZZ760.8

150CH19

T6552.1554.9558.1561.1564.0566.7569.557235725573.1579.4582.8585.6588.5591.6595.0597.6601.0604.0605.3605.3611.4615.8619.1622.3625.1628.0631.3634.3637.3640.4641.26415648.06515654.7657.66605663.0665.6668.3670.8673.5674.3674.3680.5683.9686.7689.4692.0694.66975699.8702.47055705.5705.7711.9715.0718.0720.6722.9725.4728.0730.7733.3735.6736.6736.7741.9744.5746.7747.8750.7752.8754.5756.4739.3743.47460749.3

165CH6T30565.1567.9S70.8573.3576.3579.0581.8584.5587.4590.3593.05955598.6601.7604.5607.5610.16135616.3619.46225625.3628.5631.4634.6637.6640.5643.5646.6649.5652.4655.5658.5661.36645666.8669.76725675.1677.6680.3683.1685.6688.4691.1693.4696.1698.9701.47045706.7709.4711.9714.4716.8719.5722.0724.8727.1729.7732.3734.87373739.97425744.5746.4748.0749.7751.6753.2755.37575759.17615763.1967.4777.9753.8152A750.6

180CH52

T7551.355135575561.4564.35665569.7572.65753578.058055833584.0585.0592.1595.7598.4601.56043607.4P10.361356165616.56163624.4628.0631.4634.7637.6640.5643.5646.4649.3650.1650.1656.5660.0663.0665.66685670.9673.9676.56795681.8682.3682.3688.8692.1695.0697.4700.0702.8705.4708.1710.7713.3713.8714.0720.3723.67265728.8731.4733.8736.4738.5740.5741.8741.9741.9747.0748.97505752.755.755.756.Z5i2748.

MID-POINT ID THERMOCOUPLES ('Q-120CH30T17546.654955493549.7557.0560.1563.65655569.8572.65755577.6580.9583.6583.85883592.4595.5598.6601.5604.4607.9611.3614.5616.3616.5fOOO

625.9629.8632.9636.163956415643.9646.9650.3651.6651.6657.4660.0662.8665.5668.3671.6674.56775680.3683.3683.4683.9689.8693.5696.4698.7701.6703.6707.5709.97135716.1716.3716.4723.6726.8729.3731.7732.7732.8734.S736.9738.8741.6741.8741.8746.0746.6748.6734.6282.2

131.0

-60CH31T185575558.5558356335695572.1575.4578.3581.0584.0587.1590.1592.7593.7593.7600.7604.8607.5610.6614.0617.16205623.3625.962956295629.3638.1641.7644.4647.5650.4653.7656.5659.4662.0664.6664.9665.1672.7676.3679.0681.3683.86863689.3692.0695.3697.969856985705.4708.67113714.0716.6719.4722.07255727.87305730.4730.4737.6740.87435745.8748.4750.97535755.8756.9758.7759.0759.0759.3761.6785.5854.6asoi861.1

0CH53T135615564.55675569.85735576.0578.9582.0584.1584.3589.0595.05983601.46043607.1610.3613.4616.6620.1621.062156285632.7636.0639.164256455648.0651.4654.5657.4657.9658.16645668.5671.4674.3677.3679.9682.5685.4688.36915691.6691.7699.0702.5705.5708.37115713.8716.47195722.0724.772557255732.4735.4738.4740.8743.9746.3749.1751.9754.6757.5757.9759.5765.7768.87715774.1776.6776.9777.0739.8606.1579.7576.7

60CH27T14545.6548.7551.1553.95563557.15573564.5567.7570.5573.45763578.6581.7584.9588.0590.9591.1593.16005602.86065609.5612.6615.3619.1622.36255628.0628.0630.66373640.5643.6646.5649.36525655.1657.6660.3662.1662.3664.9670.96745676.8679.0681.8684.1687.06905692.5694.8695.0697.7703.17065708.9711.9714.6716.77195721.6724.1726.7726.8727.6733.3735.9737.9740.1742.1745.0747.5747.6747.5749.6749.9594.5157.7128.3

120CH2B

T15542.0545.1547.7548.45483554.9558.1561.4564.656755705572.9575.0578.4581.758255825589.3592.1595.0597.3599.96035606.4609.5612.3616.8617.5620.7627.0630.0632.9635.8637.9640.4643.9647.5650.36535653.7657.4661.3664.4665.9669.0671.76745676.9679.9682.0685.1685.4689.9693.4696.0698.4701.0703.6706.0707.0710.3712.4715.9716.4720.57245725.4727.3728.5731.4731.5734.0737.4739.3740.0740.0743.9745.5745.7745.5745.5

180CH29T16541.4543.854635493550.8551.05563560.45613564.5568.0572.4575.5578.8581.05815584.6584.8591.15955598.8602.0605.3608.8611.6614.8617.6620.7621.3621.5626.1629.3632.1634.8639.5642.5645.4648.86525655.06553655.3663.3665.46673670.3672.9676.1679.0681.66845686.8688.1688.36933696.6699.4701.8704.6705.0707.5711.714.3717.4717.9717.9715.3715.715.0716.719.719.720.721.723.724.724.724.725.Z2A9.724.

WALL0

CH32T19101.8101.8101.6101.6101.6101.91015102.1102.1102.11015102.1101.9101.9101.9101.9102.1102.31023102.3102.41023102.4102.4102.3102.3102.6102.7102.6102.6102.6102.7102.6102.7102.6102.6102.9102.9102.9103.1103.1102.9103.1102.9102.910331035103.4103.4103.4103.41035103.6103.6103.7103.6103.7103.6103.6103.6103.7103.9104.0104.0103.9104.0104.0104.01045104.4104.4104.41045104.4104.7104.7104.7103.496.9

J2ÎL5131.7

T/Cs180

CH33T20

90.991591.491.791.791.794.094.394.394.694.694595397.097597.497597.598.7

100.0100.099.8

100.3100.5102.1102.6102.9103.1102.9105510551055105.7107.1107.9107.9108.1109.411051105110.51125112.8113.011331153115.6115.71163117.8117.8117.7120.3120.41203122.7122.9123.0125.0125.3125.5127.6127.8127.9130.4130.5131.0133.0133.1135.1135.6136.1138.01385136.2141.1141.6164.2211.1P07.1215.8

-C83-

TEST POINT #220 DATE: 27-SEPT-1994>OSNmm)HME:fs)0.00.10 50.30.40 50.60.70 5031.01.1151.31.4151.61.7151.92.02.12 52J32.42 52.62.72.82.93.03.135as3.43.53.63.73.83.94.04.14 5434.44.54.64.74.84.95.05.155555.45.5.65.75.5.6.6.656.6.6.6.6.6.6.7.7.727777777

CH41PI

RESS.TiFa)

60456045604460446044604460446044604560446044604460456047604760466047604660466047604760476048604960496048604960486049605060506050605060516050605260526053605260536053605360556056605660566057605760586058605860586059605960606061606160626062606160616063606360646064606760676065606760676067606960696069606960706071607160716071

CH42POT1

CH43POT2

•30 mm +30mm(mm)

0.000.00

-0.020.02

• 0.020.020.020.020.020.020.050.050.100.070.070.100.070.070.070.070.100.120.120.120.120.120.150.120.150.150.120.120.120.150.150.120.120.120.170500.170.170500.170.170.170500.170500500.170.170520520520520540520520520540520520540570590590570570570570570590590570.320.340.320.340.32

(mm)0.000.000.000.000.000.000.020.050.050.070.070.070.050.050.100.100.120.100.100.100.070.100.120.150.150.150.150.120.150.150.150.150.150.150.150500500500500500.170500500520500500500500500540540520540540540540540570590590590590590590590.340.370.340.370.370.370.340.340.410.410.390.390.410.440.44

CH44 CH70 CH71 CH72 CH45 CH46 CH47 CH48 CH54 CH51POT3 STRAIN 1 STRAIN2 STRAIN3 PRIMRY2NDRY PRIMRY PR1MRY PR1MRY VOLTx POWER CONTRLAXIAL(ran)

0.000.000.000.000.070.070.000.000.070.070.070.130.130.070500.130.130.130500.130.130500500500500500570500570500570570.330230.330.330.330.330.400.330330.330530.330.400.400.400.460.460.460.460530530.600.530.600.600.600.600.600.600.600.600.600.600.600.600.600.600.600.660.600.660.600.660.660.660.660.660.66

•30mm +30mmOil

0.000.00•0.010.010.010.010.010.010.010.010.010.010.030.020.020.030.020.020.020.020.030.030.030.030.030.030.040.030.040.040.030.030.030.040.040.030.030.030.050.060.050.050.060.050.050.050.060.050.060.060.050.050.060.060.060.060.070.060.060.060.070.060.060.070.080.080.080.080.080.080.080.080.080.080.080.090.100.090.100.09

f%)0.000.000.000.000.000.000.010.010.010.020.020.020.010.010.030.030.030.030.030.030.020.030.030.040.040.040.040.030.040.040.040.040.040.040.040.060.060.060.060.060.050.060.060.060.060.060.060.060.060.070.070.060.070.070.070.070.070.080.080.080.080.080.080.080.080.100.100.100.100.100.100.100.100.120.120.110.110.120.120.12

AXIAL POWER VOLTSfX)0.0000.0000.0000.0000.0150.0150.0000.0000.0150.0150.0150.0290.0290.0150.0440.0290.0290.0290.0440.0290.0290.0440.0440.0440.0440.0440.0590.0440.0590.0440.0590.0590.0740.0740.0740.0740.0740.0740.0880.0740.0740.0740.0740.0740.0880.0880.0880.1030.1030.1030.1030.1180.1180.1330.1180.1330.1330.1330.1330.1330.1330.1330.1330.1330.1330.1330.1330.1330.1330.1330.1470.1330.1470.1330.1470.1470.1470.1470.1470.147

f«.W)37537 351583.695.3

101.0104.8106.01075108.31095110.0110.61115111.7112.1112.4112.7112.91135113.4113.5113.6113.8114.11145114.3114.4114.5114.6114.7114.7114.7114.8114.9115.0115.1115.11155115.3115.3115.3115.31155115511551155115.111551155115511551155115.3115.3115.3115.3115.3115.3115.3115.4115.4115.4115.3115.3115.3115.3115.3115.3115.3115.4115.4115.4115.4115.3115.3115.3115.3115.3115.4

(Vi0.90.93.44.8S35.55.65.65.65.65.65.65.65.65.65.75.75.75.75.75.75.75.75.75.75.75.85.85.85.85.85.85.85.85.85.95.95.95.95.95.95.95.95.95.95.95.95.95.95.95.95.95.95.96.06.06.06.06.06.06.06.06.06.06.06.06.06.06.06.06.06.06.06.06.06.06.06.16.06.1

VOLTS<V)16251625326.34795536.7560.9568.8571557235735573.5573.7573.7573.5572£573.157355735572.7572.9572.9573.1573.1573.1573.3573.3573.7573.8573.7573.8573.5573.5573.5573.5573.7573.8573.7573.7573.5573.5573.5573.1572.9572.7572.55725571.8572.05725572.0572.0571.8571.8571.8571.6571.6571.4571.4571.4571.4571.6571.6571.4571.0570.8570.8570.8570.7570.8570.8571.0570.8570.8570.7570.5570.1570.1570.3570.3570.5

AMPS POWER AMPS FACTOR(Amo)

41.841.7

177.0306.6352.3371.5375.9376.7376.7376.537653765375.9375.73755375.0375.0374.6374.0373.9373.73735373.3373.1373.0373.0372.9372.7372.537253715371.43715371.0371.0370.9370.6370.3370.1369.83695369.1368.7368.3367.9367.3367.1366.9366.8366.53665366.0365.7365.53655385.0364.8364.6364.3364.33645364.0363.73635362.8362.6362.6362.3362.3362.0361.9361.8361.6361.4361.0360.7360.6360.5360.4360.4

(kW2.52 5

33.697.1

115.4119.41175115.3114.9114.6114.6114.6114.61145114.4114.4114.6114.6114.3114.41145114.6114.6114.6114.9114.9115.11155115.11155115.1115.0115.1115.11155115.4115.4115.3115.4115.4115511551155115.0114.9114.9114.9114.9115.0115.0114.9114.9114.9114.9114.9115.0114.9115.0114.9115.011551155115.0114.9114.9114.9114.9114.9114.9114.9115.0115.0115.0114.9114.8114.8114.9114.9114.9114.9

flrtV)6.86.8

57.8147.1189.1208.4213.8215.3215.8215.8215.8215.8215.6215.4214.9214.9215.0214.721452145214.1214.0213.9213.8213.8213.8213.9213.9213.7213.62135213.0212.9212.7212.8212.8212.6212.42125212.0211.9211.52115210.9210.6210.1209.9209.8209.8209.6209.42095209.1209.0208.7208.6208.4208.3208.1208.12085208.0207.8207.4207.1207.0207.0206.7206.8206.6206.6206.5206.42065205.9205.6205.6205.6205.5205.6

/•>0.370.370.580.660.610.570550.540530530530530.530.530530530530.530530530.530.540540.540.540.540.540.540.540.540.540.540.540.540.540.540.540.540.540540.540.540.550.550.550.550.550.550.550.550.550.550.550.550.550.550.550.550.550.550.550.550.550.550.550.550.560.560.560.560.560.560.560.560.560.560.560.560.560.56

VOLTS(V)1.9405

2585.495535.53555552552£525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525535535525525525525.235.22

-C84-

TEST POINT #220 DATE: 27-SEPT-1994POSN(mm)TIME_Jsl_

e.o6.18 26.38.48.58.68.78.88.99.0S.19.29.39.49.5S.69.79.69.9

10.010.110.210.310.410.510.610.710.810.911.011.111.211.311.411.511.611.711.811.912.012.11221 i 312.412.512.612.712.812.913.013.113213.313.413513.613.713.813.914.014.114.214.314.414.514.614.714.814.915.015.115.215.315.415.51S.615.71S.815^16.0

CH41PI

PRESS.(VPaï

60736073607360736073607360746075607560766078607860786078608060306080608160826084608360856086606660866088609060916093609360956095609660976097609760996099610261026103610261046105610461056104610561076107610661066106610761066107610661076105610561056102610261026101609760976083608260826080606860576037601459865947588756615S2S1958

CH42POT1

-30nvn(mm)

0.340.320.340.34

• 0.370.390.370.440.440.460.460.460.460.510.510.590.590.630.660.680.730.730.760.800.850.900.981.021.101.151.611.761.801.832.172.442.492.973.123.443.783.834.514.615.005 V6.06.6:6.907.638298.929.60

10.2110.9211.0712.6013.5514.5815.8917.1118.3619.7021.2823.0124.7725.0428.9631.8134.6237.6941.5645.8850.7356.9264.8274.0179.6271.33

-7.31

CH43POT2

+30 mm(mm\

0.440.440.490.490.540.560.560.630.610.660.660.660.660.710.760.760300.800.850.850.680.900.950.950.951.001.051.101.151.221.271291.851.951.951.972.492.612.933223273.904.074.585.105.176.006.397.197.588.318.959.65

10.4111.1911.9912.9213.9015.1616.5817.85192120.67222824.0426.0628.0830.3830.6936.1039.9344.1048.5954.0060.5368.3678.7294.7185.3748J3229.91

CH44 CH70POT3 STRAIN 1 .AXIAL^mm)

0.660.660.730.730.800.800.800.800.860.860.860.860.930.930.990.930.990.990.990.991.061.061.061.061.131.061.131.191.131.191.191.331.331.331.461.461.461.531.591.661.661.721.791.861.921.992.062.12Z122.192.322.392.392.522.592.722.792.792.922.983.053.183253.32

: 3.453.653.783.854.054.054.314.444.584.714.84

• 4.97-4.51-3.98-3.25^ 2 1-4.51

-30 mm(%1

0.100.090.100.100.100.110.100.120.120.130.130.130.130.140.140.170.170.180.190.190210210210230240260280290.310.320.460.500.510.520.610.690.700.840.880.971.071.0S1281.301.411.591.751.871.952.16Z3S2.522.722.893.093.133.573.844.134.504.845.195.576.026.517.017.088209.009.80

10.6711.7612.9814.3616.1118.3420.9422.5320.184.66

•2.07

CH71 CH72 CH45 CH46STRAIN 2 STRAIN 3 PRIMRY 2NDRY+30 mm

0.120.120.140.140.150.160.160.180.170.190.190.190.190200210210230230240240250260270270270280.300.310.320.340.360.370.520.550.550.560.700.740.830.910.921.101.151.301.441.461.701.812.032.15£352.532.732.953.173.393.663.934294.695.055.445.856.306.807.377.958.608.68

102211.3012.4813.7515.2817.1319.34222726.8024.1612M8.46

AXIAL

0.1470.1470.1620.1620.1770.1770.1770.1770.1920.1920.1920.19202060206022102060221022102210221023602360236023602510236025102650251026502650295029502950.3240.3240.3240.3390.3540.3680.3680.3830.3980.4130.4270.4420.4570.4720.4720.4860.5160.5310.5310.5600.5750.6040.6190.6190.6490.6630.6780.7070.7220.7370.7660.8110.8400.8550.8990.8990.9580.9881.0171.0471.0761.105

-1.002•0.884•0.722-0.870-1.002

POWER VOLTS

115.4115.4115.311521152115.1115.0115.0115.1115.3115.61153116.1116.4116.8117.4117.9118.4118.8119.3119.71202120.7121.1121.6122.0122.4122.8123.1123.5124.0124.5125.1125.5125.8126.01262126.3126.5126.6126.6126.7126.7126.8126.9127.11272127.3127.3127.4127.4127.5127.4127.4127.5127.6127.6127.7127.7127.7127.7127.7127.8127.8127.8127.8127.8127.8127.8127.8127.9127.9127.9128.0128.0128.11282126.3124.4124 1124.5

(V)6.16.16.16.06.16.06.16.16.16.16.16.162626 26 26 26262626.36.36.36.36.36.36.36.46.46.46.46.56.56.46.56.56.56.56.56.56.56.56.56.56.56.56.5656.56.56.56.56.56.56.56.56.56.56.56.56.56.56.56.56.56.56.56.56.56.56.56.56.56.56.56.56.67.88.0

ra7.7

CH47PRIMRYVOLTS

(V)570.5570.3569.7569.5569.35692569.05692569.35635570.5570.7571.05713572.3573.5574.0S74.4575.5576.5577.65782578.3578.7579.5579.85802581.0581.5582.1582.55832584.058425S4.35842584.3564.3584.5584.3584258425842584.3584.7584.9585.1585.3585.3584.9584.9584.9585.1584.9585.1585.3585.3585.3585.3585.3584.9585.3585.3585.3584.9584.9584.9584.7584.7584.7584.75843584.7584.7584.7584.9584.9579.7575.9525^9577.0

CH48PRIMRYAMPS(Arac)

360.4360.0359.53592359.0358.7358.3358.3358.6359.0359.6360.1360.43612361.8362.8363.3363.7364.5365.4366.3367.1367.3367.8368.4368.7369.0369.4370.0370.7371.6372.6373.4373.7373.6373.7373.6373.6373.7373.5373.4373.3373.3373.3373.4373.6373.6373.7373.6373.5373.5373.4373.137323732373.3373.3373.4373.3373.33732373.13732373.3373.1373.1373.1372.9372.9372.9373.0373.1373.0373.1373.13732373.3340.1313.0310.7315.5

CH54PRIMRYPOWER

IMV)115.1114.9114.7114.6114.6114.4114.3114.41143115.1115.6116.01162116.9117.3118.01185118.7119.4120.0120.71212121.3121.71222122.4122.7123.0123.5124.1124.7125.5126.0126.11262126.11262126.3126.312621262126.11262126.3126.5126.6126.7126.6126.8126.6126.7126.8126.6126.6126.7126.8126.9126.9126.9126.9126.8126.9127.0127.0126.9126.9126.9126.9126.8126.9126.9127.0127.0127.1127.21272127.4122.1118.7121.6123.9

VOLTxAMPSfkW)205.6205.3204.8204.6204.4204.1203.8203.9204.1204.6205.1205.5205.8206.5207.0208.0208.5208.9209.8210.6211.52122212.4212.8213.4213.8214.1214.6215.1215.8216.4217.3218.0218.3218.3218.3218.3218.3218.42182218.1218.0218.0218.1218.3218.5218.6218.7218.6218.4218.4218.4218.3218.3218.3218.5218.5218.5218.5218.5218.3218.4218.4218.5218221822182218.021S.0218.0218.12182218.1218.1218.1218.3218.3197.1180.2178.9182.0

CH5IPOWER CONTRLFACTOR

{-\0.560.560.560.560.560.560.560.560.560.560.560.560.560570.570570.570.570.570.570.570.570.570.570.570.570.570.570.570.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.560.580.580.580.580.580.580.580.580.580.580.580.580.580.580.580.620.66

o a0.68

VOLTS(W

5 2 35225225225225225225235245255275285285295.305.315225.335.345.355.365.375.385.385.395.405.415.425.435.445.455.465.475.485.495.505515.525.535.535535.535.535.535.535.535.535.535.535.535.535.535.535.535535535535535535.535.535.535.53S.S35535.535.535.535.535.535.535.535.535.535.535.535.535.535.535^35.53

-C85-

MID PT.MID PT.MID PT.MID PT.

