ML20080T466
| ML20080T466 | |
| Person / Time | |
|---|---|
| Site: | Crystal River  |
| Issue date: | 02/27/1995 |
| From: | Rossfeld W FLORIDA POWER CORP. |
| To: | |
| Shared Package | |
| ML20080T454 | List: |
| References | |
| NUDOCS 9503130337 | |
| Download: ML20080T466 (557) | |
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[ FLORIDA , POWER , CORPOMTION t FILE NE0016 , February 27, 1995 I FINAL REPORT - 1 ONE AND THREE HOUR FIRE EN00RANCE TESTS i i AND HOSE STREAM TESTS i THERMAL BARRIER SYSTEMS FOR ELECTRICAL C0F.00NENTS ! W. L. ROSSFELD MANAGER, SITE NUCLEAR SERVICES l t I
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FLORIDA POWER CORPORATION
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FILE NE0016
' " February 27, 1995 FINAL-REPORT O ONE AND THREE HOUR FIRE ENDURANCE TESTS AND HOSE STREAM TESTS THERMAL BARRIER SYSTEMS FOR ELECTRICAL COMPONENTS l =n!
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j N. L. RMSPELD MANAGER, SITE NUCLEAR SERVICES l I O
stmDUutY AND ABSTRACT The following report is to document the results of a test program that Florida
. Power Corporation (FPC) conducted in France demonstrating the fire barrier performance of an alternate material to overlay presently installed Thermo-Lag
! barrier systems and to evaluate barrier endurance ratings of installed Thermo-Lag l configuration at Crystal River Unit 3 nuclear facility. Two test articles, one each for a 3 hour and a 1 hour fire endurance flame test, were designed and constructed by FPC to represent the existing Thermo-Lag 3 and I hour configurations at the Crystal River Unit 3 nuclear plant. The test articles were sent to Mecatiss, a privately-owned French company located in Morestel, France where FPC designated conduits were to be covered with an overlay of Mecatiss fire barrier on top of previously applied Thermo-Lag fire barriers. Each test article was exposed to a 1 hour or to a 3 hour fire endurance test. At ' the end of the fire exposure each element was subjected to direct impingement of a water stream from a fire hose for five minutes. The barriers' integrity then was evaluated to assess the effects of both the fire exposure and thermal shock inducted by rapid cooling from the hose stream. This program was accomplished under the direction of Florida Power Corporation, after consultation with the American Society for Testing and Materials, ! Underwriters Laboratory, Mecatiss, S. A. and the Nuclear Regulatory Commission. i The test assemblies were fabricated at Crystal River, Florida using materials from stock and actual plant installations, skilled craft labor, and quality control l techniques representative of the installed fire barriers presently relied on at. O CR-3. Underwriters Laboratory was contracted by FPC to independently witness and document this test program, including those portions done in France at the Mecatiss i' facility from December 5-9, 1994. a Upon review of the results of this program, Florida Power Corporation has concluded that; The test articles representing existing Thermo-Lag 330 fire barrier materials at CR-3 demonstrated an increased endurance time beyond that established by recent industry testing. The test articles representing CR-3's existing Thermo-Lag fire barrier materials and Mecatiss " overlay" meets the intent of the necessary level of protection for electrical circuits in raceways as prescribed in NRC Supplement I to Generic Letter 86-10 dated March 25, 1994. 1
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ONE HOUR TEST I
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Recorded Durina Fire Test- ' Average Individual. Temperature. Rise Temperature. Rise-Barrier. of.250' of 325' . Item System on Surface of Conduit ~ on Surface of. Conduit ! t
' Group of Six Conduits TSI 50 min. 51 min. ;
3/4" conduit TSI 32 min. 35 min. .; i 3/4" conduit TSI & Mecatiss Did not occur Did not occur : i b I Adjusted to Requirements of NFPA 251. ' Due to Temperature Lao of UL Thermocouples ( Average Individual S Temperature Rise _ Temperature Rise . Barrier of 250* of 325' . Item System on Surface of Conduit on Surface of Conduit . ! Group of Six Conduits TSI 44 min. 45 min. [
;3/4" conduit TSI . 26 min. 29 min.
l 3/4" conduit TSI & Mecatiss- Did not occur Did not occur i l l i
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q/ THREE HOUR TEST l
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' Recorded Durina Fire Test- l Average .
. . Individual l Temperature Rise Temperature Rise Barrier- of 250* of 325' l Item System on Surface of Conduit on Surface of Conduit 3/4" Conduit TSI & Mecatiss 3 hr. 4 min. 3 hr. 10 min.
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3/4" Conduit. TSI 1 hr. 16 min. I hr. 21 min. l . Group.of 6 Conduits TSI & Mecatiss Did not occur Did not occur -l l l Adjusted to Requirements of NFPA 251 Due to Temperature Laa of UL Thermocouples . Average Individual Temperature Rise Temperature Rise
.\ Barrier of 250' of 325*
Item System on Surface of Conduit on Surface of Conduit 3/4" Conduit TSI & Mecatiss 2 hr. 56 min. 3 hr. I min. 3/4" Conduit TSI 1 hr. 9 min. I hr. 13 min. Group of 6 Conduits TSI & Mecatiss- Did not occur Did not occur-O's . iji .
q, .( j at r ' 3 i ab + . .y t ; ! . . . I m s < i e i s TABLE OF CONTENTS 4
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6 LSummary'and Abstract.............................................'i l
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. Introduction.................................................I'
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- 2. Description of Samples....................,................... 1, l
- 3. Test Procedure.............................................. 4 ,
i 3.1 Fire Test Furnace.................................. 4 -l . r 3.2-Thermocouples...................................... 5 j i 3.3: Data Acquisition System............................ 5 l,
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4 . Te s t A s s embl i e s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . 6 l
-i 4.1 Test Decks and Conduit Supports.. ................. 6
.i 4.2 Tests Items and Thermocouple Placement............. 6 j ss- ) a. Single Conduits................................... 6 i
- b. Ganged Conduits................................... 7
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4.3 Mecati ss Install ation Highlights; . . . . . . . . . . . . . . . . . . 7 l 1 l
- 5. Te s t R e s u l t s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 4
5.1 Thermocoupl e Compari son. . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 5.2 Three Hour Test.................................... 9 ) 5.3 One Hour Test................................... . 12 6 . C o n c l u s i o n s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 7 . Re f e r e n c e s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15 i I
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1 L~~'l APPENDICES t ;
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Appendix A Construction drawings Appendix B Test Plan for One and Three Hour Fire Test Appendix C Thermocouple Locations Part 1 - Three Hour Test Part 2 - One Hour Test Appendix D Graphical Test Data Part 1 - Three Hour Test Part 2 - One Hour Test Appendix E Tabular Test Data , Part 1 - Three Hour Test Part 2 - One Hour Test (- ~. Appendix F Quality Assurance g ) x_/ Appendix G Photegraphs Appendix H Mecatiss Installation Details 1 I l
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y /7 1. INTRODUCTION
- U l This Repnrt describes. the performance of fire barrier systems installed over 2
aluminum conduits, constructed by Florida ~ Power Corporation (FPC), that were ! exposed to a fire endurance test followed by a hose stream test.
- 2. DESCRIPTION OF SAMPLES 1
Appendix A contains construction drawings used for the assembly of the test samples. Appendix B contains the test plan describing the installation and construction of the test samples. Two tests were conducted, one for 1 hour fire , resistance, and a second for 3 hour fire resistance. The test samples were identical and consisted of eight "U" s' haped aluminum conduits consisting of a single group of six conduits and two singular conduits. ! The singular conduits were each nominal 3/4 in, diameter. In the grouping of six , conduits, two conduits were nominal 3/4 in, diameter and four conduits were nominal 1 in. ' diameter. Each singular 3/4 in diameter conduit included a 90' ; condulet at the east end of the sample. Two lengths of unistrut channels were ; attached to each horizontal segment of the conduits. For the grouping of six i conduits, the unistrut channels were located above the conduits and for the two ) singular conduits, the unistrut channels were located below the conduits. l The samples were prepared at two locations. The facility of Florida Power - l Corporation (FPC) at Crystal River, Florida, and the facility of Mecatiss in l Morestel, France. l O Type K, No. 24 AWG thermocouples were installed on the surface of five conduits 1 l at FPC. A bare No. 8 AWG stranded copper conductor, with Type K No. 24 AWG 1 thermocouples attached, was inserted into each of the conduits to which the surface thermocouples were attached. The thermocouples were spaced 6 in. on center and attached to the conduit and to the copper conductors with fiberglass ; cloth tape. The location of the thermocouples are shown in Appendix C. j Two types of fire barrier systems were used on each sample. The systems were manufactured by Thermal Science Inc. (TSI) of St. Louis, Missouri and Mecatiss of Morestel, France. The TSI system was installed by certified installers at FPC. The Mecatiss system was installed by employees of Mecatiss at the Mecatiss facility. The TSI 1 hour barrier system consisted of prefabricated panels identified as Thermo-Lag 330, a sealant identified as Thermo-Lag 330-1 trowel grade, %" wide stainless steel banding straps and stainless steel 18 ga. tie wire. The prefabricated panels were 5/8 ti. to 3/4 in. thick with 3/8 in. thick ribs spaced , approximately 6 in. on center. The ribbed side of the panels included a 1/8 in. i square coated steel mesh, known as stress skin on the inside of the prefabricated panels. The preformed conduit sections identified as Thermo-Lag 330, was used for a single 3/4 in. conduit and the ends on the gang of six conduits or bundle wrap. I i These preformed conduit sections were 5/8 in, thick with a 1/8 in. square coated mesh known as stress skin on the inside of each section. These sizes were 3/4 in. to 1 in. in diameter. The TSI materials were obtained from storage at Florida Power Corporation, except for the material placed on the singular 3/4 in, conduit 1
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'at the south edge (identified.as Conduit A). This TSI material was removed from !
~/ . an actual 3/4. in, conduit installation from FPC's nuclear -facility. Then ! reinstalled on the test assembly for the'one hour fire endurance test. , The TSI materials were installed between November.1,1994 and November 4, < 1994L ;l The installation of the TSI material was witnessed by a member of UL's Laboratory ~
' staff and FPC's Quality Control (QC) organization. .
The sample was transferred to the Mecatiss' facility during the month of November j 1994. ! i Upon arrival at the Mecatiss facility, temporary wooden framing used to support' i the test sample was removed and replaced by structural steel members. j The Mecatiss system was applied to the single 3/4 in. conduit located along the : south edge (Conduit A). The Mecatiss system consisted of:
- 1. A woven glass cloth coated on one surface with a silicone sealant. The coated glass cloth was identified as Silco. ;
- 2. An adhesive identified as No. 75A. j i
- 3. A nominal 1 in. thick refractory mineral wool insulation identified as j MPF60.
- 4. Nylon twine.
- 5. An adhesive identified as F active. i l
The Mecatiss system was installed over the TSI System on the 3/4 in, conduit by: ;
- 1. Applying approximately 1/4 in, diameter beads of Type 75A adhesive to the coated side of the Silco.
- 2. Wrapping the Silco (inner layer) around the .TSI material with the coated. I side of the Silco in contact with the TSI system. .)
- 3. Applying the Type F active adhesive to the uncoated side of the Silco and on one side of the MPF60 insulation.
- 4. Applying the MPF60 insulation to the Silco and securing the insulation in place with nylon twine.
l S. Applying the Type F active adhesive to the exposed surface of the MPF60 j insulation and on an uncoated side of Silco.
- 6. Wrapping the MPF60 insulation with a layer of Silco (outer layer) with the -
uncoated side of the Silco being in contact with the MPF60 insulation.
- 7. Applying beads of Type 75A adhesive to the exposed Silco joints.
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, n . ... . - - ~ . . - _ - - - I t I The insulation of the Mecatiss system was witnessed by a member; of UL's Q \s engineering staff, and representatives from FPC and B&W Nuclear Technologies (BWNT). The Mecatiss system was installed during the period of November 29, 1994 i' through December 2, 1994.
- The TSI 3 hour barrier system consisted of prefabricated panels identified as Thermo-Lag 330, a sealant identified as Thermo-Lag 330-1 trowel grade, " wide j stainless steel banding straps and stainless steel 18 ga. tie wire. (This can be seen in Appendix G, G G-15). The prefabricated panels were 11/8 in. to 11/4 :
in. thick with 3/8. in. thick ribs spaced approximately 6 in. on center. The ribbed side of.the panels included a 1/8 in. . square coated steel mesh, known as stress skin on the inside and the outside of the prefabricated panels. The l preformed conduit sections identified as Thermo-Lag 330, was used for both single: i 3/4 in. conduits and the ends on the gang of six conduits or bundle wrap. These ! preformed conduit sections were 11/8 in. to 11/4 in. thick with a 1/8 in, square : coated mesh known as stress skin on the inside and outside of each section. These ; sizes were 3/4 in. to 1% in. in diameter. The TSI materials were obtained from ! storage at~ Florida Power Corporation. l The TSI materials were installed between November 1,1994 and November 4,1994. ! The installation of the TSI material was witnessed by a member of UL's Laboratory , staff and FPC's QC organization. The sample was transferred to the Mecatiss facility during the month of November l 1994. j Upon arrival at the Mecatiss facility, temporary wooden framing used to support l the test sample was removed and replaced by structural steel members. : i The Mecatiss system was applied to the single 3/4 in. conduit located along the i north edge (Conduit B) and to the group of six conduits. The Mecatiss system consisted of:
- 1. A . woven glass cloth coated on one surface with a silicone sealant. The coated glass cloth was identified as Silco.
- 2. An adhesive identified as No. 75A.
- 3. A nominal 1 in, thick refractory mineral wool insulation identified as MPF 180 A.
- 4. A nominal 1 in, thick refractory mineral wool insulation identified as MPF 180 B.
- 5. Nylon twine.
- 6. An adhesive identified as F active.
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I vN. The Mecatiss system. was installed over the TSI system on the 3/4 in. con'duit and I the group of'six conduits by:. () ' j
;1. Applying approximately 1/4 in. diameter beads of Type 75A adhesive to the -
-coated side of the Silco. -
- 2. Wrapping the Silco (inner layer) around the TSI material with- the: coated h' side of the Silco in contact with the TSI system.
- 3. Applying the. Type F active adhesive to the uncoated side of.the Silco and $
on one side of the MPF 180 A insulation.
- 4. Applying the MPF 180 A insulation to the Silco and' securing the insulation.
in place with nylon twine. li
- 5. Applying the Type F active adhesive to'the exposed surface of the MPF 180 l A insulation and on one surface of the MPF 180 B insulation. j r
- 6. Applying the MPF 180 B insulation to the MPF 180 A insulation and securing the insulation in place with nylon twine. ]j
- 7. Applying the Type F active adhesive to the exposed surface of the MPF 180 l B insulation and on an uncoated side of Silco. 4 4
- 8. Wrapping the MPF 180 B insulation with a layer of Silco (outer layer) with !
the uncoated side of the Silco ' being in contact with the MPF 180 B-insulation.
- 9. Applying beads of Type 75A adhesive to the exposed Silco joints. ]
The insulation of the Mecatiss system was witnessed by a member of UL's ; engineering staff and representatives from FPC and BWNT. The Mecatiss system was i installed during the period of November 29, 1994 through December 2, 1994. j
- 3. TEST PROCEDURE 3.1 Fire Test Furnace f
The test furnace is a steel box designed to allow the test article to be uniformly exposed to the specified time-temperature conditions. It is fitted with gas burners, each controlled by individual flow control valves and secured with automatic safety shutdowns. The plans of the furnace, the test control center, the burners, and the documentation of the automatic safety shutdown system are available in Appendix 1, of Ref. 7.8. The temperature within the furnace is determined to be the arithmetic mean of thermocouples located at different positions along the interior walls. Twelve thermocouples were installed for both the 3 hour and I hour tests; four used by Mecatiss for monitoring and control; four used by. BWNT as input to the data acquisition system; and four provided by Underwriters Labs. that were used for comparison purposes and as a means to assure the heat content of the furnace was sufficiently high, as measured by long time constant thermocouples, as suggested O 4
in the ASTM standard. All four of the UL supplied thermocouples were input to the BWNT system during the 3 hour test, while two each were input to both the BWNT and k dp- '
,Mecatiss systems during the 1 hour test.
During _the performance of the actual tests, the furnace thermocouples were read every 30 seconds and stored to magnetic media each time a reading was made. A visual display, in real time, was also presented showing- the value of each thermocouple and the average of all active thermocouples, within each group. The Mecatiss monitored thermocouples were input to a "Chessel", Refs. 7.7 and 7.8, system and was the means by which furnace control was~ achieved. Comparison between all sets of furnace temperature recording is made in Appendix D. The furnace pressure is controlled by manifold openings- to achieve a slightly negative pressure with respect to the general laboratory atmospheric pressure. 3.2 Thermocouples All temperature measurements associated with the test article were obtained, for all tests, with 24 AWG, Type K, chromel-alumel, special limits of error, 11.1*C, electrically welded junction thermocouples, insulated with Teflon, and procured, calibrated, and certified by FPC in accordance with Refs. 7.4 and 7.5. Calibration consisted of manufacturer supplied certifications of thermocouples taken from both ends of each purchased lot, and included temperatures of 32*F, 212*F, and 400*F. The Mecatiss thermocouples used to record furnace temperature were also calibrated at the fire test temperature of 1,100*C, in addition to the above three values. The thermocouples provided by UL were separately calibrated
- and certified by that organization.
Prior to installing the thermocouples used to monitor and control the test furnace, all 12 were installed into a calibration furnace, built by Mecatiss for ; this purpose, and a ' pre-test' run was made to provide a comparison of response j The UL thermocouples were seen to have a response time time and accuracy. approximately five minutes longer than the Mecatiss-supplied thermocouples. After about 28 minutes of test time at an equilibrium temperature of approximately, 900*C (1600*F ) the average of each group of thermocouples was within 2*C of each other, while the highest temperature reached during the test was about 1030*C (nearly 1900*F). During the fire exposure periods, the thermocouples were scanned at one minute intervals. Data storage was a part of the scan, in that the raw data recently acquired was sent to computer disk and stored in special files that had been setup as part of the data acquisition system (DAS). These files were later accessed as part of the post processing activities that resulted in the output presented in Appendices D & E. O 5
N i x 3.3 Data'Acauisition System (DASL
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LApproximately 250 test. article and furnace monitoring thermocouples were insta11ed' :
-for each test with the output monitored. and recorded by a Fluke-Helios DAS, Ref. 1 7.9. Thermocouples were connected to the DAS by attaching the wire leads to !
Isothermal Thermocouple Connector assemblies. The connector assemblies are enclosed in plastic housing and mounted in the Helios chassis. t An AST 4/33 SL Colorplus, Power Exec 486 computer was used to control the entire i data acquisition process, store the raw data, and provide for post-processing : output. The computer and DAS were connected via an RS 232 serial interface port' :' connector. The Power Exec 486 computer was programmed with LabTech Noteboo.k that commanded the DAS when to scan, how to handle the raw data, where to store it for ! future use, and display it in real-time for operator verification of furnace ! temperature control. l As a safety measure, several copies of the raw data were made and provided to i personnel from Mecatiss, FPC, BWNT, and UL, in case any unforeseen circumstances should occur that could adversely affect the computer storage' before all data reduction could be completed. l The connection scheme for data acquisition, display, and storage is presented in ! the appendices of Ref. 7.9. f
- 4. TEST' ASSEMBLIES 4.1 Test Decks and Conduit Supports j A test deck is the top cover of the furnace and provides part of the structural support for the assemblies to be tested.
Two test decks were prepared for the test assemblies; one for the 1 hour test and one for the 3 hour test article. A test deck is a five-sided box, 5-1/2 feet, by 10 feet, by 10i inches thick made from \ inch steel plate. It has two 26 inch x 16 inch openings, 71 inches apart, to allow the ends of the conduit configurations to protrude through the top of the furnace. Four vertical steel box sections, 1/2 inches by 2 inches, were welded to the underside to serve as supports for the test' article. The test article was fastened to the unistrut, which in turn was welded to these supports. The test assemblies were shipped to Mecatiss boxed in wooden crates, and upon arrival, had to be removed and installed to the test decks. With the assembly placed on a working surface, the "U" shaped was positioned upward and the furnace top structural supports were welded to the test assembly unistrut supports, and the furnace top was brought over the vertical portions of the conduits. This enabled the unistrut/ conduit combination to be passed through the access openings in the furnace top. The top was lowered leaving approximately 18-inches of the assembly showing through the top. One unistrut support was placed between the two rows of conduit sections exiting through one of the furnace top access openings. The other end was similarly brought through the other access opening in the same manner. The two conduit sections were secured to the unistrut with necessary hardware and fasteners, and the other er.ds of the unistrut was welded to the 6
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/~'v furnace top. The assembly was now ready for the installation- of the Mecatiss
- C.- system. (This can be seen in' Appendix G, G-13)
'The assembly was then joined to the furnace vertical supports by attaching the horizontal unistruts to the supports, using the support hardware. The assembly was now ready for the' installation of the Mecatiss system.
The underside of the ' deck was insulated with approximately 4 inches of ceramic i wool, held by stick pins,- placed on 10 inch centers. This same arrangement'of ceramic wool was also used on the furnace interior to serve as thermal insulation. The portion of the test assemblies that extended above the top of the deck was sealed with Mecatiss and filled with ceramic wool fire seal to a depth of about 6" minimum. 4.2 Test Items and Thermocouple Placement
- a. Sinale Conduits !
The conduit materials, unistrut supports, fastener hardware, Thermo-Lag material, and thermocouples were all procured by FPC, in accordance with quality requirements. (This can be seen in Appendix G, G G-12) l The single conduits, labeled A and B, were both 3/4-inch aluminum with a total length of 16 feet, and inside 'the furnace length of 12.5 feet. A bare stranded
#8 AWG copper wire was routed through the interior of the conduits for their entire length, with thermocouples taped to this wire every 6 inches. The thermocouple leads were passed out of the conduit ends and the access opening at the top.
The temperature rise on the exterior surface of the conduits was measured with thermocouples placed every 6-inches along the length and secured with fiberglass cloth tape. The leads were taped securely to the conduits at points away from the , thermo-junction and the wires brought out of the furnace through the access opening at the top. . The thermocouple leads were used to make the electrical connection with the DAS terminal board connectors, located in the f"rnace control room.
- b. Ganaed Conduits The ganged conduits, labeled C, D, E, F id H were all 1 inch aluminum, except i for C and G, which were 3/4 inch. They installed on unistrut, side by side, I separated by the space requirement i ne retaining clips, and wrapped in {
insulation as a single item. Their a l length was 12.5 feet, with 7 feet ! exposed to the inside of the furnace. Thermocouples were installed both inside ! and outside conduits C, E and H in the same manner as for the single conduit i configuration. Following the same thermocouple placement scheme as for the single , conduits,14 thermocouples were located on both the inside and the outside of ' conduits C, E and H, for a total of 84. O ! U 7 l 4
(' In addition to the above thermocouples, the 1 hour t::st had 6 thermocouples placed ( ,g/ in the position between the Thermo Lag and Mecatiss fire barrier material on one 3/4 in, conduit, while.12 thermocouples were used on the 3 hour test, which placed 6 on a single 3/4 in, conduit, and an additional 6 on the gang of six conduits wrapped with Mecatiss over the Thermo-Lag. These were placed in-between the materials in order to obtain engineering information about system performance. These results were not used to assess acceptance. Mecatiss installed 4 thermocouples on the furnace supports, so that, with the 12 furnace thermocouples, there was a total of 214 thermocouples used during the 1 hour test, and a total of 220 thermocouples used during the 3 hour test for the monitoring of the test assemblies.
- 5. TEST RESULTS 5.1 Thermocouple Comparison A thermocouple comparison test was run, prior to starting the fire endurance tests. This test consisted of bundling together the eight thermocouples to be used for furnace monitoring and control with the four thermocouples brought by UL and exposing them to the standard ASTM temperature profile. At 28 minutes into the test all of the thermocouples equalized, and were within 12*C of each other.
5.2 Three Hour Test - For convenience of all parties, the 3-hour test was performed before the 1-hour h After the 30 day cure time was completed for the thermo-lag to dry and [d test. fully cure, the installation of the Mecatiss MPF-180 system, was installed on the test article, allowed to cure then placed inside the furnace. The test article thermocouples were all connected, the data acquisition system checked and verified, the furnace thermocouples installed and checked, and the entire setup declared ready to begin the test. The test was conducted on December 6, 1994, with the following persons present: William Rossfeld Florida Power Corp. John Antignano Sun Technical Services Robert Berhinig Underwriters Laboratories Maurice Kaercher EdF Bernard Jolly Framatome Fransois Crassous Framatome Roger Maggi BWNT Nissen Burstein BWNT Patrick Bertrand Mecatiss Jacques Bureau Mecatiss Jacques Peyrillous Mecatiss Thomas Naudet Mecatiss Claude GuiUet Mecatiss Gilles Sangouard Mecatiss , Eric Tengo Mecatiss Jacques Perrin Morestel Fire Dept. l 8 j
E X The furnace burners were ignited and the test declared underway at 1015 hours, Q GMT, with the ASTM E-119 temperature profile followed until 1326 hours, GMT, when the burners were shut down, for a . total elapsed time of 3 hours 11 minutes. During 'the first twenty-eight -and one-half minutes one of the furnace- < thermocouples continued to read ambient temperature. After several attempts were made-to determine the cause, the thermocouple was found to have not been fully inserted into the furnace. 'This situation was corrected and the test continued.
.The only impact of this occurrence was in. there being only three furnace thermocouple readings available to 'the DAS, with the remaining eleven thermocouples still being used during this period, all twelve.were then used from this point on to the end of the test. The pressure differential throughout this period was maintained at a slightly negative pressure of -40 pa.
At the conclusion of the fire endurance test the furnace burners -were extinguished, the thermocouples cut, and the test article was transferred to the water spray area. The test article was supported by an overhead crane. The water spray was delivered through a 1-1/2 inch fog nozzle, set at a discharge angle of 30', with a pump pressure set between 6 and 7 bar, (86.5 and 100.9 psi), and a minimum discharge setting of 350 liters per ' minute, (92 gpm). The spray was applied to all exposed surfaces at a distance of 1.5 m, (5 feet) from the edge of the test article, as it was rotated at approximately 6 rpm, by a low RPM motor, for a total duration of 5-1/2 minutes. The temperature readings recorded at the end of 191 minutes ET are given below as a function of the conduit, the readings either inside, on the bare copper conductor, outside the conduit, between it and the insulation system and the highest reading thermocouple. (Note, all temperature readings are in 'F.) Conduit A - 3/4", single conduit, covered only with TSI 3 Hour Inside Average Temperature 307.7'F @ 85 minutes Inside Final Average Temperature 1108'F @ 191 minutes Individual Earliest Thermocouple TC-322 0 380.6*F @ 85 minutes Individual Highest Thermocouple TC-23 0 ll48'F @ 191 minutes Outside Average Temperature 304.2*F @ 80 minutes Outside Final Average Temperature 1138.5'F @ 191 minutes Individual Earliest Thermocouple TC-350 0 385.1*F 82 minutes Individual Highest Thermocouple TC-265 @ 1210*F @ 191 minutes Conduit B - 3/4", single conduit, covered with TSI 3 Hour & MPF-180 Inside Average Temperature 295.6*F @ 191 minutes Individual Highest Thermocouple TC-239 @ 348'F @ 191 minutes Outside Average Temperature 302*F @ 186 minutes Individual Highest Thermocouple TC-269 9 373.4*F @ 190 minutes Conduit C - 3/4", within ganged conduits, covered with TSI 3 Hour & MPF-180 Inside Average Temperature 218.3*F @ 191 minutes Individual Highest Thermocouple TC-136 @ 236.2*F @ 191 minutes Outside Average Temperature 218.1*F @ 191 minutes Individual Highest Thermocouple TC-167 @ 237.7'F @ 191 minutes 9
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WN Conduit E'-11t',-~within ganged conduits; covered with TSI 3 HourJ & MPF-180; R Aj;. i Inside Average. Temperature 201.8'F-9:191 minutes
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j Individual Highest ~ Thermocouple TC-147.0 207.7'F 0191 minutes !
' ~
'_0ut' side Average. Temperature 205.5'F @ 191, minutes .
F - ~ Individual Highest Thermocouple TC-177 0_214.6*F 9191 minutes
,, ' Conduit H H 1",zwithin ganged conduits, covered;with-TSI 3 Hour & MPF-180 .)
Inside Average Temperature 213.7'F 9.191 minutes .
' ni
..y Individual Highest- Thermocouple- TC-193.9 225.4*E- @ 191 minutes
]
Outside Average 4 Temperature 216.8'F @ 191 minutes i Individual Highest Thermocouple TC-219 9 222.2*F. 0191 minutes .I g l
' Thermocouple averages between the MPF_-180 and Thermo-Lag on the' ganged conduits .. l which were located approximately between~ Conduit E and F, were as follows, for- g
.the times shown. j Time 9 60 minutes, thermocouples average was 146.0*F c
"*" 1 Time 0120 minutes, thermocouples ~ average was 204.3*F -l Time 0 180 minutes, thermocouples average was 369.1*F t Time @ 191 minutes, thermocouples average was_428.7*F ,
Thermocouple averages between the MPF-180 and Thermo-Lag on Conduit B, were as follows, for the times shown i Time 0 60 minutes, thermocouples average was 189.8'F O' T!ime 0120 minutes, thermocouples average was 419.4*F - 1 Tine' @ 180 minutes, thermocouples average was 948.7*F - Time @ 191 minutes, thermocouples average was 973.9'F ; The average ambient temperature reading for'the furnace thermocouples was 52.7'F.
~
1 at the start of the test. Thus, the allowable average . increase of . 250*F over. 1 ambient,_resulted in 302.7'F as the maximum allowable ~ average, while the allowable increase of 325'F over ambient resulted in an allowable temperature of 377.7'F.for. ; any single reading. Conduit A'is seen to be the only. test: item that exceeded .; these allowable values, at the times shown. The' readings denoted ' earliest' are ; the point when that particular thermocouple exceeded the . 377.7'F Jall.owable 'l maximum. Those denoted highest are' the maximum values: read, at? the times - indicated. , i Thus, it is seen that the conduit covered only with TL-330-1 exceeded the , acceptance criteria at 80 minutes for.the average outside temperature,_and 82 minutes for the single thermocouple outside temperature. . j The limiting conduit configuration for MPF-180 over TL-330-1 is seen to be Conduit - B, that exceeded the average for the outside temperature at 3-hours 6 minutes,
.e while no single reading ever exceeded the single thermocouple allowable value.
i i b v f 10 , f a o
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b The hose -stream was applied by~ .a fog nozzle -set at a discharge angle of approximately 300. 'The water pressure was 6.5 Bar (94 psi)'and the flow was 350 liters.per. meter (92.gpm). The duration of the hose stream was 5.5 min. The hose stream test was begun approximately 4 min, after the fire test. The-appearance of the sample during the hose stream test is shown in Appendix G. _ None of the conduits protected by the combination of'TSI and Mecatiss insulation - systems a re exposed. A; the conclusion of the hose stream test, an examination was made to determine the physical condition of the test article. The following observations were made ai that time; in general, the Mecatiss . appeared to be homogenous, without distortion, but with several blow holes seen, as the result of out-gassing by the TL-330-1 beneath it. There was complete burn-through of the aluminum conduit on the 90' bend of Conduit A, leaving only the thermocouple wires in place. It is believed they melted and reformed junctions, allowing readings to continue throughout the test. Molten aluminum had formed pools at the bottom- of the furnace. The stainless-steel tie wires around the TL-330-1 material underneath the MPF-180 were still intact and it is also believed that the TSI material sublimed, as expected. In addition to the bend having melted, it was also observed that the horizontal portion of Conduit A had completely melted, leaving only the vertical portion. The hose stream displaced portions of the Silco covering, but did not effect the mineral wool, which remained intact and homogeneous. (This can be seen in Appendix G, G G-54)
') The underside of the radial bend on the ganged conduits shows some minor damage.
/ The MPF material appeared charred from the inside out, on Conduit B, as well. The joint between Conduit B and the ganged conduits remained intact. Both the MPF-180 and TL-330-1 material were removed down to the metal on Conduit B to examine the cross section. The TL-330-1 material was seen to be intact, after removing the MPF-180. The charring of the underside of the MPF-180 indicated that the TL-330-1 had the chance to sublime. There was also seen to be less overall damage at the front end of the radial portion of the ganged conduit than at the opposite end.
5.3 One Hour Test At the conclusion of the 3 hour test, the furnace was cleared, burners checked,. and the I hour test article installed. The test article thermocouples were connected, the data acquisition system checked and verified, and the furnace thermocouples were installed and checked. For this test, the BWNT DAS read only two UL thermocouples; two others were sent directly to the Mecatiss furnace control system. The entire system was declared ready to begin the test. The same personnel were in attendance from FPC, Sun Technical, UL, BWNT, Mecatiss, and the Morestel Fire Dept, with the exception of the Framatome and EdF personnel who had prior commitments. 11
- ( ^
I j T The furnace burners were again ignited and' the . test' declared underway at l7' 05 -
>- hours,' GMT, with the ASTM E-119 temperature profile followed until 1815.~ hours, .
a# GMT, when the burners were extinguished, for a total elapsed time (ET) of. 70- ,
. minutes. As soon as the test was underway, one burner was found to be inoperable.
This situation existed for a period of from 6 to 9 minutes, and was restored to ' operation after 10 minutes, thus, the test time was extended 10 minutes.to account-
.for this anomaly.
The pressure differential throughout the test period was maintained at'a slightly i negative pressure of -16 pa. > The temperature readings recorded at the end of 70 minutes ET are given below as a function of the ' conduit, the readings either inside, on the bare _ copper conductor, outside the conduit, between it and the insulation system, and. the - highest reading thermocouple. : Conduit A - 3/4", single conduit, covered with TSI 1 Hour & MPF-60 ; Inside Average Temperature 225.4*F @ 70 minutes Individual Highest Thermocouple TC>214 0 258.6'F 0 70 minutes' , Outside Average Temperature 239.9'F 0 70 minutes i Individual Highest Thermocouple TC-86 @ 300.4*F @ 70 minutes ; Conduit B - 3/4", single conduit, covered only with TSI 1 Hour ! Inside Average Temperature 295.7'F 0 38 minutes A Inside Final Average Temperature 1182*F @ 70 minutes U Individual Earliest Thermocouple TC-286 0 380.0*F @ 40 minutes Individual Highest Thermocouple TC-244 01287'F @ 70 minutes . 5 Outside Average Temperature 303.3*F @ 33 minutes Outside Final Average Temperature 1271.0*F 0 70 minutes Individual Earliest Thermocouple TC-306 9 378.0*F 33 minutes i Individual Highest Thermocouple TC-307 01434.0*F @ 70 minutes , Conduit C - 3/4", within the ganged conduits,' covered only with TSI 1 Hour i Inside Average Temperature 295.7'F @ 38 minutes ; Inside Final Average Temperature 1130*F @ 70 minutes l Individual Earliest Thermocouple TC-286 0 380.0*F @ 40 minutes Individual Highest Thermocouple TC-245 @ 1239'F @ 70 minutes Outside Average Temperature 303.3*F @ 45 minutes ; Outside Final Average Temperature 491.0*F @ 70 minutes Individual Earliest Thermocouple TC-39 9 370.2*F 51 minutes Individual Highest Thermocouple TC-39 @ 584.4*F @ 70 minutes 12 j l
~i Conduit E - 1", within the ganged conduits, covered only with TSI 1. Hour J. Inside Average Temperature 293.7'F 0 64 minutes
'~'
Inside Final Average Temperature 328.3*F 0 70 minutes Individual Earliest Thermocouple TC-22 0 369.3*F 0 70 minutes >
. Individual Highest Thermocouple TC-22 0 369.3*F 0 70 minutes Outside Average Temperature 294.9'F 0 60 minutes Outside Final Average Temperature 355.6*F 0 70 minutes :
Individual Earliest Thermocouple TC-46 0 375.2'F 61 minutes Individual- Highest Thermocouple TC-47 0 402.9'F 0 70 minutes Conduit H - 1", within the ganged conduits, covered only with TSI 1 Hour L Inside Average Temperature 300.4*F 0 50 minutes Inside Final Average Temperature 457.5'F 0 70 minutes Individual Earliest Thermocouple TC-63 0 370.0*F 0 70 minutes ' Individual Highest Thermocouple TC-69 0 491.0*F 0 70 minutes Outside Average Temperature 294.7'F 0 45 minutes Outside Final Average Temperature 516.3*F 0 70 minutes
; Individual Earliest Thermocouple TC-95 0 373.1*F 53 minutes Individual Highest Yhermocouple TC-94 0 714.5'F O'70 minutes Thermocouples between the MPF-60 and TL-330-1, on Conduit A, averaged 397'F at 60 ;
minutes, and 1029'F at 70 minutes. The average ambient temperature reading for the furnace thermocouples was 45.9'F (] at the start of the test. Thus, the allowable average increase of 250*F over V ambient, resulted in 295.9'F as the maximum allowable average, while the allowable increase of 325'F over ambient resulted in an allowable temperature of 370.9'F for any single reading. Conduit A is seen to be the only test item that did not exceed these allowable values, at any time during the exposure period. The readings denoted ' earliest' are the point when - that particular thermocouple exceeded the 370.9'F allowable maximum. Those denoted ' highest' are the maximum values read, at the times indicated. Thus, it is seen that, for the conduits covered only with TL-330-1, the acceptance ' criteria were exceeded at 32 minutes for the average outside temperature, and 35 minutes for the single thermocouple outside temperature. The conduit configuration of MPF-60 over TL-330-1, Conduit A, never exceeded the allowable average for the outside temperature during the entire 70 minutes, while no single reading ever exceeded the single thermocouple allowable value. At the conclusion of the fire endurance test the furnace burners were extinguished, the thermocouples cut, and the test article was transferred to the water spray area. The test article was supported by an overhead crane. The water spray was delivered through a 1-1/2 inch fog nozzle, set at a discharge angle of , 30', with a pump pressure set between 6 and 7 bar, (86.5 and 100.9 psi), and a minimum discharge setting of 350 liters per minute, (92 gpm). The spray was applied to all exposed surfaces at a distance of 1.5m, (5 feet) from the edge of the test article, as it was rotated at approximately 6 rpm by a low RPM motor, for em a total duration of 5-1/2 minutes.
; 13
m. r
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.x . . n At:the conclusion of the hose stream test, an' examination,was made.to determine-
- the physical condition of the test article. It was generally in a condition very
" ('J L similar to that found after the 3 hour test, including the pools of molten conduit-
.found at the bottom of the furnace.
- 6. CONCLUSIONS In conclusion of the fire endurance tests performed for'the I hour and 3 hours,.
~
i several results and acceptable elements became apparent. First,.the. based on. FPC's construction techniques of Thermo-Lag fire barriers, endurance time was a i noted difference than the industry tested results. These times were above the- l prior industry testing of similar articles. (This is in reference to 3/4" : diameter conduits). One apparent reason seems to be that additional trowel grade : overlay of test configuration, along with the material thickness can contribute i to additional time. (Industry testing used \" thick Thermo-Lag material, while FPC used as installed 5/8" thick material, while FPC also used a trowel grade overlay, where the industry did not). Also noting that there was no failure of stainless steel banding and stainless steel tie wires, to allow openings into the barrier. ., Both the 1 and the 3 hour fire endurance tests of the Mecatiss insulation, applied as an overlay to the previously applied Thermo-Lag preformed conduit sections, l prefabricated boards, and trowel grade material, met the requirements of the test ' plan for a fire barrier and fire endurance rating of I and 3 hours.- All individual thermocouples and .their averages were within the standard , acceptance criteria, as specified in Generic Letter 86-10, Supplement 1. The m Mecatiss insulation allowed the Thermo_ lag materials to performed as they were : designed to, thus providing an acceptable upgrade to existing Thermo-Lag j installations. , Furthermore, the barrier integrity of the Mecatiss and Thermo-Lag fire barrier ! materials was maintained after being subjected to a water spray hose ' stream - i
~
testing that followed the fire endurance rating test. There was no damage to the . Mecatiss material, with only a slight penetration of water into the first \" of i the mineral wool. The Mecatiss insulation over the thermo-Lag materials can - provide an alternate effective upgrade to the resolution of this concern.
- 7. REFERENCES 7.1 ASTM E-119, " Standard Test Method for Fire Tests of Building Construction and Materials".
7.2 UL Subject 1724, " Outline of Investigation for Fire Tests for Electrical Circuit Protective Systems", Issue No. 2, August, 1991. l 7.3 Supplement 1 to Generic Letter 86-10, " Fire Endurance Test Acceptance ; Criteria For Fire Barrier Systems Used To Separate Redundant Safe Shutdown t Trains Within The Same Fire Area". l l 14 I l 1 J
n s = J J 77' 17.4- Florida Power Corp., Thermo-Lag and Mecatiss Fire Barrier Endurance Test Kj Procedure, "One Hour Fire Endurance Tests of Articles with.Thermo-Lag and M Mecatiss- Fire Barrier -System Protective Electrical Raceway Insulation". 7.5 Florida Power. corp., Thermo-Lag and Mecatiss Fire ~ Barrier Endurance Test Procedure, "Three Hour-Fire Endurance Tests of Articles.with Thermo-Lag and Mecatiss; Fire Barrier System Protective Electrical Raceway Insulation". L 7.6 - BWNT ' Product Specification No. 06-400105 1-00, " Fire Barrier System Qualification Test Specification for Mecatiss MPF-60 & 180 Material Over~ Thermo-Lag 330-1 Preformed and Trowel Grade Material". s 7.7 Mecatiss Operating Procedure No. 94MC0059, Rev. A, dated 12/6/94, "lest Procedure for Qualification of MPF-60 and 180". 7.8 Mecatiss Test Report of MPF-180 Fire Barrier System Qualification, "Three Hour Test of MPF-180" Report No. 94 ED 0074, dated December 6, 1994. 7.9 BWNT Engineering Information Record, Doc ID 51-1235175-00, " Thermocouple Connections and Setup for Helios DAS". 7.10 French Ministry of the Interior, Official Ordinance of 6/30/83, A-30 83, modified by re-issue 8/28/91, " Classification ~ of Building and Landscape Materials Based on Their Reaction to Fire and Definition of the Testing Methods."- O 7.11 BWNT Engineering information Record, Doc ID 51-1235172-00, " Fire Barrier Test Inspection Forms Package". 7.12 UL Report, Fire Test and Host Stream Test on Thermal Barrier System for Electrical Components for One Hour, File NC1973, Project 94NC25711, Dec. 29, 1994. 7.13 UL Report, Fire'. Test and Hose Stream Test on Thermal . Barrier System for Electrical Components for Three Hours, File NC1973, Project 94NC25711, Dec. 30, 1994 7.14 Mecatiss Three Hour Test No.94ED0074, Dec. 6, 1994. 7.15 Mecatiss One Hour Test No.94ED0075, Dec. 8, 1994. 7.16 Industrial Technical Center for Metal Construction Laboratory (CTICM) of the Technical Scientific Bldg. Center (CSTB) with Electricite' de France (EdF) and Commissariat 'al' Energie Atominque (CEA). 7.17 BWNT Engineering Information Record, Doc. ID 51-1235955-00 Fire Endurance Test Report of the Qualification of Mecatiss- MPF-60 and MPF-180 Fire Barrier System Over Thermo-Lay 330-1 Preformed and Trowel Grade Material, Document I.D. 51-1235955-00. I C 15
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'E- APPENDICES
- 1 d
u [ : Appendix A. . Construction drawings- .,
, 1
' Appendix.B l Test Plan' fori0ne. and ThreeL Hour. Fire Test 1 I
" Thermocouple Locations Appendix C Part l' Three Hour Testi .1
'l Part 2 - One Hour Test j
. . i Appendix D Graphical Test. Data .j
)
Part 1 - Three Hour Test ": I Part 2 - One Hour Test : Appendix E Tabular Test Data j Part 1 - Three Hour Test Part 2 - One Hour Test '. Appendix F Quality Assurance :; Appendix G Photographs l Appendix H Mecatiss Installation Details l l i i 3 7 1 i
'I i
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-1 1
APPENDIX A CONSTRUCTION DRAWINGS l I l l O
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# .1 4 ,-
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i N APPENDIX A' j TABLE OF CONTENTS ; Description Page t Construction Of Mock Up Of Furnace Deck A-1 t
. Construction Of Mock Up Showing Conduit Locations A-2 A-3 l Construction Of Conduit Locations & Details' A A t Thermo-Lag 330-1 Typical FPC Conduit Installation A-7 l t
i Thermo-Lag 330-1 Typical FPC Conduit Support: Installation A A-9 : t Thermo-Lag 330-1 Typical FPC Condulet Installation A-10 f Thermo-Lag 330-1 Typical FPC Bundle Wrap Of Conduits 1 Hour A-11 l Thermo-Lag 330-1 Typical FPC Bundle Wrap Of Conduits 3 Hour A-12 t i l 1 l J
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F- 1 O APPENDIX B TEST PLAN O t i l l 1 l O
f FPC File NE0016 Appendix B ( APPENDIX B TABLE OF CONTENTS Description Page Three Hour Fire Fedurance Test Plan B B-27 1 One Hour Fire Endurance Test Plan B B-53 O : r 0 0 :
i B 8-27 FPC File NE0016 : i O . l FLOR!DA POWER C0'IPORATION THERMO-LAG AND MECATISS FIRE BARRIER ENDURANCE TEST PROCEDURE , THREE HOUR FIRE ENDURANCE TESTS OF ARTICLES WITH THERMO-LAG AND MECATISS FIRE 8ARRIER SYSTEM PROTECTIVE ELECTRICAL RACEWAY INSULATION i l l 1 u lY c ':_ / J. J. AnTignanpV~ WT L. RTsueldf/ Fire Protect 1 Censultant Manager. Site Ruclear Services O J u
i THREE HOUR FIRE ENDURANCE TESTS OF CONDUITS PROTECTED WITH THERM 0-LAG AND MECATISS FIRE BARRIER SYSTEMS a L 1.0 SCOPE: This procedure . describes the methods and guidelines for three hour fire ? endurance test. This test plan will include the preparation of the test' deck and ' specimens, installation of both the Thermo-Lag and Mecatiss, . performance of the fire endurance and hose stream tests, temperature monitoring,- and applicable documentation of these tasks, along with their results.
2.0 OBJECTIVE
The objective of 'the test is to qualify a protective generic fire barrier system for redundant essential safe shutdown cables at Florida Power-Corporation's Crystal River Unit 3 nuclear plant. The successful results of this test will provide the documented evidence that the construction of these fire barriers will satisf actorily withstand an ASTM E-119-88 fire The exposure for a period of three hours followed by a hose stream test. test shall document and satisfy the requirements for fire testing the-fire barriers as detailed in Underwriters' Laboratories, Inc. (UL) Subject 1724,
" Outline of Investigation for Fire Tests for Electrical Circuit Protective Systems", Issue Number 2, August 1991, and NRC Generic Letter 86-10, Supplement 1, except where clarified. In the absence of other standards for .O these specific types of tests, standard practice shall be invoked. -V 3.0 ACCEPTANCE CRITERIA:
3.1 The exterior surface temperature of each electrical raceway will- be recorded (cold side of the barrier). If the average temperature recorded by the exterior raceway thermocouple does not exceed 250' F (139' C) above the initial temperature and no individual thermocouple is in excess of 325' F (181* C) above its initial temperature, then the fire barrier configuration (s) shall be acceptable for use with any type of cable. 3.2 The thermocouples located on the bare copper cable (#8 AWG) installed inside the electrical raceway will be recorded. The highest thermocouple temperature rise above its initial temperature and the average temperature rise above its initial temperature will.be recorded for fire barrier configuration. These results will be analyzed, if required, at a later date to determine the unique electrical application. 3.3 A hose stream test will be performed at the end of the fire endurance test. If the hose stream test does not cause any openings through which the electrical raceway is visible, then the fire barrier configuration tested shall be acceptable. (See Section 11.0 for hose stream test).
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4.0 REFERENCES
1 ). 4.1 10CFR50.48 Appendix R - Fire Protection Program for Operating Nuclear ;
'd Power Plants. (including 86-10 Suppt.1) 4.2 American Society for Testing and Materials (ASTM) E119 Standard -{
u Test Methods for Fire Tests of Building Construction and Materials. ! 4.3 Underwriters Laboratories,Inc. (UL) Subject 1724 Outline of Investigation for Fire Tests for Electrical Circuit Protective Systems. 4.4 Florida Power Corporation's configurations as defined in _ As-Built drawings, sketches, and outlined ~ in MAR 82-10-19-04, " Appendix -R Electrical Raceway Protection", and TSI Tech. Note 20684, Rev.5. 1 4.5 Mecatiss Procedure M.P.F.180 3 Hour Fire Barrier System over Thermo-Lag ;
5.0 RESPONSIBILITIES
5.1 FLORIDA POWER CORPORATION (FPC) 5.1.1 Establish the criteria, guidelines, drawings (to include sketches, , as-builts, and documentation), recommendations, etc. to govern the l configuration and assembly of the test items.
]
5.1.2 Establish the criteria, guidelines, drawings, etc, and recommendations to govern the installation of the fire barrier (] systems, if any (other than deck through-penetration seal). j V 5.1.3 Establish the criteria, guidelines, drawings, recommendations,
)
hold points, etc., to govern the installation of Thermo-Lag Fire Barrier test articles. 5.1.4 Provide specific Thermo-Lag installation procedures and work package documentation for each test configuration as installed. during the MAR 82-10-19-04, Appendix R Raceway Protection, using-TSI Technical Note 20684 Rev.5, as well as documented drawings and as-built drawings. (Test assemblies Work Request will be provided as documentation of installed configurations.) 5.1.5 Provide electrical raceway materials (e.g. aluminum conduits, unistrut support (s), couplers, and fittings as required. 1 5.1.6 Provide personnel to install the Thermo-Lag Fire Barrier System. 5.1.7 Provide personnel to install the thermocouples on the electrical raceways for the test configurations that contain Thermo-Lag, I which is to be wrapped over with Mecatiss "M.P.F. 180". l 5.1.8 Supply personnel to witness assembly ~ and test- article configuration and Mecatiss installation at FPC's discretion. 5.1.9 Provide all documentation of configuration, assembly, and packing l (] prior to shipment to Mecatiss. I v 3
I 5.2 B&W NUCLEAR.1ECHNOLOGIES, Inc./MECATISS-FIRE BARRIER INSULATION SYSTEM 5.2.1 Provide the shipping to Mecatiss Insulating Inc.,- Morestel, France. . ( 'T O 5.2.2 Make the necessary arrangements and provide adequate funding for L' either Mecatiss or an independent laboratory to perform the. tests. ; 5.2.3 Provide personnel to install the Mecatiss Fire Barrier. Material over the Thermo-Lag according to the document: drawings,, as per both FPC and B&W/Mecatiss procedures. 5.2.4 Prepare the test furnace, deck and' slab assembl'les and provide all
- required test instrumentation in accordance with its Quality- .t '
Assurance and Quality Control Program and other~ applicable procedures. 4 5.2.5 Provide data acquisition for'all' of the thermocouples which are l used for this test, on the test asembly and furnace as required. l 5.2.6 Assemble, install,. and document the installation of the Mecatiss - Fire Barrier System material over the Thermo-Lag Fire Barrier: Material as per the M.P.F.180 procedure. and witnessed by a U.L. ' representative. Thermocouples between the Thermo-Lag & Mecatiss materials will be witnessed by the Underwriters Laboratories Inc. ; representative and documented. 5.2'.7 Coordinate all phases of the fire test preparation. ; y' 5.2.8 Supply independent personnel to witness and document assembly and. test article fire barrier configurations. Prior to, during, and : after endurance test. (Underwriter Laboratories representative.) 5.2.9 Provide all applicable quality control ' documentation for the ! installation. of Mecatiss fire barrier raceway materials to the ' test articles and attendant instrumentation on each article. 5.2.10 Observe and document the installation of the Mecatiss Fire Barrier Insulation to the test articles and attendant instrumentation on l' each test article. : i 5.2.1'1 Conduct the fire endurance and water hose stream tests. j t 5.2.12 Document the test parameters and provide a formal, detailed, written report of the test program and all of the data acquisition l
- that was acquired.during the test.
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1 5.3 QUALITY ASSURANCE / QUALITY CONTROL y y 5.3.1 Maintain the quality control documentation of the Mecatiss Fire 1'~' f Barrier Insulation System materials used in the test program.
.(B&W Nuclear Technologies and Mecatiss Inc.)
5.3.2 FPC will-maintain the quality control documentation of the TSI and fire barrier configuration installation prior to the Mecatiss Fire Barrier ~ Insulation being installed. [_ 5.3.3 Witness and document monitoring activities of the Thermo-Lag and L Mecatiss. Fire Barrier Systems installation process performed by Lboth parties. 5.3.4 Inspect and document the construction and instrumentation of the ' test articles upon arrival in France, to ensure no damage to the' l assembly has occurred. (B&W Nuclear Technologies /Mecatiss Insulating Inc.) 5.3.5 FPC will provide all, required documentation for calibration of the thermocouples to be . used in the test assembly. B&W Nuclear Technologies and Mecatiss Inc. will provide all documentation of calibration for the data acquisition systems.which are to be used in this test. 6.0- SPECIAL PRECAUTION 6.1 PRECAUTIONS FOR INSTALLATION OF THE ELECTRICAL RACEWAY FIRE BARRIERS g 6.1.1 Observe specific precautions recommended by FPC for Thermo-Lag and Mecatiss and material safety data sheets. 6.2 PRECAUTIONS FOR CONDUCTING THE FIRE ENDURANCE TESTING
.6.2.1 Proper safety precautions shall be exercised to preclude personnel from direct exposure to the fl ame environment, hot object, hazardous gases, and any other related hazards.
7.0 PREREQUISITES 7.I GENERAL TEST CONFIGURATION REQUIREMENTS The electrical raceway installation (s) configurations for these tests shall be shown on drawings in Appendix A as to where they match the actual installed configuration. 7.2 TRACEA8ILITY REQUIREMENTS To ensure that the materials used in these tests are representative of those in actual installations, use, or to be used at Florida Power Corporation facilities, all aspects of traceability as required by the FPC QA Program and B&W Nuclear Technologies Inc./Mecatiss Insulation Inc. shall be applied. 5 _-_-__-_____---__-_._____-______________--_____-__-__---__._--_--_--______---_-______1
r P 7.3 DIMENSIONED DRAWINGS All test articles shall conform to the draft dimensioned drawings (see [)
Appendix A). - All changes to these drawings shall be made. by revision and/or "redl.ine" process in accordance with applicable procedures. :
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7.3.1 FPC will prepare drawings of all installed barrier materials on the test assemblies. These drawings will identify configurations used dimensions, material types, upgrades, techniques, etc. Final drawings will be prepared by FPC. ; 7.3.2 All thermocouples used in the test program shall be 24 GA, Type K, ' o
.Chromel-Alume Teflon PFA insulation or equivalent (Special Limits of Error 11.1* C) electrically welded with thermojunctions.
7.4 SHIPPING RECEIVING, MATERIAL INSPECTIONS 7.4.1 FPC will be responsible for all Thermo-Lag fire barrier material.
- This includes receiving,. material inspections and recording of lot number and all expiration dates of materials as applicable.
7.4.2 B&W Nuclear Technologies /Mecatiss will be responsible for all Mecatiss fire barrier material. This includes receiving, material inspections and recording of lot numbers and all expiration dates ' of materials as applicable.
/~N O 7.5 THERMO-LAG FIRE BARRIER MATERIAL 330-1 Thermo-Lag bulk grade materials are shipped under " protective service" with an in-transit temperature chart recorder included with'each shipment in an identifiable container (which reads " RECORDER IN HERE").
The chart tape produced by this recorder shall be inspected by FPC '! i personnel upon arrival of the shipment to insure that the temperature .j limitations of 32' F to 100* F were not exceeded. Upon acceptance, the ' material can then be placed in stock or the warehouse for use as needed. Thermo-Lag fire barrier materials shall be stored off the ground in a ; totally enclosed and weather protected area when not in use (ANSI N45.2.2, level B or better). The bulk grade (trowel grade) material i shall be maintained within the temperature limits of 32' F to 100* F. Prior to application of the trowel grade material, check that the i l expiration date of the products has not been passed. All bulk product l expiration dates are good through the end of the expiration date month. ! This will be documented through the process of the development of the l test assemblies at CR-3. The FPC Work Request process will be the documentation that the building of the test articles, i thermocouple calibration, placement along with the Thermo-Lag installation has bee pe med under the proper requirements. l FPC Designee: 1 ~ Date: #MfMV f f 6 I
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7.6 B&W NUCLEAR TECHNOLOGIES /MECATISS FIRE BARRIER INSULATING SYSTEM i
) 7.6.1 Mecatiss Fire Barrier material needs no. special conditions for-V storage inside normal buildings. It is suggested that the ,
material does . not get wet. There are several parts of .this material which make up the Mecatiss Fire Barrier System, along
-with their trade / commercial names:
a) "M . P . F . 180" for 3 hour Fire Barrier System over Thermo-Lag b) "M S 2000" for Mineral Wool [ c) "M S 1300" for Ceramic Wool d) "SILC0" for Inner /0 uter' Cloth Wrapping e) " REFRACTORY TYPE F".for. Mastic Glue f) " GLUE 75A" for (Acetone) or GLUE 75N (Neutral) for silicone glue 1 7.6.2 Prior to the application ~of the Refractory Type F and the Silicone L Glue, check that the_ expiration date of the product has not been passed. All of the expiration dates are good through.the end of , the expiration date month. 7.7 FIRE BARRIER INSTALLATION PROCEDURES , Thermo-Lag 330-1 and the Mecatiss Fire Barrier System procedures are applicable. Thermo-Lag 330-1 Fire Barrier System shall be - : installed prior to the M.P.F. 180 fire barrier system. The Thermo-Lag fire barrier system shall be installed accordance with p/ q, FPC applicable procedures, based on the current installed . configurations. The M.P.F.180 shall, be installed in accordance , with the B&W/Mecatiss M.P.F. 180 procedure, over the Thermo-Lag ! fire barrier system. Witness personnel shall ensure that both ! fire barrier systems meet the quality control procedures as outlined for each system. 7.7.1 The Mecatiss Fire Barrier System is to be installed over the l Thermo-Lag system consists of a single inner layer of Silco wrap 1 over the top of the completed Thermo-Lag installation. One or more ! layers of M S 2000 Mineral Wool are prepared by application of the ' refractory type F mastic glue " troweled or brushed" onto the surface of the wool, followed by wrapping it around the Silco-covered Thermo-Lag, forming a butt joint along it's longitudinal axis. The system is held in place by tie-wraps made of glass c cloth, pulled to achieve a compaction of approximately 50% on the M S 2000 material. This assembly is then covered with an outer layer of Silco wrap material which is coated and glued to the mineral wool. The final configuration consists of layered mineral' wool which is encapsulated with Silco cloth, all of which are held !' together with the mastic glue. The thickness of a single layer of the Mecatiss FBS, thus installed is approximately \" or greater. l i 7 m m
7.8 TEST CONFIGURATIONS I v.
.) 7.8.1 GENERAL The test articles will be secured to the test deck by test laboratory personnel, in accordance with previously approved instructions and drawings. The test deck consists of a steel deck, reinforced with i structural steel elements sufficient to carry the load of.the test -
items. It will be insulated with at least 4" of ceramic fiber
. insulation, held in place with stick pins or similar devices. The ,
test items affixed to the deck will be arranged such that a clearance space exist between any outside' surface of any one test article and any other test article, and between the surface of the test article
'and the furnace walls / supports.
7.8.2 The test article will'be constructed in accordance with the drawings provided by FPC personnel, for the Thermo-Lag Fire Barriers - . installation. ; FPC Designee: ew _ Date: #//#/pr U.L. Repres ative & E ! b te: ///// k
/ ff I have the Mecatiss Fire Barrier System
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7.8.3 The test article wil' material installed on the Thermo-Lag Fire Barrier Material by , Mecatiss Inc. personnel in acc rdance w th applicable procedure. O U.L. Represen ive. L n . Date: N / ! B&W Designee: k g ha g Date:, [I' <
/ 94 i
7.9 THREE HOUR ALUMINUM C {ONDUITS TEST DECK This test deck will consist of various sized aluminum conduits with standard unistrut support material. The unistrut support shall be ! either P1001 or N1001. Conduit attachments will be normal unistrut l (or approved equal) fittings. The conduit configurations will be representative of the actual installed Thermo-Lag one hour fire barrier material with the Mecatiss Fire Barrier System material over one or more configurations. As shown in the design drawings ' j this may include one or two layers of Mecatiss over the Thermo-Lag Fire Barrier material. The conduit configurations for this program i will consist of conduits penetrating the test deck, extending l downwards into the furnace for a minimum of 6.5", and a maximum of 37" in length. The minimum of 1 - 90* bend shall be included on the conduit assemblies, along with I condulet on single conduit configuration. These conduits will start above the test deck, extend downwards, make a 90* bend, run horizontally for ! approximately 36", then make another 90* bend upwards to penetrate l
.l the test deck. The assemblies will reflect the construction of the Thermo-Lag material as-installed during the original construction phase of the Appendix R 're Ba ter Rac ay Protection. ;
O U.L. Representative; b6
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- Date: // 0 d FPC Designee: :: Date: # ~
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- 7.10 CABLE LOADING REQUIREMENTS.
,, 4 7.10.1 Selected conduits will contain a single J8'AWG bare copper . - (s) conductor within the electrical raceway, in accordance with 'the~ .
provisions of Ref. 4.3. The bare copper conductor shall be instrumented along the entire length,of the raceway being , protected,' as noted in 7.9. .This was documented.during the construction of the test assembly and documented in the work . request. This information will be in.the final report. 7.11 THERM 0 COUPLE INSTALLATION and TEMPERATURE AVERAGING All the thermocouples used in this test program shall .be provided and- , installed by FPC, with QC surveillance, and.U.L.' representative witnessing the insertion. The thermocouple wires shall be calibrated (by LOT NUMBER) prior to the installation and/or use and-applicable quality control documentation-. records generated. All thermocouples . will consist of 24'GA, type K, Chromel-Alumel Teflon PFA-insulation-or equivalent. (Special Limits of Error 11.1* C):with electrically. welded thermojunctions. Calibration will consist of manufacturer supplied (and audited) certifications of calibrations at fire temperatures of thermocouples taken from both ends of each purchased-lot number. Test points used are 32*F, 212*F, and 400*F. U.L. Representative: MW ~
< ate: N t/
FPC Designee: Date: D (/ The thermocouples are to be attached every 6" along the single bare 88 ; AWG stranded copper wire running through the interior of specified J conduit sections, by placing the thermocouple in direct contact with the -l H top surface of the wire. In order to obtain temperature measurements at the surface of the conduit and FBS interface, thermocouples similar to those used above will be-positioned along the bottom surface of selected TSI wrapped conduits, and 'l on the top surface of the select TSI wrapped conduits between the Thermo-Lag Fire Barrier Material and the Mecatiss Fire Barrier System. They are to be held in place by glass cloth tape. The thermocouple leads will be taped completely around the conduit and lead wire. Thermocouples will also be adjacent to test article supports. Thermocouples that are placed between the Thermo-Lag Fire Barrier Material and the Mecatiss Fire Barrier System, shall use the method of attachment in accordance with the requirements of section 4.3 reference. Personnel from U.L. and B&W Nuclear Technologies shall witness the placement of the thermocouples as to allow the monitoringandrecordinpofte rature etween the two materials. . U.L. Representative: 4- F [ ._ Date:~ //, 8t>kf 9 B&W Designee: om b %ei Date: I ' k , O g i i 9 l _ _ ~
y b .4 j r L ' Temperature conditions during the fire testing on the unexposed surfacesL l
; will be determined by' averaging-the. measured temperatures installed in' !
or on the raceway systems. In determining _these temperature conditions,
!qV). thermocouples measuring similar areas-of the barrier system are to be averaged togethered. Acceptance will be based on the individual averages and single point temperatures, in accordance with the criteria specified in section 3.1. The following method of averaging will be used; the thermocouples applied to-the outside surface of.each ~ conduit .will be averaged together; the temperature results for the' internal bare copper )
' conductor.will.be averaged together'and reported' separately, for each conduit test article support.
7.12 B&W NUCLEAR TECHNOLOGIES.INC, and MECATISS, INC. Shall provide all of the required monitoring and computer hardware and to. perform the test. All the required instrumentation and monitoring shall conform to the applicable standards for.this test. An outside witness from an independent laboratory shall be-brought in if so requested, prior to the testing to document the- .> furnace and the equipment which is to be used. 7.13 INSTALLATION OF THE ELECTRICAL RACEWAY FIRE PROTECTION ASSEMBLY 7.13.1 FPC 'shall provide all of the required personnel for the installation of the Thermo-Lag Fire Barrier Material. Details of the construction of the Thermo-Lag configurations including
' fasteners, pre-formed conduit sections, pre and post buttered , '( joints, seams, et s be documented in the final report. -\
FPC Designee: &= Date: #M//F/ 7.13.2 B&W and tiss Inc. sh 11 provide all of the required personnel for the installation of the Mecatiss Insulating Fire-Barrier Material over the Thermo-Lag fire barrier material.
- This will be documented by both parties at Mecatiss Inc.
Details of the configurations including fasteners, orientation ' of the material over Thermo-Lag, etc., shall be documented in the final re ort. B&W Designee: h b Aa-L
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Date: 'll N9~' 94
'Q Q h h-8.0 FIRE SEAL INSTALLATION Upon completion of the fabrication and installation of the fire barrier systems to test article (or prior to, depending upon the situation) any openings left in the test article shall be' sealed by Mecatiss personnel :
in accordance with the applicable design. U.L. Representative: k/ .c o Date': ANNV FPC Designee: - m Date: /2 M B&W Designee: QAAL Date: b ' b N 9.0 PRE-BURN INSPEC1 TON j' ' Q{ 10 l 1 l
l I 9.1 Prior to the commencement of the fire. endurance test, a' thorough check of the test assembly and associated equipment (including r3 data recording equipment) shall be performed and documented by (~); ~ FPC, B&W and an outside in ependent. ness. FPC Designee: / Date;# M 4 M [ B&W Designee: . Ami Date: Lv h U.L. Representative . A Date:b 6. /MV 9.1.2 B&W and FPC shall . inspect the fire barrier assembly for-
-surface defects, cracks, etc prior to the test.
FPCDesignee:// . Date M N B&W Designee j' w hj Date:_ b
'l h
9.1.3 B&W prior to tne performInce of the fire test shall provide a sign-off sheet that the Mecatiss Fire Barrier System has been properl installed in accorda e with .the applicable procedure. B&W Designee: . \ ota_^i 'Date: - b:' k l 00 9.1.4 Fire endurance testing of assemblies will not commence ~ until O V Thermo-l.ag fire barrier installation has had a full 30 day curing time, while a minimum of 15 minutes cure time on the Mecatiss M.P.F.180 installation. FPC Designee:_ Date-AtM I B&W Designee: , n_ at- Date: Doe- [ 34 10.0 PROCEDURE 10.1 FIRE ENDURANCE TEST 10.1.1 The protected test article shall be exposed to the standard temperature curve found in ASTM E119-88 for one hour. FPC, B&W, and Mecatiss personnel may request the test be stopped if premature failure of the assembly occurs. 10.1.? B&W and Mecatiss shall adapt their testing procedures to assure the. i fire test complies with the requirements established in all referenced standards. Any changes, revisions, or deviations, required to comply with this requirement shall be documented and , properly justified and included as part of the final report. A 11.0 WATER HOSE STREAM TEST 11
n 1 Immediately (within 10 minutes) following the fire endurance test,
- n. accessible surfaces of the protected test article shall be subjected.
34 ) to the cooling, impact and erosion effects of a hose stream delivered through. a li" fog nozzle set at a discharge angle 'of 30' with a g nozzle pressure of 75 psig and a minimum discharge of 75 gpm. The nozzle orifice is to be a maximum of 5 feet from the edge of the tested configuration. The-hose stream test should be applied for a period of not less than 5 minutes. FPC Designee: I M[ Date 8 # 4 d, k B&W Designee: & Date b ar - . U. L. Representative: Date: e 4 /99e/ 12.0 DATA SYSTEMS During the fire exposure period, the thermocouples will be scanned at one minute intervals or less. Data storage for reporting purposes will be at one minute intervals (minimum): however, the furnace thermocouples should be scanned at 15 second intervals to allow close control of the furnace. Printer output of thermocouple data will be made available as part of the final test report, while computer screen output will be available real time, during the test, for control, observation, etc. O G 13.0 FIRE TEST REPORT 13.1 B&W and Mecatiss shall submit a report on the results of the test and thermocouple data. The test report shall be prepared and submitted in accordance with the following requirements. 13.2 FPC will assemble the final report of the qualification / certification program, including the collected data and required quality control activity. 13.3 The test report shall be prepared in sufficient detail to , summarize the total testing activity. The report shall include i as a minimum:
- a. Date of the test ;
- b. Location of the test '
- c. Description of the test furnace and test article
- d. Calibration docuntentation of all the thermocouples and instrumentation involved in this test ,
- e. Qualification and certification for personnel l
- f. Test procedures used
- g. Acceptance criteria l
- h. Quality control records for the following as applicable: !
I (1) Test article construction (2) Identification & installation of Fire Barriers n (3) Thermocouple locations (4) Cables, sizes, type, locations (5) Actual raceway fill densities (mass per Liner Foot) [( i. Computer printout & graphic results of the fire endurance test j 12
~
/.
}
d 1
.i j.- All raw data,_ including thermocouple data: 1 l
y k. 35 na photographic coverage of test project and.. video'(if-V : available) documentation of the fire and hose test V;( "
- 1. Provide a chronological log (event log) of all activities from i receipt of materials through final test report .
t
- m. A copy of the test plan and fire barrier insta11ation' 1 l
procedures for both materials, Thermo-Lag by FPC, Mecatiss by I B&W/Mecatiss-
- n. Post test . inspection records.and results -l
- o. . Record of anomalies and their disposition 13.4 FPC shall provide' one copy of each test report to B&W Nuclear '!'
Technologies, Inc. and Mecatiss Inc. The test of the Thermo-Lag and Mecatiss Fire Barrier Systems was' conducted and' l
. witnessed at Mecatiss Insulating Inc., in Morestel, France. l By the.following-
-Florida Power Corporation: '
Print Name:- (X/./. [#f.f/ M de
Title:
868. .fA/ f Sign Name: N,_,- - Date: /M4/f - - Print Name: 4/ x/774 m N b Titie: 6E m/ dsvar. Sign Name: I Date: / ([PV yr B&W Nuclear Technologies Inc. ! Print Name: i\ b AGGI .
Title:
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Eb4 : Sign Name: _1-em - Date: 11/ C / 6 % Print Name: hc.oJ&s . 7 E'r Ai L (_ a o 1
Title:
de u r. Sign Name: 1 Date: M /I /
/ \ w I underwriters Laboratories Inc .
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i I FLORIDA POWER CORPORATION q THERMO-LAG AND MECATISS i FIRE BARRIER ENDURANCE TEST PROCEDURE ! i i ONE HOUR FIRE ENDURANCE TESTS OF ARTICLES ; WITH THERMO-LAG AND MECATISS FIRE BARRIER SYSTEM l PROTECTIVE ELECTRICAL RACEWAY INSULATION l l s, /
/W. L7 Rbssfel-l ' . J. Antigni fe ire Protect Consultant Manager, Site Nuclear Services O
'r
'THREE HOUR FIRE EDWURANCE TESTS OF CONDUITS PROTECTED m WITH THERM 0-LAG AND MECATISS FIRE BARRIER SYSTEMS
- (
V) : 1.0 SCOPE:- i i
. This procedure describes the methods and -guidelines for' three hour fire endurance test. This test plan will include the preparation of the test i deck and specimens, installation - of_ both the Thermo-Lag and Mecatiss, i performance of the fire endurance and hose stream tests, temperature '
monitoring, and applicable documentation of these tasks, along with their results.
2.0 08JECTIVE
1 The objective of the test is to qualify a protective generic fire barrier - ! system for redundant essential safe shutdown cables at Florida Power ; Corporation's Crystal River Unit 3 nuclear plant. The successful results of this test will provide the documented evidence that the construction of these fire barriers will satisfactorily withstand an ASTM E-Il9-88 fire The exposure for a period of three hours followed by a hose stream test. test shall document and satisfy the requirements for fire testing the fire barriers as detailed in Underwriters' laboratories, Inc. -(UL) Subject 1724,
" Outline of Investigation for Fire Tests for Electrical Circuit Protective Systems", Issue Number 2, August 1991, and NRC Generic Letter 86-10, Supplement 1, except where clarified, in the absence of other standards for p these specific types of tests, standard practice shall be invoked. -G 3.0 ACCEPTANCE CRITERIA:
3.1 The exterior surface temperature of each ;1ectrical raceway will be If the average temperature recorded (cold side of the barrier). recorded by the exterior raceway thermocouple does not exceed 250' F (139' C) above the initial temperature and no individual thermocouple is in excess of 325' F (181* C) above its initial temperature, then the fire barrier configuration (s) shall be acceptable for use with any type of cable. 3.2 The thermocouples located on the bare copper cable (#8 AWG) installed inside the electrical raceway will be recorded. The highest thermocouple temperature rise above its initial temperature and the average temperature rise above its initial temperature will be recorded for fire barrier configuration. These results will be analyzed, if required, at a later date to determine the unique electrical application. 3.3 A hose stream test will be performed at the end of the fire endurance test. If the hose stream test does not cause any openings through which the electrical raceway is visible, then the fire barrier configuration tested shall be acceptable. (See Section 11.0 for hose stream test). O O 2
Q I
4.0 REFERENCES
4.1 10CFR50.48 Appendix R - Fire Protection Program for Operating Nuclear '( ) Power Plants. (including 86-10 Suppt.1) 4.2- American Society for Testing and Materials (ASTM) E119 Standard Test Methods for Fire Tests of Building Construction and Materials. 4.3 Underwriters Laboratories,Inc. (UL) Subject 1724-91 - Outline of Investigation for Fire Tests for Electrical Circuit Protective Systems. 4.4 Florida Power Corporation's configurations as defined in As-Built drawings, sketches, and outlined in MAR 82-10-19-04, " Appendix R , Electrical Raceway Protection", and TSI Tech. Note 20684, Rev.5. 4.5 Mecatiss Procedure M.P.F.180 3 Hour Fire Barrier System over Thermo-Lag
5.0 RESPONSIBILITIES
5.1 FLORIDA POWER CORPORATION (FPC) 5.1.1 Establish the criteria, guidelines, drawings (to include sketches, as-builts, and documentation), recommendations, etc. to govern the configuration and assembly of the test items. 5.1.2 Establish the criteria, guidelines, drawings, etc, and recommendations to govern the installation of the fire barrier systems, if any (other than deck through-penetration seal). (] V 5.1.3 Establish the criteria, guidelines, drawings, recommendations. hold points, etc., to govern the installation _ of Thermo-Lag Fire Barrier test articles. 5.1.4 Provide specific Thermo-Lag installation procedures and work package documentation for each test configuration as installed during the MAR 82-10-19-04, Appendix R Raceway Protection, using TSI Technical Note 20684 Rev.5, as well as documented drawings and as-built drawings. (Test assemblies Work Request will be provided as documentation of installed configurations.) 5.1.5 Provide electrical raceway materials (e.g. aluminum conduits, unistrut support (s), couplers, and fittings as required. 5.1.6 Provide personnel to install the Thermo-Lag Fire Barrier System. 5.1.7 Provide personnel to install the thermocouples on the electrical raceways for the test configurations that contain Thermo-Lag, which is to be wrapped over with Mecatiss "M.P.F. 180". 5.1.8 Supply personnel to witness assembly and test article configuration and Mecatiss installation at FPC's discretion. 5.1.9 Provide all documentation of configuration, assembly, and packing
,-s prior to shipment to Mecatiss.
( ) w/ 3
5.2 B&W NUCLEAR TECHNOLOGIES, Inc./MECATISS FIRE BARRIER INSULATION SYSTEM l. L i 5.2.1 Provide the shipping to Mecatiss Insulating Inc., Morestel, France.