830 DEG < 25 > STERN LABORATORIES INC845 DEG TP K < 12> Ballooning Test

0 DEG<TOP> < 14> 27-SEP-19941) Point: 220 Incr: 1

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< 8) STERN LABORATORIES INC.< 21) Ballooning Test< 7) 27-SEP-1994< 52) Point: 220 Incr: 1< 6)< 19)

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200

MFYT PAGE(S) left BLANK,

-C93-

TEST#6

TEST POINT # 222


Page




Strain Versus Time {2 Pages) C106



[>?EXT PAGE(S) left BLANK,

BALLU0H1NG OE PEESSURE


DAÎE: 4-OCÎ-1994

CH FUNCTION

1 12b2 1263 T2741235 1296 1307 1318 1329 133

10 13411 T3b12 13613Ï3714 1115 1216 1317 1418 1519 1620 Off21 1822 1923 11024 11125 11226 11327 11428 11529 11630 11?31 11832 11933 12034 12135 12236 12337 12438 13839 13940 ~41 PI42 PO1143 P0Î244 P0T345 POUHK46 VOLTS

HID P I . ÛD -HID P I . OD -HID P I . OD -HID P I . OD -HID P Î . OD -MID P î . O0 -

HID P I . an -HID P I . OD -HID P I . OD -HID P I . OD -HID P Ï . OD -HID P I . OD -+ 120HK OD -HID P I . OD -HIU P I . OH -HID P I . OD -HID P t . OD -HID P I . OD -KID P I . Oil -SAD SWITCH, »HID P I . OD -HID P I . OD -HID P I . OD -HID P I . OD -HIP P I . OD -HID P I . ID -HID P I . ID -HID P I . ID -HID P I . ID -HID P I . ID -HID P I . ID -CHAMBER MALLCHAKBER HALLCHAMBER WALL+ 120KH OD -- 120HM OD -- 60HH OD -+ 60HM OD -PRESSURIZERSPARE

l E S i : Ballooning l e s t

15 DEG IP K45 DEG IP K7b DEG IP K

105 DEG IP K135 DEG IP K165 D£G IP K19b DE6 IP K225 DEG IP K2b5 DEG IP K235 DEG IP K31b DKG IP K345 DEG IP K180 BEG IP K

0 DEG(IOP)30 DEG60 DEG90 DEG

120 DEG150 DEG

10VED 10 CH52210 DEG240 DEG270 DEG300 DEG330 DEG

0 DEG60 DEG

120 DEG180 DEG240 DEG300 DEG- TOP- B01Î0H-TOP 2

ODEG180 OEG180 DEG180 DEG

UALL TEMP

SPECIMEN PRESS (kPa)POTENTIOMETER 1 ( u )P01ENÎIÛHEIEE 2 ( u )POTENIIOMETER 3 <BB>UA11HEIEK (kW)SPECIMEN VOLT DROP (8SK)

47 YEUVLÏ PSIHAEY VOLÎS (V)48 ÏEUAHP PRIHARY AMPÏS (A)49 YEWAÏI PRIMARY UAT1S (kU)50 - SPARE

A

0.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.0000

101.3250-10.2344-9.6746

207.68130.00000.00000.00000.00000.00000.0000

ronff:B

1.000001.000001.000001.000001.000001.000001.000001.000001.000001.000001.000001.000000.00000

130.00000130.00000130.00000130.00000130.00000130.00000

0.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000130.00000

0.000000.000000.000000.00000

130.000000.00000

876.89099-19.50000-19.50000-53.0550020.0000030.00000

150.0000080.0000060.00000

0.00000

222

C

0.000000

o.oooooo0.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000

-0.1294680.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000

BALLOONING OE PRESSURE BD A T A A C Q U I S I T I O N C O N S T A N T S

DAÎfc: 4-0CÎ-1994 ÎESI: Balloonirrç l e s t

CH FUNCTION

51 CVOLI CONTROL VOLIAGE (V)52 17 «IB P I . OD - 180 1)£G53 -- SPARE54 - SPARE55 -- SPARE56 - SPABE57 - SPARE58 - SPARE59 - SPARE60 - SPARE61 IHAXOD MAXIMUM HID P I . OD 1EMP62 ODCHAN IHAXOÛ CHANNEL63 IAVGOD AVG. HID PI . OD 1EHP64 IHAXID MAXIMUM HID PI . ID TEMP65 IDCRAN IHAXID CHANNEL66 IMAXI MAXIMUM IOP ÎKHP67 ÎCKAN IHAX1 CHANNEL68 IMAXB HAXIMUM BOUGH IHMP69 BCKAN IHAXB CHANNEL70 SIRAN1 % STRAIN - P0I171 SIRAN2 Z SIRAIN - PQT272 SÏRAN3 1 AXIAL SIRAIN - P0I373 IAVGID AVG. MID PI . ID ÎEMP74 - SPARE75 1H1N0D MINIMUM HID P I . OD 1EMP76 ODHNCH ÏMINOD CHANNEL77 ID1E0D DIB. HID P I . OD IEMP78 THINID MINIMUM MID P I . ID TEMP79 IDHNCH IM1N1D CHANNEL80 IDIEID DIE. HID P I . ID IEMP81 IH1N1 MINIMUM IOP IEMP82 IMNCH Ï H M CHANNEL83 I D E I DIB. IOP IEMP84IMINB MINIMUM BOTTOM TEMP85 BMNCH IMINB CHANNEL86 IDIEB DIE. B0I10M TEMP87 ISAI SA1URA1I0N 1EMP88 - SPARE89 -- SPARE90 - SPARE

A

0.00000.00000.00000.00000.00000.00000.00000.00000.0000O.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.00000.0000

N o t e s R e a a r d i n a D a t a Acquis i t ion C o n s t a n t s A, B & C .

vomi:8

1.00000130.00000

0.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.000000.00000

222

c

0.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.0000000.000000

III1II

In general.



- The ice bath referenced thermocouples (Channels 1-13) are linearized with a 9th order polynomial. The A termrepresents ice bath reference and the B term is the channel amplification.- The thermocouple modules (Channels 14-39) provide their own linearization and an analog output of either O to 5volts or 0 to 10 volts.- The voltage modules (Channels 41 - 43) provide the same output as the thermocouple modules.- For unused channels between 1 and 60. the A, B & C constants are set to zero.- Channels beyond 60 are used for calculations.

-C97-

TEST POINT #222 DATE: 4-OCT-1994POS.mm}IME(s)0.00.10 2030.40.50.60.70.80.91.01.11.21.31.41.51.61.71.81.92.02.12 2Z 32.42.52.62.72.82.93.03.13 23.33.43 53.63.73.63.94.04.1A24.34.44.54.64.74.84.9S.O5.15.25.35.45.55.65.75.85.96.06.16.26.36.46.6.6.6.6.7.7.7.7.7.7.7.7.

-165°CH7T31299.2308.9311.8315.1318.7379 9325.5329.0332.3335.9339 2342.8346.3349.6353.4356.3360.2363.4366.8370.3373.8377.3380.5384.0387.5390.7394.2397.3400.9404.2407.7411.3414.4417.6421.2424.3427.8431.0434.4437.7441.0444.4447.5450.9454.3457.5460.8463.9467.0470.2473.6476.7479.9463.1486.6489.5492.8495.8499.1502.*505.3508.5512.0514.7518.0521.0524.0527.1530.1533.2536.1539.0542.1544.7547.6550.6553.7556.3

-150°CH21

T8307.0307.0307.0307.0312-2316.1319.6323.3326.7330.3333.7336.8340.0343.3343.43435354.3358.1361.6365.1368.5371.6375.0378.2381.1381.6385.5391.9395.3399.0402.4405.8409.3412.4415.9419.3421.0421.1427.3432.5436.14392442.4446.0448.9452.3455.4458.8459.8459.8466.3471.3474.84782481.4484.3487.6490.8494.34972498.6498.6505.0509.7513.0516.0519.0522.4525.3528.25312534.1535.4535.5541.9545.8548.5551.5

-135°CH8T32299.1316.0319.1322.3325.83292332.9336.1339.6342.9346.5350.0353.6356.7360.7363.9367.7370.7374.4377.9381.0384.6388.1391.7395.0398.4401.74052408.74iao415.6419.1422.3425.84292432.2435.9438.9442.7445.9449.4452.54K.7459.5462.6465.7469.04722475.4478.5481.848524882491.6495.4498.3501.7504.8508.1511.1514.4517.5520.8523.8527.5530.0533.0536.2539.2542.1545.2548.2550.8554.1556.9559.8563.1565.5

-120°CH22

T9309.5309.5309.8311.9315.0318.4322.032S.4325.7331.9336.6339.9343.1346.5349.8353.53572361.0362.6362.6369.3374.6377.9381.3384.7388.0391.1394.8398.4400.6400.8407.04122415.64192422.3425.5428.94322435.94392440.3440.5446.8452.2455.4458.74622465.3468.7472.0475.1478.5479.6479.6486.34912494.6497.7500.9504.0507.1510.5513.4516.8517.8518.0523.7528.7531.8534.7537.5540.7543.7546.6649.3552.3553.4

-105*CH9T33305.9300.6303.9307.6311.1314.8318.5322.0325.6329.1332.4S35.93392342.9346.0349.8353.1356.83602363.7367.3370.5374.0377.5380.8384.3387.6391.3394.4338.04012404.5408.0411.4414.6418.24212424.8427.9431.5434.7438.1441.6444.5447.8451.1454.4457.8461.3464.5467.6470.8474.14772480.1483.5486.5489.8492.8495.9499.150225052508.6511.3514.7517.7520.8523.8526.7529.7532.7535.6538.5541.4544.4546.8550.0

-90*CH23

T10312.1312.131Z1314.7315.3315.5324.13282< w ;335.5338.6342.3345.7349.5352.9356.1357.6357.73652369.6373.5376.9380.73842387.5390.7394.1394.5394.6403.2407.8411.4414.9418.2421.6424.7428.3431.7432.5432.5440.6444.9448.3451.7454.94582461.6464.8468.3471.5472.2472.0480.1484.2487.8491.0494.3497.5500.9503.8507.1510.3511.05112519.0522.5525.852B.9531.8535.2538.35412544.2546.9547.7547.6554.9558.5

MID-POINT OD THERMOCOUPLES (-75*

CH10T34309.33012304.5308.3311.7315.3319.1322.7326.1329.7333.2336.6339.8343.6346.4350.3353.4357.3360.6364.0367.7370.8374.3377.7381.3384.5387.9391.5394.8398.3401.5404.9408.3411.6414.9418.6421.4425.1428.1431.9434.64382441.8444.5448.1451.3454.5458.1461.6464.7467.94712474.4477.5480.3483.9486.8490.3493.1496.3499.5502.6605.5509.1511.7515.1518.3521.2524.2527.3530.0533.3536.2539.1542.0544.9547.3550.6

•60°CH24T11313.7313.7313.9315.8319.1322.5326.1329.6330.0332.73402344.3347.8351.4354.73582361.5364.7368.2368.5369.9378.7382.6386.2389.8392.9396.3399.7402.9406.3406.7409.1416.9420.5423.9427.1430.7434.0437.4440.8443.9445.7445.7452.2457.1461.0464.0467.3470.7474.0477.4480.8483.9485.2485.3492.2496.7500.05032506.5509.9512.85162519.1522.4523.4523.4530.0534.6538.0540.9543.8546.8549.9552.8555.7S58.6559.6

-45*CH11T35318.3318.4321.1324.63282331.8335.6338.9342.6346.0349.5353.0356.5360.0363.6367.0370.7373.93775381.0384.5388.2391.6394.9398.3401.8405.3408.8412.1415.54192422.7426.0429.2432.8436.1439.644Z8446.1449.6453.2456.3459.7462.9466.3469.7473.0476.3479.6482.94862489.4492.8496.1499.4502.6506.0509.0512.5515.7518.7522.0525.2526.3531.5534.5537.6540.7543.8546.7549.8552.7555.9558.8561.9564.7567.7570.7

-30°CH25T12316.5316.53165318.9322.1325.4329.0332.7336.1339.4342.6346.0346.4352.4356.6360.0363.3366.8369.9373.8377.6381.1382.6382.6389.8394.8398.24015404.9408.641Z0415.4418.7422.3422.9422.9431.0435.3438.7442.1445.3448.9452.0455.4458.84622462.7462.7471.0475.1478.5481.74852488.6491.74952498.3501.6502.1502.1510.35142517.7520.6523.8526.9530.0533.3536.2539.3539.8539.9547.7551.1553.9557.0559.9562.8

-15°CH12T363202322.1324.7328.1331.7335.3339.0342.5345.S3495352.8356.4359.73632366.83702373.73772380.6384.1387.6391.1394.4398.0401.4405.0408.3411.9415.4418.8422.2425.5429.14322435.84392442.6445.9449.3452.6456.0459.5462.8466.1469.4472.7476.04792482.5486.0489.3492.5495.84992502.5505.8509.1512-3515.8518.9R99 9525.4528.6531.8534.9638.15412544.15472550.4553.5556.6559.5562.4565.5568.5571.4574.3

•C)0°

CH14T1318.6318.4318.63205323.93275330.9334.3337.8341.0344.4347.8351.1351.43542361.6365.5S69.03725375.6378.938a 1385.4388.8388.9392.7399.5403.1406.7410.14132416.7420.04232426.5427.9427.8435.7440.3443.6447.04502453.6457.0460.34635467.0467.8467.8475.9480.1483.44865489.9493.34965499.85032506.4506.9507.15152519.15222625.5528.5531.6535.0538.1541.2544.35445544.6552.3556.0558.9561.9565.0

15°CH1T25313.53072310.4314.13175321.13245327.9331.0334.93382341.6344.8348.4351.53552358.33622365.4368.9372.3375.7379.1382.5386.0389.5392.73962399.8403.1406.3409.7413.04165419.7423.3426.4429.9433.3436.8439.94432446.8450.1453.5456.7459.9463.4466.6470.1473.5476.4480.0483.2486.3489.8492.74962499.4602.7

sos.nsoc51.'51t.518.:521.7524.9527.8531.2534.1536.8540.3543.3546.1549.2552.3555.1558.2

30*CH15

T2316.9316.9316.9316.9321.7325.7329.3332.7336.1339.4342.83462S49.4353.03532356.8363.13672370.6374.13772381.0384.2387.6391.0392.0392.0400.0404.4407.9411.4414.6418.0421.3424.4428.1431.4432.0432.0440.14442447.8451.0454.4457.7461.34642467.6471.04712471.2479.9483.5487.34902493.64965499.9503.2506.6509.7509.8512.01.19.4522.9525.8528.9532.0535.4538.1641.1544.0546.6546.7551.6556.5559.7562.5

45°CH2T26310.1314.831723205324.0327.4330.93342337.83412344.3347.93515354.83582361.63652368.437Z0375.4378.63822385.6388.93925395.8399.1402.5406.0409.4412.7416.0419.5422.94262429.3433.0436.1439.5442.7446.2449.3452.5456.0459.1462.4465.8469.1472.3475.4478.7481.9485.0488.5491.8494.6498.3501.2504.6507.6510.7513.9517.2520.2523.5526.4529.4532.5535.3538.3541.4544.5547.2550.1553.1555.9559.1561.9

60°CH16

T30.0

-0.10.00.0

•0.1

-0.10.00.00.00.00.0

•0.10.00.00.00.00.00.00.0

-0.10.0

321.0351.9356.1358.9362.0364.6367.3370.13732375.8375.9375.9383.4387.0390.1392.8397.43982402.1405.5410.74132413.8414.0418.0421.3421.4423.4426.84335438.044154452449.1449.7450.0452.6455.4458.7462.646Z7464.8470.047Z547Z6475.4476.4478.5487.3490.8493.9497.8502.9501.4500.1512.8516.2

-C98-

TEST POINT #222 DATE: 4-OCT-1994POS.(ninOTIME

fs>7.87.98.08.18.28 38.4858.68.78.88.99.09.19 29.39.49.59.69.79.89.9

10.010.110.210.310.410.510.610.710.810.911.011.111211.311.411511.611.711.811.91Z01Z11221Z31Z41Z51Z61Z71Z81Z913.013.113213.313.413.513.613.713.813.914.014.11 4 214.314.414.514.614.714.814.915.015.115.215.;15.-15.515.6

-165°CH7T315592561.9564.9567.8570.4573.5576.25792582.2585.1587.9590.7593.8596.9599.9602.7605.7608.8611.9614.8618.1621.0624.1627.1630.2633.1636.2639.1642.1645.1647.9650.8653.5656.4659.3661.9664.96672670.067Z66752677.8680.6683.3685.7688.4691.4693.5696.3698.9701.4704.1706.77092711.7714.4716.9719.572Z1724.5727.1729.773Z3734.7737.2739.774Z0744.0745.9748.0749.8751.5753.4755.2804.1Z32J3747.3742.8739.1

-150'DH21

T8554.4557.2559.956Z8565.4568.4569.0569.05762579.358Z2585.4588.5591.6594.4597.6600.4601.0601.0608.5611.9614.9618.16212624.0627.0630.0632.9635.3635.5639.9645.1648.3650.9653.9656.66S9.4661.8664.66673668.8669.1673.5678.1680.8683.4686.0688.6690.7693.8696.4699.0700.8700.8705.4709.871Z4715.0717.6720.2723.17252728.0730.4731.5731.7736.1740.2740.8742.8743.6745.2745.8748.0749.9Z53JJ747.8747.0741.0

-135*CH8T32568.4571.4574.4577.5580.0582.8586.0588.9591.7594.6597.6600.5603.6606.8609.661Z3615.7618.6621.9624.7628.06312634.3637.5640.3643.2646.1649.1652.1655.2658.1661.0664.2666.9669.567Z4675.4677.8680.5683.3686.0688.4691.1693.9696.7699.3702.5704.6707.3710.0712.8715.5718.3720.6723.4726.1728.8731.1733.7736.4739.0741.5744.3746.9749.6752.0754.3756.3758.8760.8762.9764.5766.7763.6770.1759.5759.7757.3756.3

-120*CH22

T9553.6558.9563.6566.45695572.4575.4578.0580.9583.8586.4586.7586.7594.7598.6601.7604.9608.0611.1614.0617.0620.0620.4620.2627.5631.4634.8637.9640.7643.8646.7649.56SZ5653.5653.5659.0663.3666.0668.56712673.8676.6679.0681.8684.4685.4685.5691.2694.8697.4700.2702.9705.4707.8710.6713.3715.8716.6716.7722.3726.0728.4731.0733.6736.1738.7741.3743.6746.0746.6746.6751.2754.0754.9757.9

zsas754.1756.2756.2

-105*CH9T3355Z7555.6558.5561.3564.4567.1S70257Z9575.8578.5581.6584.6S87.5590.65935596.8599.7602.8605.8603.9611.9614.7617.6620.5623.5626.5629.563Z56352638.0641.0643.6646.1649.0651.7654.4657.0659.9662.5665.1667.6670.46732675.6678.5681.1684.0686.4689.1691.9694.4697.1699.870Z5705.0707.7710.5713.0715.67182720.8723.1725.97285731.1733.7736.1738.2740.7743.0745.3747.0749.4751.5746.8Z35J3735.1733.3733.8

-90*CH23

T1056155645567.65702573.45762579.158Z058255825589.8593.7596.6599.66OZ7605.6609.061Z1615.5616.8617.0623.16272630.3633.0636.1638.964Z36452648.3649.6649.8655.6659.466Z1664.7667.3670.167Z5675.1677.9680.5680.768Z0688.6691.7694.3697.1699.770Z3704.9707.6710.171Z571Z5715.8721.1723.6726.3728.8731.4733.8736.2739.0741.8743.4743.6746.8751.7754.5756.7759.0761.4763.4766.076B4670.3658.6657.9

MID-POINT OO THERMOCOUPLES (*C)-75*

CH10T34553.4S56.45592562.0565.1568257035719577.1579.9582.8585.7588.7591.7594.85973601.06033606.7610.061Z8615.9618.9621.9625.0627.8630.9633.7636.5639564Z4644.9647.66503653.1655.8658.6661.1663.8666.76693671.9674.6677.4680.168Z8685.8688.1690.96933696.1698.9701.6704.0706.7709.471Z1714.5717.1719.872Z3724.8727.4730273Z8735.4737.8740.3742.9745.5747.8750.1752.5754.9680.8Ë39JÎ643.0647.9652.9

-60*CH24

T11559.6S6635702673.15763579.1582258535882591.05933594.1595.76032606.6609.761Z7615.7618.66215624.4627.4627.76292636.66402643.16462648.8651.4654.7657.3659.96605660.5667.4670.6673.4676.0678.96815684.46872689.669Z7693.0693270027013706.0708.8711.67143716.9719.77223724.9725272527325735.4737.9740.77433746.3748.67512754.0756.6756.7757.1764.1766.8769.7772.7779.0774.8758.4667.0

-45*CH11T355735576.6579.6582.7585.7588.6591.7594.6597.6600.76017606.7609.76123616.0619.062Z0625262826312634.4637.4640.7643.5646.5649.4652.4655.36583660.9663.7666.6669.76722675.0677.8680.76832686.1688.8691.7694.46973700.170Z8705.87092711.0714.1716.8719.472Z1724.9727573027323735.67382740374357462748.875157542756.8759.476Z0764.4766.9769.677Z1774.7777.3780.2738.4Z2&2725.1721.9718.7

•30*CH2S

T12565.9569257Z457425745579.7584.65873590.859165965599.46025605.9608.0608.0613.4618.36215624.86275630.6633.4636.3639.7642264Z3646.1651.6654.7657.6660.4663.3665.9668.6671.6674.3676.1676.1680.3685.4688.16912693.7696.4699.470Z3704.9707.5708.9709.3713.7718.4721.1724.1726.7729.673Z0734.57372740.0741.3741.4745.7750.47532755.6758.4761.0763.7766.5769.277Z0772.577Z7771.4780.6858.8887.9

-15*CH12

T36577.5580.6583.7586.9590.05911596.159926023605.3608.5611.6614.7617.8620.9624.36273630.5633.6636.7639.9643.0646.0649.3652.3655.4658.2661.1664.0666.8669.667Z5675.4678.1681.0683.9686.7689.5692.1694.9697.7700.5703.3706.1709.071Z1714.7717.7720.5723.3726.0728.7731.47342737.0739.674Z4745.1747.8750.4753.2755.8758.57612763.9766.7769.577Z3775.2778.1781.4784.8788.4792.7808.7B12JÎ811.8809.6806.5

0*CH14

T1568.0571.0574.1577.1580.4580.458Z7590.0593.6596.6599.760Z7605.7608.7611.8614.86152617.0624.3628.0631.3634.3637.4640.4643.3646.5649.5649.6649.5657.1660.4663.4666.0668.8671.7674.7677.4680.3683.3683.6685.9691.9694.8697.67002703.1705.9708.8711.5714.3717.1717.2720.5725.7728.4731.4734.1736.7739.2741.8744.5747.5749.4749.4753.0758.0760.8763.4766.3768.9771.5774.4777.2780.6782.9783.1791.8735.1771.7

15"CH1T25561.45645567.4570.6573.6576.7S79.858Z8586.0589.159Z2595.45983601.5604.7607.9611.1614.1617.1620.3623.5626.4629.663Z6635.8638.7641.8644.7647.5650.36532656.0658.6661.5664.3667.2670.16723675.6678.7681.4684.2687.0689.869Z66955698.4701.2703.9706.6709.5712.1714.9717.7720.37232726.0728.5731.1733.8736.5739.0741.4744.4747.2750.0752.5755.3758.3761.0764.1766.5770.3774.1967.4967.4967.4967.4967.4

30*CH15

T2565.5568.7571.9574.7577.9580.7581.858Z058855932596.1599.160Z36052608.7611.6615.0617.9618.4618.7626.4630.3633.5636.5639.5643.0646.0649.1651.7654.7655.1655.566Z56655668.6671.6674.567726802683.3686.0688.8688.9690.66972700.57032706.2709.1711.7714.8717.5720.072Z472Z67262731.4734.37372739.874Z4745.3747.9750.1753.1755.4755.6759.6764.5767.4770.4773.5777.0780.8785.87934794.1794.1794.1

45*CH2T26564.6567.7570.4573.65762579258Z3S8S.4588.0591.0594.1597.16003603.46063609561Z6615.7619.0621.9625.3628.4631.6635.0637.6640.9643.9646.8649.9653.0655.8658.86622664.7667.4670.6673.5676.1678.7661.6684.4686.9689.669Z6695.6698.1701.4703.7706.4709.171Z0714.7717.4720.072Z67252728.3730.8733.3736.1738.8741.3744.1746.8749.475Z2754.6757.0759.87622764.7766.8769.6772.3707.96SX3680.96522659.7

60*CH16

T3516.S516.852Z0519.8519.6521.75242525.8529.053Z1534.45352535.4540.6547.95542557.1557.0559.3568.9575.5573.9573.4573.4574.4585.3589.5591.8600.9605.7614.8609.861Z4613.15783574.1585.8613.563Z66SZ46425648.66535647.8588.0521.1553.6558.0594.4627.7623.9600.7595.063Z16382647.3639.1627.8621.36212639.9673.5664.7667.3671.666526672650.3658.66722682.3683.3694.0706.3713.58QS7_809.2791.7790.9

-C99-

TEST POINT #222 DATE: 4-OCT-1994OS.mm)IME

0.00.1050.30.40.50.60.70.80.91.01.11.2131.4151.61.71.81.92.02.12 52.3Z4Z5Z62.72.82.93.03.1353.33.43.53.63.73.83.94.04.1424.34.44.54.64.74.84.9S.05.15263S.45.55.65.75.85.96.06.16.26.36.46.6.6.6.6.7.7.727.7.7.7.7.

75"CH3T27309.42985301.6304.8308.2311.731553185321.73252328.7332.1335.6338.8342.5345.5349.03525355.9359.1362.5365.9369.3372.5376.1379.4382.6386.1389.3392.8396.3399.5402.8406.1409.7412.8416.3419.4422.74265429.4432.7435.9439.6442.8445.9449.0452.3455.6458.8461.846554685471.84755478.34815484.6487.7491.1494.4497.4500.8503.5507.3509.6512.7515.9518.9521.7524.8527.7530.6533.8536.6539.6542.8545.4

90*CH17

T4309.8309.8310.33103312.7318.13215324.6328.3331.9335.0338.33413344.6346.93475352.935S.4362.0365.4368.8371.93753378.7382.1385.6386.9387.0394.0398.7402.1405.4409.04125415.3418.7421.6425.042654265433.8437.9441.14445447.6450.9453.8457.5460.6463.9464.44645472.547654795482.6486.0488.9492.0495.34985501.4501.9501.9509.7513.35165519.6522.4525.5528.2* " ' - "j

> M '••

is».' J

540.6546.1549.0

MID-POINT OC105*CH4T28301.9307.9311.1313.93175320.8323.5326.73305333.6337.1340.5344.3347.1351.7354.1358.4361.0364.7368.137153755378.4381.93855388.7392.1395.3398.9402.3405.8409.8412.7415.8419.6422.3426.3429.1432.9436.0439.7442.8445.5449.7452.9456.0459.2462.14655468.4471.7475.1477.9481.6485.7488.3491.9494.6498.2501.4504.5507.5511.4513.6518.1520.1523.0526.5529.6532.4535.6538.3541.35445546.9550.0554.0555.9

120°CH18

T5307.9308.0307.9310.0312.7316.0319.7323.33275329.0329.1335.6340.7343.93473350.63545357.6360.73645367.5367.7367.7376.6380.7384.1387.3390.6394.0397.6401.0404.2407.3407.6411.5418.0421.1424.5427.6431.0434.5437.7440.8444.04465446.64505456.9460.54€3.5466.8470.0473.0476.14793482.4484.7485.0489.7495.1498.7501.6504.5507.8510.8513.8516.9519.9521.7521.7527.4531.8535.2538.1540.9543.7546.4549.2

T/Cs (CONT.)135*CH5T29298.8300.0303.43065309.9313.3316.7319.6323.0326.4329.9S335337.1340.0344.1347.0350.7353.5357.4360.7363.93675370.93745377.6380.93845387.6391.0394.3398.0401.4404.3407.8411.4414.3417.8420.8424.3427.6431.1434.1437.1440.9444.14475450.4453.4456.54595462.9466.1469.24725476.3479.2482.4485.4488.7491.9495.04985501.5504.0508.15105513.3516.5519.5522.4525.5528.1531.1534.1536.9539.8543.1545.5

150*CH19

T63065306.23065308.8311.9315.3315.83205326.1329.5332.7336.1339.1342.5345.6349.335153525357.1363.1366.7369.8373.0376.6380.0383.4386.8390.1392.0392.0397.44035407.0410.6413.8417.14205423.4426.8429.9431.9431.9438.2443.4446.8449.9453.14565459.6462.6465.8468.9470.4470.5476.7481.648554885491.3494.44975500.6503.7506.8508.1508.1514.7519.0522.1525.3528.1531.0634.1536.E539.9542.7543.7543.7

165*CH6T30299.4305.9309.4312.4316.03195323.0326.3329.6333.1336.63405343.6346.7350.7353.7357.3360.6364.1367.4370.8374.4377.7381.1384.6387.9391.3394.6398.1401.4404.8408.3411.5414.9418.4421.3424.8428.0431.4434.94385441.4444.44485451.4454.4457.8461.0464.1467.3470.5473.6476.84805483.9486.8490.1493.0496.4499.5502.7505.8509.0511.8515.5517.9520.8524.2527.0530.05335535.9538.7541.7544.6547.3550.6553.0

180*CH52

T7306.7307.0307.0309531Z4315.7319.1319.7319.7328.5

336.0339.7343.6347.0350.4353.8357.43575358.1366.0369.9373.7377.2381.0384.4387.83915394.6395.3395.4403.6407.5410.9413.8417.1420.3423.7426.6430.4433.8434.1434.1442.74465449.7453.0456.6459.6463.1466.0469547Z6473.0473.1481.4484.848854913494.7497.7500.9504.0507.3510.35105511.8519.0622.4525.3528.453155345537.3540.542.545.546.

MID-POINT ID 1-120*CH30T17303.63035303.6303.5303.8303.8304.0304.630653065306.4306.4306.7306.73075309.0309.03095309.5309.5311.83113311.9312.3312.3314.0314.4314.4314.4316.5318.4318.8320.5320.93215321.4322.5323.53235323.8323.8325.6326.1326.4326.7328.3328.7330.0330.9331.13335333.43353338.1338.4338.4338.6338.9339.134153413341.7341.8343.3345.63475348.0349.8350.4350.8350.8350.6350.8350.8350.8350.6350.8350.8

-60*CH31T18314.5314.7314.5317.1320.4323.9325.1325533353373341.0344.13475350.83545357.8361.3363.9364.1368.5375.1378.6382.03855388.8392.0395.3398.7402.1403.6403.6410.1415.1418.9421.6424.74273431.4434.9438.44415442.744Z9449.9454.4457.4460.6463.7466.8469.9473.1475.7478.8481.6481.8487.949254955498.3501.66055507.9510.8514.15175518.5518.6525.0S29.5532.5535.4538.1540.9543.7546.8549.7552.4553.3

rHERMOCOUPLES (°C)0*

CH26T13318.4318.6318.9320.8322.1322.1329.83345337.4341.0344.4347.3350.7353.8357.4360.7360.7364.6371.4375.0378.4381.8385.0388.3391.7395.1398.2401.0401.1407.3412.5415.8419.2422.94265429.2432.74365439.5440.8440.8447.0452.3455.7459.1462.4465.54695472.347554785480.34803487.4492.3495.7498.8601.7605.0508.4511.8514.7518.0518.8518.8526.3530.7533.95375540.4543.5545.6548.7551.9554.7555.7555.7563.0

60*CH27T14313.6313.6313.6315.8319.1322.3325.93295332.6336.1337.13383344.8348.3351.73555358.4361.7364.83685371.3373.93745377.8384.938853915394.3397.94015404.4407.8411.44129413.0417.7423.3426.5429.4433.2436.4439.3442.9445.8448.9450.7450.9456.6462.1465.4468.34715474.54775480.8483.9486.6488.1488.3494.84995502.45055508.15115514.3516.9520.0523.0524.3524.3530.4534.6537.3540.4543.2544.3547.3

120*CH28T1530853085308.3310.6313.9317.33205324.3327.8331.1331.4336.0341.0344.73473350.9353.8357.3360.3363.8366.4366.4371.7377.6380.8384.2387.3390.13935396.1399.7402.8403.1405.5412.7415.8418.9421.6424.5428.0431.4434.34375439.7439.8444.0450.2453.5456.6460.0462.7466.04695472.5475.6478.8479.34825486.9489.9493.6496.9499.9502.4505.8508.7512.0514.95155519.1523.7526.9529.5532.5535.4538.5541.2544.0

180*CH29T16307.43075307.43095312.7316.1319.1319.6324.6329.83335336.3339.5343.0346.0349.5353.0356.4357.6357.7364.9369.3372.5375.63795382.3385.2388.3391.7394.6395.6395.6403.7403.0411.5414.54175421.1424.4428.0430.9433.6434.0434.0442.6446.3449.14525454.9457.9460.8464.2467.9471.0ATI 24715479.3482.9485.6488.6492.0495.1498.05015504.5507.6507.7508.2515.4519.521.524.526.530.533.536.539.542.

WALLT/CsCC)0° 0* 180*

CH32 CH34 CH33T19139.5139.5139.5139.6139.6139.5139.6139.5139.6139.5139.6139.6139.6139513951395139.6139.6139.6139.6139.6139.8140.0139.8139.8140.1140.3140.6140.9141.1141.3141.4141.6141.9141.9141.9142.11425142.4142.7144.7144.71455145514S.3145.5145.8146.0147.1147.8148.114851485148.6148.4148.7149.1151.015151515151.5151.5151.8152.0153.9154.3154.4155.9156.9156.9156.9156.9157.2157.2157.5157.8159.6159.8

T21 T20145.0145.0144.7144.71445144.7144.7144.7144.7144.5144.7144.7144.7144.7144.7144.7144.7144.7144.7144.71445144.7145.01455145.3145.5145.6146.0146.0146.3146.5146.6146.6146.8146.9148.2148.91495149.4149.4149.5149.7150.0150.0150.015Z1152.6152.8153.0153.1153.3153.6153.6154.31565156.4156.2156.2156.7156.9156.91575157.5159.3159.6159.9159.8159.9162.5162.9163.2163.5163.7163.8165.8166.1166.3166.3

84.484.484.484.464.484584.484584.484.484.484.484.484.484584584584584.584.784.784.584.784.784.784.784.985.085.085.285.48S585.585.785.785.885.886.086.086.386586.786.887.087.187.587387387.688.088.188.388.688.989.189.389.689.790.791.591.791.792.092.092.39£592.592.893.093594.695.195.395.395.895.896.196.2

-Cl 00-

TEST POINT #222 DATE: 4-OCT-1994POS.(mm)TIME

(s)7.87.96.08.1858.38.4858.68.78.88.99.09.1859.39.49.59.69.79.89.9

10.010.11 0 51 0 310.410.510.610.710.810.911.011.111511.311.411511.611.711.811.91Z01211251231241Z51Z6127128129iao13.113.213.313.413513.613.713.813.914.014.14.214.314.414514.14.14.14.15.15.15.15J315.15.15.

75"CH3T275485551.4554.55575560.156355665S69.35724575.15785581.3584.6587.9590.8593.7597.0600.1603.0606.3609.7612.5615.9619.06221625.0627.8630.8634.16375639.9642.6645.6648.56515653.9656.9659.36621664.8667.9670.467356765678.9681.8685.7687.3690.269Z6695.7698.4701.3703.87065709.5.7123714.6717.7720.07228725.2728.1730.7733.5736.4738.6741.3744.3747.0749.3751.6754.4757.0613.3S2&2529.8509.8518.6

90*CH17

T455Z15555557.8560.9563.7566.35695571.1571.3575.7580.9583.8586.9589.859Z9595.9598.860Z0605.0606.1606.361Z6617.1620.1623.3626.1629.063Z1635.0638.46415641.7641.8648.56525654.8657.8660.5663.1665.9668.3671.1673.76745674.3680.7684.1686.9689.669Z26955697.6700.5703.0705.7706.4706.5712.4715.8718.4721.0723.6726.2728.6731.6733.8736.3737.4737.2742.4745.7748.3750.6752.5755.3Z5SJ3756.4756.4756.1

MID-POINT OD105'CH4T28559.2561.75655568.0570.4573.5576.8579.758Z4585.4588.55915594.7598.0600.7603.8606.7610.16135616.1619.66229626.3629.76323635.5638.4641.4644.6647.8650.6653.6657.1659.76627665.3668.6671.0673.8676.6679.6682.0684.6637.7690.4693.3697.0698.5701.3703.9706.8709.671Z4714.7717.4720.0723.0725.5728.2730.4733.1735.7738.3741.17435746.4748.6750.7753.4755.9758.1759.9762.4764.4754.1Z38.5709.2683.4662.4

120*CH18

TS55Z0554.6554.6558.5563.7566.6569.357Z1574.9577.65805583.0585.8585.8589.8595.4598.4601.5604.3607.4610.3613.6616.5619.4620.7620.7627.4631.3634.4637.4640.4643.36465649.1651.9654.3655.3655.36615665.2668.0670.66735675.8678.6681.3683.9686.4687.0687.2693.4696.6699570Z0704.6707.5709.971Z4714.8717.7718.4718.4724.6727.6730.4732.7735.3737.7739.8742.1744.9745.2745.2749.4753.2754.0784.5763.4670.3

T/Cs (CONT.)135*CH5T29548.65515554.4557.1559.75625565.4568.4571.3573.8577.0579.9583.0586.1589.1591.7594.8598.0600.9604.060756105613.5616.5619.5622.4625.4628.46315634.7637.5640.3643.36465649.1651.8654.9657.3660.166Z7665.6668.0670.7673.6676.3678.8682.3684.3687.0689.469Z3694.9697.8700570Z9705.7708.3710.7713.5716.0718.8721.1723.8726.6729.2731.9734.4736.6738.8741.2743.0744.9746.9748.8579.053&S532.8510.6500.3

150*CH19

T6550.0553.65565559.15625565.15685570.8573.9574.5574.7S8155843587.5590.5593.7597.0599.9603.0605.9607.060756135617.8620.9624.0626.9629.66327635.8638.7641.864256423649.36529655.6658.4661.0663.66665668.8671.46745674.8674.7681.06845686.8689.66924694.8697.4700570267055705.5705.5711.9715.1718.1720.7723.17255728.1730.6733.0735.4735.8735.9741.5744.1746.2747.6749.6S9JLS

1087.910623850.5

165*CH6T30556.0558.8561.95645567.0570.0573.0575.7578.65815584.3587.1590.15935596.0598.86020605.06085611.16143617.3620.4623.6626.6629.46325635.5638.6641.8644.56475650.66535656.1658.9661.9664.4667.1669.9672.96755678.0680.7683.5686.0689.5691.4694.06965699.4701.9704.5707.0709.57123715.0717.3720.07226725.3727.6730.473Z9735.4737.7739.7741.5743.4745.0746.4747.9749.8751.6952.9967.5967.5955.5923.6

180*CH52

T7547.6554.15573560.156Z8565.8568.9571.65745577.6579.3579.3584.5589.0591.9594.7597.66005603.1606.4609.6611.96122616.662Z0624.96285630.9633.7636.3639.4642564S.16455646.76535656.1658.76615664.1666.9669.36721674.5677.1677.4678.7684.7688.0690.4693.0695.569S5700.5703.3705.9708.3708.6710.7716.37195721.5724.1726.3729.1731.4733.8736.737.97385740.0743.745.746.748.75Q.4745.742.737.

MID-POINT ID THERMOCOUPLES (*C)-120*CH30

T17350.4350.4350.3350.0350.1350.33503351.4354.3354.7354.7355.0357.335733573353.9359.9360.0360.8366.4368.3370.6370.93735375.1376.8378.1380.2380.3381.0383.4383.8384.1386.0386.4388.8389.93924395.1396.1396.340Z640454055407.7409.641Z4414.8417.14195421.0421.3424.7427.3429.3429.6429.8429.9430.1431.9433.7434.6437.2437.4441.1445.0449.4453.6460.3465.7478.0488.45221696.3729.9ZSLfi737.9739.2740.0

-60*CH31T185533560.1564.3566.9570.35728575.7578.8581.9585.3588.4588.7588.95965599.66025605.6608.5611.66145617.3620.4624.0624.0624.66327636.8639.9643.0645.9648.5651.4654.3656.8659.7659.9663.0668.0670.8673.9676.8679.5681.8684.1686.9689.9692.16924695.87015704.2706.5709.47125715.1717.7720572Z9724.7724.9728.1733.5736.4738.5739.8742.8745.0745.7748.1750.6750.9751.0755.4760.5763.9S 16.4

65.44.10.9

0*CH26

T13566.6569.55728575.8578.958Z0584.9588.4591.659Z459Z3600.1604.06075610.6613.9617.06205623.16265629.5629.6629.8638.2641.5644.7647.8650.9653.5656.6659.5662366556655667.8673.8677.1679.768266855688.56915694.2697.1699.4699.5702.4708.6711.4714.3717.4720.3723.47255728.0730.4732073Z0735.9741.6744.4747.0749.975Z7755.3758.0761.3764.0765.5765.7771.2775.7778.5779.2779.2768.7715.3515.1279.6

60°CH27

T14550.3553.155755583558.3565.3569.75726575.7578.35815584.358755905593.3593.7593.9601.9605.8609.0611.8614.9617.6621.4624.5627.7630.8631.1631.1639.2642.8645.7648.8651.4654.5657.3659.9661.7664.9666.6666.76729676.3679.46820684.8687.5690.06929695.6698.6699.1698.9705.7709.1711.7714.8717.4720.072Z9725.5728.3730.7731.2731.47375738.9741.3742.8742.8744.9745.9748.9751.7751.9Z5L2751.9751.7751.7

120°CH28

T15546.85485548.555Z4556.5559.85635566.1568.957Z357S.2577.8580.7581.0581.758955921595.0598.1601.0604.6607.9610.36135613.76145622.3626.1629.36322634.7637.6641.0643.9646.7647.4647.4654.5657.6660.066Z5664.9667.5669.8673.0676.1678.6681.0681.0686.0689.9693.0695.5698.4700.070Z4704.7707.8710.6713.0713.0718.2721.8724.6725.7727.0728.5729.9730.1730.97325732.77327735.8737.6Z38J2739.0739.0738.9

180*CH29

T16543.3545.6550555Z8554.4558.156155643567.1569.857Z95745574.7579.65843587.4590.059Z95955598.8601.76043607.9610.8611.16165617.86205623.6626.7629.6632.9636.1638.7641.3643.9644.1650.9654.7657.466056628665.66665670.46735675.8676.8677.168Z86865689.0691.469256953697.7700.7703.7706.0709.709.3714.3718.719.0721.721.719.717.716.716.716.718.719.718.7195£9SJ548.541.540

WALLT/CsrC)0* 0' 180*

CH32 CH34 CH33T19160.11603160.4160.4160.416261635163.9165516551655165.8167.3168.4168.6168.6168.4168.7170.5170.8171.017151721173.4173.8173.8173.8173.81755176.0176.4176.7176.9179.0179.3181.1181.71829184.0184.0186.01863186.4188.6188.7189.0190.8191.3191.5191.6191.81945194.9196.4197.71973197.8199.9200.4200.92027202.720Z7205.1205.5205.3207.2208.1208.1210.2210.3210.8210.7211.8214.91SZ2140.3142.7147.3

T21166.3168.6168.9168.9170.0171.6171.6173.8174.1174.4176.5176.5177.0178.51793179.3179.4179.6179.8181.6182518251825184.6184.8185.1186.81875187.7189.81905190.519231924194.91955197.3197.6199.4199.920052025202820282028206.32075208.4209.5209.5211.821Z62145215.4216.8216.8218.9219.622202225224.6225.1227.4227.9229.3230.5230.5233.2234.5236.0237.8238.8240.9242.2243 8244.0244.1244.0234.1

T2096.696.696.698.899.399.399.599.7

100.0101.310231023102310231029104.51045104.5104.9105.0107.0107.3107.3107.6107.6107.6109.711051105110.611Z01125nao113.0114.0115.3115.3115.3116.9117.51175117.9119.7120.1120.3120.51224122612Z6124.4124.9124.9126.6127.312751275129.7129.913051320132.21328134.4134.8135.61375137.4137.9140.0140.1142.1142.6142.6144.8145.2liiS145.5145.5145 5

-CI01-

TEST POINT #222 DATE: 4-OCT-1994POS.(mm!TIME

<s)0.00.10.20.30.40.50.60.70.B0.91.01.11.21.31.41.51.61.71.81.92.0Z12.22.32.42.52.62.72.82.93.03.13 53.33.43.53.63.73.83.94.04.14.24.34.44.54.64.74.84.95.05.1625.35.45 55.65.75.85.96.06.16.26.36.46.56.66.76.6.7.7.7.7.7.7.7.7.