,/
5.2.2 Make the necessary arrangements and provide adequate funding for either Mecatiss or an independent laboratory to perform the tests. 5.2.3 Provide personnel to install the Mecatiss Fire Barrier Material over the Thermo-Lag according to the document drawings, as per both FPC and B&W/Mecatiss procedures. 5.2.4 Prepare the test furnace, deck and slab assemblies and provide all required test instrumentation in accordance with its Quality Assurance and Quality Control Program and other applicable procedures. 5.2.5 Provide data acquisition for all of the thermocouples which are used for this test, on the test asembly and furnace as required. 5.2.6 Assemble, install, and document the installation of the Mecatiss Fire Barrier System material over the Thermo-Lag Fire Barrier Material as per the M.P.F.180 procedure, and witnessed by a U.L. representative. Thermocouples between the Thermo-Lag & Mecatiss i materials will be witnessed by the Underwriters Laboratories Inc. representative and documented. 5.2.7 Coordinate all phases of the fire test preparation. t kJ' 5.2.8 Supply independent personnel to witness and document assembly and test article fire barrier configurations. Prior to, during, and af ter endurance test. (Underwriter Laboratories representative.) 5.2.9 Provide all applicable quality control documentation for the - installation of Mecatiss fire barrier raceway materials to the test articles and attendant instrumentation on each article. 5.2.10 Observe and document the installation of the Mecatiss Fire Barrier Insulation to the test articles and attendant instrumentation on each test article. 5.2.11 Conduct the fire endurance and water hose stream tests. 5.2.12 Document the test parameters and provide a formal, detailed, written report of the test program and all of the data acquisition that was acquired during the test. Lj 4 r
e: 3 5.3 ' QUALITY ASSURANCE / QUALITY CONTROL ( [ 5.3.1 Maintain the quality control ' documentation of the Mecatiss Fire Barrier Insulation System materials used in _the test program. - (B&W Nuclear Technologies and Mecatiss Inc.)~ L 5.3.2 FPC will maintain the quality control documentation of the TSI and fire barrier configuration installation prior to the Mecatiss Fire Barrier Insulation being installed. 5.3.3 Witness and document monitoring activities of the Thermo-Lag and Mecatiss Fire Barrier Systems installation process performed by both parties. 5.3.4 Inspect and document the construction and instrumentation of'the
~
test articles upon arrival in France, to ensure no damage to the assembly has occurred. (B&W Nuclear Technologies /Mecatiss l-Insulating Inc.) ; 5.3.5 FPC will provide all _ required documentation for calibration of the thermocouples to be used in the test assembly. B&W Nuclear Technologies and Mecatiss Inc. will provide all documentation of calibration for the data acquisition systems _which are to be used . in this test. t 6.0 SPECIAL PRECAUTION 6.1 PRECAUTIONS FOR INSTALLATION OF THE ELECTRICAL RACEWAY FIRE BARRIERS 6.1.1 Observe specific precautions recommended by FPC for Thermo-Lag and Mecatiss and material safety data sheets. ; i 6.2 PRECAUTIONS FOR CONDUCTING THE FIRE ENDURANCE TESTING 6.2.1 Proper safety precautions shall be exercised to preclude personnel , from direct exposure to the fl ame environment, hot object, , hazardous gases, and any other related hazards. 7.0 PREREQUISITES 7.1 GENERAL TEST CONFIGURATION REQUIREMENTS The electrical raceway installation (s) configurations for these tests I shall be shown on drawings in' Appendix A as to where they match the j actual installed configuration. 1 7.2 TRACEABILITY REQUIREMENTS To ensure that the materials used in these tests are representative of those in actual installations, use, or to be used at Florida Power Corporation facilities, all aspects of traceability as required by the FPC QA Program and B&W Nuclear Technologies Inc./Mecatiss Insulation i g Inc. shall be applied. 1 Q 5
v , 7.3 DIMENSIONED DRAWINGS' i ) All' test articles shall conform to the draft dimens'ioned drawings (see - g
'" Appendix A). All changes to these drawings shall be made by revision
^
F. and/or " redline" process in accordance with applicable procedures. 7.3.1 FPC will prepare drawings of all installed barrier materials on the test assemblies. These drawings will identify' configurations used-- dimensions, material types, upgrades, techniques, etc. Final drawings will be prepared by FPC. 7.3.2 All thermocouples used in the test program shall be 24 GA, Type K, Chromel-Alume Teflon PFA insulation or equivalent (Special-Limits ' 1 of Error 1.l* C) electrically welded with thermojunctions. 7.4 SHIPPING. RECEIVING MATERIAL INSPECTIONS 1 7.4.1 FPC will be responsible for all Thermo-Lag fire barrier material. l' This includes receiving, material inspections and recording of lot number and all expiration dates of materials as applicable. 7.4.2 B&W Nuclear Technologies /Mecatiss will be responsible for all Mecatiss fire barrier material. This includes receiving, material inspections and recording of lot numbers and all expiration dates of materials as applicable. tO
.L) 7.5 THERMO-LAG FIRE BARRIER MATERIAL 330-1 Thermo-Lag bulk grade materials are shipped under " protective service" with an in-transit temperature chart recorder included with each shipment in an identifiable container (which reads " RECORDER IN HERE").
The chart tape produced by this recorder shall be inspected by FPC personnel upon arrival of the shipment to insure that the temperature l limitations of 32' F to 100* F were' not exceeded. Upon acceptance, the material can then be placed in stock or the warehouse for use as needed. Thermo-Lag fire barrier materials shall be stored off the ground in a totally enclosed and weather protected area when not'in use (ANSI N45.2.2, level B or better). The bulk grade (trowel grade) material shall be maintained within the temperature limits of 32' F to 100* F. Prior to application of the trowel grade material, check that the expiration date of the products has not been passed. All bulk product expiration dates are good through the end of the expiration date month. This will be documented through the process of the dcvelopment of the test assemblies at CR-3. The FPC Work Request process will be the documentation that the building of the test articles, thermocouple calibration, placement along with the Thermo-Lag installation has bee pe med under the proper requirements. X FPC Designee: I - - Date: #NM f [ 6 s
s ki 7.6 B&W NUCLEAR TECHNOLOGIES /MECATISS FIRE BARRIER INSULATING SYSTEM
. Mecatiss Fire Barrier material needs no' special conditions for i(dL 7.' 6 .1 storage inside~ normal buildings. It is' suggested. that the material' does not . get wet. There are several parts of' this !
material whic_h make up the Mecatiss Fire Barrier System, along with their-trade / commercial names: a) "M.P.F. 180" for 3 hour Fire Barrier System over Thermo-Lag ' b) "M S 2000" for Mineral Wool ' c) "M S 1300" for Ceramic Wool . d) "SILC0" for. Inner / Outer Cloth Wrapping e) " REFRACTORY TYPE F" for Mastic Glue .,' f) " GLUE 75A" for (Acetone) or GLUE 75N (Neutral) for silicone glue 7.6.2 Prior to the application of the. Refractory Type F and the Silicone Glue, check that the expiration date of the product has not been - passed. All of the expiration dates are_ good through the 'end of L the expiration date month. ! 7.7 FIRE BARRIER INSTALLATION PROCEDURES Thermo-Lag 330-1 and the Mecatiss Fire Barrier System procedures ; are applicable. Thermo-Lag 330-1 Fire Barrier System shall be .' installed prior.to the M.P.F.180 fire barrier system. The. Thermo-Lag fire barrier system shall be installed accordance with ! ( FPC applicable procedures, based on the current installed configurations. The M.P.F.180 shall be installed in accordance 3 ' with the B&W/Mecatiss M.P.F. 180 procedure, over the Thermo Lag fire barrier system. Witness personnel shall ensure'that both fire barrier systems meet the quality control procedures as outlined for each system. 7.7.1 The Mecatiss Fire Barrier System'is to be installed over the , Thermo-Lag system consists of a single inner layer of Silco wrap l over the top of the completed Thermo-Lag installation. One or more layers of M S 2000 Mineral Wool are prepared by application of the ' refractory type F mastic glue " troweled.or brushed" onto the ' surface of the wool, followed by wrapping it around the Silco-- covered Thermo-Lag, forming a butt joint along _it's longitudinal i axis. The system is held in place by tie-wraps made of glass c cloth, pulled to achieve a compaction of approximately 50% on the i M S 2000 material. This assembly is then covered with an outer ; i layer of Silco wrap material which is coated and glued to the mineral wool. The final configuration consists of layered mineral l d wool which is encapsulated with Silco cloth, all of which are held together with the mastic glue. The thickness of a single layer of the Mecatiss FBS, thus installed is approximately \" or greater. , 1 (J( 1 7
o L 7.8 TEST CONFIGURATIONS ( 7.8.1 GENERAL-The test articles will be secured to the test deck by test laboratory personnel, in accordance with previously approved instructions and drawings. The test deck consists of a steal deck, reinforced with structural steel elements sufficient to carry the load of the test items. It will be. insulated with at least 4" of ceramic. fiber insulation, held in place with stick pins or similar devices. The test items affixed to the deck will be arranged such that a clearance space exist between any outside surface of any one test article and any other test article, and between the surface of the test article and the furnace walls / supports. 7.8.2 The test article will be constructed in accordance with the drawings provided by FPC personnel, for the Thermo-Lag Fire Barriers installation. FPC Designee: e . Date: #//#/pr U.L Repres ative & E~ ate: ///// /9/
?
/ y i
/
7.8.3 The test article wil' have the MecKtiss Fire Barrier System material installed on the Thermo-Lag Fire Barrier Material by Mecatiss Inc. personnel in acc rdance w th applicable procedure. A U.L. Represen ve. t - n>fY n s.' b ate: //!//ft/ B&W Designee: w - h - 1 Date:Ii
-t
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t - g g 7.9 THREE HOUR ALUMINUM CUNDUITS TEST DECK This test deck will consist of various-sized aluminum conduits with standard unistrut support material. The unistrut support shall be - either P1001 or N1001. Conduit attachments will be normal unistrut (or approved equal) fittings. The conduit configurations will be representative of the actual installed Thermo-Lag one hour fire barrier material with the Mecatiss Fire Barrier System material over'one or more configurations. As shown in the design ~ drawings this may include one or two layers of Mecatiss over the Thermo-Lag Fire Barrier material. The conduit configurations for this program will consist of conduits penetrating the test deck, extending downwards into the furnace for a minimum of 6.5", and a maximum of 37" in length. The minimum of 1 - 90' bend shall be included on the conduit assemblies, along with I condulet on single conduit configuration. These conduits will start above the test deck, extend downwards, make a 90' bend, run horizontally for approximately 36", then make another 90* bend upwards to penetrate the test deck. The assemblies will reflect the construction of the Thermo-Lag material as-installed during the original construction phase of the Appendix R 're Ba ier Rat ay Protection.
/ U.L. Representative: Mf- --
- Date: // d!fi-l FPC Designee: Date: / /#
8
7.10 ' CABLE. LOA 9ING REQUIREMENTS n 7.10.1 Selected conduits will contain a single 88 AWG bare copper C) ( conductor within the electrical raceway, in accordance with the provisions of Ref. 4.3. The bare' copper conductor shall be instrumented along the entire length of the raceway being protected, as noted in 7.9. This was documented during the construction of the test assembly and documented in.the work request. This information will be in the-final report. 7.11 THERMOCOUPLE INSTALLATION and TEMPERATURE AVERAGING , All the thermocouples used in this test program shall be provided and installed by FPC, with QC surveillance, and U.L. representative witnessing the insertion. The thermocouple wires shall be calibrated . (by LOT NUMBER) prior to the installation and/or use and applicable quality control documentation records generated. All thermocouples will consist of 24 GA, type K, Chromel-Alumel Teflon PFA insulation , or equivalent. (Special Limits of Error :1.l* C) with electrically welded thermojunctions. Calibration will consist of manufacturer supplied (and audited) certifications of calibrations at fire i temperatures of thermocouples taken from both ends of each purchased lot number. . Test points used are 32*F, 212*F, and 400*F. , U.L. Representative: MW '
' ate: O #
FPC Designee: I Date: #/* < i The thermocouples are to be attached every 6" along the single bare =8 AWG stranded copper wire running through the interior of specified conduit sections, by placing the thermocouple in direct contact with the , top surface of the wire. In order to obtain temperature measurements at the surface of the conduit ! and FBS interface, thermocouples similar to those used above will be i positioned along the bottom surface of selected TSI wrapped conduits, and on the top surface of the select TSI wrapped conduits between the j Thermo-Lag Fire Barrier Material and the Mecatiss Fire' Barrier System. l They are to be held in place by glass cloth tape. The thermocouple leads l will be taped completely around the conduit and lead wire. Thermocouples ! will also be adjacent to test article supports. Thermocouples that are placed between the Thermo-Lag Fire Barrier ' i Material and the Mecatiss Fire Barrier System, shall use the~ method of attachment in accordance with the requirements of section 4.3 reference. Personnel from U.L. and B&W Nuclear Technologies shall witness the placement of the thermocouples as to allow the monitoringandrecordingofte. rature etween the two materials. U.L. Representative: C
/
h Date: // /d
/
/
f i B&W Designee: h . b h A 'u Date: I . 30 k,k q 9 9 9
s
. Temperature conditions during the fire testing on the unexposed surfaces- , ~ .
will be' determined by averaging the measured temperatures installed in
. or on the raceway systems. 'In determining these temperature conditions,
( )J - thermocouples measuring similar areas of the barrier system are to be i averaged togethered. Acceptance will be based on the individual averages and single point temperatures, in accordance with the criteria specified , in'section 3.1. The following. method of averaging will be used; the thermocouples applied to the outside surface of each conduit will: bel averaged together; the temperature results for the' internal bare copper conductor will be averaged together and reported separately, - for each conduit test article support. 7.12 B&W NUCLEAR TECHNOLOGIES INC. and MECATISS, INC. Shall provide all of the required monitoring and computer hardware' and to perform the. test. All the required instrumentation and monitoring shall conform to the applicable standards for.this test. An outside witness from an independent laboratory shall be-brought in if so requested, prior to the testing to document the furnace and the equipment which is to be used. 7.13 INSTALLATION OF THE ELECTRICAL RACEWAY FIRE PROTECTION ASSEMBLY FPC shall provide all of the required personnel for the 7.13.1 installation'of the Thermo-Lag Fire Barrier Material. Details of the construction of the Thermo-Lag configurations including fasteners, pre-formed conduit sections, pre and post buttered Q joints, seams,'et s be documented in the final report. l V FPC Designee:
'Date: #/4//f/ 3 7.13.2 B&W and tiss Inc. sh 11 provide all of the required personnel for the installation of the Mecatiss Insulating Fire Barrier Material over the Thermo-Lag fire barrier material. !
This will be documented by both parties at Mecatiss Inc, l Details of the configurations including fasteners, orientation l of the material over Thermo-Lag, etc., shall be documented in I the final re ort. B&W Designee: h b Outai Date: (t 9!94
~q q %\ \
8.0 FIRE SEAL INSTALLATION j Upon completion of the fabrication and installation of the fire barrier ' systems to test article (or prior to, depending upon the situation) any openings left in the test article shall be sealed by Mecatiss personnel in accordance with the applicable design. U.L. Representative: kA en Date:/24/fg FPC Designee: - m Date: /2/4/9[ B&W Designee: ' C1 L Date: b - D 9.0 PRE-BURN INSPEC1 TON
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10
9.1 Prior to the ' commencement of the fire endurance test, a thorough
.6 check of the test assembly and associated equipment (including '
s (' data recording equipment) shall be performed and documented by
). FPC, B&W and an outside in ependent ' ness.
FPC Designee: / Date#MM MI
-B&W Designee: Date: o U.L. Representative ~ A r Date: b 61 /f M ;
G . 9.1.2 B&W and FPC shall inspect the fire barrier assembly for surface defects, cracks, etc prior to the test. FPCDesignee:// Date 486 4 B&W Designee j' w2 h Date: b
/
h , 9.1.3 B&W prior to tne performInc)e of the fire test shall provide ' a sign-off sheet that the Mecatiss Fire Barrier System has been properl -installed in accorda e with the applicable procedure. B&W Designee: . kud . Date: b o bN ' I ob 9.1.4 Fire endurance testing of assemblies will not commence until' Thermo-Lag fire barrier installation has had a full 30 day curing (j~%
\. time, while a minimum of 15 minutes cure time on the Mecatiss M.P.F. 180 installation.
FPC Designee: Date A t M B&W Designee: , at t_. Date: bor- [y31/ , 10.0 PROCEDURE 10.1 FIRE ENDURANCE TEST l 10.1.1 The protected test article shall be exposed to the standard temperature curve found in ASTM E119-88 for one hour. FPC, B&W, and Mecatiss personnel may request the test be stopped if premature failure of the assembly occurs. ; 10.1.2 B&W and Mecatiss shall adapt their testing procedures to assure the fire test complies with the requirements established in all l referenced standards. Any changes, revisions, or deviations, l required to comply with this requirement shall be documented and properly justified and included as part of the final report.
-OV 11.0 WATER HOSE STREAM TEST l 11 l
w: - Q, Immediately (w'ithin 10' minutes)'following the fire endurance test, .
- r. --accessible surfaces '.of the protected test article shall be ' subjected .
E [-) U ' .- - to the cooling, impact and erosion effects of a hose stream delivered through a IP fog nozzle set'at a discharge angle of 30' with- a nozzle' pressure of 75 psig and a minimum discharge of 75 gpm. The-F E nozzle orifice is to be a maximum 'of 5 feet from the edge of the l tested configuration. The hose stream test should be applied for a-period of not less.than 5 minutes. FPC Designee: Il Date 8 4'6 A 7 [ B&W Designee: .,& Date 3
, - _tLe . Io N k U. L. Representative:b M Date: b 4 / 99 9 12.0 DATA SYSTEMS During the fire exposure period, the thermocouples will be scanned at one minute intervals or less. Data storage for reporting purposes will be at one minute intervals (minimum); however, the furnace thermocouples should be scanned at 15 second intervals to allow close control of the furnace. Printer output of thermocouple data will be made available as part of the final test report, while computer screen output will be available real time, .during the test', for control, observation, etc.
1 G 13.0 FIRE TEST REPORT
'i 3
N} 13.1 B&W and Mecatiss shall submit a report on the results of the test and thermocouple data. The test report shall' be prepared and submitted in accordance with the following requirements. FPC will assemble the final report of the I 13.2 qualification / certification program, including the collected data and required quality control activity. 13.3 The test report shall be prepared in sufficient detail to summarize'the total testing activity. The report shall include as a minimum: 1 j
- a. Date of the test j
- b. Location of the test
- c. Description of the test furnace and test article
- d. Calibration documentation of all the thermocouples and instrumentation involved in this test .
- e. Qualification and certification for personnel
- f. Test procedures used
- g. Acceptance criteria
- h. Quality control records for the following as applicable:
(1) Test article construction (2) Identification & installation of Fire Barriers (3) Thermocouple locations (4) Cables, sizes, type, locations b (5) Actual raceway fill densities (mass per Liner Foot)
- 1. Computer printout & graphic results of the fire endurance test 12
,m l j i
- j. All raw data, including thermocouple data _
N
- k. . 35 mm photographic coverage of test project and video (if. !
l 7w)1 available) documentation of the fire and hose test . Oas 1. Provide _ a chronological log (event log) of all activities from' receipt ~ of materials through final test report
- m. .A copy of the test plan and fire barrier installation procedures for both materials, Thermo-Lag-by FPC, Mecatiss by. '
)
B&W/Mecatiss- ._ l
- n. Post test inspection' records and results Record of anomalies and_theirfdisposition l
- o. l 13.4 FPC shall provide one copy of each test report to B&W Nuclear Technologies, Inc. and Mecatiss Inc. l t
1 The test of the Thermo-Lag and Mecatiss Fire Barrier Systems was conducted and-witnessed at Mecatiss Insulating Inc., in Morestel, France. By the following: 1 Florida Power Corporation: Print Name: ll/ d MSIf/Mde
Title:
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M#[8es /~ Sign Nam ,,-}#h 3,v--, Al v-Date: JZ,8,k Mecatiss Insulating Inc. Print Name: 9U4 CN $MRfhN6
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n v APPENDIX C THERMOCOUPLE LOCATIONS O l i O
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FPC File NE0016 Appendix C ?; APPENDIX C TABLE OF CONTENTS Description Page Thermocouple Placement Inside Conduit A 3 Hour C-1 Thermocouple Placement Inside Conduit B 3 Hour C-2 Thermocouple Placement Inside Conduit C 3 Hour C-3 : Thermocouple Placement Inside Conduit E 3 Hour C-4 Thermocouple Placement Inside Conduit H 3 Hour C-5 Thermocouple Placement Outside Conduit ~ A 3 Hour C-6 Thermocouple Placement Outside Conduit B 3 Hour C-7 Thermocouple Placement Outside Conduit C 3 Hour C-8 Thermocouple Placement Outside Conduit E 3 Hour C-9 Thermocouple Placement Outside Conduit H 3 Hour C-10 Thermocouple Placement Between TSI and Mecatiss MPF-180 C on the Bundle Wrap of Conduits 3 Hour Thermocouple Placement Between TSI and Mecatiss MPF-180 C-12 on Conduit B 3 Hour Thermocouple Placement Inside Conduit A 1 Hour C-13 Thermocouple Placement Inside Conduit B 1 Hour C-14 Thermocouple Placement Inside Conduit C 1 Hour C-15 Thermocouple Placement Inside Conduit E 1 Hour C-16 Thermocouple Placement Inside Conduit H 1 Hour C-17 Thermocouple Placement Outside Conduit A 1 Hour C-18 Thermocouple Placement Outside Conduit B 1 Hour C-19 O V Thermocouple Placement Outside Conduit C 1 Hour C-20
l i j Thermocouple Placement Outside Conduit E 1 Hour C-21 Thermocouple Placement Outside Conduit H 1 Hour C l Thermocouple Placement Between TSI and Mecatiss C-23 l' on Conduit B 1 Hour General Arrangement of the Test Assembly Deck C-24 i i l r l i n 1 l 9 I i i t O 1 l
O PART 1 THREE HOUR TEST O O
O O O THERMOCOUPLES EXIT
~
WORK REQUEST 5 E{ W.R.322253 , THREE HOUR TEST ASSEMBLY k O
' vi a"* "*'" d **"* ' S CONDUlT"A" ALUMINUM 3/4" us. .lio samesi .nsenay
- II .
II _WP. 110IIOM Of Di CK TC315 _e . .- TC104 TC316 e CONDUlT SUPPORT LOCATION * --TCio3 TC317 - * * - -TC112 TC318 - e . --TC111 TC319 - e * -- TC110 TC323 TC325 TC327 TC329 TC106 *I N ' O " ' " TC321 f .TC108 { { { NOTES: TC322 TC324 TC326 TC328 TC105 TC107
- 1. Thermocouples shall be placed on #8 AWG copper condJClor &
secured as to allow no movement inside the conduit.
- 2. Field shall pass all wires throught conduit at point marked - DWG: TP-011 -- --
and ending at other end of conduit. w- - -
- 3. Thermocouples placement is every 6" as outhned in generic letter y FLORIDA POWER CORP. y
- ~ -~
~ ~ ~ ~ ~ ~ _~
86-10 Suppt.1 enclosure. Field to contact S.N S. for additional references 'S
- 4. Field shall refer to field engineering in determirung required k
$ INS E A'ON 8AW 7
~
thermocouple lengths, taking care in marking & conhng wires. z STRANDED COPPER CABLE
- 5. FPC and U.L Rep (outside consultant) shall witness and sign o 0 DWG
=
DATE;f EM off the thermocouple placement in the work package. fu _ 6 Field to pre-measure and lock down locations on #8AWG before I CKD 2, DATE;s/4r/Ji etbefore pulhng into cnd .T.S.
O O O
>THERMOCOUPLES EXIT WORK REQUEST k p- i , ;
h W.R.322253 m
=
THREE HOUR TEST ASSEMBLY CONDUlT"B" ALUMINUM 3/4"
] \ ivimd visinn sunioi z
nsi il so lHilit lest .nsenddy
- II E -
E II ;W.P. Il0110M 01 Of cK TC330 - * * - TC184 TC331 -. CONDUlT SUPPORT LOCATION * - TC232 TC332 - e * -- TC231 TC333 - e e -- TC240 TC334 --- e * - TC239 y7 38 TC330 TC340 TC342 TC233 TC235 R o
/ v[ o - " - " -
l TC336 I [ l l F]" ._I E . ' .TC237 NOTES: TC337 .TC339 TC341 TC343 TC234 TC236
- 1. Thermocouples shall be placed on #8 AWG copper conductor &
l secured as to allow no movement inside the conduit.
- 2. Field shall pass all wres throught conduit at point marked
- DWG: TP-012 l and ending at other end of conduit.
- 3. Thermocouples placement is every 6* as outhned in genenc letter j FLORIDA POWER CORP. _ _
y 86-10 Suppt.1 enclosure. Field to contact S.N.S. for additional references THERMOCOUPLE PLACEMENT
- 4. Field shall refer to field engrisenng in determining requred m
INSIDE CND *B"ON #8 AWG 7
~
thermocouple lengths, taking care in marking & conhng wires. F. STRANDED COPPER CABLE
- 5. FPC and U L Rep (outside consultant) shall witness and sign o 0 - ~ - - - = =
off the thermocouple placement in the work package. g DWG _ DATE;g/[yk 6 Field to pre-measure and lock down locations on #8AWG before _ _ . E CKD. , 4. - DATE)/n/d pullrig into conduit N.T.S.
O o nv p v
+THERMOCOUPLES EXIT
- f I
gg i GANG OF CONDUITS o t={ woax ReOuesr i W.R.322253 m THREE HOUR TEST ASSEMBLY [ CONDUIT"C" ALUMINUM 3/4" ivi. i u..:,ina s mi @ uwil to inutil test assenddy E ll ll E - E L W.P. 1101IOM Of IM CK TC129 -* * -TC142 CONDUIT SUPPORT LOCATION TC130 -* * -TC141 TC131 - * * -TC140 W [] F] n
//
7'u TC139 TC132 - I I TC133 TC135 TC136 TC137 TC138 TC134 NOTES:
- 1. Thermocouples shall be placed on #8 AWG copper conductor &
secured as to allow no movement inside the conduit.
- 2. Field shall pass all wires throught conduit at point marked - DWG: TP-013 and ending at other end of conduit.
- 3. Thermocouples placement is every 6" as outhned in generic letter
- ~
j ~ FLORIDA POWER CORP.
~ ~ ~ ~ ~ ~ ~ ~ ~ - ' - ~ ~
a' 86-10 Suppt.1 enclosure. Field to contact S.N.S. for additional references
- 4. Field shall refer to feld engineering in determining required k$ INS OD
- ON 8 thermocouple lengths, taking care in marking & coshng wires.
2 AWG STRANDED COPPER CAB _E 4, 5 FPC and U.L Rep (outside consultant) shall witness and sign o 3 -- - ' -- - - - off the thermocouple placement in the work package. g DWG ATE ////[f(T 6 Field to pre-measure and lock down locations on #8AWG before . _. . _. E CKD: 2, DATE:i/u[ff pulhng into conduit. .T.S.
pJ pJ q v
* >THERMOCOUPLES EXIT m a 1'
GANG OF CONDUlTS c
- b.
wosx ReOueST W.R.322253 0 m THREE HOUR TEST ASSEMBLY
- 6 CONDUlT"E" ALUMINUM 1" iyi a uinsi.in si ,po,i S useillo luslillest assemidy ll E .
E ll W. P. 1101IOM 01 IRCK TC145 -* * -TC158 CONDUlT SUPPORT LOCATION TC146 -* * -TC157 TC147 - * * - TC156 TC148 W [] VJ A)
/ 'uTC155 f
TC149-g TC150 TC151 TC152 TC153 TC154 NOTES:
- 1. Thermocouples shal be placed on #8 AWG copper conductor &
secured as to allow no movement inside the conduit
- 2. Field shall pass a8 wires throught conduit at point marked
- DWG: TP-014 '- -
and endng at other end of conduit. e7 FLORIDA POWER CORP. g
- 3. Thermocouples placement is every 6 as outlined in generic letter - ~
h { ~ ~ ~ ~ - - ~ m 86-10 Suppt.1 enclosure. Field to contact S.N.S. for addtional references
- 4. Field shall refer to field engineenng in determining required % $ INS D DU T *E ON 8 5 thermocouple lengths, taking care in marking & coiling wires. E AWG STRANDED COPPER CAB _E
- 5. FPC and U.L Rep (outside consultant) shall witness and sign O N DWG .g#
off the thermocouple placement in the work package. fa = _~ TE;/
~~"=///F-6 Field to pre-measure and lock down locations on #8AWG before _ _ % CKD ,X. DATE;s/u/g pulling into conduit .T.S.
O O O A
.[-~ > THERMOCOUPLES= EXIT b _ > GANG OF CONDUlTS u gj WORK REQUEST W.R.322253 8 e
T.HREE HOUR TEST ASSEMBLY , CONDUlT"H" ALUMINUM 1" \ ivia u. si. .i sm,ioi use.lio exAl test as.wmbiy H E W.P. 1101IOM Of Dt cK TC185 -e * -TC198 CONDUIT SUPPORT LOCATION TC186 -- * * - TC197 TC187 -* * - TC196 k ' * [l ll
. o.
' w TC195 TC188 I I TC189 TC191 TC192 TC193 TC194 TC190 NOTES:
- 1. Thermocouples shaR be placed on #8 AWG copper conductor &
secured as to anow no movement inside the conduit.
- 2. Field shah pass all wres throught conduit at point marked
- DWG: TP-015 g m ~~ ~-~ ~ ~ -
- and ending at other end of conduit.
FLORIDA POWER CORP. o
- 3. Thermocouples placement is every 6" as outhned in generic letter ~ - ~ ~ --~
- ~
86-10 Suppt.1 enclosure. Field to contact S N S. for additional references
- 4. Field shall refer to field engineenng in determining required % $ IS DU T *H ON 8 thermocouple lengths, taking care in marking & cothng wres.
z AWG STRANDED COPPER CAB _E
- 5. FPC and U L Rep (outside consultant) shaR witness and sign o O DW
/ =
DATE off the thermocouple placement in the work package. 3 2-- [: d = m 6 Field to pre-measure and lock down locations on #8AWG before . _ _ _ CKDJZ. ATE ,/ti/p-pulling into conduit f .T.S.
Om O- O,m
- 9
[- >THERMOCOUPLES EXIT 7 h ' b WORK REQUEST W.R.322253 f8 THREE HOUR TEST ASSEMBLY 3 CONDUlT "A" ALUMINUM 3/4" w\.. lytmsd Utusind Saqqunt j ies.nl to lades losi .s>>emldy ll E E I _ W. P. llolloM ol DLcK TC344 ---* *- TC216 TC345 -. CONDUIT SUPPORT LOCATION * -TC128 TC346 --+ *--TC088 TC347 -e * - TC183 TC348 -* *-TC056 TC349 -+ * -TC266 TC352 TC257 TC259 TC261 TC263 - TC350 [ o_ _ o o o h - __TC265
' '] 7 7 7 7 NOTES: TC351 TC353 TC258 TC260 TC262 TC264
- 1. Thermocouples shall be placed on #8 AWG copper conductor &
secured as to allow no movement inside the conduit.
- 2. Field shall pass all wires throught conduit at point marked
- DWG: TP-016 ,
and ending at other end of conduit. m- -~- --~ - - E*
- 3. Thermocouples placement is every 6* as outhned in genenc letter FLORIDA POWER CORP.
86-10 Suppt.1 enclosure. Field to contact S.N.S. for additional references
- ~ -
" L "
a
- 4. Field shall refer to feld engineenng in determining required k $ T ' DE ON OD thermocouple lengths, taking care in marking & conhng wires. z THREE HOUR ASSEMBLY
- 5. FPC and U.L Rep (outside consultant) shall witness and sign o O __ ,7 off the thermocouple placement in the work package. g DWG DATE[-- _= d=_.
6 Field to pre-measure and lock down locations on #8AWG before ._ o C K . J.2, ._ DATE;,/a/rf pulhng into conduit. / 4.T.S.
O O O l
. !- >THERMOCOUPLES NEXIT C WORK REQUEST 5
$ E l F~~1 i W.R.322253 2
THREE HOUR TEST ASSEMBLY , j CONDUlT"B" ALUMINUM 3/4" \, ,,, , ins.MI to lu.kl test assendsly Nil E - E IIM __W.P. IlOllOM Of IM cK TC354 --* * - TC256 TC355 -. CONDUlT SUPPORT LOCATION .-TC37o TC356 -+ *--TC369 TC357 -. . -TC368 TC358 -+ * -- -TC367 TC362 TC267 TC269 TC271 TC273 -. o_ o o o o
'h _
D TC360 _.TC365 T TC363 T TC268 T TC270 Tb TC272 T TC364 NOTES: TC361
- 1. Thermocouples shall be placed on #8 AWG copper conductor &
secured as to allow no movement inside the conduit
- 2. Field shall pass all wres throught conduit at point marked
- DWG: TP-017 s place nt ie 6* as outhned in generic letter FLORIDA POWbR CbR of 3.The 86-10 Suppt.1 enclosure. Field to contact S.N.S. for additional references n
<c >2 THERMOCOUPLE PLACEMENT "
- 4. Field shall refer to field engineenng in determining required -3 c OUTSIDE ON CONDUlT *B'
~ ~
thermocouple lengths, taking care in marking & coiling wres- r THREE HOUR ASSEMBLY E
- 5. FPC and U.L Rep (outside consultant) shall witness and sign o DWG $
- - - =
ATE /[</f_ off the thermocouple placement in the work package. $
- 6. Field to pre-measure and lock down locations on #8AWG before ..._ _M. C K D J. DATE;//47/tf pulling into conduit N.T.S.
O O O
- p THERMOCOUPLES EXIT J i GANG OF CONDUlTS i woRx RsOueST W.R.322253 5
=
THREE HOUR TEST ASSEMBLY *\i "; CONDUIT "C" ALUMINUM 3/4" \ 'vi,m.a u .sina suppo,i g enant to liolil test .essembly Z U E -- E E _ W.P. iloi tou os occK TC161 -* e-TC200 TC162 -* CONDUlT SUPPORT LOCATION *- TC199 TC163 -' *-TC160 TC164 -* e--TC159 lf lf TC165 [ E1 o F1 6
//
TC144 TC166 i f TC167 TC168 TC143 NOTES:
- 1. Thermocouples shall be placed on #8 AWG copper conductor &
secured as to allow no movement inside the conduit.
- 2. Field shall pass all wires throught conduit at point marked
- DWG: TP-018 m- ~ ~ -
and endng at other end of conduit.
- 3. Thermocouples placement is every 6' as outhned in generic letter j
~ -
FLORIDA POWER CORP. _ a' 86-10 Suppt.1 enclosure. Field to contact S.N S. for additional references
- 4. Field shall refer to field engineenng in determining required k$ UTS DE ON OND TC c, a
thermocouple lengths, taking care in marking & coihng wires. z THREE HOUR ASSEMBLY'
- 5. FPC and U L Rep (outside consultant) shall witness and sign o 3 u:- --
off the thermocouple placement n the work package. fu DWG _ ATEigl c CKD & D/$TE:</47pf
- 6. Field to pre-measure and lock down locations on #8AWG before ___
[ pulling into conduit. s .T.S. l - - - - - - - - - - - - - - - - - - - - _ ----- _ ----
O O O 1 y THERMOCOUPLES EXIT ;
'p GANG OF CONDUlTS q woax seOuesT S W.R.322253 :
THREE HOUR TEST ASSEMBLY CONDUIT"E" ALUMINUM 1"
] \ in .a umsina sei g
r, essest io imhl test assemth Nil E - E II N _w .p. e TC169 llOIIOM Of IX CK TC182
- TC17o TC181 ~ CONDUIT SUPPORT LOCATION
- TC180 -'
- TC1'/1 TC179 ~* *- TC172 TC178 '*h -
E1 o 0 o G
' L TC173 TC177 TC176 TC175 TC174 NOTES:
- 1. Thermocouples shall be placed on #8 AWG copper conductor &
secured as to allow no movement inside the conduit.
- 2. Field shall pass aH wires throught conduit at point marked
- DWG: TP-019 ' - - - - - ' - -
and ending at other end of conduit c~
- 3. Thermocouples placement is every 6' as outhned in generic letter FLORIDA POWER CORP. ,
;y
~
--- ~ ~ ~
m 86-10 Suppt.1 enclosure. Field to contact S.N S. for additional references
- 4. Field shall refer to field engineenng in determining required
~
di UTS EON OND E S thermocouple lengths, taking care in marking & coihng wires. E THREE HOUR ASSEMBLY
- 5. FPC and U.L Rep (outside consultant) shall witness and sign " " = - "
O O DW TE://sj(fr' off the thermocouple placement in the work package fa c CKD 6 Field to pre-measure and lock down locations on #8AWG before J, DATE;;/gy/ti pulling into conduit- .T.S.
O O O Ey THERMOCOUPLES EXIT a GANG OF CONDUlTS m
'-- 1 WORK REQUEST ,
W.R.322253 : THREE HOUR TEST ASSEMBLY w ; CONDUIT"H" ALUMINUM 1" E lysm..d Unisind Segqut S usmi to liol.1 test assendJy
- nil E E 116 W P.
TC217 isotIou os utcK-TC230-* . TC229-* CONDUlT SUPPORT LOCATION *-_ TC218 TC228-*
- TC219 TC227-* *- TC220 lI lI TC226 '
[ ' o [~ l o o [ ~1 6
'//' IC221 TC225 TC224 TC223 TC222 NOTES:
- 1. Thermocouples shall be placed on #8 AWG copper conductor &
secured as to allcw no movement inside the conduit.
- 2. Field shall pass all wires throught conduit at point marked
- DWG: TP-020 -~'
e j
- - ~
and ending at other end of conduit.
- 3. Thermocouples placement is every 6" as outhned in genenc letter FLORIDA POWER CORP.
_~ 8
~~ ~~
- ~ -
86-10 Suppt.1 enclosure. Field to contact S.N S. for additional references
- 4. Field shall refer to field engineenng in determining required k di TS EO OD H thermocouple lengths, tak:ng care in marking & cochng wires z THREE HOUR ASSEMBLY 7
~
"=
- 5. FPC and U.L Rep (outside consultant) shall witness and sign O O ~""-~'=2 off the thermocouple placement in the work package. g QWG. s . DATE///t1_
6 Field to pre-measure and lock down locations on #8AWG before __ m CKD. 2 ATE's/p/p i pulling into conduit. .T.S.
O O O Q. n i11 (~_ , 2 Q. i S a TC-383 / . SUPPORTED BY UNISTRUT *. . TC-388 WRAPPED WITH TSI AND MECATISS INSIDE BOTTOM
* *
- OF FURNANCE WITH
\,'N . _ _ , o .
._, // j INSTALLED INSULATION N lf [ _/
U U TC-384 TC-385 TC-386 TC-387 NOTES: CONDUlTS C E. & H ARE GANGED TOGETHER WITH A TOTAL OF 6 CONDUlTS. C, E. &H ARE THERMOCOUPLED, GANG OF CONDUlTS IS WRAPPED WITH 1.25* NOMINAL THICK TSI CONDUlT SECTIONS AND PANEL BOARD WITH TROWEL GRADE OVERLAY ABOUT 1/8"-1/4". DWG: TP-021 THERMOCOUPLES TC-383 THRU 388 ARE PLACED ON THE OUTSIDE g OF THERMO-LAG 330-1 FIRE BARRIER SYSTEM AND INSIDE THE MECATISS MPF-180 6 W*FLORIDA POWER CORP' THIS CONFIGURATIOti ALLOWS THE MONITORING OF THERMOCOUPLES BETWEEN THERMO-LAG MECATISS MATERIALS. THE THERMOCOUPLE BETWEEN THE MATERIALS IS POSITIONED % $ SYSTEMS THREE HOUR " OVER THE CENTERPOINT OF THE CONDUlT BUNDLE. BUNDLE WRAP OF CONDUlTS $ 2 D T
- THERMOCOUPLE MOUNTED ON BANDING ,
N T.S
O _ O .-- O l l l i _li n 2 7 z C S Mll IIM _
~
E E Inside bottom of furnace with l Insulation - SUPPORTED BY UNISTRUT . -- TC 377 TC 382 O WRAPPED WITH TSI AND MECATISS. TC 381 e _ Nx et, , r e i,
, *j-u o TC 380 TC 379 TC 378 TP-024 NOTES: -- --
FLORIDA POWEFl CORP.
- 1. Thermocouples shall be placed on #8 AWG copper conductor &
secured as to allow no movement inside the conduit THERMO-LAG MECATISS SYSTEMS "
- 2. Field shall pass all wires throught conduit at point marked
- j and ending at other end of conduit. THTRMOCOuPLE PLACEMEU[CND *B* o
- 3. Thermocouples placement is evenf 6" as outlined in generic letter BETWEEN MATERIALS 3 HOUR ;;
86-10 Suppt.1 enclosure. Field to contact S.N.S. for additional referencesiHwnnQ ~ ~'hAk$M(([
- 4. Thermocouples TC-377 thru TC-382 are placed on the outside of Al'I'llOVl l) llY ,
)All.:,/n/yf Thermo-lag 330-1 fire barrier system in between the Mecatiss MPF-180. N T.S.
7, __ _ O PART 2 ONE HOUR TEST O l O
1 O O O l
, > THERMOCOUPLES EXIT
' WORK REQUEST , W.R.322253 A I
. ! t pj we g
\ =
wd -'" a S'" ' ONE HOUR TEST ASSEMBLY
',',_ii.,"i m i.,,i , % g
=
CONDUlT "A" ALUMINUM 3/4" e cn U ; W.P. IlOllOM Of Ol'CK TC275 -* * - TC215 TC276 - . CONDUlT SUPPORT LOCATION e - TC214 TC277 - * - * - TC213 TC278 - * . - TC212 TC279 --
- e -- TC211 TC283 TC201 TC203 TC205 TC207 TC281 ' 3 * " * * ***b '
b*'mTC209 Jb J jg l } l NOTES: TC282 TC284 TC202 TC204 TC206 TC208
- 1. Thermocouples shaR be placed on #8 AWG copper conductor &
secured as to aHow no movement inside the conduit.
- 2. Field shaR pass aH wires throught condurt at point marked *
~
DWG: TP-001 and ending at other end of conduit. 3 Thermocouples placement is every 6* as outhned in generic letter w3 ~]g FLORIDA POWER CORP.-- - -,
~ ~ ~ ~ ~ ~ ~
- ~ ~
86-10 Suppt.1 enclosure. Field to contact S.N S. for additional references
<t >- THERMOCOUPLE PLACEMENT
- 4. Field shau refer to field engineenng h determirung required 3 c INSIDE CND *A* ON #8 AWG ('
thermocouple lengths, taking care in marking & cothng wires z STRAND-D OPPER CABLE O
- 5. FPC and U L Rep (outside consultant) shaR witness and sign C')
" ~ ~ ~
off the thermocouple placement in the work package. DWG- ' DATE8 8'. 6 Field to pre-measure and lock down locations on #8AWG before _ . . _ cc CKD J DATEy/ggyf - pulhng into conduit N. .S.
( p p G O THERMOCOUPLES EXIT _ WORK REQUEST W.R.322253 j9 ' - Fsl *g .,,
\ A
"-d""'"'*'"'"'
ONE HOUR TEST ASSEMBLY- r uswiin tiou test a>>enddy - CONDUlT"B" ALUMINUM 3/4" z a S II E E II _W. P. 1l01IOM OI IM CK TC285 - *
- TC255 TC286 -. CONDUIT SUPPORT LOCATION . --TC254 TC287 - * * - TC253 TC288 - e . - - TC252 TC289 - * * - TC251 TC293 TC241 TC243 TC245 TC247 .
h " " ' "
- NOTES:
TC291 - TC292 TC294 TC242 f TC244 f" TC246 TC248 TC249
- 1. Thermocouples shall be placed on #8 AWG copper conductor &
secured as to allow no movement inside the conduit
- 2. Field shaR pass aR wires throught conduit at point marked
- DWG: TP-002 and ending at other end of conduit. m
- 3. Thermocouples placement is every 6* as outhned in generic letter g FLORIDA POWER CORP. _
86-10 Suppt 1 enclosure. Field to contact S.N S. for additional references THERMOCOUPLE PLACEMENT
- 4. Field shah refer to field engineenng in determining required 3 m INSIDE CND *B* ON #8 AWG E thermocouple lengths, taking care in marking & coihng wires.
z STRANDED COPPER CABLE $
- 5. FPC and U.L Rep (outside consultant) shaB witness and sign o O g .D W G -
==a-
_ _ DATE <[- M=_- 7
-~
?
off the thermocouple placement in the work package. 6 Field to pre-measure and lock down locabons on #8AWG before w. m CKD A DATE;i/pfyr pu!!ing into conduit N.T.S.
n i .
%)
- >THERMOCOUPLES EXIT
- A
- J WORK REQUEST m W.R 322253 g3 , GANG OF CONDUlTS m g
<\ i' a
o
~
ONE HOUR TEST ASSEMBLY in .a u..una s,-i CONDUIT"C" ALUMINUM 3/4" II E - E II _W. P. 1101IOM 01 IN CK TC001 -* * -TC014 CONDUlT SUPPORT LOCATION TC002 - * * -TC013 TC003 -* * -TC012 R El El 1/
/ \ TC011 TC004 I I TC005 TC007 TCOO8 TC009 TC010 TC006 NOTES:
- 1. Thermocouples shaB be placed on #8 AWG copper conductor &
secured as to allow no movement inside the conduit
- 2. Field shaN pass au wires throught conduit at point marked
- DWG: TP-003 and ending at other end of conduit. g g - - - - -
- 3. Thermocouples placement is every 6 as outhned in generic letter o g FLORIDA POWER CORP. ~~ -~
n
-- ~ ' - ~
~
86-10 Suppt.1 enclosure. Field to contact S.N S. for additional references
- 4. Field shaR refer to field engineenng in determaning required
~-
k$
~'
1SD ON CONDUI thermocouple lengths, taking care in marking & conhng wires. z ONE HOUR ASSEMBLY 5 FPC and U L Rep (outside consultant) shaR witness and sign o 0 g DWG M
=_=== -
#--- DATI-[d off the thermocouple placement in the work package.
- 6. Field to pre-measure and lock down locations on #8AWG before . _ ._.
c CKD. , ,z d.T.S. DATE:f/4 putting into conduit
n O Oc u
= >THERMOCOUPLES EXIT WORK REQUEST
- y. GANG OF CONDUlTS o q W.R.322253 3 4 .
ONE HOUR TEST ASSEMBLY l ygm.al Us usivui Sigpoet 2 CONDUlT"E" ALUMINUM 1" ..m isoi asiesias>.auv- 5 K pil II6 W.P.
!!OliOM Of IM CK TC017 --e *-TCO30 CONDUIT SUPPORT LOCATION TC018 -+ * -- T CO29 TC019 -* * - TCO28
[] [l .h TCO20
~\ * " * " " u -TCO27 I I TCO21 TCO23 TCO24 TCO25 TCO26 TCO22 NOTES:
! 1. Thermocouples shall be placed on #8 AWG copper conductor & secured as to allow no movement inside the conduit
- 2. Field shall pass all wires throught conduit at point marked
- DWG: TP-004 and ending at other end of conduit
- a. Thermocouples placement is every 6* as outhned in genenc letter FLORIDA POWER CORP.
86-10 Suppt.1 enclosure Field to contact S.N.S. for addibonal references
- - ~
~ ~ ~ ~ ~ - -
2
" M" 4 Field shaR refer to feld engineenng in determining required
- ~
k$ IN"S D O DU T"E ON #8 ! thermocouple lengths, taking care in marking & conhng wires. 5 AWG STRANDED COPPER CAB _E e$
- 5. FPC and U.L Rep (outside consultant) shaR witness and sign o O g DWG' ATE;/pA /
off the thermocouple placement in the work package.
- 6. Field to pre-measure and lock down locations on #8AWG before _ _ _ E CKD. /, DATE i/pf,f_
.T.S.
puthng into condud
O O O k THERMOCOUPLES EXIT 4 ga > GANG OF CONDUlTS q
- wi WgjP- 5 m
ONE HOUR TEST ASSEMBLY ) ' i vi. .a u..si,in s..,,o,I fy CONDUlT"H" ALUMINUM 1a atmlio ludil lest .sssenddy Q pl . 4 W.P. 1101IOM Of Di cK TC057 - * * -TC070 CONDUlT SUPPORT LOCATION TC058 - * * -TCO69 TC059 - * * -TC068 W ' L1 [] o Q
/ L TC067 TC060 y g
TC061 TC063 TC064 TC065 TC066 TC062 NOTES:
- 1. Thermocouples shah be placed on #8 AWG copper conductor &
secured as to allow no movement inside the conduit.
- 2. Field shall pass au wires throught conduit at point marked - DWG: TP-005 e ---- - -
j and endng at other end of conduit.
- 3. Thermocouples placement is every 6* as outhned in generic letter FLORIDA POWER CORP. ,
8610 Suppt.1 enclosure Field to contact S.N.S. for addtional references E
" ENT
- 4. Field shall refer to field engineenng in determining required k $ I S DE O DU T *H ON #8 thermocouple lengths, taking care in marking & coihng wires.
z AWG STRANDED COPPER CAB _E O
- 5. F PC and U L Rep (outside consultant) shall witness and sgn o @
DWG -- 1 _ =- ATE f d _
= = _ . =
off the thermocouple placement in the work package. fu 6 Field to pre-measure and lock down locations on #8AWG before - _ . _ E CKD. x, , d DATE;,/pf,r pulling into conduit .I.S.
m U U-THERMOCOUPLES EXIT [ WORK REQUEST j El J ' l-{ W.R.322253 y ONE HOUR TEST ASSEMBLY *t CONDUlT"A" ALUMINUM 3/4" \ , , ,, u ,,,,,,, %,,, us. I to ina less assendily {; E E E W.P. tioitou ct tx cx TC295 -* *- TC087 TC296 -* CONDUIT SUPPORT LOCATION , _ .-TC086 TC297 -* ,
* - TC085 TC298 -* e-TC084 TC299 -* * - - TC083 TC30a TC073 TC075 TC077 TC079 y__ _
o o e o .- TC301 / 7 7 b _.TC081 NOTES: TC302 TC304 TC074 TC076 TC078 TC080
- 1. Thermocouples shan be placed on #8 AWG copper conductor &
secured as to allow no movement inside the conduit.
- 2. Field shaR pass au wires throught conduit at point marked
- DWG: TP-006 and endng at other end of conduit. , m
- 3. Thermocouples placement is every 6* as outhned in genenc letter o
g FLORIDA POWER CORP.
-- ~ -~
86-10 Suppt 1 enclosure. Field to contact S N S. for addtional references o 4 Field shau refer to field engineenng in determining requred q g THERMOCOUPLE P CEMENT
- ^'
thermocouple lengths, taking care in marking & conhng wires. 2 ONE HOUR ASSEMBLY (' 1
- 5. FPC and U L Rep (outside consultant) shah witness and sign o O DW=G-off the thermocouple placement in the work package. 3 .
,d. _D.DATE d= _er='
6 Field to pre-measure and lock down locations on #8AWG before __ F CKD A ATE,fuld 7,N.T.S. pulhng into conduit l l l L________-__--__ _ - _ __ _ . - - - .. . - . _ . - - _ -. -_- - _ _ _ - - - _
O O O
+THERMOCOUPLES EXIT n WORK REQUEST ;
i'
% d-. W.R.322253 n
- h ONE HOUR TEST ASSEMBLY i n..a u .si ui s ,i,,,o,i @
CONDUlT "B' ALUMINUM 3/4" invalio luilai sest asserntity 3 m II . II W P. 1801IoM Of Di CK TC305_.-* *- TC127 TC306 -e CONDUlT SUPPORT LOCATION * -TC 126 TC307 -* *- TC125 TC30E -+ *--TC124 TC309 * *-TC123 TC31a TC113 TC115 TC117 TC119 -
\\ o o o o g
'f q _ _
TC311
'T @ TC12i T T T y NOTES: TC312 314 TC114 TC116 TC118 TC120
- 1. Thermocouples shall be placed on #8 AWG copper conductor &
secured as to allow no movement inside the conduit.
- 2. Field shah pass all wires throught conduit at point marked
- DWG: TP-007 and endeng at other end of conduit. 'v- -- ~----
- 3. Thermocoupies placement is every 6* as outlined in genenc letter FLORIDA POWER CORP.
8610 Suppt 1 enclosure. Field to contact S.N S. for additional references
-- ~
~
2
- 4. Field shaR refer to feld engineenng in determining required % $ TS DE O OND B thermocouple lengths, taking care in marking & cothng wires z' ONE HOUR ASSEMBLY
- 5. FPC and U L Rep (outside consultant) shall witness and sign o O ,e f.._ .. 1 5 g DWG l ATE //., [n_,
off the thermocouple placement in the work package. 6 Field to pre-measure and lock down locations on #8AWG before _ _ c CKD. 4,d DATE A1//f pulling into conduit N.T.S.
O O O
>-THERMOCOUPLES EXIT WORK REQUEST m ta I, GANG OF CONDUlTS c 4 W.R.322253 A
~ .E1 m ONE HOUR TEST ASSEMBLY CONDUIT "C" ALUMINUM 3/4" in*es u,wsina s.w. 5 usmiio inAl test assemtdy N ll ll JV P.
110110M Of Di CK TCO33 -* *-TC072 CONDUlT SUPPORT LOCATION TCO34 -* *--TC071 TCO35 -* *- TCO32 [] O '
;j' TCO36
'[ '
o o o o TCO31 o TCO37 i TCO39 TCO38 TC040 TC015 TC016 NOTES:
- 1. Thermocouples shaR be placed on #8 AWG copper conductor &
secured as to allow no movement inside the conduit
- 2. Field shall pass aR wres throught conduit at point marked
- DWG: TP-008 and ending at other end of conduit gg -~ - - ~ - - - -
- 3. Thermocouples placement is every 6* as outhned in generic letter g ~g FLORIDA POWER CORP. _ _
y
--~ ~
c 86-10 Suppt.1 enclosure. Frald to contact S N S. for addebonal references
- 4. field shaR refer to field engineering in determining required k $i UTS DE ON ND C ?
thermocouple lengths, taking care in marking & cochng wres- z ONE HOUR ASSEMBLY $ 9 5 FPC and U.L Rep (outside consultant) shaR witness and sign o -
' - - - =3[1 ATE off the thermocouple placement in the work package. 3 DWG-
- 6. Field to pre-measure amd lock down locahons on #8AWG before ECKD . 2. DATE,/cpn etbefore pulkng into cnd .T.S.
~
O O u THERMOCOUPLES EXIT [ i GANG OF CONDUlTS h
- w"5"!22gST
=
ONE HOUR TEST ASSEMBLY 5
]svi.au..sinasm,i,o,i t
CONDUlT"E" ALUMINUM 1" umi to laAi test asw,sy ll II ; W P. HOIIOM 01 DICK TC041 -* *-TC054 CONDUlT SUPPORT LOCATION TC042 -* *- TC053 TC043 -* *-~TC052 TC044 [ ' [] [l (, 1/
' N TC051 TC045 TC047 TC048 TC049 TC050 TC046 NOTES:
- 1. Thermocouples shall be placed on #8 AWG copper conductor &
secured as to allow no movement inside the conduit.
- 2. Field shall pass aH wires throught conduit at point marked
- DWG: TP-009 "
and ending at other end of conduit. FLORIDA POWER CORP. %
- 3. Therrnocouples placement is every 6* as outhned in genenc letter 86-10 Suppt.1 enclosure. Field to contact S.N S. for addibonal references ?
4 Field shall refer to field engineenng in determnng required k$ UTS DE ON OND E' thermocouple lengths, taking care in marking & coding wires. 5 ONE HOUR ASSEMBLY
- 5. FPC and U.L Rep (outside consultant) shah witness and sign o @ '/ _ === -
3 DW ' _=DATE[f/h_g off the thermocouple placement in the work package. c CKD 6 Field to pre-measure and lock down locations on #8AWG before .f, DATE;@pf pulhng into conduit .S.
O O O
--+THERMOCOUPLES EXIT
~
W RK REQUEST C pl - i GANG OF CONDUlTS " E={ W.R.322253 p
\ $
ONE HOUR TEST ASSEMBLY 5 8 vi. :ai umsina sunoi CONDUlT"H" ALUMINUM 1" uw. io =>s,i resi asseng,iy U E E I W.P. HolloM of IM cx TCO89 -+ e- TC102 CONDUlT SUPPORT LOCATION TC090 -* *- TC101 TC091 -e *- TC100
/
TC092 [ ' [] o o o l~] 6 _-/' --_TC099 TC093 TC095 TC096 TC097 TC098 TC094 NOTES:
- 1. Thermocouples shall be placed on #8 AWG copper conductor &
secured as to allow no movement inside the condurt.
! 2. Field shall pass all wires throught conduit at point marked
- DWG: TP-010
~e o,
I and ending at other end of conduit.
- 3. Thermocouples placement is every 6" as outhned in generic letter $ FLORIDA POWER CORP. t l - ~ ~
86-10 Suppt.1 enclosure. Field to contact S.N S. for additional references " 4 Field shall refer to field engineenng in determining required k
$ UTS DE O OND N
thermocouple lengths, taking care in marking & coihng wres. 5 ONE HOUR ASSEMBLY
'='
5 FPC and U L Rep (outside consultant) shall witness and sign O O off the thermocouple placement in the work package. 5 DW " ~=_ ATEif '[y/n' E CKD
- 6. Field to pre-measure and lock down locations on #8AWG before . _ . _ _ _ A. y DATE:det pulhng into conduit N.T.S.
l
i> a _
! 1 F c,
2' m" U E inside bottb of h fumace with insulation C ~~' TC 37e . SUPPORTED BY UNISTRUT WRAPPED WITH TSI AND MECATISS TC 375 e g , , x - r
*1_
J U TC 374 TC 373 TC 372
- NOTES- -
l FLORIDA POWER CORP. l 1. Thermocouples shall be placed on #8 AWG copper conductor & l secured as to allow no movement inside the conduit. THERMO-LAG MECATISS SYSTEMS
- 2. Field shall pass all wires throught conduit at point marked
- l and ending at other end of conduit. THERMOCOUPLE PLACEMENT CND *A*! e m l 3. Thermocouples placement is every 6" as outlined in generic letter BETWEEN MATERIALS 1 HOUR $
86-10 Suppt.1 enclosure. Field to contact S.N.S. for additional references DHAWN HY DAH 1(((([ (7
- 4. Thermocouples TC-371 thru TC-376 are placed on the outside of Alm o n f %. g D^u : Arb2- 0 Thermo-lag 330-1 fire barrier system in between the mecatiss mpf-60. N.T.S.
. . _ . _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ . _ _ _ _ _ _ . _ _ . _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ __ _ _ _ . _ _ _ _ _ _ _- -- ._____m ___________.___m____
O O O u4 70.9* o
>g -25.2" >
a 7 e" . M 8 JL E 6.22*oumoE 6.22*misu
..,/ _
)
J( r 3/4" CONDUlT *H* E' 4.5%so e a- 3/# CONDUlT *A*
\_
c. g ]
"g 1* CONDUlT *E*-8
- ci g 1 = CONDUIT *C' - -D -[ " E ~
3/4* CONDUlT *B* u . _ 3.25' _ _g { _- ECK OPENING TYPICAL W.P. ____ 4 121.3* - -> TP-026
!6 [FIORIDA POWhR CORP.
_ 3 _. _ GENERAL ARRANGEMENT OF CONDUlTS g a $"COTEUTSM n'"'"' 5"
._.ONE HOUR /THREE HOUR N.T.S. g ASSEMBLIES '? ;-
O i ovi[G- ' TP!^4 6_ DTkNTS E CKD .R. _ATEa/s.jpf_
i O APPENDIX D GRAPHICAL TEST DATA O l l l t lO l i I
--- ~ ~__ _________
- s.-
FPC File NE0016 Appendix D-APPENDIX D l q TABLE OF CONTENTS , l Description Page .! Pre-Test Comparison of ISO 834 and UL Thermocouples D-1 t For A Period Of 121 Minutes on December 5, 1994 i Furnace Temperatures Three Hour Test. December 6, 1994 D-2 r Average Temperatures On Conduit Surface Three Hour Test- D-3 ! On December 6, 1994 .l Maximum Temperature Rise On Conduit Surface Three Hour D-4 On December 6, 1994 ; Furnace Temperatures One Hour Test December 8, 1994 D-5 fq Average Temperatures On Conduit Surface Orie Hour Test D-6 V On December 8, 1994 3 i Maximum Temperature Rise On Conduit Surface One Hour Test' D-7 On December 8, 1994 i i t i i i I i _= .-
~
FPC File NE0016 Page 0-1 e. m 22 : % l 'I 3 : : I E Ii - S. - s s s s e s s s s:s s sii , e-3 l : .l i ,
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' FURNACE TEMPERATURES 7 TEST DATE: DECEMBER 6,1994 _p 2
o S cn 2000 . s t r # ^' - s s ' 1800 ,---
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-,_,,,,,....r-~*,,,,,,,,,&,.-~~#
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l I E / . 3 f I IE . .#00 '
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- I l 600 g ,e F .
i 1 1 400 i 8 NFPA 251 STD TIME-TEMP CURVE - ] [ --- AVG ISO 834 TCS 200 l 1 ---- - AVG NFPA 251 TCS l g-0 , , , m 00 20 0 40 0 60 0 80 0 100.0 120.0 140 0 160.0 180 0 200.0 o N Time (MIN)
)i4l-mon m0m 2moow* .a$ o 0
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_ k, -
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- 8 1
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l! l l;l1 l11 il ll 1(! IIIltll l(,1
r p .,s .. k_ r n MAXIMUM TEMPERATURE RISE ON CONDUlT SURFACE , TEST DATE: DECEMBER 6,1994 0
.e M
8: 1300.0
- Conduit A - TSI (TC. NO. 350) 1100.0 - - - - Conduit 8 - TSI & Mecatiss (TC. NO. 367) _ __
- - - - Conduit C - TSI & Mecatiss (TC. NO.167)
Conduit E - TSI & Mecatiss (TC. NO.177) 900.0 __T_ - Conduit H - TSI & Mecatiss (TC. NO. 226) _ _ _ _ _ _ _. LL C D I: F G H
; 700.0 -
OOOOOO - - . - 3 mia . soum E 500.0 - ~~ ~ ~ 0 0
>- D A 300.0 -- - - - - - - - - - - - - c"
,,s /' - w s -
j% sj%e%P/*%% W e _._.3 _ 3 s 100.0 - -- - - - - - -
- r J - =%W ^- "' " ~ --
1 -- -- w _., __ . - .- . . _ _ _ _ nf5 -- - I
-100.0 , , , . . y 00 20 0 40.0 60 0 80.0 100.0 120 0 140.0 160.0 180.0 200.0 o.
Time (MIN) l l l L __ _ . _ _ _ _ . _ . _ . . _.._. . - - - - _ . . _ . _ _ . _ . . . _ . _ _ _ ._ . . .. _ _ _ _ _ _ _ _ _ ___ _ -
O . E PART 2 ONE HOUR TEST O O
( - b jJ g. FURNACE TEMPERATURES . y TEST DATE: DECEMBER 8,1994 ;;;' 2 m
.3 4
1 on 1800 r _~ -
,s. ~.-=f^*~~*
1600
,,"" '-__<.-I' #
~',
r< _. .---*_.~.#- 1400
,/.
*_..f.*"'~ - - - - - ~ - - ,
/ r e ,-
l '* -- 1200 - j ,-
- I ./
f .' as 1000 ~
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3 / E
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- a. 800 - --%f E I s p I I
600 ---l- : - t -- -
~- --
r i 400 I
/
.' NFPA 251 STD-TIME TEMP CURVE
/
1 / '
--- AVG ISO 834 TCS 200 I-
---- AVG NFPA 251 TCS
/ ___ _ _ ._
y
,o ED 0 . . , , ,
0.0 10.0 20.0 30 0 40.0 50.0 60.0. 70.0 ?, u Time (MIN)
-I m-X~
AVERAGE TEMPERATURES ON CONDUlT SURFACE TEST DATE: DECEMBER 8,1994 - I 2 o S e 1400.0 Conduit A - TSI & Mecatiss
~
- - - Conduit B - TSI '~M s 1200.0 - - - - Conduits C. E & H - TSI
- ' ' - ~ - ^ - ~ ~
---. . . . . . . - - g
/
1000.0 $$[,h$" , , 1 - - - - - - -- soum soum ,
/
/
800.0 1 O O / LL 8 A /
- ___ /
l 600.0 - - - - - - - - f 1 I
,1 ,.
400.0 "*- ---
,, . ~,
,- ~~...,
200.0 --- -
~3
._d - --
# e T
_cf.~.s** g 00 . . , 0.0 10.0 20.0 30.0 - 40.0 50.0 60.0 70.0 80.0 m
?
Time (MIN) u __ __ _ __.___________________ _ _ _ _ _ __ _ ___ ._ __ _ _ _ ___ _ _ _ _ _ _ . . __ . _ . . _ _ _ _ _ _ _ . . _ . . - . _ . . _ _ _ . - - . _. :_. . _ . _ _ . . _ . . _ _:.__
O O O 4 n
.n.
MAXIMUM TEMPERATURE RISE ON CONDUlT SURFACE O
=
TEST DATE: DECEMBER 8,1994 2 O o
^5 1500.0 Conduit A - TSI & Mecatiss (TC. NO. 084)
Conduit B - TSI (TC. NO.122) ,f 1300.0 -
- - - - Conduit C - TSI (TC. NO. 039) - / sf
' -p _\/N' '
Conduit E - TSI (TC. f 40. 047) I 1100.0 - Conduit H - TSI (TC. NO. 095) f
/
I
- 900.0 -
C D E F G H I - - - - te, worna OOOOOO soum i I E I 3 700.0 t E. I e O O I e y A l ~ F 500.0 ___
, , - , ' r-g +' f d . C/
~s #p+
300.0 ---
, , j,.c.- - - -
t
, _ ~
-ff 100.0 --- ----- -
j - - -- - m - m
-100 0 , ,
- o. -
0.0 10 0 20.0 30.0 40.0 50.0 60.0 70.0 80 0 N Time (MIN) ____m__ _._ ___... _____. __.__-a.____ -_ -___.._m_.____..______.____;______-_______.m._ _< ~ . _ _ _ _ . . _ _ _ . _ . . - . -
-__________m--r -. - _ -wi. _ -. e--.w- .- , -m +
l l O APPENDIX E TABULAR DATA O O
i O I i PART 1 ! THREE HOUR TEST i O 1 0
-4 I t g Appendix [El ._ O : .FPC File NE0016 c, y APPEIGIX E.
TABLE OF CONTENTS Description Page. :
- j
~
Thermocouple Temperature Data Three Hour Test E-1J- E-258 i Thermocouple Temperature. Data One Hour Test E-259'-'E-360 l
.x :
I k 1 - D
?
- i. ^'
i i i l
-i
+
l: 6 6 !- .j
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.a . .,~ - , . ,. . . . . . . - . _ . _ _
x. 1 FPC-File NE0016- FURNACE TEMPERATURES Page E-1~
- TEST DATE:- DECEMBER 6,1994 ISO 834 Type Thermocouples,'F TIME TC. NO. 488 TC. NO. 487 - TC. No. 411 TC. NO. 418 : AVERAGE HR: MIN:SEC 0:00:00 44.6 . 52.2. 48.1 48.3 0:00:30 276.0' 82.1 345.1 234.4
. 0:01:00 351.5 106.1 431.9 296.5 0 ~ 0:01:30 .
599.3 245.4 721.0 521.9 ' .I 0.02:00 622.9 246.5- .726.0 531.8 ~ l 0:02:30 - 733.8 - 324.6 801.8 620.0 j ' 0:03.00 745.3 340.3 809.0 631.5 ~ 0:03:30 811.0 430.9 864.2 702.0' 0:04:00 810.5 A40.7 866.2 705.8 1 0.04:30 871.8 461.4 918.2 750.5 0:05:00 888.9 476.0 942.3 769.0 0:05:30 994.8 551.8 1047.0 864.5 0:06:00 1032.3 573.0 1083.6 896.3 , 0:06:30- 1107.6 ' 622.9 1136.5 955.7 { 0:07:00 1129.9 638.6 1165.4 978.0 . 0:07:30 1218.2 677.6 1263.6 1053.1 0:08:00 1222.9 686.9 1264.1 1058.0 0:08:30 1256.0 723.0 1278.7 1085.9
- j 0:09:00 1254.9 746.6 1289.7 1097.1 0:09:30 '1253.6 802.8 1268.1 1108.2 )
0:10:00 1253.3 836.1 1283.1. 1124.2 J O 0:10:30. 0:11:00 1224.0 1235.8 878.5 895.9 1247.9 1258.8 1116.8 1130.2- 1 0:11:30 1243.0 982.5- 1259.6 1161.7 0:12:00 1253.7 1017.6 1264.1 1185.1 0:12:30 1264.5 1012.5 1287.4 ~ 1188.1 0:13:00 1275.3 1026.7 1306.0 1202.7 i 0:13:30 1275.1 _1054.4 1286.2 1205.2 .) 0:14:00 1276.1 1063.1 1284.0 1207.7 ;
- i 0:14:30 1321.8 1161.0 1342.4- 1275.1 0:15:00 1314.2 1162.4 1321.5 1266.0 -)
0:15:30 1342.8 1271.5 1362.1 1325.5 0:16.00 1352.2 1270.1 1357.4 1326.6 0:16:30 1389.9 1324.4 1401.7 1372.0 1 0:17:00 1378.7 1316.2 1386.5 1360.5 l 0:17:30 1407.7 1364.6 1432.5 1401.6 j 0:18:00 1391.6 1350.0 1410.1 1383.9 ) 0:18:30
- 1415.8 1375.1 1433.8 1408.2 0:19:00 1398.6 1380.3 1426.7 1401.9 .
0:19:30 1395.8 1387.4 1425.0 1402.7 , 0:20:00
- 1412.4 1386.0 1432.4 1410.3 0:20:30
- 1415.9 1383.8 1429.2 1409.6
- 1407.4 0:21:00 1413.3 1382.5 1426.5 ;
0:21:30
- 1419.7 1389.7 1431.6 1413.7 0:22:00
- 1409.4 1386.6 1420.8 1405.6
* -Thermocouple Malfunctioned.
Issued: December 29.1994 Revised: January 30,1995
.FlC' File NE0016 FURNACE TEMPERATURES age E-2 TEST DATE: DECEMBER 6,1994 ~[ 180 834 Type Thermocouples,'F TIME TC. NO. 400 TC. NO. 407 TC. NO. 411 TC. NO. 415 AVERAGE HR: MIN:SEC l 0:22:30 1427.8 1399.1 1436.5 1421.1 l 0:23:00 1416.6 1399.0 1429.6 1415.1 l 0:23:30 1436.4 1410.2 1444.5 1430.4 0:24:00 1433.6 1409.3 1442.3 1428.4 ,
0:24:30 1434.6 1440.6 1461.7 1445.6 r 0.25:00 1442.3 1448.0 '469.8 1453.4 t 0:25:30 1457.6 1434.6 1464.9 1452.4 0:26:00 1457.8 1435.7 1466.5 1453.3 - 0:26:30 1475.3 1452.9 1487.7 1472.0 1 0:27:00 1469.6 1445.0 1478.8 1464.5 0:27:30 1485.5 1457.1 1494.4 1479.0 0:28:00 1498.7 1466.3 1492.3 1475.8 : 0:28:30 1556.2 1478.2 1480.0 1502.2 1504.2 0:29.00 1582.8 1497.2 1487.3 1518.7 1521.5 0:29:30 1605.5 1485.9 1477.1 1503.5 1518.0 ' 0:30:00 1599.2 1503.4 1476.1 1510.2 1522.2 O.30:30 1628.4 1509.8 1504.0 1530.4 1543.2 ! 0:31:00 1625.9 1520.0 1502.0 1537.1 1546.3 t 0:31:30 1634.6 1543.0 1511.6 1548.2 1559.4 0:32:00 1634.0 1539.9 1507.5 1543.9 1556.3 0:32:30 1674.5 1546.8 1547.1 1564.9 1583.3 0:33:00 1680.4 1547.9 1549.6 1568.3 1586.6 0:33:30 1685.4 1574.8 1562.3 1586.9 1602.4 0:34:00 1676.1 1573.3 1551.6 1578.4 1594.9 l 0:34:30 1711.4 1565.0 1575.5 1587.0 1609.7 ) 0:35:00 1719.1 1565.7 1577.4 1588.2 1612.6 0:35:30 1687.7 1583.1 1572.5 1589.8 1608.3 0:36:00 1687.9 1586.6 1575.8 1591.2 1610.4 l 0:36:30 1719.5 1583.8 159L6 1603.3 1626.1 l 0:37:00 1725.1 1592.8 1607.4 1616.4 1035.4 : 0:37:30 1710.7 1609.3 1598.8 1616.2 1633.8 0:38:00 1711.1 1611.0 1604.0 1819.3 1636.4 1 0:38:30 1719.0 1612.2 1609.6 1622.3 1640.8 1612.6 1625.2 1643.2 : 0:39.00 1720.7 1614.3 0:39:30 1750.2 1604.8 1632.1 1628.8 1654 0 0:40:00 1728.2 1616.0 1616.3 1626.9 164 9 [ 0 40:30
. 1754.5 1624.5 1649.1 1646.3 16C8.6 ;
i 0:41:00 1753.8 1610.7 1636.8 1633.5 1056.7 0:41:30 1764.0 1615.8 1653.8 1639.0 1688.3 ! 0.42:00 1754.9 1632.5 1650.2 1646.0 1670.9 ! 0:42:30 1755.0 1639.6 1652.9 1652.2 1674.9 0:43:00 1771.3 1622.8 1660.4 1647.3 1675.5 ; 0:43:30 1743.7 1631.2 1656.5 1641.6 1668.3 l 0:44:00 1741.4 1632.2 1655.1 1642.6 1667.8 ! 0:44:30 1741.2 1632.9 1657.2 1641.9 1668.3
- Thermocouple Malfunctioned.
Issued: December 29,1994 i Revised: January 30,1995
FPC File NE0016 FURNACE TEMPERATURES Page E-3 TEST DATE: DECEMBER 6,1994 180 834 Type Thermocouples *F TIME TC. NO. 400 TC. NO. 407 TC. NO. 411 TC. NO. 415 AVERAGE HR: MIN:SEC 0:45.00 1763.8 1617.2 1671.6 1641.6 1673.6 0:45:30 1749.6 1640.1 1673.6 1651.3 1678.7 0.46:00 1765 0 1635.7 1686.1 1655.2 1685.5 0:46:30 1761.7 1646.3 1685.1 1660.1 1688.3 0.47.00 1768.8 1620.6 1676.7 1641.2 1676.8 0.47:30 1773.6 1627.1 1683.9 1648.3 1683.2 0:48:00 1754.6 1645.3 1674.6 1654.0 1682.1 0:48:30 1769.0 1656.8 1693.3 1670.4 1697.4 0:49.00 1786.4 1633.8 1695.4 1657.6 1693.3 0:49:30 1772.8 1637.3 1688.3 1651.6 1687.5 0:50:00 1780.5 1660.6 1708.1 1675.9 1706.3 0:50:30 1774.9 1661.7 1700.0 1673.3 1702.5 0:51:00 1793.3 1641.5 1702.3 1662.5 1699.9 0:51:30 1782.9 1644.5 1699.6 1660.1 1696.8 0:52:00 1771.7 1662.7 1703.9 1673.5 1703.0 0:52:30 1760.2 1658.1 1707.3 1668.5 1698.5 0:53:00 1781.0 1655.2 1729.0 1676.5 1710.4 , 0:53:30 1776.7 1638.2 1715.3 1658.5 1697.2 0:54:00 1760.6 1643.3 1702.7 1654.3 1690.2 0:54:30 1772.5 1656.3 1736.4 1671.4 1709.2 ) 0:55:00 1766.7 1656.8 1740.7 1670.0 1708.6 l O 0:55:30 0:56:00 1781.3 1758.0 1648.1 1649.2 1721.3 1698.4 1669.6 1656.8 1705.1 1690.6 l 0:56:30 1776.6 1651.8 1727.8 1671.1 1706.8 0.57:00 1771.4 1631.9 1711.6 1650.9 1691.5 0:57:30 1780.6 1653.9 1733.4 1673.4 1710.3 0.58:00 1783.3 1649.5 1734.3 1671.4 1709.6 l 0:58:30 1788.4 1667.3 1738.8 1688.4 1720.7 0:59:00 1769.2 1660.6 1713.3 1671.7 1703.7 0:59:30 1797.4 1868.1 1741.7 1692.2 1724.9 1:00:00 1773.4 1673.8 1717.3 1683.0 1711.9 1:00:30 1792.2 1688.7 1739.8 1704.7 1731.4 1:01:00 1800.9 1677.7 1745.3 1700.3 1731.1 1:01:30 1795.1 1691.2 1745.0 1706.6 1734.5 1:02:00 1806.4 1678.5 1750.1 1702.3 1734.3 1:02:30 1806.9 1691.2 1754.2 1710.5 1740.7 1:03:00 1805.6 1670.9 1739.8 1692.0 1727.1 1:03:30 1818.3 1682.8 1755.4 1706.3 1740.7 1:04:00 1793.3 1698.5 1737.9 1708.7 1734.6 1:04:30 1815.9 1681.7 1756.2 1703.9 1739.4 1:05:00 1811.8 1695.7 1765.8 1717.0 1747.6 1:05:30 1810.5 1681.6 1756.6 1702.7 1737.9 1:06:00 1808.8 1683.1 1755.4 1703.4 1737.7 1:06:30 1799.1 1708.4 1766.7 1721.8 1749.0 1:07:00 1807.0 1705.8 1771.5 1723.7 1752.0 1:07:30 1815.1 1693.1 1773.4 1715.7 1749.3 1:08:00 1798.3 1713.7 1769.3 1725.8 1751.8 Issued: December 29,1994 Revised: January 30,1995
I FPC File NE0016 FURNACE TEMPERATURES Page E-4 TEST DATE: DECEMBER 6,1994 i / ISO 834 Type Thermocouples, T !U TC. NO. 411 TC. NO 415 AVERAGE TIME TC. NO. 400 TC. NO. 407 HR: MIN:SEC 1:08:30 1813.5 1690.1 1765.9 1711.2 1745.2 1 1:09.00 1802.4 1697.4 1759.1 1712.7 1742.9 1:09.30 1809.3 1696.0 1769.3 1715.0 1747.4 1:10:00 1806.5 1698.8 1767.3 1716.3 1747.2 i 1:10:30 1798.0 1713.9 1770.0 1722.9 1751.2 1:11:00 1823.2 1698.2 1786.7 1719.5 1756.9 1:11:30 1799.7 1707.7 1773.2 1715.6 1749.1 1:12.00 1808.7 1693.7 1777.7 1706.3 1747.1 1:12:30 1805.1 1705.5 1779.2 1714.7 1751.1 1:13:00 1823.6 1694.5 1792.3 1713.9 1756.1 1:1?.30 1809.9 1700.1 1789.1 1712.2 1752.8 1:14:00 1829.1 1708.3 1815.7 1728.9 1770.5 1:14:30 1824.6 1721.5 1819.1 1737.0 1775.6 1:15:00 1804.2 1716.6 1798.1 1723.9 1760.7 ; 1:15:30 1533.4 1707.2 1814.4 1727.3 1770.6 ; 1:16:00 1810.9 1725.3 1804.6 1734.3 1768.8 1:16:30 1825.4 1732.2 1820.4 1745.3 1780.8 1:17:00 1825.3 1732.9 1821.6 1745.3 1781.3 1:17:30 1820.4 1710.3 1810.1 1723.4 1766.1 1:18:00 1829.2 1706.9 1816.5 1724.1 1769.2 i 1:18:30 1836.0 1736.4 1834.3 1751.1 1789.5 1:19:00 1825.9 1713.9 1813.7 1728.6 1770.5 l'
' 1:19:30 1836.4 1742.3 1836.0 1756.0 1792.7 1:20:00 1826.8 1719.8 1816.0 1732.2 1773.7 1:20:30 1829.9 1746.2 1836.2 1756.6 1792.2 1:21:00 1843.7 1742.7 1844.3 1759.0 1797.4 .