CH41PI

RESS.OcPa)

611661 IS6116611661156116611461156116611561166115611661156116611561156117611861186118611761186117611861186117611761186119611961196119611961196119611961196120612061206121612261216122612261216122612261256125612461256124612561246124612661266127612761266129612861296128612761296131613061316129613261336133613361326133

CH42POT1

-30 mm(mm)

0.00•O.02-0.020.00

-0.020.000.000.000.000.020.050.050.050.050.020.050.050.050.020.070.100.070.100.070.100.10O.100.070.070.100.070.100.100.100.100.070.100.100.100.100.100.100.100.100.100.070.100.100.120.120.150.150.150.150.150.150.150.120.150.120.120.150.150.150.150.150.150.120.150200.200.200.170.170.200.220.240.24

CH43POT2

430 mm(mm)

0.000.000.000.000.000.000.000.000.000.020.050.050.020.050.050.070.100.100.100.100.070.100.100.120.150.150.150.150.150.150.150.150.150.150.150.120.150.150.150.150.150.120.150.120.150.150.150.150.150.150.170.170.200.170200220200200200.200.220.200.200240.240.2402A0290.290.290.290.340.340.340.390.370.410.41

CH44 CH70 CH71 CH72 CH 45 CH 46P0T3 STRAIN 1 STRAIN 2 STRAIN 3 PRIMRY 2NDRYAXIAL(mm)

0.000.000.000.000.070.070.000.000.000.000.000.070.070.130.070.130.130.130.070.130200.130.130.200.200200.200.270.270.330.270.330.330.330.330.400.330.400.400.400.400.460.400.400.400.400.400.400.460.400.460.400.460.460.530.460.460.460.460.460.460.53-0.530.530.530.530.600.600.600.660.660.730.730.660.660.660.730.66

-30 mm(%)

0.00•0.01-0.010.00

-0.010.000.000.000.000.010.010.010.010.010.010.010.010.010.010.020.030.020.030.020.030.030.030.020.020.030.020.030.030.030.030.020.030.030.030.030.030.030.030.030.030.020.030.030.030.030.040.040.040.040.040.040.040.030.040.03

• 0.030.040.040.040.040.040.040.030.040.060.060.060.050.050.060.060.070.07

+30 mm(%)

0.000.000.000.000.000.000.000.000.000.010.010.010.010.010.010.020.030.030.030.030.020.030.030.030.040.040.040.040.040.040.040.040.040.040.040.030.040.040.040.040.040.030.040.030.040.040.040.040.040.040.050.050.060.050.060.060.060.060.060.060.060.060.060.070.070.070.070.080.080.080.080.100.100.100.110.100.120.12

AXIAL POWER VOLTS(%)0.0000.0000.0000.0000.0150.0150.0000.0000.0000.0000.0000.0150.0150.0290.0150.0290.0290.0290.0150.0290.0440.0290.0290.0440.0440.0440.0440.0590.0590.0740.0590.0740.0740.0740.0740.0880.0740.0880.0880.0880.0880.1030.0880.0880.0880.0880.0880.0880.1030.0880.1030.0880.1030.1030.1180.1030.1030.1030.1030.1030.1030.1180.1180.1180.1180.1180.1330.1330.1330.1470.1470.1620.1620.1470,1470.1470.1620.147

(kW)4.782

38.678.395.599.3

103.0105.0106.5107.7108.7109.7110.4111.0111.6n a i112.6113.01113113.4113.6113.6113.8113.9114.0114.0114.2114.4114.5114.7114.6114.6114.6114.5114.4114.5114.4114.4114.5114.6114.6114.6114.6114.6114.6114.6114.6114.5114.4114.3114.4114.4114.3114.3114.3114.5114.5114.5114.6114.6114.5114.5114.5114.6114.7114.7114.7114.6114.7114.7114.7114.6114.6114.5114.4114.4114.4114.4

(V)0.30.91.92.3Z42 525Z52.52.52 525252.62 5£ 52.6252.62.62.62.62.5252.52.62.62.62.6Z 62.62.62.62.62.62.62.62.62.62.62.62.62.62.62.62.6Z62.6Z6Z 72.6Z7Z 7Z7Z 7Z7Z7Z7Z72.7Z 7Z7Z7Z 72.7Z72.72.7Z72.72.8Z72.72.72.72.72.72.7

CH47PRIMRYVOLTS

(V)168.52232438.1520.6554.0569.0576.0575.4S7S2574.8574.6674.5573.9573.9574.1574.3574.85745574.S573.7573.157Z857Z857Z457Z257Z057Z2573.0573.0573.557Z4571.8571.5570.5570.7570.9570.1570.1570.5570.7570.7570.5570.3570.1569.8569.8569.6569.0568.5568.6568.6569.0568.6568.6568.8568.8568.6568.6568.8568.3568.1568.1568.6569.0568.6568.5568.3568.5568.5568.6568.3568.1567.9567.5567.3567.3567.3567.1

CH48PRIMRYAMPS(Amp)

44.490.6

275.934Z2368.4S79.9385.138Z8380.9379.7379.1378.6377.8377.4377.3377.3377.4377.0376.8375.8375.4374.5374.5374.1373.5373.1373.1373.3373.0372.937Z1371.4371.0370.0369.8369.8369.1368.9369.0369.0368.8368.2368.0367.7367.2367.1366.6366.0365.4365.3365.1365.1364.7364.6364.6364.4364.0363.8363.8363.4363.036Z736Z9363.0362.6362.4361.9361.7361.8361.6361.2361.0360.7360.2359.7359.7359.8359.4

CH54PRIMRYPOWER

(kW)2.5Z5

33.697.1

115.4119.4117.3115.3114.9114.6114.6114.6114.61145114.4114.4114.6114.6114.3114.4114.5114.6114.6114.6114.9114.9115.11155115.1115.2115.1115.0115.1115.1115.2115.4115.4115.3115.4115.4115.31155115.2115.0114.9114.9114.9114.9115.0115.0114.9114.9114.9114.9114.9115.0114.9115.0114.9115.01155115.2115.0114.9114.9114.9114.9114.9114.9114.9115.0115.0115.0114.9114.8114.8114.9114.9

VOLTxM1FS0<W)

7 52Û2

120.9178.1204.1216.1221.82205219.1218521732175216.8216.6216.6216.6216.92165216.4215.6215.121452145214.1213.7213.4213.5213.9213.7213.8213.0212.321Z0211.1211.0211.1210.4210.32105210.6210.4210.0209.8209.62095209.1208.8208.2207.7207.7207.6207.7207.4207.3207.42075207.0206.8206.9206.52065206.0206.3206.5206.2206.0205.6205.6205.6205.6205.2205.0204.8204.4204.02O4.0204.1203.8

POWERFACTOR

(-)0.330.120580540570.550.530520520520.530530530530530530.530.530530.530530530.530.540.540.540.540.540.540.540.540.540.540550.550.550.550550550.550.550.550550.550.550550.550.550.550550.550550.550550550.550560.560560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.56

CH51CONTRLVOLTS

<V)1.965.315535535535.535555525525525525525525525525525525525525525525525525525525525525525525525525525525525525525525526525525525525525525525525525525525525525525525525525525.225525.225525525.225525525.225.225.225525.225.225525.225.225.225.225.225.225.22

TEST POINT #222 DATE: 4-OCT-1994

-Cl 03-

1400

1200

1000

eoo

600

400

200

T12T36TlT25T2T26


ODODODODODOD

830 DEG345 DEG TP K0 DEG<TOP>15 DEG TP KSO DEG45 DEG TP K

25) STERN LABORATORIES INC.12> Ballooning Test14) 4-OCT-19941> Point: 222 Iifcr: 1

2>

8 10

TIME <s)

12 14 16 18 20

1400

1200-

1000

800

600

400

200

T27 MID PT. OD - 75 DEG TP K < 8> STERN LABORATORIES INC.!T4 MID PT. OD - 90 DEG < 17) BaUooning TestT28 MID PT. OD - 105 DEG TP K < 4> 4-OCT-1994T5 MID PT. OD - 120 DEG < 18) Point: 222 Incr: 1T29 MID PT. OD - 135 DEG TP K < 5>

t *.

8 10 12

TIME <s>

14 16 18 20

-C104-

K < 11) STERN LABORATORIES INC.24) Ballooning Test10) 4-OCT-199423) Point: 222 Incr: 1 .

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lilÛ.

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MID PT.MID PT.MID PT.MID PT.

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225 DEG TP K210 DEG195 DEG TP K180 DEG165 DEG TP K150 DEG

8) STERN LABORATORIES INC21) Ballooning Test


7> 4-0CT-199452) Point: 222

-C105-

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1400

1200

1000

800

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400

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0 DEG60 DEG120 DEG180 DEG240 DEG800 DEG

< 26) STERN LABORATORIES INC./< 27) Ballooning TestC 28> 4-OCT-1994C 29> Point: 222

8 10

TIME <s>

12 14 16 18 20

850

800

250

200

150

100

50

T19T21T20

CHAMBER WALL - TOPCHAMBER WALL - TOP 2CHAMBER WALL - BOTTOM

< 82) STERN LABORATORIES INC.< 34) Ballooning Test< 88) 4-0CT-1994

Point: 222 Incr: 1

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120

100-

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60

40

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(na> < 42) STERN LABORATORIES INC.<nm> < 43> Ballooning Test

4-OCT-1994Point: 222 Incr: 1

8 10

TIME <s>

12 14 16 18 20

6

5-

4

S

2

1

-1

P0T3 POTENTIOMETER 3 <nm> < 44> STERN LABORATORIES INC.Ballooning Test.4-OCT-1994Point: 222 Incr: 1

8 10

TIME <s>

12 14 16 18 20

1

-Cl 07-

35

30

25

20

15

10

-5


< 70> STERN LABORATORIES INC.(71) Ballooning Test

4-0CT-1994Point: 222 Incr: 1

8 10 12

TIME <s>

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STRAN3 X AXIAL STRAIN - P0T3 < 72) STERN LABORATORIES INCBallooning Test4-0CT-1994Point: 222 Incr: 1

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8000

7000

6000

5000

4000

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2000

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SPECIMEN PRESS1 1 ' • | • • > | . • . | . . .

<kPa> C 41) STERN LABORATORIES INC.:Ballooning Test. :4-OCT-1994

Point: 222 Incr: 1

*-1

1I

8 10

TIME <s>12 14 16 18 20

1200

1100

1000

900

800

700h

600

500

400

800

200

100 f

YEWLT PRIMARY VOLTSYEWAMP PRIMARY AMPSYEWATT PRIMARY WATTS

< 47> STERN LABORATORIES INC.<A> < 48) Ballooning Test<kW) < 49) 4-OCT-1994

Point: 222 Incr: 1

r

180

160

140

120

100

80

60

40

20

08 10

TIME <s>12 14 16 18 20

I

I

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900

800

700

600LUce

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§ 500

400

300

200

15.1s


,e_.,^.

= ODT/Cs, I = !DT/Cs

-210 -180 -150 -120 -90 -60 -30 0 30 60 90 120 150 180 210

DEGREES FROM TOP OF SPECIMEN

APPENDIX D

POST-TEST INSPECTION DATA

-Dl-

CONTENTS

Photographs Of Burst Specimen.Table Of Post Test Wall Thickness Measurements.Table Of Wall Thickness Change [ 1 ].Tables Of Post Test Circumferential And Axial Surface Measurements.Table And Graph Of Local Circumferential Strain [2].Table Of Axial Strain [3].

Page

Test # 1, Specimen #1 D3

Test #2, Specimen #5 D9





Notes:

[1] Measured post-test wall normalized by initial wall (Appendix B). Blankentries indicate no measurement due to large local curvature.

[2] Measured distances between punch marks divided by one twenty-fourth ofthe circumference. Circumference is average of three tape measurements(Appendix B). Contour plot using SYSTAT with least squares smoothing.

[3] Measured distances between punch marks divided by 30 mm.

-D3-

f

fb-v-IJfi

TOP

90° (RE FIXEDEND AT LEFT)

BOTTOM


TEST NO. 1 SPECIMEN NO. 1

PRESSURE TUBE FINAL WALL THICKNESSSPECIMEN NO. 1

ANG. POSITION

NO. (Deq.)

14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

8

9

10

11

12

13

-165

-150

-135

-120

-105

-90

-75

-60

-45

-30

-15

0

15

30

45

60

75

90

105

120

135

150

165

180

-180

4.17

4.15

4.16

4.12

4.10

4.07

4.05

4.07

3.25

2.39

3.25

3.98

4.01

4.07

4.09

4.11

4.14

4.17

4.16

4.16

-150

4.03

4.04

4.01

3.98

3.92

3.91

3.89

2.90

2.23

2.97

3.85

3.89

3.92

3.94

3.97

4.01

4.02

4.06

4.06

-120

4.01

3.96

3.98

3.93

3.88

3.85

3.76

3.69

2.69

2.40

2.87

3.73

3.83

3.85

3.89

3.92

3.95

4.00

4.01

4.02


-90 -60 -30 0 30 60 90

3.97

3.95

3.91

3.87

3.82

3.76

3.66

3.51

3.36

3.14

2.73

2.08

2.67

3.56

3.67

3.72

3.78

3.85

3.89

3.93

3.95

3.96

3.98

3.93

3.92

3.88

3.84

3.76

3.70

3.59

3.45

3.32

3.09

2.67

2.13

2.67

3.17

3.44

3.52

3.67

3.76

3.81

3.87

3.88

3.90

3.95

3.96

3.93

3.90

3.89

3.87

3.79

3.72

3.57

3.39

3.28

3.05

2.69

2.32

2.70

3.16

3.40

3.50

3.63

3.72

3.80

3.86

3.87

3.90

3.95

3.94

3.98

4.00

4.01

3.91

3.88

3.83

3.64

3.46

3.32

3.21

2.58

2.84

2.72

3.18

3.43

3.57

3.67

3.84

3.89

3.95

3.93

3.94

3.96

3.97

3.92

3.90

3.87

3.85

3.75

3.70

3.58

3.43

3.34

3.06

2.71

1.90

2.73

3.13

3.41

3.53

3.65

3.70

3.78

3.81

3.84

3.88

3.90

3.91

3.92

3.90

3.88

3.83

3.80

3.70

3.62

3.51

3.45

2.69

2.06

2.73

3.26

3.44

3.57

3.66

3.74

3.79

3.83

3.87

3.88

3.89

3.90

3.94

3.92

3.92

3.87

3.83

3.79

3.68

2.67

2.47

2.69

3.75

3.78

3.84

3.86

3.88

3.89

3.92

3.95

120

3.98

3.97

3.95

3.93

3.S1

3.86

3.84

2.82

2.31

2.79

3.81

3.81

3.85

3.87

3.94

3.93

3.97

3.97

150

3.99

3.97

3.98

3.97

3.94

3.93

3.87

3.81

2.92

2.49

2.87

3.76

3.83

3.86

3.90

3.92

3.92

3.96

3.98

3.99

180

4.06

4.07

4.05

4.06

4.03

4.03

3.97

3.90

3.89

3.35

2.97

3.17

3.85

3.90

3.96

3.97

3.98

3.99

4.02

4.02

4.05

PRESSURE TUBE WALL THICKNESS CHANGESPECIMEN NO. 1

ANG. POSITION

NO. (Deq.)

14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

8

9

10

11

12

13

-165

-150

-135

-120

-105

-90

-75

-60

-45

-30

-15

0

15

30

45

60

75

90

105

120

135

150

J65

180

WALL THICKNESS CHANGE (%) @ AXIAL POSITION (mm)

-180 -150 -120 -90 -60 -30 0 30 60 90 120 150 180

-7.1

-7.6

-7.3

-8.0

-8.5

-8.9

-9.8

-9.4

0.0

0.0

-27.5

-46.4

-26.8

0.0

0.0

-9.3

-8.4

-7.1

-6.8

-7.0

-7.0

-6.3

-6.9

-7.1

-10.4

-10.0

-10.7

-11.4

-12.7

-12.9

-13.4

0.0

0.0

0.0

-35.0

-49.9

-33.3

0.0

0.0

-12.3

-11.4

-10.7

-10.5

-10.0

-9.5

-9.7

-9.4

-9.6

-10.7

-11.8

-11.4

-12.7

-13.4

-14.1

-16.1

-17.6

0.0

0.0

-40.0

-45.9

-35.1

0.0

0.0

-14.8

-12.6

-12.3

-11.4

-10.9

-10.6

-9.7

-10.1

-10.1

-11.6

-12.2

-12.9

-14.0

-14.9

-16.3

-18.7

-21.7

-25.0

-30.1

-38.9

-53.2

-39.7

0.0

-18.7

-16.2

-15.1

-13.7

-12.3

-11.6

-10.9

-10.8

-11.2

-11.0

-12.5

-12.9

-14.0

-14.7

-16.6

-18.0

-20.4

-23.3

-26.1

-31.0

-40.1

-52.0

-39.5

-28.0

-21.6

-19.6

-16.2

-14.5

-13.4

-12.2

-12.4

-12.2

-11.4

-11.6

-12.3

-13.3

-13.6

-13.8

-15.8

-17.5

-20.8

-24.7

-26.9

-31.9

-39.7

-47.7

-38.9

-28.3

-22.6

-20.1

-17.1

-14.9

-13.2

-12.1

-12.6

-12.0

-11.2

-11.9

-11.0

-10.7

-10.7

-12.9

-13.6

-14.9

-18.9

-22.9

-25.9

-28.2

-42.0

-36.2

-38.7

-27.9

-21.7

-18.5

-16.2

-12.1

-11.0

-10.0

-10.9

-10.9

-10.8

-11.2

-12.9

-13.3

-13.8

-14.4

-16.7

-17.6

-20.4

-23.8

-25.6

-31.4

-39.1

-57.1

-38.1

-28.7

-22.1

-19.4

-16.7

-15.3

-13.3

-12.8

-12.7

-12.8

-12.6

-13.3

-12.7

-13.9

-13.8

-14.7

-15.7

-17.6

-19.4

-21.8

-23.0

0.0

-39.6

-53.5

-38.1

-25.9

-21.5

-18.5

-16.4

-14.6

-13.5

-13.0

-12.4

-12.8

-1&0

-12.8

-12.2

-13.1

-13.1

-14.0

-15.1

-16.0

-18.4

0.0

0.0

0.0

-40.1

-44.4

-39.0

0.0

0.0

0.0

-14.4

-13.7

-12.5

-12.1

-11.8

-12.2

-11.9

-11.8

-11.2

-11.4

-12.2

-12.7

-13.1

-14.2

-14.9

0.0

0.0

0.0

-36.8

-48.0

-36.9

0.0

0.0

0.0

-12.6

-12.8

-11.9

-11.6

-10.5

-11.1

-10.4

-11.2

-10.7

-11.4

-11.8

-12.0

-12.4

-13.1

-14.2

-15.7

0.0

0.0

-34.8

-43.8

-35.1

0.0

0.0

-14.0

-12.6

-11.2

-10.8

-10.5

-10.7

-10.2

-10.2

-10.5

-9.2

-9.4

-9.8

-9.6

-10.0

-10.2

-12.4

-13.3

-13.6

0.0

-25.1

-33.1

-28.3

0.0

0.0

-11.9

-10.8

-9.2

-8.9

-8.9

-9.1

-8.8

-9.3

-9.2

-D6-PRESSURE TUBE POST-TEST MEASUREMENTS

SPECIMEN NO. 1a) CIRCUMFERENTIAL MEASUREMENTS

ANG. POSITIONNo. (Deq.)

131415161718192021222324

123456789

101112

-18010-165-165 to-150-150 to-135-135 to-120-120 to-105-105 to-90-90 to -75-75 to-60•60 to-45-45 to-30-30 to-15-15 toO0to1515 to 3030 to 4545 to 6060 to 7575 to 9090 to 105105 to 120120 to 135135 to 150150 to 165165 to 180

DISTANCE BETWEEN PUNCH MARKS (mm) d AXIAL POSITION (mm)-180 -150 -120 - 9 0 - 6 0 - 3 0 0 30 60 90 120 150 18015.716.914.716.315.916.516.316.316.115.915.920£17.216.3^16.316.316.116.316.316.115.916.115.715.7

16.117.015.316.516.316.916.917516.716.717.021.719.117.216.716.716.716.716.316.316.316.315.915.9

16.117.215.516.716.516.917.017.417.417.918.424.620.618.617.417.416.916.916.516.516.516.3j16.116.1

16.317.015.517.016.717.017.417.918.219.120528.425.820.218.217.417.017.016.516.516.716.516.116.1

16.517.015.517.016.717517.418.418.819.421525.431.421.418.617.917.417516.716.516.516.716.316.3

16.717515.516.916.717.217.218.418.819.821.825.231.922218.618.017.717.016.7167]16.716.716.316.3

16517515.516.916.716.917.418.418.619.621.225.834.522218.618.017.417.016.916.516.516.716.716.3

165L17.0

15.717.016.917.017.718518.619.421.027.430.621.818.418.0,17.217.016.916.516.516.916.516.5

16.3L17.0

15.716.916.917518218518.618519.425.328.721.018.017.417516.916.716.516.516.516.516.1

16.317.015.516316.917.017.417.917.717.918.622.028.719.417.417.017-Oj

16.916.716.716.516.516.316.3

16.316.915316.716.916.917517.717.417.417.919.623J318.616.717.016.916.716.516.716.516.516.316.3

16.116.915.116.716.716.917.017.416.917.016.918.422JS18.016.516.716.716.716.716516.316.516.316.1

15.716514.916.316516516.316.916.116516.316.920J317.916.316.716.516.516.316.116.116.315.915.7

NOTE: Numbers in bold italics indicate measurements across rupture (sum of two measurements).

b) LONGITUDINAL MEASUREMENTS\NG. POSITICNo. (Deg.)

1415161718192021222324

123456789

101112

-165-150-135-120-105

-90-75-60-45-30-15

0153045607590

105120135150165

13 Î 180

DISTANCE BETWEEN PUNCH MARKS (mm) @ AXIAL POSITION (mm)180:-150-150:-120 -120:-90 -90:-60 -60:-30 -30:0 0:30 30:60 60:90 90:120 120:150 150:180

30.730.630530.330530.130.030.631.833.736.541.436.933.732.130.730.330.130.330.430.530.530.830.6

30.430.730.530.430530.130.630.632.134.537.338.934.932.931.6

. 30.730.530530.430.530:530.430.430.6

30.530.630.530.530.630.630.630.631.132.535.7

NoMeas34.532.431.231.130.730.530.530.330.530.530.530.5

30.330.330.430.530.630.630.730.630.931.332.9

No Meas32.931.331.030.630.630.530.630.730.530.430.330.5

30.630.630.630.630.730.831.031.030.931.331.932531.931531.130.830.730.830.730.630.730.630.6

30.530.430.430.430.430.530.728.230.930.730.731530.731.031.030.730.630.430.330.330.430.530.5

30.61 30.5

30.330.530.630.630.630.430.630.930.731.831.332.931.531.031.030.730.730.630.530.530.330.430.530.3

30.530.630.530.930.630.730.631.031.332.133.7

NoMeas32.631.631531.030.830.830.530.530.530.730.530.5

30.330.430.428.430.430.530.630.630.931.934.9

NoMeas34532.130.930.630.530.330.430.430.330530.330.4

30530.630.430.430530530530.631.132.534.538.935.332.531.330.630530.330.430.530.530.530.430.5

30.830.730.730.530530.530.430.631.532.935.340.934.932.931.330.430.330.330.430.730.630.730.730.6

30.630.730.530.630.530.330530.130.631.834.137.336.131.331.330.730.330530.230.230.530.730.630.7

i

I

-D7-PRESSURFTURF STRAIN MEASUREMENTS

SPECIMEN NO. 1a) CIRCUMFERENTIAL PERCENT STRAIN

ANG.No.