1:21:30 1847.7 1746.2 1848.1 1762.7 1801.2 , 1:22.00 1826.9 1741.6 1825.0 1748.9 1785.6 ] 1:22:30 1851.2 1744.8 1851.6 1762.9 1802.6 1 1:23:00 1830.2 1748.8 1832.4 1756.5 1792.0 ! 1:23:30 1847.9 1748.2 1852.4 1764.5 1803.3
]
1:24:00 1822.4 1746.1 1830.9 1752.9 1788.1 1 1:24:30 1820.8 1740.3 1856.9 1752.9 1792.7 { 1:25:00 1808.1 1718.7 1837.4 1730.3 1773 6 ) 1:25:30 1799.6 1745.1 1859.9 1752.7 1789.3 1 1:26:00 1817.9 1726.8 1869.1 1746.1 1790.0 1:26:30 1786.4 1738.9 1861.5 1744.7 1782.9 1:27:00 1806.1 1739.0 1883.4 1754.0 17is5.6 1:27.30 1783.8 1740.3 1868.4 1745.7 1784.6 i 1:28:00 1790.8 1718.9 1864.6 1731.5 1776.5 l 1:28:30 1781.7 1740.1 1873.6 1746.0 1785.4 l 1:29.00 1807.0 1726.9 1890.4 1746.2 1792.6 1:29:30 1779.9 1735.4 1872.1 1740.8 1782.1 1:30:00 1805.0 1727.1 1893.6 1745.8 1792.9 1:30:30 1803.9 1727.7 1892.1 1745.3 1792.3 1:31:00 1801.9 1747.3 1902.5 1761.9 1803.4 O 1:31:30 1782.5 1738.4 1877.3 1745.4 1785.9 i Issued: December 29,1994 Revised: January 30,1995 l
FPC' File NE0016 FURNACE TEMPERATURES. Page.E-5
- TEST DATE: DECEMBER 6,1994 j
! ISO 434 Type Thennocouples, 'F TIME ' TC, NO. 400 TC. NO. 487 TC. NO. 411 TC. NO. 415 AVERAGE l HR: MIN:8EC j 1:32.00 -1785.5 :1732.5 1877.3 1742.7- 1784.5 j
-1:32:30 1784.0 1735.5 1881.5 1744.5 1786.4 i 1:33:00_ 1786 6 1731.8 ;1885.6 ~ 1743.3 1786.8 l 1:33:30 1785.9 1758.5 1906.6- 1766.2 1804.3 .j
- .1:34:00 1782.8 1757.4 1903.5. 1764.4 _ _1802.0 j 1:34:30 1780.2. 1741.6; 1890.4 1751.0' 1790.81 -l 1:35:00 : 1776.5- 1755.4 1900.4 1762.2 1798.6 i
- 1:35:30 _1778.4 1759.4 '1904.3 1765.8 1802.0 yl 1:36:00 1790.9 1762.0 1914.5- 1772.7 1810.0- i
* ~ 1:36:30 1801.4 1747.6 1923.2- 1767.3 1809.9 'l
'i 1:37:00 - 1790.0 1736.5 1904.3 1752.2 1795.8 , j 1:37:30 1784.7 1741.2 1900.0 1753.0- 1794.7 ;
; 1:38:00 1782.4- 1765.1 1911.8' 1771.8 1807.8 -l 1:38:30 1786.3 1768.6 ~ 1917.0 1776.1 '1812.0 l I
1:39:00- 1803.8 1751.7 1924,9 1771.1 1812.9' .] 1:39:30 1778.1- 1763.7 1910.1 1769.2 1805.3 .i
-1923.4 1765.0 1809.5 1:40:00 1802.4 1747.1 l 1:40:30 1803.1 1748.9 1920.6 1786.4 1809.8 l 1:41:00 1782.2' 1768.9 1914.0 1775.6 1810.2 .]
c 1:41:30- 1780.1 1767.0 1912.0 1772.1 1807.8 .j i- 1:42:00- 1797.4 1747.3 1918.5. 1763.8 1806.8 1 I 0 1:42:30 1:43:00 1:43:30 1807.2-1781.8 1798.0 1755.3 1768.3 1752.3 1932.4 1915.2 1919.7 1773.3 1773.4 1767.8 1817.1 1809.7 1809.5 j 1:44:00 1809.9 1768.4 1939.1 1786.3 1825.9. l 1:44:30 1787.3 1770.4 1911.2 1775.9 '1811.2 l 1:45:00 1809.4 1756.9 .1925.1 1774.4 1816.5 -l i 1:45:30 1793.5 1764.3 1913.6 1772.7 1810.3- j l 1:46:00 1813.9 1775.2 - 1937.9 1792.1 1829.8 i 1:46:30 1806.8 1785.3 1936.1 1794.8 1830.8 l 1:47:00 1816.4 1774.9 1941.1 1792.0 .1831.1' i- 1:47:30 1813.3 1785.4 1942.4 .1798.3 1834.9 1:48:00 1817.8 1765.6 1934.9 1783.1 1825.4 ; , 1:48:30 1820.6 ~ 1772.2 1944.2 1791.9 1832.2 i !i 1:49:00 1801.1 1765.4 1920.9 1777.0 1816.1 4 1:49:30 1820.7 1770.5 1942.8 1788.9 1830.7 1:50.00 1809.2 1792.0 1943.0 1801.6 1836.5 j 1:50:30 1817.1 1789.4 1950.2 1802.1 1839.7 . 1:51:00 1817.0 1790.1 1950.5 1803.0 1840.2 1:51:30 1797.8 1792.1 1934.1 1796.8 1830.2 lj 1:52:00 1797.2 1791.2 1932.7 1795.8 1829.2
- 1
- 52:30 1822.7 1782.9 1951.5 1800.7 1839.5 /~
1:53:00 1799.6 1792.1 1933.2 1796.9 1830.5 1801.1 1837.7 [ 1:53:30 1814.8 1789.7 1945.1 2 1:54:00 '1808.3 1792.9 1939.9 1800.1 1835.3 j - 1:54:30 1805.5 1792.4 1938.1 1798.5 1833.6 1:55:00 1817.4 1786.4 1946.0 1798.3 1837.0
-I
?
- Issued
- December 29,1994 Revised: January 30,1995 c
- . - , ~ . - - . . . , , , . . . _ , _ _ _ _ . _ _ . _ _ . , , _ __ _ _ _ , _ , , _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
FPC File NE0016 FURNACE TEMPERATURES Page E-6 TEST DATE: DECEMBER 6,1994 j ISO 834 Type Thermocouples. *F TIME TC. NO. 400 TC. NO. 407 TC. NO. 411 TC. NO. 415 AVERAGE HR: MIN:SEC 1:55:30 1813.3 1763.6 1927.0 1778.2 1820.5 i 1:56:00 1812.3 1763.0 1926.2 1777.1 1819.7 1:56.30 1808.4 1764.2 1923.1 1775.5 1817.8 1:57.00 1798.7 1780.3 1920.2 1783.4 1820.7 1:57:30 1805.1 1767.8 1918.3 1776.3 1816.9 1:58.00 1804.1 1770.5 1917.4 1778.3 1817.6 1:58:30 1827 2 1771.1 1940.1 1787.6 1831.5 1:59:00 1827.7 1770.4 1940.0 1787.8 1831.5 1:59:30 1812.9 1762.8 1921.7 1774.7 1818.0 ; 2.00:00 1813.8 1762.2 1922.3 1774.7 1818.3 2:00:30 1830.9 1770.7 1943.5 1787.8 1833.2 2.01:00 1811.5 1764.1 1922.7 1774.3 1818.2 2:01:30 1805.3 1775.6 1922.8 1779.8 1820.9 ; 2:02:00 1831.2 1771.0 1945.3 1787.5 1833.8 2:02:30 1818.5 1786.0 1928.4 1791.6 1831.1 2:03:00 1830.1 1769.7 1929.8 1780.5 1827.5 2:03:30 1857.8 1781.3 1952.9 1799.7 1847.9 ; 2:04:00 1840.7 1801.0 1947.7 1808.9 1849.6 2:04:30 1858.6 1802.8 1956.3 1815.8 1858.4 2:05.00 1867.3 1782.5 1952.7 1799.4 1850.5
, 2:05:30 1870.0 1782.9 1952.1 1800.2 1851.3 2:06:00 1875.3 1788.9 1960.1 1806.9 1857.8 2:06:30 1865.9 1785.0 1945.6 1797.9 1848.6 2:07:00 1864.3 1787.1 1943.9 1798.0 1848.3 2:07:30 1878.2 1787.3 1952.3 1803.8 1855.4 2:08:00 1866.0 1795.0 1942.8 1803.2 1851.8 2.08:30 1885.4 1790.0 1954.6 1805.6 1858.9 2:09.00 1870.6 1809.9 1951.6 1816.4 1862.1 2.09:30 1900.9 1806.2 1978.2 1824.9 1877.6 2:10:00 1885.3 1796.0 1956.5 1807.6 1861.4 ,
2:10:30 1904.9 1805.6 1976.6 1824.1 1877.6 2:11:00 1897.0 1798.7 1964.5 1814.6 1868.7 2:11:30 1886.4 1816.7 1961.1 1821.8 1871.5 2:12:00 1891.8 1829.5 1975.2 1837.2 1883.4 2:12:30 1889.9 1827.3 1968.8 1833.8 1880.0 2:13.00 1911.6 1808 6 1979.5 1825.7 1881.4 2:13:30 1894.3 1824.0 1971.1 1829.2 1879.7 2:14:00 1907.7 1838.6 1991.5 1849.9 1896.9 2:14:30 1899.8 1823.7 1980.5 1829.8 1883.5 2:15.00 1923.1 1820.2 2000.6 1837.2 1895.3 2:15:30 1908.0 1804.8 1985.6 1819.1 1879.4 2:16.00 1891.4 1822.1 1976.8 1826.1 1879.1 2:18:30 1914.6 1812.5 1998.6 1830.3 1889.0 2:17:00 1890.3 1824.1 1981.3 1829.6 1881.3 2:17:30 1904.8 1826.2 1996.1 1838.1 1891.3 1976.8 1812.2 1872.3 O 2:18:00 2:18:30 1897.2 1893.8 1803.0 1825.3 1987.9 1831.4 1884.6 l i issued: December 29.1994 Revised: January 30.1995 l
. _ _ _ _ _ _ _ _ _ _ _____ J
FPC File NE0016 FURNACE TEMPERATURES Page E-7 TEST DATE: DECEMBER 6.1994 p) t, ISO 834 Type Thermocouples,'F TIME TC. NO. 400 TC. NO. 407 TC. NO. 411 TC. NO. 415 AVERAGE HR: MIN:5EC 2:19:00 1913.9 1805.6 1998.6 1821.9 1885.0 , 2:19:30 1900.1 1827.9 2001.1 1835.7 1891.2 2:20:00 1900.2 1801.8 1992.8 1811.2 1876.5 ; 2:20:30 1890.9 1820.9 1997.3 1824.3 1883.4 l 2:21:00 1916.6 1815.2 2026.2 1832.9 1897.7 2:21:30 1891.7 1823.9 2006.4 1828.2 1887.6 2:22:00 1920.5 1810.8 2031.6 1828.2 1897.8 2:22:30 1899.6 1829.8 2026.9 1833.8 1897.5 2:23:00 1919.0 1829.8 2039.4 1841.6 1907.5 2:23:30 1923.8 1809.1 2037.6 1825.3 1899.0 2:24:00 1928.6 1815.9 2044.1 1833.2 1905.5 2:24:30 1930.6 1819.6 2047.1 1836.7 1908.5 2:25:00 1921.2 1835.3 2039.4 1843.3 1909.8 l 2:25:30 1929.4 1826.0 2043.8 1840.5 1909.9 2:26:00 1929.8 1823.8 2044.4 1840.1 1909.5 > 2:26:30 1933.8 1823.6 2031.5 1839.8 1907.2 1 2:27:00 1910.4 1827.8 2010.1 1831.3 1894.9 2:27:30 1940.0 1819.2 2035.2 1836.7 1907.8 2:28.00 1935.6 1830.9 2040.4 1845.6 1913.1 2:28:30 1923.0 1812.7 2011.0 1821.6 1892.1 2:29:00 1929.6 1810.4 2014.1 1825.4 1894.9 1909.6 1828.7 2016.0 1833.2 1896.9
) 2:29:30 2:30:00 1930.7 1827.2 2031.1 1841.9 1907.7 2:30:30 1923.5 1817.5 2023.1 1832.2 1899.1 2:31:00 1907.8 1826.1 2014.7 1832.4 1895.3 i 2:31:30 1909.7 1818.1 2014.0 1827.9 1892.4 2:32:00 1904.7 1791.5 2001.5 1804.5 1875.6 l 2:32:30 1906.7 1788.0 2021.2 1800.5 1879.1 2:33:00 1884.0 1784.2 1982.1 1786.7 1859.3 2:33:30 1892.6 1769.7 1991.4 1782.7 1859.1 ;
2:34:00 1873.2 1772.0 1972.2 1775.4 1848.2 ; 2:34:30 1868.1 1763.7 1971.4 1766.5 1842.4 2:35:00 1859.7 1776.0 1974.8 1775.3 1846.5 1840.5 l 2:35:30 1869.9 1761.0 1957.1 1773.8 2:36:00 1855.9 1775.3 1958.7 1778.1 1842.0 2:36:30 1877.1 1792.9 1991.7 1808.2 1867.5 2:37:00 1875.9 1794.5 1989.6 1809.4 1867.4 2:37:30 1867.0 1803.6 1978.1 1810.0 1864.7 2:38.00 1861.4 1801.1 1974.3 1805.9 1860.7 2.38:30 1866.0 1782.0 1970.6 1791.5 1852.5 2:39.00 1869.1 1781.0 1972.7 1793.2 1854.0 2:39:30 1883.3 1784.0 1982.2 1800.1 1862.4 2:40:00 1884.5 1787.9 1984.3 1804.0 1865.2 2.40:30 1860.9 1802.3 1979.3 1806.0 1862.1 __ _ 2:41:00 1885.0 1792.4 1993.7 1807.5 1869.7 1881.2 O 2:41:30 2:42:00 1889.3 1862.8 1805.3 1807.7 2008.1 1982.1 1822.1 1811.2 1866.0 , issued: December 29.1994 Revised: January 30.1995
FURNACE TEMPERATURES Page E-8 FPC File NE0016 TEST DATE: DECEMBER 6,1994 ISO 834 Type Thermocouples, *F TIME TC. NO. 400 TC. NO. 407 TC. NO. 411 TC. NO. 415 AVERAGE HR: MIN:SEC 2:42:30 1864.9 1808.7 1984.4 1811.5 1867.4 2:43:00 1874.9 1793.6 1984.0 1803.3 1864.0 , 2:43:30 1878.1 1792.4 1990.8 1805.4 1866.7 2:44:00 1886.4 1814.5 2014.0 1828.9 1886.0 2:44:30 1875.4 1797.2 1993.3 1804.6 1867.6 2:45:00 1878.2 1794.1 2000.0 1804.8 1869.3 2:45:30 1881.4 1794.7 1992.6 1807.5 1869.1 2:46:00 1882.5 1820.9 2009.0 1831.9 1886.1 2:46:30 1896.2 1809.6 2006.6 1826.6 1884.8 2:47:00 1892.6 180?.9 2000.8 1819.3 1879.2 2:47:30 1887.1 1799.9 1993.1 1813.9 1873.5 2:48:00 1876.1 1825.8 1998.4 1830.6 1882.7 2:48:30 1897.3 1807.2 2010.7 1822.5 1884.4 2:49:00 1891.3 1826.0 2008.7 1839.4 1891.4 2:49:30 1883.3 1806.3 1995.4 1814.9 1875.0 2:50:00 1881.3 1808.7 1989.2 1815.7 1873.7 2:50:30 1901.1 1816.8 2015.8 1834.2 1892.0 2:51:00 1887.7 1835.2 2010.7 1843.8 1894.4 2:51:30 1889.6 1811.2 1993.6 1820.3 1878.7 2:52:00 1902.2 1826.0 2023.6 1842.1 1898.5
^ 1890.5 1839.7 2017.9 1846.8 1898.7 2:52:30 2:53:00 1886.8 1839.2 2013.5 1845.6 1896.3 2:53:30 1884.3 1840.0 2011.6 1845.3 1895.3 2:54:00 1887.5 1820.4 2009.1 1827.6 1886.2 2:54:30 1905.9 1840.8 2029.5 1855.7 1908.0 2:55:00 1884.7 1839.7 2010.2 1843.8 1894.6 2:55:30 1905.2 1850.5 2036.6 1862.1 1913.6 2:56:00 1901.7 1851.9 2036.6 1862.3 1913.1 2:56:30 1912.1 1847.7 2047.1 1863.9 1917.7 2:57:00 1902.3 1856.3 2035.4 1865.7 1914.9 2:57:30 1914.4 1850.5 2048.0 1867.1 1920.0 2:58:00 1893.3 1856.4 2031.5 1862.1 1910.8 2:58:30 1907.5 1862.9 2037.3 1872.2 1920.0 2:59:00 1900.9 1842.1 2019.9 1848.6 1902.9 2:59:30 1919.9 1843.4 2051.5 1859.4 1918.6 3:00:00 1922.1 1846.3 2044.6 1863.5 1919.1 3:00:30 1924.6 1848.8 2046.4 1865.2 1921.3 3:01:00 1923.5 1862.4 2048.6 1878.7 1928.3 3:01:30 1913.2 1874.9 2040.0 1883.0 1927.8 3:02.00 1906.1 1855.2 2022.3 1861.2 1911.2 3:02:30 1913.1 1851.9 2049.8 1863.5 1919.6 3:03:00 1921.4 1852.5 2065.8 1867.9 1926.9 3:03:30 1927.9 1858.8 2064.1 1874.9 1931.4 3:04:00 1931.5 1866.5 2067.9 1884.2 1937.5 3:04:30 1921.5 1859.0 2053.8 1872.9 1926.8 3:05:00 1908.2 1882.3 2048.6 1887.3 1931.6 3.05:30 1930.2 1888.6 2081.4 1902.0 1950.6 issued: December 29,1994 Revised: January 30,1995
FPC File NE0016 FURNACE TEMPERATURES Page E-9 TEST DATE: DECEMBER 6,1994 ISO 834 Type Thermocouples,'F TIME TC. NO. 400 TC. NO. 407 TC. NO. 411 TC. NO. 415 AVERAGE HR: MIN:SEC 3:06.00 1920.7 1866.9 2062.5 1877.1 1931.8 3.06:30 1938.3 1878.8 2081.4 1894.7 1948.3 3:07:00 1939.4 1884.6 2084.2 1901.4 1952.4 3.07:30 .1941.0 1894.7 2097.3 1909.8 1960.7 3:08.00 1942.6 1879.8 2093.6 1896.5 1953.1 3:08:30 1945.4 1884.1 2092.3 1901.1 1955.7 3.09:00 1920.0 1895.5 2077.8 1899.4 1948.2 3:09:30 1947.0 1903.6 2102.2 .1917.8 1967.7 3:10:00 1942.4 1886.3 2095.9 1902.4 1956.8 O O issued: December 29,1994 Revised: January 30,1995
f FPC File NE0016 FURNACE TEMPERATURES Page E-10 TEST DATE: DECEMBER 6,1994 l NFPA 251 Type Thermocouples, 'F
)
TIME TC. NO. 349 TC. NO. 390 TC. NO. 391 TC. NO. 392 AVERAGE HR: MIN:SEC 0.00:00 45.1 45.2 41.2 47.7 44.8 0:00:30 42.4 52.7 54.7 42.4 48.0 O.01:00 54.2 52.8 42.8 67.8 54 4 ! 0.01:30 44.6 87.4 61.3 105.4 74.7 + 0:02:00 63.1 97.5 55.8 144.1 90.1 0.02:30 73.4 160.7 79.5 234.6 137.1 f 0:03:00 77.3 173.5 82.3 255.6 147.2 0.03:30 77.3 246.4 106.9 342.5 193.8 ; 0:04:00 79.9 254.8 98.4 369.0 200.5 0:04:30 108.3 340.4 128.7 481.2 264.6 0:05:00 105.4 353.3 128.7 499.1 271.6 - I 0:05:30 123.4 445.4 159.9 607.0 333.9 0.06:00 123.8 471.6 180.0 618.8 348.6 0:06:30 177.7 588.9 240.9 776.2 446.0 , 0.07:00 171.7 611.2 264.0 789.3 459.0 , 0:07:30 212.0 724.7 403.6 917.3 564.4 i 0:08:00 222.8 749.8 439.9 943.6 589.0 0:08:30 288.7 860.3 594.7 1051.7 698.9 0:09:00 280.6 873.7 610.3 1058.2 705.7 0.09:30 355.3 969.8 722.4 1125.7 793.3 0:10:00 344.1 976.7 732.0 1117.7 792.6 0 0:10:30 0:11:00 0:11:30 414.3 423.0 517.1 1022.3 1031.6 1060.6 798.3 819.9 872.7 1146.5 1137.6 1169.6 8454 853.0 905.0 l 0:12:00 512.2 1060.3 878.3 1154.7 901.4 ! 0:17:~,0 604.2 1088.5 927.8 1196.7 954.3 0:13:00 601.0 1091.7 941.7 1184.6 954.7 0:13:30 674.6 1116.2 1032.3 1198.9 1005.5 0:14:00 695.9 1123.9 1049.6 1212.7 1020.5 0:14:30 733.2 1121.1 1152.7 1211.4 1054.6 0:15:00 765.4 1133.9 1175.5 1237.6 1078.1 0:15:30 808.9 1129.1 1247.0 1242.5 1106.9 0:16:00 837.7 1156.0 1276.8 1255.4 1131.5 0:16:30 897.9 1172.0 1337.9 1275.0 1170.7 0:17:00 925.4 1176.5 1345.7 1298.9 1186.6 0:17:30 963.8 1192.2 1389.7 1306.4 1213.0 0:18:00 992.9 1203.9 1399.3 1333.8 1232.5 ! 0:18:30 1025.0 1230.9 1445.5 1335.8 1259.3 0:19:00 1031.8 1219.5 1437.9 1339.8 1257.3 0:19:30 1066.5 1235.1 1460.7 1351.2 1278.4 0:20.00 1074.4 1251.1 1478.5 1351.7 1288.9 0:20:30 1109.5 1270.1 1502.5 1364.9 1311.8 0:21:00 1118.4 1274.2 1507.2 1372.1 1318.0 1521.8 1379.3 1332.4 ; 0:21:30 1144.0 1284.4 0:22:00 1155.1 1282.3 1518.4 1389.2 1336.3 0:22:30 1173.8 1297.2 1537.7 1391.8 1350.1 l O O.23:00 1182.1 1293.7 1533.6 1398.1 1351.9 Issued: December 29,1994 Revised: January 30,1995
l FPC File NE0016 FURNACE TEMPERATURES Page E-11 TEST DATE: DECEMBER 6,1994 NFPA 251 Type Thermocouples,'F ( TIME TC. NO. 389 TC. NO. 390 TC. NO. 391 TC. NO. 392 AVERAGE l- HR: MIN:SEC 0:23:30 1198.1 1309.0 1553.5 1401.0 1365.4
*24:00 1205.8 1308.8 1553.3 1405.7 1368.4 0.24:30 1209.8 1296.0 1548.3 1403.1 1364.3 0:25:00 1209.0 1300.6 1554.8 1400.5 1366.2 0:25:30 1245.6 1334.0 1583.3 1423.6 1396.6 0:26:00 1250.1 1336.0 1084.6 1426.8 1399.4 0:26:30 1259.1 1348.8 1599.5 1429.6 1409.3 0:27:00 1271.8 1350.9 1597.7 1440.0 1415.1 0:27:30 1282.0 1365.4 1611.1 1445.7 1426.1 0:28:00 1281.7 1345.5 1590.7 1447.6 1416.4 0:28:30 1291.9 1353.1 1600.2 1451.4 1424.2 0:29.00 1288.1 1364.1 1616.3 1444.1 1428.2 0:29:30 1318.5 1380.5 1623.4 1475.6 1449.5 0:30.00 1321.7 1394.5 1640.2 1475.3 1457.9 0:30:30 1315.5 1385.6 1636.6 1467.1 1451.2 0:31:00 1320.2 1393.5 1645.2 1467.2 1456.5 0:31:30 1339.7 1412.4 1661.5 1483.9 1474.4 0:32:00 1350.9 1416.5 1662.2 1494.7 1481.1 0:32:30 1346.8 1402.1 1657.8 1492.8 1474.9 0:33:00 1350.7 1401.0 1658.5 1496.7 1476.7 0:33:30 1368.5 1421.9 1684.9 1506.2 1495.4 0 0:34:00 0:34:30 0:35:00 1382.2 1390.7 1391.6 1437.5 1421.2 1422.1 1695.5 1682.3 1684.3 1519.2 1532.2 1533.3 1508.6 1506.6 1507.8 0:35:30 1410.8 1456.0 1710.3 1548.5 1531.4 0:36:00 1411.7 1458.4 1711.1 1550.4 1532.9 0:36:30 1411.0 1444.4 1696.0 1556.7 1527.5 0:37:00 1407.3 1443.6 1701.9 1553.7 1526.6 0:37:30 1440.5 1479.0 1731.1 1577.4 1557.0 0:38:00 1441.0 1481.0 1734.8 1576.3 1558.3 0:38:30 1457.3 1485.7 1740.4 1586.6 1567.5 0:39:00 1459.6 1487.5 1743.2 1586.3 1569.2 0:39:30 1460.0 1469.0 1728.4 1588.6 1561.5 l 1
0:40.00 1473.5 1493.7 1750.1 1596.0 1578.3 0:40:30 1459.2 1480.2 1742.7 1585.2 1566.8 0:41:00 1473.5 1481.2 1736.8 1599.7 1572.8 0.41:30 1468.6 1482.1 1745.8 1589.5 1571.5 0.42.00 1472.0 1495.3 1761.2 1585.7 1578.6 0:42:30 1480.0 1504.6 1770.5 1592.3 1586.9 j 0:43.00 1477.7 1487.6 1752.5 1596.9 1578.7 1 0:43:30 1489.2 1510.5 1770.8 1596.6 1591.8 ( 1771.4 1598.8 1593.9 I 0:44:00 1492.9 1512.4 0:44:30 ,1503.0 1516.6 1772.3 1604.6 1599.1 l 0:45:00 1496.4 1491.4 1748.2 1604.7 1585.2 0.45:30 1504.3 1516.5 1774.5 1602.8 1599.5 0:46:00 1496.7 1500.7 1760.1 1598.7 1589.1 1602.6 1599.9 V 0:46:30 1507.9 1513.9 1775.1 issued: December 29,1994 Revised: January 30,1995
FPC File NE0016 FURNACE TEMPERATURES Page E-12 TEST DATE: DECEMBER 6,1994 h) v NFPA 251 Type Thermocouples, 'F - TIME TC. NO. 389 TC. NO. 390 TC. NO. 391 TC. NO 392 AVERAGE HR: MIN:SEC ; 0:47.00 1519.2 1504.6 1756.9 1619.2 1600.0 0:47:30 1524.4 1508.3 1761.1 1622.4 1604.1 0:48:00 1531.4 1531.3 1783.4 1623.6 1617.4 0:48:30 1524.8 1529.4 1790.2 1615.5 1615.0 0:49:00 -1527.6 1511.9 1767.5 1624.8 1608.0 ! 0:49:30 1550.2 1533.5 1784.9 1637.9 1626.6 0:50:00 1534.7 1530.2 1793.3 1618.4 1619.2 0:50:30 1552.9 1545.9 1802.1 1632.8 1633.4 0.51:00 1555.7 1528.3 1780.0 1641.6 1626.4 0:51:30 1566.1 1542.0 1791.7 1647.7 1636.9 0:52:00 1559.8 1550.7 1804.0 1636.6 1637.8 0:52:30 1564.2 1551.2 1793.6 1636.4 1636.4 ~ 1625.8 1620.8 ! 0:53:00 1549.8 1530.3 1777.1 0:53:30 1568.5 1530.8 1764.2 1641.5 1626.3 0:54:00 1577.1 1547.9 1779.6 1644.5 1637.3 0:54:30 1553.8 1535.9 1780.5 1620.6 1622.7 j 0:55:00 1554.7 1541.8 1785.5 1622.6 1626.2 0:55:30 1540.0 1526.3 1771.3 1621.5 1614.8 ] 0:56:00 1559.0- 1549.1 1786.8 1634.7 1652.4- l 1619.6 1616.4 l 0:56:30 1544.0 1528.3 1773.6 0:57:00 1562.0 1530.5 1766.6 1638.0 1624.3 l I 0:57:30 1551.9 1528.8 1775.4 1621.9 1619.5 0:58:00 1553.4 1526.6 1772.5 1624.1 1619.3 0:58:30 1559.7 1535.1 1779.6 1629.6- 1626.0 0:59:00 1583.2 1555.5 1789.9 1649.2 1644.5 0:59:30 1567.7 1540.5 1779.4 1642.2 1632.5 1:00:00 1587.7 1567.2 1797.2 1655.9 1652.0 1:00:30 1574.5 1561.4 1798.3 1645.0 1644.8 1:01:00 1572.1 1552.6 1787.2 1648.5 1640.1 1:01:30 1578.9 1567.2 1802.7 1650.1 1649.7 1:02:00 1577.2 1556.0 1789.6 1654.4 1644.3 1:02:30 1580.5 1565.0 1799.7 1654.6 1650.0 1:03:00 1596.5 1565.1 1791.2 1672.0 1656.2 1:03:30 1590.5 1564.3 1796.1 1668.6 1654.9 1:04:00 1603.4 1592.1 1820.3 1673.7 1672.4 1:04:30 1600.0 1571.7 1797.5 1677.5 - 1661.7 1:05:00 1591.8 1574.7 1802.8 1667.4 1659.2 , 1:05:30 1606.4 1575.0 1788.9 1679.6 1662.5 l 1:06:00 1609.1 1576.8 1788.9 1681.3 1664.0 1:06:30 1605.0 1591.5 1808.2 1668.7 1668.4 1:07:00 1602.7 1584.9 1801.3 1666.9 1664.0 1:07:30 1612.0 1577.9 1788.5 1678.9 1664.3 1:08:00 1614.7 1598.5 1810.9 1673 8 1674.5 1:08:30 1628.1 1589.9 1794.9 1692.8 1676.4 1:09:00 1635.7 1603.2 1806.1 1696.4 1685.4 1797.6 1700.2 1683.4 j O 1:09:30 1:10.00 1636.7 1640.1 1599.1 1604.7 1801.6 1702.4 1687.2 issued: December 29,1994 Revised: January 30,1995
i tFPC File NE0016 FURNACE TEMPERATURES
- TEST DATE: DECEMBER 6,1994 NFPA 281 Type Thermocouples,'F TIME TC. NO. 389 TC.NO.390 TC. NO. 391 TC. NO. 392 AVERAGE HR: MIN:SEC 1:10.30 1644.6 1618.4 1818.8 1696.2 1694.5 1:11:00 1635.1- 1592.4 1795.4 1693.7 1679.2
-1:11:30 1655.8. 1617.5 1816.2 1697.6 = 1696.8 1:12:00 1655.9 1607.3 1804.1 1701.2 1692.1 1:12:30 1665.3 1616.5 1814.3 1699.4- 1698.9 1:13:00 1658.9- 1598.4 1797.6 1697.7 1688.2 1:13:30 1676.1 1614.6- 1813.4 1702.5 1701.7 1:14:00 1655.2- 1597.0 1805.4 1685.6 1685.8 1:14:30 1664.1 1605.0 1813.6 1684.3 1691.8 1:15:00 1686.0 1624.5 1823.6 1699.6 1708.4 1:15:30 1675.8 1599.9 1803.0 1897.0 1693.9 1:16:00 1683.5 1625.3 1829.0 1696.0 1708.5 ,
1:16:30 1678.8 1616.3 1823.9 1691.1 1702.5 1:17:00 1680.0 1616.9 1824.5 1691.6 1703.3 1:17:30 1705.0 1623.9 1818.1 1714.7 1715.4' 1:18:00 1701.0 1614.0 1809.6 1712.4 1709.3 1:18:30 1691.4 1618.9 1824.6 1697.0 1708.0' i 1:19:00 1712.1 1826.5 1819.3 1718.6 1719.1 1:19:30 1698.0 1626.1 1831.7 1701.2 , 1714.3 1:20:00 1718.1 1633.9 1826.5 1722.5 1725.3-s 1:20:30 1707.0 1837.5' 1839.8 1707.3 1722.9 1:21:00 1701.4 1626.0 1828.8- 1706.1 1715.6 1:21:30 1705.6 1629.6 1832.8 1709.3 1719.3 1:22:00 1727.6 1649.6 1843.7 1725.2 1736.5 1:22:30 1709.8 1630.6 1831.1 1713.7 1721.3 1:23:00 1727.1 1652.7 1848.8 1722.8 1737.9 1:23:30 1713.9 1634.2 1834.6 1714.4 1724.3 1:24:00 1733.7 1654.9 .1846.8 1727.7 1740.8 1:24:30 1715.4 1635.5 1825.5 1709.4 1721.5 1:25:00 1737.0 1643.6 1819.2 1728.5 1732.1 1:25:30 1729.2 1645.6 1824.7 1709.5 1727.3 1:26:00 1725.2 1624.7 1801.6 1712.4 1716.0 - 1:26:30 1747.3 1651.8 1817.3 1717.6 1733.5 l 1802.7 1706.0 1718.0 1:27:00 1731.2 1631.9 1:27:30 1753.2 1651.4 1813.5 1714.9 1733.3 1:26:00 1759.8 1641.5 1796.4 1725.4 1730.8 1:28:30 1761.7 1652.8 1811.3 1716.7 1735.6 1:29:00 1749.0 1626.1 1788.3 1712.5 1719.0 1:29:30 1773.7 1653.0 1804.7 1723.6 1738.8 1:30-00
. 1757.5 1827.6 1784.5 1716.3 1721.5 1:30:30 1768.4 1632.8 1784.3 1722.5 1727.0 1:31:00 1759.7 1638.3 1796.7 1711.7 1726.6 1:31:30 1787.6 1657.9 1803.8 1731.3 1745.2 1:32:00 1788.8 1655.4 1799.4 1733.0 1744.2 1:32:30 1795.0 1658.2 1799.4 1734.4 1746.8 1735.9 1744.9 O 1:33:00 1794.7 1854.8 1794.3 1:33:30 1785.3 1659.0 1805.0 1720.8 1742.5 issued: December 29.1994 Revised: January 30,1995
~ , - . -. .
l FPC File.NE0016 FURNACE TEMPERATURES Page E-14 ,
. TEST DATE: DECEMBER 6,1994 NFPA 281 Type Thermocouples. *F I b TC. NO. 349 TC. NO. 396 TC. NO. 391 TC. NO. 392 AVERAGE i
i TIME HR: MIN:SEC . 3 1:34:00 1788.7 .1661.7 1806.0- 1723.4 1745.0 ! 1:34:30 1806.9 1663.5 1795.2- 1738.8 1751.1 .f
'1:35:00 '1802.2 -1668.6 1803.6 1732.2 1751.7 l 1:35:30 1799.7 1667.6 1803.4 1729.5 -1750.1 !
1:36:00 1790.8 1656.1 1795.9 1722.5 :1741.3 l
- 1:36:30 1791.3 1645.6 1781.7 1728.6 1736.8 l 1:37:00 1809.6- 1656.1 1781.4 1742.8 1747.5 j 1:37:30 1817.3 1665.1 1788.7 .1745.7' 1754.2 -i 1:38:00- 1805.8 1670.7 .1803.8 1731.8- 1753.0 l; 1:38:30 1805.7 1669.9 1802.8 1731.0 1752.4 1:39:00 1799.5 1650.7 1782.9 1733.7 1741.7 1:39:30 1819.1' 1678.7 1804.1 1742.0 1761.0 l 1:40:00 1809.7 1653.3 1779.4 1741.4 1746.0 l 1:40:30 1812.8 1655.5 1779.4 1743.2- 1747.7 :
1:41:00 1819.5 1680.3 1805.3 1741.6 1761.7 1:41:30 1828.6 1683.7 1804.2 1748.2- 1766.2- t 1:42:00 1825.3 1664.4 1782.8 1752.1 1756.2' 'i 1:42:30 1818.5 1659.0 1782.0 1746.2 1751.4 i 1:43:00 1835.5 1686.5 1804.5 1752.1 1769.7 l 1:43:30 1835.0 1673.2 1787.4 1758.4 1763.5 , 1:44:00 1816.3 1665.4 1790.6 1743.2 1753.9 ! O 1:44:30 1:45:00 1:45:30 1837.9 1825.8 1839.1 1691.4-1867.4 1688.7 1808.2-1786.4 1803.7 1757.6 1754.3 1762.3 1773.8 1758.5 1773.5-i 1:46:00 1813.8 1671.1 1796.0 1745.9 1756.7 -l 1:46:30 1819.6 1682.5 1809.3 1746.3 1764.4 i 1:47:00 1814.8 1872.0 1796.8. 1748.8 1758.1 j 1:47:30 1817.2 1679.8 1804.4 1748.0 1762.4 ! 1:48:00 1824.4 1672.2 1789.9 1759.6 -1761.5 i I 1:48:30 1818.7 1673.1 1793.5 1755.8 1760.3 1801.3 1770.6 1775.8 I 1:49.00 1839.6 1691.6 1822.9 1675.0 1790.8 1760.6 1762.3 ! 1:49:30 1:50:00 1823.4 1890.2 1810.5 1752.8 1769.2 ~ 1:50:30 1821.8 1684.7 1801.5 1754.6 - 1765.7 1:51:00 1822.9 1885.8 1802.3 1754.7 1766.4 i l 1:51:30 1842.1 1706.7 1814.8 1766.2 :1782.5 i 1:52:00 1843.9 1707.4 1814.5 1767.3 1783.3 1:52:30 1826.3 1683.7 1795.2 1760.7 1766.5 1:53:00 1841.5 1707.5 1814.8 1765.9 1782.4-1:53:30 1825.1 1689.1 1801.5 1755.1 1767.7-1:54:00 1829.2 1696.4 1808.8 1755.8 ~1772.6-1:54:30 1829.7 1699.4 1810.5 1756.0 1773.9 - 1:55:00 1822.1 1686.9 1798.9 1753.3 1765.3 1:55:30 1836.6 1686.2 1789.1 1769.1 .1770.3 1:56:00 1836.9 1686.7 1789.7 1769.2 1770.6 1:56:30 1840.3 1694.4 1794.8 1771.1 1775.2 O 1:57:00 1842.0 1706.9 1810.5 1766.9 1781.6 Issued: December 29,1994 Revised: January 30.1995
l FPC File NE0016 FURNACE TEMPERATURES Page E-15 TEST DATE: DECEMBER 6,1994 NFPA 281 Type Thermocouples. *F TC. NO. 391 TC. NO. 392 AVERAGE I TIME TC. NO. 389 TC. NO. 390 HR: MIN:SEC 1:57:30 1839.9 1700.6 1803.7 1770.7 1778.7 1:58.00 1839.9 1702.3 1806.1 1769.8 1779.5 ; l 1:58:30 1815.3 1678.5 1792.0 1758.4 1761.1 1:59:00 1814.9 1678.5 1792.6 1758.6 1761.2 3 1:59.30 1827.7 1691.4 1797.7 1770.2 1771.8 2:00.00 1827.0 1691.4 1798.0 1770.4 1771.7 2.00:30 150( 0 1676.5 1795.7 1756.6 1758.9 2:01:00 1826.7 1694.2 1803.2 1770.3 1773.6 2:01:30 1827.0 1701.5 1813.3 1768.6 1777.6 2:02:00 1806.1 1675.9 1795.9 1755.8 1758.4 2:02:30 1823.6 1704.2 1824.3 1765.9 1779.5 2:03:00 1824.0 1693.2 1811.8 1774.9 1776.0 2:03:30 1809.0 1682.3 1818.3 1765.3 1768.7 2:04:00 1815.7 1705.3 1843.2 1763.1 1781.8 2:04:30 1810.7 1698.8 1845.0 1761.6 1779.0 2:05:00 1814.9 1688.5 1828.5 1775.0 1776.7 2:05:30 1820.9 1694.5 1834.0 1782.0 1782.9 1 2:06:00 1814.5 1692.1 1836.4 1775.7 1779.7 2:06:30 1831.5 1707.6 1844.8 1791.7 1793.9 2:07:00 1834.4 1711.8 1848.8 1793.4 1797.1 2:07:30 1830.4 1704.7 1845.9 1792.3 1793.3 O 2:08:00 2:08:30 2:09:00 1839.6 1833.6 1838.2 1720.6 1710.4 1729.6 1860.0 1852.8 1874.8 1796.3 1796.9 1792.6 1804.1 1798.4 1808.8 l 1820.6 1706.3 1861.4 1783.8 1793.0 ; 2:09:30 2:10.00 1840.7 1720.4 1864.8 1803.2 1807.3 l 2:10:30 1826.8 1709.6 1862.5 1793.2 1798.0 2:11:00 1838.4 1716.5 1864.2 1803.3 1805.6 2:11:30 1849.3 1739.1 1886.9 1806.5 1820.5 2:12:00 1837.2 1736.5 1892.4 1793.5 1814.9 2:12:30 1848.9 1744.3 1896.2 1803.5 1823.2 2:13:00 1842.0 1721.5 1871.9 1808.1 1810.9 2:13:30 1857.4 1747.0 1894.8 1815.0 1828.6 2:14:00 1840.2 1737.9 1896.5 1797.7 1818.1 2:14:30 1864.3 1749.6 1896.2 1821.1 1832.8 1 2:15.00 1845.6 1726.5 1880.4 1808.8 1815.3 2:15:30 1856.0 1731.9 1876.0 1816.1 1820.0 2:16.00 1860.6 1749.6 1895.1 1811.2 1829.1 2:16:30 1839.4 1719.8 1871.3 1798.1 1807.2 2.17.00 1854.6 1745.4 1892.7 1802.0 1823.7 2:17:30 1838.5 1729.1 1883.0 1789.2 1810.0 ] 2:18:00 1857.3 1734.1 1874.3 1812.5 1819 6 ) 2:18:30 1849.8 1740.9 1891.3 1796.6 1819.7 2:19.00 1843.3 1717.3 1865.8 1801.7 1807.0 2:19:30 1847.0 1737.0 1890.5 1792.8 1816.8 , 2:20:00 1859.8 1731.8 1874.5 1811.8 1819.5 O 2:20:30 1863.6 1743.9 1889.8 1803.8 1825.3 Issued: December 29,1994 ! Revised: January 30,1995 l l
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FPC File NE0016: - FURNACE TEMPERATURES Page E l TEST DATE: DECEMBER 6,1994 ! NFPA 281 Type Thermocouples, *F . TIME . TC. NO. 389 TC. NO. 390 TC. NO. 391 TC. NO. 392 AVERAGE L HR: MIN:8EC j
- 2:21.00 1843.0 1717.7 1871.8 1794.8 . 1806.8 !
2:21:30 1866.6 -1744.6 1892.6 1803.9 1826 9. l 2:22:00 1852.1 1717.5 1869.2 1801.3 1810.0 2:22:30 1866.1 1744.9 1897.5 1802.2 1827.7- l 2:23:00 1851.7 1727.4 1884.9. 1794.0 1814.5 ; 2:23:30 1865.3 1723.5 1872.8 1809.4 . 1817.8 ; 2:24:00 1858.4 1720.8 1875.6 1801.5 '1814.1-2:24:30 1859.6 1723.0 1879.0 1801.6 1815.8 ! 2:25:00 -1863.9' 1737.3 1895.7 1797.1 1823.5 l 2:25:30 1858.7 1726.8 1885.0 1799.1 1817.4 i 2:26:00 1859.4 1726.1 1884.4 1799.8 1817.4' 2:26:30 1859.8 1726.0 1885.8 1800.4 1818.0 1 2:27:00 1882.3 1751.1 1903.5 1810.8 1836.9 ! 1864.0 1724.2 1883.6 1803.5 1818.8 '? 2:27:30 2:28:00 1862.0 1730.9 1892.1 1798.3 1820.3 l 2:28:30 1886.0 1742.2 1891.4 1820.6 1835.1 i 2:29:00 1878.8 1732.0 1882.6 1816.7 1827.5 l 2:29:30 1880.2 1750.6 1900.1 1807.7 1834.7 I 2:30:00 1860.9 1729.5 1884.6 1796.7 1817.9 ! 2:30:30 1857.3 1726.2 1877.3 1793.4 1813.6 ; 2:31:00 1864.3 1740.8 1890.2 1793.2 1822.1 l O 2:31:30 2:32:00 2:32:30 1852.7 1868.2 1846.1 1727.2 1727.7 1710.7 1872.6 1860.2 1846.0 1785.7 1803.1 1783.4-1809.6 1814.8 1796.6 I l 2:33:00 1863.9 1729.9 1856.3 1793.8 1811.0 I 2:33:30 1837.8 1898.9 1827.1 1774.1 1784.5 2:34:00 -1851.6 1716.1 1840.7. 1780.1 1797.1 , 2:34:30 1842.1 1705.1 1828.8 1772.3 1787.1 j 2:35:00 1838.0 1710.9 1837.4 1762.8 1787.3 ! 2:35:30 1826.9 1690.4 1810.3 1764.8 1773.1 l 2:36:00 1834.5 1699.4 1826.7 1766.5 1781.8 ; 2:36:30 1811.5 1687.7 1819.4 1753.1 1767.9 , 2:37:00 1812.1 1688.8 1820.1 1754.5 1768.9 , 2:37:30 1823.5 1702.6 1833.9 1764.6 1781.2 [ 2:38:00 1830.1 1706.9 1835.7 1769.8 1785.6 2:38:30 1839.3 1708.8 1819.6 1788.6 1789.1 2:39.00 1836.8 .1707.3 1816.1 1787.8 1787.0 >
- 2:39:30 1833.3 1705.8 1812.8 1786.5 1784.6 2:40:00 1829.1 1704.1 1812.7 1783.7 1782.4 1 2:40:30 1847.5 1721.6 1834.7 1792.0 1799.0 l 2:41:00 1831.7 1707.8 1814.4 1786.5 1785.1 !
2:41:30 1826.3 1707.4 1822.1 1778.3 1783.5 l 2:42:00 1849.3 1725.2 1837.8 1792.8 1801.3' ! I 2:42:30 1852.5 1732.5 1838.7 1796.8 1805.1 2:43:00 1850.0 1722.8 1825.3 1801.8 1800.0 2:43:30 1849.1 1721.1 1821.3 1800.3 1798.0 0 2:44:00 1831.9 1713.9 1829.2 1779.2 1788.6 Issued: December 29,1994 Revised: January 30,1995
l FPC File NE0016 FURNACE TEMPERATURES Page E-17 TEST DATE: DECEMBER 6,1994 , NFPA 251 Type Thermocouples, *F TIME TC. NO. 389 TC. NO. 390 TC. NO. 391 TC. NO. 392 AVERAGE HR: MIN:SEC 2:44:30 1856.2 1727.1 1828.4 1803.7 1803.9 2:45:00 1853.7 1724.5 1823.0 1802.6 1801.0 2:45:30 1852.4 1723.0 1819.7 1801.8 1799.2 i 2:46.00 1838.7 1719.3 1833.5 1781.3 1793.2 2:46:30 1838.7 1716.6 1823.3 1787.3 1791.5 i 2:47:00 1844.4 1719.1 1818.9 1795.0 1794.4 2:47:30 1854.6 1725.3 1819.9 1803.6 1800.9 2:48:00 1853.5 1732.6 1844.8 1792.0 1805.7 2:48:30 1849.2 1723.6 1821.E 1800.4 1798.6 2:49:00 1844.2 1724.4 1835.3 1787.7 1797.9 2:49:30 1866.4 1737.0 1831.4 1813.6 1812.1 2:50:00 1868.4 1739.4 1835.2 1814.3 1814.3 2:50:30 1849.1 1726.9 1827.4 1799.5 1800.7 2:51:00 1853.2 1735.0 1845.8 1794.7 1807.2 2:51:30 1871.5 1745.8 1835.4 1819.2 1818.0 2:52:00 1849.7 1729.7 1834.1 1798.6 1803.0 l 2:52:30 1860.7 1744.2 1851.2 1801.7 1814.5 2:53:00 1863.1 1747.8 1853.0 1803.5 1816.9 2:53:30 1870.1 1752.5 1855.3 1809.4 1821.8 2:54:00 1878.8 1752.8 1842.1 1825.2 1824.7 2:54:30 1857.8 1740.3 1843.0 1804.9 1811.5 O 2:55:00 1878.9 1761.6 1856.2 1819.8 1829.1 2:55:30 1864.0 1749.9 1851.9 1809.1 1818.7 2.56:00 1865.7 1751.9 1853.7 1810.5 1820.5 2:56:30 1863.8 1748.2 1845.6 1814.0 1817.9 2:57:00 1871.5 1758.2 1858.6 1816.5 1826.2 2.57:30 1866.9 1751.0 1846.9 1818.6 1820.9 2:58:00 1884.9 1771.6 1864.0 1827.5 1837.0 l 2:58:30 1876.6 1764.8 1861.4 1822.4 1831.3 2:59:00 1895.0 1774.6 1855.5 1844.5 1842.4 2:59:30 1881.8 1759.6 1842.2 1838.5 1830.5 3:00:00 1879.5 1757.7 1843.8 1836.2 1829.3 3:00:30 1882.7 1761.2 1844.9 1840.1 1832.2 3.01:00 1877.1 1763.9 1853.9 1829.9 1831.2 3.01:30 1888.4 1777.8 1869.6 1835.0 1842.7 3:02:00 1905.9 1787.1 1863.1 1855.4 1852.9 3.02:30 1905.6 1784.0 1854.9 1858.6 1850.8 3:03:00 1900.4 1778.0 1850.5 1855.2 1846.0 3:03:30 1900.6 1777.1 1851.2 1855.2 1846.0 3:04:00 1893.4 1773.4 1855.3 1846.7 1842.2 3:04:30 1913.4 1789.4 1857.1 1865.2 1856.3 3:05:00 1916.2 1802.1 1879.3 1857.0 1863.7 3:05:30 1902.5 1788.7 1870.3 1848.7 1852.6 3:06:00 1922.9 1798.6 1864.2 1872.7 1864.6 , 3.06:30 1910.1 1787.1 1861.8 1862.4 1855.4 l 1858.7 1855.3 O 3:07:00 3:07:30 1907.5 1910.9 1788.8 1794.2 1866.2 1873.9 1862.2 1860.3
)
l l Issued: December 29,1994 Revised: January 30,1995 i
1 I 1 FPC File NE0016 ' FURNACE TEMPERATURES Page E-18 ! TEST DATE: DECEMBER 6,1994 { NFPA 281 Type Thermocouples,"F TIME TC. NO. 389 TC. NO. 390 TC. NO. 391 TC. NO. 392 AVERAGE ! HR: MIN:SEC ] 3:08.00 1919.1 1797.9 1864.1 1872.5 1863.4 3.08.30 1922.5 1799.8 1867.2 1875.8 1866.3 i 3:09.00 1942.1 1818.5 1889.1 1881.4 1882.8 l 3:09:30 1921.5 1801.0 1880.6. 1869.5 1868.2 3:10.00 1935.9 1809.2 1871.9 1886.1 1875.8 ; i i i
. l I
i O : t l j i t j l l i l l l l O Issued: December 29,1994 Revised: January 30,1995
i FPC File NE0016 CONDUlT A TEMPERATURES -Page E-19 TEST DATE: DECEMBER 6,1994 Temperatures on No. 8 AWG Copper Conductor, 'F x.s TIME TC. NO. 315 TC. NO. 318 TC NO. J17 TC. NO. 318 TC. NO. 319 HR: MIN:SEC 0:00:30' 51.9 56.9 59.9 58.0 52.6 0:01:30 58.5 59.6 56.2 49.2 43.4 0:02:30- 53 9 58.1 59.8 56.5 50.1 ; 0.03:30 57.0 59.7 58.0 52.1 45.4 0:04:30 51.5 56.4 59.9 58.4 53 3 0:05:30 49.8 44.4 39.4 38.6 42.0 0:06:30 59.9 56.6 49.8 44.1 '39.2 0:07:30 59.9 58.7 $3.7 46.7 41.5 0:08:30 46.8 41.9 38.4 40.8 46.3 0:09:30 41.2 39.1 41.7 48.3 54.5 0:10:30 49.1 44.0 39.2 39.9 44.7 0:11:30 59.5 54.0 47.2 42.6 39.6 0:12:30 46.7 41.8 40.4 44.8 52.5 0:13:30 44.5 50.9 56.9 61.6 64.0 0:14:30 62.5 64.1 60.8 55.1 50.2 0:15:30 65.7 65.2 60.1 54.1 50.5 0:16:30 66.5 67.9 64.1 58.5 54.9 0:17:30 57.6 64.5 68.4 71.1 70.6 0:18:30 60.2 67.3 70.9 73.9 74.4 0:19:30 62.7 70.2 73.9 77.0 78.4 0:20:30 56.5 60.3 64.8 74.3 84.9 0.21:30 72.4 68.1 62.6 64.1 74.3 0:22:30 75.0 71.5 66.3 68.7 80.2 0:23:30 76.7 74.4 69.7 73.8 87.5 0:24:30 69.3 74.0 78.9 91.6 107.7 ) 0:25:30 93.2 94.1 88.1 89.2 97.2 0:26:30 82.3 83.1 82.6 93.5 114.2-0:27:30 96.0 95.2 92.1 96.1 111.7 i 0:28:30 101.7 111.0 111.8 114.9 125.7 0:29:30 87.8 96.3 104.1 120.9 143.9 0:30:30 111.5 119.7 119.6 123.2 136.8 0:31:30 95.3 106.5 116.8 136.1 163.3 0:32:30 119.1 124.9 125.5 138.1 158.5 - 0:33:30 111.2 129.6 144.9 165.3 184.8 0:34:30 114.7 123.9 135.5 156.8 181.9 0:35:30 111.6 130.3 152.6 176.6 198.4 0:36:30 134.9 147.7 158.8 170.7 183.7 0:37:30 121.2 144.6 169.3 189.6 207.4 0:38:30 129.7 146.8 166.4 184.6 202.9 0:39:30 140.8 156.2 169.4 181.2 195.1 0:40:30 150.6 165.0 176.3 184.0 194.8 0:41:30 163.0 182.0 190.8 195.5 198.1 0:42:30 164.3 192.3 204.6 211.5 216.4 , 1 0:43:30 206.6 203.0 198.4 199.0 203.9 0:44:30 203.9 201.2 198.7 202.3 209.0 O I Issued: December 29,1994 Revised: January 30,1995
i
. FPC File NE0016 CONDUlT A TEMPERATURES Page E-20 i TEST DATE: DECEMBER 6,1994 l 1
[N Temperatures on No. 8 AWG Copper Conductor,'F _V TC. NO. 317 TC. NO. 318 TC. NO. 319 TIME TC. NO. 315 TC. NO. 316 j HR: MIN:SEC l 0:45:30 202.5 199.6 199.4 204.7 211.9 0:46:30 199.2 200.1 203.6 210.5 216.2 0:47:30 207.4 213.7 217.4 - 218.4 216.0 0:48:30 214.5 207.5 201.8 197.9 199.0 i 0:49:30 219.5 215.4 208.0 202.8 198.2 l 0:50:30 208.7 203.5 198.8 199.1 203.5 ~ 0:51:30 210.2 215.3 219.0 218.5 214.4 0:52:30 218.7 213.1 206.2 201.0 197.5 ; 0:53:30 202.2 199.1 200.0 205.2 - 211.2 i 0:54:30 216.0 208.5 200.8 196.1 194.9 ! 0:55:30 197.0 198.9 202.7 209.3 214.1 ] 0:56:30 213.2 205.0 198.2 194.5 193.5 0:57:30 211.7 212.9 209.7 203.9 198.9 0:58:30 199.8 195.3 191.9 195.2 201.8-0:59:30 202.6 197.6 195.6 199.5 206.8 1:00:30 213.8 206.2 201.7 199.3 201.2 ; 1:01:30 219.7 216.2 210.3 205.7 203.3 1:02:30 219.6 217.7 212.9 207.6 205.4 l 1:03:30 217.2 209.9 204.3 201.7 203.5 l 1:04:30 199.3 200.9 206.2 214.9 223.2 1:05:30 214.3 218.2 220.5 219.6 . 217.0 1:06:30 220.1 216.7 211.3 208.6 208.8 i s 1:07:30 202.7 209.1 216.4 224.7 232.2 1:08:30 200.1 201.6 208.6 221.7 234.5 , 1:09:30 217.2 211.0 208.5 213.5 222.0 1:10:30 216.5 209.4 205.6 212.3 228.3 1:11:30 212.1 206.S 203.9 210.5 234.9 1:12:30 218.4 213.6 209.3 210.6 233.7 1:13:30 216.8 221.6 224.5 229.1 246.3 1:14:30 201.9 212.9 226.6. 245.4 267.3 1:15:30 201.2 206.4 219.9 242.6 268.9 1:16:30 196.7 215.8 237.5 260.1 283.1 ]' 1:17:30 209.2 233.6 252.2 268.5 282.4 1:18:30 206.3 224.3 237.2 259.3 285.0 1:19:30 201.6 226.9 247.8 277.4 303.6 1 1:20:30 213.7 246.6 268.5 292.8 310.3 l 1:21:30 224.2 246.7 259.6 280.9 301.4 j 1 22:30 209.9 240.7 266.5 300.6 328.4 ' 1:23:30 214.6 245.5 274.0 309.0 336.8 l 1:24:30 231.0 253.5 273.0 301.5 328.5 l ' 1:25:30 242.8 265.0 284.1 309.5 331.3 1:26:30 246.7 278.1 302.0 325.7 343.9 l 1:27:30 231.1 264.3 297.6 336.2 364.5 1:28:30 253.9 281.1 303.5 331.1 350.5 1:29:30 259.2 291.7 316.1 342.1 358.4 O lssued: December 29,1994 Revised: January 30,1995
i i FPC File NE0016 CONDUlT A TEMPERATURES Page E-21' TEST DATE: DECEMBER 6,1994 ) [ Temperatures on No. 8 AWG Copper Conductor, 'F i D] TIME TC. NO. 315 TC. No. 316 TC. NO. 317 TC. NO. 318 TC. NO. 319 HR: MIN:SEC 1:30.30 259.8 298.7 329.1 355.6 369.4 ; 1:31:30 247.1 283.2 320.0 359.0 384.9 1:32:30 262.9 294.5 323.0 351.8 374.7 1:33:30 271.5 313.7 346.0 370.0 383.7 1:34:30 260.1 308.6 348.5 382.8 403.9 1:35:30 281.3 321.5 347.7 372.3 388.3 1:36:30 267.8 311.3 344.5 380.5 408.4 1:37:30 274.7 329.8 364.8 398.0 419.3 1:38:30 282.4 324.1 351.7 386.3 415.7 1:39:30 283.2 329.4 362.9 400.0 428.3 1:40:30 296.5 334.3 358.6 391.4 421.5 1:41:30 300.2 348.8 381.8 415.5 439.6 1:42:30 307.1 342.2 366.7 400.8 433.6 1:43:30 304.4 348.8 383.7 422.1 455.2 1:44:30 327.0 365.8 389.5 417.3 443.8 1:45:30 327.0 369.5 396.1 425.2 453.0 1:46:30 312.2 350.1 383.7 427.8 470.6 1:47:30 314.6 352.5 387.1 433.4 479.3 1:48:30 318.8 363.9 402.7 448.3 493.6 1:49:30 339.6 376.8 406.7 444.8 485.6 1:50:30 339.8 368.7 399.2 443.3 491.9 1:51:30 342.2 370.2 403.0 450.4 504.6 b 1:52:30 344.9 381.1 418.6 469.0 525.0 1:53:30 348.7 385.3 421.6 476.7 538.1 1:54:30 342.1 378.3 417.7 480.5 558.6 1:55:30 335.1 380.8 807.9 508.8 593.6 1:56:30 971.2 501.1 985.2 923.7 606.8 1:57:30 1034.3 648.4 1033.1 972.9 961.9 1:58:30 1033.0 840.1 1049.0 1082.0 975.0 1:59:30 1079.2 1069.3 1076.7 1102.3 1082.7 2:00:30 1132.8 1137.5 1120.5 1157.7 1138.7 i 2:01:30 1148.1 1150.5 1154.4 1169.2 1172.0 ] 2:02:30 1166.1 1148.6 1163.1 1195.1 1150.6 i 2.03:30 1190.3 1178.5 1200.4 1211.0 1175.6 2:04:30 1179.6 1149.8 1196.6 1197.8 1168.7 . 2:05:30 1199.8 1176.6 1231.1 1195.9 11780 2.06:30 1169.5 1138.1 1238.2 1154.2 1171.6 2.07:30 1170.8 1219.8 1262.7 1167.8 1164.1 2:08:30 1161.8 1218.1 1282.0 1172.1 1172.9 ) 2.09:30 1167.1 1241.0 1339.5 1180.6 1165.1 i 2:10:30 1167.4 1161.6 1309.7 1122.8 1152.0 l 2:11:30 1148.7 1104.3 1109.0 1110.6 1134.1 l 1 2:12:30 1161.6 1112.2 1101.2 1128.0 1136.3 2:13:30 1152.1 1080.3 1065.3 1107.5 1120.6 2:14:30 1172.9 1116.8 1104.8 1125.8 1117.7 [ issued: December 29,1994 Revised: January 30,1995 , l
FPC File NE0016 CONDUlT A TEMPERATURES Page E-22 _ TEST DATE: DECEMBER 6,1994 Temperatures on No. 8 AWG Copper Conductor. *F TIME TC. NO. 316 TC. NO. 316 TC. NO. 317 TC. NO. 318 TC. NO. '419 HR: MIN:SEC 2:15:30 1166.0 1123.8 1114.8 1127.3 1119.0 { 2:16.30 1126.4 1129.1 1120.3 1134.6 1132.2 . 2:17:30 1097.8 1145.7 1136.6 1125.0 1132.6 ( 2:18:30 1093.1 1140.0 1143.6 1158.5 1108.4 2:19:30 1097.8 1131.4 1149.4 1115.8 1095.4-2:20:30 1083.7 1115.4 1149.1 1076.9 1092.5 '; 2:21:30 1080.9 1120.9 1168.6 1070.5 1091.4 ; 2:22.30 1079.6 1125.2 1169.4 1080.1 1098.0 j 2:23:30 1082.0 1144.8 1144.8 1081.4 1098.0 2:24:30 1086.5 1158.2 1097.1 1094.9 1096.9 ; 2:25:30 1056.1 1180.6 1055.1 1078.9 1061.5 2:26:30 1090.6 1196.4 1123.4 1096.5' 1111.5 2:27:30 1104.7 1222.1 1125.9 1076.5 1091.1 i 2:28:30 1076.2 1204.2 1110.8 1072.1 1089.3 2:29:30 1082.0 .1208.0 1101.5 1082.6 1089.4 2:30:30 1095.5 1192.5 1070.7 1067.9 1085.1 2:31:30 1108.9 1196.9 1057.5 1078.9 1086.7 l 2:32:30 1106.3 1171.2 1023.7 1079.1 1100.9 2:33:30 1112.0 1170.3 1014.0 1086.2 1105.1 2:34:30 1117.8 1163.5 1046.1 1095.1 1106.3 2:35:30 1122.3 1147.9 1076.5 1110.5 1125.9'
'O 2:36:30 2:37:30 1138.0 1125.8 1086.8 1110.5 1092.8 1112.0 1116.2 1127.8 1121.1 1146.9 I
2:38:30 1133.3 1086.1 1096.2 1108.7 1136.9 2:39:30 1144.9 1103.1 1098.3 1103.8 1125.4 2:40:30 1138.3 1101.7 1113.4 1123.5 1143.4 2:41:30 1142.3 1099.6 1125.0 1130.0 1143.1 2:42:30 1137.6 1112.3 1116.8 1125.4 1147.9 2:43:30 1162.8 1124.2 1130.3 1124.0 1141.2 2:44:30 1148.5 1097.3 1126.6 1133.9 1162.4 2:45:30 1169.4 1124.8 1149.5 1146,0 1160.8 i 1160.6 1111.7 1141.6 1145.0 1151.7 I 2:46:30 2:47:30 1152.1 1120.5 1163.1 1169.2 1166.3 .l 2:48:30 1153.4 1128.3 1165.0 1172.4 1177.6 ; 2:49:30 1174.7 1133.4 1177.1 1176.0 1168.3 2:50:30 1135.9 1108.1 1156.5 1132.0 1131.4 2:51:30 1134.4 1142.1 1138.2 1147.2 1116.4 2:52:30 1124.9 1111.5 1115.7 1164.2 1123.6 ] 2:53:30 1133.1 1113.5 1123.8 1197.4 1115.1 1 2:54:30 1118.1 1085.2 1097.2 1121.4 1104.6 2:55:30 1119.1 1100.9 1106.3 1087.2 '1090.4 l 2:56:30 1100.8 1093.6 1103.5 1078.0 1085.9 ; 2:57:30 1102.0 1100.1 1113.2 1082.1 1084.3 I 1097.4 1099.8 1123.1 1089.2 1088.1 j 2:58:30 '
-2:59:30 1079.8 1060.9 1117.8 1089.3 1096.6 Issued: December 29,1994 Revised: January 30,1995
( FPC File NE0016 CONDUlT A TEMPERATURES Page E-23 ' TEST DATE: DECEMBER 6,1994 , iN Temperatures on No. 8 AWG Copper Conductor *F kl TC. NO. 316 TC. NO. 317 TC. NO. 318 TC. NO. 319 l l TIME TC. NO. 315 HR: MIN:SEC 1 3.00.30 1086.2 1076.1 1114.5 -1074.4 1080.9 [ 3:01:30 1089.0 1078.6 1122.7 1070.8 1071.1 3.02:30 1072.0 1075.5 1136.9 1086.0 1085.2 ; ^ 3:03:30 1067.4 1067.1 1129.7 107'8 1078.3 i 3.04:30 1083.3 1080.2 1144.4 1074.2 1062.6 f 3.05:30 -1078.6 1082.1 1162.9 1085.5 1070.2 . 3:06:30 1062.8 1068.2 1152.4 1086.7 1080.2 - , 3:07:30 1081.5 1082.5 1151.4 1079.3 1065.0 3:08:30 1078.2 1077.3 1147.0 1074.8 1063.5 3:09:30 1069.7 1079.0 1160.4 1090.9 1078.0 I I i i O ; l i i 1 0 1 Issued: December 29,1994 Revised: January 30,1995
3 I n l L FPC File NE0016". ~ CONDUlT A TEMPERATURES Page E-24 l TEST DATE: DECEMBER 6,1994 :
. Temperatures on No. 8 AWG Copper Conductor, T
~ TIME TC. NO. 320 TC. NO. 321 TC. NO. 322 TC. NO. 323 TC. NO. 324 ' ;
HR: MIN:SEC . 0.00:30 45.8 40.9 37.9 40.0 46.0. ' l 0:01:30 - 38.6 38.0 42.4 49.5 54.8- _ 0:02:30 44.0 39.2 38.1 41.2 47.8 0:03:30 40.4 37.7 40.0 45.5 52.3 I 0.04:30 46.3 41.2 38.1. 39.2 44.4- 1 0.05:30 '49.1 54.7 58.7 59.4 55.8 - -l 0.06:30 37.8 41.5 48.3 53.9 58.0- t 0:07:30 37.8 39.4 44.5 51.3 - 56.2 0:08:30 53.3 58.0 60.0 ' 57.5' 51.2 ~
-l
~
. 0:09:30 59.3 60.6 57.2' 50.2 44.6 .j 0:10:30 52.5 57.8 ~ 61.0 59.5 - ' 54.1 -l 0:11:30 42.0 47.9 54.9 58.2 59.9 j 0:12:30 59.0 63.6 63.6 ' 56.9 - 48.9 (
I 0:13:30 62.3 56.6 50.9. 42.5 40.7 0:14:30 47.7 47.8 50.8 52.8 57.0 '? 59.9 I 0:15:30 49.6 52.4 56.1 57.1 58.6 57.9 60.5 ! 0:16:30 54.5 55.9 0:17:30 69.8 66.8- 60.5 50.0 ' 50.6 0.18:30 75.5 73.0 66.0 '53.2 52.8 0:19:30 81.4 79.7 71.6 56.9 55.9 0:20:30 96.7 101.3 90.8 68.5 57.6 ! 0:21:30 94.2 106.2 104.0 87.3 75.6 l
-- 0:22:30 103.1 115.9 112.1 92.7 79.4 ;
0:23:30 113.1 126.6 121.3 98.5 82.7 l 0:24:30 132.8 141.0 125.4 92.4 74.3 1 0:25:30 121.8 136.3 132.5 108.3 96.2 ! 0:26:30 147.8 162.9 152.7 116.8 91.8 1 0:27:30 146.1 164.6 159.5 129.5 107.6 } 0:28:30 152.3 161.8 154.5 127.1 108.6 : I 0:29:30 177.7 189.2 175.9 140.9 108.7 I 0:30:30 162.5 175.9 173.9 156.9 135.4 0.31:30 202.1 217.4 211.8 203.2 196.6 i i 0:32:30 191.4 204.6 211.7 216.0' 218.8' ~ l 0:33:30 203.5 204.1 199.9 198.5 ~ 202.9 l I 0:34:30 208.1 217.6 219.0 ' 216.0 209.8 l l 0:35:30 215.8 216.5 209.7 203.3 199.3 !' 0:36:30 197.6 207.2 213.1 -216.8 217.9 ; 0:37:30 216.6 215.7 208.2 202.3 198.5 l 0:38:30 214.6 220.3 217.2 210.9 204.6_ j F 0:39:30 209.3 216.7 219.7 217.9 212.9 J 0:40:30 204.9 213.6 217.7 218.8 216.3 0:41:30 197.9 203.8 210.0 213.9 217.8- ] 4 0:42:30 219.4 219.5 212.7 ' 205.0 200.6 i 0:43:30 211.4 ' 219.1 221.5 218.5 212.9 j 0:44:30' 214.9 ' 221.7 221.8 216.2 208.5 ! Issued: December 29,1994
- Revised: January 30,1995 4
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CONDUlT A TEMPERATURES Page E-25 FPC File NE0016 TEST DATE: DECEMBER 6,1994 Temperatures on No. 8 AWG Copper Conductor,'F - {'}
\,.,/
TIME TC. NO. 320 TC. NO. 321 TC. No. 322 TC. NO. 323 TC. NO 324 HR: MIN:SEC 0:45:30 216.9 221.2 221.2 214.0 206.7 0.46:30 219.2 218.1 215.8 208.6 202.6 0.47:30 208.7 203.1 201.4 201.0 203.0 0:48:30 203.3 210.0 216.9 221.6 217.7 0:49.30 197.1 201.6 209.9 216.9 218.6 0.50:30 209.7 214.3 218.7 219.3 212.3 0:51:30 206.4 200.7 197.8 200.2 203.2 0:52:30 198.3 203.5 210.7 217.8 217.7 0:53:30 214.8 217.3 215.3 212.0 204.3 0.54:30 198.5 206.9 213.0 220.0 217.9 0:55:30 216.1 213.6 208.1 205.8 199.1 0:56:30 197.9 206.3 212.7 220.5 217.5 0:57:30 195.4 196.5 200.5 211.4 213.6 0:58 30 210.0 216.5 218.1 220.4 211.0 0:59:30 215.5 218.1 220.1 221.5 211.9 1:00:30 208.1 212.6 218.7 226.2 221.3 1:01:30 202.9 204.3 212.8 223.1 222.7 1:02:30 203.7 204.0 212.9 223.7 222.3 1:03:30 209.0 216.3 226.4 233.7 226.1 1:04:30 227.6 227,9 228.9 224.7 212.0 1:05:30 214.0 214.9 222.7 227.1 224.3 O 1:06:30 212.3 224.0 240.1 245.0 237.7 () 1:07:30 234.7 237.4 240.6 234.9 222.3 1:08:30 244.4 253.0 254.9 246.2 228.6 1:09:30 233.2 251.7 264.5 265.0 250.0 1:10:30 241.2 260.6 272.2 271.2 254.0 1:11:30 251.0 270.7 281.2 277.4 256.2 1:12:30 250.4 271.0 282.3 281.7 264.0 1:13:30 255.9 268.8 277.4 276.3 262.9 i 1:14:30 277.2 286.1 286.7. 275.0 254.6 i 1:15:30 287.2 304.8 307.1 292.9 265.1 1:16:30 295.7 305.1 303.2 289.5 264.5 1:17:30 289.6 299.1 301.7 295.3 279.1 1:18:30 305.7 323.9 329.8 317.4 287.5 1:19:30 321.3 332.7 330.6 312.8 283.9 1:20:30 317.0 323.6 322.3 311.2 292.4 1:21:30 318.9 337.8 345.6 337.9 314.3 1:22:30 345.4 355.8 351.9 331.9 304.2 1:23:30 353.0 364.3 361.2 339.1 311.7 1:24:30 350.1 372.0 380.6 362.4 333.7 1:25:30 349.5 375.2 386.6 370.3 345.0 1:26:30 353.7 372.4 383.6 368.7 346.5 1:27:30 381.5 399.5 401.6 372 3 339.1 1:28:30 368.3 395.2 410.6 392.7 363.7 1:29:30 370.7 393.8 410.9 395.5 368.4 O issued: December 29,1994 Revised: January 30,1995
L 1 IFPC File'NE0016 CONDUlT A TEMPERATURES Page E-26 TEST DATE: DECEMBER 6,1994 - , 1 f - Temperatures on No.' 8 AWG Copper Conductor, T j TC. NO. 321 TC. NO. 322 TC. NO. 323 ' TC. NO. 324 ~ TIME TC. NO.' 320
. HR: MIN:SEC l
.1:30:30. 379.0- 395.4 ' 410.7 395.2 369.9 j 1:31:30 403.2 421.3 430.6 402.9 365.3 i 1:32:30 396.0 420.7 440.2 421.4 384.6
.1:33:30 394.2 410.5 428.3 414.5 387.6 1:34:30 417.2 427.9 434.6 411.9 379.1 1:35:30 407.1 428.5 444.7- 433.0 403.4 !
1:36:30 434.6' 453.2 455.3 433.2 394.0 1:37:30 437.8 448.0 446.0 427.1 394.3 1:38:30 445.3 466.4 468.6.. 448.0 404.7. 1 9:30 455.5 470.7 467.9 444.1 401.6 1 1:40:30 454.7 478.2 484.6 L 464.0 417.8 ) 1:41:30 462.8 476.0 475.7 454.5 415.0
]
1:42:30 471.9 498.6 505.8 485.3 434.6 4 1:43:30 487.4 505.1 505.5 480.7 431.4 ; 1:44:30 476.8 505.1 518.3 506.7 '462.0 l 1:45:30 487.9 517.0 531.5 520.3 472.5 -
'1:46:30 516.2 550.8 565.5 534.8 470.5' .
1:47:30 525.8 563.8 589.2 548.6 474.7 1 1:48:30 534.3 569.5 606.3 558.1 479.9 .! 1:49:30 528.0 577.6 644.9 592.1 513.8 j 544.8 609.1. 690.3 625.3 536.2 .I 1:50:30 1:51:30 560.3 633.0 713.4 654.2 553.0 I 1:52:30 577.0 653.6 722.4 673.2 562.2 i 1:53:30 597.0 682.2 747.8 701.6 580.5 1:54:30 628.4 718.6 781.4 729.8 735.3 1:55:30 664.8 746.1 799.7 740.4 863.3 '! 1:56:30 738.5 982.4 804.0 752.3 915.6 1:57:30 1008.4 967.5 854.3 988.3 854.1 1:58:30 1022.9 1065.4 998.6 1032.8 1071.5 1:59:30 1083.4 1120.2 1102.3 1094.2 1091.7 2:00:30 1166.1 1139.8 1119.1 1121.4 1131.9 2.01:30 1187.2 1193.6 1157.1 1151.7 1162.7 2:02:30 1205.9 1230.1- 1175.4 1174.2 1167.4 2:03:30 1169.6 1240.7 1170.5 1195.1 1202.3 2:04:30 1113.8 1249.7 1190.9 1215.0 1213.5 2:05:30 1104.2 1225.4 1183.2 1203.3 1210.9 2.06:30 1140.6 1176.9 1200.9 1196.0 1167.9 2:07:30 1158.7 1163.2 1185.1 1191.9 1163.0 2.08:30 1183.5 1213.1 1209.9 1220.7 1182.1 2:09:30 1183.3 1224.6 1208.7 1238.9 1173.6 2:10:30 1163.0 1188.8 1215.3 1259.1 1151.8 2:11:30 1123.9 1112.8 1272.3 1290.4 1118.8 2:12:30 1106.6 1021.6 1175.0 1312.1 1106.3 2:13:30 1129.9 1053.8 1148.0 1346.5 1109.1 2:14:30 1125.7 1047.9 1073.4 1301.9 1108.2 O Issued: December 29,1994 Revised: January 30,1995
CONDUlT A TEMPERATURES ' Page E-27
- p FPC File NE0016.
- TEST DATE: DECEMBER 6,1994 Temperatures on No. 8 AWG Copper Conductor, T TIME . TC. NO. 320 . TC. NO. 321 TC. NO. 322 ' .TC. NO. 323 TC. NO. 324 ll HR: MIN:SEC L ' 2:15:30- 1142.9- 1077.0 1094.4 1295.6 1121.3.
2:16:30 - 1157.5- 1104.2 .1118.7 1279.3 1113.3 2:17:30 1140.0 1119.8 .1128.2 1167.5 1090.1 2:18:30 1117.2 1066.0 1114.6 1090.0 1118.6 2:19:30 1099.5 1067.5 1112.8 1090.3 '1127.7 2:20:30 1109.9 1094.5 1126.7 1092.3- 1125.3 2:21:30 1081.7. 1098.6 1118.6 1091.2.- - 1121.6, 2:22:30 1091.3 1098.3 1106.5 1091.8 1108.5-2:23:30 '1090.2 1100.4 1106.3 1100.8 1107.5: 2:24:30- 1077.6 1103.3 1106.6 1099.7 1109.5 2:25:30 1078.6 1094.7 1096.1 1100.7 1114.3 2:26:30 1094.9 1096.8 1084.9 1098.3 1094.4 2:27:30 1078.8 1085.6 1095.6- 1114.0 1116.8 2:28:30 1092.4 1095.3 1099.4 1101.7 1094.5 ' 2:29:30 1087.8 1081.3 1073.1 1091.2 1085.1 2:30:30- 1085.6 1089.6 1083.6 1114.1 .1097.9 2:31:30 1078.8 1077.5 1074.1 1111.5 1104.6 2:32:30 1097.6 1094.1 1091.5 1124.8 1106.6 2:33:30 1106.3 1106.2. 1103.4 1130.3 1115.7 '. 2:34:30 1118.0 1122.7 1117.1- 1136.0 1127.7 2:35:30 1129.9 1135.7 1125.6' 1137.5 1130.3 , O 2:36:30 2:37:30 1125.1 1143.5 1138.2 1146.7 1126.8 1120.3 1151.9 1124.3 1152.4 1136.6 'i 2:38:30 1145.9 1157.7 1131.2 1131.5- 1122.8: 1 2:39:30 1139.5 1147.5 1133.4 1145.3 1121.4 2:40:30 1157.7 1145.0 1130.4 1133.5 1118.9 2:41:30 1153.4 1136.0 1128.2 1129.7 - 1118.0-2:42:30 1163.6 1152.1 1144.7 1133.5 1136.2 2:43:30 1150.0 1138.4 1140.5 1153.9 1153.3 2:44:30 1172.7 1162.9. 1160.6 1163.7 1150.6 2:45:30 1158.9 1146.8 1149.2 1165.5 1164.2-- 2:46:30 1159.6 1165.0 1170.8 1182.2 '1174.2' 2:47:30 1144.8 1167.8 1160.5 1165.5 1165.3 2:48:30 1161.6 1163.9 1152.0- 1158.7 1171.0 2:49:30 1079.3' 1139.7 1128.0 1112.3 1173.6 2:50:30 1119.0 1120.1 1111.1 1195.7 1145.7 2:51:30 1103.9 1108.1 1092.5 -1177.6 1143.4 2:52:30 1095.6 1094.0 1135.4 1097.9 1142.8 2:53:30 1082.3 1104.7 1098.0 1080.9 1122.2 . 2:54:30 1094.8 1124.4 1082.9 1093.3 1117.1 2:55:30 1081.0 1100.8 1071.7 1089.6 1125.6 ~ 2:56:30 1085.0 1089.9 1086.7 1095.9 1127.5 j 2:57:30 1080.3 1076.7 1080.3 1090.1 1120.4 2:58:30 1081.6 1073.9 1074.8 1085.1 1115.2 1083.3 1087,7 1101.9 O 2:59:30 1099.1 1091.0 l Issued: December 29.1994 Revised: January 30.1995
FPC File NE0016 ' CONDUlT A TEMPERATURES :Page.E-28
. TEST DATE: DECEMBER 6,1994 Temperatures on No. 8 AWG Copper Conductor, T-TIME TC. NO. 320 TC. NO. 321 TC. NO. 322 TC. NO. 323 TC. NO. 324 HR: MIN:SEC 3:00:30 1092.0 1089.6 1091.3 .1100.4 1108.2
~ 3:01:30 1084.8 1082.6 1087.5 1106.0 1103.7
.'3:02:30 1097.4 1082.5 1076.8'. '1091.7 1081.2 3:03:30 1100.5 1091.9 1086.7 1109.4 ~ 1088.6 3:04:30 1084.2 1078.4 1080.5 1124.3 1079.3 3:05:30 1090.4 1077.2 1069.8 1120.6 1051.6 3:06:30 1107.0 1095.5 1079.7 1125.0 1060.6' 3:07:30 1089.7 1085.3 1077.7. .1130.5 . 1107.0 3:08:30 1094.6 1094.1 1086.3 1123.3 1114.3' 3:09:30 1105.0 1094.4 1075.1 1110.3 - 1103.2 O
O Issued: December 29,1994 Revised: January 30,1995
- L) o I
. FPC' File NE0016 : CONDUlT A TEMPERATURES Page E-29
- '> TEST DATE: DECEMBER 6,1994
< Temperatures on No. 8 AWG, Copper Conductor, T
~
~
TIME TC. NO. 328 TC. No. 326 TC. NO. 327 TC. NO. 328 ' ' TC. NO. 329 HR: MIN:SEC 0.00:30 48.2 38.5' 39.8 : 44.8 : 52.0 0:01:30 , : 47.6 " 40.8: 46.5- 52.9 57.5 0:02:30 - '47.9 .38.5 41.6 48,1 54.3 .
- 0.03:30 47.6- ' 40.7 - 46.3 - 52.9. 57.6 0:04:30: 48.3 39.2' ~ 38.8 - 42.8 >
49.9 0:05:30 49.3- 56.6 59.3 - 57.6 - : 52.0 - 1 0:06:30. 47.8. 46.3 53.0- - 57.7 ' 59.8-0:07:30 47.7 44.1 51.3 L 56.4 59.8- ) 0.08:30 50.1: 59.4 57.0 L .' 51.2 . - 44.9 0:09:30- 50.5 ' 56.1 49.4 - 43.9- 39.4 l' 0:10:30 - 50.0 59.0 59.5 55.7- 48.8' ] 0:11:30 49.1 53.3 57.9 60.2 58.3- .J 0:12:30 $1.2 59.9 55.7 48.5 -43.9
.0:13:30 50.5 .- 45.5 41.4 40.5 ,
45.3 0:14:30 49.9 44.4 50.8 56.6- 61.8 . 0:15:30 51.2 48.6 55.9 '60.3 '64.7 ; 0:16:30 52.8 46.3 51.3 57.5 63.5 0:17:30 55.3; 46.8 ~ 47.4 50.9 59.5 0:18:30 57.4- 48.8 50.5 54.2 62.9' 0:19:30 61.0 57.4 53.0 49.6 55.2 0:20:30 64.5 66.4 60.3 53.8 54.3 :i 0:21:30 67.1 .77.8 75.4 .68.1 64.6 , i 70.1 0:22:30 69.7 80.3 80.6 74.1 72.9 84.7 83.8 75.9 ;72.2 : 0:23:30 0:24:30 77.1 :84.3 77.1 68.8 68.2 92.7 I 0:25:30 79.0 84.3 89.1 89.7 0:26:30 85.6 97.8- 94.8 84.8 82.6 0:27:30 89.6 100.3- 102.4. 96.6 94.6 0:28:30 93.1 90.1 ~96.0 98.0 .~ 105.7 - . 103.8 97.9 89.2- 91.7 ., 0:29:30 101.2 , 0:30:30 105.6 104.8 111.2 111.7 117.8 0:31:30 130.3 116.2 109.5 100.3 102.4 i 0:32:30 192.7 134.1 .128.9 '124.7 .128.8-
-131.5
~
0:33:30 198.4 170.9 138.3 126.7' I 0:34:30 209.6 210.6 204.6 164.7 141.7 0:35:30 216.4 212.0 202.9 .192.1 149.1 i 213.6 - 215.2 208.2 ; 0:36:30 203.3 208.9 0:37:30 215.6 211.4 204.7 199.3 195.0 ' _1 0:38:30 216.2 217.5 214.0 207.1 201.1 j 0:39:30 209.5 214.1 217.8 217.2 212.2 ! - 0:40.30 208.9 213.5 217.7 217.8 213.5 0:41:30 201.4 206.1 212.8' 217.1 218.7 0:42:30 217.3 215.4 209.3 203.6 199.5 i 0:43:30 211.6 216.0 218.8 217.1 212.3 0:44:30 213.3 217.5 219.0 215.7 209.8 O 1ssued: December 29,1994 Revised: January 30,1995
'- - . . - . - - . . . ~ . + - , . . . . . - - - . - - - . - A
FPC Fifo NE0016 CONDUlT A TEMPERATURES Page E-30 TEST DATE: DECEMBER 6,1994 j'N Temperatures on No. 8 AWG Copper Conductor, T ! (. TIME TC. NO. 325 TC. NO. 326 TC. NO. 327 TC. NO. 328 TC. NO. 329 HR: MIN:SEC 0.45.30 217.2 219.4 216.7 210.3 205.3 0:46:30 218.1 218.6 214.0 207.4 203.5 0:47:30 206 4 203.3 199.7 200.0 205.7 0.48:30 207.9 213.3 217.8 219.3 217 6 0.49:30 199.2 202.0 208.8 214.3 219.6 0.50 30 210 0 214.7 218.5 217.7 214.5 0:51:30 203.8 200.8 198.4 199.9 207.1 0.52:30 198.9 204.8 211.5 215.8 219.8 0:53:30 216.2 217.6 213.9 206.7 203.5 0:54:30 201.1 208.8 214.1 217.8 219.1 0:55:30 215.7 212.9 206.5 201.2 199.1 0:56:30 203.0 210.3 215.3 217.5 217.4 0:57:30 196.2 197.8 202.8 209.4 216.4
? S8:30 210.8 216.3 217.4 213.4 208.4 0:59 30 212.5 217.1 218.0 214.2 208.6 1:00:30 202.9 210.2 215.5 218.8 218.7 1:01:30 198.2 201.7 208.7 214.3 219.1 1:02:30 197.6 200.7 207.4 213.1 218.2 1:03:30 200.4 206.6 213.3 216.8 218.3
. 1:04:30 217.8 217.4 213.7 206.2 201.4 1:05:30 212.8 205.1 200.8 197.2 199.2 ( 1:06:30 202.3 197.8 199.9 205.6 211.1
\ 1:07:30 221.3 214.4 207.4 201.2 195.9 1:08:30 222.9 214.9 208.2 202.2 196.2 1:09:30 208.0 206.1 211.3 215.6 214.6 )
1:10:30 214.6 211.3 215.2 217.7 212.2 1:11:30 225.2 216.9 218.0 215.6 205.6 J 1:12:30 218.3 209.6 214.3 219.9 217.5 ! 1:13:30 219.8 203.0 207.1 214.8 217.6 1:14:30 232.5 210.0 205.9 206.5 208.0 1:15:30 248.9 228.2 222.0 213.8 210.4 1 1:16:30 245.9 228.5 227.4 215.8 225.1 ) 1:17:30 239.8 236.3 245.1 238.6 251.5 i 1:18:30 265.0 264.8 264.6 245.1 245.9 l 1:19:30 267.1 262.9 263.1 248.0 250.3 1:20.30 258.4 261.6 271.6 268.6 274.0 : 1:21:30 278.7 287.9 296.1 284.9 276.5 ; 1:22.30 288.7 287.1 288.2 276.0 272.9 I 1:23:30 294.9 293.9 295.8 284.4 281.2 1:24:30 305.1 313.9 319.3 306.6 294.2 1:25:30 306.4 318.0 329.2 321.2 308.8 1 1:26:30 303.4 317.9 332.5 329.8 322.4 . 1:27:30 323.3 328.3 331.2 320.0 308.2 1:28:30 319.4 334.4 349.3 345.4 333 6 1:29:30 323.3 334.3 351.7 350.0 343.0 O l Issued: December 29,1994 Revised: January 30,1995 l
FPC File NE0016 CONDUlT A TEMPERATURES Page E-31 TEST DATE: DECEMBER 6,1994
;- Temperatures on No. 8 AWG Copper Conductor, T TIME TC. NO. 328 TC. NO. 328 TC. NO. 327 TC. NO. 328 TC. NO. 329 HR: MIN:SEC 1:30:30 328.9 334.2 350.3 350.9 346.1 ;
l' 1:31:30 336.3 358.9 365.0 351.9 336 9 1:32:30 343.9 362.7 377.2 369.5 353.5 l' 1:33:30 348.6 350.8 365.6 365.4 361.0 1:34:30 353.8 366.7 373.5 362.0 351.4 1:35:30 357.5 365.6 384.5 363 2 376.4 1:36:30 364.0 390.1 401.9 388.4 369.8 l 1:37:30 370.1 389.0 396.6 382.5 367.9 1:38:30 372.4 400.7 419.6 407.2 387.8 1:39:30 377.4 411.2 426.1 406.4 384.6 1:40:30 380.5 414.2 438.4 423.7 401.7 1:41:30 387.9 415.4 432.5 412.0 392.7 1:42:30 395.4 431.1 458.8 442.0 416.7 1:43:30 405.1 442.2 460.7 435.6 407.0 1:44:30 404.9 437.7 466.2 450.6 430.5 1:45:30 415.1 450.5 478.8 460.0 437.7 1:46:30 434.8 483.4 514.9 482.6 442.8 1:47:30 438.0 500.0 536.1 498.3 453.3 1:48:30 446.6 511.3 545.6 502.6 454.8 1:49:30 441.2 510.0 559.5 523.7 480.5 1:50:30 451.5 529.6 591.7 556.3 503.6 1:51:30 463.0 546.8 614.3 578.9 520.5 Os 1:52:30 475.7 563.5 630.8 592.0 622.5 532.2 556.5 1:53:30 486.8 586.0 664.8 1:54:30 505.7 619.3 706.5 660.5 582.0 1:55:30 525.6 654.2 742.8 692.7 779.6 1:56:30 827.0 907.4 1006.4 898.2 779.9 1:57:30 855.5 958.2 1012.1 815.1 820.9 1:58:30 984.8 1086.7 1064.1 908.3 969.7 1:59:30 1072.3 1098.8 1081.5 925.1 1063.9 2.00:30 1136.7 1129.1 1118.8 1116.2 1110.3 2:01:30 1174.7 1169.5 1160.4 1175.8 1133.2 2:02:30 1193.6 1171.6 1186.6 1189.3 1165.0 2:03:30 1188.6 1167.4 1185.6 1189.3 1179.8 2:04:30 1185.5 1184.6 1215.2 1207.7 1184.1 2:05:30 1182.9 1182.5 1196.8 1190.4 1170.3 2.06:30 1170.1 1169.3 1207.4 1162.5 1173.6 2.07:30 1178.6 1149.5 1212.8 1151.9 1157.4 2:08:30 1194.6 1169.2 1233.2 1174.3 1168 6 2.09:30 1205.0 1170.9 1253.8 1182.3 1181.2 2:10.30 1236.1 1154.2 1289.9 1164.5 1181.6 2:11:30 1190.6 1153.0 1357.3 1136.4 1235.8 2:12:30 1069.0 1142.2 1135.8 1107.6 1308.3 2:13:30 1111.9 1157.9 1158.4 1133.9 1375 6 2:14:30 1153.1 1154.9 1141.9 1126.9 1282.9 issued: December 29,1994 Revised: January 30,1995
-FPC File NE0016 CONDUlT A TEMPERATURES Page E-32 '
TEST DATE: DECEMBER 6,1994
,m.
.' ( Temperatures on No. 8 AWG Copper Conductor 'F TIME TC. NO. 325 TC. NO. 326 TC. NO. 327 TC.NO.328 TC. NO. 329 HR: MIN:SEC 2:15:30 1146.7 1160 8 1132.0 1151.1 1173.3 2:16:30 1124.0 1176.4 1129.9 1154.0 1188.0 2:17:30 1064.4 1237.0 1141.2 1154.5 1336.3 2:18:30 1127.2 1348.6 1112.8 1127.2 1303.7 2:19:30 1085.9 1325.1 1092.0 1112.8 1262.8 2:20:30 1086.4 1277.3 1109.5 1125.5 1217.3 2.21:30 1104.0 1229.0 1118.3 1114.7 1187.4 ; 2:22:30 1153.5 1200.1 1129.2 1103.7' 1160.6 i 2:23:30 1191.2 1171.6 1138.3 1122.1 1193.1 2:24:30 1206.3 1156.7 1145.1 1131.0 1143.1 , 2:25:30 1320.4 1137.3 1151.8 1120.0 1133.4 2:26:30 1247.6 1150.5 1167.6 1104.2 1120.0 ! 2:27:30 t i65.6 1130.2 1148.9 1101.6 1136.1 - 2:28:30 '179.0 1148.6 1086.0 1108.1 1135.8 ! 2:29:30 1..04.8 1149.2 1107.0 1093.5 1123.7 2:30:30 1135.2 1145.4 1144.7 1107.7 1136.8 i 2:31:30 1193.8 1134.0 1154.8 1092.9 1125.4 2:32:30 1184.3 1149.5 1134.1 1109.2 1134.3 2:33:30 1182.9 1154.7 1155.8 1111.6 1136.7 2:34:30 1187.6 1162.5 1169.7 1116.2 1138.8
/T 2:35:30 1190.6 1174.9 1157.7 1116 9 1140.7
( 2:36:30 1181.4 1166.5 1133.9 1111.7 1152.1 2:37:30 1190.6 1184.7 1125.9 1099.1 1083.6 2:38:30 1178.3 1185.5 1130.3 1114.1 1079.2 2:39:30 1169.1 1180.7 1130.5 1125.1 1100.5 2:40:30 1185.3 1194.8 1133.7 1126.1 1098.6 2:41:30 1183.1 1190.0 1130.5 1128,8 1092.4 r 2:42:30 1187.2 1197.0 1154.6 1148.5 1101.4 l 2:43:30 i t75.3 1178.7 1146.5 1146.9 1118.9. , 2:44:30 1191.1 1199.7 1171.4 1164.2 1145.3 2:45:30 1187.2 1186.9 1158.3 1155.5 1145.1 2:46:30 1185.4 1198.3 1181.3 1176.2 1166.6 2.47.30 1194.8 1205.3 1180.3 1166.3 1144.4 ; 2:48:30 1193.2 1177.4 1183.0 1165.5 1132.9 2:49:30 1138.0 1152.1 1155.6 1131.7 1142.2 2:50:30 1123.0 1135.5 1139.1 1099.1 1113.0 2:51:30 1109.7 1128.5 1116.5 1104.6 1131.1 2:52:30 1104.6 1142.3 1132.6 1133.7 1114.4 2:53:30 1091.2 1115.4 1094.6 1120.9 1079.1 2:54:30 1089.6 1090.4 1095.8 1134.6 1089.0 2:55:30 1081.6 1069.6 1085.3 1114.6 1088.0 2:56:30 1080.6 1073.3 1096.1 1117.9 1094.9 2:57:30 1082.7 1070.9 1091.1 1109.6 1090.5 2:58:30 1083.9 1075.7 1091.0 1101.1 1082.5 ( 2.59:30 1092.6 1091.4 1108.8 1111.9 1083.5 issued: December 29,1994 Revised: January 30,1995 ;
7 I p$ f.' i- 'FPC File NE0016 CONDUlT A TEMPERATURES ' Page E-33'~ TEST DATE: DECEMBER 6,1994 Temperatures on No. 8 AWG Copper Conductor,'F ( TIME TC. NO. 325 TC.NO.326 TC. NO. 327 TC. NO. 328 TC. NO. 329 l' HR: MIN: SCC i 3:00-30 1081.2 1085.8 1110.4 1123.3 1097.7 3:01:30 1076.4 1080.6 -1104.2 1122.0 1101.1 3:02:30 1095.7 1095.1 1103.8 1114.8 1086.5 3:03:30 1092.4 1100.2 1113.6 1127.8 1100.2 3:04:30 1084.6 1088.4 1102.8 1120.4 1106.1 3:05:30 1097.2 1097.7 1103.3 ~ 1107.0- 1097.7 3.06:30 1109.8 1116.8 1119.2 1113.1 1099.0 3:07:30 1099.2 1101.7 1108.2 1105.7 1105.8 3:08:30 1099.6 1105.6 1117.0 1108.7 1111.4 , 3:09.30 1119.3 1120.4 1120.5 1098.7 1097.4
)
i i Issued: Dece.mber 29.1994 Revised: January 30,1995
- FPC File NE0016 CONDUlT A TEMPERATURES Page E-34 1 TEST DATE: DECEMBER 6,1994 Temperatures on No. 8 AWG Copper Conductor 'F i..g TIME TC.NO.105 TC.No.104 TC. NO.107 TC. NO.108 TC. NO.109 HR: MIN:SEC 0.00:30 57.0 59.6 51.2 52.8 46 3 0.01:30 59.9 57.6 49.5 45.7 41.1 0:02:30 58 8 59.4 50.5 49.5 44.3 0.03:30 60.0 57.6 49.6 46.0 41.4 L 55.4 59.1 51.5 55.1 48 2 0.04:30 0:05:30 45.4 40.7 45.9 40.4 46.5 0.06:30 57.1 50.6 48.5 40.9 38 9 0.07:30 58.6 53.6 50.4 44.6. 39.4 0.08:30 40.1 39.2 50.6 52.1 55.0 0:09:30 38.7 44.1 56.2 61.8 61.0 0:10:30 43.9 42.2 49.0 52.5 53.3 0:11:30 53.1 50.5 54.9 52.2 46.3 0:12:30 40.6 46.2 61.7 69.0 63.5 0:13:30 53.5 64.2 80.4 80.5 64.0 0:14:30 64.9 68.2 75.4 69.2 52.4 0:15:30 65.5 67.6 74.7 68.9 53.0 0:16:30 68.9 74.6 83.0 75.3 58.1 0:17:30 67.1 78.7 91.8 85.7 66.0 0:18:30 70.7 81.8 93.5 86.7 67.8 0:19:30 64.4 78.9 96.5 96.6 80.7 0:20:30 60.8 76.6 96.0 98.6 86.4 0:21:30 63.5 70.5 86.1 89.5 83.7 0:22:30 68.9 74.9 88.2 90.5- 85 0 0:23:30 71.6 78.4 93.0 95.6 89.9 0:24:30 72.9 88.0 108.3 111.3 101.9 0:25:30 92.6 96.1 104.9 98.6 87.7 0:26:30 82.5 92.3 100.4 113.3 106.1 0:27:30 92.8 99.6 111.4 111.1 104.4 0:28:30 112.1 121.0 129.0 120.5 103.2 0:29:30 99.7 118.5 137.9 139.2 126 6 0:30:30 120.7 127.7 135.0 127.5 112.4 0:31:30 110.0 129.6 148.6 149.8 137.6 0:32:30 130.1 136.9 143.8 136.6 123.8 0:33:30 138.2 152.6 161.4 152.4 135.2 0:34:30 136.5 144.2 150.8 149.4 144.7 0.35:30 140.3 153.9 168.2 171.0 165.6 0:36:30 185.5 175.1 174.2 166.4 162.3 0:37:30 194.5 198.9 205.9 210.0 211.1 0:38:30 196.0 195.8 200.4 206.5 212.2 0:39:30 205.2 200.5 197.2 198.4 204.4 0:40:30 206.4 201.7 198.0 198.3 203.7 0.41:30 215.6 209.5 204.0 199.2 199.0 0.42:30 198.0 202.2 209.0 214.3 218.1 0:43:30 205.5 201.4 198.7 200.5 206.8 0.44:30 203.9 199.9 199.4 203.2 210.4 issued: December 29,1994 Revised: January 30,1995
p FPC File NE0016 CONDUlT A TEMPERATURES Page E-35 TEST DATE: DECEMBER 6,1994 Temperatures on No. 8 AWG Copper Conductor,'F 6-TIME TC. NO.106 TC.NO.106 TC. NO.' 107 TC.NO.108 TC. NO.109 HR: MIN:SEC 0 0.45,30 200.5 199.6 202.8 209.5 215.2 0:46:30 199.4 200.8 205.7 212.3 217.2 0 47:30 212.2 217.0 220.2 218.8 213.8 0:48:30 210.9 205.1 201.0 199.2 203.1 0:49:30 220.0 216.1 209.4 204.0 200.3 0.50:30 207.4 202.5 199.2 200.0 205.5 0:51:30 213.2 217.2 219.5 217.0 211.2 0:52:30 217.4 211.2 205.4 200.3 199.0 0:53:30 199.1 199.6 204.0 210.5 215.7 0.54:30 214.2 207.4 202.8 198.5 200.4 0:55:30 199.5 204.8 211.2 215.7 218.8 0:56:30 211.3 205.2 200.7 198.1 201.9 0:57:30 219.5 218.2 213.2 206.3 202.2 0.58:30 203.1 199.3 199.4 203.2 210.8 0:59:30 203.3 199.6 199.8 203.6 211.1 1:00:30 213.3 206.8 202.5 199.1 202.1 1:01:30 219.7 215.4 209.2 203.8 200.7 1:02:30 219.7 216.3 210.2 204.4 201.2 1:03:30 215.3 208.8 204.6 199.4 200.6 1:04:30 198.4 200.0 205.6 211.4 217.2 1:05:30 206.3 213.4 218.6 219.3 217.3 p 1:06:30 1:07:30 217.7 197.3 219.1 201.6 217.1 209.2 208.6 212.9 205.2 219.1
'qj 1:08:3u 196.8 200.5 205.9 210.9 218.3 1:09:30 214.2 206.2 201.1 196.0 200.4 1:10:30 208.9 200.2 196.8 194.6 203.1 1:11:30 200.5 194.0 194.5 198.8 212.4 1:12:30 211.9 202.3 199.1 197.2 206.1 1:13:30 216.3 21;!.2 209.4 207.8 213.7 1:14:30 210.4 211.7 217.8 223.9 235.3 1:15:30 202.0 200.7 211.7 226.8 253.1 1:16:30 215.9 215.2 225.8 237.5 260.6 1:17:30 233.9 223.7 230.1 238.3 257.3 1:18:30 222.2 218.7 237.6 259.6 283.5 1:19:30 236.8 242.2 262.2 281.1 296.7 1:20:30 260.6 260,1 271.5 281.0 292.0 1:21:30 253.2 249.4 264.4 285.1 308.2 1:22:30 259.8 268.7 290.7 312.1 326.7 1:23:30 268.3 278.5 301.0 321.8 335.2 1:24:30 271.1 274.0 294.8 318.5 340.2 1:25:30 283.3 285.8 302.3 321.6 341.7 1:26:30 299.3 300.8 317.2 330.8 343.9 1:27:30 290.6 306.1 336.0 359.6 372.7 1:28:30 307.6 312.7 333.3 351.7 364.4 1:29:30 320.0 325.9 347.5 365.0 371.2 O
Issued: December 29.1994 Revised: January 30,1995 s
i FPC File NE0016 CONDUlT A TEMPERATURES Page E-36 l TEST DATE: DECEMBER 6,1994 Temperatures on No. 8 AWG Copper Conductor, *F TIME TC, NO.106 TC. NO.106 TC. NO.107 TC. NO.108 TC.NO.109 ! HR: MIN:SEC l 1:30.30 328.7 340.4 365.7 383.5 384.4 ) 1:31:30 312.9 329.6 369.3 403.0 411.1 ! 326.7 338.4 373.6 405.4 413.7 I 1:32:30 1:33:30 345.5 364.5 402.2 428.5 424 6 . 336.2 363.1 411.4 452.1 453.7 l 1:34:30 1:35:30 358.6 377.2 417.4 452.0 451.0 i 1:36:30 345.3 366.1 417.3 467.4 479.2 ! 1:37:30 351.3 383.3 441.9 493.4 500.8 1:38:30 361.0 385.1 444.2 493.5 503.3 1:39:30 359.1 391.3 463.9 521.4 527.9 l 1:40:30 373.4 405.4 476.0 531.1 535.8 1 1:41:30 375.4 422.5 504.8 569.2 569.8 ! 1:42.30 387.4 425.0 501.4 567.3 576.0 1:43:30 384.0 435.7 526.8 603.8 612.4 ! 1:44:30 410.8 462.0 543.5 615.3 620.0 1:45:30 416.8 471.9 558.4 636.6 644.6 463.9 569.1 656.3 672.5 ; 1:46:30 409.0 1:47:30 417.1 480.5 601.9 686.0 694.0 1:48:30 420.7 500.0 641.2 728.6 726.5 1:49:30 448.1 529.9 666.2 755.8 740.6 1:50:30 460.5 538.5 685.5 773.3 759.3 1:51:30 471.9 553.8 708.8 802.1 786.7 1:52:30 480.4 574.3 746.2 841.7 821.2 ; 1:53:30 496.2 592.9 772.1 875.5 845.2 1:54:30 507.2 603.5 792.2 890.6 868.0 1:55:30 512.7 659.8 836.9 939.0 900.4 1:56:30 589.2 716.4 852.8 956.2 940.2 i 1:57:30 544.1 972.8 898.0 1008.9 978.7 1:58:30 791.9 1029.5 910.5 1053.6 1006.0 1:59:30 899.8 1080.7 1009.1 1107.7 1041.0 2:00:30 1069.6 1097.7 1128.8 1165.8 1087.7 1 i 2:01:30 1135.5 1112.2 1164.0 1179.9 1123.8 2:02:30 1168.3 1145.8 1170.6 1175.6 1154.2 2:03:30 1202.2 1185.7 1198.2 1197.1 1158.7 2:04:30 1205.2 1197.5 1187.7 1188.5 1151.1 i 2.05:30 1210.6 1205.7 1210.8 1200.6 1149.9 2:06:30 1159.0 1181.8 1170.2 1168.8 1138.9 ; 2:07:30 1165.3 1189.1 1166.1 1163 6 1147.9 i I 2.08:30 1151.5 1165.1 1154.0 1160.3 1162.9 2:09.30 1175.6 1190.0 1172.5 1171.1 1171.0 2:10.30 1170.7 1178.7 1160.8 1157.6 1156.5 2:11:30 1121.7 1059.0 1143.8 1138.1 1125.2 2:12:30 1106.3 1127.1 1208.7 1134.4 1241.3 2:13:30 1098.6 1098.3 1232.0 1108.2 1224.1 2:14:30 1113.2 1137.9 1244.1 1132.4 1199.1
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Issued: December 29,1994 Revised: January 30,1995
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i i
;FPCFi1e'NE0016 CONDUlT A TEMPERATURES Page E-37: -
TEST DATE: DECEMBER 6.1994 j
-t Temperatures on No. 8 AWG Copper Conductor, T:
TIME TC. NO.108 TC. NO.108 TC. NO.107 TC. NO.108 ' TC. NO.109 3 HR: MIN:SEC 'i 2:15:30' .1124.1 1112.6 1250.3 '1128.6 1127.6 _; 2:16:30 1109.4 1145.4 1230.1 1123.2' 1133.2 ! 2:17:30 1110.1 1145.2 - 1209.1 1116.9 1138.7 ,
- 2
- 18:30 1072.2 1126.4 1209.4 1121.3 1164.2 l 2:19:30 1078.9 1097.9 1215.6 1110.4 1152.1 l 2:20.30 -1077.3 1083.2 1177.8 1095.3 1131.1- ll 2:21:30 1077.8 1083.0 1158.2 . 1096.6 1114.5 !
2:22:30 1080.4 1088.6 1137.7' 1103.1- 1114.7 - ! 2:23:30 1088.0 1061.5 1133.6. 1098.3 11097.9 I 2:24:30 1078.5 -1105.0 1156.0 1063.1 '1085.9 . i 2:25:30 1094.5 1123.6 1171 7 1090.2 1079.8 2:26:30 1077.5 1120.6 1188.7 1104.3 , 1107.5 .. 2:27:30 1101.2 , 1145.8 1210.2 1106.9 1096.7 ] 2:28:30 1086.0 1137.3 1195.3 1097.3 1090.1 i 2:29:30 1082.4 1151.4 1208.2 1110.1 1102.4 _ 2:30:30 1092.9 1156.9 1186.3 1092.9 1087,9 i 2:31:30 1094.7 1175.6 1201.3 1111.4 1099.8 .! 2:32:30 1104.0 1171.3 1199.2 1078.1 1096.1 i 2:33:30 -1108.6 1172.3 1186.3 1102.5 1_102.9 l 2:34:30 1118.0 1173.3 1150.3 1109.0 1112.6 ! 2:35:30 1112.9 1185.3 1157.5 1114.8 1124.9 ! I 2:36:30 1128.6 1230.3 1235.3 1125.9 1140.9 2:37:30 1092.7 1221.2 1252.8 1136.8 1161.9 2:38:30 1104.2 1219.6 1240.7. 1117.1 1152.4 2:39:30 - 1112.2 1219.9 1217.4 1127.9 1132.7 2:40:30 1100.8 1196.1. 1212.3 1135.7 1155.7 2:41:30 1101.3 1191.4 1212.9 1150.1 1172.6-2:42:30 1122.1 1181.1 1199.7 1144.5 1174.9 2:43:30 1144.1 1199.0 1215.0 1162.6 1175.0 2:44:30 1135.7 1173.8 1192.3 1157.2 1179.9 2:45:30 1150.1 1188.3 1215.9 1175.0 1184.6 2:46:30 1160.6 1175.5 1205.8 1157.9 1174.4 2:47:30 1147.6 1187.4 1212.8 1173.4 1197.0 2:48:30 1145.6 1166.3 1235.2 1161.6. 1205.9 2:49:30 1145.5 1179.3 1469.7 1146.2 1230.4 2:50:30 1058.0 1154.5 1324.0 1124.1 1333.6 2:51:30 1018.1 1145.8 1332.2 1117.6 1332.4 2:52:30 1049.6 1128.6 1220.9 1107.3 1139.9 2:53:30 1090.8 1133.9 1142.6 1131.8 1114.1 2:54:30 1094.5 1101.2 1087.2 1106.8 1091.6 2:55:30 1091.1 1099.0 1100.0 1108.9 1093.2 2.56:30 1088.4 1090.4 1095.1 1089.1 1089.2 2:57:30 1095.1 1090.3 1103.3 1094.6 1094.8 2:58:30 1094.3 1085.6 1105.3 1101.4 1102.6 2:59:30 1096.5 1071.2 1090.6 1089.9 1104.5 O issued: December 29.1994 Revised: January 30.1995
i FPC File NE0016 CONDUlT A TEMPERATURES Page E-38 TEST DATE: DECEMBER 6.1994 Temperatures on No. 8 AWG Copper Conductor. 'F TIME TC.No.105 TC. NO.108 TC.NO.107 TC. NO'.108' ~ TC. NO.109 HR: MIN:SEC 3:00.30 1109.2 1077.7 1094.7 1082.3 1096.9
~ 3:01:30 1112.8 1083.2 1103.7 1087.5 1099.5-3:02:30 1092.7 1066.7 1103.8 1100.4 1118.8 3:03:30 1093.3 1066.0 1101.7 1091.2 1113.2 i 3.04:30 1121.2 1079.0 1122.9 1098.4 '1114.9 l 3:05:30 1105.2 1071.9 1129.7 1107.1 1129 8 1 3:06:30 1094.4 1062.4 1121.6 1100.7 1133.1 3.07:30 1116.1 1090.8 1140.2 1110.7 1131.4 3:08:30 1114.2 1095.5 1138.3 1101.4 1129.6 3:09:30 1105.4 1088.7 1140.0 1107.7 1148.5 i
e l i t O l r issued: December 29,1994 Revised: January 30,1995 __ -_____- i
FPC File NE0016 CONDUlT A TEMPERATURES Page E-39 TEST DATE: DECEMBER 6,1994 fm Temperatures on No. 8 AWG Copper Conductor,'F
=i )
TIME TC. No.110* TC. NO.111 TC. NO.112 TC.NO.103 TC. NO.104 HR: MIN:SEC 'F 'F 'F 'F l 0.00:30 59.5 58.4 53.3 48.6 0.01:30 56 6 50.5 44.4 47.8 0:02:30 59.4 57.0 '51.1 48.4 0.03:30 57.7 52.4 45.6 47.9 0:04:30 58.3 59.4 55.9 48.9 s 0:05:30 41.5 38.1 39.7 48.7 0:06:30 48.9 43.4 38.7 47.7 h O.07:30 53.6 46.5 41.6 47.6 I 0:08:30 38.2 40.0 45.4 49.6 !' 0:09:30 41.2 47.7 54.1 50.5 l 0:10.30 41.4 38.4 40.5 48.9 0:11:30 47.9 42.8 38.7 48.1 0:12:30 40.7 46.2 52.9 50.7 ! 0:13:30 56.1 60.6 60.3 50.5 L 0:14:30 57.3 50.3 44.7 46.7 0:15:30 55.4 49.0 43.4 49.0 0:16:30 62.5 57.5 49.7 50.0 0:17:30 64.2 65.4 60.4 51.6 i 0:18:30 66.9 66.3 59.5 50.6 0:19:30 61.5 66.7 67.8 63.4 0:20:30 64.0 69.6 69.9 64.2 55.8 58.4 61.6 f 0:21:30 0:22:30 52.6 56.7 56.6 57.2 60.1 0:23:30 58.4 61.8 63.8 65.9 l l l 0:24:30 67.8 76.2 77.1 74.5 1 0:25:30 77.3 72.7 63.2 56.1 0:26:30 70.6 75.3 77.1 75.0 0:27:30 74.9 78.1 78.4 76.4 0:28:30 95.8 89.4 78.4 65.5 0:29:30 95.9 101.9 99.6 89.8 0:30:30 100.3 95.7 84.8 73.7 0:31:30 107.0 112.8 109.8 98.2 l 0:32:30 120.2 114.8 101.1 84.7 0:33:30 127.6 127.4 115.1 95.4 0:34:30 121.6 116.5 105.9 95.0 0:35:30 132.3 138.1 135.4 125.9 0.36:30 153.4 144.6 129.9 118.1 0:37.30 175.0 169.0 159.5 150.6 0.38:30 192.8 192.0 180.1 167.1 0:39:30 202.6 197.7 194.8 195.9 0:40:30 204.6 199.8 196.8 199.3 0:41:30 213.8 207.0 201.9 198.0 0:42:30 198.2 201.0 207.2 213.1 0:43:30 205.1 200.7 198.5 201.5 0:44:30 204.8 200.4 199.0 202.9
- Thermocouple No.110 Malfunctioned.
Issued: December 29,1994 Revised: January 30,1995 l
FPC File NE0016 CONDUlT A TEMPERATURES Page-E-40 ! TEST DATE: DECEMBER 6,1994 l I'\ - Temperatures on No. 8 AWG Copper Conductor,'F-Y TC. NO.112 TC.NO.103 TC. NO.104 TIME TC. NO.110* TC.NO.111 ! HR: MIN:SEC 'F *F *F *F l 0.45:30 201.5 199.3 202.0 208.4 0:46:30 199.4 201.1 206.5 213.2 0.47:30 213.5 218.1 220.0 217.1 i 0:48:30 211.2 205.2 200.6 199.1 0.49:30 218.9 215.2 208.4 203.7 0:50:30 205.0 200.5 198.3 201,5 0:51:30 213.3 217.7 218.7 215.3 0:52:30 214.9 208.2 202.8 198.9 0:53:30 198.4 200.4 205.9 212.3 0.54:30 211.4 205.2 200.6 198.4 0:55:30 200.5 206.5 212.8 217.1 0:56:30 206.8 202.4 198.3 198.8 0:57:30 ~ 218.5 217.1 211.5 .205.2 0:58:30 202.9 198.9 198.5 203.2 0:59:30 204.3 200.1 198.7 202.8 1:00:30 211.6 205.8 200.8 199.1 1:01:30 219.1 215.2 207.9 203.3 1:02:30 218.7 214.3 207.2 202.8 1:03:30 212.4 206.3 201.1 198.8 1:04:30 198.7 201.8 208.0 214.1 l 1:05:30 208.2 214.1 218.1 218.7 : 1:06:30 218.3 217.8 212.7 205.9 g 1:07:30 197.9 202.7 209.3 214.3 1:08:30 196.6 200.8 206.8 212.0 1:09:30 210.7 204.1 198.6 195.0 1:10:30 206.3 200.6 195.2 193.6 1:11:30 199.0 194.6 193.6 197.9 1:12:30 211.4 204.8 197.3 192.6 1:13:30 2t5.0 214.5 208.0 200.2 1:14:30 205.5 210.0 210.8 211.5 1:15:30 203.6 202.1 203.1 206.6 1:16:30 218.1 214.7 208.9 209.1 1:17:30 248.8 235.4 212.5 199.2 1:18:30 243.1 234.5 213.6 206.8 1:19:30 267.1 260.5 231.7 211.8 1:20:30 280.9 261.1 227.3 200.0 1:21:30 276.3 266.9 249.2 226.7 1:22:30 305.4 293.1 266.9 234.1 1:23:30 317.4 303.2 274.6 244.2 1 1:24:30 311.6 302.9 282.9 262.9 1:25:30 316.7 303.1 283.8 265.6 , 1:26:30 327.9 308.1 284.7 266.0 1:27:30 346.0 333.6 311.3 284.2 i 1:28:30 340.1 322.3 302.0 284.1 ! 1:29:30 352.3 329.7 303.1 282.1 i l
- Thermocouple No.110 Malfunctioned.
I Issued: December 29,1994 Revised: January 30.1995 ;
- _ _ _ _ _ _ - _ _ _ _ - _ - _ _ _ _ _ - _ _ - _ - _ _ . _ _ _ _ _ - . . _ _ . - . _ _ _ _ _ _ _ _ _ _ _ _ = _ _ _ _ _ _ - -
FPC File NE0016 CONDUlT A TEMPERATURES Page E-41 TEST DATE: DECEMBER 6,1994 f[ Temperatures on No. 8 AWG Copper Conductor, "F
-(
TIME TC. NO.110* TC.No.111 TC.NO.112 TC.NO.103 TC. NO.104 i HR: MIN:SEC 'F 'F 'F 'F 1:30:30 367.5 342.4 312.4 284.5 ; 1:31:30 362.5 348.8 330.6- 308.8 1:32:30 369.2 346,4 324.8 304.1 1:33:30 395.7 370.6 339.2 305.8 , L 1:34:30 '393.9 375.5 353 9 325.5 l 1.35:30 411.2 378.1 344.9 311,2 1:36:30 404.8 370.9 344.2' 320.5 1:37:30 414.2 388.2 364.8 340.0 l 1:38:30 430.0 388.7 355.0 325.5 l 1:39:30 430.2 387.9 357.5 336.1 , 1:40:30 450.5 402.9 366.3 336.1 1:41:30 445.1 404.4 378.0 356.9 1:42:30 477.0 422.3 379.9 348.2 1:43:30 471.2 415.5 381.1 359.5 1:44:30 495.9 441.8 403.9 374.9 1:45:30 509.8 451.0 410.9 381.0 1:46:30 522.6 447.4 397.1 365.4 1:47:30 530.6 452.2 399.6 368.0 1:48:30 532.5 453.6 406.4 381.0 1:49:30 549.9 475.8 428.3 397.9 l 1:50:30 573.9 491.5 435.3 395.2 ! 1:51:30 587.6 503.1 441.8 398.6 w 1:52:30 589.4 507.4 449.2 412.6 1:53:30 609.0 521.7 459.8 417.9 l 1:54:30 636.0 536.5 461.6 412.6 1:55:30 651.0 545.6 464.3 414.8 1:56:30 659.3 548.6 466.0 415.9 1:57:30 668.5 553.5 477.3 433.1 1:58:30 726.2 583.1 495.5 435.8 1:59:30 764.5 602.9 507.1 445.9 2:00:30 788.2 621.4 529.2 475.3 ) 2:01:30 791.1 627.8 534.4 482.1 ! 2:02:30 814.7 642.4 540.1 485.0 2:03:30 854.4 678.5 572.7 497.2 2:04:30 883.2 687.8 570.8 496.8 2:05:30 904.5 712.9 600.9 521.0 2:06:30 925.3 727.9 602.1 519.4 2:07:30 949.1 747.8 623.4 538.5 2:08:30 956.5 748.9 619.2 544.2 2:09:30 970.1 761.5 631.8 554.4 2:10:30 993.1 787.3 660.9 571.0 2:11:30 1013.8 791.4 660.1 573.7 2:12:30 1021.1 803.6 682.8 597.6 2:13:30 1052.8 822.3 687.6 593.9 2:14:30 1062.1 840.6 713.9 616.1 ihermocouple No.110 Malfunctioned, issued: December 29,1994 Revised: January 30,1995
4 FPC File NE0016 CONDUlT A TEMPERATURES Page E-42 l 1 TEST DATE: DECEMBER 6,1994 ' , Temperatures on No. 8 AWG Copper Conductor. 'F [%.]. TIME TC.No.110' TC. NO.111 TC.NO.112 TC. NO.103 TC. NO.104 - HR: MIN:SEC 'F 'F 'F 'F 2:15:30 1092.9 859.0 720.6 615.3 2:16:30 1102.0 862.3 722.1 624.9 2:17:30 1111.7 884.7 740.9 636.2 2:18:30 1101.9 889.9 758.6 660.5 2:19:30 1111.2 909.6 776.7 667.3 2:20:30 1046.1 915.7 ' 771.1 667.7 . 2:21:30 1001.6 925.7 779.8 678.3 ' 2:22:30 1024.8 935.4 788.2 689.8 2:23:30 1061.3 948.2 800.7 696.9 2:24:30 1104.3 964.5 813.9 705.6 2:25:30 1127.6 987.4 831.5 716.9 2:26:30 1117.3 984.6 834.3 732.6 2:27:30 1122.9 1017.9 862.5 741.5-2:28:30 1129.6 1018.4 862.0 745.2 ' 2:29:30 1126.5 1026.1 876.9 761.1 2:30:30 1144.2 1050.8 889.5 764.0 ' 2:31:30 1123.1 1068.4 908.5 781.5' 2:32:30 1136.7 1078.6 918.1 785.7 2:33:30 1122.9 1087.7 933.2 797.7 2:34:30 1126.0 1085.0 947.3- 810.1 2:35:30 1143.8 1074.2 961.3 822.4 2:36:30 1155.6 1082.7 996.0 842.6 ' 2:37:30 1140.2 1063.8 1001.0 858.5 2:38:30 1153.5 1073.9 1010.5 869.1 2:39:30 1151.1 1092.0 1028.1 886.3 , 2:40:30 1130.6 1088.7 1031.6 900.4 2:41:30 1119.9 1097.9 1046.5 915.4-2:42:30 1126.3 1108.6 1048.7 925.1 2:43:30 1133.5 1132.5 1077.1 942.5 2:44:30 1129.5 1118.4 '1059.7 951.6 i 2:45:30 1135.2 1143.0 1089.9 977.0 ! 2:46:30 1150.0 1114.7 1080.2 976.9 . 2:47:30 1136.8 1133.7 1107.8 1001.1 l 2:48:30 1144.1 1134.2 1118.8 1014.0 ; 2:49:30 1164.7 1141.3 1128.1 1039.0 i 2:50:30 1078.3 1095.9 1056.4 1046.3 2.51:30 1068.7 1120.9 1062.1 1086.3 ; 2:52:30 1103.0 1133.2 1118.6 1096.4 l 2:53:30 1108.2 1123.1 1134.0 1121.7 l 2:54:30 1121.1 1107.0 1115.0 1100.5 1 2:55:30 1117.4 1106.9 1120.2 1108.3 l 2:56:30 1122.4 1109.8 1115.7 1101.2 l 2:57:30 1113.4 1113.2 1115.4 1097.1 2:58:30 1102.0 1111.6 1110.3 1084.0 2:59:30 1091.6 1105.2 1095.9 1064.2
- Thermocouple No.110 Malfunctioned. I issued: December 29,1994 Revised: January 30,1995
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FPC File NE0016 CONDUlT A TEMPERATURES Page E-43 TEST DATE: DECEMBER 6,1994 r Temperatures on No. 8 AWG Copper Conductor *F ' D]; , TIME TC. No.110* TC. NO.111 TC. No.112 TC.NO.103 TC. NO.104 ; HR: MIN:SEC 'F 'F *F. *F ' 3:00:30 1099.3 1118.8 1107 1 1057.3 3:01:30 1100.5 1119.8 1127.7 1063.7 3:02:30 1064.8 1094.7 1107.4 1063.0 3:03:30 1095.5 1093.2 ~ 1097.2 1059.3 3:04:30 1102.1 1100.5 1105.5 1076.7 l' 3:05:30 1093.4 1088.7 1093.1 1081.3 3:06:30 1095.7 .1077.7 1076.6 1067.2 3:07:30 1110.0 1094.4 1097.6 1084.1 , 3:08:30 1119.4 1100.9 1098.6 1083.9 3:09:30 1106.5 1068.6 1088.2 1083.6 5 F
'F O '
' Thermocouple No.110 Malfunctioned. ,
O issued: December 29,1994 Revised: January 30.1995
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a , e i
-FPC' File NE0016 CONDUlT TEMPERATURES Page E-44 TEST DATE: DECEMBER 6,1994 i (T Average Temperature on No. 8 AWG Copper Conductor. 'F D .
HR: MIN:SEC 0:00:30 50.0 0:01:30 49.5 0:02:30 49.9 0:03:30 49.6 0.04:30 50.0 l 0:05:30 48.1 i 0:06:30 48.7 0:07:30 49.4 0:08:30 48.6 49.6- : 0:09:30 0:10:30 49.4 0:11:30 50.8 0:12:30 52.0 ' 0:13:30 55.2 0:14:30 56.0 0:15:30 57.4 0:16:30 60.4 0:17:30 83.4 0:18:30 66.0 0:19:30 69.2 0:20:30 72.6 [ C 0:21:30 74.3 78.2 ( 0:22:30 ; 0:23:30 83.0 0:24:30 89.2 j 0:25:30 93.4 0:26:30 99.0 0:27:30 104.6 0:28:30 111.1 0:29:30 118.3 , 0:30:30 122.7 l 0:31:30 138.0 0:32:30 146.2 0:33:30 154.8 -l 0:34:30 161.6 ] 0:35.30 171.6 0:36:30 179.5 0:37:30 190.6 0:38:30 195.7 0:39:30 199.4 0:40:30 200.9 0:41:30 203.2 0:42:30 206.4 i 0:43:30 207.9 0:44:30 208.2 O Issued: December 29,1994 j Revised: January 30,1995 l 1
i I 1
. FPC File NE0016 CONDUlT A TEMPERATURES Page E-45 ,
TEST DATE: DECEMBER 6,1994 . p Average Temperature on No. 8 AWG Copper Conductor. 'F 'k ! TIME ' HR: MIN:SEC O.45 30. 208.6 0:46:30 208.8 ; 0.47:30 210.6 0:48:30 208.4 0.49:30 209.5 0:50:30 207.6 j 209.9 0:51:30 0:52:30 208.1 0:53:30 207.7 0:54:30 207.2 0:55:30 207.8 ; 0:56:30 206.1 , 0:57:30 207.9 0:58:30 206.1 0:59:30 207.6 l 1:00:30 209.0 1:01:30 210.7 [ 1:02:30 210.9 j 1:03:30 210.5 1:04:30 211.6 l 1:05:30 214.2 s 1:06:30 215.1
\ 1:07:30 215.0 1:08:30 216.1 !
1:09:30 217.4 1 1:10:30 218.4 l 1:11:30 219.6 j 1:12:30 222.4 1:13:30 . 226.6 ! 1:14:30 230.6 i 1:15:30 234.5 1:16:30 241.6 l 1:17:30 250.0 1:18:30 257.6 , 1:19:30 267.5 1:20:30 273.7 1:21:30 282.1 1:22:30 291.9 1:23:30 300.1 , 1:24:30 307.7 1:25:30 314.4 1:26:30 321.1 1:27:30 330.8 1:28:30 335.5 1:29:30 341.9 1 O ! I issued: December 29,1994 Revised: January 30,1995 j l
FPC File NE0016 CONDUlT A TEMPERATURES Page E-46 ; TEST DATE: DECEMBER 6,1994 , i Average Temperature on No. 8 AWG Copper Conductor, T (']J TIME HR: MIN:SEC 1:30:30 349.3 , 1:31:30 356.0 1:32:30 361.6 1:33:30 370.3 1:34:30 377.0 1:35:30 383.2 ; 1:36:30 388.0 1:37:30 396.8 1:39:30 402.8 1:39:30 409.4 1:40:30 418.2 1:41:30 426.5 436.5 1:42:30 1:43:30 444.4 1:44:30 457.1 1:45:30 467.6 1:46:30 476.8 1:47:30 488.5 1:48:30 501.1 1:49:30 517.4 1:50:30 533.1 1:51:30 548.4 0s 1:52:30 1:53:30 564.3 582.8 1:54:30 606.4 1:55:30 656.7 1:56:30 781.0 ; 1:57:30 646.7 1:58:30 924.8 1:59:30 983.4 2:00:30 1039.2 2:01:30 1067.1 1 2:02:30 1082.5 2:03:30 1099.6 , 2:04:30 1100.9 ( 2:05:30 1106.2 2.06.30 1092.9 2.07:30 1099.5 2:08:30 1108.3 f 2:09:30 1121.4 2:10:30 1114.9 2:11:30 1092.7 2:12:30 1086.6 2:13:30 1090.4 2:14:30 1092.3
]
O Issued: December 29,1994 Revised: January 30,1995
'FPC File NE0016- CONDUIT A TEMPERATURES Page E-47 TEST DATE: DECEMBER 6,1994
): Average Temperature on No. 8 AWG Copper Conductor. 'F
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TIME HR: MIN:SEC 2:15.30 1090.7-2:16:30 1093.4 2:17:30 1096.3 2:18:30 1094.7 2:19:30 1086.9 2:20:30 1077.0 2:21:30 1071.4 2:22:30 1073.3 2:23:30 1077.5 2:24:30 1078.7 2:25:30 1079.3 . 2:26:30 1089.3 2:27:30 1091.6 2:28:30 1085.6 2:29:30 1087.7 2:30:30 1090.7 2:31:30 1093.4 2:32:30 1094.d 2:33:30 1100.2 2:34:30 1106.5 2:35:30 1113.3 O 2:36:30 2:37:30 2:38:30 1122.2 1121.1 1119.9 2:39:30 1122.3' 2:40:30 1124.8 2:41:30 1126.6 2:42:30 1132.9 2:43:30 1140.3 2:44:30 1143.7 - 2:45:30 1151.1 2:46:30 1152.8 2:47:30 1156.0 2:48:30 1157.6 2:49:30 1159.4 2:50:30 1134.8 2:51:30 1132.4 2:52:30 1122.1 2:53:30 1115.5 2:54:30 1102.6 2:55:30 1098.3 2:56:30 1096.3 2:57:30 1095.5 2:58:30 1094.1 2.59:30 1092.7 issued: December 29,1994 Revised: January 30,1995
T 4
'FPC_ File NE0016- CONDUlT A TEMPERATURES' Page E-48 l
, - TEST DATE: DECEMBER 6,1994 . f O d Average Temperature on No. 8 AWG Copper Conductor,'F TIME l HR: MIN:SEC ; 3:00:30' 1093.9 ; 3:01:30 1095.0 -l 3:02:30 1092.2 ; 3.03:30 1093.4 3:04:30 1096.5-3.05:30 1095.5 3:06:30 1096.1 l 1101.9 ; 3:07:30 3:06:30 1103.2 l' 3:09:30 1103.3 i
-l 1
-1 O
l i i l l O : Issued: December 29,1994 Revised: January 30,1995
r FPC File NE0016 CONDUlT A Page E-50 TEST DATE: DECEMBER 6,1994 ( Temperatures on Exterior Conduit Surface,'F Q]) TIME TC. NO. 344 . TC. NO. 348 TC. NO. 346 TC. No. 347 TC. NO. 348 HR: MIN:SEC - 0:47.30 213.1 207.9 203.4 202.3 205.1 0:48:30 203.7 211.2 216.8 222.1 222.4 0:49:30 201.1 203.9 205.7 213.5 218.3 0.50:30 209.6 216.7 220.7 223.4 219.9 0:51:30 211.7 206.7 202.7 202.6 ?%4 0.52.30 200.8 205.4 212.8 218.9 422.3 0:53:30 220.2 223.1 220.6 215.3 209.0 0:54:30 203.4 209.5 216.2 222.1 223.4 0:55:30 222.8 220.6 214.9 210.0 205.2 0:56:30 206.6 214.8 221.5 226.1 224.2 0:57:30 204.4 202.7 207.4 215.4 220.4 0:58:30 215.1 222.4 227.3 228.7 222.3 0:59:30 214.5 222.7 228.4 230.6 . 225.1 1.00:30 205.0 215.2 224.8 231.5 231.6 1:01:30 201.7 205.3 216.9 226.8 231.1 1:02:30 201.4 206.4 219.1 230.2 234.8 1:03:30 203.8 213.5 228.9 239.3 242.5 1:04:30 221.8 227.7 234.1 234.7 232.5 1:05:30 219.0 215.9 223.7 229.0 232.9 1:06:30 205.0 205.0 221.1 239.8 250.8 1:07.:30 223.6 226.0 236.2 246.5 246.1 n V 1:08:30 1:09:30 223.0 202.7 227.2 211.3 240.1 240.2 251.9 265.0 251.7 273.5 1:10:30 205.3 217.9 248.8 273.0 279.1 1:11:30 214.6 227.7 258.7 278.1 279.2 1;12:30 201.9 215.0 252.7 279.6 290.2 1:13:30 206.2 213.6 247.1 273.7 288.1 1:14:30 221.0 229.6 257.5 275.7 282.4 1:15:30 223.7 243.0 273.3 289.9 293.7 1:16:30 226.1 243.1 270.9 290.5 296.3 1:17:30 211.2 230.2 265.8 296.1 314.6 1:18:30 229.6 257.6 287.5 306.8 314.7 1:19:30 226.0 249.4 278.2 302.5 319.2 1:20:30 214.4 253.2 293.8 327.6 344.4 1:21:30 237.5 274.6 302.3 324.3 333.4 1:22:30 226.1 260.3 289.6 323.2 344.6 1:23:30 227.6 263.6 294.6 329.9 353.7 1:24:30 247.4 285.2 309.3 336.2 349.2 1:25:30 249.9 294.9 324.2 349.5 361.0 1:26:30 249.4 297.2 331.8 362.9 372.7 1:27:30 253.2 289.4 317.4 351.3 367.3 1:28:30 262.3 309.6 341.2 372.7 377.0 1:29.30 260.0 308.9 347.6 382.6 389.7 1:30:30 255.3 304.7 348.0 384.4 399.1 1:31:30 280.0 321.5 353.7 375.4 384.6 327.8 363.8 391.4 398.5 g 1:32:30 278.7 311.0 350.6 388.0 408.5 4 i 1:33:30 269.0 issued: December 29,1994 Revised: January 30,1995
FPC File NE0016 CONDUlT A Page E-49 i TEST DATE: DECEMBER 6,1994 (3 g Temperatures on Exterior Conduit Surface, T TIME TC. No. 344 TC. NO. 346 TC. NO. 344 TC. NO. 347 TC. NO. 348 HR: MIN:SEC 0.00.30 41.4 37.3 39.7 45.1 51.8 0:01:30 37.8 40.7 47.9 53.9 57.9 0:02:30 39 9 37.4 41.1 47.3 53.5 0.03'30 37.8 39.8 46.3 52.9 57.1 0:04:30 43.7 38.5 38.2 41.9 49.1 ; 0.05:30 52.4 57.8 60.1 58.0 51.8 0-06:30 42.7 50.4 55.5 59.7 58.9 0:07:30 39.6 44.5 52.1 57.3 59.9 0:08:30 58.5 61.7 58.9 53.6 46.9 0:09:30 62.0 59.4 52.8 47.3 42.8 ; 0:10:30 56.0 61.3 63.7 61.9 55.9 f 0:11:30 48.3 55.6 62.2 66.0 65.3 0:12:30 67.0 65.8 62.4 55.4 50.9 . 0:13:30 57.2 51.9 51.7 50f.r 55.9 0:14:30 50.3 54.4 66.5 70.9 75.4 0:15:30 55.1 61.3 72.9 77.2 80.0 0:16:30 56.1 58.2 69.1 76.3 82.3 0:17:30 65.1 61.0 66.1 71.1 80.3 0:18:30 66.8 64.2 71.4 78.3 87.9 j 0:19:30 81.8 76.6 77.2 76.8 82.6 82.0 89.7 Og 0:20:30 84.8 80.4 81.2 94.6 100.3 102.2 100.4 99.5 C/ 0:21:30 96.0 103.7 109.6 110.6 110.4 0:22:30 0:23:30 102.8 109.4 112.6 112.1 113.2 , 0:24:30 107.8 102.3 106.7 107.7 113.8 0:25:30 95.6 110.9 120.6 131.1 141.0 0:26:30 116.9 123.4 .127.3 126.8 133.0 0:27:30 120.0 128.5 134.2 135.0 141.4 f 0:28:30 105.4 117.0 134.1 146.9 162.5 0:29:30 125.7 126.2 132.3 135.9 149.5 0:30:30 117.1 132.9 150.5 162.4 174.9 0:31:30 133.9 136.0 144.4 148.6 162.7 i 0:32:30 121.2 134.4 155.7 170.4 187.2 0:33:30 129.2 136.6 154.6 169.0 188.4 0:34:30 138.9 157.5 178.8 190.4 198.9 0:35:30 155.2 163.9 175.4 181.5 187.3 0:36:30 141.5 161.9 188.3 204.9 211.1 0.37.30 163.6 174.7 190.4 196.7 195.2 0:38 30 166.9 183.9 207.3 206.7 202.3 0:39.30 160.6 184.8 218.1 220.8 217.5 0:40:30 163.0 194.7 220.2 223.3 221.2 0:41:30 160.2 197.0 213.9 221.6 226.4 0:42:30 196.5 224.1 220.7 216.7 213.1 0:43:30 209.1 217.7 221.5 225.5 224.6 0:44:30 210.7 218.0 221.8 223.7 221.3 0' 0:45:30 O.46:30 215.6 219.0 221.5 223.4 222.7 220.9 220.8 216.5 215.1 209.8 Issued: December 29,1994 Revised: January 30,1995
FPC File HE0016 . CONDUlT A Page E-51 TEST DATE: DECEMBER 6,199/ Temperatures on Exterior Conduit Surface,'F ;
)
TIME TC. NO. 344 TC. NO. 346 TC. NO. 348 TC. NO. 347 TC. NO. 348 HR: MIN:SEC 1:34:30 290.3 327.9 356.8 382.4 397.7 1:35:30 278.8 327.3 364.0 401.1 421.2 - 1:36.30 301.2 352.3 382.7 410.6 420.5 , 1:37:30 316.0 465.5 374.9 400.3 413.0 1:38.30 304.5 438.1 383.6 418.7 438.3 1:39:30 318.6 495.6 390.4 424.4 439.3 1:40:30 311.6 457.4 385.2 424.5 450.1 1:41:30 336.6 373.9 392.3 421.7 440.9 1:42:30 318.2 439.9 387.1 423.0 462.4 1:43:30 338.9 393.3 406.4 410.1 462.0 1:44:30 341.8 383.4 497.4 387.8 459.0 1:45:30 344.3 371.6 491.5 371.8 462.2 1:46:30 330.9 371.7 562.3 349.0 480.5 1:47:30 334.2 377.0 722.9 380.2 480.7 1:48:30 318.4 371.6 384.3 425.2 482.3 1:49:30 303.8 539.3 348.7 638.7 879.5 6 1:50:30 200.0 425.8 382.9 458.4 502.1 1:51:30 210.2 897.6 829.6 541.1 961.7 1:52:30 163.0 955.6 684.7 972.7 965.4 1:53:30 251.9 933.4 1004.3 1063.4 946.9 ; 1:54:30 481.6 991.4 1053.2 1119.5 1006.4 1055.6 1210.6 1177.4 1046.7 - O" 1:55:30 1:56:30 636.7 1250.4 949.9 1140.9 1159.1 1152.2 1:57:30 1058.5 1155.4 1184.3 1215.6 1099.6 1:58:30 1084.6 1154.6 1168.9 1209.7 1114.2 1:59:30 1037.8 1174.7 1183.0 1203.3 1115.0 2:00:30 1101.1 1213.9 1251.6 1176.5 1157.5 2:01:30 1147.9 1229.7 1167.0 1183.7 1108.4 2.02:30 1130.4 1140.2 1128.7 1173.7 1111.6 2:03:30 1145.2 1123.6 1110.3 1125.2 1108.6 ; 2:04:30 1120.8 1115.4 1106.4 1129.6 1140.5 2:05:30 1130.3 1113.1 1092.1 1114.0 1126.2 2:06:30 1120.9 1111.2 1098.7 1135.4 1144.5 2.07:30 1134.9 1115.6 1102.7 1137.5 1145.3 2.08:30 1128.8 1130.3 1124.8 1165.2 1051.5 2.09:30 1130.9 1125.9 1131.7 1169.9 1118.6 , 2:10:30 1144.1 1120.2 1116.5 1154.1 1108.3 2:11:30 1104.4 1132.8 1106.6 1111.4 1113.1 2:12:30 1109.0 1150.8 1092.8 1090.6 1101.2 2:13:30 1107.3 1123.9 1074.1 1091.0 1128.5 i 2:14:30 1145.2 1116.6 1074.7 1082.8 1122.1 ,. 2:15:30 1130.4 1087.0 1072.5 1090.2 1133.0 2:16:30 1123.5 1098.3 1090.0 1103.6 1142.7 2:17:30 1118.6 1091.5 1087.8 1097.3 1135.3 2:18:30 1134.1 1110.0 1097.1 1091.1 1097.6 , 2:19:30 1119.4 1096.9 1087.0 1083.7 1060.2 \ 2:20:30 1106.5 1095.9 1110.3 1094.8 1109.1 Issued: December 29.1994 Revised: January 30,1995
n , 1 FPC Ffle NE0016 CONDUIT A p M2 - ' TEST DATE: DECEMBER 6,1994 i ,-(rx
/ Temperatures on Exterior Conduit Surface. *F l w/
TIME TC. NO. 344 TC. NO. 348 TC. NO. 346 TC. NO. 347 TC. NO. 348 HR: MIN:SEC 2:21:30 1095.1 1101.8 '1116.6 1063.0 1107.3 , 2:22.30 1071.6 1099.7 _1137.7 1048.9 1101.0 , 2.23:30 1065.5 1076.1 1144.5 1070.8 1106.3 , 2:24:30 1064.6 1078.6 1162.2 1083.4 1099.5 2:25:30 1067.9 1087.7 1075.0 1082.6 1096 2 ; 2:26:30 1087.3 1118.7 1109.0 1091.3 1094.7 2:27:30 1089.9 1111.0 '1098.4 1076.4 1092.6 2:28:30 1087.9 1120.8 1117.5 1093.3~ 1115.2 2:29:30 1106.9 1136.8 1117.7 1095.1 1106.6 , 2:30:30 1089.0 1122.2 1061.5 1097.3 1102.7 2:31:30 1101.2 1135.1 1088.8 1077.8 1104.4 2:32:30 1084.2 1088.6 1103.0 1073.0 1123.1 2:33:30 1080.6 1089.3 1108.7 1081.3 1115.8 , 2:34:30 1095.5 1100.8 1108.6 1091.2 1122.5 2:35:30 1113.7 1111.3 1092.1 1102.1 1121.7 2:36:30 1126.1 1106.6 1068.0 1092.2 1116.1 , 2:37:30 1142.5 1126.4 1084.7 1109.2 1131.5 2:38:30 1128.3 1100.9 1070.7 1110.7 1143.8 ' 2:39:30 1130.8 1079.9 1074.1 1110.5 1133.5 2:40:30 1140.6 1094.0 1094.6 1120.3 1133.4 2:41:30 1140.9 1106.7 1103.1 1117.3 1124.5
\ 2:42:30 1104.0 1082.3 1108.9 1124.7 1123.9 .