131415161718IS2021222324

123456789

101112

POSITION(Deq.)

-180 to-165-165 to-150-150 to -135-135 to-120-120 to-105-105 to-90-90 to-75-75 to-60-60 to-45-45 to-30-30 to-15-15 toO0to1515 to 3030 to 4545 to 6060 to 7575 to 9090 to 105105 to 120120 to 135135 to 150150 to 165165 to 180

TOTAL

-1806.48.84.9

10.47.8

11.810.410.49.07.87.8

39.017.110.410.410.49.0

10.410.49.07.89.06.46.4

10.5

-1509.09.99.1

11.810.414.514.517.113.113.115.747.129.417.113.113.113.113.110.410.410.410.47.87.8

14.2

-1209.0

11.310.613.111.814.515.718.518.521.2255S7J3

40.026.618.518514.514.511.811.811.810.49.09.0

18.1

LOCAL STRAIN (%-90 -60 -30

10.49.9

10.615.713.115.718.521223.829.437.393.075.137.323.818.515.715.711.811.813.111.89.09.0

23.0

11.89.9

10.615.713.117.118.525228.031.944.0725

113.445.426.621218.517.113.111.811.813.110.410.425.5

13.111.310.614513.117.117.125228.034.748271.1

116.650.926.622.519.915.713.113.113.113.110.410.426.2

) © AXIAL POSITION (mm)0 30 60 90

11.811.310.614.513.114518.525226.633.344.075.1

134250.926.622.518515.714.511.811.813.113.110.426.7

11.89.9

12.015.714515.719.923.826.631.942.885.9

107.748225222.517.115.714.511.811.814.511.811.826.0

10.4L 9.9

12.014.514517.123.823.826.623.831.971.894.742.822.518.517.114.513.111.811.811.811.89.0

23.3

10.49.9

10.611.814515.718.521219.921226.649.594.931.918.515.715.714.513.113.111.811.810.410.420.5

12010.48.8

10.613.114514517.119.918518.521233.358.526.613.115.714513.111.813.111.811.810.410.417.1

1509.08.87.7

13.113.114515.718.514515.714.5252SZB22.S11.813.113.113.113.111.810.411.810.49.0

15.2

1806.46 262

10.411.811.810.41459.0

11.810.414538.021210.413.111.811.810.49.09.0

10.47.86.4

11.8NOTE: Numbers in bold italics indicate measurements across rupture (sum of two measurements).

b) LONGITUDINAL PERCENT STRAINUNG. POSNo. (Deq.'1415161718192021222324

123456789

10111213

-165-150-135-120-105-90-75•60-45-30-15

0153045607590

105120135150165180

LOCAL STRAIN (%) © AXIAL POSITION (mm)180:-150-150:-120-120:-90 -90:-60 -60:-30 -30:0 0:30 30:60 60:90 90:120 120:150 150:180

2.41.91.51.10.80.5021.95.8

12.421.738.123.012.47.12.40.9020.91.31.81.82.81.9

1.3221.5120.8021.91.97.1

15.124.329.616.49.7522.41.60.71.31.71.61.31.32.1

1.52.01.51.61.91.92.11.93.88.5

19.0NoMeas

15.18.04.13.62.31.71.71.11.61.81.71.8

1.11.0121.61.91.92 2253.14.59.7

NoMeas9.7453.31.92.11.72.12.31.61.30.91.8

1.92.02.11.9222.6323.53.1456.4726.34.13.62.62.22.52.32.12.42.11.92.0

1.61.41.21.41.31.72.4

-5.93.12.42.44.1223.33.32.41.91.31.01.11.41.51.71.6

1.11.51.91.91.91.42.13.02.45.8459.65.03.33.32.3222.11.81.60.9

1.71.91.73.02.12.31.93.34.57.1

12.4No Meas

8.75.34.0322.82.71.61.81.7

1.3! 221.7 1.71.0 ! 1.5

0.91.312

-52121.61.91.93.16.4

16.4NoMeas

15.17.13.11.91.60.91.4120.90.80.91.3

1.71.91.31.41.81.60.81.93.88.5

15.129.617.78.5451.90.81.01.31.71.71.71.41.7

252.42.41.61.61.61.31.9529.7

17.736216.49.74.5121.00.91.3222.12.42.31.9

1.9221.61.91.60.80.60.51.95.8

13.724.320.3

454.52.40.80.70.80.81.72.41.922

TOTAL1.61.81.61.11.61.51.71.53.97.6

13.622.413.06.7422.41.71.41.41.61.61.71.71.7

-D8-

180

90

jo

"35

£(S

-90

-180

-180

SPECIMEN #1

CIRCUMFERENTIAL STRAIN (%)

-90 90 180

I

i

Degrees From Top Of Specimen I

I

-D9-

TOP


BOTTOM




ANG. POSITION

NO. (Deq.)

13

14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

8

9

10

11

12

-165

-150

-135

-120

-105

-90

-75

-60

-45

-30

-15

0

15

30

45

60

75

90105

120

135

150

165

180

-180

4.11

4.11

4.16

4.12

4.12

4.08

4.09

4.08

4.07

4.04

3.99

3.98

4.04

4.08

4.09

4.11

4.08

4.11

4.12

4.12

4.13

4.12

4.12

4.15

-150

4.03

4.04

4.05

4.00

4.02

3.96

3.94

3.92

3.91

3.83

3.73

3.71

3.76

3.86

3.92

3.98

3.99

4.00

4.02

4.05

4.05

4.05

4.06

4.05

-120

4.01

3.97

3.99

3.98

3.93

3.88

3.84

3.80

3.77

3.64

3.55

3.54

3.61

3.71

3.81

3.86

3.91

3.92

3.95

4.00

4.01

4.01

4.02

4.03


-90 -60 -30 0 30 60 90

3.98

3.95

3.94

3.90

3.88

3.83

3.76

3.69

3.62

3.52

3.36

3.37

3.47

3.59

3.70

3.79

3.85

3.88

3.92

3.93

4.00

4.01

4.01

4.01

3.93

3.88

3.86

3.80

3.78

3.73

3.67

3.60

3.54

3.46

2.89

3.22

3.30

3.47

3.64

3.76

3.80

3.83

3.86

3.89

3.91

3.94

3.93

3.94

3.87

3.87

3.82

3.78

3.74

3.63

3.59

3.49

3.38

3.22

2.49

3.20

3.14

3.37

3.59

3.70

3.74

3.79

3.81

3.86

3.88

3.89

3.86

3.88

3.88

3.86

3.90

3.91

3.83

3.67

3.61

3.61

3.49

3.43

3.32

3.19

3.25

3.56

3.61

3.71

3.75

3.76

3.86

3.92

3.89

3.91

3.89

3.89

3.86

3.81

3.81

3.74

3.72

3.59

3.50

3.43

3.34

3.02

2.21

2.88

3.05

3.33

3.53

3.64

3.70

3.75

3.78

3.82

3.83

3.84

3.85

3.87

3.90

3.87

3.84

3.78

3.75

3.67

3.59

3.49

3.42

3.41

2.82

2.94

3.16

3.43

3.62

3.68

3.73

3.80

3.85

3.88

3.85

3.89

3.90

3.90

3.91

3.90

3.90

3.88

3.85

3.79

3.69

3.60

3.56

3.44

3.24

3.22

3.30

3.56

3.70

3.79

3.81

3.86

3.90

3.94

3.93

3.94

3.95

3.96

120

3.97

3.98

3.96

3.95

3.92

3.87

3.80

3.76

3.70

3.58

3.45

3.42

3.50

3.70

3.82

3.88

3.90

3.95

3.95

3.98

3.97

3.97

3.98

3.99

150

3.99

4.01

3.98

3.98

3.97

3.91

3.85

3.82

3.77

3.73

3.66

3.63

3.69

3.79

3.91

3.95

3.96

3.99

3.98

4.01

4.00

4.01

4.00

4.01

180

4.05

4.08

4.08

4.05

4.06

4.04

3.98

3.97

3.96

3.91

3.96

3.87

3.89

3.97

4.02

4.03

4.06

4.05

4.06

4.08

4.05

4.05

4.07

4.07


ANG. POSITION

NO. (Deq.)

13

14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

8

9

1011

12

-165

-150

-135

-120

-105

-90

-75

-60

-45

-30

-15

0

15

30

45

60

75

90

105

120

135

150

165

180


-180 -150 -120 -90 -60 -30 0 30 60 90 120 150 180

-7.2

-7.6

-6.7

-8.0

-8.2

-9.3

. -9.1

-9.5

-9.4

-10.2

-11.3

-11.8

-10.4

-9.3

-8.9

-8.3

-8.3

-7.4

-7.0

-6.8

-6.6

-6.6

-6.6

-6.1

-9.0

-9.2

-9.4

-10.7

-10.9

-12.4

-12.6

-13.3

-13.5

-14.9

-16.9

-17.4

-16.4

-14.2

-12.3

-10.8

-10.3

-9.9

-9.3

-8.4

-8.2

-8.2

-7.9

-8.2

-9.7

-10.8

-10.5

-11.2

-12.5

-13.8

-14.7

-15.7

-16.4

-19.1

-20.9

-21.3

-19.8

-17.4

-14.8

-13.5

-11.9

-11.7-10.8

-9.3

-8.9

-8.9

-8.8

-9.0

-10.6

-11.4

-11.9

-13.1

-13.8

-15.1

-16.6

-18.2

-19.7

-21.8

-25.2

-24.9

-22.7

-19.9

-17.0

-14.6

-13.1

-12.4

-11.5

-10.9

-9.3

-9.3

-9.3

-9.5

-11.3

-12.8

-13.5

-15.0

-15.8

-17.1

-18.8

-20.0

-21.3

-22.8

-35.5

-28.1

-26.3

-22.5

-18.8

-15.7

-14.8

-13.7

-12.9

-12.0

-11.3

-10.7

-10.9

-10.9

__l!M-13.2

-14.7

-16.0

-16.9

-19.3

-20.2

-22.4

-24.7

-28.1

-44.4

-28.6

-29.9

-24.9

-19.9

-17.2

-15.8

-14.4

-13.8

-12.5

-12.0

-12.0

-12.5

-12.0

-12.0

-13.1

-12.6

-12.5

-14.7

-18.3

-19.6

-19.8

-22.4

-23.6

-25.9

-28.8

-27.5

-20.5

-19.4

-16.8

-15.7

-15.3

-12.7

-11.1

-11.6

-10.9

-11.4

-11.6

-13.1

-14.8

-15.1

-16.7

-17.1

-20.2

-22.2

-23.8

-25.6

-32.9

-50.7

-35.6

-31.9

-25.8

-21.0

-18.6

-16.9

-15.7

-14.7

-13.6

-13.0

-12.7

-12.5

-12.4

-11.8

-13.0

-14.1

-15.6

-16.7

-18.4

-20.0

-22.3

-23.8

-23.7

-36.9

-34.2

-29.5

-23.6

-19.6

-17.9

-16.4

-14.6

-13.3

-12.4

-12.9

-11.8

-11.4

-11.6

-11.5

-12.2

-12.8

-13.6

-14.4

-16.0

-17.8

-19.6

-20.4

-22.9

-27.5

-27.8

-26.3

-20.5

-17.6

-15.2

-14.6

-13.3

-12.2

-11.1

-11.1

-10.7

-10.4

-10.2

-10.4

-11.2

-11.4

-12.0

-13.1

-14.4

-15.7

-16.6

-17.6

-20.3

-22.8

-23.5

-21.9

-17.6

-14.9

-13.4

-12.6

-11.2

-11.0

-10.4

-10.2

-10.0

-9.5

-9.7

-9.7

•9.9

-11.0

-11.4

-12.0

-13.1

-14.4

-14.9

-16.0

-16.6

-18.1

-18.8

-17.6

-15.6

-12.9

-11.8

-11.2

-10.5

-10.6

-9.5

-9.3

-8.9

-9.3

-8.9

-8.6

-8.3

-8.9

-9.8

-9.8

-10.2

-11.6

-12.0

-12.2

-12.9

L__-11'8

-13.8

-13.4

-11.8

-10.5

-10.4

-9.4

-9.4

-8.8

-7.9

-8.4

-8.2

-7.7

-7.7

-D12-

PRESSURE TUBE POST-TEST MEASUREMENTSSPECIMEN NO. 5

a) CIRCUMFERENTIAL MEASUREMENTSANG. POSITIONNo. (Dec.)

12131415161718192021222324

123456789

1011

-180 to -165-165 to -150-150tO -135-135 to-120-120 to-105-105 to-90•90 to-75-75 to-60-60 to-45-45 to-30-30 to -15-15 toO0to1515 to 3030 to 4545 to 6060 to 7575 to 9090 to 105105 to 120120 to 135135 to 150150 to 165165 to 180

DISTANCE BETWEEN PUNCH MARKS (mm) © AXIAL POSITION (mm)-180 -150 -120 - 9 0 - 6 0 - 3 0 0 30 60 90 120 150 10015.915.715.915.915.915.915.916.316.516316.716.716.916.516.316.315.916.116.116.315.715.715.715.7

16.116.116.516.116.316.516.716.917.217.017.417.417.417.716.716.716.516.716.316.515.716.116.115.9

16.316.316.516.316.516.717.017.717.417.718218.418.618217.416.716.716.916.516.516.115.916.316.1

16.316.316.716.716.916.917217.718218.418.619219218.617.917216.916.916.716.716.516.316.316.1

16.516516.916.717.016.917.718.018.619.120221.419.819.418217.417.017.016.717.016.516.516.516.5

16.7L 16.5

16.917.017.017218.018.019.119.427.721.820220216.617.917.017.417.017.016.716.716.716.7

16.717.016.916.917.417218219.418.618.426.019.820.422.018.418.018218.417.017.316.716.916.716.5

16.516.717.017.017217.718.018.219.119.424.523.821.820218.818.017218.417.017.016.716.716.916.5

16.516.516.916.717.017217.918218.619.120.421.621.019.618.417.917218.017.017.016.516.916.516.5

16.516.316.716.516.717.017.417.718.018.419.119.419.418.617.917.417.017.016.516.716.516.316.316.1

16.116.116.516.316.716.916.917.017.417.918.418.418.418217217.016.716.916.516.316.116.516.116.1

16.116.116.315.916.516.716.716.917217217.417.417.417.416.716.916.516.516.316.315.916.116.316.1

15.515.715.915.715.915.916.316.316.516.516.516.116516.516.316.316.316.315.715.915.715.715.915.7


b) LONGITUDINAL MEASUREMENTSANG. POSN.No. (Deq.)

131415161718192021222324

123456789

101112

-165-150-135-120-105-90-75-60-45-30-15

0153045607590

105120135150165180

DISTANCE BETWEEN PUNCH MARKS (mm) © AXIAL POSITION (mm)180:-150-150:-120 -120:-90 -90:-60 -60:-30 -30:0 0:30 30:60 60:90 90:120 120:150 150:180

30.630.630.730.630.730.730.730.730.830.730.830.730.930.730.330.530.830.630.730.730.630.830.730.7

30.730.530.530.730.630.530.730.630.630.730.831.130.530.830.630.530.630.630.530.630.730.430.630.6

30.730.830.630.730.730.930.630.930.630.830.930.530.730.730.630.830.7

30.530.530.530.930.630.730.630.430.630.830.830.830.830.530.630.530.6

30.71 30.430.730.630.530.730.7

30.530.630.5

30.730.830.730.930.830.931.031.030.931.133.131230.530.730.931.130.930.930.8

30.730.730.630.730.730.830.830.731.031.632.031.431.130.930.930.930.730.830.6

30.8 ! 30.731.0 S 30.5

30.4 ! 30.91 30.930.5 \ 30.8

30.8 i 30.3 30.930.830.7

30.730.730.730.630.830.930.931231231533.131.431231.030.831.030.ÎL30.830.730.630.730.530.530.6

30.730.730.730.830.930.930.730.930.931.333.531.530.930.930.930.730.830.830.730.830.830.730.830.6

30.430.630.530.530.430.430.630.630.630.730.530.630.730.530.630.530.530.430.430.630.5

30.630.530.530.530.630.630.630.730.630.730.630.930.630.730.530.730.730.730.630.630.6

30.41 30.530.530.3

30.530.6

30.630.730.630.530.830.830.830.730.830.730.830.830.730.930.630.630.630.630.730.630.730.630.730.6

30.430.530.630.730.630.630.730.730.730.830.930.830.830.630.730.630.730.630.630.630.630.530.530.6

I

iI

PRESSURE TUBE'^f'RAtN MEASUREMENTSSPECIMEN NC. 5

a) CIRCUMFERENTIAL PERCENT STRAINANG. POSITIONNo. (Deg.)

12

1314

15161718

192021222324

1234

-18010-165-165 to-150-150 to-135-135 to-120-120 to-105-105 to-90-90 to-75-75 to-60-60 to-45

L -45to-30-30 to-15-15 toO0to1515 to 3030 to 4545 to 6060 to 75

5j 75to906

7

e9

1011

90 to 105105 to 120120 to 135

L135to150150 to 165165 to 180

i TOTAL

DISTANCE B t l WfcEN PUNCH MARKS (mm) © AXIAL POSITION (mm)-180 -150 -120 - 9 0 - 6 0 - 3 0 0 30 60 90 120 150 ISO

7.86.4

7.87.8

7.87.8

7.810.411.811.813.413.114.511.810.410.47.8

9.09.0

10.46.4

6.4

6.4

6.4

9.0

9.011.89.0

10.411.813.114.517.115.718.518.518.519.913.113.1

, 11.813.110.411.86.4

9.0

9.0

7.8

9.31 12.6

10.410.411.810.411.813.115.719.918.519.923.825.226.623.818.513.113.114.511.811.89.07.8

10.4

10.410.413.113.114.514.517.119.923.825.226.630.630.626.621.217.114.514.513.113.111.810.410.4

9.0 i 9.015.0 17.2

11.811.814.513.115.714.519.922.526.629.437.345.434.731.9

13.111.814.515.715.717.122.522.529.431.987£48.237.337.3

23.8 ! 26.618.5 j 21.215.71 15.715.713.115.711.8

18.5

13.115.714.514.518.517.123.831.926.625.276.434.738.749.225.222.523.725.2

11.813.115.715.717.119.922.523.829.431.968.761.6482.37.328.022.517.125.2

15.7! 15.7 ! 15.715.7 s 17.61 15.7

13.1 13.11 13.111.81 13.1 j 14.51 13.111.811.8

13.113.1

19.9 i 23.8

13.1 ! 14.511.81 11.824.3 24.7

L11.811.814.513.115.717.121.223.826.629.438.746.842.833.325.221.217.122.515.715.711.814.511.811.821.4

11.810.413.111.813.115.718.519.922.52S2

29.431.931.926.621.218.515.715.711.813.111.810.410.49.0

17.5

9.09.0

11.810.413.114.514.515.718.521.225.225225.223.817.115.713.114.511.810.49.0

11.89.0

9.0

14.9

9.0 5.09.0 ! 6.4

10.47.8

11.8j13.113.114.516.917.118.518.518.518.513.114.511.8

7.86.47.87.8

10.410.411.811.811.89.0

11.811.810.410.410.4

11.8! 10.410.41 6.410.47.89.0

10.4

7.8

.6.4.6.47.8

9.0 ! 6.412.7 i 8.9

NOTE: Numbers in bold italics indicate measurements across rupture (sum of two measurements)

b) LONGITUDINAL PERCENT STRAIN\NGNo.1314

1516171819

20

212223

241

2

34

56

78

3101112

POS(Deq.)-165-150-135-120-105-90-75-60

•45

-30-15

0

15. 30

4560

75

90

I 105I 120I 135i 150| 165! 180

DISTANCE BETWEEN PUNCH MARKS180:-150-150:-120-120.-90 -90.-60 -60:-30 -30:0 0:

2.12,1

2.32.02.42.3

2.42.42.72.32.82.43.0

2.4

1.11.7

2.5

1.9

2.32.2

2.1

2.8

2.21.8

1.82.32.11.82.4

2.12.12.32.6

3.51.8

2.52.01.81.9

I 1-9!1.8!1.9!

! 2.3!

i 1-4!2.4] 1.9 i2.4 ! 1.91 .

2.32.8

1.9222.22.92.13.02.12.53.0

1.82.3

221.92.52.22.32.4

1.9

1.6

2.32.42.7

1.51.5

1.72.91.9

2.41.91.3

2.0

2.7

2.6

2.82.51.7

1.9

1.6

1.9! 1.2! 1.6! 1.9I 1.5! 1.2! 1-7I 1.1

2.42.6

2.4

2.9

2.72.93.4

3.5

3.0

3.510.44.1

1.82.4

2.9

3.53.0

3.12.8

2.8I 3.2

3.1! 2.8

3.0

2.22.2

2.12.42.22.72.82.33.4

5.36.8

4.63.72.9

2.9

3.12.4|2.5

1.9 I2.4

1.5!L 2.9;

2.8 i2.2^

(mm) © AXIAL POSITION (mm)30 30:60 60:90 90:120 120:2.2;2.3'2.3 !2 .1 !2.5;2.9 i3.1!4.1 i4.1 I5.0!

10.5!4.8!4.0 ;3.3 ;

2.8 :

3.2;3.0!2.7!2.3':2.1:2.31.6-1.82.1

2.32.3

2.32.63.02.92.4

3.0

3.04.5

11.7523.0

3.03.0

2.42.72.72.3

2.52.52.4

2.62.1

1.31.9

1.71.51.21.31.9

2.0

1.92.4

1.72.0

2.31.8

2.1

1.71.8

1.31.3

1.9

1.51.21.7

i 1.0

1.91.8

1.8

1.6

1.91.91.92.32.0

2.42.0

2.9

1.9221.8

2.3

2.32.2

1.9

1.9

2.11.7

1.9

150 150:1.92.2

2.11.82.72.62.72.32.7

2.42.62.6!2.4

2.92.1

2.02.1 !2.1 I2.3 !2.0!2.3 i1.9!2.2!2.1 i

180

1.2

1.61.9

2.3

1.9

1.92.3

2.42.4

2.7

3.12.62.5

1.92.4

2.12.4

1.92.0

2.1

2.01.61.6

2.1

TOTAL2.02.1

2.0

2.22.22.42.5

2.5

2.63.2

5.03.3

2.62.4

2.22.32.3

2.22.12.1

2.1

2.02.1

2.1

-D14-

180

90

E

jo

% 0£

-90

-180

SPECIMEN #5


\

i

-180 -90 90 180


-1)15-

TOP


BOTTOM




ANG. POSITION

NO. (Deg.)

14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

8

9

10

11

12

13

-165

-150

-135

-120

-105

-90

-75

-60

-45

-30

. -15

0

15

30

45

60

75

90

105

120

135

150

165

180

-180

4.16

4.10

4.12

4.09

4.10

4.02

3.98

3.90

3.84

3.23

3.97

4.06

4.14

4.17

4.20

4.18

4.22

4.19

4.19

-150

4.14

4.06

4.02

3.98

3.94

3.87

3.78

3.73

2.48

3.99

4.02

4.07

4.09

4.14

4.16

4.14

4.15

-120

4.13

4.06

3.98

3.94

3.85

3.84

3.75

3.66

3.15

2.93

2.62

3.24

3.61

3.60

3.95

4.02

4.04

4.05

4.10

4.14

4.15

4.21


-90 -60 -30 0 30 60 90

4.14

4.06

3.98

3.92

3.81

3.74

3.68

3.39

3.12

3.24

3.41

3.66

3.65

3.74

3.96

4.02

4.04

4.10

4.10

4.17

4.06

3.94

3.95

3.84

3.73

3.64

3.53

3.40

3.29

3.08

2.65

3.23

3.56

3.62

3.76

3.83

3.92

3.97

4.02

4.06

4.02

4.17

3.98

3.90

3.86

3.80

3.70

3.55

3.45

3.34

3.23

2.98

2.55

3.08

3.38

3.54

3.68

3.79

3.88

3.89

3.97

3.97

3.99

3.98

4.01

3.90

3.90

3.86

3.69

3.67

3.41

3.34

3.10

2.98

3.47

3.77

3.70

3.84

3.90

3.99

4.06

4.01

3.99

4.10

3.98

3.85

3.76

3.70

3.63

3.52

3.35

3.25

3.14

2.98

2.46

2.78

3.20

3.34

3.51

3.66

3.74

3.81

3.85

3.92

3.97

3.96

3.78

3.91

3.87

3.83

3.73

3.65

3.54

3.41

3.32

3.21

3.04

2.51

3.41

3.53

3.66

3.75

3.84

3.89

3.94

3.96

3.98

4.04

4.00

3.93

3.87

3.80

3.74

3.66

3.51

3.41

3.68

3.81

3.81

3.96

3.92

3.97

3.99

4.04

4.01

120

4.05

4.02

3.96

3.92

3.80

3.72

3.62

3.61

3.84

3.83

3.89

3.92

3.95

4.04

4.06

4.06

4.15

.150

4.07

4.01

3.97

3.95

3.87

3.78

3.71

3.66

3.56

2.92

3.86

3.90

3.92

3.94

3.98

4.03

4.10

4.06

4.08

180

4.09

4.06

4.02

4.00

3.94

3.86

3.88

3.80

3.73

3.68

2.76

3.81

3.85

3.89

3.97

3.97

4.02

4.05

4.09

4.08

4.11


ANG. POSITION

NO. (Deq.)

14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

8

9

10

11

12

13

-165

-150

-135

-120

-105

-90

-75

-60

-45

-30

-15

0

•»- C

O

45

60

75

90

105

120

135

150

165

180


-180 -150 -120 -90 -60 -30 0 30 60 90 120 • 150 180

-7.3

-8.7

-8.8

-8.7

-8.5

•9.9

-10.8

-11.8

-12.9

-26.3

-10.6

-9.0

-8.0

-7.5

-6.9

-7.3

-6.4

-6.9

-6.7

-8.0

-9.6

-10.5

-11.4

-12.2

-13.4

-15.1

-15.8

-43.4

-10.5

•10.3

-9.6

-9.1

-8.0

-7.6

-8.0

-7.8

-8.0

-9.6

-11.6

-12.2

-14.1

-13.9

-15.5

-17.6

-28.4

-33.6

-40.5

-26.4

-18.3

-18.7

-11.4

-10.3

-10.2

-10.0

-8.9

-8.0

-7.8

-6.2

-7.8

-9.6

-11.4

-12.5

-15.0

-16.1

-17.3

-23.5

-29.6

-26.4

-22.5

-17.0

-17.6

-16.0

-11.8

-10.5

-10.2

-8.7

-8.7

-7.1

-9.8

-12.2

-12.2

-14.5

-16.7

-18.4

-20.7

-23.4

-25.7

-30.0

-39.8

-26.8

-19.6

-18.7

-15.7

-14.5

-12.9

-11.6

-10.7

-9.8

-10.5

-7.1

-11.6

-13.1

-14.0

-15.2

-17.4

-20.6

-22.5

-24.8

-27.3

-32.4

-42.0

-30.2

-23.5

-20.3

-17.3

-15.2

-13.4

-13.4

-11.4

-11.6

-11.1

-11.4

-10.7

-13.1

-13.1

-13.8

-17.4

-17.5

-23.4

-24.6

-29.9

-32.3

-21.7

-15.1

-17.0

-14.1

-12.9

-11.1

-9.6

-10.9

-11.1

-8.9

-11.4

-14.3

-16.3

-17.4

-18.8

-20.9

-24.5

-26.8

-28.8

-32.4

-44.1

-36.8

-27.3

-24.4

-20.9

-17.8

-16.1

-15.0

-14.3

-12.9

-12.0

-11.8

-15.8

-13.1

-14.0

-14.7

-16.7

-18.2

-20.3

-23.2

-24.9

-27.2

-31.1

-43.0

-22.9

-20.5

-17.8

-16.1

-14.3

-13.4

-12.4

-12.0

-11.6

-10.0

-10.9

-12.7

-13.8

-15.2

-16.1

-17.6

-20.6

-22.9

-16.9

-14.4

-14.6

-11.4

-12.5

-11.6

-11.3

-10.2

-10.7

-10.2

-10.7

-12.2

-12.7

-15.0

-16.4

-18.3

-18.1

-13.5

-14.1

-13.0

-12.7

-12.0

-10.2

-9.8

-9.8

-7.8

-9.8

-10.9

-11.8

-11.8

-13.4

-15.1

-16.3

-17.0

-19.3

-33.8

-12.9

-12.2

-12.1

-11.9

-11.2

-10.2

-8.9

-9.6

-9.3

-9.3

-9.8

-10.7

-10.7

-11.9

-13.5

-12.6

-14.0

-15.4

-16.4

-37.4

-14.0

-13.1

-12.4

-11.0

-11.4

-10.5

-10.0

-9.3

-9.3

-8.7

-D18-

PRESSURE TUBE POST-TFfiT MEASUREMENTSSPECIMEN NO. 3

a) CIRCUMFERENTIAL MEASUREMENTSANG. POSITIONNo. (Deg.)

131415161718192021222324

123,456789

101112

-180 to-165-165 to-150-150 to -135-135 to -120-120 to-105-105 to-90-90 to -75-75 to -€0-60 to-45-45 to -30-30 to-15-15 toO0to1515 to 3030 to 4545 to 6060 to 7575 to 9090 to 105105 to 120120 to 135135 to 150150 to 165165 to 180

DISTANCE BETWEEN PUNCH MARKS (mm) 9 AXIAL POSITION (mm)-180 -150 -120 - 9 0 - 6 0 - 3 0 0 30 60 90 120 150 18015.516.016.016.516.016517.016.516.517.017.017.021J516.516.516.516.516.516.516.015.715.515.515.5

15.716.016.016.516.517.017.017.517.517.017.519.02Z517.316516.516.516.516.516.316.016.015.515.3

15516.016.216.717.017.517.518.018.018.518.519.025.018.017.016.516.516.516.516.516.016.015.715.5

15216.016.817.017.017518.018.318.518.519.522.028£20.018.017.017.016.516.516.516.016.016.016.0

15516.016.717.017.018.0

L 18519.019.019.522.024.029.022.019.017.517.317.017.016516.016.016.016.0

16.016.416.717.017518.018519.019.020.522.525.028£23.020.018.017.317.317.017.017.017.016.016.0

16.216516.717.017518.018.519.019.021.023.225.031.0225j20.519.018.017.517.016.816.016.516.016.0

Ï6.516517.017.017.518.018.519.019521.023.527.031.023.020.518.518.0

17JL17.016.916.316.6^62J

162

1S.016516.717.017.218.018.018.519.020524.025.021£23.020518.018.017.317.016.516.016.516.0182

16.0) 16.016.316516516517518.018.519.019.021.023.029£21.018517517.517.016.516.516.016216.016.2

16216516516517.017518.018.019.020.019525.019.017.517.017.017.017.016.516.016216.016.0

16.016.016.016.316217.017.018.018.01851851952AJ518.017517.017.017.017.016.516.016.516.016.0

16.016.016.016.016.016.516.517.017.018.017518.522.517.017.017.017.0

" 17.016.516.016.016.516.016.0



1415161718192021

222324

123456789

1011

-165-150-135-120-105

-90-75-60-45-30-15

0153045607590

105120135150

121 16513 180

DISTANCE BETWEEN PUNCH MARKS (mm) © AXIAL POSITION (mm)180:-150-150:-120-120:-90 -90:-60 -60:-30 -30:0 0:30 30:60 60:90 90:120 120:150 150:180

31.030530.530.530.530.530.530.530.531.534.037.037.533.031.530.530.030.030.030.030.030.530.530.5

30.030.530.53053Q.530.530.530.530.534.534.538536.533.031.530.530.030.030.030.030.030.530.530.5

30530.530.530.530530.530.530.530.532.034.540.035.533.531.030.530.030.030.030.030.030.2305

30.030530530530.530.530530.531.031.533.035.035.532.530.530.530.0

30.530.530.530.530.530.530.531.031.031532,033.032.031.531.030.530.5

30.01 30.530.0 j 30.530.0 i 30.530.030.5

30.030530.530.530.530.530.531.031.031.030531.030.530.530.530.530.530.530.030.5

30.5 ! 30.530.0 ! 30.5

30.5 ! 30.21 30.230.5 i 30.5 i 30.51 30.5

30.530.530530.530530530.531.031.030.530.532.030.530.530.530.530.530.530.030.530.030.530.2

30.530530530.530530530531.031.030.531.032.531.030.530.530.530.530.530.530.530.030.030.0

30.01 30.0

30.030.530530.530530530530531.031.031532.032.030.530.530530530.030.030.030.030.530.030.0

30.030.530530.530.530.530.530530.531.032.543.037.531.530.530.530.030.530.530.030.030.030.530.0

30530.530.530.530.530.530.530.530.531.032.034.035.031.530530.530.530.530.530.0

,_ 30.030.030.030.0

30.530.530.530.530.530.530.530.530.530.531.535.033.031.530.530.530.530.530.530.530.530.030.030.0

-D19-PRESSURE TUBE STRAIN MEASUREMENTS


No.1415161718192021222324

12345678g

10111213

ANG.No.

131415161718192021222324

123456789

101112

POSITION(Deq.)

-180 to-165-165 to -150-150 to-135-135 to-120-120 to-105-105 to-90-90 to -75-75 to -60•60 to-45-45 to-30-30 to-15-15 toO0to1515 to 3030 to 4545 to 6060 to 7575 to 9090 to 105105 to 120120 to 135135 to 150150 to 165165 to 180

! TOTAL

POS(Deq.;-165-150-135-120-105-90-75•60-45-30-15

0153045607590

! 105I 120i 135j 150! 165I 180

-1805.28.68.6

12.08.6

12.015.412.012.015.415.415.446.012.012.012.012.012.012.08.66.652525.2

12.1NOTE: Numbers

-1506.68.68.6

12.012.015.415.418.819.115.418.829.05Z817.112.012.012.012.012.010.38.68.65.23.6

14.4

-1205.28.6

10.013.415.418.818.822.222.225.625.629.069.822215.412.012.012.012.012.08.68.66.65.2

17.2

LOCAL STRAIN (%) © AXIAL POSITION (mm)-90 - 6 0 - 3 0 0 30 60 903.28.6

14.115.415.418.822224.325.625.632.449.493£35.822.215.415.412.012.012.08.68.68.68.6

i 21.2

5.2 8.68.61

13.415.415.422225.629.029.032.449.463.096.949.429.018.817.115.415.412.08.68.68.68.6

11.413.415.418.822225.629.029.039252.869.893£56.235.822.217.117.115.415.415.415.48.68.6

24.9 I 27.3

10.012.013.415.416.822225.629.029.042.657.569.8

110.552.839.229.022.218.815.414.18.6

12.08.68.6

28.5

12.012.015.415.418.8222

^25.629.032.442.6

L 5 9 . 683.3

7TO556239.225.6222

L18.815.414.810.712.710.0

8.612.013.415.416.822222225.629.039.2S3.069.846.056.239.222.222.217.115.412.08.6

12.08.6

_ 10.01 10.029.8 i 25.3

8.6

x. 10-7i 12.0

12.012.018.822225.629.029.042.6562

100.342.625.618.818.815.412.012.08.6

10.08.6

10.0I 23.4

1208.6

10.012.012.012.015.418.822222229.035.832.469.829.018.815.415.4

150 1308.68.68.6

10.710.015.415.422222225.625.632.466.422218.815.415.4

15.4115.4

15.415.4

12.0 I8.6

10.08.68.6

19.1

12.08.6

12.08.68.6

17.7

8.68.68.68.68.6

12.012.015.415.422218.825.652.815.415.415.415.415.412.08.68.6

12.08.68.6

14.7in bold italics indicate measurements across rupture (sum of two measurements),

b) LONGITUDINAL PERCENT STRAINLOCAL STRAIN (%) ©

•180:-150-150:-120-120:-90 -90:-60 -60:-30 -30:03.31.71.71.71.71.71.71.71.75.0

13.323.325.010.05.01.70.00.00.00.00.01.71.7

(•••

•

3-0!1.71.71.71.71.71.71.71.7

15.015.0

•28.321.710.05.01.70.00.00.0

i 0.0

1.71.71.71.71.71.71.71.71.76.7

15.033.318.311.73.31.70.00.00.0

0.011.7

1.7 i1.71.7

0.0

0.01.71.71.71.71.71.71.73.35.0

10.016.718.38.31.71.70.00.00.0

i

0.010.71.71.7

0.00.01.71.71.7

1.71.71.71.71.71.71.73.33.35.06.7

10.06.75.03.31.71.71.71.71.71.70.00.71.7

0.01.71.71.71.71.71.73.33.33.31.73.31.71.71.71.71.71.70.01.71.71.70.71.7

AXIAL POSITION (mm)0:30 30:60 60:90

1.71.7

1.7 i 0.01.71 1.7

1.711.7 j1.7 j1.7!1.7 i3.33.31.71.76.7

1.71.71.71.71.73.33.31.73.38.3

1.7!1.71.7!1.7 i1.711.7 i

0.0 !1.7

i 0.0 !1.7:

: 0.7;* 0.0'

3.31.71.71.71.71.71.71.7

1.71.71.71.71.71.73.33.35.06.76.71.71.71.71.70.00.00.0

0.0 ! 0.00.00.0

1.70.0

0.0 ! 0.0

90:1200.01.71.71.71.71.71.71.71.73.38.3

43.325.0

5.01.71.70.01.71.70.00.00.01.70.0

120:1501.71.71.71.71.71.71.71.71.73.36.7

13.316.75.01.71.71.71.71.70.00.00.00.00.0

150:1801.71.71.71.71.71.71.71.71.71.75.0

16.710.05.01.71.71.71.71.71.71.70.0

i 0.00.0

TOTAL1.11.71.71.71.71.71.7222.54.67.6

17.512.95.62.51.71.01.00.70.70.40.90.90.8

-D20-

180

90

oCO

£CO

-90

-180

-180

SPECIMEN#3


-90 90


180

Î

II

iI

-D2I-

TOP


BOTTOM




ANG. POSITION

NO. (Deg.)

. 14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

8

9

10

11

12

13

-165

-150

-135

•120

-105

-90

-75

-60

-45

-30

-15

0

15

30

45

60

7590

105

120

135

150

165

180

-180

4.22

4.17

4.12

4.10

4.06

4.03

4.03

3.97

3.96

3.88

3.84

3.81

3.85

3.95

3.97

4.02

4.12

4.15

4.19

4.25

4.25

.4.24

4.22

4.23

-150

4.14

4.09

4.06

4.02

3.96

3.90

3.85j

3.80

3.71

3.62

3.58

3.58

3.62

3.73

3.82

3.92

3.98

4.03

4.07

4.14

4.15

4.19

4.18

4.21

-120

4.09

4.06

4.04

3.99

3.91

3.86

3.80

3.68

3.60

3.52

3.43

3.67

3.41

3.59

3.74

3.82

3.93

4.00

4.06

4.12

4.11

4.16

4.18

4.26


-90 -60 -30 0 30 60 90

4.08

4.03

4.03

3.98

3.89

3.83

3.74

3.61

3.50

3.39

3.26

3.25

3.29

3.52

3.69

3.80

3.88

3.95

4.00

4.08

4.10

4.12

4.13

4.17

4.01

4.01

4.01

3.91

3.85

3.75

3.65

3.50

3.43

3.26

3.08

3.17

3.11

3.45

3.74

3.77

3.83

3.90

4.03

4.04

4.05

4.09

4.11

4.28

4.03

3.96

3.95

3.88

3.81

3.70

3.61

3.47

3.38

3.25

3.02

2.99

3.57

3.68

3.79

3.86

3.92

3.97

4.00

4.02

4.05

4.09

4.06

4.06

3.98

3.93

3.91

3.76

3.75

3.71

3.55

3.33

3.29

3.28

3.08

3.54

3.61

3.69

3.82

3.84

3.96

4.07

4.07

4.12

4.13

4.20

3.99

3.94

3.89

3.83

3.77

3.67

3.55

3.42

3.31

3.12

2.87

2.91

2.58

3.56

3.61

3.72

3.78

3.85

3.95

3.96

3.98

4.00

4.09

4.01

3.98

3.94

3.90

3.78

3.73

3.63

3.45

3.33

3.20

2.99

3.11

3.52

3.75

3.74

3.82

3.86

3.96

3.99

4.00

4.02

4.07

4.08

4.03

3.99

3.94

3.85

3.78

3.69

3.5£L3.40

3.32

3.17

3.06

3.09

3.37

3.57

3.68

3.78

3.89

3.95

4.01

4.05

4.07

4.07

• 4.11

120

4.13

4.09

4.04

3.99

3.92

3.83

3.72

3.64

3.48

3.35

3.23

3.33

3.19

3.42

3.61

3.72

3.81

3.92

3.99

4.05

4.17

4.10

4.12

4.26

150

4.21

4.16

4.11

4.03

3.93

3.83

3.75

3.64

3.56

3.43

3.33

3.26

3.33

3.50

3.67

3.84

3.86

3.93

4.01

4.13

4.14

.4.17

4.20

4.22

180

4.31

4.27

4.19

4.09

3.95

3.83

3.76

3.79

3.72

3.68

3.60

3.55

3.67

3.80

3.87

3.93

4.00

3.98

4.04

4.07

4.17

4.24

4.26

4.37


ANG. POSITION

NO. (Deq.)

14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

8

9

10

11

12

13

-165

-150

-135

-120

-105

-90

-75

-60

-45

-30

-15

0

15

30

45

60

75

90

L_ 105

120

135

150

165

180


-180 -150 -120 -90 -60 -30 0 30 60 90 120 150 180

-6.0

-7.1

-7.8

-8.3

-9.4

-9.6

-9.8

-10.8

-11.2

-12.7

-13.3

-13.8

-12.9

-10.6

-10.0

-9.0

-7.0

-6.7

-6.3

-5.1

-5.6

-5.8

-6.0

-5.8

-7.6

-8.7

-9.4

-10.3

-11.4

-12.8

-13.7

-14.6

- 1 6 ^

-18.5

-19.6

-19.2

-18.1

-15.2

-13.2

-11.7

-10.4

-9.2

-8.9

-7.8

-7.8

-6.9

-7.1

-6.2

-8.5

-9.2

-9.6

-10.9

-12.5

-13.8

-14.6

-16.9

-18.9

-20.4

-22.6

-17.0

-22.9

-18.8

-15.2

-13.6

-11.3

-10.1

-9.0

-8.0

-8.5

-7.3

-6.9

-4.9

-9.1

-10.0

-10.4

-11.6

-13.2

-14.3

-16.3

-18.9

-21.2

-23.5

-26.1

-26.3

-25.6

-20.4

-16.5

-14.2

-12.6

-11.2

-10.3

-8.9

-8.7

-8.4

-8.2.