2:43:30 1099.5 1071.8 1092.1 1104.1 1103.0 2:44:30 1089.3 1080.2 1102.4 1122.8 1114.5 2:45:30 1103.5 1085.3 -1089.5 1105.4 1089.7 2:46:30 1096.4 1080.1 1094.0 1119.1 1107.0 2:47:30 1120.6 1105.9 1112.1 1126.3 1102.2 2:48:30 1126.9 1115.0 1119.5 1132.5 1108.2 2:49:30 1132.4 1113.4 1110.2 1122.5 1105.6 2:50:30 1134.3 1130.7 1131.7' 1141.2 1126.2 2:51:30 1145.7 1138.7 1126.1 1131.0 1112.1 2:52:30 1132.0 1133.1 1133.4 1147.1 1130.6 ; 2:53:30 1157.3 1152.2 1142.7 1141.4 1108.6 i 1142.0 1143.9 1149.4 1153.3 1119.8 1 2.54:30 1138.6 1152.7 1152.5 1141.3 1101.3 i 2:55.30 1118.6 1153.9 1158.2 1135.7 1103.5 l 2:56:30 1120.0 1164.2 1166.1 1126.6 1096.1 l 2.57:30 1123.2 1176.4 1177.7 1130.0 1092.9 j 2:58:30 1111.7 1178.8 1190.6 1146.6 1107.9 f 2:59:30 1099.2 1166.5 1178.5 1138.7 1104.2 3:00:30 1105.3 1163.2 1172.0 1127.5 1104.0 3:01:30 1117.9 1178.9 1192.6 1136.5 1111.8 3:02:30 1112.5 1169.1 1189.6 1133.7 1121.3 3.03:30 1124.2 1166.0 1181.1 1114.9 1110.1 l 3:04:30 ) 1138.2 1178.3 1195.5 1119.8 1112.7 3:05:30 1132.8 1131.7 h U 3:06:30 3:07:30 1130.3 1141.0 1181.6 1170.2 1208.1 1197.9 1115.0 1122.4 issued: December 29,1994 Revised: January 30,1995
4,- FPC File NE0016 CONDUlT A - Page E-53 l
, TEST DATE: DECEMBER 6,1994 ' ; ( Temperatures on Exterior Conduit Surface, 'F TIME TC. NO. 344 TC. NO. 345 TC. NO. 344 TC. NO. 347 TC. NO. 344 HR: MIN:SEC 3:08:30 1139.0 1164.9 1198.8 1115.3 1128.5 3.09:30 . 1150.0 1179.9 1219.6 1126.9 1133.9 i l
1 1 i f O ; i 1 i l l Issued: December 29,1994 i Revised: January 30,1995
- v. , - ~ w-- , ,
n- 4 -,,--n-+ . - - , , ,, -
i l l l
'FPC: File NE0016 CONDUlT A Page E-54 TEST DATE: ' DECEMBER 6,1994 -
p) (a Temperatures on Exterior Conduit Surface,'F i i TIME TC. NO. 349 TC. NO. 350 TC. NO. 361 TC. NO. 352 ' TC. NO. 353 l HR: MIN:SEC 56.3 48.8 43.8 39.1 38.3 0:00:30 47.7 47.8 38.2 38.9 44.1 0:01:30 ' 53.2 48.3 41.2 37.9 39.7 0.02:30 50.2 48.1 39.3 38.1 42.0 0:03:30 59.3 50.1 49.9 43.9 39.7 0:04:30 38.1 48.0 47.6 54.0 58.3 0.05:30 0.06:30 42.8 48.0 39.3 44.2 51.3 ' 44.3 48.7 39.2 43.2 -50.0 0:07:30
- 43.8 51.6 57.1 60.6 59.7 0:08:30 54.3 54.6 63.2 59.5 52.9 0:09:30 42.1 55.5 56.1 59.2 61.2 0:10:30 45.1 59.0 51.9 55.5 58.3 0:11:30 58.5 69.0 72.7 67.1 59.2 0:12:30 0:13:30 71.3 75.2 71.9 57.9 48.7 61.9 78.3 62.8 56.4 56.9 0:14:30 67.7 86.6 69.2 60.5 59.5 0:15:30 79.5 94.3 77.1 62.7 58.3 0:16:30 93.6 103.1 88.7 69.7 58.6 0:17:30 101.5 112.2 95.3 74.5 63.2 1 0:18:30 113.4 125.5 114.3 89.2 72.3 0:19:30 122.2 138.3 124.5 98.3 78.9 l 0:20:30 p( 0:21:30 122.6 150.1 134.8 141.2 113.9 119.6 95.7 104.2 0:22:30 129.2 161.3 149.3 176.2 156.6 127.9 105.5 l 0:23:30 172.4 192.4 167.3 125.9 99.8 l 0:24:30 '
167.7 181.8 167.4 132.3 114.5 0:25:30 178.3 200.1 197.9 157.4 126.8 i 0:26:30 182.1 202.9 206.3 174.2 134.7 0:27:30 189.0 198.8 195.4 186.0 134.5 0:28:30 203.8 218.8 216.5 208.6 155.3 0:29:30 194.7 200.3 202.7 208.7 196.5 0:30:30 217.2 220.7 216.0 208.5 200.2 0:31:30 I 206.5 204.4 200.2 201.2 205.0 0:32:30 l 216.9 214.0 207.8 202.5 198.6 0:33:30 198.4 203.6 209.6 215.2 217.6 0:34:30 210.3 218.3 222.9 221.3 214.3 0:35:30 202.3 203.4 206.9 212.1 0:36:30 203.3 221.2 223.8 219.3 211.1 l 0:37:30 214.0 211.7 219.4 224.5 222.9 215.3 l 0:38:30 201.0 203.3 209.5 215.8 218.3 0.39:30 203.3 203.2 207.9 213.5 217.0 l 0:40:30 0:41:30 210.5 207.8 206.0 206.4 208.6 ) 210.9 219.2 223.8 223.5 0:42:30 203.0 206.8 208.9 213.5 216.2 0:43:30 207.2 205.8 208.1 210.4 215.5 217.9 1 0:44:30 205.9 213.3 219.5 220.2 2 0:45:30 202.5 205.9 218.0 224.3 223.6 l
' 0:46:30 200.5 Issued: December 29,1994 Revised: January 30,1995
________----_--_---___-____________A
FPC File flE0016 CONDUlT A TEST DATE: DECEMBER 6,1994 Pa9e E~55
'y) Temperatures on Exterior Conduit Surface,'F I
TIME TC. NO. 349 TC. NO. 360 TC. NO. 351 TC. NO. 352 TC. NO. 353 f HR: MIN;SEC l l 0:47:30 217.4 221.6 225.3 224.8 213.1 1 0 48:30 208.9 204.5 204.8 211.8 212.0 0 49.30 218.5 212.6 211.3 212.7 206.0 0:50:30 204.7 201.4 206.8 217.2 218.7 0:51:30 218.2 221.5 226.2 225.6 213.6 0:52:30 213.1 208.1 212.0 213.7 210.1 0:53:30 201.1 206.1 222.8 231.4 227.8 0:54:30 210.5 206.1 214.1 218.6 215.6 0.55:30 208.1 214.6 233.4 239.7 229.5 1 0:56:30 208.6 204.2 219.9 227.3 223.3 0:57:30 224.9 219.0 228.9 226.3 211.4 0:58:30 210.1 209.3 228.4 236.4 228.0 j 0.59:30 213.0 211.2 231.6 238.8 229.0 ! 1:00:30 220.3 215.7 232.9 235.6 223.4 1:01:30 233.1 226.7 243.6 239.6 217.5 1:02:30 233.0 229.8 246.0 242.3 220.6 1:03:30 227.8 231.7 246.8 248.1 229.1 l 1:04:30 223.4 244.2 263.1 267.2 244.7 1:05:30 232.3 250.6 275.8 276.8 246.8 J 1:06:30 252.2 260.9 273.8 264.8 230.5 1 O 1:07:30 237.5 267.7 284.5 284.4 254.2 1:08:30 245.1 278.0 293.8 291.5 256.6 1:09:30 252.6 271.5 282.4 278.3 249.6 1:10:30 252.2 280.8 292.8 292.3 261.4 1 1:11:30 2C6.4 291.7 304.7 302.0 268.7 1:12:30 268.8 292.1 299.8 293.6 262.0 1:13:30 288.9 308.8 314.4 299.4 257.0 1:14:30 288.3 322.7 332.4 319.9 274.5 1:15:30 - 293.6 328.5 337.5 326 0 281.0 1:16:30 297.6 334.0 341.6 331.3 288.1 1:17:30 318.6 335.3 337.5 319.0 274.7 1:18:30 310.1 341.0 350.8 341.4 299.6 1:19:30 332.9 370.4 357.2 337.0 289.9 1:20:30 325.2 359.3 347.2 337.2 303.5 1:21:30 339.1 385.1 373.1 357.2 312.2 1:22:30 356.3 388.8 370.2 344.2 302.3 1:23:30 360.6 393.8 377.9 348.8 310.0 1:24:30 368.3 409.9 402.0 368.7 322.8 1:25:30 367.3 411.7 413.1 383.5 339.0 1:26:30 366.2 411.1 418.6 390.5 349.0 1:27:30 388.5 419.9 417.2 379.8 333.8 1:28:30 383.8 426.3 437.7 404.6 356.8 1:29.30 379.7 421.8 438.0 409.7 368.5 1:30:30 386.1 421.1 433.3 407.5 368.8 1:31:30 406.1 446.4 454.3 417.8 365.4 1:32:30 395.9 438.2 452.8 426.4 383.3 1:33:30 417.5 445.0 445.7 410.3 364.6 issued: December 29.1994 Revised: January 30.1995 _j
1 FPC File NE0016- CONDUIT A Page E-57 TEST DATE: DECEMBER 6,1994
.( Temperatures on Exterior Conduit Surface,'F l' .V-TIME TC. NO. 349 TC.NO.360 TC. NO. 381 TC. NO. 352 TC. NO. 353 HR: MIN;SEC 2:21:30 1108.8 1090.4 1050.0 1091.0 1085.6 ,
2:22:30 1106.3 1077.2 1046.0 1081.1 1084.4 l 1091.3 1089.9 1085.6 .1087.8 l 2:23:30 1096.6 2:24:30 1085.3 1092.2 1092.7 1084.8 1085.1 I 2:25:30 1080.6 1105.9 1104.0 1094.9 1083.9 2:26:30 1073.6 1097.9 1094.8 1100.5 1091.2 2:27:30 1084.4 1119.7 1128.8 1128.2 1072.9 2:28:30 1083.1 1113.6 1109.7 1090.4 1027.9 2:29:30 1063.3 1087.8 1105.0 1092.8 1056.2 2:30 30
. 1091.8 1109.7 1126.1 1089.2 1028.9 2:31:30 1090.4 1097.9 1155.7 1107.4 1057.2 ;
2:32:30 1112.7 1106.1 1152.4 1098.0 1061.1 2:33:30 1130.4 1120.7 1147.9 1093.7 1085.0 2:34:30 1141.6 1134.0 1146.4 1096.0 1100.1 2:35:30 1139.3 1139.8 1146.2 1111.3 1105.3 2:36:30 1136.8 1150.3 1151.3 1127.4 1126.0 2:37:30 1129.7 1137.3 1126.8 1116.0 1133.6 2:38:30 1149.4 1152.8 1124.3 1106.9 1126.6 2:39:30 1148.3 1146.7 1126.5 1116.4 1131.7 2:40:30 1136.8 1130.0 1112.7 1115.0 1135.7 2:41:30 1120.9 1131.2 1115.6 1127.7 1145.5 y 2:42:30 1105.8 1136.5 1115.8 1121.5 1095.1 ; 1102.9 2:43:30 1085.2 1134.8 1112.3 1134.9 2:44:30 1085.7 1122.1 1083.8 1112.9 1088.8 2 45:30 1077.3 1125.4 1095.8 1134.9 1099.8 2:46:30 1099.7 1131.2 1095.5 1129.2 1083.1 2:47:30 1089.9 1120.3 1093.6 1139.2 1099.2 < 2:48:30 1097.8 1128.4 1104.0 1147.1 1106.2 2:49:30 1108.6 1149.7 1128.1 1167.8 1116.0 2:50:30 1111.0 1145.4 '1119.1 1159.2 1107.9 2:51:30 1106.5 1161.0 1144.1 1181.2 1109.6 2:52:30 1122.0 1171.2 1146.3 1167.2 1066.5 2:53:30 1111.5 1174.6 1162.4 1187.9 1104.8 2:54:30 1131.0 1186.4 1164.6 1179.1 1090.3 2:55:30 1125.3 1195.6 1182.7 1200.4 1107.7 2:56:30 1123.8 1199.2 1183.8 1200.8 1107.0 2:57:30 1113.2 1190.1 1146.4 1208.4 1118.2 2.58:30 1097.2 1175.8 1066.4 1205.6 1125.3 2:59:30 1097.6 1161.8 1063.1 1176.0 1113.2 3:00:30 1106.2 1160.9 1068.1 1160.1 1105.3 3:01:30 1107.6 1159.5 1077.3 1151.6 1114.5 3:02:30 1006.8 1139.2 1066.4 1140.4 1128.6 3:03:30 1111.6 1146.3 1073.3 1134.1 1124.8 3:04:30 1118.0 1156.9 1095.0 1152.1 1140.2 3:05:30 1114.1 1148.0 1094.5 1153.2 1152.5 3:06:30 1121.6 1139.7 1085.1 1137.2 1149.7 O 3:07:30 1131.4 1152.9 1109.2 1153.5 1159.9 1 tssued: December 29,1994 l Revised: January 30,1995
FPC File NE0016 CONDUlT A Page E-58 TEST DATE: DECEMBER 6.1994 . f~%) Temperatures on Exterior Conduit Surface, Y TIME TC. NO. 349 TC. NO. 360 TC. No. 361 TC. NO. 362 TC. NO. 363 HR: MIN:SEC 3:08:30 1140.9 1155.9 1115.2 1149.9 1160.6 :
'3:09:30 1131.6 1138.0 1103.1- 1143.5 ~ 1169.7 i
i i i r I i
.l I
l O lssued: December 29,1994 Revised: January 30.1995 l
l 1 CONDUlT A Page E-59 F_PC File NE0016 TEST DATE: DECEMBER 6,1994 m Temperatures on Exterior Conduit Surface, Y l [ . l TIME TC. No. 257 TC.NO.258 TC. NO. 259 TC. NO. 260 TC. NO. 261 i HR: MIN:SEC - l 0:00:30 41.6 48.5 54.5 58.9 59.4 4 0.01:30 50.9 56.0 59.6 58.9 54.0 ! 0:02:30 44.5 51.5 56.5 59.7. 58.1 0 03:30 48.7 54.5 59.0 59.4 55.7 : 0.04:30 37.8 40.8 47.3 53.5 58.2 0:05:30 59.9 56.6 49.8 44.1 39.5 0.06.30 56.3 59.9 59.1 54.3 47.5 ; 0.07:30 55.2 59.5 59.9 56.1 49.4 55.6 48.8 43.8 39.1 39.6 : 0:08:30 0.09:30 46.3 42.1 39.3 41.6 47.6 ; 0.10:30 61.1 57.3 50.0 44.4 40.6 . 0:11:30 62.8 63.7 58.9 51.4 46.3 l 0:12:30 53.0 48.8 44.4 44.0 48.6 0;13:30 45.6 47.8 52.8 59.4 63.8 0:14:30 64.2 69.6 70.9 66.9 59.6 0:15:30 67.3 72.6 74.1 70.3 63.1 0:16:30 66.4 72.6 76.6 76.4 72.2 0:17:30 63.0 70.0 75.7 79.1 79.4 0:18:30 68.3 75.7 80.8 84.0 83.2 0:19:30 68.7 69.7 74.0 80.2 84.3 0:20:30 74.2 73.6 76.4 82.0 86.9 Q
/
0:21:30 88.4 84.4 79.7 77.6 80.3 0:22:30 99.3 94.7 89.3 83.8 81.6 0:23:30 96.4 93.6 89.3 88.2 91.6 0:24:30 92.0 94.2 97.9 103.4 107.7 0:25:30 117.0 121.3 119.4 112.6 104.6 0:26:30 123.8 114.0 109.0 104.0 103.9 0:27:30 135.8 121.9 116.6 110.4 108.2 ! 0:28:30 141.3 136.9 137.9 132.1 123.2 0 29:30 144.5 122.2 124.8 128.2 132.9 0:30:30 154.4 149.1 145.3 135.9 128.9 0:31:30 155.7 134.5 139.7 144.0 146.7 i 0:32:30 191.5 158.9 161.4 156.0 148.3 0:33:30 195.3 176.5 161.9 161.3 160.6 0:34:30 212.9 209.2 187.9 156.8 147.6 0:35:30 199.4 197.1 191.5 180.3 163.3 0:36:30 211.6 217.1 215.4 206.5 195.5 0:37:30 200.4 197.6 196.8 198.4 204.0 0:38:30 203.5 200.4 197.1 197.9 202.8 ) 0:39:30 217.2 219.1 214.4 206.5 201.1 0:40:30 217.0 220.4 217.0 209.7 203.7 i 0:41:30 211.6 218.2 220.6 218.6 213.3 ., 0:42:30 220.0 216.3 208.8 203.8 200.8 l 0:43:30 218.8 222.6 220.8 216.2 210.2 j 0.44:30 220.4 222.9 220.0 215.2 210.4 j 0:45:30 222.0 222.5 218.2 212,6 208.6 s 0:46:30 222.3 220.0 213.6 209.3 205.5 l 1 1ssued: December 29,1994 I Revised: January 30,1995 l I Y
FPC File NE0016 CONDUlT A Page E-60 TEST DATE: DECEMBER 6,1994 /N Temperatures on Exterior Conduit Surface,'F {} TIME TC. NO. 257 TC. NO. 258 TC. NO. 259 TC. NO. 260 TC. NO. 261 i 1 HR: MIN:SEC 0:47:30 204.6 201.4 203.3 210.0 217.3 0:48:30 214.7 220.0 223.0 222.7 217.5 ) 0 49.30 204.4 211.3 217.6 223.3 224.4 ' O.50:30 218.7 222.2 221.9 218.3 212.1 J 0:51:30 203.2 200.7 204.3 211.9 218.5 , 0.52.30 209.7 215.7 221.0 224.4 221.7 0.53:30 221.8 217.8 211.7 208.5 204.8 0:54:30 214.9 219.5 222.8 222.4 217.2 0.55:30 217.0 209.8 205.7 203.9 205.6 0:56:30 219.3 222.0 221.3 217.9 212.0 0:57:30 203.4 208.6 216.0 222.9 225.4 0:58:30 221.2 222.1 219.6 215.5 210.8 0:59:30 221.1 222.3 220.2 216.8 211.7 1:00:30 216.1 220.5 223.6 225.0 218.9 1:01:30 205.2 211.3 218.6 227.5 228.6 1:02:30 207.7 214.5 221.3 230.0 230.1 1:03:30 216.6 221.1 226.2 231.7 225.7 1:04:30 224.0 220.3 217.3 222.1 215.4 1:05:30 218.6 213.0 214.4 222.2 219.3 1:06:30 206.1 216.1 231.2 245.0 240.5 1:07:30 227.9 231.1 232.8 234.8 224.2 : 1:08:30 229.5 234.1 236.4 237.f. 231.0 1:09:30 234.5 252.6 260.3 2601 245.3 1:10:30 244.7 260.3 261.3 25T.2 242.4 1:11:30 249.4 263.2 261.3 253.3 243.4 l 1:12:30 248.9 272.6 279.0 276.6 257.9 1:13:30 238.8 265.0 277.0 282.3 273.1 1:14:30 249.9 268.3 270.7 272.4 265.5 1:15:30 256.6 276.5 277.6 276.8 268.5 1:16:30 264.3 284.9 285.7 281.3 270.8 1:17:30 257.5 290.9 304.2 305.0 293.1 l 1:18:30 277.4 300.6 302.0 292.9 278.6 1:19:30 267.3 298.1 309.4 309.7 299.3-1:20:30 290.3 326.2 332.8 318.3 295.1 1:21:30 285.5 314.3 319.5 311.0 301.1 ; 1:22:30 284.0 325.3 339.7 335.8 323.9 i 1:23:30 292.1 335.0 349.3 344.1 329.9 1:24:30 294.4 329.6 339.7 339.1 331.4 1:25:30 307.4 341.3 343.4 335.7 327.4 320.0 353.0 353.5 340.2 328.5 1:26.30 310.0 356.1 369.1 364.3 352.7 1:27:30 323.2 359.1 360.6 351.2 342.9 1:28:30 339.2 375.3 373.5 358.5 341.8 1:29:30 344.3 385.6 389.8 372.8 352.2 1:30:30 332.3 370.0 378.6 373.2 365.6 1:31:30 352.6 390.0 390.1 373.7 356.1 , 1:32:30 x 342.0 395.8 407.2 398.1 381.0 1:33:30 i issued: December 29,1994 Revised: January 30,1995 I
l FPC File NE0016 . CONDUlT A Page E-61 ,, TEST DATE: DECEMBER 6,1994
'o. Temperatures on Exterior Conduit Surface 'F TIME TC. NO. 257 TC.NO.258 TC. NO. 259 TC. NO. 260 TC. NO. 261 -
HR: MIN:SEC 1:34.30 344.2 389.3 399.3 392.0 3811 - 1:35:30 357.4 415.1 424.5 409.5 386.5 t 1:36:30 372.9 425 9 422.8 399.5 375.3 1:37:30 371.0 422.4 424.9 400.7 381.4 i 1:38:30 . 371.6 441.5 453.1 427.8 400.5 1:39.30 382.4 456.4 463.7 429.6 400.4 1:40:30 375.2 458.3 474.3 443.4 416.1 1:41:30 394.5 472.0 477.0 433.5 405.0 l 1:42:30 383.5 480.0 499.7 460.4 428.5 ; 1:43:30 409.6 505.4 518.8 462.4 421.6 1:44:30 406.4 502.1 520.3 466.5 430.2 1:45:30 414.6 518.5 538.9 481.1 869.5 , 1:46:30 428.1 553.1 583.3 513.8 937.2 [ 1:47:30 416.0 564.6 603.8 534.6 695.4 i 1:48:30 409.6 557.7 622.5 538.6 896.1 1:49:30 388.4 566.4 640.7 556.7 771.7 1:50:30 374.4 596.7 646.4 593.7 739.6
- 1:51:30 343.0 625.5 775.3 624.3 758.7 1:52:30 324.0 663.8 752.6 670.1 900.9 1:53:30 324.8 864.7 806.2 785.2 787.9 i 1:54:30 398.9 921.4 844.9 827.0 765.9 !
O 378.9 909.4 916.7 955.3 968.6 1:55:30 1:56:30 516.3 1006.4 1138.4 1222.7 1116.7 1:57:30 1125.8 1121.6 1156.1 1177.4 1094.8 1:58:30 1128.7 1111.9 1167.5 1212.6 1093.9 1:59:30 1124.7 1126.8 1182.3 1168.0 1123.8 1188.1 1138.1 1205.5 1124.1 1056.8 2.00:30 1172.6 1208.7 1127.2 1208.4 1118.1 2:01:30 2.02:30 1119.7 1147.1 1122.3 1139.6 1124.3 1137.4 1131.7 1104.3 1127.4 1123.2 2:03:30 1124.3 1140.5 1122.6 1145.7 1142.0 2:04:30 1145.1 1147.7 1099.8 1130.8 1127.5 l 2:05:30 ' 1142.9 1151.4 1101.6 1154.5 1139.9 2:06:30 1163.5 1155.5 1092.0 1154.1 1117.6 2:07:30 1168.8 1171.2 1121.0 1177.1 1158.1 2:08:30 1150.7 1171.0 1150.3 1163.5 1153.2 2:09.30 1153.7 1162.4 1115.9 1100.8 1144.8 2:10:30 1081.0 1108.8 1123.8 1109.7 1111.9 2.11:30 1100.0 1105.3 1119.0 1081.3 1059.2 2:12:30 1100.6 1092.0 1130.1 1090.0 1093.4 2:13:30 1127.3 1102.2 1133.1 1082.0 1086.0 2:14:30 1106.6 1088.5 1138.5 1097.5 1085.7 2:15:30 1103.5 1154.0 1117.6 1087.9 2:16:30 1118.9 1113.3 1086.2 1133.9 1112.9 1087.3 2:17:30 1099.0 1120.8 1089.9 1074.7 2:18:30 1127.5 1104.0 1077.5 1076.4 - O 2:19:30 2:20:30 1112.4 1102.6 1079.0 1096.2 1122.3 1086.6 10990 issued: December 29.1994 Revised: January 30.1995
FPC File NE0016 CONDUIT A Page E-62 TEST DATE: DECEMBER 6,1994 Temperatures on Exterior Conduit Surface, *F TIME TC. NO. 257 TC.NO.268 TC. NO. 259 TC. NO. 260 TC. NO. 261 , HR: MIN:SEC 2:21:30 1094.4 1087.8 1112.3 1081.1 1101.7 2:22:30 1097.0 1090.9 1108.9 1080.1 1100.2 , 2:23:30 1097.9 1102.2 1114.7 1103.9 1096.4 2:24:30 1087.7 1098.0 1114.3 1099.1 1078.0 - 2:25:30 1083.7 1100.1 1107.3 1104.9 1073.1 2.26:30 1105.3 1130.8 1125.0 1123.9 1073.8 2:27:30 1104.3 1121.9 1110.1 1115.8 1073 4 1 2:28:30 1105.4 1134.9 1129.2 1135.8 1102.2 2:29:30 1116.7 1139.9 1130.9 1121.2 1100.5 2:30:30 1102.3 1124.7 1117.8 1117.3 1116.9 2:31:30 1126.1 1133.8 1109.7 1122.4 1110.4 2:32:30 1121.3 1080.5 1111.9 1132.4 1136.8 2:33:30 1102.0 1090.3 1113.5 1132.* 1141.8 . 2:34:30 1060.6 1113.8 1121.8 1138.7 1147.7 l 2:35:30 1050.3 1131.6 1102.9 1137.7 1148.4 2:36:30 1128.9 1128.2 1080.9 1118.6 1121.0 ' 2:37:30 1132.4 1151.0 1100.6 1130.2 1105.5 2:38:30 1101.1 1136.4 1098.5 1131.0 1110.0 ! 2:39:30 1109.5 1129.3 1096.7 1129.1 1105.2 2:40:30 1125.9 1142.0 1114.6 1137.0 1107.8 2:41:30 1135.8 1152.3 1117.7 1128.8 1102.9 s 2:42:30 1117.3 1139.4 1123.6 1135.2 1118.8 2:43:30 1121.7 1104.9 1107.3 1115.7 1106 2 2:44:30 1118.9 1101.6 1122.3 1133.3 1122.9 ! 2:45:30 1130.1 1094.0 1111.8 1107.2 1099 8 2:46:30 1119.8 1090.6 1122.1 1114.0 1114.8 2:47:30 1144.7 1112.3 1138.3 1112.1 1108.2 2:48:30 1152.7 1119.9 1146.6 1118.1 1115.8 2:49:30 1152.3 1112.1 1136.9 1109.3 1118.4 ! 2:50:30 1162.2 1133.7 1163.5 1132.7 1137.1 2:51:30 1172.0 1131.0 1154.1 1122.0 1135 2 ; 2:52:30 1164.2 1131.9 1165.0 1135.7 1162.0 l 2:53:30 1188.0 1144.5 1161.4 1124.0 1149.4 1 2:54:30 1179.5 1145.3 1172.8 1143.7 1172.6 2.55:30 1191.3 1148.6 1160.9 1132.6 1162.3 2.56:30 1155.8 1146.1 1145.1 1141.1 1166.4 2:57:30 1092.0 1134.2 1108.1 1139.7 1156.0 2:58:30 1084.5 1126.5 1074.1 1135.5 1143 2 , 2:59:30 1078.0 1128.9 1080.2 1142.2 1155.6 l 3:00:30 1061.5 1110.7 1066.9 1133 2 1164.6 3:01:30 1061.4 1102.8 1063.3 1123.8 1163.6 3:02:30 1079.6 1122.9 1084.4 1127.4 1159.5 3:03:30 1074.2 1118.9 1088.6 1134.9 1169.6 i 3:04:30 1079.1 1111.7 1076.7 1121.1 1156.5 i 3:05:30 1095.1 1124.3 1088.5
- 1123.6 1146.3 3:06:30 1096.2 1136.3 1106.9 1141.7 1155.5 1095.0 1127.1 1144.0
( 3.07:30 1098.7 1124.1 issued: December 29,1994 Revised: January 30,1995
1 I FPC File NE0016 CONDUlT A Page E-63 TEST DATE: DECEMBER 6,1994 Temperatures on Exterior Conduit Surface, *F TIME TC. NO. 257 TC. NO. 264 TC. NO. 259 TC. No. 260 TC. NO. 261 HR: MIN:SEC 3:08:30 1099.2 1122.6 1098.1 1132.0 1144.1 3:09.30 1115.4 1139.6 1116.9 1138.7 1138.0 l l i i l 1 I I 1 I i l i I l l l l l l 8 O Issued: December 29.1994 Revised: January 30,1995
i
)
FPC File NE0016 CONDUlT A Page E-o4 TEST DATE: DECEMBER 6,1994
/
I l Temperatures on Exterior Conduit Surface,'F g l TIME TC. NO. 262 TC. NO. 263 TC. NO. 264 TC. NO. 266 TC. NO. 266 l HR:M!N:SEC I 0.00.30 46.7 53.1 57.5 59.1 55.9 0:01:30 55.0 58.8 58.4 53.5 46.9 0:02:30 50.1 55.3 58.9 58.1 53.4 0.03:30 52.9 57.4 59.0 55.9 49.3 0.04:30 39.6 44.7 51.8 56.8 59 3 0.05.30 56.8 50.5 46.8 42.4 37 8 0.06:30 59.2 58.8 61.5 55.5 41.4 : 0:07:30 57.1 61.2 73.6 67.6 45.9 ! 0:08:30 52.3 49.5 66.5 60.6 44 4 ' 0:09:30 40.7 45.3 79.1 77.2 60.5 0:10:30 57.6 59.2 84.8 77.3 47.4 0:11:30 62.6 71.0 95.2 89.5 52.2 0:12:30 48.3 56.8 87.4 92.7 66.8 0:13:30 48.3 69.4 104.3 106.8 80.5 i 0:14:30 67.1 85.9 109.3 99.9 70.3 0:15:30 71.1 89.4 108.9 97.9 72.5 . 0:16:30 70.5 93.4 115.4 106.9 82.0 0:17:30 65.8 91.9 117.8 115.3 95.9 0:18:30 73.6 99.1 123.9 118.0 97.2 , 0:19:30 65.6 91.6 119.8 120.2 109.2 69.2 93.1 119.4 121.1 112.6 (- 0:20:30 83.3 101.6 117.0 113.0 104.9 0:21:30 ' 0:22:30 90.0 108.1 123.1 117.2 108.6 0:23:30 87.6 106.8 127.8 127.1 122.4 0:24:30 89.0 120.0 149.9 147.8 136.4 0:25:30 112.1 134.7 150.7 139.6 121.3 ; 0:26:30 105.0 129.4 149.1 144.2 135.8 l 112.2 137.3 155.0 148.2 139.1 { 0:27:30 ' 0:28:30 126.1 160.6 178.5 135.0 145.6 0:29.30 118.4 147.0 165.1 162.3 157.0 0:30:30 139.3 170.3 179.6 166.8 151.5 125.7 159.9 176.0 176.6 172.3 1 0:31:30 150.5 185.6 190.1 1732 165.1 i 0:32:30 146.0 186.9 198.0 194.9 183.7 0.33:30 163.3 195.3 194.8 186.2 176.0 0:34:30 158.4 185.7 185.5 185.6 185.6 0:35:30 192.5 206.1 204.7 199.0 191.1 0:36:30 192.4 193.3 193.9 201.2 208.7 0:37:30 197.2 196.8 195.7 202.3 209 9 l 0:38:30 213.0 216.4 212.0 208.8 203.6 0:39:30 213.6 218.3 214.3 211.1 205.3 0:40:30 206.2 216.0 219.3 222.8 217.8 0:41:30 ' 216.4 217.2 210.0 208.5 202 6 0:42:30 218.8 220.0 221.6 214.3 0:43:30 210.6 212.0 218.0 220.2 222.8 218.1 0:44:30 217.5 221.1 219.4 218.3 213.5 0:45:30
\ 220.0 214.3 211.7 211.9 0:46:30 221.1 I
issued: December 29.1994 Revised: January 30.1995
i s ; 1 l I FPC File NE0016 CONDUlT A Page E-65 TEST DATE: DECEMBER 6,1994 j i ) Temperatures on Exterior Conduit Surface,'F v ; TIME TC. NO. 262 TC. NO. 263 TC. NO. 264 TC.No.265 TC. NO. 266 HR: MIN:SEC 0:47:30 207.2 202.6 200.6 208.2 220.4 0:48:30 209.9 216.0 219.6 225.3 220.3 0:49:30 201.8 205.7 212.2 222.4 223.0 0:50:30 216.1 220.4 220.7 223.0 210.0 0:51:30 205.8 201.5 201.6 213.1 201.2 0.52:30 202.0 206.3 212.8 224.4 212.1 0:53:30 221.5 219.2 212.9 214.0 200.4 0:54:30 207.5 214.2 218
- 228.6 217.6 0:55:30 219.1 212.9 206.3 209.9 200.8 0:56:30 213.4 218.6 221.2 228.4 213.6 0:57:30 201.2 203.9 209.4 225.5 219.3 0.58:30 212.6 218.6 221.3 231.1 214.7 0:59:30 213.1 219.1 221.6 233.2 217.2 1:00:30 204.7 212.5 217.6 237.1 227.5 1:01:30 201.1 206.2 212.7 236.2 229.2 1:02:30 202.4 209.3 215.6 241.0 234.6 1:03:30 206.2 215.7 220.1 246.3 238 0 1:04:30 221.2 222.0 216.8 235.0 225.3 1:05:30 217.1 213.7 210.8 233.9 230.0 1:06:30 203.6 213.5 224.1 258.5 255.4 ;
1:07:30 220.1 220.3 228.3 247.7 239.7
.j 1:08:30 216.1 219.4 238.6 251.7 247.5 1:09:30 221.9 243.8 262.2 268.0 255.1 1:10:30 222.2 244.7 260.7 267.1 256.4 246.4 264.9 272.6 269.2 ;
1:11:30 220.4 1:12:30 232.3 263.1 280.5 284.3 274.0 i 298.5 306.1 296.5 i 1:13:30 227.3 268.5 1:14:30 219.8 260.2 295.1 309.3 310.7 1:15:30 223.6 264.5 301.0 315.7 318.0 l 1:16:30 227.7 268.0 305.4 320.9 322.5 l i 1:17:30 244.3 290.2 327.2 334.6 324.7 1:18:30 237.2 277.5 316.8 333.2 338.0 l 1:19:30 245.3 295.5 338.2 351.3 348.7 -l 1:20:30 261.4 298.5 334.2 337.6 335.4 1:21:30 249.0 298.3 343.1 358.3 361.5 , 1:22:30 268.1 324.5 363.3 369.5 360.0 1:23:30 275.2 335.0 371.1 375.0 -363 6 1:24:30 265.8 328.7 372.3 385.7 382.8 1:25:30 273.6 331.1 371.7 387.1 385.1 1:26.30 286.6 340.7 378.3 386.8 381.6 288.7 356.8 406.3 418.2 403.7 1:27:30 1:28:30 292.7 349.6 400.4 414.4 407.3 1:29:30 306.5 363.0 417.0 424.6 408.6 1:30:30 316.6 383.5 446.0 451.3 423.5 305.0 370.1 446.1 466.9 448.1 1:31:30 328.2 394.3 467.0 477.9 446.1 1:32:30 i 313.8 394.2 488.8 510.4 482.5 l 1:33:30 Issued: December 29,1994 ! Revised: January 30,1995 l
i FPC File NE0016 CONDUlT A Page E-66 TEST DATE: DECEMBER 6.1994 Temperatures on Exterior Conduit Surface,'F TIME TC. NO. 262 TC. NO. 263 TC. NO. 264 TC. NO. 265 TC. NO. 266 , HR: MIN:SEC 1:34:30 322.9 396.5 492.3 513.6 489.6 1:35:30 323.9 412.2 525.0 544.4 515.9 , 1:36.30 345.8 432.8 546.4 510 v 516.6 ' 1:37:30 351.0 436.0 553.1 559.1 529.1 1:38:30 340.1 443.2 577.5 592.6 567.3 1:39:30 349.3 458.6 592.5 611.2 583 2 1:40:30 346.7 460.0 602.9 625.8 606.4 1:41:30 372.2 490.5 629.8 640.1 617.5 l 1:42:30 358.9 491.3 642.5 664.2 654.8 1:43:30 381.1 523.8 675.2 693.2 668.5 1:44:30 391.7 530.6 679.5 701.3 681.1 1:45:30 397.1 540.8 696.9 725.0 707.0 1:46:30 391.0 553.3 729.4 768.7 747.8 1:47:30 397.8 568.5 749.6 793.4 769.7 1:48:30 418.8 589.7 774.2 810.7 781.3 1:49:30 423.2 594.8 789.2 822.3 798.8 833.3 1:50:30 506.5 603.8 812.7 848.7 1:51:30 700.4 810.0 837.3 876.6 853.6 1:52:30 566.5 692.2 861.0 907.1 885.3 1:53:30 513.3 709.4 907.5 933.0 914.6 1:54:30 721.2 678.0 927.6 953.9 937.2 1:55:30 805.0 680.1 982.0 988.5 977.0 1:56:30 993.4 715.1 976.8 1024.8 1009.5 1:57:30 1128.2 1111.3 1106.3 1073.1 1039.2 , 1:58:30 1136.6 1144.2 1121.8 1102.6 1072.6 1:59:30 1167.0 1153.6 1154.1 1123.3 1093.0 2.00:30 1201.8 1124.9 1172.9 1141.9 1118.5 2:01:30 1156.1 1161.0 1194.2 1122.2 1117.4 2:02:30 1120.0 1114.8 1091.1 1114.0 1128.0 ; 2:03:30 1123.9 1073.5 1060.5 1063.8 1113.7 2:04:30 1102.5 1093.9 1065.5 1102.7 1131.1 2:05:30 1104.2 1113.7 1077.6 1074.9 1116.7 ' 2:06:30 1092.4 1112.9 1085.0 1088.3 1136.2 2:07:30 1107.8 1133.0 1095.0 1088.3 1125.0 2:08:30 1109.2 1139.3 1118.6 1119.3 1151.6 2:09:30 1125.3 1147.6 1123.1 1116.6 1171.1 2:10:30 1066.2 1156.1 1121.1 1101.7 1141 4 l 2:11:30 1099.6 1093.2 1086.4 1105.8 1130 8 2:12:30 1117.4 1100.5 1092.7 1091.8 1102.0 2:13:30 1103.4 1087.3 1093.1 1098.0 1120 9 2:14:30 1127.8 1109.5 1108.6 1099.7 1119.7 2:15:30 1119.8 1090.8 1102.4 1095.9 1129.7 1106.1 1080.5 1118.0 1094.2 1143 0 2:16:30 2:17:30 1100.0 1076.2 1113.4 1061.7 1128.7 2:18:30 1109.8 1095.2 1120.3 1065.0 1115.6 2:19:30 1099.4 1083.1 1098.3 1052.7 1102.8 s 2.20:30 1083.7 1077.6 1092.4 1072.7 1121.6 issued: December 29,1994 Revised: January 30.1995
i FPC' File NE0016 CONDUlT A Page E-67 ! TEST DATE: DECEMBER 6,1994- ! Temperatures on Exterior Conduit Surface. *F TIME ' TC. NO; 262 ' TC. NO. 263 TC. NO. 264 TC. NO. 268 TC. NO. 266 HR: MIN:SEC . 2:21:30 1070.5 1081.2 1090.3 - 1074.3- 1107.9 2:22:30 1067.9 1086.2 1090.8 1055.0 1116.0 i 2:23:30 -1085.8 1086.5 1095.1 1062.6 1098.3 - 2:24:30' 1085.4 1084.7 1096.5 1064.7 1081.3 ] 2:25:30 1102.1 1086.0 1078.9 1065.1 1081.3 , 2:26:30 1123.0 1099.8 1095.5 : 1082.5 1093.5 l 2:27:30 1133.8 1086.9 1077.9 1072.0 1087.1 , 2:28:30 1121.4 1086.8 1081.1 -1100.9 1127.1 2:29:30 1129.0 1104.4 1094.4 1104.8 1134.6 l 2:30:30 1087.9 1089.4 1079.4 1088.9- 1137.5 ; 2:31:30 1142.7 1106.3 1092.2 - 1096.8 1085.1 ! 2:32:30 1073.3 1099.2 1095.1 1112.4 1087.8 l
~'
2:33:30 1062.6 1105.8 1095.6 1116.6 1100.1 2:34:30 1063.9 1108.6 1101.5 1122.3 1114.3. l 2:35:30 ' 1026.1 1110 7 1103.1 1125.7: 1120.6 : 2:36:30 1051.7 1093.3 1088.2 1106.7 1111.8 2:37:30 1064.0 1105.3 1100.6 1126.9 1132.1 l 2:38:30 1065.0 1091.5 1080.9 1120.8' 1128.2 ! 2:39:30 1068.7 1092.6 1079.2 1115.4 1122.5 l 2:40:30 1071.3 1103.6 1095.1 1130.7 1141.5 r 2:41:30 1094.6 1115.5 1102.9 1132.1 1134.9 l 2:42:30 1084.7 1102.6 1095.7 1128.4 1121.4 : 2:43:30 1104.7 1106.6 1086.8 1108.8 1086.5' > 2:44:30 1095.7 1103.4 1087.6 1119.3 1105.9 ~ 2:45:30 1116.0 1116.6 1090.9 1108.0 1086.4 ! 2:46:30 1102.5 1105.8 1089.4 1116.6 1101.4 ! 2:47:30 1118.8 1128.1 1115.1 1135.1 1106.1 2:48:30 1130.7 1135.3 1125.3 1142.7 1111.5-2:49:30 1133.8 1134.3 1115.9 1132.5 1100.5 2:50:30 1121.0 1146.7 1128.9 1159.3 1116.2 ) 2:51:30 1131.7 1156.9 1125.3- 1150.1 1093.1 l 1106.7 1149.8 1123.7 1163.1 1107.1 ] 2:52:30 1121.6 1168.2 1130.1 1160.9 1088 6 j 2:53:30
- 2:54:30 1104.2 1160.7 1135.2 1177.9 1106.5 1116.5 1166.3 1135.5 '1172.5 1095.6 2:55:30 1116.3 1164.8 1137.7 1181.6 1100.3 1 2.56:30 '
2.57:30 1122.8 1174.9 1140.7 1183.3 1092.3 2:58:30 1128.8- 1185.6 1145.4 1191.0 1089.6: 1116.0 1186.3 1146.4 1210.7 1106.5 2:59:30 1112.0 1179.1 1126.6 1204.8 1102.6 3.00:30 1117.6 1177.8 1112.3 1195.6 1101.5 3:01:30 1128.2 1188.0 1120.4 1208.3 1112.7 3.02:30 1122.4 1176.5 1108.2 1208.5 1124.3 3:03:30 1136.9 1176.0 1096.4 1192.1 1112.5 3:04:30 1184.0 1105.5 1200.9 1117.1 3.05:30 1147.2 1177.4 1112.9 1219.6 1141.7 O 3:06:30 3:07:30 1141.9 1151.0 1167.7 1103.4 1200.5 1123.9 issued: December 29,1994 Revised: January 30,1995
FPC File NFC'16 s CONDUlT A TEST DATE: DECEMBER 6,1994 "9"
. r) Temperatures on Exterior Conduit Surface, *F TIME TC. NO. 262 TC. NO. 243 TC. NO. 264 TC. NO. 268 TC.NO.266 HR: MIN:SEC 3:08:30 1149.7 1160.6 1103.7 1200.6 1130.6 3.09:30 1156.1 1170.9 -1123.2 1216.7 1138.9 t
l l l l lO l i i 1 1 I O Issued: December 29,1994 l Revised: January 30,1995 l j
.FPC File.NE0016 CONDUlT A Page E-69 '
TEST DATE: DECEMBER 6,1994 Temperatures on Exterior Conduit Surface, 'F TIME .TC. NO. 056 TC.NO.t83 .TC.No.048 .TC. NO.128 TC. NO. 216 l HR: MIN:SEC ! 0:00:30 49.4 ' 43.9 39.5 47.6- : 41.6 ~ 0.01:30 42.1 38.2 39.0 48.1 50.5 O 02:30 46.6 41.7 38.2 47.6 43.8 >
-0.03:30 43.8 39.1 38.3 47.9- 48.6 i 0.04:30 57.3 52.1 45.7 48.1 38.5 l j 0:05:30 41.2 47.6 53.6- 50.0 59.2 l 0.06:30 38.1 39.7. '45.1 49.2: ' 56 4 0.07:30 40.3 38.0 41.1 48.7. 53.3 i 0:08:30 48.0 53.7 58.0- 50.9 57.3 0.09:30 60.5' 60.2 56.0 50.2 44.8; ,
0:10:30 46.2 51.8 56.4 51.9 60.7 0:11:30 43.4 44.8 50.5 52.4 60.8 0:12:30 62.5 63.9 62.5 54.4 52.8 i 44.7 ; 0:13:30 66.3 - 56.6 49.5 .54.5 0:14:30 54.0 47.9 48.0 57.3 61.1 0:15:30 55.7 51.8 53.2 60.6 66.0 0:16:30 63.7 54.6 51.7 63.3 64.0 . 0:17:30 73.4 64.5 56.2 67.1' 58.4 0:18:30 75.9 65.5 57.8 71.6 - 65.7 < :l 0:19:30 93.2 82.4 70.7 76.8 63.7 0:20:30 99.3 90.9 80.2 81.9 70.4 . O' 0:21:30 0:22:30' 95.9 99.3 93.7 97.5 91.2 95.3 88.2 94.0 87.5 93.6
'l l
0:23:30 111.8 107.7 100.2 99.9 90.2 j 0:24:30 119.0 105.5 92.4 105.0 87.2 0:25:30 108.0 104.7 103.8 109.0 112.7 -! 0:26:30 127.0 121.4 114.9 114.8 109.7 l 0:27:30 130.9 125.8 120.'0 122.0 117.8 ; i 0:28:30 126.4 113.8 107.6 116.7 123.1 0:29:30- 146.9 140.5 130.2 128.9 122.9 0:30:30 135.8 129.7 126.5 135.4 140.1 0:31:30 161.4 152.1 138.2 134.9 126.9 0:32:30 147.5 138.5 133.7 143.8 144.6 0:33:30 163.7 148.2 134.9 138.7 138.2 ; 0:34:30 161.2 152.2 148.0 158.4 156.9 0:35:30 180.5 173.7 166.8 170.5 159 2 . ; 0:36:30 174.8 163.3 157.9 168.9 166.3 j 0:37:30 202.9 196.8 182.4 178.4 164.5 0:38:30 210.9 214.1 208.9 199.7 176.6 0:39.30 197.2 198.8 203.2 210.0 213.4 0:40:30 197.9 199.2 203.3 210.2 214.4 0:41:30 207.5 202.5 198.3 199.9 204.3 0:42:30 200.6 204.1 209.7 215.1 218.5 0:43:30 206.2 202.3 200.0 203.0 209.0 ; 0:44:30 208 0 203.7 200.7 202.7 208.2 ; 214.0 O, 0:45:30 0:46:30 204.0 201.4 200.8 202.6 202.6 208.0 207.8 214.5 218.7 i i Issued: December 29,1994 Revised: January 30,1995 4 0
FPC File NE0016 CONDUIT A Page E-70 TEST DATE: DECEMBER 6,1994 j . Temperatures on Exterior Conduit Susface,'F Q TIME TC. NO. 056 TC. NO.183 TC.NO.088 TC No.128 TC. NO. 216 HR: MIN:SEC 0:47:30 217.3 220.9 221.6 217.7 210.6 j 0:48:30 212.0 206.3 202.5 201.5 205.4 0.49:30 221.8 216.8 210.6 205.0 201.5
-0.50:30 207.5 203.0 202.9 205.9 212.4 l 0.51:30 220.3 222.8 222.0 216.0 209.8 0:52:30 222.6 217.0 211.5 206.3 202.8 0:53:30 203.8 205.4 212.9 217.9 221.9 0:54:30 216.0 209.2 206.3 203.6 207.1 0:55:30 208.4 215.3 220.3 224.4 224.8 0:56:30 213.1 209.1 205.0 207.6 213.9 0:57:30 228.4 225.5 216.7 211.3 206.9 0:58:30 217.4 211.3 204.8 208.1 213.8 0:59:30 219.2 212.3 203.8 208.5 213.9 1:00:30 229.6 220.5 209.2 207.5 206 6 1:01:30 235.1 228.4 215.9 211.7 207.4 1:02:30 235.9 226.6 214.4 210.2 207.6-1.03:30 236.2 224.7 210.9 208.8 209.7 1:04:30 227.1 223.4 218.8 224.5 227.5 1:05:30 237.5 236.2 228.8 230.9 227.3 1:06:30 254.6 239.7 220.9 212.9 209.6 1:07:30 244.6 241.6 232.6 231.1 229 6 9 1:08:30 1:09:30 254.4 253.3 252.8 245.3 241.0 232.8 235.8 231.3 229.6 231.2 1:10:30 262.3 260.5 248.1 244.3 237.3 1:11:30 274.8 271.9 257.0 250.4 237.3 1:12:30 272.1 267.6 254.2 252.2 244.4 1:13:30 287.1 273.5 248.1 242.9 234.4 1:14:30 307.1 293.2 263.5 251.7 232.9 1:15:30 315.9 301.4 271.3 258.4 238.4 1:16:30 323.5 309.9 279.4 265.0 244.5 1:17:30 317.7 299.9 271.5 264.7 255.1 1:18:30 338.6 326.7 294.6 277.2 256.8 1:19:30 339.3 321.7 287.2 272.6 259.6 1:20:30 337.1 333.0 308.3 298.8 282.4 1:21:30 360.1 346.7 310.7 290.8 270.2 1:22:30 352.4 336.9 305.4 294.2 284.1 1:23:30 358.3 341.1 313.7 302.6 292.1 1:24:30 380.7 363.8 327.4 307.2 286.6 1:25:30 386.2 379.1 342.7 320.6 296.9 1:26.30 383.8 381.3 353.3 334.4 311.4 1:27:30 389.7 374.8 340.6 320.0 305.6 1:25:30 400.9 394.5 364.5 341.2 316.4 1:29:30 399.1 393,8 368.6 352.3 330.7 1:30:30 399.1 384.3 357.7 347.5 333.9
. 1:31:30 426.2 411.3 375.3 352.1 327.3 1:32:30 416.6 403.2 375.7 365.0 347.2 s 1:33:30 443.2 416.6 374.0 354.7 331.3 lisued: December 29.1994 Revised: January 30,1995
l
.FPC File NE0016 CONDUlT A Page E-71 l TEST DATE: DECEMBER 6,1994 Temperatures on Exterior Conduit Surface, 'F TIME TC. No. 054 TC.NO.183 TC, NO. 088 TC. NO.128 TC. NO. 216 i HR: MIN:SEC i 1:34:30 451.5 432.3 '393.2 373.8 345.5 I
1:35.30 463.4 430.6 383.9 363.5 343.1 1:36:30 459.3 428.2 387.8 377.1 365.7 1:37:30 473.3 444.2 403.1 388.4 377.7 1:38:30 500.3 454.6 398.0 373.6 364 6 1:39:30 511.0 460.8 '400.8 377.2 371.7 ; 1:40:30 537.6 482.7 416.0 386.2 371.7 t 1:41:30 537.3 477.6 416.2 396.2 390 8 l 1:42:30 576.9 508.8 432.6 397.8 382.2 ' 1:43:30 586.0 506.2 427.8 399.1 393.5 1:44:30 612.4 529.1 451.2 420.9 409.6 1:45:30 642.1 547.4 460.9 427.3 414.3 : 1:46:30 674.0 565.2 457.8 413.8 399.9 1:47:30 690.2 583.6 465.8 418.8 403.4 1:48:30 700.7 598.9 473.3 430.7 418.5 1:49:30 720.1 625.7 494.2 448.5 ~ 430.5 t 1:50:30 752.1 656.7 511.7 456.7 428.3 , 1:51:30 757.5 662.6 513.7 462.3 438.8 1:52:30 774.1 674.5 518.5 465.0 439 3 1:53:30 792.8 688.5 528.8 471.9 441.4 1:54:30 811.7 708.3 549.6 485.9 448.7 O 1:55:30 1:56:30 846.8 870.2 737.0 752.1 571.1 582.1 492.2 497.8 442.5 446 4 1:57:30 883.0 756.5 585.9 503.9 461.7 1:58:30 926.4 798.2 628.8 527.8 475.0 1:59:30 961.4 822.2 645.5 542.6 488.1 2:00:30 981.9 827.0 653.7 561.1 512.1 2:01:30 1015.7 847.5 671.6 571.7 518.2 2:02:30 1058.0 875.6 692.2 585.4 523.5 2.03:30 1075.7 899.6 719.5 621.4 557.0 2:04:30 1113.2 932.5 736.8 627.4 555.5 2:05:30 1098.4 941.5 749.9 648.5 585 6 ' 2:06:30 1102.8 977.8 772.7 658.4 585.3 2.07:30 1088.9 992.2 788.2 679.7 610 4 2:08:30 1104.4 1017.4 797.4 677.6 604.7 , 2.09:30 1121.8 1036.8 811.8 690.4 616.9 2:10.30 1115.7 1054.2 833.2 74.4 644.4 2:11:30 1150.3 1082.0 844.7 721.3 642.0 2:12:30 1135.3 1081.2 848.2 731.0 663.5 2:13:30 1152.9 1111.6 876.0 739.8 662.4 , 1132.0 1106.1 890.9 759.4 688.5 2:14:30 1133.9 1124.2 915.6 770.2 688.6 2:15:30 2:16:30 1112.2 1125.5 923.8 771.5 690.5 1078.3 1136.5 946.6 789.1 706.9 2:17:30 ' 2:18:30 1053.9 1123.4 943.5 797.1 721.7 968.1 817.6 734.9 O 2:19:30 2:20:30 1055.5 1061.3 1138.1 1145.7 974.5 813.9 725 8 i Issued: December 29.1994 Revised: January 30,1995
-FPC File NE0016 CONDUIT A Page E-72 TEST DATE: DECEMBER 6,1994
[ Temperatures on Exterior Conduit Surface,'F [~i . TIME TC. NO. 058 TC. NO.143 TC. No. 088 TC. NO.128 TC. NO. 216 l HR: MIN:SEC 2:21:30 1065.6 1143.0 983.8 822.5 733 2 2:22:30 1059.2 1135.4 990.7 828.5 739.9 i 2:23:30 1074.8 1132.2 1007.5 - 840.8- 750.0 J 2:24.30 1068.5 1157.9 1020.8 854.4 760 2 ; 2:25:30 1084.3 1120.5 1038.7 871.9 775.2 I 2:26:30 1080.6 1087.1 1031.C- 870.7 778.3 2:27:30 1068.8 1093.6 1054.8 902.0 800.9 2:28:30 1107.2 1095.5 1060.1 899.9 792.4 2:29:30 1098.6 1083.7 1043.5 907.1 805.8 2:30:30 1108.2 1084.6 -1067.2 934.8 819.5 2:31:30 1088.7 1064.3 1072.5 952.7 844.2 2:32:30 1104.9 1099.4 1085.7 963.4 845.8 2:33:30 1107.7 1118.6 1092.6 976.9 861.0 , 2:34:30 1110.1 1123.6 1088.2 983.4 871.3 2:35:30 1104.6 1119.5 1084.9 996.4 883.0-2:36:30 1077.6 1116.3 1089.4 1031.8 - 913.4 2:37:30 1084.4 1109.6 1076.1 1032.0 915.3 2:38:30 1103.2 1126.0 1096.1 1049.2 929.1 2:39:30 1105.4 1121.8 1102.8 1061.3 943.2 2:40:30 1108.5 1113.2 1089.9 1053.8 946.3 - 2:41:30 1102.7 1108.5 1089.5 1059.4 965.3 2:42:30 1117.8 1125.8 1101.5 1073.3 972.6 2:43:30 1105.6 1117.3 1109.8 1096.7 1001.5 2:44:?O 1131.3 1125.5 1113.6 1104.5 996.5 2:45:30 1120.1 1119.8 1120.3' 1121.8 1027.7 2:46:30 1144.5 1145.1 1130.9 1129.2 1031.6 2:47:30 1137.7 1136.1 1104.4 1115.2 1041.6 2:48:30 1144.4 1142.3 1092.1 1120.2 1055.1 2:49:30 1140.4 1154.0 1093.5 1104.0 1078.5 2:50:30 1149.4 1157.6 1074.5 1065.1 1068.6 2:51:30 1145.3 1163.0 1087.6 1087.2 1088.1 2:52:30 1168.4 1182.9 1092.5 1085.7 1076 8 . 2:53:30 1153.0 1174.7 1089.3 1100 0 1096.5 2:54:30 1177.0 1192.3 1092.4 10. O 10873 2:55:30 1173.0 1193.3 1099.6 1111.4 1104.8 2:56:30 1180.5 1195.0 1094.4 1104.8 1105.6 2:57:30 1169.5 1181.4 1090.8 1099.0 1113.2 2:58:30 1054.5 1111.2 1082.3 1092.6 1105.7 2:59:30 1056.3 1070.7 1066.2 1074.5 1085.6 3:00:30 1062.2 1072.4 1061.8 1077.4 1085.7 , 3:01:30 1059.4 1073.8 1056.9 1082.2 1095.9 3:02:30 1055.4 1059.9 1034.5 1068.1 1098.9 3:0',:30 1071.0 1075.1 1043.1 1073.9 1101.2 3:04:30 1066.8 1082.0 1056.9 1095.6 1124.5 3:05:30 1066.3 1078.5 1052.0 1095.8 1130.7 3:06:30 1084.6 1089.0 1050.7 1086.7 1115.6 O. 3:07:30 1082.5 1097.0 1067.8 1112.2 1141.0 l l Issued: December 29,1994 Revised: January 30,1995 I
.- _ _ _ _ _ _ _ _ _ _t
t
.l
.FPC File NE0016 CONDUIT A~ Page'E-73 l TEST DATE: DECEMBER 6,1994 l Temperatures on Exterior Conduit Surface, *F TIME :TC.NO.056 TC. NO.183 TC. NO. 088 TC. NO.128 TC. NO. 214 HR: MIN:SEC .
l 3:08:30 1093.5 .1107.8 1076.9 .1119.8 1143 6 ; 3.09:30 1095.2 1096.9 1065.1 1109.5 1141.6 : 2 s I i
)
1 J i I 1 O 1 i 1 O . Issued: December 29,1994 Revised: January 30,1995 ____.__.__.___.___l'
i
~FPC' File NE0016 CONDUIT A Page E-74 TEST DATd: DECEMBER 6,1994 Avera9e Temperature on Exterior Conduit Surface, *F
[%)Y TIME HR: MIN:SEC - , 0:00:30 48.0 ' 0:01:30 49.0 O.02:30 48.1
.0.03:30 48.8 0:04:30- 47.4 0.05:30 50.5 ,
0.06:30 51.0 0:07:30- 51.4 0:08:30 52.8 0:09:30 53.6 i 0:10:30 56.8 - 0:11:30 58.9 0:12:30 60.6 0:13:30 61.7 0:14:30 66.6 0:15:30 70.6 0:16:30 73.7 0:17:30 77.3 0:18:30 82.2 0:19:30 87.2 0:20:30 92.5 0:21:30 100.0 0:22:30 106.4 i 0:23:30 112.3 0:24:30 117.7 0:25:30 125.4 0:26:30 131.7 0:27:30 138.4 0:28:30 144.2 0:29:30 149.8 , 0:30:30 157.2 0:31:30 161.3 , 0:32:30 167.2 0:33:30 172.2 0:34:30 180.6 0:35:30 185.3 ' 0:36:30 192.3 0:37:30 196.9 0:38:30 203.0 : 0:39:30 207.4 0.40:30 208.9 0:41:30 209.4 0:42:30 212.1 0:43:30 213.8 0:44:30 214.2 0:45:30 214.4 0 0:46:30 214.3 issued: December 29,1994 Revised: January 30,1995
FPC File NE0016 CONDUIT A Page E-75 TEST DATE: DECEMBER 6,1994 ' Average Temperature on Exterior Conduit Surface, 'F [ ~ 1- TIME HR: MIN:SEC 0.47:30 211.9 0:48:30 213.4 0.49:30 212.1 ' 0.50:30 214.2 0:51:30 211.5
-0:52:30 213.1 0:53:30 214.9 _f1 0.54:30 214.6 0:55:30 215.3 0:56:30 216.5 l
l 0:57:30 215.4 0:58:30 218.8 ; 0:59:30 220.0 1:00:30 220.5 l l 1:01:30 220.7 1:02:30 222.6 - 1:03:30 226.0 1:04:30 .229.4 1:05:30 230.6 1:06:30 233.4' 1:07:30. 239.7
/ 1:08:30 244.6 1:09:30 .249.0 1:10:30 254.9 l 1:11:30 260.9 1:12:30 264.6 ,
1:13:30 268.7 1:14:30 275.0 1:15:30 282.2 1:16:30 286.9 1:17:30 291.4 1:18:30 299.5 1:19:30 304.2 1:20:30 311.8 1:21:30 318.4 1:22:30 322.9 1:23:30 329.6 1:24:30 337.4 1:25:30 344.9 1:26:30 351.3 1:27:30 355.0 1:28:30 363.6 1:29:30 370.4 1:30:30 375.9 1:31:30 382.1 1:32:30 389.6 1:33:30 393.7 q lstred: December 29,1994 R e cad: January 30,1995
i
.J l
FPC f11e NE0016' CONDUIT A Page E-76 f TEST DATE: DECEMBER 6,1994 ;
'W.) Average Temperature on Exterior Conduit Surface,'F 1
j
- (d : i TIME i HR: MIN:SEC 1:34:30 - 400.9 2 1:35:30 408.4 ,
7 i 1:36:30 417 9 l cy;; 1:37:30 428.8 1:38:30 436.2 1:39:30 446.9 1:40:30 453.6 ; 460.4 .! 1:41:30 1:42:30 473.1 l' 1:43:30 482.8 1:44:30 496.4 l 1:45:30 522.4 l 1:46:30- 534.6 1:47:30 538.9 1:48:30 540.9 l 1:49:30 575.3 l 1:50:30 558.5 1:51:30 660.7 1:52:30 678.8 l 1:53:30 750.5 l 1:54:30 798.6 1:55:30 862.9 1:56:30 964.9 1:57:30 1029.8 1 1045.3 l 1:58:30 1:59:30 1052.6 ; f 2:00:30 1058.3 2:01:30 1069.1 l 2:02:30 1047.4 l 2:03:30 1047.6 2:04:30 1052.4 . 1052.0 l 2:05:30 2:06:30 1059.3 2:07:30 1066.1 2:08:30 1076.9 2:09:30 1064.5 2:10:30 1082.4 l 2:11:30 1063.7 2:12:30 1058.5 2:13:30 1063.4 2:14:30 1071.7 2:15:30 1069.3 2:16:30 1071.9 2:17:30 1068.5 2:18:30 1068.1 1063.4 0 2:19:30 2:20:30 1066.8
' Issued: December 29,1994 Revised: January 30,1995 j
c t.. - t FPC': File'NE0016 - CONDUlT'A Page E-77 TEST DATE: DECEMBER 6,1994
!/ Average Temperature on Exterior Conduit Surface, T
'Q TIME HR: MIN:SEC .
2:21:30 1062.4 2:22:30 1060.1 2:23:30 1066.5 2:24:30 1067.2 2:25:30 1066.3 2:26:30 1074.4 2:27:30 1076.2 2:28:30 1081.6 2:29:30 1083.3 2:30:30 1080.6 2:31:30 1086.6 2:32:30 1086.1 2:33:30 1090.8 2:34:30 1096.3 2:35:30 1097.1 2:36:30 1098.4 2:37:30 1104.1 2:38:30 1103.3 2:39:30 1103.2 2:40:30 1107.8 2:41:30 1111.1 0- 2:42:30 2:43:30 1107.1 1100.8 1103.4 2:44:30 2:45:30 1103.1 2:46.30 1107.7 2:47:30 1114.5 2:48:30 1121.5 2:49:30 1122.8 2:50:30 1128.9 2:51:30 1131.9 2:52:30 1135.4 2:53:30 1139.7 2:54:30 1144.1 2:55:30 1146.5 2:56:30 1144.8 2:57:30 1137.9 2:58:30 1125.6 2:59:30 1122.1 3:00:30 1116.4-3:01:30 1114.8 3:02:30 1118.3 > 3:03:30 1120.3 3:04:30 1121.7 3:05:30 1126.5 3:06:30 1131.0 O 3:07:30 1131.6 issued: December 29,1994 Revised: January 30,1995
. . - . = . . . - -. . -.~
l l
,FPCfFil'e NE0016 CONDUlT A Page E-78'
' TEST DATE: DECEMBER 6,1994 i
.q s. ,
( [{ ' average Temperature on Exterior Conduit Surface, 'F . TIME ; HR: MIN:SEC 3:08:30 y9 g 9- I 3:09:30 1138.4 i I i l 1 i 1 l 1 I
-i I
l 4 l l f l 1 I 1 l l I ' I i i issued: December 29,1994 ! Revised: January 30,1995 j
~
I
. . . . ~ . .-. _. . _ - . _ _ . - - - _ _ _ _ . ,. ._. ~. - _ -.. . -..-. . - . . - -
CONDUIT B Page E-79 ' FPC File'HE0016 TEST DATE: DECEMBER 6,1994 l Temperatures on No. 8 AWG Copper Conductor,'F (%.j) TIME TC. NO. 330 TC. NO. 331 TC. NO. 332 TC. NO. 333 TC NO. 334 HR: MIN:SEC 45.2 40.5 40.0 44.1 51.0 , 0:00:30 40.2 40.0 44.7 51.9 57.2 0:01:30 45.3 40.6 40.0 43.9 51.0 0:02:30 43.5 39.6 41.2 46.5 53 5 0:03:30 i 0.04:30 56.1 49.2 44.2 - 39.9 .40.3 48.6 54.9 59.4 60.7 57.4 0.05:30 , 0.06:30 40.0 44.5 51.6 56.9 61.0 ! 0;07:30 '39.7 43.6 50.9 56.3 60.5 53.8 58.7 60.7 58.0 51.7 0:08:30 60.3 58.9 53.8 47.2 42.3 0:09:30 ' 47.3 54.2 58.8 60.9 58.2 0:10:30 41.9 48.3 54.8 59.3 61.1 0:11:30 0:12:30 60.3 59.5 54.3 47.5 42.6 49.2 44.4 40.2 40.4 44.7 0:13:30 0:14:30 39.8 43.9 51.2 56.7 60 9 r 0:15:30 41.2 46.5 53.5 58.3 61.3 39.5 42.7 49.1 55.2 59.8 0:16:30 42.5 39.4 41.8 47.5 54.4 0:17:30 0:18:30 ~ 40.0 40.0 44.6 52.0 57.2 0:19:30 48.7 41.1 41.8 46.8 53.8' 56.6 49.8 44.5 40.1 40.0 0:20:30 58.7 60.6 57.3 50.9 44.9 , 0:21:30 58.7 60.7 57.8 51.5 45.3 0:22:30 60.4 59.0 53.6 46.8 42.1 0:23:30 50.7 45.1 40.7 40.2 44.5 0:24:30 49.6 55.5 59.8 60.5 56.6 0:25:30 58.4 60.7 57.7 51.2 45.3 0:26:30 56.4 60.5 59.9 55.3 48.4 ; 0:27:30 39.7 42.0 47.8 54.5 59.1 0:28:30 59.0 60.8 57.5 51.1 45.3 l 0:29:30 ' 41.6 47.1 54.2 59.0 61.4 0:30:30 60.8 58.3 51.6 45.7 40.7 0:31:30 40.8 45.5 52.8 58.1 61.5 i 0:32:30 48.2 43.5 40.6 42.5 47.6 l 0:33:30 0:34:30 44.6 51.8 57.3 61.4 61.2 j 60.1 61.5 58.0 51.4 45 5 e 0:35:30 45.0 52.1 57.7 61.8 61.5 ! 0:36:30 1 61.7 59.5 53.3 47.4 42.2 0:37:30 62.3 59.9 54.1 47.2 0:38:30 59.5 44.3 50.9 57.5 61.3 0:39.30 41.4 43.0 48.5 55.8 60.0 0:40:30 41.9 42.4 44.0 49.4 55.7 0:41:30 46.0 45.5 52.4 58.8 62.5 0:42:30 42.3 44.8 43.7 47.4 53.3 0:43:30 49.1 47.8 44.4 45.3 49.0 0.44:30 52.1 43.9 47.2 53.6 59.0 46.1 0\ 0.45:30 0:46:30 45.5 44.7 49.1 56.6 61.0 issued: December 29,1994
- Revised: January 30,1995
l' FPC File NE0016 CONDUIT B Page E-80 TEST DATE: DECEMBER 6,1994 Temperatures on No. 8 AWG Copper Conductor,'F TIME TC. NO. 330 TC. NO. 331 TC. NO. 332 TC. NO. 333 TC. NO. 334 l l HR: MIN:SEC 0:47:30 59.2 64.5 66.5 63.8 55.9 0:48:30 54.7 50.3 47.0 47.9 51.2 I 0:49:30 65.2 61.3 55.3 51.0 45.9 j 0:50.30 51.0 47.5 49.0 54.3 59.6 l 0:51:30 65.2 68.6 67.0 62.0 54 2 0.52:30 66.5 62.6 57.1 53.3 48.4 { 0:53:30 48.1 52.0 59.5 66.8 69.2 1 0:54:30 59.7 55.7 52.8 53.2 55.1 -l 0:55:30 51.1 58.3 66.7 72.5 - 72.9 : 0:56:30 60.3 57.2 54.7 55.8- 58.2 ! 0:57:30 71.6 70.4 65.6 61.5 54.6 . 0:58:30 65.7 61.4 59.0 58.0 58.1 0:59:30 66.4 62.5 60.3 59.4 59.2 1:00:30 71.3 67.2 64.4 61.7 58.4 1:01:30 75.4 74.5 70.2 66.9 59.9 [ 1:02:30 76.1 74.5 70.8 67.7 61.3 1:03:30 76.4 74.4 71.1 68.4 63.1 1:04:30 61.4 62.4 68.6 76.7 80.5 > 1:05:30 60.1 68.1 78.7 86.0 87.7 1:06:30 78.5 76.6 75.1 73.2 69.0
'1:07.30 62.4 69.4 79.5 88.4 90.4 O
1:08:30 69.4 81.8 90.9 96.4 92.7 1:09:30 65.2 72.5 82.6 91.9 94.2 1:10:30 75.5 87.6 96.5 100.4 94.7 1:11:30 84.9 94.9 98.9 96.7 87.8 1:12:30 79.9 92.3 101.2 104.3 98.6 1:13:30 73.5 78.2 86.4 95.0 99.4 1:14:30 84.0 85.7 86.7 88.6 90.6 1:15:30 88.5 89.6 90.4 90.4 90.6 90.0 91.4 92.3 92.5 93.1 1:16:30 1:17:30 77.7 89.4 101,9 110.7 113.5-1:18:30 95.2 96.8 97.7 97.0 96.3 82.9 89.7 99.0 108.3 113.0 1:19:30 101.1 112.2 115.4 112.3 105.3 1:20:30 94.7 98.6 100.6 103.6 106.8 , 1:21:30 86.9 101.2 114.5 122.7 125.0 1:22:30 90.0 105.6 118.4 125.8 126.9 1:23:30 95.5 101.2 106.0 112.2 117.9 1:24:30 109.6 114.3 114.3 113.1 110.0 1:25:30 112.8 123.0 124.7 121.5 116.0 , 1:26:30 103.3 108.7 111.7 116.1 120.5 j 1:27:30 113.8 127.2 131.6 129.5 122.9 1:28:30 107.6 124.2 134.7 138.5 134.6 1:29:30 112.9 125.6 135.1 139.2 1:30:30 99.6 131.9 133.9 130.5 125.4 1:31:30 121.0 141.5 144.3 O 1:32:30 103.9 119.8 133.2 l 127.4 128.1 127.0 125.1 1:33:30 122.4 issued: December 29,1994 Revised: January 30,1995 I b
.FPC File NE0016 CONDUlT B Page E-81 TEST DATE: DECEMBER 6,1994
[] ' LJ . Temperatures on No. 8 AWG Copper Conductor, *F TIME TC. NO. 330 TC. NO. 331 TC. NO. 332 TC. NO. 333 TC. NO. 334 HR: MIN:SEC 1:34:30 120.7 136.3 143.8 143.8 137.1 1:35:30 124.3 128.7 130.2 129.3 128.9 1:36:30 111.3 120.5 129.8 139.1 145.4 . 1:37:30 110.8 125.6 138.9 147.6 152.0 1:38:30 128.0 129.7 130.4 134.8 140.0 137.6 1:39.30 126.8 132.1 134.1 134.9 1:40:30 135.2 145.0 145.9 143.2- 138 8 +- 1:41:30 122.2 129.2 134.9 141.7 148.6 1:42:30 137.2 149.6 ~ 152.1 148.5 -143.9 1:43:30 129.9 136.1 138.4 140.8 145.1 1:44:30 120.7 134.0 145.9 155.4 160.5 1:45:30 122.1 135.1 147.0 156.4 161.7 ; 1:46:30 143.5 152.0 152.1 149.8 145.7 1:47:30 144.8 154.3 154.8 152.0 148.0 1:48:30 137.7 143.4 145.4 146.9 150.5 1:49:30 129.8 138.5 147.1 155.6 162.5 1:50:30 129.5 146.2 159.4 167.3 170.6 1:51:30 134.2 141.6 147.9 155.2 162.7 1:52:30 137.8 144.6 148.5 153.8 160.0 1:53:30 140.8 147.5 149.9 153.4 158.5 1:54:30 135.6 144.4 152.6 160.6 168.0 1:55:30 139.7 158.4 169.4 175.3 174.5 ' k 1:56:30 148.5 164.9 173.2 174.0 169.1 1:57:30 153.9 159.3 159.6 158.2 157.4 1:58:30 148.7 165.5 175.1 177.6 174.3 ! 1:59:30 152.5 168.6 176.2 176.6 171.1 2:00:30 144.7 151.6 157.4 164.5 172.0 2:01:30 153.1 158.3 159.9 161.4 165.0 > 2:02:30 161.6 169.6 169.7 167.9 164.1 2.03:30 142.5 156.9 169.3 179.4 184.6 2:04:30 156.0 172.6 181.8 184.4 180.0 2:05:30 145.9 156.3 166.7 177.7 184.1 2:06:30 159.0 175.3 184.7 187.7 183.4 2:07:30 147.6 163.3 177.4 187.7 192.3 2.08:30 166.9 180.1 184.4 183.4 178.7 , 2.09:30 168.2 181.3 186.0 185.2 181.0 2:10:30 152.9 170.3 184.9 195.4 199.0 2:11:30 168.1 184.2 191.9 193.7 188.9 2:12:30 159.1 167.0 174.8 184.6 193.5 2:13:30 169.9 186.8 196.5 199.7 195.7 2:14:30 157.1 169.5 182.6 196.2 204.5 , 2:15:30 165.9 185.3 199.2 207.8 207.7 t 2:16:30 177.2 193.5 200.7 202.2 198 6 2:17:30 171.3 190.9 204.4 211.6 210 3 2:18:30 170.6 180.2 187.1 195.8 203.6 2:19:30 165.4 183.6 199.7 211.6 217.8 O 2:20:30 185.7 202.4 208.9 209.2 204.7 Issued: December 29,1994 Revised: January 30,1995
1 FPC File NE0016. CONDUlT B Page E-82 TEST DATE: DECEMBER 6,1994 /~N Temperatures on No. 8 AWG Copper Conductor,'F (') TIME TC. NO. 330 TC. No. 331 TC. NO. 332 TC.No.333 TC. NO. 334 ! HR: MIN:SEC 2:21:30 189.0 204.9 211.0 210.8 206.0 . 2:22:30 193.5 206.7 210.5 209.3 205.1 2:23:30 193.9 209.9 217.0 217.4 211.0 2:24:30 195.8 211.6 219.5 220.3 213.9 2:25:30 192.7 209.3 220.2 225.2 222.2 2:26:30 204.0 207.2 207.8 207.2 206.1 2:27:30 189.2 201.7 214.3 223.5 227.5 2:28:30 208.5 219.7 223.2 221.5 215.0 2:29:30 209.9 210.9 210.8 210.0 209.4 2:30:30 205.2 217.7 226.7 230.3 226.0 2:31:30 196.2 203.5 213.4 223.8 228.8 2:32:30 208.1 ?'20.0 228.7 231.7 226.9 2:33:30 207.6 29.6 228.9 233.2 . 228.9 , 2:34:30 213.9 224.3 230.5 231.0 223.7 2:35:30 217.6 226.4 230.1 228.9 221.2 2:36:30 201.5 210.2 221.9 231.5 234.5 2:37:30 218.9 217.2 217.0 217.1 215.5 2:38:30 217.1 226.7 233.2 234.5 226.8 2:39:30 214.8 225.0 233.7 237.9 231.9 2:40:30 224.7 226.6 225.8. 225.1 218.7 ! 2:41:30 219.6 217.7 218.4 220.7 220.0 2:42:30 224.6 230.5 232.4 232.5 224.3 0% 2:43:30 2:44:30 206.1 226.2 213.8 231.4 225.7 233.4 238.4 233.8 240.0 225.5 2:45:30 208.7 212.5 223.2 237.4 239.4 2:46:30 220.9 231.4 240.8 246.9 237.0 2:47:30 223.1 222.3 225.4 230.9 227.3 2:48:30 220.7 221.0 225.0 233.0 231.1 2:49:30 210.0 220.7 236.3 251.9 249.5 2:50:30 227.0 227.5 231.6 238.1 231.1 2:51:30 211.5 219.2 234.0 252.0 250.1 2:52:30 230.2 239.7 247.2 252.9 239.5 2:53:30 212.8 221.8 238.4 257.6 254.4 i 2:54:30 231.7 242.2 251.1 257.7 243.1 2:55:30 220.4 236.7 254.5 270.2 258.5 ] 257.8 2.56:30 225.6 241.0 258.2 271.9 2:57:30 220.1 237.3 257.1 274.8 264.5 2:58:30 216.6 229.8 250.6 271.2 265.3 2:59:30 234.7 240.4 250.6 260.7 248.3 3:00:30 236.3 251.6 265.8 274.9 256.7 3:01:30 231.7 250.3 270.4 283.8 266.5 3:02:30 234.5 242.1 255.2 267.0 256.8 3.03:30 242.2 254.4 266.4 275.0 257.5 3:04:30 226.0 247.3 272.4 291.0 279.3 3:05:30 226.0 241.6 264.5 284.9 277.1 3:06:30 243.1 254.5 268.0 277.5 262.4 0 3.07:30 228.0 issued: December 29,1994 249.4 275.1 294.6 284.3 Revised: January 20,1995 l
j, jfPC File NE0016 CONDUlT B -Page E-83 TEST DATE: DECEMBER 6,1994 l Temperatures on No. 8 AWG Copper Conductor, 'F TC. NO. 330 TC. NO. 331 TC. NO. 332 TC. No. 333 TC. NO. 334 TIME . HR: MIN:SEC 3.08:30 232.1 256.5 282.8 300.2 ~ 287.4: , 3:09 30 .239 6 254.5 271.3 285.2 ~ 275.4. 1 i i O . i I O l lssued: December 29,1994 Revised: January 30,1995 ! l l i
+ ! FPC File NE0016 . CONDUlT B Page E-84 TEST DATE: DECEMBER 6,1994 ;
. . 1 Temperatures on No. 8 AWG Copper Conductor,'F TIME TC. NO. 335 TC.NO.334 TC. NO. 337 TC. NO. 338 TC. NO. 339 I
HR: MIN:SEC 0:00.30 56.3 60.5 60.8 57.0 50.0 ~ 0:01:30 60.7 - 60.3 55.7 49.0 44.3 0:02:30 56.4 60.5 60.7 56.8 50.1 l 0.03:30 58.1 61.1 59.6 54.5 48.0 l 0.04:30 45.0 52.0 - 57.2 _ 61.0 60.2 l 0:05:30 50.7 45.2 40.3 39.5 43.0 i 0.06:30 60.2 55.6 48.5 43.6. 39.9 J 0:07:30 60.5 56.6 50.0 44.9 40.6' i 0:08:30 45.9 41.1 39.2 42.5 49.1 ! 39.3 41.2 46.2 53.2 57.8 l 0:09:30 0:10:30 51.8 45.7 41.1 39.3 42.5 0:11:30 57.7 51.2 45.8 41.3 39.7 0:12:30 39.4 41.2 46.5 53.4 58.1 i 0:13:30 52.0 57.1 61.0 60.2 55.4 0:14:30 60.3 56.0 49.2 44.2 40.1 . 0:15:30 59.2 54.2 47.7 42.9 39.7 0:16:30 60.8 58.1 51.9 46.1 . 41.5 , 0:17:30 58.7 61.0 58.8 52.9 46.7 0:18:30 60.6 60.3 55.8 48.7 44.1 0:19:30 58.4 61.1 59.6 54.2 47.6 0:20:30 44.7 51.7 56.8 60.7 60.1 0:21:30 40.5 39.6 43.6 50.7 56.2 0% 0:22:30 40.8 39.5 43.1 50.1 55.8 0:23:30 39.4 42.0 48.1 54.7 59.0 v 0:24:30 51.7 57.1 61.0 60.4 55.4 0:25:30 49.3 44.3 39.9 40.2 44.8 0:26:30 40.8 39.5 43.2 50.3 56.0 0:27:30 43.4 39.6 40.8 46.1 52.9 0:28:30 61.0 58.6 52.8 46.7 42.0 > 0:29:30 40.9 39.6 43.6 50.7 56.3 0:30:30 59.1 53.5 47.2 42.5 40.1 0:31:30 39.8 43.5 51.2 56.8 60.5 0:32:30 59.9 55.1 49.0 44.2 40.5 0:33:30 54.0 58.7 62.0 60.2 54.5 0:34:30 56.2 49.5 45.4 41.1 -41.2 0:35:30 40.8 40.3 45.1 52.1 57.1 0:36:30 56.6 49.7 45.4 41.3 42.0 0:37:30 40.4 44.0 51.8 57.4 61.2 0:38:30 42.3 40.5 44.7 50.7 56.6 0:39:30 61.9 59.2 54.2 48.5 43.7 0:40:30 62.2 61.3 57.5 50.9 45.8 0:41:30 59.7 63.0 63.0 57.5 50.5 ; 0:42:30 62.5 59.8 55.1 49.4 44.4 0:43:30 57.8 62.5 65.9 62.1 54.9 0:44:30 54.8 60.5 66.4 65.3 59.8 0:45:30 62.0 64.4 64.3 57.5 51.2 50.7 0s 0:46:30 63.4 64.7 63.9 56.5 issued: December 29,1994 Revised: January 30,1995
FPC File NE0016 CONDUlTB Page E-85 TEST DATE: DECEMBER 6,1994 b-
'Q Temperatures on No. 8 AWG Copper Conductor. *F TIME TC. No. 335 TC.NO.334 TC. NO. 337 TC. No. 338 TC. NO. 339 HR: MIN:SEC 0:47:30 48.9 45.2 47.4 50.4 56.3 0:48:30 56.4 62.5 69.7 68.5 62.9 0.49:30 45.7 51.9 62.7 67.1 69.4 0:50:30 62.5 67.4 70.8 65.9 59.5 0:51:30 47.5 46.8 54.2 60.0 67.5 0:52:30 48.2 55.1 66.7 71.6 76.9 0:53:30 68.2 67.0 66.0 60.9 62.1 0:54:30 59.3 66.4 76.1 77.7 81.6 0:55:30 67.9 64.6 64.6 62.2 71.6 0:56:30 62.2 69.5 79.9 82.8 92.7 0:57:30 50.9 57.3 72.1 82.5 102.9 0:58:30 61.0 69.7 82.6 90.4 105.6 0:59:30 61.3 70.1 84.1 93.9 111.3 1:00:30 58.8 68.4 84.1 96.8 117.4 1:01:30 56.4 64.1 82.2 97.2 121.6 1:02:30 58.8 67.5 85.8 101.1 125.6 1:03:30 61.7 71.0 89.7 105.4 129.0 1:04:30 80.3 85.7 95.6 101.4 117.9 1:05:30 83.4 83.6 90.3 97.8 115.9 1:06:30 68.5 78.9 98.2 115.4 138.0 1:07:30 88.0 89.5 97.6 105.0 122.8 g 83.1 80.9 90.4 101.1 124.7 1:08:30 1:09:30 92.3 94.5 103.4 110.9 128.2 1:10:30 83.8 82.8 93.2 106.4 131.7 1:11:30 79.1 80.1 95.8 114.9 142.8 1:12:30 88.0 87.1 97.7 111.9 137.3 1:13:30 99.9 105.9 117.8 125.5 140.4 1:14:30 94.1 103.8 122.5 136.7 152.7 1:15:30 93.1 104:0 123.2 139.4 156.8 1:16:30 95.7 106.5- 125.7 141.6 158.4 1:17:30 110.6 111.2 118.8 127.7- 143.0 1:18:30 98.6 109.7 129.2 146.0 163.2 1:19:30 114.3 119.9 130.8 137.9 151.3 1:20:30 98.6 101.4 119.2 139.3 163.0 1:21:30 111.2 120.9 138.8 151.5 164.2 1:22:30 120.8 119.9 127.4 136.0 150.7 1:23:30 121.7 120.4 128.4 137.0 152.0-1:24:30 121.5 130.1 145.0 154.6 164.2 1:25:30 110.8 121.3 140.9 157.7 174.4 1:26:30 110.4 115.2 133.3 152.6 172.2 1:27.30 125.5 134.6 150.7 161.2 170.1 1:28:30 116.9 118.4 133.4 150.8 170.7 1:29:30 126.1 125.1 133.8 145.0 162.2 1:30:30 138.8 140.0 148.2 151.6 160.0 1:31:30 120.3 124.8 141.6 159.4 176.2 160.5 0 1:32:30 1:33:30 140.9 127.0 139.8 137.5 145.6 155.3 151.4 169.5 181.7 issued: December 29,1994 Revised: January 30,1995
i
)
FPC' File NE0016 CONDUlT B Page E-86 TEST DATE: DECEMBER 6,1994
\ Temperatures on No. 8 AWG Copper Conductor,'F
[G ^ TIME TC NO. 335 TC. NO. 334 TC. NO. 337 TC. NO. 338 TC. NO. 339 HR: MIN:SEC 1:34:30 130.4 130.2 141.4 155.5 173.4 1:35.30 131.7 142.5 159.3 172.9 183.7 l 1:36:30 148.3 153.5 162.1 165.3 170.8 l 1:37:30 151.0 1 51.1 155.4 160.0 167.2 l 1:38:30 145.5 154.1 167.8 175.5 181.1 1 1:39:30 142.4 152.1 167.4 178.3 186.1 1:40:30 135.4 141.2 157.5 172.7 187.6 1:41:30 152.9 160.4 171.4 176.6 180.4 1:42:30 138.9 142.3 156.7 172.4 187.8 ; 1:43:30 151.1 160.0 173.9 182.6 188.4 1:44:30 162.0 163.9 168.4 170.7 176.4 ! 1:45:30 163.4 165.3 169.7 172.0 177.4 1:46:30 144.1 151.1 167.1 181.1 194.8 1:47:30 145.3 151.0 166.4 180.8 194.8 1:48:30 156.5 165.5 179.2 188.6 194.7 1:49:30 166.4 172.2 179.9 182.5 185.3 1:50:30 168.2 166.2 169.4 173.3 179.0 1:51:30 167.4 174.4 184.0 188.1 189.0 1:52:30 165.9 173.9 186.2 192.4 194.3 1:53:30 164.9 173.4 187.4 195.3 197.8 1:54:30 172.2 178.7 188.3 191.5 191.0 g 1:55:30 169.5 167.2 173.5 178.3 185.3
' 1:56:30 162.9 162.6 171.4 181.9 192.5 1:57:30 160.9 171.1 188.5 201.1 206.9 1:58:30 168.0 167.4 175.0 183.6 192.4' 1:59:30 165.9 165.9 176.1 187.4 197.8 ;
2:00:30 177.9 186.5 198.8 203.3 200.5 2:01:30 171.8 182.4 198.7 208.7 209.6 2:02:30 164.1 172.3 190.4 204.3 212.3 2:03:30 186.2 188.3 194.1 196.2 195.6 2.04:30 174.5 175.2 183.8 192.9 201.8 2:05:30 189.0 194.6 202.5 203.3 201.6 2:06:30 178.4 179.0 186.9 195.2 203.7 2:07:30 193.0 193.8 197.6 199.0 198.7 2:08:30 176.8 180.7 193.5 205.7 214.5 2:09:30 179.7 183.6 195.6 207.4 215.7 2:10:30 199.9 199.2 200.3 200.3 201.0 2:11:30 188.3 189.3 196.2 205.1 214.3 2:12:30 203.5 212.1 217.3 217.5 212.8 2:13:30 195.1 195.2 198.2 205.1 213.6 2:14:30 212.6 216.7 216.0 211.7 208.2 2:15:30 205.7 203.8 202.5 203.3 208.2 2:16:30 197.6 199.2 205.1 212.8 220.0 i 2:17:30 206.3 205.0 204.1 205.6 211.0 2:18:30 212.5 220.6 225.9 224.4 219.1 2:19:30 219.4 218.8 215.2 211.2 208.1 ph 2:20:30 201.6 203.2 209.7 217.2 223.5 issued: December 29,1994 Revised: January 30,1995
i l FPC File NE0016 CONDUlT B Page E-87 l TEST DATE: DECEMBER 6,1994 /m Temperatures on No. 8 AWG Copper Conductor, T v) TIME TC. NO. 338 TC. NO. 334 TC. NO. 337 TC. NO. 338 TC. NO. 339 HR: MIN:SEC 2:21:30 202.7 204.2 210.6 218.3 224.5 , 2:22.30 202.3 206.1 214.2 222.1 227.5 2:23:30 206.5 205.5 210.0 216.1 223 4 l 2:24:30 208.8 206.8 209.5 214.7 222.1 ? 2:25.30 215.2 211.6 210.5 211.1 215.7 ; 2:26:30 209.8 218.2 226.6 231.8 232.1 2.27.30 227.0 224.4 220,7 216.8 213 2 : 2:28:30 209.9 208.8 214.1 221.2 227.8 I 2:29:30 212.9 221.1 229.2 234.2 234.2 2:30:30 218.4 214.7 213.5 215.4 220.2 2:31:30 230.8 230.7 228.6 223.4 219.0 ; 2:32:30 219.1 215.6 214.9 217.5 222.5 ; 2:33:30 221.0 217.1 216.1 218.0 222.2 2:34:30 216.9 214.1 216.5 222.4 229.1 , 2:35:30 215.1 213.5 219.1 226.7 233.0 ; 2:36:30 233.4 231.6 229.0 226.2 221.7 2:37:30 218.1 226.5 236.2 242.8 241.7 ! f 2:38:30 219.1 216.3 220.2 227.3 233.2 2:39:30 222.9 219.6 221.2 226.0 230.1 1 2.40:30 214.9 220.0 232.1 241.9 245.0 i 2:41:30 222.1 230.7 242.1 249.1 245 6 : l ( 2:42:30 217.0 218.1 228.8 240.2 244.2
?