-7.5

-10.8-10.5

-10.7

-13.1

-14.3

-15.9

-18.0

-21.2

-22.7

-26.2

-30.2

-28.0

-29.5

-21.9

-15.4

-15.1

-13.7

-12.4

-9.6

-9.6

-9.6

-8.9

-8.5

-4.9

-10.0

-11.8

-12.0

-14.0

-15.0

-17.2

-19.1

-21.8

-23.9

-26.6

-31.5

-32.0

-19.0

-16.7

-14.6

-13.3

-12.1

-11.4

-10.7

-10.4

-9.8

-9.1

-9.6

-9.4

-11.2

-12.3

-12.7

-16.3

-15.9

-16.4

-20.0

-24.5

-25.6

-25.5

-30.0

-19.7

-18.1

-16.7

-14.2j

-13.9

-11.2

-9.2

-9.4

-8.2

-7.8

-6.5

-10.9

-12.2

-13.6

-14.7

-16.2

-18.1

-20.4

-23.3

-25.6

-29.4

-34.9

-33.9

-41.4

-19.3

-18.5

-16.2

-15.1

-13.7

-11.8

-11.6

-11.4

-10.9

-8.9

-10.7

-11.4

-12.2

-12.9

-16.0

-16.9

-18.8

-22.5

-24.8

-27.6

-32.4

-29.3

-20.4

-15.2

-15.6

-14.0

-13.3

-11.4

-11.1

-11.1

-10.7

-9.6

-9.3

-10.2

-11.1

-12.2

-14.4

-15.8

-17.4

-19.6-23.1

-24.9

-28.1

-30.5

-29.8

-23.2

-19.0

-16.7

-14.7

-12.2

-11.4

-10.3

-9.8

-9.4

-9.6

-8.5

-8.2

-8.9

-10.0

-11.3

-12.9

-14.5

-16.6

-18.2

-21.6

-24.2

-26.6

-24.3

-27.3

-22.1

-18.0

-15.6

-13.8

-11.7-10.5

-9.4

-6.9

. -8.7

-8.4

-5.3

-6.2

-7.6

•8.7

-10.4

-12.3

-14.7

-15.9

-18.0

-19.6

-22.4

-24.3

-25.7

-24.1

-20.3

-16.8

-13.1

-12.9

-11.5

-10.1

-7.6

-7.6

-7.1

-6.5

-6.2

-4.4

-5.3

-6.9

-9.3

-12.0

-14.5

-15.7

-14.8

-16.2

-16.7

-18.0

-18.9

-16.2

-13.4

-11.8

-11.1

-9.7

-10.6

-9.6

-9.2

-7.1

-5.6

-5.3

-3.1

-D24-


a) CIRCUMFERENTIAL MEASUREMENTSANG. POSITIONNo. (Dea.ï

131415161718192021222324

123456789

101112

-180 to-165-165 to-150-150 to-135-135 to -120-120 to-105•105 to-90-90 to-75-75 to-60-60 to-45-45 to -30-30 to-15-15 to 0Oto1515 to 3030 to 4545 to 6060 to 7575 to 9090 to 105105 to 120120 to 135135 to 150150 to 165165 to 180

•18016.016.016.016.016.016516.516.717.017.017217.517.017.016.516.016.016.016.016.015.515.515.515.5

DISTANCE BETWEEN PUNCH MARKS (mm) ® AXIAL POSITION (mm,•150 -120 - 9 0 - 6 0 - 3 0 0 30 60 90 12016.016.016.016.516.516.717.017.017.517.518.017.518.017.217.016.716.516.516.016.016.016.016.016.0

16.016.016216.516.717.017.017518.018218.719219.017.717.717.016.516.516.216.016.016.016.016.0

16.016.016.316.517.017.017.518.018.518.719.520220.019.018.0j17.517.016.716.516.016.216.016.016.0

16.016.016.517.017.017.517.518.019.019220.521.021.019.718.718.017.017.016.516.316.516216216.0

16516517.017.017.017518.018219.019.722.021.522.525.019.018.017.017.016.516.516.516.516.516.2

17.016.717.017.017517.718.018519.019525.020520524.018.018.017217.017.016.716.716.516.516.5

16516517.017.017.017518.018.219.019.721522.023.025£19.018.517.017.017.016.516.516.7162165

16516.316517.017.017518.018.019.019520.521.021520.018.718.017.016.716.716.516.516.516.0162

16.016.016516517.017.017518.018.719220.020.521.019.518518.017.016.516.516.516216.016.0162

16.016.016.016516517.017.518.018519.019.520.020.019.018.317.516.516.516516.516.016.016.016.0

)150

16.016.016.016516517.017217518.018.719.019.519.518218.017.516.516.516216216.016.016.016.0

18015.515.515516.016517.017.017.017.017517.718.018.018.017.017.016.016.016.016.016.0j16.015515.5

NOTE: Numbers in bold italics indicate measurements across rupture (sum of two measurements),


1415161718192021222324

123456789

10111213

•165

-150•135-120-105-90-75•60-45-30-15

0153045607590

105120135150165180

DISTANCE BETWEEN PUNCH MARKS (mm)180:-150-150:-120 -120:-90 -90:-60 -60:-30 -30:0 0:30

30.030.530.530.530.030.030.030.530.530.530.530.530.230.530.030.230.030.230230.030.030.030.030.0

30.030.030.230.030.530.230.230.030.530.530.530.530.530.530230.030.030.230.230.030.030.030.030.0

30.030.230.230.530.530.530.530230.530.530.530.530.530.530.230.030.530.230.230.0

30.030.030.030.230.030230.530230.030.530.530.530.530.530.230.030.2

30.0 !30.0!30.030.0!

30.030.030.030.530.530.530.530.530.530.530.530.230.730.530.530230.5

30.2 j30.0130.230.030.0

30.230230.230.030.0

30.0 i30.0!

30.0^30.0

30.030.530.530.530.530.530.530.530.730.731.031231531.030.530.530.530.530.530.230.230.230.230.0

30.030230.530.030530530.730.531.030.531.031232.031.030.730530.530230230.530.030.230.030.0

©AXIAL POSITION (mm)30:60 60:90 90:120

30.530.530.530.530.530.530.530.730.530530.530.531.030.530.530.530.530.230.530.530230230.230.2

30.030230530.030.530530.030230.530.530.530.530.530230.030230.230.230.030.030.0

30.030.030.030.030.030.530.030230.530230.530230.530.230.030230.230230.030.030.0

30.0 !30.030.2

30.030.030.0 !

120:15030.030230.030530.530.530.230.530.530.530.530230530.530.230.530230230.230.030.030.030.030.0

150:18030.030.030.030.030530.530230.530.530.730.530230.530230230230230230.030.030.030.030.030.0

i

\

I

IJ

IÏ

II



No.1415161718192021222324

123456789

10111213

ÀNG.No.

131415161718192021222324

123456789

101112

POSITION(Pea.)

-180 to-165-165 to-150-150 to-135-135 to-120-120 to-105-105 to-90-90 to -75-75 to -60-60 to -45-45 to -30-30 to-15-15 to 00to1515 to 3030 to 4545 to 6060 to 7575 to 90

90 to 105105 to 120120 to 135135 to 150150 to 165165 to 180

I TOTAL

POS

-165-150-135-120-105-90-75-60-45-30-15

015304560759Ô1

j 105i 120

135i 150i 165I 180

1E

-1808.632

14.48.68.6

12.012.013.415.415.416.818.815.415.412.08.68.68.68.68.65.25.25.25.2

10.6NOTE: Numbers

-1508.632

14.412.012.013.415.415.418.818.822.218.822216.815.413.412.012.08.68.68.68.68.68.6

13.2

-1208.63.2

15.812.013.415.415.418.822223.627.030.429.020.220.215.412.012.010.08.68.6

LOCAL STRAIN (%) @ AXIAL POSITION (mm)-SO -60 -30 0 30 60 908.63.2

16.512.015.415.418.822.225.627.032.437235.829.022.218.815.413.412.08.6

10.08.61 8.68.68.6

15.3

! 8.6! 8.6I 17.7

8.613.21

17.9 j15.415.418.818.822.229.030.439242.642.633.827.022215.415.412.010.712.0

12.06.4

21.515.415.418.822.223.629.033.849.446.052.869.829.022215.4j15.412.012.012.0

10.0 i10.08.6

20.0

12.012.010.023.7

15.47.7

21515.418.820222225.629.032.469A39239263.022222216.815.415.413.413.412.012.012.023.9

12.06.4

21.515.415.418.822223.629.033.846.049.456273229.025.615.4

L 15.415.4

L_ 12.012.013.410.012.024.3

12.05.1

17.915.415.418.822.222229.032.439242.646.035.827.022215.4

8.63.2

17.912.015.415.418.822227.030.435.839.242.632.425.622.215.4

13.4 i 12.013.412.012.012.08.6

10.020.8

j _ 12.012.010.08.68.6

10.019.1

1208.63.2

14.412.012.015.418.822225.629.032.435.835.829.024.318.812.012.012.012.08.6

L 8.68.68.6

17.5

150 1808.63.2

14.412.012.015.416.818.822227.029.032.432.423.622218.812.012.010.010.08.68.68.68.6

16.1

52-0.010.88.6

12.015.415.415.415.418.820222.222.222215.415.48.68.68.68.68.68.65.252

12.4in bold italics indicate measurements across rupture (sum of two measurements),

b) LONGITUDINAL PERCENT STRAINLOCAL STRAIN (%) @

J0:-150-150:-120-120:-90 -90:-60 -60:-30 -30:00.0 i1.7 i.1.7 j1.71o.o;0.0 10.01.71

o.oj0.00.70.0

0.00.70.71.7

US0.70.70.0

1.71 1.71.7 !1.711.7 i0.7 s1.7 io.o:0.7!0.0!0.7 i0.7 io.o;o.o;0.0 :

o.o ;0.0 :

1.71.71.71.71.70.70.00.00.70.70.0

1.71.71.70.71.7

0.00.00.00.70.00.71.70.70.0

1.7 i1.71.71.71.70.70.01.70.7

1.71.7

.• 1.71.71.70.70.00.70.7

0.7 j0.0

0.010.0!0.0 i0.0

0.0

0.00.70.0

0.0 i0.0 !0.0!

0.00.00.0

0.00.00.01.71.71.71.71.71.71.71.70.72.31.71.70.71.70.70.70.70.00.00.00.0

0.01.71.71.71.71.71.71.72.32.33.34.05.03.31.71.71.71.71.70.70.70.70.70.0


0.00.71.70.01.71.72.31.73.31.73.34.0

1.71.71.71.71.71.71.72.31.71.71.7

6.713.32.31.71.70.70.7

1.73.31.71.71.71.70.71.7

1.7!i 0.0!| 0.7

1.70.70.7

! o.o |0.0

0.00.71.70.01.71.70.00.71.71.71.71.71.70.70.00.70.70.70.00.00.00.0

0.7 ! 0.00.7 0.7

90:1200.00.00.00.00.01.70.00.71.70.71.70.71.70.70.00.70.70.70.00.00.00.00.00.0

120:1500.00.70.01.71.71.70.71.71.71.71.70.71.71.70.7

! 1-70.70.70.7

! o.o0.0

! o.o! o.o'• o.o

150:1800.00.00.00.01.71.70.71.71.72.31.70.71.70.70.70.70.70.70.00.0

i 0.00.00.00.0

TOTAL0.10.60.80.91.31.41.11.31.71.71.91.72.51.70.90.81.00.80.60.40.10.20.10.1

-D26-

180

90

E

.gWO0.15

-90

-180

-180

SPECIMEN #4


-90 0 90


180

\

1

!I

Ï

-1)27-

TOP


BOTTOM




ANG. POSITION

NO. (Deq.)

14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

3

9

10

11

12

13

-165

r150

-135

-120

-105

-90

-75

-60

-45

-30

-15

0

15

30

45

60

75

90

105

120

135

150

165

180

-180

4.15

4.15

4.07

4.07

3.97

3.97

3.88

3.82

2.75

2.86

4.01

4.06

4.09

4.15

4.18

4.19

4.19

4.22

4.21

4.25

-150

4.11

4.04

3.96

3.90

3.85

3.81

3.71

3.64

2.74

2.62

3.86

3.93

3.96

4.00

4.04

4.08

4.07

4.14

4.15

4.14

-120

4.13

4.00

3.91

3.86

3.80

3.71

3.66

3.40

2.70

2.63

3.19

3.55

3.81

3.87

3.90

3.98

4.00

4.06

4.07

4.10

4.12

4.15


-90 -60 -30 0 30 60 90

4.07

3.96

3.87

3.79

3.73

3.63

3.56

3.48

3.35

3.26

3.44

3.72

3.77

3.81

3.93

3.96

4.01

4.01

4.06

4.07

4.09

3.97

3.89

3.82

3.75

3.69

3.56

3.47

3.33

3.23

2.95

2.86

3.40

3.54

3.73

3.76

3.86

3.92

3.96

3.99

4.03

4.03

4.04

3.94

3.86

3.79

3.70

3.66

3.48

3.41

3.35

3.21

2.91

2.49

2.89

3.26

3.49

3.67

3.72

3.85

3.90

3.91

3.96

3.96

3.98

3.97

4.00

3.90

3.86

3.84

3.69

3.54

3.38

3.51

3.26

2.80

2.98

3.36

3.58

3.85

3.93

?.93

4.04

4.11

4.04

4.00

4.04

4.13

3.87

3.82

3.76

3.69

3.59

3.52

3.38

3.24

3.13

2.88

2.45

2.92

3.27

3.48

3.59

3.70

3.78

3.88

3.89

3.93

3.93

3.91

3.93

3.90

3.84

3.77

3.76

3.66

3.53

3.44

3.34

3.22

2.86

2.42

2.95

3.42

3.50

3.66

3.72

3.77

3.84

3.87

3.90

3.92

4.03

3.96

3.91

3.85

3.84

3.81

3.77

3.70

3.63

3.59

3.45

2.07

2.98

2.94

3.41

3.53

3.82

3.86

3.88

3.90

3.91

3.90

3.93

3.98

3.93

120

3.93

3.88

3.90

3.91

3.86

3.86

3.58

2.73

3.07

3.24

3.54

3.71

3.93

3.96

3.98

3.98

3.96

3.95

3.95

3.94

3.95

150

3.92

3.93

3.94

3.97

3.99

3.88

3.90

2.67

3.47

3.70

3.86

3.90

3.92

3.99

4.02

3.98

3.95

3.92

3.92

3.91

180

3.98

3.98

4.06

4.05

4.04

4.04

3.98

2.33

3.88

3.96

4.04

4.03

4.04

4.08

4.07

4.00

3.91

3.86

3.92


ANG. POSITION

NO. (Deq.)

14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

8

9

10

11

12

13

-165

-150

-135

-120

-105

-90

-75

-60

-45

-30

-15

0

15

30

45

60

75

90

105

120

135

150

165

180


-180 -150 -120 -90 -60 -30 0 30 60 90 120 . 150 180

-8.2

-8.2

-9.8

-8.9

-11.0

-10.6

-12.6

-13.8

-37.4

-35.0

-9.3

-8.1

-7.9

-7.0

-6.7

-6.9

-6.9

-6.6

. -6.9

-6.2

-8.9

-10.4

-11.8

-12.8

-13.7

-14.4

-16.4

-17.6

-37.6

-40.3

-12.5

-11.3

-10.8

-10.3

-9.8

-9.3

-9.6

-8.6

-8.0

-8.2

-8.2

-11.1

-12.9

-13.8

-15.0

-16.6

-17.4

-22.9

-38.6

-40.1

-27.5

-19.3

-13.6

-12.4

-12.0

-10.6

-10.5

-9.6

-9.6

-9.3

-8.8

-8.0

-9.4

-12.0

-14.0

-15.4

-16.6

-18.4

-19.6

-21.3

-24.0

-25.9

-21.8

-15.6

-14.7

-14.0

-11.9

-11.6

-10.7

-10.9

-10.0

-9.4

-9.1

-11.8

-13.6

-14.9

-16.5

-17.4

-20.2

-22.0

-24.8

-26.9

-33.0

-34.9

-22.7

-19.7

-15.8

-15.3

-13.5

-12.5

-11.6

-11.1

-10.6

-10.4

-10.2

-12.2

-14.0

-15.8

-17.6

-18.3

-21.8

-23.2

-24.4

-27.2

-33.7

-43.3

-34.2

-25.9

-21.0

-17.2

-16.2

-13.7

-12.9

-12.9

-12.0

-11.8

-11.2

-11.6

-11.1

-13.5

-14.4

-14.5

-17.8

-20.6

-23.9

-20.6

-26.1

-36.2

_-32.q

-23.6

-19.0

-13.3

-11.7

-12.1

-9.8

-8.5

-9.8

-10.7

-9.8

-8.2

-13.6

-15.1

-16.4

-17.8

-19.9

-21.3

-24.0

-26.7

-29.0

-34.4

-43.9

._j33;3-25.7

-21.4

-19.1

-16.9

-15.4

-13.4

-13.4

-12.3

-12.3

-12.5

-12.3

-13.3

-14.9

-16.4

-16.8

-18.8

-20.9

-22.5

-24.6

-27.1

-34.9

-44.6

-32.6

-22.4

-21.0

-17.6

-16.2

-15.5

-14.1

-13.4

-12.8

-12.3

-9.8

-11.6

-12.7

-14.3

-14.9

-15.1

-15.7

-17.0

-18.2

-19.0

-21.8

-52.7

-31.8

-33.0

-22.7

-20.3

-14.2

-13.5

-13.4

-12.9

-12.5

-12.6

-12.1

-11.0

-12.3

-12.3

-13.6

-13.3

-13.3

-14.0

-13.8

-19.4

-37.7

-29.9

-26.2

-19.5

-16.1

-11.7

-11.2

-11.2

-11.2

-11.8

-11.4

-11.4

-11.7

-11.4

-12.3

-12.5

-12.4

-12.0

-11.3

-13.2

-12.4

-39.0

-20.8

-15.7

-12.5

-12.2

-12.5

-10.7

-10.1

-11.0

-11.4

-12.1

-11.9

-12.3

-11.0

•11.4

-9.8

-10.0

-10.2

-9.6

-10.6

-46.8

-11.8

-10.4

-9.2

-9.6

-9.6

-9.1

-9.4

-10.5

-12.3

-13.6

•12.1

-D30-


aLCIRCUMFERENTIAL MEASUREMENTSANG. POSITIONNo. (Deg.)

131415161718192021222324

123456789

101112

-180 to-165-165 to -150-150 to-135-135 to-120-120 to-105-105 to-90-90 to-75-75 to-60-60 to -45-45 to -30-30 to -15-15 to 00to1515 to 3030 to 4545 to 6060 to 7575 to 9090 to 105105 to 120120 to 135135 to 150150 to 165165 to 180

DISTANCE BETWEEN PUNCH MARKS (mm) © AXIAL POSITION (mm)-180 -150 -120 - 9 0 - 6 0 - 3 0 0 30 60 90 120 150 18016.016.016.016.016.516.717.017.016.516.016.522.016.716.016.016.016.016.516.216.016.016.016.016.0

16.016516.516.517.017.217.217.517.016.221.023.017.517.016.516.516.516.516.516.516.516.016.016.0

16.016516516517.017.517.517.717.717519.024S19.017.517.017.017.016.516.516516.516.016.016.0

16.016.016.516.717.217.518.218.518.519.021.030.021.018.517.517.017.017.016.716.516.016.016.016.0

16516517.017.017518.018518.519.019.522.032.523.020.018.017.517.3

16.516.717.017.217518219.019.019.020.024.031JS

23.020.0

L 18.517.517.0

17.01 17.016.5 j 17.016.516.016516.516.0

17.016.516.516.516.5

16.517.017.017217.718519.019.019.520.024.532.022520.518.017.516.717.517.017.017.016.516.516.0

16.517.017.017518.018218.519.019.520.026.031.023.020.018.518.017.017.017.017.017.016.516.516.5

16517.017217217.718.018.518.518.820.029.032.021519.018.518.017.517.317.017.016.716.516.5165

16.716.817.017.017517.017517.518.018.024.024.519518.017517.517.017.016.716.516.516.516.5J16.0

16516.717.017.017217.017.017.017.017.023.020.018517.016.716.716.716.716.716.516516.516.516.0

16516517.017.017.0

L 17.017.016.816516.521219517.016516.517.016516.516.516516216516.216.0

16.516516.5165165

_J6.516516.016.016.020.019.517.016.516.516516.516.516516.016.016.5162162



1415161718192021222324

123456789

10111213

-165-150-135-120-105-90-75-60-45-30-15

0153045607590

105120135150165160

DISTANCE BETWEEN PUNCH MARKS (mm) © AXIAL POSITION (mm)180:-150-150:-120-120:-90 -90:-60 -60.--30 -30:0 0:30 30:60 60:90 90:120 120:150 150:180

30.530530.530.530.530.530.531.032.534.538.040.035.533.031.030.030.030.030.230.230.230.230.230.2

30230.230.030.030.030.030.030.532.534.037.537.033.532.030.530230.030.030.030.030.230.030.030.0

30.230230230230230230.531.032.034.036.035.032.531.530.530.030.030.030.230.230.230.230.2

30230.230.230.230.230230.530.731.032.534.533532.031.030.530.030.030.030.230.2

30.530.530.530.530.531.031.031.031.531.531.032.031.531.030.530.530.530.530.530.5

30.2 j 30.530.2 ! 30.530.2

30.21 30.2

30230.230230230.230230.730.730.730.7

L 31.030.531.031.030.530.030.530.530230.2302302

30.5 i 30.230.5

30230230230230230.730.731.031.031.031.031.531.530.530.730.530.530.530.230.230.230.230.2

30.2 i 30.2

30230230230230.530.530.731.031.032.534.033.531.531.531.031.030.530.530.530.530.530.530.530.2

30.530230.230230230.230.531.032.034.032.035.532.531.030.530.030.530.530.030.030.030.030.030.0

30230230230230230230231.032.034.036.534.033.031.030.029.529.530.030.230230.230.030.030.0

30.530.530.530230230230230532.535.037.534.032.031.030.530.030XL30.530.230230.530.530.530.5

30.530.530530230230230230.533.036.038.033.532.030530.030.030.030.030.230230.530.530.530.5

I11



ANG.No.

131415161718192021222324

123456789

101112

POSITION(Deg.)