2:43:30 237.4 236.2 237.9 237.5 231.3 2:44:30 217.6 220.3 233.1 245.8 248.7 2:45:30 238.2 240.8 246.0 245.5 238.1 2:46:30 225.5 223.2 231.0 240.5 243.5 i 2:47:30 226.5 235.4 251.3 261.2 255.9 2:48:30 230.9 239.2 254.9 263.3 255.6 2:49:30 241.5 239.7 245.5 248.7 241.4 2:50:30 227.4 236.8 255.6 267.9 263.0 2:M:30 244.0 246.2 255.6 258.2 248.6 2:52:30 225.7 227.8 246.6 262.8 263.1 2:53:30 246.5 248.3 259.1 262.7 252.5 ! 2:54:30 228.0 230.4 250.7 267.8 267.6 l 2:55:30 240.9 238.4 251.1 260.1 256.8 2:56:30 238.3 236.9 251.3 263.6 261.7 2.57:30 246.3 243.8 257.4 265.5 259.1 , 2:58:30 253.1 254.6 268.2 274.3 262.5 l 2.59:30 237.9 248.3 274.1 290.4 282.9 3:00:30 237.1 239.2 262.6 281.2 279 6 3.01:30 244.1 243.7 261.8 277.0 274.3 3.02:30 246.3 257.1 283.3 298.5 287.1 , I 3:03:30 239.7 247.9 276.4 295.6 290.8 3:04:30 258.5 257.3 274.0 283.3 273.4 l 3:05:30 263.1 268.4 287.1 294.1 279.8 i 289.4 306.9 297.6 /3 3:06:30 248.7 260.5 i V 3:07:30 266.7 268.4 285.3 293.8 280.T. ! l issued: December 29.1994 i Revised: January 30.1995
'FPC File NE0016 CONDUlT B Page E-88 TEST DATE: DECEMBER 6,1994 -
Temperatures on No. 8 AWG Copper Conductor *F TIME TC. NO. 336 TC NO.336 TC. NO. 337 TC. NO. 338 TC. NO. 339 i
. HR: MIN:SEC 3.08:30 265.6 265.2 282.t 292.4 281.3 3:09:30 263.2 273.6 299.9 311.8 296.0 i
I i l l 4 1 O-t l
)
i i i I 1 O Issued: December 29,1994 Revised: January 30,1995
j i FPC File NE0016 CONDUlT B Pa9e E-89 TEST DATE: DECEMBER 6,1994 g) ( Temperatures on No. 8 AWG Copper Conductor,'F TIME TC. NO. 340 TC. NO. 341 TC. NO. 342 TC. NO. 343 TC. NO. 233 j HR: MIN:SEC 0 00:30 59.7 60.8 57.1 50.0 44.7 ! 0 01:30 60.7 56.5 49.5 44.0 39.7 ! 0.02:30 59.7 60.7 57.1 50.0 44.5 0.03:30 60.9 58.7 52.5 46.0 41.3 0 04:30 50.8 56.4 60.5 60.4- 56.0 . 0:05:30 45.6 40.6 39.6 43.3 50 8 0.06:30 56.5 49.0 44.1 39.6 40.0 , I 0.07:30 57.8 50.8 45.1 40.4 ' 39.4 0.08:30 41.4 39.5 42.9 49.9 56.1 0:09:30 42.5 49.0 55.1 59.5 M 1.4 0:10:30 44.4 39.8 40.1 44.7 'g 3 0:11:30 52.0 45.8 41.2 39.3 4' j 0:12:30 42.9 50.0 55.7 60.3 61.0 i 0:13:30 57.0 60.9 59.8 54.8 47 7 l 0:14:30 56.4 49.1 43.9 39.6 e0.1 1 0:15:30 51.3 45.3 40.6 39.5 43.4 j 0:16:30 58.0 51.1 45.3 40.5 39.4 0:17:30 60.6 56.5 49.3 44.1 39.6 . 0:18:30 60.6 56.7 49.6 44.4 39.8 l 0:19:30 60.7 56.8 49.7 44.2 39.9 < 0:20:30 51.7 57.0 60.8 59.8 55.2 i O 0:21:30 0:22:30 39.7 39.8 43.5 43.7 50.6 51.1 56.5 56.7 60.8 61.0 j 0:23:30 42.7 49.2 55.3 59.8 61.2 0:24:30 57.5 61.0 59.9- 54.6 47.5 ! 0:25:30 44.8 40.2 40.2 44.7 51.9 0:26:30 40.5 45.4 52.8 58.1 61.4 0:27:30 40.2 40.7 45.8 53.0 58.3' l 0:28:30 56.2 49.1 44.1 39.8 40.6 0:29:30 40.0 44.4 51.3 56.9 61.1 ! 0:30:30 50.2 45.1 40.6 40.4 44.9 j 0:31:30 44.5 51.9 57.1 61.2 61.2 0:32:30 54.6 47.8 43.0 40.1 42.2 0:33:30 59.0 61.7 59.1 52.9 46.4 0:34:30 48.9 44.0 40.6 42.4 47.9 0:35:30 41.4 46.6 53.8 59.2 62.4 0:36:30 49.2 44.4 41.1 43.0 48.3 0.37:30 45.9 53.5 58.9 63.0 61.8 0.38:30 41.9 46.9 54.4 60.1 63.1 0:39:30 59.5 52.9 47.6 43.3 41.9 60.5 54.6 48.5 44.2 42.1 0.40:30 0:41:30 63.6 61.6 55.5 49.6 44.0 60.9 55.0 49.5 45.3 43.1 0.42:30 0:43:30 61.7 65.3 63.4 58.1 50.6 61.0 65.7 65.4 61.3 52.9 0.44:30 O V 0:45:30 0:46:30 65.7 66.2 63.8 63.0 57.5 56.1 52.2 51.7 46.2 46.0
.l Issued: December 29,1994 Revised: January 30,1995 j
i i FPC. File NE0016 CONDUIT B Page E-90 l' TEST DATE: DECEMBER 6,1994 [GI Temperatures on No. 8 AWG Copper Conductor 'F TIME TC. NO 340 TC. NO. 341 TC. NO. 342 TC. NO. 343 TC. NO. 233 ! HR: MIN:SEC 0.47:30 48.3 47.3 51.0 58.7. 63.2 0:48:30 65.5 69.5 68.6 64.2 55.6 . 0.49:30 56.9 63.5 68.6 72.2 68.1 0:50:30 73.8 69.9 64.5 59.3 52.4 0:51:30 58.0 58.2 65.3 71.8 73.2-O.52:30 73.3 70 6 74.1 76.2 70.7 0:53:30 85.6 65.2 59.0 57.1 57.2 0.54:30 93.8 79.9 78.5 77.2 69.4 ; i 0:55:30 96.7 68.7 60.3 63.2 68.4 0.56:30 109.8 88.5 83.8 82.7 77.6 0:57:30 110.5 89.2 85.8 89.8 90.0 0:58:30 123.9 99.2 90.2 88.7 87.6 0:59:30 129.5 104.1 93.7 92.5 93.4 j 1:00:30 131.9 107.3 98.5 100.9 104.4 1:01:30 129.4 107.3 100.9 108 8 117.8 1:02:30 134.9 112.8 106.3 113.9 123.0 1:03:30 142.4 120.1 111.6 116.5 124.1 3 1:04:30 150.7 119.6 102.9 106.3 118.0 1:05:30 152.2 121.5 105.9 110.2 123.5 ; 1:06:30 149.5 130.9 124.4 131.8 141.6 1:07:30 157.1 128.8 114.2 119.4 133.0 p 1:08:30 147.9 122.0 111.7 124.6 146 4 i ('j 1:09.30 158.7 131.6 119.3 125.9 142.1 1:10:30 147.8 125.7 121.3 137.8 159.1 165.9 ' 1:11:30 147.0 130.2 128.9 146.7 1:12:30 152.2 131.4 127.4 144.0 164.5 1:13:30 170.3 148.9 137.1 143.5 153.1 1:14:30 166.8 155.5 152.5 160.5 166.4 [ 1:15:30 168.6 158~.1 155.5 163.7 169.2 1:16:30 172.7 162.1 157.1 162.6 167.2 1:17:30 171.9 151.7 143.4 151.0 163.2 1:18:30 175.6 166.4 162.1 167.7 170.5 1:19:30 178.8 161.8 152.5 158.7 164.6 , 1:20:30 165.7 161.9 164.9 179.0 186.4 1:21:30 182.3 171.7 165.0 168.8 171.1 ; 1:22:30 175.4 159.9 154.3 163.0 172.7 ; 1:23:30 175.5 161.2 156.2 165.2 174.7 l 1:24:30 184.5 176.7 171.6 175.0 175.4 ! 1:25:30 178.3 177.0 179.4 186.9 185.5 l 1:26.30 166.4 166.8 174.5 189.2 196.2 { 1:27:30 185.5 181.5 178.5 181.6 180.5 5 1:28:30 166.1 164.8 172.7 189.1 196.9 1:29:30 175.3 167.9 167.0 177.3 185.3 ; 1:30:30 185.5 178.0 175.1 179.2 179.8 1:31:30 168.0 169.6 179.1 193.3 199.9 l 1:32:30 183.6 176.5 175.6 179.5 183.2 x - 1:33:30 173.7 180.1 189.7 200.2 202.6 issued: December 29.1994 Revised: January 30,1995 , i
l i
~FPC File NE0016 CONDUIT B l
Page E-91 ! TEST DATE: DECEMBER 6,1994 ' n : Temperatures on No. 8 AWG Copper Conductor, 'F (V) ! TIME TC. NO. 340 TC. NO. 341 ' TC. NO. 342 TC. NO. 343 TC. NO. 233 l HR: MIN:SEC ! 1:34:30 174.5 172.0 178.6 190.3 197.9 : 1:35:30 179.3 186.1 194.3 202.2 202.2 1:36:30 195.5 192.1 188.2 186.7 183.7 : 1:37:30 193.8 187.4 184.7 183.5 183 2 1:38:30 191.9 196.9 200.4 200.2 194 4 1:39:30 190.3 196.3 201.4 202.7 198.3 1:40:30 179.7 184.7 192.9 200.1 204.4 ; 1:41:30 198.8 201.9 200.7 195.9 190.2 . 1:42:30 181.5 186.1 193.7- 200.3 204.4 1:43:30 196.3 202.3 204.9 203.1 196.6 1:44:30 201.3 196.2 190.8 186.7 184.5 1:45:30 203.2 198.9 192.8 188.0 184.7 1:46:30 187,1 194.5 201.0 205.6 206.3 1:47:30 187.1 194.3 201.1 205.9 207.0 ; 1:48:30 200.6 207.6 209.6 206.8 198.6 1:49:30 207.8 208.9 203.4 196.2 189.3 ! 1:50:30 199.8 196.8 192.6 190.3 191.0 1:51:30 208.9 211.7 207.2 199.4 191.8 1:52:30 206.9 213.5 212.2 206.1 196.5 1:53:30 206.5 214.2 214.2 209.1 198 9 s 1:54:30 211.2 214.5 210.2 202.6 194 4 , 1:55:30 198.7 198.3 196.5 198.0 200.3 ! ( 1:56:30 193.6 196.8 201.3 207.2 209 6 1:57:30 206.1 215.8 219.7 217.6 208.7 1:58:30 197.0 198.7 202.0 206.8 209.8 l 1:59:30 195.3 200.4 206.2 212.5 213.8 2:00:30 216.5 220.5 217.2 209.7 200.7 f 2:01:30 209.3 219.6 224.3 222.4 213.2 2:02:30 201.3 212.8 220.3 223.8 220.3 l 2.03:30 214.4 212.8 209.6 204.7 200.9 l 2:04:30 200.6 204.7 210.3 216.1 217.4 2:05:30 218.9 '219.1 214.6 208.9 201.5 2:06:30 201.7 206.6 212.8' 218.6 219.3 2:07.30 215.0 214.2 211.8 208.2 205.9 i 2:08:30 202.3 212.2 221.8 226.0 224.8 2:09:30 203.8 214.3 223.9 227.7 225.9 2:10:30 211.7 213.1 212.7 212.6 212.2 ' 2:11:30 204.2 213.0 221.8 226.8 225 6 2:12:30 222.3 232.2 234.0 227.4 214.6 , i 2:13.30 205.8 214.2 222.5 227.6 226.5 2:14:30 226.8 233.4 232.4 223.3 211.7 ' < 2:15:30 210.0 214.5 220.5 223.9 223.6 ! 1 2:16:30 208.0 218.8 229.0 232.8 229.9 2:17:30 213.7 217.3 221.4 223.0 222.5 1 2:18:30 225.0 237.8 242.7 236.4 221.6 i 2:19:30 231.1 237.0 235.2 226.2 213 2 ' 2:20:30 211.5 221.2 230.5 234 6 231.2 Issued: December 29,1994 Revised: January 30,1995 )
'FPC File NE0016 CONDUlT B Page E-92 TEST DATE: DECEMBER 6,1994 Temperatures on No. S AWG Copper Conductor, 'F j w ,
TIME TC. No. 34 TC. NO. 341 TC. NO. 342 TC. NO. 343 TC. NO. 233 I HR: MIN:SEC 2:21:30 212.2 222.7 232.5 236.2 232.3 ! 2.22:30 212.9 '225.8 237.2 240.0 234.9 ; 2:23:30 219 0 224.9 229.9 230.5 227.3 2:24:30 223.0 228.7 231.0 228.8 223 0 , 2.25:30 233.1 238.1 238.1 229.9 217.4 I 223.6 242.3 253.2 251.4 236.5 ! 2:26:30 2:27:30 237.4 248.9 250.8 239 9 222.2 2:28:30 226.6 234.6 238.1 235.3 226.6 l 2:29:30 218.9 234.8 247.6 250.2 240.5 'l 2:30:30 236.8 244.5 246.7 238.1 223.1 , 2:31:30 239.4 257.5 263.0 252.6 230.3 2:32:30 240.1 249.8 252.3 243.3 225.1 2:33:30 240.8 251.0 254.3 245.2 226.7 2:34:30 239.6 250.4 254.6 246.5 229.6 i 2:35:30 237.7 250.3 255.2 249.1 233.2 [ 2:36:30 246.4 267.5 274.2 263.1 237.0 i 2:37:30 228.7 252.5 269.0 270.1 253.4 235.9 I 2:38:30 245.7 259.6 265.2 256.7 2:39:30 249.6 265.3 270.2 260.7 236.6 2:40:30 235.8 255.3 269.0 269.7 253.1 , p 2:41:30 235.5 263.6 282.5 283.1 261.9 i 2:42:30 243.1 262.4 272.3 270.2 250.6 () 2:43:30 256.9 283.2 292.7 282.3 250.4 ' 2:44:30 244.4 265.6 278.0 277.6 257.7 2:45:30 256.2 286.6 301.5 293.8 259.7 2:46:30 257.3 277.5 286.8 279.6 252.9 i 2:47:30 246.6 279.8 301.2 302.1 275.1 1 2:48:30 252.7 287.6 307.5 306.6 275.0 2:49:30 268.3 294.5 304.5 294.8 260.4 2:50:30 251.5 286.1 308.7 310.4 262.4 299.8 311.0 301.3 266.3 ; 2:51:30 271.6 2.52:30 254.0 282.6 303.4 307.6 282.7 2:53:30 275.2 302.2 312.9 304.4 269.1 2:54:30 256.8 287.5 309.7 314.4 288.3 2:55:30 267.9 293.1 307.0 304.5 277.9 2:56:30 267.2 293.3 308.6 308.7 283.1 1 2.57:30 272.1 297.7 311.7 308.7 281.8 2:58:30 280.3 305.1 317.8 311.5 279 6 2.59.30 271.4 310.0 333.3 334.1 301.4 3.00:30 266.5 301.7 326.6 331.0 304.4 3:01:30 270.6 299.8 321.3 325.3 301.4 3:02:30 285.C 321.7 341.0 335.3 298.3 3:03:30 277.6 316.5 340.2 341.5 310.2 3:04:30 281.3 307.9 323.5 323.6 299.7 3.05:30 292.8 318.4 330.9 325.0 294.3 i 3100 f 3:06:30 3:07;30 289.8 291.6 326.6 316.4 347.8 330.3 344.5 326.5 300.8 issueJ: December 29.1994 Revised: January 30,1995 1 l l
1 I 1 FPC-File-NE0016- CONDUlT8 Page E-93 TEST DATE: DECEMBER 6,1994 :
- Temperatures on No. 8 AWG Copper Conductor,'F TIME TC.NO.340 TC. NO. 341 TC. NO. 342 TC. No. 343 TC. NO. 233 !
HR: MIN:SEC 3.08:30 287.1 313.6 329.3 330.0 307.3 : 3.09:30 301.8 331.7 345.3 337.3 304.6 , i i i l i i t 9
)
O , t 9 i l l i t i i t O l Issued: December 29,1994 : Revised: January 30,1995 , h , - - . , wr-- - , , , . . - . .
I
'FPC File NE0016 CONDUlT B Page E-94 TEST DATE: DECEMBER 6,1994 Temperatures on No. 8 AWG Copper Conductor. 'F l V ,
TIME TC. NO. 234 TC.NO.238 TC.NO.234 TC. NO. 237 TC. NO. 238 l HR: MIN:SEC . 0.00:30 40.1 39.7 43.8 51 4 56.8 0:01:30 39.8 44.5 51.9 57.5 61.0 0.02:30 39.9 39.7 44.2 51.6 '57.0 0;03:30 '39.2 42.3 49.1 55.5 59.8 i 0:04:30 49.0 44.0 39.7 40.4 45.6 , 0.05:30 56.7 60.9 61.3 57.2 50.0 i 0.06:30 44.7 52.4 57.7 61.5 60.2 0:07:30 43.5 50.8 56.6 61.0 60.8 0:08:30 60.8 61.3 57.6 50.4 45.1 . 0.09.30 58.3 51.7 45.9 41.0 40.0 ! 0:10:30 57.9 61.5 60.7 55.7 48.6 l 0:11:30 49.8 55.8 60.5 61.4 57.4 . 0:12:30 57.1 49.9 44.8 40.1 40.5 [ 0:13:30 42.8 39.3 41.1 46.8 54.0 61.4 60.0 0:14:30 45.0 S2.5 57.8 0:15:30 50.8 56.6 60.9 61.2 56.8 0:16:30 43.5 50.7 56.5 60.9 60.9 ! 0:17:30 39.9 44.6 51.9 57.1 60.9 !' 0:18:30 39.7 44.3 51.6 56.9 60.8 44.3 51.7 57.2 ~ 60.9 -l 0:19.30 39.7 0:20:30 48.0 43.0 39.3 41.1 46.7 ! 0:21:30 61.1 56.7 49.7 44.3 40.2 , 0:22:30 61.0 56.4 49.2 43.9 -40.1 l 0:23:30 57.5 50.6 45.0 40.3 40.3 ! 0:24:30 42.6 39.3 41.6 47.6 54.4 { 0:25:30 57.4 61.4 61.0 56.0 48.8 0:26:30 60.0 54.7 47.9 42.7 40.1 e 0:27:30 61.7 60.3 54.9 48.0 43.2 0:28:30 45.7 53.4 58.9 61.9 59.9 0:29:30 61.1 56.6 49.9 44.4 40.5 l 0:30:30 52.2 58.0 62.3 61.2 56.1 ; 56.8 49.7 45.1 ~ 40.4 41.7 l 0:31:30 0:32:30 48.3 55.2 60.7 62.6 .59.7 41.7 40.4 44.5 51.1 57.1 , 0:33:30 0:34:30 54.9 60.3 63.7 60.9 54.7 45.2 42.0 l 0:35:30 61.3 56.6 50.7 55.5 61.1 64.6 61.6 55.1 0:36:30 56.8 50.7 46.9 42.5 44.4 0:37:30 62.1 57.8 52.1 46.4 43.5 0:38:30 46.2 54.6 61.7 65.2 64.7 ; 0:39:30 45.7 53.8 61.6 65.4 65.8 ; 0:40:30 47.3 56.1 61.7 66.0 j 0:41:30 42.3 46.7 55.0 63.t 67.0 67.4 0.42:30 0:43:30 45.6 44.7 50.0 56.3 62.9 47.7 45.5 49.5 54.8 62.3 0.44:30 0:45:30 44.9 50.5 60.5 66.0 70.3 : 46.6 53.2 63.4 68.5 71.9 I
, 0:46:30 Issued: December 29,1994 j I
Revised: January 30,1995
)
r u FPC File llE0016 COWOUlT B Page E-95 ' TEST DATE: DECEMBER 6,1994 t ,m Temperatures on No. 8 AWG Copper Conductor, *F (d i TIME TC. NO. 234 TC.NO.235 TC. NO. 236 TC. NO. 237 TC. NO. 238 HR: MIN:SEC 0.47 30 67.7 70 0 69.3 61.9 57.3 0 48.30 50.7 49.3 54.4 60.3 67.8 0 49.30 62 6 57.7 56.0 53 7 57.8 0:50.30 50 9 54.8 64.2 70.6 75 7 0.51:30 74.1 69.1 65.0 60.0 58 0 0:52:30 67.6 61 6 59.2 58.6 63.9 0.53:30 69.0 73.8 79.9 81.9 80 0 0:54:30 73.1 64.3 63.1 66.1 74.0 0.55:30 88.6 86.9 87.5 84.4 79 2 0.56:30 88.8 74.8 69.1 71.0 78.7 0:57:30 102.9 85.4 73.3 69.5 74.6 0:58:30 104.4 86.7 77.2 77.6 84.8 0:59:30 111.0 92.7 81.8 81.9 88.2 1:00:30 120.3 100.2 84.2 80.8 86.7 1:01:30 132.5 110 2 89.9 80.2 82.6 1:02:30 135.6 113.6 92.7 83.8 87.2 1:03:30 136.4 114.8 96.1 90.0 94.7 1:04:30 136.8 125.3 114.1 108.4 107.5 1:05:30 142.1 131.2 119.0 112.4 109.9 1:06:30 149.1 127.3 106.3 97.8 101.0 1:07:30 148.6 137.6 125.2 117.9 115.1 g 1:08:30 163.8 151.2 134.0 118.7 107.9 1:09:30 157.0 147.2 133.8 ,24.8 118.7 1:10:30 172.9 158.1 136.7 117.9 107.7 1:11:30 176.9 158.7 135.1 116.1 107.0 1:12:30 176.5 162.9 142.9 124.9 113.7 1:13:30 160.5 150.3 139.7 132.4 129.8 1:14:30 166.1 146.8 128.3 119.9 121.8 1:15:30 168.0 149.0 130.6 122.0 123.8 1:16:30 166.6 149.0 134.4 128.4 129.5 1:17:30 172.4 165.1 153.8 144.4 136.5 1:18:30 168.6 152.2 138.6 133.0 134.2 1:19:30 169.4 162.4 153.7 146.9 143.1 1:20:30 183.2 163.7 144.1 129.5 126.2 1:21:30 169.2 158.3 148.9 145.1 144.8 1 22:30 180.3 174.4 164.4 154.5 145.3 1:23:30 182.7 176.6 166.6 156.2 147.2 1:24:30 172.9 163.6 154.9 151.2 150.8 1:25:30 180 2 165.6 149.8 142.8 144.8 1:26:30 194.6 179.2 158.8 143.4 137.0 1:27:30 177.2 169.0 159.8 155.7 156.2 1:28:30 199.4 188.5 168.7 151.3 142.6 192.5 190.4 180.8 167.2 157.1 t 1:29:30 1:30:30 183.3 183.5 177.9 169.9 166.2 1:31:30 201.9 193.3 176.3 158.3 149.7 188.9 190.5 185.6 175.8 168.8 O 1:32:30 1:33:30 198.7 187.2 173.2 157.6 153.9 Issued: December 29,1994 Revised: January 30,1995 _ a
o I-FPC Ffle NE0016 CONDUlTB Pa9e E-96 TEST DATE: DECEMBER 6,1994 ( Temperatures on No. 8 AWG Copper Conductor *F
. TIME TC. No. 234 TC. NO. 238 TC. NO. 238 TC. NO. 237 TC. NO. 238 HR: MIN:SEC 1:34:30 202.2 199.3 188.0 170.3- 161.2 1:35.30 196.6 186.6 174.8 161.5 160.5 1:36:30 182.9 183.9 184.7 180.6 181.3 1:37.30 186.8 191.0 191.1 186.4 183.9 1:38:30 188.6. 182.0 176.0 171.9 177.2 ,
l 1:39:30 191.5 184 6 177.2 171.5 176.1 1:40:30 204.2 198.2 187.8 176.5 172.2 1:41:30 185.4 182.3 182.3 183.0 189.1 1:42:30 204.8 199.8 190.4 180.4 177.4 j 1:43:30 190.2 184.8 181.3 180.5 189.2 1:44:30 187.9 194.1 198.5 199.1 202.5 1:45:30 186.8 192.2 197.8 199.6 205.6 1:46:30 204.1 197.9 191.6 185.0 187.6 1:47:30 205.7 200.2 193.8 187.8 189.7 1:48:30 193.0 188.7 187.3 189.9 200.6 [ 1:49:30 187.0 189.9 196.9 203.5 211.8 l 1:50:30 198.1 205.1 211.0 211.9 211.9 1:51:30 189.1 191.7 198.5 205.1 213.0 1:52:30 193.0 191.7 195.5 200.9 210.1 1:53:30 195.0 193.0 195.7 200.2 209.9 1:54:30 192.0 195.0 201.9 208.7 216.0 O- 1:55:30 1:56:30 207.9 214.7 214.2 217.0 218.4 215.5 215.6 208.4 211.7 205.1 1:57:30 202.7 199.5 138.5 199.8 207.3 1:58:30 215.0 218.8 218.6 212.3 208.3 1:59:30 217.6 218.6 216.4 209.0 206.2 2:00:30 196.9 199.6 206.4 213.0 220.3 ; 2:01:30 205.8 202.5 201.2 201.9 209.3 ! 2:02:30 215.9 210.9 207.4 202.5 204.1 ) 2.03:30 204.5 212.7 220.1 223.2 224.3 2:04:30 220.4 221.9 220.4 213.0 210.1 2:05:30 202.4 209.1 218.0 222.4 226.3 2:06:30 221.8 223.0 221.5 213.8 210.8 2:07:30 209.8 217.4 224.6 225.7 224.7 l
- 2:08:30 222.7 219.7 215.4 209.5 207.6 2.09:30 222.9 219.5 215.3 209.4 208.0 2:10:30 216.7 223.0 228.4 225.7 222.3 2:11:30 225.1 223.5 220.3 213.2 210.4 l 209.9 214.4 223.0 l 2:12:30 207.3 205.3 2:13:30 226.4 225.3 222.4 215.1 212.1 2:14:30 205.4 207.7 215.7 221.8 228.6 2:15:30 225.4 228.6 229.2 222.1 218.1 2:16:30 227.9 225.7 222.4 215.7 213.7 2:17:30 224.7 229.5 232.4 226.8 222.3 2:18:30 212.6 209.5 213.0 216.2 226.2 l 229.0 235.9 2:19:30 208.5 213.6 224.3 l
2:20:30 230.6 230.5 229.4 221.4 220.0 issued: December 29,1994 Revised: January 30,1995 l _-____________________-__________________________________j
FPC File NE0016 CONDUlT B , TEST DATE: DECEMBER 6,1994 age E47 > n) -('% Temperatures on No. 8 AWG Copper Conductor,'F TIME TC. NO. 234 TC. NO. 236 .TC. NO. 236 TC. NO. 237 TC. NO. 238 HR: MIN:SEC ; 2:21:30 231.3 231.0 229.9 222.0 221.1 2:22:30 231.8 229.7 227.4 220.8 220.9
. 2:23:30 228.3 233.4 237.9 232.6 230.4 .
2:24:30 225.3 231.6 239.5 236.9 237.1 2:25:30 216.3 224.6 235.6 238.7 244.5 2:26:30 225.3 220.5 221.2 219.0 229.3 2:27:30 213.4 216.5 227.5 233.7 245 6 , 2:28:30 227.9 234.4 243.3 240.6 242.6 2:29:30 236.4 235.4 236.4 229.3 233.3 l 2:30:30 221.0 229.8 242.1 245.1 253.1 2:31:30 218.5 218.0 228.3 234.0 250.5 - 2:32:30 221.0 229.6 243.2 247.4 258.6 < 222.3 231.0 244.9 249.3 260.9 7 2:33:30 2:34:30 225.8 234.7 248.5 251.8 262 4 2:35:30 230.5 238.4 251.9 253.5 263.1 2:36:30 222.5 223.4 236.8 244.5 263.6 2:37:30 243.8 242.4 246. 241.9 251.3 2:38:30 229.7 239.0 254.9 259.6 271.5 2:39:30 228.4 237.1 254.6 260.4 272.9 2:40:30 245.2 250.0 260.0 255.8 260.4 . 2:41:30 247.5 245.1 251.2 247.5 254 4 l O 5 2:42:30 2:43:30 243.3 231.4 250.5 232.8 266.3 250.3 265.5 257.2 266.5 256 8 l 2:44:30 248.3 255.0 270.2 263.6 222.9 l 2:45:30 238.2 236.8 250.8 249.2 229.3 2:46:30 241.3 250.9 270.8 268.6 222.1 2:47:30 254.5 251.2 260.5 248.0 203.3 1 2:48:30 250.8 247.4 257.0 201.6 206.4 ! 2:49:30 239.3 244.9 255.0 215.1 225.0 , 2:50:30 259.6 254.8 236.5 201.9 206.0 , 2:51:30 242.1 241.3 221.4 213.6 224.9 2:52:30 263.4 258.2 235.5 213.7 218.1 2:53:30 243.6 242.3 231.6 211.1 233.7 i 2:54:30 266.2 259.6 237.2 210.2 217.9 2.55:30 258.8 258.7 253.6 230.8 244.6 2:56:30 263.1 263.8 268.8 255.5 262.2 ; 2.57:30 261.5 265.3 279 8 274.8 280.2 2:58:30 256.9 263.7 284.6 286.4 297.3 l 2:59:30 269.3 263.7 277.2 274.9 289.3 3:00:30 278.8 277.1 291.3 287.9 296 0 3:01:30 279.6 284.4 303.9 301.5 307.7 , 3:02:30 266.5 266.3 290.0 299.9 3190 1 3:03:30 278.7 276.4 296.3 299.9 314.5 3.04:30 280.5 290.1 318.8 324.6 330.9 3.05:30 271.7 283.3 316.3 329.2 341.6 303.1 314.9 332.0 O 3:06:30 3 07:30 277.4 280.8 278.5 293.4 325.8 337.8 345.8 lssued: December 29,1994 Revised: January 30,1995 1
l FPC File.NE0016 CONDUlT B Page E-98 TEST DATE: DECEMBER 6,1994 - Temperatures on No. 8 AWG Copper Conductor,'F j V- ; TC. NO. 237 TC. No. 238 I L TIME TC. NO. 234 TC.NO.235 TC. NO. 236 l- HR: MIN:SEC 3:08:30- 288.4 299.5 330.4 339.3 - 344.5 3'09.30 275.9 264.5 318.1 336.3 351.3 l f i l l l O 3 l l
\
l issued: December 29,1994 Revised: January 30,1995
- _ - - - - - - - - - - - - _ - - - -_ _ ____ _ __A
l FPC File NE0016 CONDUlTB
- TEST DATE: DECEMBER 6,1994
{ fy Temperatures on No. 8 AWG Copper Conductor,'F JQ TIME . TC. NO. 239 TC. NO. 240 . TC. NO. 231 TC. NO. 232 ' TC. NO 184 l HR: MIN:SEC
'49.5 56.0 60.3 !
0:00:30 40.0 43.1 0:01:30 44.5 51.9 57.6 61.4 60.8 . 0.02:30 40.1 43.5 49.9 56.0 60.3 0.03:30 42.6 49.1 55.4 59.9 61.5 0.04:30 45.2. 40.6 40.4 44.8 52.0 t 0.05:30 61.2 60.2 55.2 47.9 '42.8 I 0.06:30 52.3 57.4 61.4 60.5 55.6 -
- 0.07:30 48.9 55.5 60.2 61.5 58.0 0:08:30 60.7 56.2 49.2 '43.9 39.6 0:09:30 51.9 46 0 41.0 39.9 43.6 0:10:30 60.9 60.7 56.3 48.9 43.6 -
0:11:30 56.2 60.6 61.4 57.0 44.6 - 0:12:30 50.1 45.1 40.3 40.5 45.0 0:13:30 40.0 42.8 49.2 55.8 60.2 , 0:14:30 50.7 56.3 60.8 61.0 56.6 0:15:30 58.2 61.3 60.0 54.3 47.4 0:16:30 50.6 56.4 61.0 61.0 56.7 0:17:30 44.2 51.6 57.2 61.3 60.8 ; 0:18:30 43.5 50.5 56.6 60.9 61.2 1 0.19:30 44.7 52.0 57.6 61.4 60.5 ; I q 0:20:30 42.8 .40.0 42.4 48.7 55.5 ' Q 0:21:30 0:22:30 57.1 57.2 50.2 50.3 44.7 44.7 40.4 40.2 40.2 40.1 0:23:30 50.2 45.0 40.3 40.3 45.0 0:24:30 40.3 44.7 52.0 57.5 61.3 0:25:30 61.1 60.6 55.9 48.7 43.4 : 0:26:30 52.9 46.8 41.8 40.0 43.0 0:27:30 59.6 53.7 47.1 42.2 39.7 l 0:28:30 53.3 58.5 61.7 59.7 53.8 0:29:30 56.5 49.4 44.1 40.1 41.3 , 0:30:30 57.9 61.7 61.1 55.8 48.6 0.31:30 50.4 45.3 40.7 41.5 46.4 0:32:30 56.4 60.7 62.1 58.4 51.5 0:33:30 41.4 44.3 50.2 56.6 60.8 . 0:34:30 60.5 62.8 60.0 53.2 46.7 ! 0:35:30 56.8 49.9 44.1 41.0 42.9 0:36:30 61.8 63.6 f,0.2 53.4 46.9 ; 0.37:30 51.4 46.6 41.8 43.4 48.6 0:38:30 58.2 51.3 45.3 41.8 43.5 0.39:30 57.9 62.7 64.3 61.5 55.2 0:40:30 57.4 62.4 64.7 62.7 56.7 0:41:30 48.9 55.4 60,1 63.7 64.2 0:42:30 55.5 61.6 64.7 65.1 61.0 0:43:30 47.4 49.7 54.2 60.0 63.8 0:44:30 48.3 49.8 53.3 59.6 63.4 0:45:30 54.2 61.1 64.4 67.2 65.5
% 0:46:30 57.5 64.0 66.7 68.1 64.8 issued: December 29,1994 Revised: January 30,1995 -w- ,c --
FPC File ygog35 CONDUIT B Page E. Inn. TEST DATE: DECEMBER 6.1994 f3 Temperatures on No. 8 AWG Copper conductor 'F ([~ TIME - TC. NO. 239 TC. NO. 240 TC. NO. 231 TC. NO. 232 TC. NO.184 HR: MIN:SEC 0:47:30 71.8 66.4 57.1 51.0 46.0 0.48:30 53.1 56.6 61.5 66.0 68.3 0:49:30 61.0 55.6 50.6 52.6 57.2 0:50:30 60.2 66.7 69.4 72.0 69.4 0.51:30 70.8 63.4 55.7 51.9 52.2 ' 0:52:30 60.9 57.6 57.0 62.2 66.2 0:53:30 70.5 75.2 76.4 75.4 68.7 0:54:30 62.7 60.9 61.6 67.6 70.2 0:55:30 80.3 82.8 79.2 72.9 62.7 0:56:30 68.4 63.9 62.3 67.2 70.4 0:57:30 71.4 65.9 62.9 66.7 70.3 0:58:30 72.4 67.6 65.6 70.3 72.8 0:59:30 71.4 71.2 72.8 78.3 79.0 1:00:30 73.9 72.1 72.6 78.2 79.1 ; 1:01:30 80.8 74.2 69.5 72.3 74.7 1:02:30 82.2 75.8 72.1 75.6 77.7 1:03:30 80.3 78.6 79.3 84.9 84.6 1:04:30 94.1 96.7 96.4 93.9 83.4 1:05:30 93.9 97.0 97.4 96.4 86.9 1:06:30 91.3 84.2 80.4 83.4 84.7 1:07:30 97.9 101.1 101.2 100.6 91.0 110.3 109.0 102.0 93.5 81.4 J 1:08:30 1:09:30 103.8 106.3 106.1 104.5 94.0 1:10:30 116.9 110.4 99.6 91.5 80.1 1:11:30 118.6 110.3 98.9 91.6 80.9 1:12:30 120.9 117.2 108.4 99.0 87.1 . 1:13:30 106.4 109.0 110.2 111.9 106.0 1:14:30 107.6 101.6 99.9 103.9 102.6 1:15:30 110.9 103.7 100.8 104.2 103.4 1:16:30 110.3 107.0 107.1 111.6 109.0 1:17:30 125.4 125.9 123.9 119.0 105.4 1:18:30 114.5 112.6 113.4 117.1 113.8 1:19:30 126.2 127.7 127.1 125.0 113.4 1:20:30 127.3 117.9 109.2 107.6 104.8 1:21:30 122.7 123.6 125.4 127.2 121.3 1:22:30 140.4 139.0 132.8 124.3 109.4 l 1:23:30 142.8 141.1 134.8 126.1 111.3 , 1:24:30 131.0 132.9 133.4 134.3 126.4 ' 1:25:30 130.8 125.0 123.2 127.1 124.2 1:26:30 142.6 132.3 122.1 118.1 113.5 1:27:30 136.8 137.9 138.4 139.2 132.1 1:28:30 152.5 140.3 129.3 121.7 113.7 1:29:30 158.6 153.3 143.1 132.3 118.6 1:30:30 153.1 152.5 149.6 144.8 131.3 159.3 146.6 134.8 127.1 119.3 1:31:30 ' O ~ 1:32:30 1:33:30 162.5 156.8 160.4 145.7 153.6 135.3 145.3 134.1 129.3 131.2 issued: December 29,1994 Revised: January 30,1995 i
FPC File NE0016 CONDUlT B Page E-101 TEST DATE: DECEMBER 6,1994
;m '( i Temperatures on No. 8 AWG Copper Conductor,'F %)
TIME TC. No. 239 TC. NO. 240 TC. NO. 231 TC. NO. 232 TC. NO.184
)
HR: MIN:SEC 1:34:30 172.3 .160.5 145.2 135.7 123.6 1:35:30 161.1 150.0 140.4 140.3 138.2 i 1:36.30 167.2 166.8 161.3 157.8 145.7 1:37:30 176.2 173.9 165.6 157.8 142.6 j 1 38:30 166.3 161.7 155.4 155.4 150.6 - 1:39.30 170.1 163.4 155.1 155.5 151.1 ! 1:40.30 '85.6 172.8 155.0 145.4 138.3 1:41:30 176.9 175.8 168.7 165.7 158.5 ' 1:42:30 190.1 178.4 '159.5 149.7 143.4 1:43:30 181.2 177.6 168.3 165.8 160.4 j 1:44:30 196.8 196.4 184.7 172.6 156.3 1:45:30 196.7 197.0 187.1 176.5 161 4 1:46:30 198.6 188.3 170.3 158.8- %1.5 1:47:30 200.3 190.1 172.9 161.0 153.8 1:48:30 192.5 187.6 179.5 174.9 168.4 1:49:30 194.9 195.6 190.8 183.7 174.4 1:50:30 206.8 207.6 200.9 188.3 170.9 1:51:30 196.5 195.4 192.9 188.7 178.0 1:52:30 196.9 193.6 188.7 187.7 177.3 1:53:30 202.1 194.7 188.5 187.2 178.2 1:54:30 199.6 197.0 195.5 197.' 187.8 1:5S:30 213.4 214.7 211.8 205.8 187 6 I 1:56:30 220.7 218.0 209.4 199.4 182.7 1:57:30 208.4 200.3 193.4 193.7- 190.3 1:58:30 219.1 219.5 215.1 208.0 192.6 1:59:30 222.9 220.3 212.5 203.3 190.6 2:00:30 205.5 200.7 199.9 20s.7 204.2 l 2:01:30 215.6 206.3 198.0 195.6 193.8 , 2:02:30 223.6 214.0 204.3 197.9 191.0 2.03:30 208.4 210.0 213.1 216.3 213.9 2:04:30 221.6 222.0 219.6 214.7 204.0 2:05:30 206.7 205.2 207.4 212.9 214.2 2:06:30 223.0 223.0 220.3 214.9 204.8 2:07:30 208.4 209.6 213.5 217.5 217.6- t 2:08:30 227.3 223.6 217.2 209.4 201.6 2.09:30 227.0 224.1 218.5 211.4 203.3 2:10:30 210.3 211.9 215.7 219.7 219.6 ; 2:11:30 226.1 225.1 221.4 215.7 207.0 l 2:12:30 216.9 207.9 202.3 203.9 207.5 .l 2:13:30 227.6 226.4 222.5 216.6 207.8 l 2:14:30 214.4 206.8 205.4 210.0 214.5 2:15:30 222.5 223.7 224.5 223.9 217.6 2:16:30 229.6 228.7 225.5 220.3 210.8 2:17:30 220.6 222.6 223.7 225.6 221.6 2:18:30 229.8 217.9 208.9 205.4 205.1 209.0 212.9 216.5 h L/ 2:19:30 2:20:30 221.9 234.4 212.5 233.0 229.5 224.3 214.3 l j l Issued: December 29.1994 Revised: January 30,1995 j
FPC File NE0016 CONDUlT B Page E-102 TEST DATE: DECEMBER 6,1994 [)/ \.ms Temperatures on No. 8 AWG Copper Conductor,7 j TIME TC. NO. 239 TC.No.240 TC. NO. 231 TC. NO. 232 TC. NO.184 HR: MIN:SEC 2:21:30 236.3 234.6 230.6 225.3 215.2 ] 2:22:30 240.2 237.3 231.0 224.2 213.4 2:23:30 233.4 233.1 231.5 230.8 223.9 2:24:30 230.1 229.1 228.4 230.6 228.0 2:25:30 229.6 224.5 222.2 226.5 227.0 2:26:30 248.8 234.4 220.8 213.6 208.7 2:27:30 237.9 226.1 217.9 219.9 222.5 2:28:30 241.1 239.9 235.5 234.9 220.0 2:29:30 255.9 250.6 238.5 219.6 200.6 2:30:30 243.5 239.9 231.1 218.3 213.4
~ 2:31:30 248.7 234.6 216.7- 202.6 206.0 i 2:32:30 248.6 242.8 222.3 214.2 215.4 2:33:30 251.2 243.4 216.4 214.6 215.5 '
2:34:30 256.4 243.4 215.3 217.6 215.9 2:35:30 261.8 234.8 216.7 219.1 213.0 2:36:30 255.0 206.6 200.5 209.3 212.3 2:37:30 271.6 217.0 205.7 203.1 196.2 2:38:30 249.5 't14.8 218.1 221.3 215.3 2:39:30 237.4 212.7 217.1 222.0 217.6 . 2:40:30 251.5 221.0 214.9 210.7 202.3 i 2:41:30 233.3 208.8 200.9 202.9 199.2 n 219.8 213.0 206,9 J i I 2:42:30 225.5 220.0 2:43:30 206.8 203.2 204.1 215.4 216.8 2:44:30 226.0 223.0 214.6 214.0 203.9 2:45:30 210.9 203.2 201.6 206.9 214.1 2:46:30 213.9 217.0 218.6 222.8 213.3 2:47:30 210.7 204.9 198.1 201.4 202.7 2:48:30 204.4 200.8 203.0 209.4 210.6 2:49:30 210.3 206.8 216.6 218.9 220.0 2:50:30 218.2 205.2 203.5 204.0 203.9 2:51:30 210.4 205.3 214.3 223.2 218.9 2:52:30 231.2 217.8 214.0 208.0 200.7 2:53:30 213.5 209.5 217.2 220.7 221.2 2:54:30 231.8 220.3 212.8 210.7 198.8 l 2:55:30 230.6 227.8 222.3 219.5 206.2 ! 2.56:30 232.7 225.0 213.8 211.2 200.3 . 2.57:30 261.4 239.9 220.2 215.1 203.3 2:58:30 280.0 250.1 226.0 221.7 206 9 2.59:30 279.7 252.4 213.4 215.4 214 0 268.3 210.6 207.9 204,6 3:00:30 298.3 3:01:30 314.8 282.2 218.6 208.7 198.7 3:02:30 305.2 285.5 231.1 226.2 217.9 3.03:30 312.2 286.3 223.2 217.9 212.3 ' 3:04:30 336.1 310.6 246.8 217.0 202.1 3:05:30 336.2 317.7 267.5 227.3 206.8 , p \ 3:06:30 3:07:30 323.3 346.5 306.8 329.8 270.1 288.5 234 8 237.2 215 9 202.3 issued: December 29.1994 Revised: January 30.1995
W f f FPC' File NE0016 CONDUlTB p 03-TEST DATE: DECEMBER 6,1994 p Temperatures on No. 8 AWG Copper Conductor, T TIME TC NO. 239 TC. NO. 240 TC. NO. 231 TC.NO.232 TC. NO.184 HR: MIN:SEC l' 3:08:30 351.3 333.0 '291.7 235.7 196.7- l 3:09.30 '340.7 331.6 301.7- 248.7 216.0 l l
-O I
1 O issued: December 29,1994 Revised: January 30.1995 _j
-FPC File NE0016 CONDUlT B .Page E-104 TEST DATE: DECEMBER 6,1994 ie~ .
Average Temperature on No. 8 AWG Copper Conductor,'F i TIME . HR: MIN:SEC 0:00:30 50.3 , 0.01:30 51.4 O.02:30 50.4 l 0:03:30 51.2 0:04:30 49.2 ' 0:05:30 50.9 I 7 06:30 51.8 a.07:30 51.8 0.08:30 50.2 0.09:30 49.1 0:10:30 51.0 0:11:30 51.7 0:12:30 49.0 0:13:30 50.3 j 1 0:14:30 51.7 0:15:30 51.7 l' 0:16:30 51.9 0:17:30 51.3 ; 0:18:30 51.2 ! 0:19:30 51.8 l j 0:20:30 49.5 : {V 0:21:30 0:22:30 - 49.5 49.5 0:23:30 49.1 l 0:24:30 50.8 ! 0:25:30 51.1 0:26:30 49.3 0:27:30 50.1 > 1 0:28:30 52.0 0:29:30 49.7 ; 0:30:30 52.1 1 0:31:30 49.7 0:32:30 52.4 0:33:30 51.2 0:34:30 52.5 0:35:30 50.6 0:36:30 52.9 0:37:30 51.0 0:38:30 51.5 0:39.30 54.5 .. 0:40:30 54.9 0:41:30 54.8 t 0.42:30 55.7 0.43:30 55.0 0:44:30 55.4 0 0:45:30 0:46:30 57.6 58.6 i issued: December 29,1994 ' Revised: January 30,1995 1 l
r s j I
- c. I FPC File NE0016 CONDUlT B- Page'E-105 TEST DATE: DECEMBER 6,1994
$ Average Temperature on No. 8 AWG Copper Conductor, T TIME 1 HR: MIN:SEC l 0:47:30 57.8 ;
0:48:30 59.3 - 0:49:30 58.8 0:50:30 62.4 0:51:30 61.6 0:52:30 63.4 . 0:53:30 67.8 0:54:30 68.0 0:55:30 72.6 0:56:30 73.2 0:57:30 75.9 0:58:30 79.2 0:59:30 82.8 1:00:30 85.6 1:01:30- 88.0
- 1:02:30 91.1 ,
1:03:30 94.6 1:04:30 99.4 i 1:05:30 102.0 ; 1:06:30 102.2-107.3 A 1:07:30 109.4 i () 1:08:30 1:09:30 112.4 I 1:10:30 113.4 ; 1:11:30 115.5 1:12:30 118.8 1:13:30 121.2 1:14:30 , 121.8 j 1:15:30 123.9 , 1:16:30 126.5 1:17:30 130.3 i 1:18:30 130.8 I 1:19.30 134.3 1:20:30 133.6 , 1:21:30 137.4 l 1:22:30 139.8 1:23:30 141.8 1:24:30 143.3 1:25:30 143.5 1:26:30
- 144.7 1:27:30 148.5 1:28:30 148.5 1:29:30 151.9 1 1:30:30 154.3 l 153.7 i 1:31:30 1:32:30 157.6
) 156.8
/ 1:33:30 Issued: December 29,1994 Revised: January 30,1995 l
, , ~t
- FPC File NE0016 CONDUlTB 'Page E-106 TEST DATE. DECEMBER 6,1994 ,
I y]s i ~ Average Temperature on No. 8 AWG Copper Conductor,'F TIME HR: MIN:SEC - , 1:34:30 159.4 1:35:30 160.2 ~ I 1:36:30 164.2 1:37:30 165.9 { 1:38:30 166.2 ;
.1:3b:30 167.1 ;
1:40:30 168.0 170.9 ! 1:41:30 ' 1:42:30 170.8 , 1:43:30 173.1 1:44:30 176.2 1:45:30 177.5 1:46:30 176.4 1:47:30 177.7 ; 1:48:30 179.8 1:49:30 182.2 f 1:50:30 184.5 1:51:30 184.5 1:52:30- 185.2 l 1:53:30 186.2 1:54:30 188.3 0 1:55:30 1:56:30 1:57:30 191.3 192.0 191.1 1:58:30 194.8 1:59:30 195.3 ; 2:00:30 194.9 2:01:30 195.5 [ 2:02:30 197.0 199.3 l 2:03:30 2:04:30 200.8 2:05:30 200.4 > 2.06:30 202.8 2:07:30 203.0 2:08:30 204.2 ( 2.09:30 205.5 2:10:30 206.3 2:11:30 208.0 l 2:12:30 206.8 l 2:13:30 210.2 2:14:30 209.3 2:15:30 212.7 l 2:16:30 213.8 2:17:30 214.7 2:18:30 213.9 I 215.1 O 1 2:19:30 2:20:30 218.5 issued: December 29,1994 Revised: January 30,1995
l l l FPC File NE0016 CONDUlT B Page E-107 TEST DATE: DECEMBER 6,1994 ..,~ Average Temperature on r10. 8 AWG Copper Conductor,'F TIME l HR: MIN:SEC l 2:21:30 219.8 j 2:22:30 221.0 2:23:30 222.3 l 2:24:30 223.0 2:25:30 223.2 2:26:30 224.0 - 2:27:30 224.7 2:28:30 227.6 { 2:29:30 228.4 2:30:30 228.6 ; 2:31:30 228.0 ! 2:32:30 230.3 4 2:33:30 231.2 - 2:34:30 232.6 . 2:35:30 233.6 l 2:36:30 232.2 2:37:30 233.8 2:38:30 235.6 2:39:30 236.2 2:40:30 237.2 ; 2:41:30 236.1 g 2:42:30 2:43:30 238.7 237.8 r 2:44:30 239.2 ' 2.45:30 238.7 2:46:30 241.4 2:47:30 240.0 2:48:30 239.8 2:49:30 242.4 i 2:50:30 241.5 2:51:30 243.4 2:52:30 245.0 , 2:53:30 246.7 2:54:30 247.7 ; 2:55:30 251.6 2.56:30 254.5 2:57:30 260.0 2:58:30 264.6 , 2.59:30 266.7 ; 3:00:30 269.4 3:01:30 272.9 3:02:30 276.7 : 3:03:30 278.0 3:04:30 282.2 3:05:30 285.8 3.06.30 287.4 < Os 3:07:30 291.2 issued: December 29,1994 Revised: January 30,1995 i
FPC' File NE0016l CONDUlT B .Page E-108 TEST DATE: DECEMBER 6,1994 t Average Temperature on No. 8 AWG Copper Conductor, *F 1 l TIME
' HR: MIN:SEC ]
3.08:30 293.0 ' , 3:09 30 295.8 ;j i i
?
i I t i l O .i I i 1 l l l 4 l l l O i Issued: December 29,1994 I Revised: January 30,1995 i
l FPC' File NE0016 CONDUlT B age N TEST DATE: DECEMBER 6,1994 D' Temperatures on Exterior Conduit Surface. *F j] l i
- TIME TC. NO. 364 TC.NO.354 TC. NO. 354 TC. NO. 387 TC. NO. 358 HR; MIN:5EC 0.00:30 61.6 58.3 51.6 45.7 40.8 0.01:30 55.7 48.4 43.3 39.6 41.1 .
0.02:30 61.4 56.1 50.9 45.3 40.5 0.03:30 58.5 51.6 45.7 41.0 39.7 0:04:30 57.3 61.5 61.0 56.3 49 2 : 0.05:30 39.0 40.8 46.8 53.8 59 0 0:06:30' 48.0 43.0 39.3 40.7 46.1 51.2 45.4 40.7 39.6 43.5 I 0:07:30 0.08:30 40.1 45.6 53.1 58.3 61.6 0:09:30 -50.6 56.6 60.9 61.3 57.1 0:10:30 39.1 40.3 45.9 53.2 58.4 0:11:30 44.1 39.5 40.0 45.0 52.5 0:12:30 52.4 57.8 61.6 60.6 55.6 0:13:30 61.4 57.9 50.6 45.2 40.5 0:14:30 49.1 43.7 39.5 40.3 45.2 l 0:15:30 42.1 39.0 41.6 47.3 54.5 0:16:30 49.2 44.0 39.6 40.1 45.1 I 0:17:30 55.9 48.5 43.5 39.6 40.9 [ 0:18:30 57.0 49.7 44.4 39.9 40.3 ! 0:19:30 55.6 48.3 43.2 39.6 41.2 , p 0:20:30 0:21:30 59.9 44.3 61.8 52.0 58.3 57.5' 51.4 61.5 45.3 60.5
.0:22:30 44.6 52.1 57.5 61.4 60.7 i 0:23:30 52.0 57.7 61.6 60.8 55.5 0:24:30 61.0 56.1 48.9 43.8 39.7 0:25:30 39.4 40.7 46.5 53.6 58 6 0:26:30 49.7 55.8 60.5 61.7 57.9 0:27:30 42.4 49.1 55.6 60.3 61.7 0:28:30 46.9 42.1 39.7 42.7 49.0-0:29:30 46.7 54.1 59.3 62.3 59.8 .
0:30:30 43.4 39.7 41.8 47.6 54.2 0:31:30 53.9 59.4 62.8 61.1 54.7 0:32:30 45.9 41.2 40.8 45.2 51.7 0:33:30 62.5 59.0 52.3 47.0 41.4 0:34:30 42.3 40.5 44.6 51.8 57.0 0:35.30 49.0 56.1 61.3 63.9 60.2 0:36:30 42.4 41.1 45.6 53.1 58.0 0:37:30 56.2 61.3 64.6 62.5 55.3 , 0:38:30 49.7 56.9 62.6 65.2 61.1 0:39:30 49.2 44.4 43.2 46.4 51.4 0:40:30 50.3 45.4 43.8 46.6 50.7 0.41:30 61.4 54.5 50.2 46.0 43.3 0.42:30 54.8 49.3 46.3 46.0 47.7 0.43:30 66.2 63.4 58.6 52.9 45.6 0:44:30 66.8 65.2 61.0 54.8 46.9 0:45:30 61.2 54.5 51.5 48.4 46 6 s 0:46:30 59.3 53.3 50.8 49.3 48 9 issued: December 29.1994 Revised: January 30,1995
I FPC' F11e tdE0016 CONDUlT B Page E-110 l TEST DATE: DECEMBER 6,1994 I Temperatures on Exterior Conduit Surface,'F TIME TC. No. 354 TC. No. 386 TC.NO.356 TC. NO. 387 TC. NO. 388 j HR: MIN:SEC : 0:47:30 47.9 54.3 63.5 69.2 68.4 j 0:48:30 68.7 64.7 60.3 55.9- 47.7 0.49:30 63.9 69.5 73.6 71.3 60.1 0:50:30 65.1 59.2 57.1 54.2 50.5 l 0:51:30 58.1 66.2 74.0 77.1 69.4 ; 0.52:30 70.8 74.0 74.3 69.1 57 8 O.53:30 61.1 57.4 57.1 59.1 58.2 0.54:30 74.0 75.9- 75.3 69.8 58.8- - 0:55:30 56.8 55.2 61.2 68.4 69.2 0:56:30 74.3 78.8 80.4 75.8 63.3 0:57:30 74.4 80.1 83.3 79.6 66.1 1 0:58:30 76.4 81.5 84.1 79.9 66.8 79.8 80.7 79.7 75.7 63.9 ' 0:59:30 ' 1:00:30 80.9 83.8 84.3 79.9 67.8 1:01:30 78.1 85.8 91.5 89.4 75.2 1:02:30 80.4 87.9 92.8 90.0 76.0 1:03:30 85.0 88.0 88.6 84.7 72.6 l 1:04:30 73.0 73.2 76.4 80.5 78.7-1:05:30 76.2 76.7 79.1 81.4 78.7 1:06:30 85.9 95.5 101.0 98.4 84.5 : 1:07:30 80.0 81.0 83.7 85.5 82.7 ! 1:08:30 72.3 77.5 88.3 97.9 96.9 1:09:30 82.3 84.3 87.3 90.4 88.5 1:10:30 73.9 85.7 100.0 108.2 106.2 1:11:30 77.0 90.4 104.7 112.3 109.1 1:12:30 77.6 86.6 99.1 106.9 108.1 1:13:30 97.4 99.4 101.3 99.5 92.3 1:14:30 101.4 112.0 115.7 111.6 100.0 1:15:30 102.5 114:2 118.9 115.6 103.5 1:16:30 106.5 114.7 116.3 112.1 101.7 . 1:17:30 93.3 98.4 103.6 109.2 110.2 1:18:30 110.2 117.3 117.7 114.2 104.4 ! 1:19:30 100.6 105.3 108.2 110.5 110.2 i 1:20:30 106.2 121.6 131.2 131.6 120.9 1:21:30 113.5 117.8 118.3 116.0 109.4 1:22:30 98.6 106.2 115.6 124.0 125.8 1:23:30 100.7 108.2 117.4 125.2 127.8 1:24:30 116.7 120.1 121.6 119.7 116.0 1:25:30 122.7 133.5 135.4 130.5 121.3 i 1:26:30 114.8 131.2 1 A1.6 143.7 135 4 1:27:30 123.2 127.4 128.1 125.7 121.2 1:28:30 112.7 130.9 142.2 147.5 142.6 1 1:29:30 108.7 120.1 131.7 140.9 142.7 132.9 i 1:30.30 118.6 124.4 127.3 130.7 1:31:30 118.0 136.1 147.2 152.2 147.8 l 1:32:30 118.1 124.7 131.1 137.9 142.0 i h(/ 1:33:30 131.2 146.6 153.4 152.0 142.4 l i Issued: December 29,1994 Revised: January 30.1995 , F
FPC file NE0016 CONDUlT B Page E-lll. l
-TEST DATE: DECEMBER 6,1994 r~'T
( )- Temperatures on Exterior Conduit Surface, 'F TIME TC. NO. 354 TC. No. 355 TC.NO.354 TC. NO. 357 TC. NO. 358 HR: MIN:SEC 1:34:30 118.9 135.6 147.8 154.5 154.1 1:35:30 136.4 150.8 155.4 152.3 142.8 1:36:30 131.9 136.6 137.8 138.5 139.9 1:37:30 128.5 134.4 137.9 142.6 146.8 1:38:30 144.6 153 0 152.3 147.9 140.9 1:39.30 145.8 155.8 156.2 151.2 144.0 1:40:30 134.6 151.6 161.4 164.8 159.9 1:41:30 147.1 151.8 150.8 147.8 143.1 1:42:30 139.6 155.7 165.0 167.1 161.3 , 1:43:30 151.7 159.8 158.8 154.3 147.6 . 1:44:30 138.3 143.8 146.7 150.9 155.5 1:45:30 142.1 147.3 148.3 150.2 153.4 1:46:30 145.3 161.2 170.0 171.8 166.1 1:47:30 147.0 162.8 171.3 172.9 166.9 1:48:30 157.7 167.5 167.6 102.1' 155.7 1:49:30 157.5 161.9 160.0 156.8 152.8 1:50:30 147.2 162.3 153.5 156.1 159.8 1:51:30 161.3 167.9 165.7 161.8 156.1 1:52:30 161.5 172.2 173.1 167.6 161.2 1:53:30 160.6 173.6 176.6 173.1 165.1 1:54:30 164.8 173.1 172.5 167.3 161.3
\ 1:55:30 151.6 156.5 158.4 162.2 166.8 1:56:30 145.8 154.8 163.3 171.9 176.7 1:57:30 162.0 176.1 181.9 180.6 173.0 1:58:30 151.5 156.8 162.2 169.3 174.9 1:59:30 148.8 157.8 167.0 176.6 180.4 1 l
2:00:30 170.4 180.3 181.3 177.4 169.5 2:01:30 161.8 176.3 185.6 189.6 182.9 2:02:30 154.5 169.6 181.5 189.8 188.3 2:03:30 171.9 175.2 175.1 174.4 168.3 i 2:04:30 158.9 163.5 170.0 178.1 181.0 l 2:05:30 176.8 183.1 184.9 183.2 173.8 I 2:06:30 160.4 165.3 174.3 183.4 185.8 2:07:30 177.3 181.0 183.5 183.5 175.5 2:08:30 159.0 168.2 182.4 194.8 195.2 2:09:30 161.0 169.4 183.4 195.6 196.5 2:10:30 180.2 184.4 188.7 189.5 182.7 ) 2:11:30 165.8 173.3 185.7 196.5 199.0 2:12:30 179.1 195.6 208.0 210 6 200.3 2:13:30 168.9 177.9 190.7 201.2 204.4 2:14:30 187.3 202.4 210.2 209.8 199.5 2:15:30 180.3 187.8 193.7 198.5 199.1 2:16:30 176.7 185.6 195.9 205.0 208.5 2:17:30 189.8 196.3 200.4 201.7 199.6 2:18:30 185.9 205.8 218.9 224.9 217.9 l 2:19:30 199.3 215.3 220.6 219.1 208.2
- 2:20:30 189.6 197.1 203.0 210.7 213.2 j issued: December 29,1994 Revised: January 30,1995 j
t (FPCFileNE0016 CONDUlT B age M2 - TEST DATE:' DECEMBER 6,1994 l Temperatures on Exterior Conduit Surface, *F. TIME TC. NO. 364 TC.NO.358 TC.NO.354 TC. No. 357 TC. NO. 358
- HP.: MIN:5EC 2:21:30 193.9 200.3 204.6 211.9 ~ 214.3 2:22:30 196.7 201.4 207.3 216.1 218.3 2.23:30 211.3 208.8 .208.2 210.1 209.2 2:24:30 219.1 215.9 214.0 212.5 206.7 2:25:30 223.0 223.7 221.5 218.7- 209.6 2:26:30 206.3 217.0 _226.7 233.7 229.3 .
2:27:30 220.8- 227.5 230.1 227.7 216.9 2:28:30 217.9 214.5 214.6 '214.4 212.1 2:29:30 - 205.8 206.1 213.7 222.6 225.0 - 2:30:30 222.3 220.0 219.1 218.1 211.6 2:31:30 222.0 229.2 233.3 232.0 220.2 2:32:30 223.8 222.3 221.2 ' 220.5 212.6 2:33:30 224.3 223.4 222.6 222.5- 213.3 2:34:30 221.3 218.9 219.8 220.7 214.2 2:35:30 217.5 216.1 217.7 221.5 217.4 2:36:30 226.1 231.3 233.7 233.9 220.4 2:37:30 206.6 215.9 229.3 241.8 237.1 2:38:30 218.8 216.9 218.6 224.9 219.6 2:39:30 221.6 219.2 221.1 227.0 219.1 2:40:30 206.9 211.9 223.7 240.9 235.3 ' 2:41:30 211.8 223.6 237.0 252.3 239.8 O 2:42:30 2:43:30 210.2 229.6 209,4 212.6 233.7 223.2 237.7 228.2 241.2 245.3 250.8 233.8 224.2 238.7 2:44:30 214.2 2:45:30 227.9 236.6 245.7 257.7 231.1 2:46:30 217.9 218.8 227.7 248.2 231.3 2:47:30 222.5 234.2 250.7 271.2 242.4 2:48:30 229.5 239.3 252.2 ' 269.3 236.2 2:49:30 231.8 233.4 241.9 260.2 229.1 2:50:30 225.3 237.9 257.6 ' 281.1 245.8 2:51:30 234.6 238.3 249.4 269.3 233.4 2:52:30 214.6 227.2 253.1 285.0 255.1 2:53:30 234.4 236.9 251.3 273.3 236.0 - 2:54:30 216.9 230.1 259.6 291.8' 258.9 2:55:30 219.4 225.9 253.4 286.8 255.6 2:56:30 219.1 232.3 265.2 297.7 262.7 2:57:30 220.5 230.2 262.6 295.9 261.8 2:58:30 225.3 231.3 261.3 292.5 259.4 2:59:30 243.1 255.1 281.8 300.9 253.7 3:00:30 237.4 253.7 288.0 311.9 265.3 3:01:30 230.8 249.0 286.6 314.6 272.8 3:02:30 248.9 256.0 281.3 299.3 254.1
- - 3.03:30 250.4 265.0 294.3 310.6 262.2 3:04:30 232.3 248.2 286.7 314.9 277.2 3:05:30 238.7 249.6 282.9 307.9 272.8 296.2 309.7 263.4 O 3:06:30 3:07:30 258.5 240.6 270.8 256.3 291.9 316.6 280.7 issued: December 29,1994 Revised: January 30,1995
.~
F'PC File NE0016' CONDUlT B Page E-113_ , TEST DATE:' DECEMBER 6,1994 ,
- Temperatures on Exterior Conduit Surface *F - ,
TIME TC. No. 354 TC.NO.385 TC.NO.384 TC. NO. 357 TC. No. 358 ' HR: MIN:SEC I 3:08:30 241.6 261.9 298.6 322.9 286.2 ' 3:09.30 258.0 271.2 296.6 310.4 272.1 ; r q .!
.i I
( t i 1 O ; i k i l i A V lssued: December 29,1994 Revised: January 30,1995 P
- 1 R FPC File NE0016 - CONDUlTB Page E-114 3 TEST DATE: DECEMBER 6,1994 - )
fx Temperatures on Exterior Conduit Surface, T d] TIME TC. No. 359 TC. NO. 360 TC. NO. 361 TC. No. 362 TC. NO. 363 ! HR: MIN:SEC 0;00:30 56.5 50.3 44.2 39.9 40.3 ,
- 0:01:30 48.9 49.3 40.0 40.8 46.1 -l 0.02:30 58.3 50.7 46.0 41.3 39.6 0:03:30- 51.5 49.6 41.0 39.8 43.7 0:04:30 60.3 52.1 55.8 48.8 43.9 0:05:30 41.2 49.7 53.4 58.3 60.8 0.06:30 43.3 48.6 41.6 46.8 53.8 0.07:30 46.9 48.9 39.8 42.3 48.7 0:08:30 45.4 50.8 57.5 60.9 59.4 0:09:30 56.1 52.1 60.3 56.4 49.7.
0:10:30 40.5 49.5 52.2 57.3 60.7 0:11:30 40.8 48.6 43.8 50.8 56.4 0:12:30 56.5 52.2- 59.9 55.5 48.5-45.3 40.6 0:13:30 57.6 50.5 39.7 0:14:30 45.2 48.7 40.3 '44.1 50.9 0:15:30 39.tr 49.2 50.1 55.6 59.7 0:16:30 45.3 48.7 40.1 43.7 50.4 0:17:30 50.5 49.6 40.7 40.0 44.0 0:18:30 50.1 49.5 40.5 40.2 44.3 0:19:30 48.3 49.2 40.0 41.5 47.0 49.8 44.3 40.0 I q 0:20:30 0:21:30 60.7 52.3 51.6 51.7 60.7 59.5 54.1
'y/
0:22:30 52.2 51.7 60.7 59.8 54.6 0:23:30 56.8 52.3 60.1 55.5 48.6 0:24:30 55.0 50.2 43.4 39.9 41.6 0:25:30 41.1 49.8 53.3 58.2 60.9 0:26:30 56.1 52.4 60.7 56.7 49.2 0:27:30 51.0 51.7 60.6 61.0 56.1 J 0:28:30 40.7 49.0 45.7 52.8 57.1 , 0:29:30 54.9 52.4 61.5 59.0 51.8 j 0:30:30 40.2 49.5 48.0 54.9 58.6 0:31:30 58.3 53.1 60.3 55.5 47.5 0:32:30 42.3 49.6 45.0 51.5 58.1 0:33:30 57.9 51.8 47.3 43.5 40.9 0:34:30 40.6 50.8 52.6 58.8 60.8 0:35:30 54.4 53.8 63.6 62.1 54 4
' 0:36:30 41.3 51.9 55.6 61.1 62.2 0:37:30 58.9 55.2 63.0 58.1 49.0 0.38:30 55.3 55.3 65.6 63.7 54.9 l
0:39:30 43.0 $2.6 49.6 56.9 58.9 0:40:30 44.9 53.2 48.4 54.0 57.1 0:41:30 51.2 54.6 47.9 48.6 49.5 0:42:30 49.0 54.9 48.7 51.6 53.2 0:43:30 60.2 57.2 55.0 50.6 45.0 j 0:44:30 62.1 58.5 57.9 52.9 45.5 1 0:45:30 50.3 57.4 52.5 55.1 55.5 ( ~ 0:46:30 50.4 58.2 53.8 56.6 57.2 Issued: December 29.1994 Revised: January 30,1995 l J
k FPC File NE0016 CONDUlTB Page E-115 TEST DATE: DECEMBER 6,1994
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Temperatures on Exterior Conduit surface, 'F a TIME TC. NO. 369 TC. NO. 360 TC. NO. 36; TC. NO. 362 TC. NO. 363 HR: MIN:SEC : 0:47:30 53 5 61.4 74.2 75.5 66.4 [ 0.48:30 59 6 61.2 59.4 56.1 52.3 0.49:30 65.2 64.5 75.4 68.7 58.3 0 50:30 54 1 62.5 59.9 62.1 -64.9 0.51:30 61.2 66.4 82.1 80.3 74.6 0:52:30 68.7 67.3 73.0 68.8 69.5 [ 0.53:30 50.7- 65.6 68.7 76.9 93.1 ! 0.54:30 67.6 68.9 72.6 71.4- 87.0 , 0:55:30 52.1 68.4 ~ 73.8 85.2 111.3 0:56:30 72.3 72.6 80.1 81.4 101.8 0:57:30 74.0 74.8 87.7 88.6 109.5 , 0:58:30- 75.2 76.1 86.7 90.2 112.5 0:59:30 75.9 77.3 86.6 91.6 115.8 1:00:30 78.2 79.6 92.2 c97.2 120.5 } 1:01:30 79.6 81.8 98.2 102.7 125.7- l 1:02:30 82.1 83.4 98.1 103.9 127.1 - 1.:03:30 84.2 85.7 103.1 108.6 131.0 , 1:04:30 67.9 84.2 94.5 113.7 145.9 , 1:05:30 73.5 86.5 94.2 111.2 144.4 1:06:30 90.1 92.1 112.4 118.6 139 4 i 1:07:30 78.7 91.0 98.9 115.5 146.7 O 1:08:30 1:09:30 75.5 80,8 93.8 95.3 112.7 105.3. 131.3 123.8 159.3 154.7 1:10:30 86.0 99.8 123.6 140.0 162.1 : 1:11:30 94 4 102.8 128.6 140.9 158.9 1:12:30 87.6 103.7 126.0 143.7 167.0 i 1:13:30 91.8 104.4 113.8 131.6 160.8 l 1:14:30 105.3 108.1 119.3 128.9 151.5 1:15:30 108.8 110:5 122.5 131.6 152.6 1:16:30 107.0 112.2 121.8 133.0 157.2 : 1:17:30 97.1 113.3 127.4 147.4 172.9' i 1:18:30 107.3 116.0 124.1 138.3 163.7 1:19:30 106.2 117.6 126.6 143.7 170.1 i 1:20:30 121.8 123.2 145.2 151.5 164.7 1:21:30 118.7 122.9 132.3 142.4 163.0 l 1:22:30 108.0 123.8 137.6 156.8 179.1 1:23:30 110.4 125.6 138.8 157.6 179.2 1:24:30 122.5 128.4 136.5 147.5 166.9 1:25:30 131.8 133.0 155.6 161.4 169.4
-1:26:30 .129.8 134.5 159.0 167.8 175.0 1:27.30 137.0 135.5 147.6 154.2 163.8 1:28:30 127.6 137.2 147.0 173.0 1 ?1.8 1:29:30 122.8 137.5 140.7 171.3 185.5 1:30:30 131.0 138.6 116.9 157.3 173.6 1:31:30 135.4 142.5 131.6 176.3 182.5
[ 1:32:30 130.2 141.3 99.9 165.4 181.5 1:33:30 144.9 146.5 112.5 174.2 177.3 > lssued: December 29.1994 Revised: January 30.1995 l l
CONDUlT B Page E-116 FPC File NE0016_ TEST DATE: DECEMBER 6,1994 Temperatures on Exterior Conduit Surface, 'F fv') . TIME TC. NO. 359 TC. NO. 360 TC. NO. 361 TC. NO. 362 TC. NO. 363 HR: MIN:SEC 1:34.30 137.1 146.8 108.7- 180.0 188.4 1:35 30 150.5 149.7 113.4 173.0 177.6 1:36:30 141.9 148.1 86.1 163.8 179.4 1:37:30 140.0 149.0 155.4 168.6 185.5 1:38:30 156.1- 152.9 163.2 167.1 174.1 1:39:30 158.6 154.7 166.0 169.4 175.3 1:40:30 153.3 156.3 178.1 184.7 188 5 1:41:30 156.5 156.0 162.8 167.4 178.2 1:42:30 158.8 159.4 180.0 184.2 186.6 1:43:30 161.6 159.1 166.8 170.2 178.4 1:44:30 149.4 158.3 163.8 176.7 192.2 1:45:30 152.7 159.8 163.7 175.0 190.8 1:46:30 164.5 164.4 184.2 187.7 189.6 1:47:30 166.5 165.7 184.9 187.9 189.5 1:48:30 170.3 165.7 174.7 177.6 181.8 1:49:30 164.7 165.5 170.5 176.5 185.4 1:50:30 156.6 165.4 172.0 185.4 196.8 1:51:30 171.1 168.3 176.9 181.0 184.4 1:52:30 175.6 169.9 177.1 182.5 186.5 1:53:30 177.5 172.3 187.5 190.3 187.1 1:54:30 176.5 172.5 184.1 188.1 186.6 1:55:30 166.3 171.8 179.7 191.2 196.3 1:56:30 161.3 172.6 186.2 202.2 205.8 1:57:30 181.0 177.6 200.3 203 8 195.6 1:58:30 167.7 175.0 185.1 199.4 203.2 1:59:30 164.7 176.5 193.1 209.8 211.1 2:00:30 184.8 180.1 194.3 199.6 193.7 2:01:30 183.6 182.5 208.6 214.6 204.6 2:02:30 175.3 182.7 207.7 220.1 215.9 190.6 184.7 200.0 201.8 198.1 2.03:30 2.04:30 178.7 183.5 194.6 205.4 209.8 194.2 187.8 203.4 204.0 199.7 2:05:30 2:06:30 182.5 187.6 200.6 209.3 213.7 2:07:30 201.9 193.2 208.7 206.6 201.0 187.1 193.8 208.0 217.7 220.0 2:08:30 2.09.30 191.6 197.0 207.0 216.7 219.5 213.3 203.3 209.9 208.3 203.3 2:10:30 200.5 205.0 206.0 214.8 218.3 2:11:30 218.3 214.9 222.6 220.9 211.5 2:12:30 202.5 212.4 209.3 219.1 221.C 2:13:30 220.2 219.1 223.7 220.2 211.7 2:14:30 213.1 214.6 208.4 209.3 210.4 2:15:30 209.0 214.2 208.5 212.4 215.4 2:16:30 218.5 216.9 213.5 210.3 208.3 2:17:30 210 0 219.5 228.5 231.3 225.9 2:18:30 215.7 220.9 231.5 230.6 222.5 O 2:19:30 2:20:30 212.7 216.7 212.0 213.8 215.6 issued: December 29,1994 Revised: January 30.1995
l l l FPC File ugoogg CONDUlTB Page E-117 TEST DATE: DECEMBER 6,1994 g) ( x./ Temperatures on Exterior Conduit surface, *F !
)
TIME TC. NO. 359 TC. NO. 360 TC. NO. 361 TC. NO. 362 TC. NO. 363
. HR: MIN:SEC 2:21:30 213.5 217.1 212.6 214 4 216.0 '
2:22:30 212.3 217.2 213.3 216.8 219.8 2:23:30 228 0 221.0 221.8 217.1 210.0 2:24:30 229.0 222.5 227.2 221.3 212.7 ; 2:25:30 223.8 223.5 234.8 231.6 220.6 2:26:30 209.4 220.3 226.4 232.8 232.1 2:27.30 219.4 223.4 235.3 237.3 228.9 2:28:30 231.4 224.0 227.1 223.1 214.0 2:29:30 216.2 220.6 219.1 225.8 227.4 2:30:30 235.2 225.3 233.1 228.4 218.1 2:31:30 230.1 225.5 239.1 239.4 227.6 2:32:30 236.1 226.0 235.1 231.4 220.0 2:33:30 234.7 226.4 237.2 234 4 221.9 2:34:30 234.8 226.0 231.8 230.4 218.4 2:35:30 235.9 225.8 230.4 230.4 218.4 2:36:30 231.5 227.4 242.7 244.2 228.2 . 2:37:30 217.2 225.1 237.9 249.3 241.1 2:38:30 236.0 227.1 234.3 236.8 221.6 ! 2:39:30 236.7 228.0 239.1 241.5 224.2 2:40:30 220.1 224.8 230.9 246.0 237.9 220.3 227.0 244.4 259.9 245.5 (% 2:41:30 232 6 2:42:30 226.3 226.6 232.4 245.4 2:43:30 236.8 230.3 250.6 257.6 232.5 2:44:30 224.1 227.1 236.3 254.1 238.6 2:45:30 235.6 231.4 257.9 268.7 238.5 2:46:30 236.7 230.3 247.0 258.9 232.1 2:47:30 232.7 232.3 264.0 279.5 246.7 2:48:30 238.0 233.5 265.1 278.0 242.5 2:49:30 241.3 233.7 262.5 274.5 239.4 2:50:30 236.9 234.7 272.5 288.0 249.0 2:51:30 242.2 235.6 270.9 283.8 244.9 2.52:30 223.5 233.4 268.1 293.7 262.3 2:53:30 247.1 237.2 274.7 288.0 246.9 2:54:30 228.0 235.3 273.0 299.2 265.7 2:55:30 232.5 235.7 268.7 293.7 262.0 2.56:30 230.2 237.5 279.7 305.6 270.2 2.57:30 231.5 238.1 278.3 305.0 269.9 235.1 239.2 277.4 302.5 268.5 2.58:30 253.3 244.0 292.1 304.8 258.9 2:59:30 251.6 245.5 299.6 313.7 265.5 3:00:30 243.5 245.7 301.8 322.9 277.6 3.01:30 254.8 246.3 290.6 304.9 262.2 ! 3:02:30 I 260.3 249.4 302.2 313.6 266.2 3:03:30 242.9 248.5 3A3.6 326.6 286.3 3:04:30 237.8 249.2 299.9 324.3 285.9 3:05:30 260.5 251.8 298.7 312.3 270.9 3:06:30 O' 3:07:30 246.5 252.8 309.1 331.3 291.5 issued: December 29,1994 Revised: January 30,1995
. . . . .. - , . . . .=, ..
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-FPC File NE0016 CONDUlT B -- !
Page E-118 TEST DATE: . DECEMBER 6,1994 . Temperatures on Exterior Conduit Surface *F TIME TC. NO. 359 TC. NO. 360 - . TC. NO. 341 TC. NO. 362 TC. NO. 363 ! HR: MIN:SEC l 3:08:30 247.4 255.2 314.6 335.6 293.9 3.09.30 251.8 255.2' 302.5 323.2 286.9' ! xl
.i 1,
i O , i i I I O Issued: December 29.1994 Revised: January 30.1995
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FPC' File NE0016 CONDUlT B Page E-119 TEST DATE: DECEMBER 6,1994 O Temperatures on Exterior Conduit Surface, 'F TIME TC. NO. 267 TC. NO. 264 TC. NO. 269 TC. NO. 270 TC. NO. 271 HR: MIN:SEC 0.00.30 45.0 52.1 57.2 60.9 60.1 0:01:30 53.0 58.3 61.1 59.5 54.0 0 02:30 43.0 49.3 55.1 59.4 60.9 0.03:30 50.9 56.2 60.3 60.8 57.2 0:04:30 39.7 39.8 44.3 51.5 56.9 0.05:30 58.9 53.5 47.0 42.4 39.7 0:06:30 58.4 61.4 59.4 53.8 47.3 0:07:30 55.0 59.4 61,0 58.1 51.7 0:08:30 54.5 47.7 42.9 39.6 41.4 0.09:30 44.8 39.9 38.6 44.0 50.8 0:10:30 59.9 $5.2 4b.2 43.4 39,8 0:11:30 60.3 61.0 56.9 49.9 45.0 0:12:30 43.8 39.2 40.5 45.6 52.5 0:13:30 43.3 50.3 56.0 60.3 60.5 0:14:30 56.4 60.8 60.5 56.3 49.6 0:15:30 60.7 57.3 50.1 44.9 40.6 0:16:30 55.9 60.3 60.8 57.3 50.6 0:17:30 51.1 56.6 60.6 60.7 56.3 0:18:30 51.3 56.7 60.5 60.8 56.9 0:19:30 53.9 59.0 61.1 59.1 53.6 0:20:30 40.2 44.7 51.7 56.8 60.6 0:21:30 47.4 42.3 39.4 41.5 47.1 0:22:30 47.6 42.6 39.5 41.8 47.2 0:23:30 43.8 39.6 40.4 45.1 52.1 0:24:30 46.9 54.0 58.7 61.2 58.8 0:25:30 59.7 55.0 48.0 43.1 40.0 0:26:30 44.4 40.1 40.7 45.5 52.4 0:27:30 49.3 44.4 40.4 41.0 45.7 0:28:30 61.0 61.5 56.6 49.6 44.4 0:29:30 45.9 41.8 40.4 44.4 50.8 0:30:30 61.4 60.8 54.7 48.2 43.3 0:31:30 42.9 40.8 43.3 49.5 55.2 0:32:30 60.4 63.2 59.2 52.4 46.8 0:33:30 44.8 53.2 58.5 62.5 62.1 0:34 30 61.9 60.1 52.8 47.5 42.7 0:35:30 48.3 45.3 42.5 45.0 50 2 0:36:30 61.9 59.9 52.2 47.4 42.9 0:37:30 44.6 43.9 45.8 51.8 57.7 0:38:30 48.9 47.0 44.4 47.3 52.3 0:39:30 63.1 67.3 62.3 55.5 49 5 0:40:30 62.0 68.6 65.5 59.7 52.2 56.7 66.2 68.5 67.5 61.4 0:41:30 59.7 68.9 69.6 67.0 59.7 0:42:30 49.2 61.5 66.1 70.2 68.9 0.43:30 48.4 60.2 65.7 70.3 70.4 0.44:30 62.2 73.0 73.5 70.5 62.3 0:45:30 0 0:46:30 63.7 74.7 74.9 71.8 63.3 issued: December 29,1994 Revised: January 30.1995 a
g + FPC File NE0016 CONDUlT B Page E-120 TEST DATE: DECEMBER 6,1994
#'T Temperatures on Exterior Conduit surface, 'F ). TC. NO. 271 TIME TC. NO. 267 TC. NO. 268 TC. NO. 269 TC. NO. 270 HR: MIN:SEC 0:47:30 61.0 62.0 57.0 55.6 56.8 0:48:30 59.3 72.0 75.9 78.3 74.0 0:49:30 56.1 59.4 62.6 69.2 73 0 0.50:30 74.9 81.4 82.0 79.0 71.6 0.51:30 74.4 66.6 63.0 65.6 71.2 0:52:30 77.6 71.9 77.3 82.7 88.4 0:53:30 107.8 91.9 85.7 79.4 79.3 ,
0:54:30 103.1 85.6 88.0 92.8 102.4 0:55:30 128.9 100.2 91.5 83.1 96.7 0:56:30 117.3 90.0 91.7 98.9 124.5 0:57:30 122.1 90.1 89.6 99.9 135.0 , 0:58:30 127.2 96.7 97.2 107.9 149.4 0:59:30 132.9 103.4 103.4 115.5 161.3 1:00:30 135.3 104.3 104.9 120.3 169.3 ! 105.5 105.2 124.0 .173.9 I 1:01:30 138.3 ' 1:02:30 140.9 110.7 111.8 131.4 179.8 1:03:30 143.1 112.9 113.6 135.0 182.9 1:04:30 165.0 136.0 127.7 136.8 173.0 1:05:30 163.8 139.2 ~ 134.2 146.6 178.7 > 1:06:30 149.8 121.7 121.7 146.5 188.8 1:07:30 166.7 144.5 141.2 156.2 184.0 0 1:08:30 1:09:30 1:10:30 172.8 172.7 170.0 143.1 151.0 140.0 132.0 145.3 132.9 146.9 159.2 149.2 175.5 183.3 179.4 1:11:30 164.9 137.3 132.8 154.5 185.9 > 1.12:30 175.5 147.1 140.6 155.9 179.8 1:13:30 177.7 160.6 158.9 171.9 187.5 1:14:30 167.8 154.5 159.0 179.4 198.6 1:15:30 167.6 155-1 160.0 181.1 200.2 1:16:30 174.2 161.7 165.7 183.8 197.8 l 1:17:30 186.0 167.8 162.7 173.4 185.0 1:18:30 180.0 168.5 171.6 186.6 195.2 1:19:30 184.0 172.8 173.1 185.2 191.3 1:20:30 169.1 153.5 159.3 182.5 199.3 1:21:30 177.3 170.7 177.3 194.3 201.6 1:22:30 189.9 176.7 174.3 183.1 187.9 1:23:30 189.9 179.0 177.6 185.0 188.9 1:24:30 180.4 177.4 185.5 198.5 202.3 1:25:30 171.6 161.9 170.0 189.1 202.3 l 1:26:30 175.4 165.0 169.6 184.9 198.1 1:27:30 171.8 172.7 186.3 201.3 209.0 ! 1:28:30 181.6 172.7 176.7 184.3 192.2 1:29:30 190.2 183.4 186.6 187.8 188.3 1:30:30 186.1 190.9 201.4 203.0 199.8 . 1:31:30 182.3 178.8 182.2 185.8 192.7 1:32:30 192.8 197.9 200.9 197.4 193.6 O 1:33:30 180.6 179.1 184.0 190.3 199.0 issued: December 29.1994 3 Revised: January 30,1995
w-FPC Ffle NE0016 CONDUlT e Page E-121
-TEST DATE: DECEMBER 6,1994 bQ Temperatures on Exterior Conduit Surface, T '
TIME TC. NO. 267 TC. No. 268 TC. NO. 269 . TC NO. 270 TC. No. 271 HR: MIN:SEC 1:34:30 191.6 187.5 185.8 184.6 189.0 1:35:30 182.3 181.8 187.0 194.0 201.2 l 1:36:30 194.7 201.8 205.2 203.4 199.4-1:37:30 199.7 205.2 204.6 1990 193.8 f 1:38.30 185.3. 192.8 199.4 203.0 206.3 ; 1:39 30 185.0 192.0 198.4 201.6 206.1 i 1:40:30 192.0 189.7 186.5 187.4 194.0 1:41:30 192.8. 201.9 205.1 205.2 204.5 1:42:30 191.8 190.0 188.2. 189.9 197.5 1:43:30 192.3 201.5 202.9 205.4 206.1 : 1:44:30 207.4 213.5 206.8 199.5 193.7 1:45:30 206.5 214.3 210.3 203.5 196.5 1:46:30 195.0 195.2 191.8 193.2 199.9 1:47:30 195.0 196.2 193.7 195.5 201.8 1:48:30 193.7 204.6 207.2 208.2 210.2 ' 1:49:30 202.1 214.6 214.8 211.7 207.5 1:50:30 211.7 221.3 215.3 205.2 197.8 1:51:30 198.4 212.9 214.2 213.3 211.9 ! 1:52:30 201.5 216.4 217.2 215.2 211.8 l 1:53:30 195.6 207.1 210.2 211.5 213.7 i 1:54:30 199.4 214.2 216.9 216.7 215.7 211.9 225.7 223.9 216.7 208.0 Q 1:55:30 1:56:30 218.6 227.4 219.5 208.2 200.8 l 1:57:30 199.9 208.0 208.9 210.9 213.6 i 1:58:30 216.7 230.5 226.6 217.2 207.2 1:59;30 220.8 229.1 220.6 209.7 201.6 l 2:00:30 203.2 219.2 223.3 223.0 221.3 l' 2:01:30 205.6 212.1 210.3 209.7 212.7 2:02:30 216.1 220.5 214.0 205.9 204.1 2:03:30 204.1 219.9 225.1 224.7 223.5 2:04:30 219.2 234.9 233.4 223.6 212.9 2:05:30 206.3 223.9 229.1 227.7 224.6 2:06:30 222.1 237.1 234.0 222.2 211.5 2:07:30 206.1 223.7 229.6 228.0 225.6 2:08:30 225.7 237.0 231.0 217.8 208.1 .l ' 2.09:30 226.0 239.2 234.4 220.3 210.2 2:10.30 208.6 227.8 234.0 230.8 227.3 ; 2:11:30 225.7 242.1 239.1 225.1 213.5 2:12:30 209.7 221.7 224.5 221.7 222.1 2:13:30 228.3 243.9 239.6 223.7 212.4 2:14:30 210.2 224.4 228.1 224.7 224.1 2:15:30 220.2 243.1 247.0 236.8 225.6 2:16:30 224.7 247.5 248.9 235.1 221.3 2:17:30 216.4 242.4 247.6 239.3 229.9 l 2:18:30 224.3 238.1 233.4 219.6 214.0 i O 2:19:30 219.9 236.1 233.0 222.4 218.7 5 2:20:30 226.3 254.2 256.1 240.3 225.2 l l l Issued: December 29.1994 l Revised: January 30,1995 i l I
l 3 !~
-FPC File NE0016 CONDUlT B Page E-122 i TEST DATE: DECEMBER 6,1994 f p ;h Temperatures on Exterior Conduit Surface, 'F TIME. TC. NO. 267 TC. NO. 268 TC. NO. 269 TC. NO. 270 TC. NO. 271 HR: MIN:SEC 2:21:30 227.0 256.2 258.0 241.8 226.3 2:22:30 230.1 260.0 259.7 241.1 223.8 -
2:23:30 216.7. 248.6 254.5 243.7 234.9 2:24:30 215.9 246.5 251.4 241.6 ' 233.9 2:25:30 221.2 247.0 246.0 233.4 227.4 2:26:30 238.0 265.8 257.3 234.5 217.1 2:27:30 229.1 257.1 251.2 232.5 221.7 , 2:28:30 220.4 259.1 263.8 250.2 238.6 2:29:30 239.4 279.4 274.8 249.1 226.2 ' 2:30:30 222.4 261.8 264.7 250.9 238.2 2:31:30 229.9 265.7 261.4 243.0 229.9 , 2:32:30 224.9 267.6 270.0 254.9 239.7 2:33:30 226.9 270.0 271.8 255.8 239.6 . 2:34:30 227.6 277.4 282.6 264.2 244.9 2:35:30 229.9 282.7 288.1 268.5 246.7 i' 2:36:30 233.7 279.2 279.4 259.6 240.1 2:37:30 249.7 295.8 289.1 259.1 229.0 '
.2:38:30 233.8 291.0 298.7 277.9 250.9 2:39:30 234.0 291.0 298.9 278.7 251.1 l 2:40:30 254.4 312.7 312.3 280.4 240.2 2:41:30 254.8 306.1 303.5 272.9 235.3 !
2:42:30 251.5 315.1 322.4 294.5 251.1 ! 2:43:30 240.8 298.8 308.9 289.6 255.0 { 2:44:30 257.1 321.8 329.3 300.0 251.7 , 2:45:30 246.3 303.5 312.7 293.0 255.9 ; 2.46:30 247.8 315.7 330.1 309.8 265.2 2:47:30 253.0 310.3 317.3 296.2 255.0 ; 2:48:30 249.9 310.0 322.8 305.1 263.4 2:49:30 249.1 314.9 331.7 315.5 270.5 ; 2:50:30 255.4 315.0 325.8 308.0 264.6 ! 2:51:30 252.7 317.0 333.6 319.1 273.4 l 2:52:30 274.2 335.9 340.9 315.0 259.6 l 2:53:30 255.2 322.5 340.3 327.0 279.8 2:54:30 277.3 340.0 346.0 321.1 265.0 2:55:30 276.5 345.3 355.5 331.5 273.3 2:56:30 280.1 342.1 348.1 324.7 269.5 2:57:30 281.8 346.9 354 2 330.2 274.3 2:58:30 281.5 349.7 359.5 336.9 280.1 2:59:30 264.0 331.2 349.9 340.5 295 0 3:00:30 268.1 330.2 345.7 335.6 292.9 3:01:30 278.6 337.6 346.2 329 4 284.8 3:02:30 273.1 344.9 362.9 351.4 303.6 3:03:30 269.7 336.3 354.8 346.7 304.4 3:04:30 290.4 349.5 355.4 336.2 287.8 3:05:30 293.7 355.8 362.5 342.0 292.0 3:06:30 280.8 351.1 368.7 357.2 310.9 V 3:07:30 295.6 354.9 360.3 341.5 294.3 l Issued: December 29,1994 4 Revised: January 30,1995 1 l
FPC File NE0016 CONDUlTB Page E-123 ! TEST DATE: DECEMBER 6,1994 r .h Temperatures on Exterior Conduit Surface, 'F TC. NO. 271 i TIME TC. NO. 267 TC.NO.264 TC. NO. 269 TC. NO. 270 HR: MIN:SEC l 3:08:30 294.5 351.3 357.8 340.1 296.0 . I 3:09.30 295.9 362.2 373.4 354.8 305.8 i l i O i 1 1 i.
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I l I Issued: December 29,1994 4 Revised: January 30.1995 l
i i l l FPC File NE0016 CONDUlT B Page E-124 l TEST DATE: DECEMBER 6.1994 ! h-Temperatures on Exterior Conduit Surface, T d ~ .j I TIME TC. No. 272 TC. NO. 273 TC. NO. 364 TC.NO.366 TC. NO. 366 HR: MIN:SEC 0:00:30 52.6 58.1 61.1 59.8 55.1 0.01:30 58 2 60.7 59.0 53.0 46.8 0.02:30 49.6 56.1 59.8 60.7 57.7 ! 0.03:30 54.6 59.6 61.1 58.0 51.8 0 04:30 40.3 45.0 50.9 56.4 60.6 1 0.05:30 52.7 46.1 42.0 40.4 43.2 0:06:30 60.8 56.9 51.1 45.6 41.3 1 0:07:30 58.4 60.7 59.1 53.2 46.9 I 0.08:30 47.4 42.2 40.0 43.0 48.8 0:09:30 41.4 40.7 43.7 50.5 56.0 0:10:30 55.2 47.9 43.7 40.4 41.6 0:11:30 60.7 57.5 52.0 46.3 41.8 0:12:30 41.1 40.9 44.3 51.3 56.7 0:13:30 51.7 57.5 60.9 60.0 55.9 0:14:30 58.7 60.6 58.5 52.5 '46.7 I 0:15:30 57.3 49.8 45.2 41.1 40.5 0:16:30 58.4 60.7 58.7 53.0 47.1 0:17:30 56.4 60.6 60.6 56.0 49.3 0:18:30 55 4 60.1 60.9 57.1 50.4 0:19:30 59.1 60.5 57.8 51.3 45.7 0:20:30 44.8 '52.8 57.5 60.7 60.4 i 0:21:30 41.6 40.8 44.1 50.8 56.6 l s 0:22:30 41.3 41.0 44.5 51.1 56.6 , 0:23:30 41.0 41.3 45.1 51.7 57.0 0:24:30 55.9 60.6 61.4 56.7 50.1 0:25:30 51.8 45.9 42.1 40.9 44.5 ' 0:26:30 40.8 42.1 46.4 52 7 57.9 1 0:27:30 44.7 41.4 42.6 47.1 54.2 l 0:28:30 59.7 54.6 49.3 44.0 41.1 J 0:29:30 41.6 42.4 46.5 52.5 58.1 1 0:30:30 59.0 54.1 49.4 43.8 41.8 f 0:31:30 40.9 46.5 53.1 57.5 62.0 J 0:32:30 61.7 60.2 55.7 48.7 44.6 0:33:30 51.2 59.7 64.5 63.4 60.3 0:34:30 58.2 53.1 49.8 44.3 44.7 l 0:35:30 43.2 45.4 50.0 55.0 60.8 j 48.5 45.5 49.1 I 0:36:30 54.7 51.3 0:37:30 43.2 47.6 53.4 58.9 64.1 0:38:30 47.4 47.4 50.0 53.8 61.0 0:39:30 63.8 63.0 58.7 52.7 49.3 0:40:30 64.8 65.7 61.8 55.5 51.7 ' 0:41:30 63.4 70.4 70.5 63.3 57.9 0:42:30 64.9 71.3 71.1 63.7 58.5 0.43:30 57.8 69.0 75.7 74.6 70.6 0:44:30 58.2 69.9 77.0 76.6 73.0 0:45:30 68.4 75.5 76.6 69.9 63.9
\ 0:46:30 72.1 76.0 75.4 68.3 63.1 issued: December 29.1994 Revised: January 30.1995
'l 1
~FPC File NE0016- CONDUlT B Page E-125
' TEST DATE: DECEMBER 6,1994 {
l
,m I I. Temperatures on Exterior Conduit Surface, Y l V :
TIME - TC. NO. 272 TC. NO. 273 TC. NO. 364 TC. NC. 368 TC. NO. 366 1 HR: MIN:SEC , 0:47:30 59.8 59.1 63.0 67.5 73.4 ; 0:48:30 76.6 79.3 85.1 81.9 75.1 . 0:49:30 78.7 68.9 79.4 84.0 86.1 . 0.50:30 114.7 85.4 86.8 80.4 73.6 ; 0.51:30 114.8 69.0 75.8 82.3 86.1 0.52:30 133.4 85.2 91.4 93.7 91.0 0:51:30 163.3 90.9 84.3 79.1 74.2 j 0:54:30 172.3 100.2 99.7 96.1 88.5 , 0:55:30 182.8 101.1 89.4 83.4 78.8 0.56:30 184.2 108.5 104.1 103.3 98.5 0:57:30 186.0 109.0 103.4 - 104.4 103.9 . 0:58:30 196.0- 121.1 111.5 108.3 102.6 0:59:30 198.2 126.5 115.2 110.7 104.0 1:00:30 194.8 128.7 116.9 113.7 108.9 1:01:30 189.5 125.5 115.2 114.0 113.6 1:02:30 190.5 131.1 120.1 117.8 115.9 r 1.03:30 190.2 132.8 122.1 119.7 118.5 . 1:04:30 207.9 144.6 121.4 109.4 101.7 ,
.1:05:30 207.6 149.7 128.2 114.5 106.5 1:06:30 187.8 137.4 127.4 125.3 125.4 1:07:30 206.5 154.9 134.7 120.7 111.9 1:08:30 200.8 144.5 124.2 114.4 112.1 Oe 1:09:30 207.8 156.8 135.7 122.6 114.2 1:10:30 195.8 145.3 126.3 120.2 120.6 1:11:30 190.7 143.7 130.4 128.0 130.2 1:12:30 196.9 150.4 131.5 123.7 123.4 1:13:30 205.8 164.0 143.5 130.6 122.2 -
1:14:30 200.6 167.7 154.9 143.7 133.0 ! 1:15:30 198.0 167:1 157.0 148.0 138.8 1:16:30 203.3 171.6 137.8 145.5 134.9 1:17:30 202.9 162.9 144.9 134.0 129.7 1:18:30 206.2 174.2 157.7 143.8 134.9 ; 1:19:30 206.7 173.3 154.7 142.3 134.0 ' P20.30 187.6 162.1 156.7 154 9 154.8 1:21:30 205.0 179.3 166.6 1 54.8 144.4 1:22:30 206.5 172.3 154.4 143.5 138.7 1:23:30 207.2 174.8 156.1 144.9 140.7 1:24:30 207.0 187.1 172.6 161.1 150.3 1:25:30 192.8 177.0 167.8 166.0 164.3 1:26:30 192.7 175.7 162.3 162.3 163.1 1:27:30 198.9 191.8 178.4 172.3 166.4 1:28:30 196.5 182.4 164.3 159.2 162.8 i . 1:29:30 204.1 190.2 170.6 156.6 155.6 1:30:30 209.4 202.8 185.5 167.4 159.5 1:31:30 193.5 164.3 173.3 167.3 170.8 1:32:30 208.3 200.1 183.6 167.8 160.9 : O 1:33:30 188.0 186.5 183.5 179.5 181.0 issued: December 29,1994 Revised: January 30,1995 i
7 j FPC F1le NE0016' CONDUIT B Page E-126 TEST DATE: DECEMBER 6,1994 i
.( Temperatures on Exterior Conduit Surface,'F f V] .
TIME TC. No. 272 ' TC. NO. 273 TC. NO. 364 TC. NO. 368 TC. NO. 366 - HR: MIN:SEC 1:34:30 192.1 185.3 178.1 173.1 176.9 ; 1:35:30 188.3 191.0 191.7 187.5 188.0 1:36:30 200.0 204.8 196.3 181.7 175.1 1:37:30 206.6 202.5 192.3 179.7 174.7 1:38:30 198.1 202.3 202.1 194.7 190.5 1:39:30 - 195.8 201.4 202.4 197.1 194.8 1:40.30 186.8 187.1- 188.5 190.5 198.4 1:41:30 202.3 206.8 204.2 194.9 192.2 1:42:30 186.3 189.8 193.6 195.7 206.6 1:43:30 201.2 207.2 206.9 1%.4 202.0 1:44:30 207.6 205.9 198.1 189.9 196.7 - 1:45:30 208.1 210.1 205.2 198.3 202.7 1:46:30 190.3 194.3 199.1 208.2 217.8 1:47:30 191.3 195.9 202.6 211.4 218.7 1:48:30 198.1 207.5 213.2 217.6 218.9 , 1:49:30 206.3 214.8 218.0 216.2 213.1 1:50:30 214.1 217.7 214.2 206.8 205.0 1:51:30 201.2 211.5 ?16.8 218.4 220.7 ; 1:52:30 204.9 213.9 24.0 218.7 219.6 ; 1:53:30 199.6 207.6 215 0 217.1 222.9 i 1:54:30 202.1 211.7 257 9 219.0 222.9 1:55:30 211.9 219.5 222.9 217.8 213.0 1:56:30 219.1 219.5 214.6 205.9 205.6 1 1:57:30 199.8 203.2 208.9 212.6 222.1 l 1:58:30 217.8 223.0 222.1 212.9 211.7 . i i 1:59:30 220.0 221.7 218.7 208.9 209.0 2:00:30 203.3 212.7 220.4 221.0 227.2 2:01:30 206.8 205.8 205.9 205.3 216.2 2:02:30 213.9 211.2 208.7 202.9 210.7 , 2:03:30 204.2 214.1 222.4 222.2 228.7 ! 2:04:30 215.4 .224.7 228.5 220.7 220.1 ! 2.05:30 206.3 218.4 226.1 224.4 228.9 2:06:30 216.9 226.7 229.9 220.9 219.5 2:07:30 204.6 216.8 225.3 224.2 230.7 i 2:08:30 219.9 228.6 229.5 218.6 217.4 ; 2:09:30 220.7 229.1 229.6 218.3 217.3 2:10:30 203.1 213.0 222.1 222.3- 231.4 2:11:30 220.9 230.3 231.8 -220.9 219.6 2:12:30 212.9 214.8 214.4 209.6 218.9 2:13:30 220.5 231.2 234.1 223.4 222.4 2:14:30 213.2 215.4 215.5 211.3 222.0 2:15:30 208.7 222.4 232.0 229.6 236.0 l 2:16:30 213.3 226.8 235.5 230.7 234.7 2:17:30 206.7 218.3 229.2 227.9 238.4 2:18:30 226.2 230.1 227.8 216.3 220.0 223.9 223.6 213.2 221.9 . (~} 2:19:30 222.8 230.2 239.5 233.3 239 2 l () 2:20:30 216.1 . Issued: December 29,1994 Revised: January 30,1995 i l J
1 1 i 1 LFPC. File NE0016- ' CONDUly g _ Page~E-127-TEST DATE: DECEMBER 6.1994 Temperatures on Exterior Conduit Surface, T - L TIME' TC.NO.272 TC. NO. 273 TC. NO. 364 TC. NO. 368 . TC.NO.366 HR: MIN:SEC , 2:21:30 216.8 231.2 240.7 234.1 240.5 2:22:30 220.6 234.4 242.9 233.3 238.7-2:23:30 208.9 220.4 231.8 230.0 245.9 2.24:30 . 211.P 218.8 227.4 225.4 243.9 , 2:25:30 219." 22*.4 226.6 218.4 226.0 236.0 235.8
')
2.26:30 230.I 239.2 240.9 1 2:27:30 228.0 232.5 233.9 221.1 235.8 ) 2:28:30 211.6 223.7 235.6 233.4 -255.7 ! 2:29:30 227.0 242.9 251.6 238.2 . 250.2 ' ) 2:30:30 214.3 224.5 235.6 232.2 258.5 l 2:31:30 _ 224.0 231.2 235.9 225.6 251.1 l 2:32:30 215.6 226.9 239.3 235.5 265.4 2:33:30 217.3 228.1 239.9 235.1 267.4 ' i 2:34:30 214.6 232.8 250.3 245.8 277.5 2:35:30 215.7 235.4 254.1 248.5 281.8 l 2:36:30 220.5 232.7 245.2 238.8 277.0 . 2.37:30 234.8 247.3 254.6 239.0 269.2 2:38:30 217.4 239.6 261.0 254.8 293.3 , 2:39:30' 217.7 239.4 260.9 254.9 295.6 2:40:30 236.1 258.7 273.9 255.9 287.1 2:41:30 234.7 249.6 263 0 246.5 284.4 I O 2:42:30 2:43:30 233.3 221.0 238.8 259.9 245.8 266.1 282.7
.272.4 288.2 266.4 264.6 267.9 300.1 308.3 300.3 !
l
. 2:44:30 2:45:30 223.2 249.1 278.2 269.3 313.0 '
2:46:30 229.5 262.8 294.1 280.2 317.1 2:47:30 . 227.2 252/3 282.6 271.7 315.5 : 2:48:30 226.2 257.2 291.3 280.1 322.0 2:49:30 230.3 266.3 302.5 288.4 326.1 -l 2:50:30 A28.9 260.5 295.9 284.8 325.5 2:51:30 232.1 269.6 307.5 293.9 331.0 : 2:52:30 245.4 272.4 299.5 279.0 314.4 2:53:30 236.5 278.1 316.1 301.6 334.8 l 2:54:30 247.9 277.7 305.2 285.1 319.0 l 2:55:30 254.5 287.5 313.8 291.9 319.4 2:56:30 247.6 280.2 309.1 291.6 -325 0 2 57:30 253.6 286.8 315.1 295.7 324.3 ! 2:35:30 258.5 295.1 322.5 302.4 326.6 ! 347.5 I 2:59:30 246.5 294.9 ' 334.3 322.5 3:00:30 244.9 293.6 334.3 325.0 ' 351.6 3:01:30 244.8 286.8 324.9 319.1 349.1' 3:02:30 260.7 309.1 344.0 328.0 344.2 -!
. 3:03:30 253.8 305.9 345.3 336.8 355.1 3:04:30 255.1 296.7 328.3 322.0 347.4 3:05.30 262.9 303.8 333.2 323.1 343.7 '
3:06:30 267.5 318.4 351.3 339.7 351.0 3:07:30 260.7 304.3 334.3 330.0 350.8 ; i issued: December 29,1994 ! ~ ' Revised: January 30,1995
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4 FPC File NE0016 CONDUlTB- Page E'-128 i TEST DATE: DECEMBER 6,1994
- .f-Temperatures on Exterior Conduit Surface. *F - 1 i
TIME TC. NO 272 TC. NO. 273 TC. NO. 364 TC.NO.365- TC. NO. 366 ) HR:M!N:SEC ) 3.08:30 259.9 304.2 335.4 334.5- 355.4 3:09.30 273.2 317.9 344.5 337.1 348.7-t l n i I t O l i 1 j i O Issued: December 29,1994 Revised: January 30,1995
. - - , , ,=- ._- , _ - . _ -
FPC File'NE0016 CONDUlT B Page E-129 TEST DATE: DECEMBER 6,1994
.n t l: Temperatures on Exterior Conduit Surface, T %J TIME TC. NO. 367 TC.NO.348 TC. NO. 369 TC. NO. 370 ~C. NO. 254 HR: MIN:SEC 0.00:30 48.2 43.2 40.1 41.8 46.9 0.01:30 42.2 39.8 42.6 48.9 55.1 ,
0-02:30 51.4 46.0 41.7 40.4 43.7 0:03:30 46,1 41.5 40.1 43.5 49.8 0:04:30 60.9 57.2 50.7 45.6 41.1 0.05:30 49.4 55.5 59.9 61.2 58.3 f' 0:06:30 40.1 43.4 50.3 55.9 60.0 0:07:30 42.4 39.9 42.2 48.1 54.4 ; 0:08:30 55.2 59.7 61.5 58.4 51.9 0.09:30 60.1 61.3 57.8 51.1 45.6 0:10:30 46.2 53.2 58.3 61.2 60.0 0:11:30 40.0 42.8 49.4 55.3 59.5 l 0:12:30 60.9 60.9 56.7 49.7 44.8 0:13:30 49.0 44.0 40.2 41.3 46.1 0:14:30 42.2 39.9 42.6 48.5 54.8 0:15:30 44.5 51.7 '56.9 60.5 60.6 0:16:30 42.4 39.8 42.4 48.5 54.8 0:17:30 44.4 40.2 40.8 45.7 52.5 0:18:30 45.2 40.7 40.3 44.7 51.5 0:19:30 41.2 40.0 43.7 50.6 56.2 0:20:30 56.0 49.2 44.2 40.4 41.6 g 0:21:30 60.8 61.1 56.7 49.9 44.8 0:22:30 60.9 61.3 57.0 49.9 45.0 0:23:30 61.2 61.2 56.7 49.6 44.6 0:24:30 45.1 40.7 40.9 45.6 52.8 0:25:30 51.6 57.1 61.0 61.1 57.5 0:26:30 61.8 61.2 56.3 49.2 44.5 0:27:30 59.3 62.4 60.4 54.7 48.5 ! 0:28:30 43.3 48.4 54.6 59.1 62.0 l 0:29:30 62.5 62.4 57.2 50.2 45.9 1 0:30:30 45.1 50.8 56.1 60.0 62.5 0:31:30 63.6 59.9 52.2 46.7 43.2 0:32:30 43.1 46.2 51.7 57.1 62.1 0:33:30 54.2 48.7 43.2 42.1 47.0 0:34:30 49.6 56.4 60.1 62.8 63.5 0:35:30 65.3 65.8 60.'t 52.7 49.0 0:36:30 56.0 61.2 63.3 63.7 62.5 0:37:30 67.9 66.6 59.6 51.8- 48.9 0:38:30 66.2 68.6 64.7 58.2 53.9 0:39:30 50.2 54.3 58.6 62.3 67.6 l 0:40:30 50.5 52.9 56.5 60.8 67.5 l 0:41:30 53.4 50.5 50.6 56.0 65.2 j 0:42:30 54.2 51.9 52.0 57.1 65.3 0:43:30 63.8 57.6 49.7 48.5 55.9 0:44:30 66.0 59.5 51.3 49.3 56.0 59.7 68.3 0 0.45:30 0:46:30 59.4 59.7 56.1 59.1 55.0 59.7 64.4 72.0 i Issued: December 29,1994 Revised: January 30.1995 ] c a
1 i l l l FPC File NE0016 CONDUlT B Page E-130 TEST DATE: DECEMBER 6,1994 7 Temperatures on Exterior Conduit Surface, 'F TIME TC. NO. 367 TC. NO. 368 TC. NO. 369 TC. NO. 370 TC. NO. 256 HR: MIN:SEC ! 0:47:3, 78.1 80.1 75.3 69.0 65.2 0.48:30 69.3 62.8 56.2 57 2 65.9 O 49.30 84.6 77.9 66.3 59.5 58.4 0:50:30 68.9 64.8 62.7 66.6 74.4 0:51:30 89.2 87.2 77.7 68.8 65.9 0:52:30 84.9 76.1 66.1 61.1 64.9 l 0:53:30 74.7 77.5 78.9 80.9 84.8 0:54:30 81.4 74.5' 67.1 67.9 75.5- : 0:55:30 79.3 82.4 83.4 85.3 88.2 0:56:30 90.4 82.5 72.8 68.9 72.8 0:57:30 99.0 89.9 79.2 72.5 71.5 l 0:58:30 93.8 85.7 76.1 73.3 77.6 l 0:59:30 95.0 86.9 77.6 75.8 80.6 1:00:30 100.7 91.7 81.8 77.2 79.3 1:01:30 109.4 100.3 88.6 81.5 78.9 , 1:02:30 110.3 100.1 89.2 82.3 80.9 1:03:30 113.5 104.0 92.7 85.7 82.6 1:04:30 98.0 97.2 98.1 100.8 103.8 1:05:30 100.5 97.2 96.5 100.3 103.5 1:06:30 122.7 113.9 101.6 93.8 88.5 1:07:30 105.4 100.9 99.6 103.2 106.3 O 1:08:30 1:09:30 114.9 109.7 116.5 107.7 115.4 108.0 114.3 110.7 109.9 112.6 1:10:30 124.6 124.6 122.1 117.2 109.5 1:11:30 132.1 129.9 122.4 113.6 104.6 1:12:30 127.7 127.9 125.8 122.3 115.4 1:13:30 118.7 117.5 118.4 120.2 121.0 i i 125.3 116.2 110.1 110.6 114.1 1:14:30 1:15:30 129.9 120.'2 111.8 110.4 112.3 l 1:16:30 127.9 119.6 115.3 117.2 120.0 l 1:17:30 131.7 133.6 132.8 132.3 128.0 1:18:30 129.0 124.6 123.7 126.7 127.5 131.3 129.7 130.8 132.1 131.9 1:19:30 153.0 143.4 130.9 122.4 114.4 1:20:30 138.5 129.6 125.4 126.9 129.0 1:21:30 141.6 142.3 141.5 141.2 137.2 1:22:30 144.4 144.9 143.8 143.3 138.7 1:23:30 145.6 135.6 130.3 131.0 133.1 l 1:24:30 163.3 151.2 138.6 130.0 122.7 i 1:25:30 167.1 159.1 148.0 137.1 127.7 l 1:26:30 161.9 147.5 136.8 130.7 129.0 1:27:30 170.4 164.1 156.5 147.3 136.0 1:28:30 164.8 160.2 156.9 154.2 147.3 1:29:30 150.5 147.3 148.5 148.4 1:30:30 161.0 182.4 172.7 162.4 151.4 140.4 1:31:30 160.7 157.8 156.6 154 6 169.4 O' 1:32:30 1:33:30 193.0 176.6 160.2 148.2 138.9 I issued: December 29.1994 Revised: January 30.1995 1
b CONDUlT B FPC File NE0016 ;Page'E-131 TEST DATE: DECEMBER 6,1994 i Temperatures on Exterior Conduit Surface. *F
%.)i TIME TC. NO. 367 TC. NO. 368 TC. NO. 369 TC. NO. 370 TC. NO. 256 HR: MIN:SEC 1:34:30 193.3 182.0 169.3 158.1 145.9 1:35:30 199.1 .178.9 158.9 147.6 139.2 1:36:30 184.6 169.9 158.8 157.6 157.5 1:37:30 187.7 177.4 166.5 163.5 162.5 1:38:30 198.8 181.7 159.4 151.6 151.8 1:39.30 203.9 187.6 162.9 152.6 - 152.0-
.1:40:30 217.7 206.6 180.3 162.4 152.8 1:41:30 203.6 191.0 169.0 162.1 163.3 1:42:30 222.7 212.6 182.0 163.5 154.1 1:43:30 208.3 198.1 174.0 163.7 164.7 1:44:30 204.2 202.8 188.9 177.5 175.6 1:45:30 205.1 199.9 186.5 175.0 174.1 1:46:30 225.5 217.9 195.9 172.0 161.2 1:47:30 226.0 217.6 197.6 173.5 162.6 1:48:30 219.8 207.8 193.0 170.8 166.1 1:49:30 213.0 203.1 195.1 176.1 175.3 1:50:30 207.2 202.4 204.7 190.8 186.6 1:51:30 222.0 209.5 202.9 188.7 173.9 1:52:30 219.5 207.0 201.4 195.5 180.3 1:53:30 226.5 214.5 206.8 200.5 186.1 225.0 211.0 204.5 200.2 194.9 m 1:54:30 204.2 201.4 202.8 206.1 1:55:30 215.7 1:56:30 209.6 205.6 210.6 215.3 218.0 1:57:30 230.7 222.4 217.0 208.8 202.9 1:58:30 212.1 202.5 205.0 209.4 214.4 1:59:30 210.8 204.0 209.1 214.0 218.1 2:00:30 228.8 213.3 206.6 202.2 200.5 2:01:30 227.0 222.1 222.4 218.3 211.7 2:02:30 220.8 217.8 220.7 222.1 218.5 2:03:30 229.4 213.9 206.5 203.0 201.8 2.04:30 217.8 204.3 201.4 205.7 211.6 2:05:30 226.8 211.7 204.7 202.5 203.1 2:06:30 216.5 204.2 202.0 207.1 212.9 2:07:30 229.4 214.8 207.3 204.4 202.4 2:08:30 214.2 204.2 205.2 211.8 216.8 2:09:30 214.5 204.5 206.0 212.9 217.5 2:10:30 234.6 222.3 214.1 209.4 203.6
.2:11:30 217.9 206.0 206.2 212.2 216.6 2:12:30 229.4 224.6 225.2 223.9 217.1 2:13:30 222.6 208.6 206.9 211.9 215.8 2:14:30 235.0 228.4 227.1 224.5 216.2 2:15:30 240.1 221.0 211.9 207.4 204.0 2:16:30 238.0 218.8 209.7 207.9 206.8 2:17:30 248.7 229.9 218.0 212.6 204.0 2:18:30 232.4 221.0 221.9 226.3 224.3 2:19:30 240.3 230.3 228.9 230.8 223.7 2:20:30 248.4 224.5 213.4 211.9 209 6 issued: December 29.1994 Revised: January 30,1995 s
FPC File NE0016 CONDUlT B Page E-132' - TEST DATE: DECEMBER 6,1994 u- ' Temperatures on Exterior Conduit surface, 'F TC. No. 347 TC. NO. 348 TC. NO. 369 TC. NO. 370 TC. No. 254 TIME HR: MIN:SEC j' 2:21:30 251.6 226.4 214.5 213.0 211.3 2:22.30 251.4 225.8 214.7 216.2 - 216.9 : I 2:23:30 268 4 243.6 227.9 221.2 212.7 2:24:30 270.6 248.9 234.7 227.4 219.4 l 2:25:30 266.7 247.8 239.0 237.6 232.0- , 2:26:30 258.3 235.9 227.7 233.5 237.4 2:27:30 266.0 247.2 237.2 240.5 241.0 ! 2:28:30 286.7 259.5 237.2 230.4 225.3 , 2:29:30 274.1 244.2 225.2 229.3 234.8 2:30:30 292.6 268.3 244.5 237.9 230.9
-2:31:30' 287.9 267.4 248.7 248.1 241.5 2:32:30 300.4 276.0 248.4 241.3 230.7 ;
2:33:30 302.8 280.1 252.0 245.3 232.8 ; 2:34:30 308.9 280.2 245.9 238.9 227.8 . 2:35:30 312.1 283.1 247.4 240.2 228.7 , 2:36:30 312.4 291.6 261.1 253.8 238.7 2:37:30 300.6 282.0 257.4 258.2 248.9 [ 2:38:30 322.2 294.4 255.5 246.1 229.7 2:39:30 ' 326.0 300.4 261.6 250.1 231.9 [ 2:40:30 309.9 285.4 255.0 253.9 245.2 i 2:41:30 315.7 301.0 272.5 268.0 248.0 O 2:42:30 2:43:30 2:44:30 319.9 336.4 320.4 294.5 314.6 298.6 258.5 274.8 266.2 252.3 257.9 258.7 234.0 224.8 232.6 2:45:30 340.5 321.5 281.6 258.6 223.4 2:46:30 335.7 311.9 272.2 249.8 221.8 l 2:47:30 343.0 328.1 289.6 263.1 227.2 l 2:48:30 346.4 328.2 287.1 262.0 231.2 l 2:49:30 344.0 322.3 282.2 259.9 224.8 l 2:50:30 349.3 334.2 295.2 269.1 231.7 ! 2:51:30 348.5 328.7 289.6 264.2 231.9 2:52:30 338.8 332.0 303.6 284.5 248.5-2:53:30 348.9 329.1 291.3 265.8 228.6 2:54:30 342.2 336.0 308.1 286.6 244.8 2:55:30 337.4 329.8 304.6 285.2 245.5 l 2:56:30 347.9 341.5 313.3 288.4 242.6 l 2.57:30 344.1 338.9 312.2 288.5 244.8 2.58:30 341.7 334.4 309.5 287.3 243.1 2:59:30 355.9 337.4 301.4 270.8 227.7 3:00:30 361.1 342.7 306.0 273.4 227.2 3:01:30 365.5 354.3 319.6 284.7 231.0 3:02:30 350.8 335.3 305.9 282.8 239.1 3:03:30 359.9 342.3 308.0 278.1 231.2 3.04:30 364.5 357.6 329.8 296.9 240.6 3:05:30 358.8 354.1 329.6 300.5 244.6 3:06:30 355.5 341.7 315.1 289.4 244.5 O 3:07:30 366.9 361.2 336.2 304.6 248.2 Issued: December 29.1994 Revised: January 30,1995 l
)
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C FPC File NE0016- CONDUlTB Page E-133 TEST DATE: DECEMBER 6,1994 Temperatures on Exterior Conduit Surface. *F TIME TC NO. 347 TC.NO.344 TC.NO.349 TC. NO. 370 TC.NO.254-HR: MIN:SEC 3:08.30 370.6 364.3 338.7 305.6 253.1 ! 3:09:30 359.3 354.2 334.2 309.0 ' 265.7 l I t
-O ;
l i k- ; i O : Issued: December 29.1994 i Revised: January 30,1995
. - - - -. . . _ _ . _ _ _ __ _ _ _ _ _ _ _ a
FPC File-NE0016 CONDUlT B i Page E-134' TEST DATE: DECEMBER 6,1994
..I, ~I .-
Average Temperature on Exterior Conduit Surface. *F LV h TIME HR: MIN:SEC , 0.00:30 50.9 0:01:30 49.8 .! 0.02:30. 50.7 0:03:30 50.1' ;
. 0.04:30 51.5 ,
0.05:30- 50.1 0.06:30 . 49.5 0:07:30 49.5 i 0:08:30 50.7 51.5 ; 0:09:30 0:10:30 50.1 49.6 ! 0:11:30 0:12:30 $1.6 0:13:30 50.7 0:14:30 49.4 0:15:30 49.6 0:16:30 49.5 l 0:17:30 49.8 ; I 0:18:30 49.9 0:19:30 49.9 s 0:20:30 51.4 0:21:30 51.2 ' l 0:22:30 51.3 0:23:30 51.7 : 0:24:30 50.8 0:25:30 50.4 ; i 0:26:30 51.9 0:27:30 51.4 0:28:30 50.2 0:29:30 52.2 . 0:30:30 50.8 O.31:30 53.0 0:32:30 51.3 0:33:30 52.8 0:34:30 52.3 0:35:30 54.3 0:36:30 53.3 0:37.30 55.6 0.38:30 56.1 , 0:39:30 55.0 j 0:40:30 55.6 l 0:41:30 57.2 { 0:42:30 57.5 0:43:30 59.8 0:44:30 60.9 ) 61.1 ) (%
\
0:45:30 0:46:30 62.2 l Issued: December 29,1994 Revised: January 30,1995
1 J FPC File NE0016 CONDulTB 9 TEST DATE: DECEMBER 6,1994 Average Temperature on Exterior Conduit Surface,'F TIME HR: MIN:SEC , t 0.47:30 64.7 0:48:30 66.2 0.49:30 69.4 0.50:30 70.3 0.51:30 74.7 0:52.30 - 77 6 0:53:30 79.2 0:54:30 84.6 . 0:55:30 86.4 l 0:56:30 91.6 0:57:30 94.9 ,. 0:58:30 98.1 ~ 0:59:30 100.6 1:00:30 103.7 1:01:30 106.9 1:02:30 109.4 1:03:30 111.2 1:04:30 112.4 1:05:30 114.8 , 1:06:30 118.8 1:07:30 119.2 O 1:08:30 1:09:30 121.7 123.6 I 1:10:30 126.5 1:11:30 128.8 ! 1:12:30 130.1 1:13:30 132.4 i 135.6 i 1:14:30 1:15:30 137.5 1:16:30 139.1 1:17:30 139.2 1:18:30 142.5 1:19:30 142.9 1:20:30 146.5 1:21:30 147.0 ^ 1:22:30 148.3 1:23:30 150.0 , 1:24:30 151.8 1:25:30 154.5 1:26:30 156.8 1:27:30 156.7 i 1:28:30 159.6 1:29:30 159.9 1:30:30 160.5 1:31:30 163.6 1:32:30 163.0 'f N 1:33:30 166.0 4
-)
Issued: December 29,1994 Revised: January 30,1995 _._m ______.
l FPC' File NE0016 CONDUlTB Page E-136 TEST DATE: DECEMBER 6,1994 , ( Average Temperature on Exterior Conduit Surface,'F V j TIME HR: MIN:SEC 1:34:30 166.6 1:35.30- 168.7 1:36:30 168.0
-1:37:30 172.2' f 1:38:30 174.8 1:39.30 176.4 +
1:40:30 178.2 .i 1:41:30 178.4 1:42:30 160.9 - 1:43:30 181.7 l 1:44:30 181.7 1:45:30 183.2 1:46:30 186.5
?
1:47:30 187.8 1:48:30 168.7 1:49:30 189.3 1:50:30 189.8 1:51:30 192.4 , 1:52:30 194.8 1:53:30 195.9 , 1:54:30 196.7 3 1:55:30 196.2 1:56:30 '197.6 j 1:57:30 200.1 1:58:30 199.0 i 1:59:30 200.1 1 2:00:30 202.3 2:01:30 . 203.3 ; 2:02:30 203.7 2:03:30 203.4 , 2:04:30 203.9 2:05:30 206.2 2:06:30 205.9 2:07:30 207.4 . 2:08:30 208.5 2:09:30 209.5 2:10:30 210.7 . 2:11:30 211.7 2:12:30 214.9 2:13:30 214.1 2:14:30 217.0 2:15:30 216.0 2:16:30 217.2 2:17:30 218.6 2:18:30 221.8 2:19:30 222.9 O 2:20:30 222.1 issued: December 29,1994 Revised: January 30,1995
. ~ , . _ - . _ . . ._ _ . - - - - - . .
- q
- . . -l CONDUlTS Page E-137 FPC File NE0016 TEST DATE
- DECEMBER 6,1994 e
. Average Temperature on Exterior Conduit Surface, Y TIME l
HR: MIN:SEC 2:21:30 223.5 2:22:30 225.2 2:23:30 226.2 2:24:30 227.9 , 2:25:30 230.2' 2:26:30 232.5 . 2:27:30 233.7 2:28:30 233.0 2:29:30 234.7 2:30:30 236.3 2:31:30 239.6 2:32:30 239.4 2:33:30 241.0 2:34:30 242.2 2:35:30 243.8 2:36:30 247.3 2:37:30 248.6 2:38:30 248.8 2:39:30 250.8 2:40:30 253.6 2:41:30 256.7 2:42:30 256.8
\ 259.7 2:43:30 2:44:30 260.8 2:45:30 264.0 2:46:30 263.7 2:47:30 268.3 2:48:30 270.7 2:49:30 271.1 2:50:30 274.9 2:51:30 275.8 2:52:30 278.4 ,
2:53:30 279.2 2:54:30 282.4 2:55:30 283.4 2:56:30 286.1 2:57:30 287.4 2:58:30 288.8 2:59:30 292.3 3:00:30 294.6 3:01:30 296.1 3:02:30 297.4 3:03:30 300.1 ; 3:04:30 301.0 3:05:30 302.0 l p 3:06:30 305.4
\ 3:07:30 306.4 issued: December 29,1994 Revised: January 30,1995 a
l
\
l I CONDUlT B Page E-138 FPC File NE0016 TEST DATE: DECEMBER 6,1994 Average Temperature on Exterior Conduit Surface, *F TIME . HR: MIN:SEC 3.08:30 '308.7 , 3:09:30 310.5 1 i
'i O
l 1 l T O Issued: December 29,1994 Revised: January 30,1995
i 1FPC File NE0016 CONDUlT C Page E-139
~ TEST DATE: DECEMBER 6,1994
.() TIME TC. NO.129 Temperatures on No. 8 AWG Copper Conductor, T TC. NO.130 TC. NO.131 TC.NO.132 TC. NO.133 i
+
HR: MIN:SEC . i 0:00:30 50.1 '49.6 42.4 45. T ' 51.4 0:01:30 49.5 49.5 46.6 52.4 56.6 .i 0.02:30 50.6 49.9 42.5 42.7 46.3 ; 0.03:30 49.9 49.4 43.0 47.0 52.5 0:04:30 51.7 51.1 48.7. 44.7 42.1 0:05:30 50.9 51.6 59.2 57.9 53.9 0.06:30 49.6 50.2 52.8 -56.7 59.3 0.07:30 49.5 49.5 46.1 51.9 55.8 0'08:30.
. 51.5 52.0 57.8 53.4 48.1 0:09:30 ' 51.8 51.8 54.2 48.5 44.7 ,
0:10:30 50.3 51.2 57.4 -59.2 57.1 0:11:30 49.5 50.0 51.6 56.0 59.0 0:12:30 51.8 51.5 51.7 46.9 43.2 0:13:30' 50.1 49.6 42.1 44.3 49.2 0:14:30 49.5 49.5 46.5 52.4 56.2 0:15:30 50.1 51.1 56.9 59.2 58.2 0:16:30 49.5 49.4 45.7 51.4 55.6 , 0:17:30 49.6 49.3 44.4 49.4 54.5 0:18:30 49.8 49.3 42.9 46.8 52.6 0:19:30 49.4 49.5 46.7 52.4 56.4 0:20:30 50.9 50.0 44.0 42.0 44.1 0 0:21:30 0:22:30 0:23:30 51.7 51.8 51.8 51.4 51.5 51.4 51.4 52.3 51.8 46.7 47.4 46.8 43.1 43.9 43.3 0:24:30 49.7 49.3 44.0 48.8 54.1 0:25:30 50.9 51.6 59.1 57.6 53.4 0:26:30 51.7 51.3 50.5 46.1 42.6 ' 0:27:30 51.7 51.7 54.5 48.8 45.1 0:28:30 50.2 51.1 56.9 59.2 57.8 , 0:29:30 51.7 51.5 51.9 47.2 43.8 0:30:30 49.9 50.8 55.6 58.7 59.0 , 0:31:30 51.3 50.5 46.4 43.1 42.2 0:32:30 49.5 50.0 51.8 56.0 59.0 j 0:33:30 50.0 49.5 42.3 45.5 51.2 , 0:34:30 50.1 51.1 56.6 59.2 58.6 0:35:30 51.8 51.6 52.6 47.6 44.2 0:36:30 50.9 51.7 59.1 58.8 55.0 , 0:37:30 51.8 51.4 50.2 46.2 43.0 0.38:30 52.0 51.9 53.6 48.5 45.0 l 0:39:30 50.2 51.2 56.5 59.4 59.4 0:40.30 49.9 50.7 53.9 57.8 60.1 0:41:30 49.8 50.1 49.8 55.0 58.7 I 0:42:30 49.9 50.3 50.0 55.1 58.9 0:43:30 50.6 50.1 43.0 45.8 51.4 f 0:44:30 50.6 50.2 43.2 46.2 52.1 0:45:30 50.2 50.7 51.4 56.2 59.9 ( O 0:46:30 50.5 51.5 55.8 59.3 61.3 issued: December 29.1994 j Revised: January 30.1995
-- _. I
FPC File NE0016 CONDUlT C Page E 140 j TEST DATE: DECEMBER 6,1994
/ Temperatures on No. 3 AWG Copper Conductor. 'F
\]_/, TIME TC. NO.129 TC. NO.130 TC. NO.131 TC. NO.132 TC.NO.133 HR: MIN:SEC t 0:47:30 52.5 53.1 58.8 54.3 50.0 0:48:30 50.9 50.7 45.1 49.8 56.0 0.49:30 53.1 53.0 53.2 '49.0 46.2 0:50:30 50.9 51.5 51.0 56.5 60.9 0:51:30 53.4 53.5 55.0 50.6 47.9- l 0:52;30 52.2 52.0 45.2 46.6 51.8 0:53:30 51.8 53.0 57.1 61.2 63.9 0:54:30 51.8 52.3 49.8 56.1 61.2 0:55:30 52.2 53.5 57.7 61.9 64.9 0:56:30 52.8 52.9 47.1 51.0 57.6 ; 0:57:30 53.6 53.7 47.5 48.7 54.0 0:58:30 53.4 53.7 48.1 52.0 59.1 ' 0:59:30 53.7 54.1 48.6 52.8 59.9 1:00:30 54.5 54.9 48.9 50.5 56.4 1:01:30 55.6 55.7 51.8 50.0 53.2 50.8 51.0 55.8 a 1:02:30 55.5 56.0 1:03:30 56.5 56.8 53.6 51.5 54.3 58.0 64.8 68.7 70.6 ! 1:04:30 55.7 ' 1:05:30 55.9 58.2 63.7 68.3' 71.9 1:06:30 58.4 59.4 59.0 56.5 56.0 1:07:30 57.0 59.5 65.5 70.5 74.1 0 1:08:30 1:09:30 1:10:30 59.1 58.4 60.4 61.5 61.3 63.1 71.1 68.7 73.4 70.4 74.8 74.7 67.4 77.6 72.1 i 1:11:30 61.4 64.2 74.1 75.5 73.1 1:12:30 61.0 64.5 75.3 83.3 84.2 l 1:13:30 61.7 65.6 76.4 86.2 88.2 l 1:14:30 62.1 65.3 67.9 81.8 88.8 i 1:15:30 63.4 66.6 67.9 81.7 89.8 l 1:16:30 64.1 68.4 75.3 90.6 97.1 1:17:30 65.7 71.1 84.3 98.5 101.6 ; 1:18:30 66.6 71.4 77.0 94.9 102.3 1:19:30 68.0 73.8 85.7 103.7 110.0 1:20:30 71.3 76.4 83.8 96.4 98 4 i 1:21:30 71.1 77.0 84.0 106.0 114.6 99.0' 121.1 124.1 i 1:22:30 72.9 80.7 I 1:23:30 74.6 82.9 102.7 126.2 128.9 1:24:30 76.2 83.8 93.9 120.8 '29.4 l 1:25:30 79.6 87.2 99.8 121.0 124.5 1:26.30 82.0 90.7 108.3 130.3 129.9 1:27:30 83.0 92.0 105.0 132.7 138.7 1:28:30 86.5 96.9 121.9 144.4 142.2 88.4 99.9 129.8 155.8 151.9 1:29:30 1:30:30 89.5 101.3 125.5 158.2 161.8 1:31:30 94.6 106.4 134.3 156.6 152.9 1 l 1:32:30 96.2 109.0 139.4 169.0 168.1 1:33:30 100.9 112.4 135.2 157.9 155.1 ; g ! l 1ssued: December 29.1994 Revised: January 30,1995 i
]
l l FPC File NE0016 CONDUlT C "9' TEST DATE: DECEMBER 6,1994 [N Temperatures on No. 8 AWG Copper Conductor,'F , j TIME TC. NO.129 TC. NO.130 TC. NO.131 TC. NO.132 TC. NO.133 i HR: MIN:SEC 1;34:30 104.1 116.5 145.9 166.0 161.5- l 1:35:30 106.7 118.1 138.2 .160.2 160.4 1:36:30 108.2 121.0 148.0 176.0 177.7 1:37:30 til 6 124.5 153.4 179.9 179.0 1:38:30 114.5 125.9 144.4 172.1 176.1 1:39:30 117.7 128.6 145.5 171.5 175.9 1:40:30 122.4 133.1 155.5 173.1 168.8 1:41:30 123.1 134.0 155.7 181.9 184.3 1:42:30 128.0 137.8 158.0 175.0 170.9 1:43:30 128.5 138.5 155.4 180.3 183.9 i 1:44:30 131.4 142.2 168.1 189.9 ' 188.4 ; 1:45:30 133.1 143.2 163.5 186.8 189.3 1:46:30 137.3 146.9 168.2 181.3 177.1 1:47:30 139.4 148.6 167.9 181.1 177.3 1:48:30 140.8 149.1 161.8 176.8 177.8 1:49:30 142.1 150.3 160.6 178.2 181.6 1:50:30 142.9 152.0 169.2 190.4 193.2 1:51:30 146.5 154.4 168.0 180.4 178.2 1:52:30 147.6 155.1 165.8 178.7 179.9 1:53:30 149.3 157.1 170.5 182.0 179.1 181.4 179.1 ; 1:54:30 150.4 158.2 170.4 O 1:55:30 150.5 158.0 165.0 179.2 183.2 1:56:30 150.6 158.4 167.8 186.6 191.7 1:57:30 153.2 161.5 181.4 191.6 187.2 1:58:30 153.3 160.3 166.0 179.6 183.7 , 1:59:30 153.9 160.9 166.1 180.6 185.9 , 2:00:30 156.1 163.1 173.4 181 6 179.8 2:01:30 156.0 164.1 182.4 193.8 192.1 2:02:30 155.4 163.-3 175.7 190.8 195.4 2:03:30 158.0 164.7 172.8 179.6 179.0 2.04:30 157.5 163.9 167.4 176.9 181.5 2:05:30 158.8 165.1 171.2 177.4 178.4 > 2:06:30 158.4 164.7 167.3 176.2 181.6 - 2:07:30 159.7 166.2 172.9 177.3 177.2 2:08:30 158.8 165.2 167.1 175.6 181.7 2.09:30 159.0 165.5 167.3 174.8 180.7 2:10.30 160.4 167.9 182.1 183.3 180.3 2:11:30 159.6 166.2 168.0 174.1 179.6 2:12:30 159.2 167.1 178.4 186.1 189.7 2:13:30 160.6 167.3 170.0 172.4 176.1 2:14:30 159.9 168.1 180.3 186.2 188.9 2:15:30 162.3 169.8 180.1 177.2 173.6 , 2:16:30 162.5 169.8 177.2 174.5 172.1 2:17:30 163.1 171.4 186.1 181.7 176.2
- 2:18:30 162.0 169.9 174.6 178.4 181.8 162.2 171.0 180.6 185.9 187.1 2:19:30 O 2:20:30 164.9 173.1 182.1 178.2 172.9 Issued: December 29.1994 Revised: January 30,1995 ,
l+ lR .< y 4-FPC: File NE0016 : CONDUlT C. - Page E-142 TEST DATE: DECEMBER 6;1994 Temperatures on No. 8 AWG Copper Conductor. 'F - i TIME - TC. NO.129 - TC. NO.136 - : TC. NO.131 TC. NO.132 TC.NO.133 ] HR: MIN:SEC 165.5 ,173.6 181.5 177.8 173.3' 2:21:30 l 165.9 174.1 180.6. .177.2 174.1 2:22:30
'2:23:30 166.9 176.6- 192.9 188.4 '180 2 h '
167.2 - 177.6 :194.7 ' 192.7; '185.7-2.24:30 2:25:30'. .167.0 177.9 190.7- 193.0 191.5 - 2:26:30- 168.3 178.4- 180.4. 181.9: 183.7. ! 2:27:30 - 168.6- 180.0 188.2 . 191.4: _191.5 l 1
'171.6 183.3, 196.2: -189.9 182.1 2:28:30 2:29:30 171.8 162.9 ~ ~ 183.2 181.2 ' :181.1 4 2:30:30 . 173.5 '186.0 199.6 194.8-' . 186.4 1 2:31:30 173.5- 186.4 197.5 198.1 194.5 ~
175.9 188.4' 200.5 194.9 186.3
'2:32:30 '
~ 176.8 189.3- 201.4 ' 196.5 - 188.0 2:33:30 2:34:30 178.3- 189.8 '196.8 ' 189.7. .182.8 '
179.1- 190.4 195.8 189.5 182.9 ; 2:35:30 c 2:36:30 179.4 .191.5 ~ 203.5 .199.1 '191.5 - -{ 178.9 191.1 200.1 201.3 - 199.2 - 2:37:30 181.4 192.1 194.9 .189.5- 183.9 12:38:30
~
182.3 192.9 .197.0 -191.1. 185.2 2:39:30 191.5 193.61 197.4 198.9; l 2:40:30- 180.8
~ 193.2 - 204.2 L 204.0. 199.7- -j 2:41:30 182.0 O 2:42:30 2:43:30
'182.0 184.1 191.6-193.5 190.4 197.4 195.2 192.8-192.4 199.4 -
196.0
-187.9-201.9 2:44:30 182.5 192.4 185.2 194.6 ~ 198.7 193.5 .189.3 l 2:45:30 '
185.0 193.9 191.9 190.6 192.6 2:46:30 2:47;30 187.0- 196.2 ~ 202.4 196.6 - 192.3 187.8 196.2 198.2 193.8 190.9 2:48:30 187.9 195.8 193.4 192.5 195.3 2:49:30 189.9 197.6 -201.0 196.3 193.0'
- 2:50:30
'197.1 195.5 193.4- 195.1 2:51:30 190.2 191.5 199.2 210.2 207.1 202.0 2:52:30 191.8 197.8 194.8- 196.1 200.0 2:53:30 200.3 211.2 ' 208.3- ~ 203.5 2:54:30 193.4 200.5 210.6 211.7 209.3 2:55:30 193.7 201.5 211.0- 207.2 202.7
~2:56:30 195.8 196.4 201.8 212.6 210.8 207.0'
-2:57:30 201.9 211.9 213.5, '211.8 2:58:30 196.8 200.8 -197.5 200.3 205.7-2:59:30 197.3 201.6 198.5 199.1 203.6 3:00:30 198.6 203.6 206.4 202.8 201.1 3:01:30- 200.5 202.9- :206.7 212.1 216.4 3:02:30 199.3 203.1 201.1 206.0 212.3
- 3:03:30 200.5 205.9 213.5 209.2 206.6 3:04:30 202.8 206.4 216.6 213.7 210.0 3:05:30 203.3 205.3 210.6 215.7 220.0 202.3 O 3:06:30 3:07:30 204.8 207.5 216.9 213.7 210.3 issued: December 29,1994 Revised: January 30.1995 i
_ + -. _ - - , _ _ - . . . . _ . . . . .., - m , _m _ , , . _ _ , , . . - y-
-I FPC: File NE0016- CONDUlT C- Page E-143 TEST DATE: . DECEMBER 6,1994 .
l
./ Temperatures on No. 8 AWG Copper Conductor,'F ! '. C' l TIME TC. NO.129 TC. NO.134 - TC. NO.131 TC. NO.132 TC.NO.133 i HR: MIN:SEC 3.08:30 . 205.5 207.9 214 5 210.6 - 208.4 - 'f 3 09:30 205.4 208.3 219.6 220.2 218.0 ,
i
.I i
l i i t ! l O l i I i i I i i t O : Is%ed: December 29,1994 l Revised: January 30,1995
.- . , - - . .. __n
~1 f
FPC File NE0016 CONDUlT C Page E-144 i TEST DATE: DECEMBER 6,1994 : Temperatures on No. 8 AWG Copper Conductor,'F
./ l C TC.NO.138 TIME TC. NO.134 TC.NO.138 TC. NO.136 TC.NO.137 i HR: MIN:SEC ;
0.00:30 55.8 59.2 59.1 55.6 50.0 0:01:30 59.3 59.0 54.9 49.5 45.7 0:02:30 51.8 56.0 59.1 58.7- 55.1 ; 0:03:30 56.4 59.5 58.8 54.9 49.6 O.04:30 43.4 47.5 53.1 56.9 59.0 0:05:30 48.8 44.9 42.0 43.4 47.5 0.06:30 58.4 54.7 49.1 45.4 41.7 0:07:30 59.0 59.3 55.8 50.0 46.2 0:08:30 44.3 41.7 43.8 48.5 53.8 i 0.09:30 42.1 43.1 47.6 53.0 56.8 0:10:30 52.4 47.4 43.6 42.3 44.8 . 0:11:30 58.7 55.3 49.7 45.9 42.8 0:12:30 42.2 44.7 50.4 54.7 58.1 ; 0:13:30 54.2 58.0 59.4 57.0 51.9 0:14:30 59.1 59.0 55.2 49.7 d 5.7 0:15:30 54.1 48.7 44.7 42.4 44.0 0:16:30 58.8 59.3 55.7 50.3 46.4 0:17:30 58.0 59.6 57.0 51.9 47.4 i 0:18:30 56.6 59.6 58.5 54.4 48.9 0:19:30 59.2 58.9 54.9 49.3 45.4 0:20:30 48.7 54.2 57.7 59.2 56.8 9> 0:21:30 0:22:30 42.2 42.0 45.0-43.8 50.8 48.5 55.1 53.7 58.4 57.2 i 0:23:30 42.1 44.8 50.4 54.8 58.1 -
' 0:24:30 57.6 59.7 57.3 52.2 47.4 :
0:25:30 48.1 44.1 42.0 44.2 49.0 0:26:30 42.5 45.8 51.7 55.8 58.7 0:27:30 42.3 42.7 46.7 52.5 56.6 . 0:28:30 53.7 48.2 44.4 42.5 44.6 0:29:30 42.2 44.2 49.5 54.4 57.8 0:30:30 56.0 50.8 46.6 43.3 42.9 0.31:30 45.4 50.7 55.5 58.6 58.8 , 0:32:30 59.0 55.8 50.0 46.0 42.9 0:33:30 55.8 59.4 59.8 56.5 51.0 , 0:34:30 55.0 49.9 45.9 43.0 43.6 0:35:30 42.6 44.7 49.7 54.6 57.3 0:36:30 50.0 46.2 43.2 43.8 47.5 0:37:30 43.3 46.9 52.7 56.4 59.1 0:38:30 43.1 44.8 49.6 54.5 57.7 i 0:39:30 56.5 51.7 47.6 44.2 44 0 0:40:30 59.2 55.5 50.1 46.3 43 6 0:41:30 60.9 59.9 54.9 49.7 45.3 0:42:30 61.2 60.2 55.2 50.0 45.5 ; 0:43:30 57.0 61.6 62.6 59.2 52.8 0.44:30 57.6 62.2 63.1 59.7 53.4 ; 0:45:30 62.1 61.2 56.0 50.7 45.9 l 0:46:30 60.3 56.5 51.8 47.6 45.2 g lssued: December 29,1994
+
Revised: January 30.1995 ___ _.___ _. _ d
FOC File NE0016 CONDUlT C ' TEST DATE: DECEMBER 6,1994 Temperatures on No. 8 AWG Copper Conductor,'F . . V TIME TC. NO.134 TC.NO.135 TC. NO.136 TC. No.137 TC. NO.138 . HR: MIN:SEC , 0.47.30 47.7 47.0 49.5 53.7 57.2 i 0.48:30 61.4 65.4 63.9 58.3 51.5 0.49.30 - 47.0 51.2 56.8 60.2 61.6 . 54 1 48.7 ! 0:50:30 64.5 64.9 60.2 0 51:30 48.0 51.7 56.8 60.6 61.9 0.52:30 59.4 65.C 68.0 65.1 58.6 0.53:30 64.1 61.8 57.0 52.3 48.4 i 0.54:30 66.5 69.0 65.7 58.6 52.1 0:55:30 65.8 64.0 50.1 54.0 49.5 [ 0:56:30 64.5 70.5 71.0 66.0 57.6 : 0:57:30 62.4 69.5 72.2 61i.3 62.1 l 0:58:30 66.2 72.5 72.6 67.2 58.5 0:59.30 67.2 73.5 73.5 67.7 59.1 1.00:30 64.8 72.1 74.9 71.8 64.1 , 1:01:30 60.7 69.4 73.7 73.6 68.8 1:02:30 64.6 72.5 76.3 74.5 67.9 1:03:30 61.9 70.9 75.4 75.5 70.8 j 1:04:30 70.9 69.3 65.9 60.6 57.1 1:05:30 73.6 73.1 68.7 63.1 57.6 l 1:06:30 61.0 69.1 75.5 76.8. 74.8 r 1:07:30 75.4 74.8 71.0 65.2 59.8 j 1:08:30 66.2 66.7 67.1 67.9 69.2 O. 1:09:30 76.8 75.4 72.1 66.6 70.4 62.6 71.6 1:10:30 69.4 69.3 69.6 1:11:30 69.8 69.8 71.7 73.5 74.7 , 1:12:30 78.9 76.6 73.8 70.1 68.3 l 1:13:30 82.7 79.5 76.3 71.5 68.7 1:14:30 89.4 91.4 88.7 80.9 72.9 1:15:30 90.3 93.3 91.5 84.3 75.7 1:16:30 94.4 92.9 87.9 80.7 73.5 1:17:30 92.8 86.9 82.5 77.2 74.3 1:18:30 98.8 96.2 94.1 86.3 78.5 1:19:30 101.4 95.9 89.3 83.0 76.5 1:20:30 90.7 92.7 96.2 96.6 93.7 106.4 104.2 100.8 93.4 84 8 1:21:30 , 106.8 96.1 90.2 84.5 81.9 1:22:30 ' 1:23:30 109.8 97.8 91.5 86.0 83.5 116.2 110.7 105.5 97.4 89.0 1:24:30 109.2 105.5 105.9 105.0 100.6 1:25:30 109.1 101.9 103.1 103.3 102.5 l 1:26:30 122.2 114.8 112.4 107.4 99.8 1:27:30 116.7 103.4 101.4 102.8 103.0 1:28:30 124.5 107.1 99.5 98.0 99.4 1:29:30 139.5 122.6 110.2 101.3 94.1 : 1:30:30 111.8 108.0 108.3 108.1 1:31:30 126.7 141.5 120.9 108.7 100.7 97.7 1:32:30 , 0 1:33:30 133.9 122.6 119.1 116 6 114.1 I Issued: December 29,1994 Revised: January 30,1995
i I J
- FPC File NE0016 CONDUlT C Pa9e E-146 i TEST DATE: DECEMBER 6,1994 -!