-180 to-165-165 to-150-150 to-135-135 to-120-120 to -105-105 to-90-90 to-75-75 to -60-60 to -45-45 to-30-30 to-15-15 toO0to1515 to 3030 to 4545 to 6060 to 7575 to 9090 to 105105 to 120120 to 135135 to 150150 to 165165 to 180

TOTAL

-1808.68.68.68.6

t2.013.415.415.412.08.6

12.049313.48.68.68.68.6

12.010.08.68.68.68.68.6

11.9

-1508.6

12.012.012.015.416.816.818.815.410.042.656.118.815.412.012.012.012.012.012.012.08.68.68.6

15.9

-1208.6

12.012.012.015.418.818.820.220.218.829.066329.018.815.415.415.412.012.012.012.08.68.68.6

17.5

LOCAL STRAIN (%-90 -60 -308.68.6

12.013.416.618.823.625.625.629.042.6

103.742.625.618.815.415.415.413.412.08.68.68.68.6

21.7

12.012.015.415.418.822.225.625.629.032.449.3

120.656.135.822218.817.415.412.012.08.6

12.012.08.6

25.4

12.013.415.416.816.823.629.029.029.035.862.9

113356.135.825.618.815.415.415.415.412.012.012.012.026.9

| © AXIAL POSITION (mm)0 30 60 90

12.015.415.416.820.225.629.029.032.435.866.3

117252.739.222218.813.418.815.415.415.412.012.08.6

27.5

12.015.415.418.822.223.625.629.032.435.876.5

110.456.135.825.622.215.415.415.415.415.412.012.012.027.9

12.015.416.816.820.222225.625.627.635.896.9

117246.029.025.622.218.817.415.415.413.412.012.012.028.0

13.414.015.415.416.815.418.818.822222262.966332.422218.818.815.415.413.412.012.012.012.08.6

20.7

12012.013.415.415.416.815.415.415.415.415.456.135.625.615.413.413.413.413.413.412.012.012.012.08.6

16.9

15012.012.015.415.415.415.415.414.012.012.043.932.415.412.012.015.412.012.012.012.010.012.010.08.6

15.0

18012.012.012.012.012.012.012.08.68.68.6

35.832.415.412.012.012.012.012.012.08.68.6

12.010.010.013.1


b) LONGITUDINAL PERCENT STRAIN*NG. POSNo. (Deg.'1415161718192021222324

123456789

10

-165-150-135-120-105-90-75-60•45

-30-15

0153045607590

105120135

11| 15012i 165131 180

LOCAL STRAIN (%) © AXIAL POSITION (mm)180:-150-150:-120-120:-90 -90:-60 -60:-30 -30:0 0:30 30:60 60:90 90:120 120:150 150:180

1.71.71.71.71.71.71.73.38.3

15.026.733.318.310.03.30.00.00.00.7

0.70.70.00.00.00.00.01.78.3

13.325.023.311.76.71.70.70.00.00.0

0.7 i 0.00.70.70.7

0.7

0.70.70.70.70.70.71.73.36.7

13.320.016.78.35.01.70.00.00.00.70.70.7

0.0 | 0.70.0

0.7 i 0.00.70.7

0.70.70.70.70.70.71.72.33.38.3

15.011.76.73.31.70.00.00.00.70.70.70.70.70.7

1.71.71.71.71.73.33.33.35.05.03.36.75.03.31.71.71.71.71.71.71.71.7

0.70.70.70.70.70.72.32.32.32.33.31.7

0.70.70.7

__ 0.70.72.32.3

^_ 3.33.33.33.35.0

3.3 ! 5.03.3j 1.71.7 2.3

0.70.70.70.71.71.72.33.33.38.3

13.311.75.05.03.3

0.0 j 1.7 i 3.31.71 1.71.7 1.70.7 i 0.70.7 0.7

1.71.71.71.7

0.7: 0.7! 1.70.7. 0.7! 1.7

1.71 0.7: 0.7! 1.71.7 i 0.7; 0.7! 0.7

1.70.70.70.70.70.71.73.36.7

13.36.7

18.38.33.31.70.01.71.70.00.00.00.00.00.0

0.70.70.70.70.70.70.73.36.7

13.321.713.310.03.30.0

-1.7-1.70.00.70.70.70.0

1.71.71.70.70.70.70.71.78.3

16.725.013.36.73.31.70.00.01.70.70.71.7

. 1,7O.O! 1.70.0

1.71.71.70.70.70.70.71.7

10.020.026.711.76.71.70.00.00.00.00.70.71.7

i J-7

! 1.71.7| 1.7

TOTAL1.11.00.90.80.91.11.62.86.0

11.015.813.97.94.21.70.50.60.80.70.70.90.80.80.8

' -D32-

180

90

E

«oa.

2

-90

-180

-180

SPECIMEN #2


-90 90 180


IÏ

1i

IiI

I

1

IJ1

TOP

90° (RE FJXEDEND AT LEFT)

BOTTOM


• •:,'">kj?vi>H--:i • l ^ A £ 4 ^ & ^ ' ' v ' 1 ^ ^ •'"' '» '.'iT:»•*•'.?:'



ANG. POSITION

NO. (Deq.)

13

14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

8

g

10

11

12

-165

-150

-135

-120

-105

-90

-75

-60

-45

-30

-15

015

30

45

60

75

90

105

120

135

150

165

180

-180

4.21

4.18

4.17

4.14

4.11

4.07

3.99

3.93

3.83

3.91

2.61

4.02

4.11

4.16

4.18

4.23

4.24

4.25

4.25

4.24

-150

4.16

4.10

4.05

4.00

3.99

3.89

3.80

3.75

3.73

2.65

2.49

3.92

3.97

4.00

4.12

4.13

4.10

4.15

4.14

4.15

-120

4.13

4.11

4.04

4.00

3.92

3.87

3.81

3.73

3.70

3.27

3.05

2.34

3.86

3.96

3.99

4.07

4.10

4.09

4.11

4.15

4.16


-90 -60 -30 0 30 60 90

4.09

4.03

3.98

3.93

3.87

3.79

3.70

3.66

3.48

3.25

2.97

1.97

3.24

3.61

3.62

3.95

3.98

3.99

4.01

4.04

4.05

4.06

4.11

4.06

4.00

3.95

3.89

3.80

3.73

3.59

3.52

3.36

3.23

2.98

3.01

3.44

3.65

3.81

3.86

3.93

3.97

3.97

3.98

4.02

4.03

4.00

3.98

3.92

3.88

3.80

3.65

3.54

3.45

3.34

3.15

2.82

2.94

3.40

3.64

3.76

3.85

3.89

3.95

4.00

4.02

4.01

4.01

4.04

4.01

3.94

3.97

3.74

3.70

3.67

3.52

3.48

3.26

2.81

3.12

3.48

3.70

3.77

3.89

3.98

3.97

4.01

4.03

4.02

4.05

3.98

3.94

3.87

3.83

3.75

3.64

3.53

3.40

3.28

3.09

2.77

2.67

3.38

3.60

3.72

3.82

3.86

3.95

3.99

3.98

3.96

4.00

4.03

3.96

3.91

3.88

3.81

3.68

3.59

3.45

3.35

3.20

2.96

3.43

3.56

3.75

3.83

3.90

4.01

4.04

4.03

4.01

4.02

4.05

4.03

3.97

3.97

3.87

3.78

3.57

3.54

2.55

3.79

3.78

3.88

3.99

4.05

4.03

4.05

4.03

4.02

120

4.09

4.08

4.03

3.98

4.00

3.85

3.73

3.66

3.80

3.94

3.95

4.02

4.07

4.10

4.11

4.12

4.11

.150

4.14

4.13

4.06

4.01

3.98

3.89

3.78

3.68

3.60

2.11

3.72

3.90

3.93

4.03

4.06

4.14

4.15

4.15

4.15

4.14

180

4.18

4.18

4.12

4.08

4.00

3.97

3.88

3.79

3.72

2.52

3.59

3.77

3.95

4.02

4.12

4.20

4.17

4.22

4.22

4.20

4.20


ANG. POSITION

NO. (Deq.)

13

14

15

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

7

_J\9

10

11

12

-165

-150

-135

-120

-90

-75

-60

-45

-30

-15

0

15

30

45

60

75

90

105

120

135

150

165

180


-180 -150 -120 -90 -60 -30 0 30 60 90 120 150 180

-6.7

-7.1

-7.3

-7.8

-8.3

-8.7

-9.9

-11.3

-13.3

-41.0

-9.5

-7.8

-7.1

-7.1

-6.0

-5.8

-5.6

-5.6

-5.8

-7.8

-8.9

-9.8

-10.5

-10.7

-12.6

-14.4

-15.3

-15.6

-39.9

-43.7

-11.9

-11.2

-10.9

-8.2

-8.0

-8.9

-7.8

-8.0

-7.8

-8.2

-8.5

-10.0

-10.7

-12.1

-13.0

-14.0

-15.6

-16.1

-25.7

-30.7

-46.9

-13.5

-11.4

-10.9

-9.4

-8.5

-8.7

-8.5

-7.6

-7.6

-9.5

-10.2

-11.4

-12.3

-13.2

-14.8

-16.7

-17.2

-21.1

-26.1

-32.5

-55.4

-27.0

-18.9

-19.0

-11.8

-11.2

-10.9

-10.5

-10.0

-9.8

-9.4

-8.5

-9.8

-11.1

-12.2

-13.2

-15.0

-16.2

-19.0

-20.4

-23.6

-26.6

-32.3

-32.1

-22.7

-18.3

-15.0

-13.8

-12.5

-11.4

-11.4

-11.2

-10.3

-10.2

-10.9

-11.6

-12.9

-13.4

-15.0

-18.2

-20.1

-21.9

-24.1

-28.2

-35.9

-33.6

-23.6

-18.2

-16.1

-14.1

-13.4

-12.0

-10.9

-10.3

-10.5

-10.5

-10.2

-10.9

-12.2

-11.6

-16.3

-17.0

-17.0

-20.2

-20.9

-25.9

-36.3

-29.6

-21.8

-17.0

-15.8

-13.6

-11.4

-11.4

-10.7

-10.0

-10.3

-10.0

-11.8

-12.4

-13.8

-14.7

-16.1

-18.4

-20.1

-23.1

-25.6

-29.9

-37.0

-39.7

-24.0

-19.5

-17.0

-14.9

-14.4

-12.0

-11.3-11.4

-11.8

-11.1

-10.4

-12.2

-13.1

-13.6

-14.6

-17.3

-18.8

-21.8

-24.0

-27.3

-32.9

-22.9

-20.2

-16.5

-14.7

-13.3

-10.9

-10.2

-10.2

-10.9

-10.5

-10.0

-10.6

-12.0-11.8

-13.4

-15.1

-19.4

-20.1

-42.4

-15.2

-15.8

-13.8

-11.5

-10.2

-10.4

-9.8

-10.2

-10.7

-9.1

-9.5

-10.4-11.4

-10.7

-13.7

-15.8

-17.2

-15.0

-12.1

-12.0

-10.9

-9.6

-9.1

-8.7

-8.2

-8.7

-7.8

-8.2

-9.8

-10.7

-11.0

-12.6

-14.9

-16.9

-18.4

| -52.2

-16,6

-12.9

-12.5

-10.4

-9.3

-8.0

-8.2

-7.8

-7.4

-8.0

-6.9

-7.5

-8.4

-8.9

-10.5

-10.8

•12.6

-14.4

-15.8

-43.0

-19.3

-15.5

-11.6

-10.7

-8.4

-6.7

-7.3

-6.2

-6.0

-6.9

-6.7

-D36-


a) CIRCUMFERENTIAL MEASUREMENTSANGNo.

12131415161718192021222324

123456789

1011

. POSITION(Deq.)

-180 to-165-165 to-150-150 to-135-135 to-120-120 to -105-105 to-90-90 to-75-75 to-60-60 to-45-45 to-30-30 to-15-15 to 00to1515 to 3030 to 4545 to 6060 to 7575 to 9090 to 105105 to 120120 to 135135 to 150150 to 165165 to 180

-18015.515.516.016.016.016.016.517.017.517.517.018.022.517.516.516.216.216.216.216.215.516.015.715.5

-15015.516.016.016.017.016.517.017.517.517.517.018.523£18.517.016.717.016.516.216.216.016.016.015.5

DISTANCE BETWEEN PUNCH MARKS (mm) ©•120 - 9 0 - 6 0 - 3 0 0 3015.716.016216.517.016517.518.018.017.517.719.524.519.518.017.217.216.516.516.216.016.016.015.5

16.016216216517217.017.518.018.017.718.520.52BS21.018.017.517.517.016.516.21 6 ^16.016.015.5

16.216.516.517.017.517.517.718.519.018.519.522.525.025.019.018.018.017.016.516.5j16216216.015.7

16516516.717.0T7.517517.718.519.019520.524.023.530.020.018.018.017.016.716516216216216.0

16516516.717.017517.717.719.019.019.523523.525.03O520.518.018.017.017.016.716.516.516.5162

16516516.716.717.517.517.518.519.019521.023228.527J5

20.518.518.017.017.016516.516.716.5162

AXIAL POSITION (mm)60 90 120

16216.516.516.717.017.517.318218.719220.024.027.527.019.518.018.017.016.716.516.516.516516.2

16216216216516.517.017.018218.518.518.521.537.021519.017517.517.016.516.516.016.516216.0

16.016.016.016.016216.717.018.018.018218219.525£20.018.517.717.516.716.516.016.016.016.015.7

15015.515.715.715.716.016517.018.018.018.017.020.025£19.018.017217216.516.016.016.016.016.015.7

18015.015.515.515516.016.517.017517.517.517.018.023J518.517.517.016.716.516.015.715.515.515.515.5



131415161718192021222324

123456789

1011

-165-150-135-120-105-90-75-60-45-30-15

0153045607590

105120135150165

12| 180

DISTANCE BETWEEN PUNCH MARKS (mm) © AXIAL POSITION (mm)180:-150-150:-120-120:-90 -90:-60 -60:-30 -30:0 0:30 30:60 60:90 90:120 120:150 150:180

30.530.530.530.530230.030.030.030.531.532.537.035.232.531.030.530.030.030.030.230.230.230.230.5

30.51 30230.530.530.530.030.030.030.030.532.034.537.534.532.531.030.530.030.030.030.030.030.030.030.0

30230230.230.030230.030.030.532.034.037533.532.030.530230.030.030.030.030.030.230.230.2

30.030.030.030.030.230230.230.230.731.532.034.055.031.530.530.030.030.030.030.030.030.0

30.030.030.030.030.230230.430.530531.031.532.033.031.530.5

30230230230230.530.530.530.530.731.031.031.030.031.030.7

30.51 30.730.530.230.230.5

30.530.230230.2

30.5 ! 30.230.5 ! 30.5

30.01 30.530.0 30.2

30.230.2

30230230.230230.530.530.530.531.031.031.031.030.030.531.030.530.530.2

30.230230230.230.530.530.530.530.731231.531233.531.531.030.7^30.530.5

30.21 30.530.530.530.530.530.5

30.5

30.01 30.030.030.030.030.230.530.530.530.530.731.233.535J5

30.030.030.030230.230.230230.530.732.237.0325

31.51 31.030.5 ! 30.530.230.230.230.230.5

I 30.5 ! 30230.530.530.5

30.230.0

30.230.030.030.030.0

30230230.230230.530.530230230231233.037.032.030.730.530.530.530.230.030.2

30.21 30230.230.2

30.030.0

30.01 30.2 ! 30.2

30.030230230230230230.230230231.033.036.532.030.530.530.230.230.030.030.230.030.030.030.0

-D37-

PRESSURE TUBE STRAIN MEASUREMENTSSPECIMEN NO. 6

a) CIRCUMFERENTIAL PERCENT STRAIN

No.131415161718192021222324

1

23456789

101112

ANG.No.

12131415161718192021222324

123456789

1011

POS(Deq.'

-165

-150

-135

-120

-105

•90-75•60-45-30-15

0153045607590

105120135150165180

POSITION(Deq.)

-180 to-165

-165 to-150

-150 to-135

-135 to-120

•120 to-105

-105 to-90

-90 to-75

-75 to-60

-60 to -45

-45 to-30

-30 to-15

-15 toO

0to15

15 to 30

30 to 45

45 to 60

60 to 75

I 75 to 9090 to 105

105 to 120

120 to 135

135 to 150

150 to 165

I 165 to 180

TOTAL

-180

5.35.38.68.68.68.6

12.0

15.4

18.8

18.8

15.4

22.2

S2.8

18.8

12.0

10.0

10.0

10.0i10.0

10.0

5.38.66.65.3

12.8

NOTE: Numbers

180>150-150:-120-12C

1.7|1.71.71.70.70.00.00.01.75.08.3

23.3

17.3

8.3

•

1.71.7 i1.7 i1.7 j

0.0 j

0.00.00.01.76.7

15.0

-150

5.38.68.68.6

15.4

12.0

15.4

18.8

18.8

18.8

15.4

25.6

S9.6

25.6

15.4

13.4

15.4

12.0

10.0

10.0

8.68.68.65.3

152

-120

6.68.6

10.012.0

15.4

12.0

18.89 9 9

222L 18.8

20.2

32.4

66.4

32.4

22.2

16.8

16.8

12.0

12.0

10.0

8.6L 8.6

8.65.3

17.5

LOCAL STRAIN (%) © AXIAL POSITION (mm)-90 -60 -30 0 30 60 90

8.610.0

10.012.0

16.8

15.4

18.8

222.

222.

20.2

25.6

39593£42.6

22218.8

18.8

15.4

12.0

10.0

8.68.6

! 8.6

! 5.3

! 20.3

10.0

12.0

12.015.4

18.8

18.8

202.

25.8

29.0

25.6

32.4

52.8

69.8

69*29.0

22222.2

15.4

12.0

12.0

10.0

10.0

8.66.6

12.012.0

13.4

15.4

18.8

18.8

20225.6

29.0

32.4

39263.0

59.6

103.7

35.8

22222.2

15.4

12.012.013.415.418.820220.229.029.032.459.659.669.8

107.139.2

22.2

22215.4

13.4: 15.4

12.0! 13.4

10.0

10.0

12.0

12.0

10.0 j 12.0

23.4!

8.6 10.0

26.0 i 28.0

12.0

12.0

13.4

13.4

18.8

18.8

18.8

25.6

29.0

32.442.6

57.5

93.5

86.7

39.2

25.6

22215.4

15.4

12.0

12.0

13.4

12.0

10.0

27.2

10.012.0

12.0

13.4

15.4

18.8

17.5

23.6

27.0

30.4

35.8

63.0

86.7

83.3

32.4

22.2

22.2

15.4

13.4

12.0

12.0

12.0

12.0

10.0

25.5

10.010.0

10.0

12.0j

12.0

15.4

15.4

23.6

25.6

25.6

25.6

46.0

151J

46.0

29.0

18.8

18.8

| 15.4

12.0

12.0

8.612.0

10.0

8.623.9

in bold italics indicate measurements across rupture (sum of

b) LONGITUDINAL PERCENT STRAINLOCAL STRAIN (%) ©

):-90 -90:-60 -60:-30 -30:0

0.7!

0.70.70.70.00.70.00.01.76.7

13.3

25.0 !

15.0!

8.33.311.70.0 i0.0 j

0.01

0.70.70.7!

0.7!

1.7 i

3.3

25.0

0.00.00.00.00.70.70.70.72.35.06.7

13.3

11.71

6.71.7

1.7 i

o.o!0.0!

0.01

0.0!

0.0!

0.0!0.0!

0.0 !

0.70.0

10.0

5.01.70.00.0

O.O!

0.0 |

0.00.00.70.7

0.00.00.0

0.7i

0.00.00.00.0

0.00.00.00.00.70.71.31.71.73.35.06.7

10.0

5.01.71.71.70.70.71.71.71.71.70.7

0.70.70.70.71.71.71.71.72.33.33.33.30.03.32.32.31.70.70.70.70.71.70.7

i 0.7


0.7!

0.70.70.71.71.71.71.73.33.3

0.71 0.0

0.70.70.71.71.71.71.7

3.3 !

3.310.0!1.7!3.31.7

2.34.05.04.0

11.7

0.00.00.00.71.71.71.71.72.34.0

11.7

18.3

5.0 ! 5.0

3.3j 1.7

2.31.7!0.7 !

0.7!1.7 !1.7 :

I 1.7 i1.7!1.7;

0.71.7 ! 0.7

1.7 I 0.7

1.7 0.71.7! 1.71

1.7 0.71.7 | 0.71.71.7

0.00.0

90:1200.00.00.00.00.70.70.70.71.72.37.3

23.38.33.31.70.70.00.0

1208.68.68.68.6

10.0

13.4

15.4

22222223.6

23.6

32.473J2

35.8

25.6

20218.8

13.4

12.0

8.68.68.68.66.6

18.2

150 1805.36.66.66.68.6

12.0

15.4

22222.2

22215.4

35.873229.0

22.2

16.8

16.8

12.0

8.68.58.68.68.66.6

16.6

1.95.35.35.38.6

12.0

15.4

18.8

18.8

18.8

15.4

22259.6

25.6

18.8

15.4

13.4

12.0

8.66.65.35.35.35.3

13.7

two measurements).

120:150

0.70.70.70.71.71.70.70.70.74.0

10.0

23.3

6.72.31.71.71.70.7

0.0 i 0.0

0.00.70.70.70.7

0.7! 0.7I 0.0! 0.0

i 0.7

150:180

0.00.70.70.70.70.70.70.70.73.3

10.0

21.76.71.71.70.70.70.00.00.70.60.0

i 0.00.0

TOTAL

0.60.60.60.60.91.00.90.91.84.17.6

15.3

9.64.62.31.30.80.40.40.80.70.80.60.7

-D38-

180

90

.g

oa.15

-90

-180

-180

SPECIMEN #6


-90 0 90


I

180

Ii

APPENDIX E

ITEMS DIFFERING FROM OR NOT ADDRESSED IN THE ORIGINAL TEST PLAN

-El-

Items Differing From Or Not Addressed In The Original Test Plan

1. The temperature ramp rate was not constant over the duration of the test and variedfrom test to test by up to ±3 K s"1. The ramp rate profile differed significantly in Test6 from the other five tests.

2. The first tube specimen was ramped from 300°C to 500°C prior to the actual test tocheck the power supply control.

3. The middle portion of the inside of all tubes was sandblasted to facilitate machining ofthe defects and spot welding of the internal thermocouples.

4. The defect depths varied from 0.38 mm to 0.61 mm. In attempting to deepen some ofthe shallower defects in specimen No. 4, poor alignment of the die with the previousdefect resulted in an increased defect width.

5. The width of the radiation reflector on the inside surface of the containment chamberwas reduced to 152 mm and was centered at the mid-plane of the specimen.

6. Some of the ice-bath referenced thermocouples exhibited bias errors during the ramp.For Test 1, the thermocouples were checked with a calibrated temperature standardand the temperatures were corrected.

7. The signals from the thermocouple modules contained a noise pattern of downwardspikes of about 5°C at a frequency of about 1 Hz. However, ignoring the spikes, thesetemperatures are generally more reliable than the ice-bath thermocouples. The voltagemodules used for the pressure and strain measurements also exhibited spikes, but toa lesser extent.

8. Because the tension in the quartz fibres v/as too high for the first three tests, theytended to fail prematurely.

9. Dispite the addition of strap-on heaters, condensation frequently occurred duringpressurization of the specimen prior to the test. The water was removed by venting.

info 0556 ca9600087 - osti.gov

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