J Temperatures on No. 8 AWG Copper Conductor, T U['N TC. NO.134 TC. NO.138 TC. NO.136 TC. NO.137 1C.NO.138 TIME HR: MIN:SEC ; 1:34:30 136.1 120.0 114.2 113.2 112.5 1:35:30 142.8 133.1 127.6 .122.9 116.7 , 1:36:30 155.7 137.3 122.5 111.7 104.1 1:37:30 155.3 135.4 122.2 112.0 106.6 1:38:30 159.9 147.7 136.4 124.3 113.6 ; 1:39:30 160.9 150.1 140.1 128 4 116.9 . 1:40:30 149.8 139.1 135.3 131.5 127.8 1:41:30 167.6 152.8 138.8 126.3 116.2 1:42:30 153.9 144.7 141.3 136.9 132.7 1:43:30 170.4 159.5 148.3 135.4 124.0 1:44:30 168.3 151.3 130.0 128.8 123.2 1:45:30 174.6 160.8 147.3 135.3 125.1 : 1:*6:30 159.8 149.6 145.8 143.3 140.1 , 1:47:30 160.9 152.1 149.0 146.1 142.8 1:48:30 168.0 162.7 158.9 153.3 145.1
-i 1:40:30 173.3 167.3 162.5 154.3 143.8 1:$0:30 180.9 168.8 156.9 145.7 135.8 1:51:30 167.3 161.7 159.9 156.6 152.0 1:52:30 171.4 167.1 164.4 160.0 152.7 ,
1:53:30 167.6 161.2 160.4 158.1 154.9 1:54:30 168.4 162.5 162.0 159.9 156.7 O 1:55:30 177.5 184.1 172.7 176.6 169.6 168.3 163.5 157.7 154.7 147.9 1:56:30 1:57:30 172.9 160.8 155.1 153.2 153.2 1:58:30 178.9 174.6 172.1 166.2 157.6 i 1:59:30 181.1 176.6 173.0 166.2 157.2 2:00:30 170.7 165.7 166.3 165.5 163.4 , 2:01:30 178.2 166.1 158.0 153.3 151.8 2.02:30 186.4 175.-3 165.2 156.9 149.6 2:03:30 171.9 167.8 168.4 -167.9 165.6 ; 2.04:30 176.4 175.4 174.2 170.5 163.7 2.05:30 173.4 170.7 170.9 170.1 166.7 2:06:30 179.9 176.8 175.2 170.9 163.6 2.07:30 172.1 168.5 169.3 169.3 167.8 2.08:30 181.0 178.2 175.9 170.8 163.4 180.7 178.1 175.9 171,1 163.9 2.0130 ! 2:10.30 172.1 163.7 161.3 162.1 164 0 2:11:30 180.5 178.7 176.3 171.3 164.0 I 2:12:30 184.9 176.2 166.6 159.6 154.4 177.7 177.4 176.1 172.8 167.1 2:13:30 184.7 176.7 166.9 159.9 155.2 2:14:30 169.6 167.8 168.3 169.3 170.2 l 2:15:30 171.6 i 2:16:30 171.6 172.0 172.5 172.3 170.4 166.6 165.1 166.8 168.8 2:17:30 183.5 183.8 178.3 171.0 163.6 2:18:30 186.6 182.9 174.1 165.1 159 3 2:19.30 O 2:20.30 171.6 173.1 174.0 173.7 173.7 issued: December 29,1994 Revised: January 30,1995
L FPC File NE0016 CONDUIT C Page E-147 TEST DATE: DECEMBER 6.1994 f] Temperatures on No. 8 AWG Copper Conductor 'F () TIME TC. No.134 TC. NO.135 TC. NO.134 TC. NO.137 TC. NO.138 HR: MIN:SEC 2:21:30 173.4 176.3 176.7 175.5 174.3 2:22:30 175.3 179.4 179.1 177.2 174.5 2:23:30 174.6 171.0 168.5 168.0 170.7 2:24:30 178.9 174.3 168.2 165.0 166.4 2:25;30 188.1 183.4 174.7 166.4 162.0 2:26:30 186.7 190.1 187.0 178.7 170.3 2.27:30 191.2 189.0 180.8 171.4 164.7 2.28:30 177.6 175.9 175.3 174.9 176.2 2:29:30 185.7 190.5 190.9 185.2 178.2 2:30:30 181.4 178.8 176.1 174.3 175.9 2:31:30 190.6 186.5 180.6 172.9 169.7 2:32:30 182.1 180.2 179.1 178.1 179.6 2:33:30 183.6 181.5 180.0 178.8 180.2 2:34:30 180.7 183.7 186.6 187.0 186.7 2:35:30 181.6 185.7 189.5 189.5 188.9 2:36:30 187.2 185.3 183.2 181.6 182.5 2:37:30 197.0 194.6 189.2 181.7 176.8 2:38:30 184.9 190.7 195.3 194.9 193.3 2:39:30 185.3 190.8 195.1 195.0 194.0 2:40:30 202.2 205.0 200.4 190.9 183.1 2:41:30 196.6 195.5 191.1 185.6 183.9 2:42:30 201.2 208.0 206.9 199.1 190 0 Y 2:43:30 189.2 196.0 200.5 205.1 200.2 195.8 198.8 187 9 2:44:30 206.0 209.4 2:45:30 191.0 197.9 202.8 202.8 201.2 2:46:30 200.0 2087 211.6 207.6 200.4 2:47:30 192.7 198.0 202.2 202.9 201.8 2:48:30 194.5 202.6 208.3 207.6 205.0 2:49:30 203.3 212.3 215.5 210.9 202.5 2:50:30 195.6 203.1 208.7 208.5 206.5 2:51:30 202.8 212.7 216.8 213.5 206.2 2:52:30 201.3 202.9 203.0 201.9 202.1 2-53:30
. 208.6 217.6 220.4 214 3 205.1 2:54:30 203.1 204.8 205.1 204.2 204.4 2:55:30 208.5 209.1 207.0 202.4 200.5 2:56:30 203.1 205.7 208.5 208.4 208.5 2.57:30 206.4 208.0 208.1 206.8 206 4 2:58:30 211.4 212.1 210.2 205.7 203.7 2.59:30 214.9 223.9 226.5 219.9 210.3 3:00:30 213.0 222.8 227.0 223.1 214 8 3:01:30 205.1 213.3 220.1 221.0 219.2 3:02:30 221.9 224.7 221.3 213.8 206.3 3:03:30 220.6 228.6 229.1 221.6 212.3 3:04:30 208.2 212.9 218.0 220.0 219.8 3:05:30 211.1 213.6 216.4 217.3 218.3 3:06:30 224.9 227.3 243.9 217.0 210.0 0 3:07:30 211.8 215.1 219.1 220.6 221.4 issued: December 29,1994 Revised: January 30,1995
'FPC File NE0016 CONDUlT C -' Page E-148 !
TEST DATE: DECEMBER 6,1994 -; Temperatures on No. 8 AWG Copper Conductor, T TIME TC. NO.134 TC.NO.135 TC. NO.134 TC. No.137 TC. NO.138 ; HR: MIN:5EC ' 3.08:30 210.8 217.0 223.0 225.2- 224.9 3:09:30 218.0 219.6 219.1 217.2 216.8 .; i i J f t b i O . ; e [ O : Issued: December 29,1994 Revised: January 30,1995
i FPC File NE0016 CONDUlT C Page E-149 TEST DATE: DECEMBER 6,1994 Temperatures on No. 8 AWG Copper Conductor, 'F l ~ ; TIME TC.NO.139 TC. NO.140 TC. NO.141 TC. NO.142 i HR: MIN:SEC 0:00:30 56.7 59.0 57.9 53.6 i 0 01:30 59.1 57.4 52.7 47.6 0.02:30 53.4 57.0 59.3 57.7 0.03:30 57.0 59.1 57.6 53.1 i 0:04:30 45.7 51.0 55.5 58.9 0:05:30 48 0 44.3 42.4 44.5 0.06:30 56.8 51.8 47.3 43.7 0.07:30 58.9 58.4 54.7 49.1 0:08:30 43.1 43.2 46.5 52.3 0.09:30 43.0 46.6 52.0 56.1 0:10:30 50.8 46.7 42.9 42.5 ! 0:11:30 57.3 52.6 47.5 43.6 l 0:12:30 44.2 48.7 54.0 57.7 0:13:30 56.3 59.0 58.3 54.2 0.14:30 59.1 57.6 53.3 48.0-0:15:30 52.7 47.9 44.3 42.2 I 0:16:30 58.7 58.6 55.4 49.9 0:17:30 59.0 57.9 54.0 48.6
- 0:18:30 58.7 58.7 55.3 ~ 49.6 0:19:30 59.0 56.6 51.4 46.7 0:20:30 50.9 55.3 $8.6 59.2 0:21:30 44.8 49.5 54.7 58.1 0:22:30 43.0 46.7 52.3 56.4 ;
0:23:30 44.1 48.5 53.8 57.5 0:24:30 59.1 57.9 53.6 48.1 0:25:3C 46.1 42.9 43.3 47.0 0:26:30 44.8 49.8 54.7 58.3 0:27:30 42.9 46.3 52.0 56.3 0:28:30 50.6 46.5 43.0 42.7 { 0:29:30 43.7 47.7 53.0 56.9 0:30.30 53.1 48.2 44.5 42.3 0:31:30 47.9 53.4 57.2 59.5 0:32:30 57.7 53.2 da 2 44.5 0:33:30 56.5 59.1 58.4 54.5 0:34:30 55.2 49.6 45.7 42.5 0:35:30 43.4 47.1 52.4 56.6 0:36:30 48.6 44.9 42.7 44.6 0:37:30 45.4 50.5 55.2 58.8 0:38:30 43.3 46.3 51.5 55.9 0:39:30 55.3 49.8 45.7 42.8 0.40:30 58.0 53.2 46.0 44.4 0:41:30 59.9 57.2 51.8 47.5 59.9 56.7 51.1 47.1 0:42:30 0:43:30 58.2 60.2 58.5 54.1 0:44:30 58.8 60.3 58.6 54.3 0:45:30 60,1 56.2 50.3 46.6 0.46:30 57.7 51.9 47.6 44.2 issued: December 29,1994 Revised: January 30,1995
CONDUlT C Page E-150 FPC File NE0016 TEST DATE: DECEMBER 6,1994 Temperatures on No. 8 AWG Copper Conductor. 'F (',~} v , TIME TC.NO.13s TC. NO.140 TC. NO.141 TC. NO.142 HR: MIN:SEC 0.47:30 45.1 45.6 49.1 54 8 0:48:30 61.2 60.8 57.2 51.9 0 49:30 46 2 49.2 54.2 58.5 0.50:30 61.4 57.0 51.2 47.6 0 51:30 46.9 50.0 54.9 59.1 0.52:30 59.2 61.9 61.7 58.9 0:53:30 58.9 52.9 48.2 45.7 0.54:30 63.9 61.1 55.7 51.1 0:55:30 60.5 54.4 49.5 46.7 0:56:30 63.4 64.1 61.1 56.6 0:57:30 63.3 64.7 62.8 59.1 0:58:30 65.5 65.1 61.0 55.8 0:59:30 66.5 65.5 60.9 55.8 l 1:00:30 64.4 66.1 65.1 62.1 1:01:30 59.5 63.0 65.0 66.7 1:02:30 63.3 65.8 66.8 66.3 i 1:03:30 63.2 65.9 67.3 67.3 1:04:30 65.4 58.8 53.5 :,: 3 l 1:05:30 67.8 60.7 55.2 52.8 1:06:30 60.3 64.1 66.6 70.3 69.2 62.4 56.7 54.4 1:07:30 60.1 57.1 57.5 63.1 1:08:30 ' 1:09:30 68.9 62.5 57.0 56.4 1:10:30 62.2 59.2 59.7 65.7 62.6 61.1 62.4 68.7 1:11:30 71.2 64.7 58.9 59.8 1:12:30 ' 74.0 66.8 60.8 60.4 1:13:30 81.8 79.8 74.1 69.7 1:14:30 83.6 81.1 74.9 70.1 1:15:30 85.1 78.5 69.8 v 66.8 1:16:30 81.2 73.2 66.3 65.0 1:17:30 88.5 83.3 75.3 71.2 1:18:30 87.6 79.4 71.6 68.4 1:19:30 81.4 83.2 83.4 85.7 1:20:30 92.5 89.4 82.7 77.7 ' 1:21:30 90.9 82.3 74.9 71.8 1:22:30 91.2 82.0 75.1 72.6 ; 1:23:30 97.4 92.8 85.0 80.0 1:24:30 ' 89.1 90.7 90.5 91.9 1:25:30 66.5 87.6 88.4 91.8 ! 1:26:30 96.8 96.6 94.5 92.3 ; 1:27:30 87.5 85.9 86.5 91.3 1:28:30
- 85.4 82.0 85.6 1:29:30 92.0 '
99.6 90.5 85.8 1:30:30 106.2 90.8 91.6 95.6 1:31:30 92.1 92.4 85.2 85.3 1:32:30 100.1 98.9 iti.5 l O4 1:33:30 98.1 99.0 Issued December 29,1994 Revised: January 30,1995 ,
f
'FPC File NE0016 CONDUlT C Page E-151 :
TEST DATE: DECEMBER 6,1994 i fN Temperatures on No. 8 AWG Copper Conductor. 'F i TIME TC. NO,139 TC. NO.140 TC NO.141 TC.NO,142 HR; MIN:SEC 1:34.30- 96.8 95.1 95.5 99.3 1 1:35:30 102.1 103 0 102.3 104.5 1:36:30 112.9 102.9 94.1 89.8 1:37:30 113.4 103.1 94.5 90.6 / 1:38:30 117.3 113.9 107.4 101.9 [ 1:39:30 118.2 115.3 109.7 104 8 1:40.30 107.6 102.2 100.4 104.4 1:41:30 124.8 116.7 106.8 100.7 1:42:30 111.2 106.4 104.8 108.0 1:43:30 126.6 121.8 114.6 108.9 1:44:30 127.8 115.1 104.6 99.3 1:45:30 132.8 123.3 112.2 105.2 ; 1:46:30 119.9 111.3 107.0 109.8 1:47:30 121.4 114.1 110.4 113.4 ; 1:48:30 129.4 125.5 121.1 120.2 ; 1:49:30 134.7 129.4 123.9 120.3 1:50:30 142.6 131.6 119.0 111.2 3 1:51:30 129.9 124.3 120.9 121.8 1:52:30 136.8 131.8 126.5 125.0 1:53:30 132.4 125.4 121.7 122.6 1:54:30 135.2 129.2 125.3 125.4 1:55:30 144.8 138.6 132.0 127.7 Os 1:56:30 151.7 142.0 129.9 121.0 i 1:57:30 141.1 128.2 119.1 118.5 1:58:30 149.5 143.4 135.9 130.6 1:59:30 151.8 145.5 137.0 130.5 2:00:30 143.0 137.7 133.6 133.3 2:01:30 149.9 136.4 124.0 119.5 2.02:30 157.2 - 143.7 129.7 122.0 2.03:30 147.0 142.8 138.3 137.5 2.04:30 154.7 149.7 143.0 137.6 2.05:30 150.5 147.0 142.1 140.3 3 2.06:30 157.6 152.7 145.0 138.7 ; 2:07:30 150.3 147.6 143.1 142.1 2:08:30 159.6 155.0 147.0 140.7 ! 2.09.30 160.4 156.0 148.0 141.5 2:10:30 150.0 142.9 137.4 138.8 2.11.30 162.9 158.7 149.6 142.3 I 2.12:30 164.0 152.5 139.5 132.0 2:13:30 162.9 159.8 152.4 146.3 - 2:14:30 165.5 154.5 141.5 134.2 2:15:30 154.9 153.0 149.2 1490 2:16:30 158.3 157.9 152.9 151.8 2:17:30 155.1 151.6 146.6 147.8 2:18:30 170.7 166.1 154.5 145.7 , 171.8 163.6 149.5 141.9 r O 2:19.30 156.0 2:20.30 161.2 161.7 156.9 issued: December 29.1994 l Revised: January 30,1995 l l
l FPC File NE0016 Page E-152 TEST DATE DEC MBER 6,1994 Tamperatures on No. 8 AWG Copper Conductor. 'F [l q, TIME TC.NO.139 TC. NO.140 TC. NO.141 TC.NO.142 HR: MIN:SEC , I 2:21:30 163.0 163.6 158.6 157.3 2:22:30 166.0 166.3 160.7 158.4 2.23:30 160.7 156.6 150.9 152.6 ; 2:24:30 164.1 157.3 148.9 148.6 ! I r 2:25:30 173.4 164.1 151.7 145.5 2:26:30 177.5 174.5 163.3 154.7 i 2:27:30 177.7 169.4 156.2 149.2 ; 2:28:30 165.1 182.4 157.8 159.4 2:29:30 178.0 177.0 169.3 163.3 I 2:30:30 169.2 163.4 156.7 157.4 2:31:30 177.8 169.3 157.1 152.2 i 2:32:30 171.2 165.8 159.6 160.8 2:33:30 172.3 167.0 160.7 161.8 ! t 2:34:30 172.7 171.4 168.1 169.0 2:35:30 174.6 173.9 170.6 171.2 l 2:36:30 177.1 170.1 162.9 163.4 2:37:30 185.7 176.2 164.5 159.3 2:38:30 178.9 170.6 175.1 175.5 2:39:30 179.3 178.4 175.4 176.0 [ 2:40:30 194.3 186.5 173.6 166.5 2:41:30 186.8 178.1 167.5 165.2 194.6 191.9 183.2 176.7 ( 2:42:30 ; 2:43:30 184.7 184.3 181.2 181.7 ! 2:44:30 199.1 192.0 179.6 172.5 2:45:30 188.0 188.5 184.9 185.0 2:46:30 194.6 194.3 189.4 186.6 2:47:30 188.1 187.6 185.1 186.2 2:48:30 190.9 191.7 188.9 189.1 l 2:49:30 197.4 198.0 193.7 191.2 2:50:30 191.0 190.2 188.3 189 4 2:51:30 196.2 199.4 196.2 194.4 2:52:30 193.9 190.2 187.1 188.7 2:53:30 203.0 204.1 200.7 196.7 : 2:54:30 197.1 192.8 189.2 189.7 2:55:30 206.9 199.3 190.2 184.1 2:56:30 200.4 195.7 191.6 190.9 , 2:57:30 204.4 198.7 191.9 189.0 2:58:30 213.6 206.8 197.5 189.1 2:59:30 210.4 212.4 210.1 204.9 3:00:30 209.1 212.0 210.4 206 4 , 3:01:30 204.3 205.1 204.7 203.8 3:02:30 220.3 218.2 209.7 199 2 3:03:30 217.6 218.5 214.4 207.1 3:04:30 211.2 205.8 199.7 197.8 3:05:30 217.3 210.0 201.3 195.5 3:06:30 223.5 221.8 214.3 205.5 O 3:07:30 217.9 210.5 201.9 197.7 P issued: December 29,1994 Revised: January 30,1995 a
[ FPC File HE0016 CONDUIT C' Page E-153
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TEST DATE: DECEMBER 6,1994 _ Temperatures on No. 8 AWG Copper Conductor, 'F TIME TC.NO.139 TC.NO.140 TC. NO.141 TC.NO.142 ,
.HR: MIN:SEC
- 3.08:30 215.2 208.6 202.2 201.1 3:09:30 226.4 218.9 208.3 200.8 i
i [ 1 O ; j
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i l f l t O i Issued: December 29,1994 . Revised: January 30,1995 I
CONDUlT C Page E-154
.FPC pi le HE0016 TEST DATE: DECEMBER 6,1994
- Average Temperature on No. 8 AWG Copper Conductor 'F
' %} ~ HR: MIN:SEC 0:00:30 53.3 0:01:30 - 52.8 0.02:30 52.9 0:03:30 53.4 0:04:30 . 50.7 0.05:30 48.5 0:06:30 51.3 0:07:30 53.2 0:08:30 48.6
' 0:09:30 49.4 0:10:30 49.2 0:11:30 51.4 0:12:30 2.0 0:13:30 53.1 0:14:30 52.9 0:15:30 49.8 0:16:30 53.2 0:17:30 52.9 0:18:30 53.0 0:19:30 52.5 0:20:30 52.3
-0:21:30 50.2 0s 0:22:30 0:23:30 49.3 49.9 0:24:30 52.8 0:25:30 48.5 0:26:30 50.3 0:27:30 49.3 0:28:30 49.4 ;
0:29:30 49.7 ; 0:30:30 50.1 0:31:30 51.5 .l 0:32:30 51.7 - 0:33:30 53.5 0:34:30 50.4 0:35:30 49.8 0:36:30 49.1 0:37:30 50.8 : 0:38:30 49.8 0:39:30 51.0 0.40:30 52.2 0:41:30 53.6 0:42:30 53.7 0:43:30 54.6 0:44:30 55.0 0:45:30 54.1 0:46:30 53.0 Issued: December 29,1994 l Revised: January 30,1995 l I l i
CONDUlT C Page E-155
.FPC Fi le NE0016 TEST DATE: DECEMBER 6,1994 Average Temperature on No. 8 AWG Copper Conductor, T +
w) 4 ( TIME HR: MIN:SEC . 0:47:30 51.3 , 0:48:30- 56 0 0:49:30 .?2.8 0:50.30 55.7 0 51:30 53.6 0:52.30 57.6 , 0:53:30 55.4 0:54:30 58.2 0:55:30 56.7 0.56:30 59.7 0:57:30 60.2 0:58:30 60.8 0:59:30 61.3 1:00:30 62.2 1:01:30 61.9 1:02:30 63.3 63.6 j 1:03:30 1:04:h 62.2 1:05:30 63.6 1:06:30 64.8 ; 65.4 p 1:07:30 1:08:30 64.6 i (^ 67.1- . 1:09:30 1:10:30 67.2 1:11:30 68.8 r 1:12:30 70.7 ; 1:13:30 72.8 , 1:14:30 78.2 1:15:30 79.6 1:16:30 80.4 1:17:30 80.0 i
- 1:18:30 84.7 85.3 !
1:19:30 1:20:30 87.9 1:21:30 91.8 1:22:30 91.2 ; 1:23:30 93.2 j 1:24:30 98.4 ' i 1:25:30 100.0 1:26:30 101.1 1 27:30 106.3 1:28:30 105.0 107,1
- 1
- 29:30 1:30:30 113.3 1:31:30 112.7 1:32:30 115.3
- 1:33:30 118.9 issued: December 29,1994 Revised: January 30,1995
..FPC File NE0016 CONDUIT C Pa9e E-156 TEST DATE: DECEMBER 6,1994 Average Temperature on No. 8 AWG Copper Conductor. 'F- ,
(.- . l TIME l HR: MIN:SEC . 1:34:30 119.7 1:35:30 124.2 .l 1:36:30 125.8' 1:37:30 127.3 1:38:30 132.5 , 1:39:30 134.5 , 1:40:30 132.2 1:41:30 137.8 1:42:30 136.4 1:43:30 142.6 1:44:30 141.2 1:45:30 145.2 1:46:30 142.7 1:47:30 144.6 1:46:30 149.3 ! 1:49:30 151.6 1:50:30 152.9 , 1:51:30 151.6 1:52:30 1 54.5 ! 1:53:30 153.0
- 1:54:30 154.6 1:55:30 156.3 (v 1:56:30 159.6 1:57:30 155.5 1:58:30 160.8 1:59:30 161.9 2:00:30 159.5 2:01:30 159.0 2:02:30 161.9 2:03:30 161.5 2:04:30 163.9-2:05:30 163.0 2:06:30 164.9 2:07:30 163.1 i 2:08:30 165.7 2.09:30 165.9 2:10:30 161.9
2:11:30 166.6 2:12:30 165.0 2:13:30 167.0 t 2:14:30 165.9 2:15:30 165.3 < 2:16:30 166.9 : 2:17:30 165.5 .t 2:18:30 170.3 2:19:30 170.1 O 2:20:30 169.5 issued: December 29,1994 ; Revised: January 30,1995 i
i
'FPC: File NE0016 CONDUlT CJ Page E-157 TEST DATE:. DECEMBER 6,1994 f-.
-( . Average Ternperature on No. 8 AWG Copper Conductor,'F TIME HR: MIN:5EC 2:21:30 170.7 2:22.30 172.1 , 2:23:30 '169.9 ; 2:24:30 170.7 2:25:30 173.5 2:26:30 176.8 , 2:27:30 ' 176.4 2:28:30 174.8 2:29:30 179.9 , 2:30:30 176.7 2:31:30 179.0 2:32:30 178.7 2:33:30 179.9 2:34:30 181.6 - 2:35:30 183.1 2:36:30 182.7 2:37:30 185.4 2:38:30 186.4 2:39:30 187.0 ! 2:40:30 190.3 2:41:30 188.1 O 2:42:30 2:43:30 193.2 190.9 2:44:30 194.2 2:45:30 193.1 ; 2:46:30 196.2 2:47:30 194.2 2:48:30 196.1 2.49:30 199.3 ; 2:50:30 197.1 200.8 ) 2:51:30 2:52:30 198.6 ! 2:53:30 203.6 . 2:54:30 200 5 l 2:55:30 202.4 ) 2:56:30 202.2 2:57:30 203.4 1 2:58:30 206.1 ; 2:59:30 209.6 l 3:00:30 210.0 l 3:01:30 207.9 3:02:30 212.3 3:03:30 213.8 3:04:30 209.4 3:05:30 210.8 3:06:30 215.9
\ 3:07:30 212.1 Issued: December 29,1994 Revised: January 30,1995
_ - , __ s,
i
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.: CONDUlT C Page E-158' 1FPC' File NE0016- TEST DATE: ' OECEMBER 6,1994
. Average Temperature on No. 8 AWG Copper Conductor, *F .
TIME HR: MIN:SEC 3.08:30 212.5 3:09:30 215.4 i 1 I I I i 4
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I i
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i i J l e i i
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i I i Issued: December 29,1994 + Revised: January 30,1995 f
CONDUIT C
, FPC . File 1NE0016' Page E-159
. TEST DATE: . DECEMBER 6,1994 ' :
J
- Temperatures on Exterior Conduit Surface. *F TIME . TC. NO.161 TC. NO.162.- TC. NO.163 TC. NO.164 TC.NO.166
- HR: MIN:SEC .
0:00:30 48.1 '44.2 42.3' 44.1.. 49.0 0.01.30 43.8 42.1 44.6 49.8 54.6 i 0:02:30 52.8 47.7 44.3 '42.3 44.4- , 0.03:30 47.8 44.0 42.3 44.2 48.9
- 0.04:30 59.0 56.1 50.5 46.5 43.1 j 0,05:30 49.7 54.7 58.1 59.5 57.0 i 0:06:36 42.2 44.3 49.2 54.3 57.9 .f 0:07:30 -45.1 42.2 43.1 47.0 52.7 !
0.08:30 56.3 59.4 58.7 55.0 49.4 l 0:09:30 58.9 59.2 54.8 50.7. 46.8' l 0:10:30 46.1 51.8 56.0 59.3 59.0 . 0:11:30 42.3 44.7 50.0 54.9 58.4 0:12:30 59.3 57.8 53.1 48.0 44.4 0:13:30 48.5 44.8 - 42.3 43.6 47.8 I 0:14:30 44.2 42.0 44.1 48.8 53.9 0:15:30 44.3 49.0 54.1 58.0 59.4 ; l 0:16:30 45.9 42.4 42.8 46.5 52.2 0:17:30 44.8 42.0 43.7 48.0 - 53.5 0:18:30 45.6 42.2 43.1 46.7' 52.4 l 0:19:30 43.0 42.1 45.5 50.8 55.2 ; 42.9 42.8 e' 0:20:30 56.0 59.3 50.7 57.1 46.4 52.0 47.4 43.9 0:21:30 0:22:30 59.2 58.9 55.2 49.8 45.9 48.0 44.4 ) 0:23:30 59.3 57.8 53.2' 0:24:30 44.3 42.0 49.6 48.4 54.0 0:25:30 52.7 56.9 53.1 58.4 54 3 l 0:26:30 59.3 56.9 51.2 47.1 43.7 ( 0:27:30 59.1 59.0 51.9 49.9 46.0 51.9 52.1 59.4 59.0 0:28:30 46.3 0:20:30 59.3 58.7 51.8 49.4 '45.6 [ 0:30:30 44.3 48.8 51.6 58.0 59.5 ; l 0:31:30 58.2 54.1 50.7 45.1 42.8 0:32:30 42.3 44.0 50.6 53.9 57.6 . 0:33:30 48.8 45.0 49.6 43.6 47.9 59.5 ' i 0:34:30 43.1 46.8 51.4 56.8 0:35:30 59.3 59.3 52.2 50.3 46.5-0:36:30 49.4 54.6 52.7 -60.1 58.2 - 0:37:30 59.4 57.0 51.6 47.4 44.0 0:38:30 58.9 59.8 52.7 51.6 47.5 0:39:30 43.9 48.3 52.1 58.1 60.3 0:40:30 42.7 44.9 51.5 55.4 59.1 0:41:30 43.8 42.9 50.9 51.7 .56.3 , 0:42:30 43.4 43.4 51.2 52.8 57.2 0:43:30 48.5 45.1 50.8 45.6 50.9 0:44:30 48.7 45.4 51.0 45.8 50.8 , O i issued: December 29,1994 Revised: January 30,1995 i :
FPC File NE0016 CONDUlT C Page E-160 TEST DATE: DECEMBER 6,1994
',b. Temperatures on Exterior Conduit Surface, *F o I_) TIME TC. NO.161 TC. NO.162 TC. NO.163 TC. NO.164 TC.No,165-HR: MIN:SEC '
0:45.30 43.3 44.5 52.1 54.9 '59.2 0:46:30 43.8 47.7 53.2 58.5 61.8 0:47.30 58.0 61.2 54.8 57.1 52.3 + 0:48:30 47.4 44.7 51.9 48.7 55.1 0:49:30 60.6 61.1 55.0 53.2 50 0 :' 0.50:30 44.1 45.7 53.6 56.5 61.0 O.51:30 61.0 61.8 55.8 53.9- 50.8 0.52:30 52.3 49.2 53.6 47.2 51.5 0.53:30 46.0 51.3 56.0 62.1 64.9 [ 0:54:30 46.4 46.0 54.9 55.3 60.9 0 55:30 46.2 51.4 56.9 62.5 66.0 0:56:30 50.3 48.2 55.4 51.4 57.7 0:57:30 52.0 49.7 55.9 50.8 56.5 0:58:30 49.8 48.2 56.6 53.9 60.9 0:59:30 49.7 48.4 56.9 54.9 61.9 1:00:30 54.0 52.0 57.6 51.9 57.5 1:01:30 61.3 58.2 59.5 52.8 53.9 1:02:30 59.2 56.4 59.8 52.7 56.1 l 1:03:30 60.0 57.2 60.6 53.6 56.9 1:04:30 50.4 57.5 63.0 69.6 73.4 1:05:30 50.0 56.7 63.6 69.8 74.9 fx 1:06:30 1:07:30 65.9 51.3 65.5 58.6 64.1 65.5 60.0 72.6 60.7 30.1 1:08:30 63.4 70.5 68.8 74.7 76.9 1:09:30 54.4 63.1 68.7 78.9 89.5 1:10:30 65.1 72.5 72.9 79.8 86.4 1:11:30 67.4 74.4 73.5 81.4 89.5 1:12:30 58.2 68.4 74.5 89.1 103.3 1:13:30 57.9 68.3 75.6 91.7 108.0
+
1:14:30 59.9 62.0 73.4 82.0 104.1 1:15:30 60.6 63.0 74.9 86.2 109.6 1:16:30 58.3 65.3 79.1 95.6 118.6 1:17:30 61.8 73.2 83.2 104.4 126.9 1:18:30 62.4 67.5 82.5 100.4 128.8 1:19:30 62.4 72.6 87.1 111.1 141.3 1:20:30 78.6 81.7 89.2 105.6 133.2 1:21:30 68.8 73.5 89.4 112.5 148.4 1:22:30 67.3 79.0 95.9 127.4 162.5 1:23:30 70.2 83.3 99.4 133.9 167.4 1:24:30 72.6 79.5 100.1 130.2 171.6 1:25:30 86.5 91.3 104.8 132.5 167.5 l 1:26:30 90.9 98.7 109.8 142.6 173.7 1:27:30 86.2 91.8 111.6 143.7 177.6 ; 1:28:30 94.3 106.2 120.2 158.2 182.5 l 1:29:30 92.1 106.7 126.5 169.2 190.9 l l O l Issued: December 29,1994 Revised: January 30,1995 i
)
FPC File NE0016 CONDUlT C' Page E-161 TEST DATE: DECEMBER 6,1994 Temperatures on Exterior Conduit surface,'F TIME TC. NO.161 TC. No.162 TC. NO.143 TC. NO.164 TC.NO.165 HR: MIN:5EC 85.1 95.2 124,9 166.4 193.6 1:30:30 1:31:30 103.0 114.7 131.9 169.1 166.1 1:32:30 95 9 111.8 136.9 180.0 198.1 1:33:30 110.0 117.8 137.2 169.3 184.8 1:34:30 112.5- 123.6 .141.4 175.2 ~189.1 1:35:30 115.7 122.5 142.2 171.6 185.6 1:36:30 103.2 116.0 145.3 183.1 201.8 1:37:30 107.0 120.3 148.6 186.0' 202.8 1:38:30 114.2 119.3 147.5 175.5 194.0 1:39.30 118.6 123.0 149.3 175.4 192.5 1:40:30 129.2 139.0 157.0 187.0 195.0 1:41:30 119.9 124.9 152.2 183.1 199.6 1:42:30 135.6 143.7 157.3 187.2 194.4 1:43:30 129.0 131.8 153.9 179.7 195.0 1:44:30 125.8 135.3 163.7 191.9 205.7 1:45:30 129.3 133.5 161.0 185.6 201.0 1:46:30 142.2 151.3 166.8 193.4 198.2 1:47:30 145.9 153.9 167.0 191.7 196.4 1:48:30 148.0 149.1 161.0 182.5 190.3 1:49:30 146.7 147.4 160.5 181.3 191.5
- 1:50:30 138.6 142.4 165.7 187.5 201.5 1:51:30 154.8 158.9 168.0 187.5 192.7
(' 1:52:30 154.3 155.0 164.4 182.6 189.7-1:53:30 156.7 162.4 170.2 188.3 192.2 1:54:30 158.3 162.7 169.3 186.8 191.7 1:55:30 154.8 154.7 164.1 180.2 189.7 1:56:30 147.6 149.5 165.8 183.7 197.2 1:57:30 154.1 163.3 177.7 196.2 201.4 1:58:30 156.3 156'5 164.9 179.5 189.8 1:59:30 154.9 155.6 164.9 179.2 190.9 2.00:30 163.9 167.0 170.6 183.7 189.1 2:01:30 151.4 161.3 177.7 192.7 202.5 2:02:30 148.6 155.6 173.1 187.8 200.7 2:03:30 165.1 167.7 169.8 180.5 186.8 2:04:30 160.2 160.7 165.9 175.9 186.6 166.5 168.6 177.5 184,1 2:05:30 165.0 2:06:30 159.4 160.5 166.2 174.7 185.1 2:07:30 166.5 169.0 170.2 177.3 181.1 2.08:30 159.7 161.3 167.2 173.1 181.5 2:09:30 159.4 161.3 167.9 172.8 180 6 2:10:30 165.0 174.1 179.6 184.3 183.2 2:11:30 158.4 161.1 170.1 173.2 180.2 2:12:30 152.5 162.0 177.6 184.8 190.1 2:13:30 161.5 164.0 172.0 172.8 176.9 2:14:30 153.1 163.0 180.5 186.0 189.2 1ssued: December 29,1994 Revised: January 30,1995
^
lFPC File NE0016 CONDUlT C Page E-162 TEST DATE: DECEMBER 6,1994 - [] ' M Temperatures on Exterior Conduit Surface, 'F TIME TC. NO.161 TC.NO.162 TC. NO.163 TC. NO.164 TC.NO.165-HR: MIN:SEC 2:15:30 169.5 175.4 184.3 180.3 175.3 2:16:30 169 0 173.2 182.1 178.8 173.2 2:17:30 168.9 178.5- 190.9 187.4 178.3 2:18:30 158.5 163.3 178.1 181.5 181.8 i 2:19:30 155.6 164.3 182.8 188.5 186.9 2.20:30 171.5 176.6 186.3 182.6 174 2 : 2:21:30 171.9 176.7 186.6 182.8 174.4 l 2:22:30 171.4 175.7 185.9 182.1 174.8 2.23:30 171.9 184.5 197.9 193.8 181.9 2:24:30 169.0 183.9 199.7 197.5 187.1 2:25:30 161.6 177.2 195.0 196.7 191.7 2:26:30 164.9 174.3 185.4 186.1 184.4 2.27:30 162.1 177.6 193.2 195.3 191.4 , 2:28:30 177.1 193.5 201.8 195.1 182.9 j 2:29:30 172.3 182.8 188.7 185.2 180.9 2:30 30 176.4 195.1 205.0 200.3 188.3 2:31:30 168.7 188.8 201.1 201.7 195.1 2:32:30 179.3 198.3 205.9 200.8 188.6 2:33:30 179.8 198.9 206.3 201.8 189.7 2:34:30 185.0 200.1 203.3 195.6 184.3 2:35:30 186.1 200.1 202.5 194.9 184.2 O 2:36:30 2:37:30 181.1 173.4 200.2 192.7 207.9 203.1 201.4 204.2 204.4 195.1 193.1 198.8 184.8 2:38:30 188.4 201.2 2:39:30 189.3 202.6 203.0 196.6 186.5 ! 2:40:30 174.3 187.5 195.9 199.5 197.3 I 2:41:30 178.7 196.6 206.1 207.4 200.5 2:42:30 180.8 189.3 192.6 192.9 191.1 2:43:30 191.1 201.5 202.8 197.6 188.6 ! 2:44:30 176.7 188.0 196.0 199.9 198.9 l 2:45:30 192.2 202.3 202.4 197.6 189.0 ! 2:46:30 189.6 197.3 197.7 194.2 189.1 2:47:30 194.4 205.9 206.1 200.8 191.8 2:48:30 195.3 204.5 203.8 199.2 190.9 l 2:49:30 193.4 199.5 199.4 196.4 190.9 2:50.30 197.0 208.3 209.6 204.9 195.7 2:51:30 196.6 202.3 201.8 198.6 192.2 t 2.52:30 197.1 209.0 212.6 210.0 200.1 2:53:30 196.9 200.1 200.1 198.1 194.6 2:54:30 197.9 209.0 213.8 212.3 203.2 2:55:30 189.5 201.0 209.5 213.9 210.9 2:56:30 199.2 209.2 214.2 214.4 206.6 , 2.57:30 196.1 206.3 213.2 216.3 210.2 2:58:30 190.6 198.1 206.5 213.0 212.4 , 2:59:30 203.7 203.0 202.6 201.7 198.6 O , issued: December 29,1994 Revised: January 30,1995
7.. FPC File NE0016 CONDUlT C 63 TEST DATE: DECEMBER 6,1994 f Temperatures on Exterior Conduit Surface, T TIME TC. NO.141 TC. NO.162 TC. NO.163 TC. NO.164 TC.NO.165 l HR: MIN:SEC ' 3:00:30 205.9 205.3 204.4 203.0 199.0 3:01:30 208.4 212.9 213.5 210.7 203.8 3:02:30 196.9 197.4 201.9 207.4 209.8 3:03:30 203.7 202.0 202.9 203.8 204.1 3.04:30 204.0 210.6 218.0 220.4 214.8 3.05:30 199.1 205.5 214.9 220.5 2188 199.4 203.8 208.8 211.2 ; 3:06:30 201.5 3:07:30 201.4 207.5 217.1 222.7 220.2 3:08:30 205.9 211.6 220.2 223.9 218.5 1 3:09:30 198.7 201.2 211.0 219.3 220.5 .
-l l
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l i [ t P l i r O lssued: December 29,1994 Revised: January 30,1995 l
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I CONDUlT C Page E-164 FPC File NE0016 TEST DATE: DECEMBER 6,1994 O V Temperatures on Exterior Conduit Surface, 'F TIME - TC.No.166 TC. NO.167 TC. NO.168 TC.NO.143 TC. NO.144 HR: MIN:SEC
'0:00:30 51.5 43.7 48.4' 44.7 49.8 0:01:30 52.1 42.5 49.7 51.7 55.9 0.02:30 50.8 47.2 47.7 42.2 44.5 0:03:30 51.5 44.0 47.8 44.3 49.1 0:04:30 50.1 53.9 49.9 44.6 41.8 0.05.30 51.4 55.0 52.9 58.6 55.8 0:06.30 52.2 45.5 50.9 55.5 58.8 0:07:30 51.8 42.1 49.0 49.1 54.1 0:08.30 50.6 58.9 52.0 50.8 46.2 0.09:30 50.3 58.0 51.5 48.2 44.4 0:10:30 51.9 54.3 52.8 58.8 56.5 0:11:30 $2.3 45.1 50.8 55.2 58.6 0:12:30 50.1 56.4 50.6 46.4 42.6 0:13:30 51.4 44.0 47.8 44.4 49.3 0:14:30 51.9 42.2 48.9 50.6 55.2 0:15:30 52.1 50.8 52.0 58.4 58.7 0:16:30 51.7 42.1 48.4 48.2 53.4 0:17:30 51.9 42.0 48.5 49.1 54.1 0:18:30 51.8 42.0 48.4 49.0 54.1 0:19:30 52.1 43.2 49.6 53.0 56.9 0:20:30 50.5 48.0 48.2 42.0 43.9 n
Q 0:21:30 0:22:30 50.1 50.2 55.3 56.6 50.2 50.6 45.5 46.7 42.0 43.0 0:23:30 50.1 55.7 50.4 45.8 42.2 - 0:24:30 52.0 42.7 49.7 52.2 56.3 0:25:30 51.1 58.6 53.0 54.9 49.4 0 26:30 50.3 55.9 50.6 46.0 42.3 0:27:30 50.3 56.5 50.8 46.5 42.6 0:28:30 52.1 55.3 53.2 58.9 55.9 0:29:30 50.5 57.5 51.4 47.4 43.5 0:30:30 52.5 51.9 52.6 59.0 58.8 0:31:30 50.7 51.6 50.3 43.4 42.3 0:32:30 52.9 46.0 51.7 55.8 58.7 0:33:30 52.2 45.6 49.4 44.7 48.5 0:34:30 53.2 49.5 52.6 58.2 59.6 0:35:30 51.3 57.7 52.0 47.6 43.2 0:36.30 53.0 57.1 54.7 60.2 56.0 0.37:30 51.8 57.2 52.4 47.3 42.9 0:38:30 52.2 59.7 53.5 49.6 44.6 0:39:30 54.4 52.4 54.6 60.6 60.5 0:40.30 54.9 47.5 53.9 57.3 59.4 0.41:30 55.0 46.3 53.7 55.1 57.7 0:42:30 55.5 47.7 54.6 57.3 59.1 0.43:30 55.3 48.3 53.6 49.9 53.1 0.44:30 55.8 49.2 54.2 50.5 53.2 O issued: December 29.1994 Revised: January 30.1995
FPC File Ngon3g. CONDUlT C Page E.165 TEST DATE: DECEMBER 6,1994
-(A Temperatures on Exterior Conduit Surface, 'F TIME TC. No.166 TC.NO.167 TC.NO.164 TC. NO.143 TC. NO.144 HR: MIN:SEC 0:45 30 57.1 50.0 56.6 59.6 60.8 0.46:30 57.6 53.9 58.2 63.3 63.2 0:47:30 56.5 66.3 60.7 62.4 54.0 0 48.30 58.3 50.7 57.3 56.1 58.4 0.49:30 57.4 67.4 61.1 57.8 50.7 0:50:30 60.1 64.9 61.1 64.8 64.7 0.51:30 58.8 69.1 63.0 59.5 52.1 0:52:30 60.5 56.0 60.2 56.3 56 8 0:53:30 62.2 63.5 65.4 70.9 67.4 0:54:30 62.9 56.3 63.8 65.2 65.2 0:55:30 63.9 65.9 67.6 73.0 68.9 0:56:30 64.1 58.3 64.6 62.7 63.5 0:57:30 64.8 59.4 65.3 63.2 64.1 0:58:30 66.1 60.2 67.4 68.7 68.4 67.0 61.2 68.2 68.3 68,4 0:59:30 1:00:30 67.4 63.2 68.5 65.9 66.3 1:01:30 67.5 69.6 70.8 63.6 60.0 1:02:30 68.8 69.0 71.4 65.0 62.8 1:03:30 69.8 70.1 72.7 66.3 64.2 1:04:30 72.3 75.8 78.5 83.4 78.6 1:05:30 73.5 76.7 79.6 84.5 80.0 O 1:06:30 1:07:30 72.7 76.0 76.8 78.1 78.1 81.9 70.1 86.7 65.4 83.0 72.4 1:08:30 76.2 88.1 84.1 81.4 1:09:30 79.2 80.9 84.5 89.2 85.8 80.0 90.1 88.3 88.0 78.5 1:10:30 82.0 92.3 87.9 85.3 76.5 1:11:30 85.4 88.6 90.4 94.0 88.5 1:12:30 88.0 89.6 90.9 95.4 90.5 1:13:30 90.0 81.4 86.9 84.7 86 2 1:14:30 92.5 82.6 89.1 88.1 89.5 1:15:30 95.3 85.8 92.0 94.4 94.5 1:16:30 97.6 95.7 96.5 100.9 97.0 1:17:30 100.3 88.5 94.5 96.0 96.6 1:18:30 103.5 95.3 97.9 102.0 100.7 1:19:30 104.9 105.0 98.3 92.5 85.8 1:20.30 109.7 94.6 97.3 94.4 96.5 1:21:30 113.6 101.4 102.6 106.2 105.1 1:22:30 116.9 108.1 105.5 109.5 105.7 1:23:30 100.9 103.2 101.9 103.3 1:24:30 120.2 114.1 106.1 98.3 92.8 1:25.30 122.5 119.6 108.7 102.2 95.6 1:26:30 126.1 112.2 107.6 99.7 99.4 1:27:30 130.6 1:28;30 127.2 114.3 108.8 101.2 133.4 127.1 118.7 118.2 111.4 1:29:30 137.4 U
issued: December 29,1994 Revised: January 30,1995 l ,
I l FPC File NE0016 CONDUlT C Page E-166 TEST DATE: DECEMBER 6,1994 I Temperatures on Exterior Conduit Surface,'F
; L) .-
TIME TC.NO.166 TC. NO.167 TC.No.168 TC.NO.143 TC. NO 144 HR; MIN:SEC 1:30.30 141.6 126 115.2 113.9 114 2 1:31:30 142.7 135.6 120.1 112.6 105.1 1:32.30 146.7 134.4 125.1 124.7 118.9 1:33:30 147.9 135.1 123.1 111.9 106.5 1:34:30 150.3 144.9 128.3 119.6 110.9 1:35:30 152.5 141.2 127.7 117.2 110.7 1:36:30 156.5 142.0 135.5 133.8 129.3 1:37:30 158.5 147.8 139.6 137.6 130.6 1:38:30 159.8 140.2 137.0 131.6 129.9 1:39:30 161.4 142.7 138.7 131.1 129.7 1:40:30 162.4 160.4 144.2 138.5 127.5 1:41:30 165.3 146.7 144.6 140.5 137.7 1:42:',0
, 165.4 163.9 147.5 140.6 130.4 1:43:30 167.7 153.0 145.5 137.3 134.4 1:44:30 170.0 156.8 154.2 152.4 148.3 1:45:30 171.0 153.4 151.6 147.1 145.4 1:46:30 171.0 170.7 155.8 151.8 141.1 1:47:30 171.8 171.9 156.6 152.6 142.5 1:48:30 172.6 168.4 154.2 147.9 139.7 1:49:30 173.9 164.6 153.5 146.9 142.2 n 1:50:30 175.9 158.9 158.5 155.9 155.3 1:51:30 174.8 175.1 160.9 156 0 147.6 1:52:30 175.6 172.7 159.1 153.6 146.0 1:53:30 175.9 176.5 164.1 160.9 152.0 -
1:54:30 176.2 176.8 163.1 160.2 151.8 1:55:30 177.1 169.3 158.3 153.2 148.9 1:56:30 178.6 163.4 160.3 155.7 156.5 1:57:30 178.6 176,.1 170.3 169.0 161.8 1:58:30 178.6 166.3 159.7 154.7 152.0 1:59:30 179.2 167.7 160.6 155.3 154.4 2 00:30 178.5 178.0 165.7 161.0 154.2 2:01:30 180.5 170.9 172.0 171.3 169.3 2:02:30 180.9 164.6 169.0 166.9 168.0 2:03:30 178.9 176.8 165.6 160.9 154.8 2:04:30 179.6 169.4 161.9 156.8 155.6 2.05:30 179.1 174.1 164.0 158.9 154.5 2.06.30 179.8 168.2 161.5 157.4 157 6 2.07:30 178.8 175.6 164.2 160.0 155.1 2.08.30 179.5 169.1 162.0 157.6 157.9 2:09.30 179.3 169.1 163.0 157.9 158.6 2:10:30 178.7 181.1 170.7 168.8 162.3 2:11:30 179.3 167.9 165.2 159.7 162.1 2:12:30 180.1 169.7 172.8 171.0 172.5 161.1 ! 2:13:30 179.0 170.0 165.6 159.2 2:14:30 180.2 171.4 174.1 171.8 173.2 l O issued: December 29,1994 Revised: January 30,1995
o i FPC File NE0016 CONDUIT C Page E-167 TEST DATE: DECEMBER 6.1994 ( Temperatures on Exterior Conduit Surface,'F TIME TC.No.164 TC.NO.167 TC. NO.168 TC.NO.143 TC NO.144 HR: MIN:SEC ., 2:15.30 178.2 181.3 169.9 162.6 158.0 2:16.30 178.5 180.1 170.1 161.6 157.7 ! 2:17:30 178.9 186.0 174.9 168.4 162.5 2:18:30 180.5 171.1 174.2 166.2 169.4 2:19:30 181.4 174.1 178.1 172.6 174.2 . 2:20:30 179.9 181.8 173.8 163.0 159.7 2:21:30 180.5 180.9 174.5 163.2 160.9 2:27.:30 181.2 181.2 175.3 164.2 162.0 2:23:30 182.1 191.8 182.9 iT4.5 166.7 1 2:24:30 183.2 191.2 186.8 180.6 173 2 1 2:25:30 184.9 186.0 188.8 183.7 181.4 2:26:30 185.1 178.9 184.1 176.5 179.2 2:27:30 186.3 185.4 189.3 185.6 185.7 ; 2:28:30 185.3 196.2 188.5 179.1 173.9 l' 2:29:30 186.7 184.1 185.7 176.3 179.3 2:30:30 187.2 198.8 193.9 187.1 180.9 2:31:30 189.0 193.7 196.3 193.0 190.9 2:32:30 188.7 200.5 196.3 189.7 183.4 2:33:30 189.5 201.3 197.6 191.3 184.9 2:34:30 189.6 199.8 195.8 184.8- 180.0 2:35:30 190.3 200.4 196.8 185.5 180.5 I k 2:36:30 192.0 204.6 200.6 195.2 187.5 i 2:37:30 193.8 199.4 201.2 200.4 197.3 l 2:38:30 192.8 201.6 200.6 187.8 182.9 l 2:39:30 193.7 205.1 202.6 190.6 184.4 2:40:30 196.6 195.7 204.2 199.8 199.8 2:41:30 197.1 208.7 207.4 205.6 198.5 2:42:30 197.8 197.4 206.3 195.3 196.5 2:43:30 197.5 209.0 208.3 195.4 188.8 2:44:30 200.3 200.8 209.9 205.4 204.4 2:45:30 199.3 209.5 210.7 197.1 190.5 2:46:30 200.7 205.6 211.4 197.0 193.9 2:47:30 201.4 213.7 213.2 201.0 192.4 2:48:30 202.3 212.1 214.1 200.7 193.2 2:49:30 203.7 208.6 214.8 200.8 196.7 2:50:30 204.7 220.5 217.5 209.9 198.9 2:51:30 205.8 212.3 217.1 203.4 197.0 2:52:30 207.2 222.0 219.9 216.3 204.1 2:53:30 208.2 211.0 218.8 206.0 202.0 2:54:30 209.4 ?21.8 222.0 221.4 210.5 2:55:30 211.5 n 4.2 222.3 221.8 216.3 2:56:30 211.5 222.6 223.8 224.3 213.5 2:57:30 412.8 221.2 224.6 225.9 216.9 2.58:30 214.5 213.8 224.4 222.5 218 2
, 2:59.30 213.7 220.8 224.6 213.0 204.7 J
O issued: December 29,1994 Revised: January 30,1995
d FPC File NE0016 CONDUlT C < TEST DATE: DECEMBER 6,1994 a9e -168 i Temperatures on Exterior Conduit Surface, *F
' TIME TC.NO.166 TC. NO.147 TC. NO.168 TC.NO.143 TC. NO.144 HR: MIN:SEC 3:00:30 214.4 223.0 225.7 214.7 205.6 3.01:30 215.2 230.2 227.9 223.8 211.5 '
3:02:30 217.5 217.2 226.8 217.1 213.5 3.03:30 217.5 220.0 227.7 216.4 211.7 3.04:30 218.5 225.2 230.5 232.3 225.1 3:05:30 220.0 220.7 230.7 230.0 225.6 3:06:30 220.5 222.5 230.3 218.7 214.3 .
, 3:07:30 221.5 223.4 232.7 - 232.3 227.8 3:08:30 221.7 ' 227.0 233.8 234.5 228.7 3:09:30 223.4 221.4 233.2 225.5 223.5 t
O NJ ; I i l Issued: December 29,1994 . Revised: January 30,1995 l I i
- FPC' File.NE0016 CONDUIT C Page E-169 TEST DATE: DECEMBER 6,1994
' ./ Temperatures on Exterior Conduit Surface, 'F .V L TC. NO. 200 TIME TC.NO.159 TC. NO.160 TC. NO.199*
HR: MIN:SEC 0.00.30 51.2 58.1 52.2 0.01:30 51.9 58.6- 51.5 0.02:30 50.4 54.8 52.0 0:03:30 51.'s 58.0 52.2 0:04:30 49.4 47.7 51.0 0.05:30 50.5 46.1 49.2 0.06:30 51.9 55.7 50.7 0:07:30 51.6 59.2 51.9 0.08:30 49.3 41.9 49.5 0.09:30 49.1 43.1 50.0 0:10:30 50.7 47.1 49.4 0:11:30 51.8 55.8 50.7 0:12:30 49.1 45.0 50.5 0:13:30 51.1 57.9 52.2 0:14:30 51.8 59.0 51.7 0:15:30 51.3 49.9 49.9 0:16:30 51.5 59.2 52.0 0:17:30 51.6 59.2 51.8 0:18:30 51.6 59.2 51.9 0:19:30 51.9 57.9 51.3 0:20:30 50.2 53.8 51.9 0 0:21:30 0:22:30 0:23:30 49.3 49.1 49.2 46.2 44.7 45.8 50.8 50.4 50.7 0:24:30 51.9 58.5 51.5 0:25:30 49.7 42.0 49.1 0:26:30 49.2 45.8 50.7 0:27:30 49.3 45.0 50.5 0:28:30 50.6 46.4 49.3 0:29:30 49.3 44.3 50.3 0:30:30 51.4 49.9 49.9 0:31:30 50.0 51.3 51.6 0:32:30 $2.2 56.3 51.0 0:33:30 51.4 57.7 52.5 0:34:30 52.1 53.4 50.5 0:35:30 49.7 45.6 50.9 0:36:30 51.0 46.1 49.6 0:37:30 50.2 47.4 51.4 0:38:30 50.1 45.3 51.0 0:39:30 52.7 52.6 50.9 0:40:30 53.3 58.3 52.0 0:41:30 53.5 60.4 52.8 0 42:30
. 53.8 59.7 52.7 0.43:30 53.4 60.2 53.8 0:44:30 53.7 60.5 54.0
' Thermocouple No.199 Malfunctioned.
Issued: December 29,1994 Revised: January 30,1995
- FPC' File NE0016 CONDUlT C Page E-170 TEST DATE: DECEMBER 6,1994 Temperatures on Exterior Conduit Surface,'F TIME . TC. No.159 TC. NO.160 TC, NO.199* TC. NO. 200 HR: MIN:SEC 0:45:30 54.7 60.0 53.2 0:46:30 54.9 57.0 52.7 ,
0:47:30 53.3- 45.5 51.7 0.48:30 55.6 62.7 55.0 , 0:49:30 53.7 46.9 53.2 0:50.30 56.9 60.4 54.5 0:51:30 54.8 47.7 54.0 0.52:30 57.3 62.9 56.9 , 0.53:30 58.1 56.0 55.0 0:54:30 59.4 65.2 57.3 0:55:30 59.5 56.8 56.1 0:56:30 60.6 66.9 59.3 0:57:30 61.4 67.6 60.2 0:58:30 62.7 68.4 60.5 0:59:30 63.6 69.3 61.6 . 1:00:30 64.3 69.8 63.0 1:01:30 64.3 65.6 63.8 1:02:30 65.9 68.2 65.1 1:03:30 67.1 69.4 66.2 1:04:30 69.0 64.6 64.3 1:05:30 70.5 65.8 65.4 n 70.6 69.6 69.2 - t 1:06:30 1:07:30 73.5 69.0 67.9 1:08:30 73.0 62.2 68.9 1:09:30 76.5 72.0 70.3 1:10:30 76.5 65.3 70.7 1:11:30 77.5 66.3 72.7 1:12:30 80.6 73.1 73.5 1:13:30 82.3 75.1 74.9 1:14:30 84.3 87.2 80.3 1:15:30 86.1 88.8 81 2 1 1:16:30 87.9 88.2 a.2 l 1:17:30 88.6 81.5 80.1 i 1:18:30 91.0 92.3 84.4 1:19:30 92.1 88.1 83.6 i 1:20:30 91.1 83.3 86.6 1:21:30 94.8 97.3 89.8 . 87.6 I 1:22:30 96.6 92.9 1:23:30 97.5 90.3 87.8 l 1:24:30 99.5 101.6 93.1 1:25:30 98.6 92.6 93.9 1:26:30 99.7 90.5 94.0 1:27:30 102.9 102.5 98.2 1:28:30 102.8 90.9 94.8 1:29:30 105.5 95.0 94.1 ;
- Thermocouple No.199 Malfunctioned.
Issued: December 29,1994 Revised: January 30,1995
'FPC File NE0016 CONDUlT C Page E-171 I TEST DATE: . DECEMBER 6,1994_
[ w._, . Temperatures on Exterior Conduit Surface, *F TIME TC. NO.159 TC. NO.160 TC. NO.199* TC. NO. 200 l HR: MIN:SEC 1:30:30 108.8 109.5 99.9 1:31:30 107.5 95.9 99.1 1:32.30 110.9 101.2 97.6 - 1:33:30 111.5 106.0 104.6 1:34.30 112.7 100.2 102.6 l 1:35:30 115.1 108.8 107.0 1:36:30 118.8 110.9 103.0 1:37:30 120.3 109.5 103.0 l 1:38:30 123.0 121.3 109.5 1:39:30 124.7 122.7 111.8 1:40:30 124.8 108 0 107.8 . 1:41:30 129.4 125.9 112.4 1:42:30 128.9 111.8 111.0 j 1:43:30 132.7 126.9 117.6 1:44:?C 135.6 126.0 112.1 1:45:W 137.7 132.8 117.8 1:46:30 137.5 117.9 114.4 1:47:30 133.4 119.6 116.0 i 1:48:30 141.2 126.0 121.6 1:49:30 143.5 133.1 124.9 1:50:30 146.8 141.0 123.5 126.5 121.9 [ 1:51:30 145.9 131.3 126.2 1:52:30 147.3 1:53:30 148.8 128.9 122.9 l:54:30 149.8 130.4 124.8 1:55:30 151.3 140.5 132.3 a 1:56:30 153.7 148.3 133.3 1:57:30 153.7 136.5 124.0 , 1:58:30 154.4 ~ 145.2 136.1 1:59:30 155.7 148.5 137.6 2:00:30 155.2 139.0 133.7 2.01:30 158.1 146.9 128.9 2:02:30 159.2 154.6 134.0 2:03:30 157.1 142.9 137.8 2:04:30 158.5 151.9 142.7 2:05:30 158.5 148.8 142.2 2.06:30 160.0 156.6 144.9 2.07:30 159.5 150.4 143.5 2:08:30 161.2 159.5 146.8 2:09:30 162.0 161.8 147.8 - 2:10:30 161.8 151.0 139.2 2:11:30 163.8 167.1 150.6 . 2:12:30 165.3 166.6 142.6 ; 152.5 i 2:13:30 165.0 169.5 2:14:30 166.7 169.3 144.3
" Thermocouple No.199 Malfunctioned.
Issued: December 29,1994 Revised: January 30.1995 . l
L- FPC' File NE0016 CONDUlT C Page E-172 TEST DATE: DECEMBER 6.1994
/h r -(j Temperatures on Exterior Conduit Surface,'F j TIME TC. NO.159 TC. NO.160 TC. NO.1W TC. NO. 200 ,
HR: MIN:SEC 2:15:30 164.9 161.8 146.8 2:16:30 165.8 165.1 149.0 ; 2:17:30 166.5 160.8 142.9 2:18:30 169.5 178.1 156.1 ! 2:19:30 170.6 176.9 152.1 l 2:20:30 169.3 171.6 155.6 ; 2:21:30 170.3 173.7 157.5 l 2:22:30 171.5 175.4 159.5 2:23:30 171.8 166.1 148.7 2:24:30 173.3 168.4 147.6 ; 2:25:30 175.5 175.5 '152.7 ~ ! 2:26.30 177.0 185.2 164.5 : 2:27:30 178.1 179.8 157,4 ! 2:28:30 177.2 171.6 157.5 2:29:30 180.4 186.5 170.7 - 2:30:30 180.3 172.9 156.5 - l 2:31:30 182.9 179.9 159.4 - 2:32:30 182.8 174 6 159.2 2:33:30 183.8 175.3 160.3 2:34:30 184.6 179.1 169.1 185.9 180.2 170.7-f" 2:35:30 187.4 177.8 163.9 l i 2:36:30 2:37:30 189.9 185.2 167.6 2:38:30 189.5 185.7 176.9 2:39:30 190.4 164.6 176.4 l 2:40:30 194.3 196.3 179.1 l 2:41:30 193.9 185.5 169.9 2:42:30 196.0 199.8 187.2 ) 2:43:30 195.3 190.6 182.8 I 198.8 201.0 184.2- I 2:44:30 2:45:30 197.5 194.8 187.1 2:46:30 199.3 201.3 192.4 2:47:30 199.1 194.7 186.2 2:48:30 200.6 199.1 192.4 ; 2:49:30 202.6 205.0 197.2 1 2:50:30 202.7 194.7 186.9 2:51:30 204.5 205.5 198.8 2:52:30 205.4 197.3 187.2 2:53:30 207.6 211.6 204.3 2:54:30 208.3 202.3 189.7 2:55:30 210.9 211.7 196.6 2:56:30 210.7 205.8 192.5 2:57:30 212.6 209.3 195.3 2:58:30 214.9 219.2 204.6 2:59:30 213.9 214.1 208.1 iheimocouple No.199 Malfunctioned. Issued: December 29,1994 i Revised: January 30,1995 a.
FPC File NE0016 CONDUIT C Page E-173 ; TEST DATE: DECEMBER 6,1994 ,
. Temperatures on Exterior conduit Surface, *F TIME TC. NO.189 TC. NO.160 TC. NO.199* TC. NO. 200 ,
HR: MIN:SEC : 3:00:30 214.9 214.0 208.0 - 3:01:30 216.0 207.9 199.2 3-02:30
. 218.7 223.4 214.3 -
3:03:30 219.4 222.0 214.2 3.04:30 221.1 217.0 202.8 , 222.6 223.4 208.4 ', 3.05:30 J.06:30 222.2 223.3 215.9 3:07:30 224.4 223.4 207.9 ; 3:08:30 224.9 221.0 206.4 - , 3:09:30 225.8 228.4 217.0 l A i i O I i i j l l ihermocouple No.199 Malfunctioned. Issued: December 29,1994 Revised: January 30,1995
FPC File NE0016 CONDUlT C Page E-174 TEST DATE: DECEMBER 6,1994
- ( p)
Average Tamperature on Exterior Conduit Surface. 'F l TIME ' HR: MIN:5EC 0:00.30 48.2 . 0.01:30 49.9 0.02:30 47.8 ; 0:03:30 48.1 0:04:30 49.5 0.05:30 53.7 0:06:30 51.5 0:07:30 49.2 0.08:30 52.2 ; 0:09:30 51.2 0:10:30 53.4 , 0:11:30 51.6 0:12:30 50.3 . 0:*3:30 48.1 0:14:30 49.6 0:15:30 52.9 0:16:30 48.9 0:17:30 49.2 0:18:30 49.1 0:19:30 50.2 0:20:30 48.3 0' 0:21:30 0:22:30 49.9 50.8 50.2 0:23:30 0:24:30 50.2 0:25:30 52.6 0:26:30 49.9 l 0:27:30 50.6 0:28:30 53.1 0:29:30 50.7 : 0:30:30 52.9 49.4 l 0:31:3C 0:32:30 51.8 f 0:33:30 49.0 0:34:30 52.8 i 0:35:30 51.2 0:36:30 54.0 0:37:30 50.8 0:38:30 52.0 0:39.30 53.9 0:40:30 53.1 ) 0:41:30 52.3 1 0:42:30 52.9 l 0:43:30 51.4 j 0.44:30 51.7 O issued: December 29,1994 Revised: January 30,1995 I
l
- . 1
, TPC File NE0016 CONDUIT C' Page E-175 4
TEST DATE: DECEMBER 6,1994 Average Temperstwo on Exterior Conduit Surface. 'F TIME i HR; MIN;SEC 0:45:30 $4.3 0.46 30 55 5 0:47:30 56.4 1 0 48:30 54.0 ! 0:49:30 56.0 05030 56.8' l J 0 51-30 57.1 0:52:30 55.4 .j 0:53:30 59.9 =; 0:54:30 58 4 ) 0:55:30 61.1 ! 0:56:30 58.7 l 0:57:30 . 59.3 60.9 j 0.58:30 ' ' 0.59:30 61.5 1:00:30 61.7 ; 1:01:30 62.4 1:02:30 63.1 1:03:30 64.2 1:04:30 69.3 1:05:30 70.1 ., 7 68.4 l 1:06:30 ' 1:07:30 72.6 1:08:30 73.9 : 1:09:30 76.4 j 1:10:30 78.0 1:11:30 79.0 ; 1:12:30 82.1 1:13:30 83.7 1:14 30 81.7 l 1:15:30 84.0 1:16:30 87.4 1:17:30 91.3 1:18:30 91.2 { 1:19:30 95.2 i 1:20:30 95.1 l 1:21:30 97.5 1:22:30 102.9 1:23:30 105.8 1:24:30 106.0 ; 1:25:30 107.8 1:26:30 111.7 !
?
1:27:30 112.6 1:28:30 118.1 1:29:30 122.5 O ; i issued: December 29,1994 f Revised: January 30,1995 i
FPC File NE0016 CONDUIT C . Page E-176 TEST DATE: DECEMBER 6,1994 . Average Temperature on Exterior Conduit Surface,'F
. (]
k.2. TIME HR: MIN:SEC 1:30.30 122.0 1:31:30 124.9 1:32:30 129.4 1:33:30 128.1 o 1:34:30 131.6 1:35:30 132.2 1:36:30 1.46.9 1:37:30 139.3 1:38:30 138.7 1:39:30 140.1 1:40:30- 144.7 1:41:30 144.8 1:42:30 147.5 1:43:30 146.5 1:44:30 152.1 1:45:30 151.3 1:46:30 154.8 1:47:30 155.8 1-48:30 154.0 1:49:30 154.6 1:50:30 157.8 1:51:30 159.3 O, 1:52:30 158.3 1:53:30 161.5 1:54:30 161.7 1:55:30 159.6 1:56:30 161.1 1:57:30 166.4 1:58:30 . 161.3 1:59:30 161.9 2:00:30 164.6 2:01:30 168.0 2:02:30 166.4 2.03:30 165.0 2:04:30 163.5 2.05:30 164.7 2.06:30 164.0 2:07:30 165.5 2:08:30 164.3 2.09.30 164.7 2:10:30 169.2 2:11:30 166.0 2:12:30 169.8 2:13:30 166.8 2:14 30 171.0 O Issued: December 29,1994 Revised: January 30,1995
6 1
'FPC. File NE0016 CONDUlT C - Page E-177 i' TEST DATE: DECEMBER 6,1994 /~'s Average Temperature on Exterior Conduit Surface, Y
- h. TIME
' HR: MIN:SEC -
169.9 , 2:15:30 2:16:30 169.6 5 2:17:30 172.7 2:18:30 171.4 2:19:30 173.7 2:20.30 172.8 2.21:30 173.4 2:22:30 173.9
'2:23:30 178.0 !
2:24:30 180.1-2:25:30 180.8 , 2:26:30 178.9 2:27:30 182.1 ; 2:28:30 183.0 l 2:29:30 181.5' ! 2:30:30 186.4 2:31:30 187,7 [ 2:32:30 188.3 r 2:33:30 189.3 2:34:30 188.5 t I 2:35:30 189.1 l 192.0 O 2:36:30 2:37:30 2:38:30 192.9 191.4 2:39:30 192.7 t 2:40:30 193.9 2:41:30 196.6 194.1 ; 2:42:30 ' 2:43:30 196.1 2:44:30 197.3 ) 2:45:30 197.7 , 2:46:30 197.6 1 2:47:30 200.2 'l 2:48:30 200.6 l 2:49.30 200.7 2.50:30 203.9 2:51:30 202.7 , 2:52:30 206.8 j 2:53:30 204.6 2:54:30 209.3 2:55.30 210.0 2:56:30 211.4-2:57:30 212.4 2:58:30 211.7 2:59:30 209.4 O l issued: December 29,1994 Revised: January 30,1995
7-- LFPCFile'NE0016 - CONDUlT C Page E-178 TEST DATE: DECEMBER 6,1994 Average Temperature on Exterior Conduit Surfacs, Y ! TIME I HR: MIN:SEC . 3:00:30' 210.8 : 3:01:30- 213.9 i 3:02:30 ~ 212.4 212.7 l 3.03:30 3:34:30 218.5 i 3:05:30 218.5' 3:06:30 214.8 :
- 3:07:30 220.2 3:08:30 221.4 3:09:30 219.1
-l l
I 1 O i t i i i i n i l i 1 F 8 i
)
i Issued: December 29,1994 Revised: January 30,1995 4 k - . . . . ..,- - - --- _ _ . , . . . _ _.,
i l l
.FPC~ File NE0016- CONDUlT E Page E-179 TEST DATE: DECEMBER 6,1994 l Temperatures on No. 8 AWG Copper Conductor, T f
6., p [^ TIME TC.NO.148 TC. NO.144 TC.No.147 TC. NO.148 TC.' NO.149 HR: MIN:SEC 0.00.30 . 56.2 51.1 42.1 49.8 50.6 { 49.0 46.2 45.0 50.7 51.4 I 0.01:30 0.02:30 58.4 56.0 44.8 49.5 49.9 l 0:03:30 ' 56.5 51.5 42.1 49.8 50.6 0.04:30 56.1 58.6 49.4 49.9 49.6 i 0:05:30 41.8 45.3 56.8 51.6 51.4 O.06:30 45.6 42.3 48.3 51.1 51.6 - 44.4 50.6 51.3 ! 0.07:30 51.7' 47.1
. 0:08:30 49.6 54.5 55.9 50.4 50.0 0:09.30 52.3 56.3 55.0 50.3 49.9' ) '
0:10:30 41.5 44.1 56.7 51.6 51.4 ' 3 42.3 47.9 51.0 51.6 0:11:30 45.7 0;12:30 54.1 57.6 51.6 50.1 49.7 j 0:13.30 56.3 51.2 42.1' 49.8 50.6 0:14:30 50.3 46.4 44.4 50.6 51.3 0:15:30 42.3 42.1 54.2 51.5 - 51.6 0:16:30 52.9 47.8 43.5 50.3 51.1 l 0:17:30 $1.9 47.2 44.4 50.6 51.3 , 0:18:30 51.9 47.2 d 3.8 50.4 51.2 0:19:30 48.3 44.6 4o.0 50.8 51.4 ! 0:20:30 58.6 54.6 44.5 49.5 49.9-C 0:21:30 55.4 58.5 51.1 50.0 49.7 0:22:30 54.0 57.5 50.7 50.0 49 6 : 3 0:23:30 54.9 58.2 52.1 50.1 49.7 0:24:30 48.9 45.1 45.3 50.7 51.4 , 0:25:30 ~ 45.6 51.7 58.4 51.0 50.3 i 0:26:30 55.0 58.2 51.8 50.1 49.7- l 0:27:30 54.2 57.7 51.6 50.0 49.6 0:28:30 41.6 44.8 55.5 51.6 51.5 0:29:30 53.6 57.3 53.9 50.2 49.8 0:30:30 42.0 42.3 54.6 51.5 51.7 i 0:31:30 58.0 58.3 46.5 49.6 49.7 0:32:30 46.3 43.0 47.2 50.9 51.5 0:33:30 57.0 52.4 42.6 49.6 50.2 0:34:30 43.8 41.9 51.7 51.3 51.7 l 0:35:30 54.4 57.7 51.6 50.1 49.7 0.36.30 42.1 46.1 57.6 51.6 51.2 -l 0:37:30 55.5 58.5 50.2 50.0 49.6 0:38:30 53.6 57.3 52.9 50.2 49.8 ! 0:39:30 43.1 42.0 53.8 51.5 51.7
'0:40:30 46.8 43.3 47.8 51.0 51.6 0:41:30 49.7 45.8 44.4 50.6 51.4 0:42:30 48.4 44.8 45.0 50.7 51.4 0:43:30 56.1 50.8 42.2 50.0 50.9 0:44:30 56.0 50.6 42.3 50.1 51.0 0:45:30 47.9 44.4 45.1 50.8 51.6 0:46:30 45.2 42.3 46.7 51.3 51.9 Issued: December 29,1994 Revised: January 30.1995 J
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CONDUlT E Page E-180 FPC File NE0016 TEST DATE: DECEMBER 6,1994 W Temperatures on No. 8 AWG Copper Conductor, T , '( ,) " TIME TC. NO.' 146 TC. No.148 TC.NO.147 TC. NO.148 -- TC.NO.149 HR: MIN:SEC 0:47:30 45.4 51.4 58.8 51.4 ~ 50.8 0:48:30 53.7 . 48.6 42.4 50.2 51.2 0:43:30 52.4 56.5 '55.8 50.7 50 4 0:50:30 46.4 43 3 47.9 51.4 52.1 0:51:30 52.2 56.5 56.5 51.0 50.6 0:52:30 57.0 52.7 44.1 50.1 50 8 0:53:30 42.8 42.9 55.2 52.2 52.5 0:54:30 49 7 46.0 45.9 51.5 52.4 0:55:30 42.9 43.2 55.0 52.4 52.8 0:56:30 54.8 49.5 43.3 51.1 52.3 0.57:30 55.3 50.1 43.5 51.3 52.5 0:58:30 50.9 46.9 47.7 52.2 53.3 - 0:59:30 52.3 47.8 47.2 52.3 53.4 1:00:30 55.9 50.6 44.1 51.9 53.2 1:01:30 59.9 58.3- 46.0 51.4 52.4 1:02:30 59.8 57.2 44.6 51.7 53.0 1:03:30 59.9 50.9 44.5 52.0 53.3 1:04:30 43.7 44.7 54.6 54 0 55.0 1:05:30 43.9 44.8 55.1. 54.2 55.4 1:06:30 60.5 60.3 48.5 52.8 53.9 1:07:30 44.6 45.0 55.1 54.9 56.3 1:08:30 52.2 57.3 60.6 54.8 55.3 O 1:09:30 1:10:30 45.3 48.5 45.5 54.9 55.8 62.5 55.9 56.6 57.6 57.6 1:11:30 53.3 58.7 62.1 57.1 58 4 1:12:30 45.3 48.7 61.0 59.2 61.6 1:13:30 45.7 48.5 61.7 61.0 63.8 1:14:30 58.7 54.4 50.3 61.1 65.0 1:15:30 56.7 53.4 50.5 63.8 68.4 1:16:30 52.5 51.0 54.9 67.5 72.8 1:17:30 47.8 51.6 67.0 71.8 77.0 1:18:30 55.4 54.5 58.6 74.7 81.2 1:19:30 51.2 53.1 68.9 79.8 87.0 1:20:30 64.0 71.1 70.2 83.7 91.3 1:21:30 64.0 63.7 66.2 89.9 99.7 1:22:30 55.0 59.1 77.8 97.1 107.4 1:23:30 54.2 62.6 86.2 103.9 114.2 1:24:30 65.2 69.4 81.6 109.6 121 4 1:25:30 72.4 84.0 86.1 115.2 126.7 1:26:30 72.0 86.4 93.2 122.0 133.1 1:27:30 78.2 87.6 91.6 128.1 139.6 1:28:30 73.4 91.7 109.1 134.7 144.6 1:29:30 67.8 87.4 117.4 141.0 150.3 1:30:30 77.5 90.8 111.2 145.4 155.3 1:31:30 83.8 104.7 120.8 149.0 157.6 1:32:30 76.9 96.6 130.5 154.1 162.4 1:33:30 96.1 113.2 123.4 155.8 164.2 issued: December 29,1994 Revised: January 30,1995
~ i FPC file NE0016 CONDUIT E Page E-181- l TEST DATE: DECEMBER 6,1994 q Temperatures on No. 8 AWG Copper Conductor,'F ; TIME TC.NO.148 TC. NO.144 TC.NO.147 TC.NO.144 TC. NO.149 l 1 HR: MIN:SEC 1:34:30 94.2 114.8 133.4 159.4 166.9 l 1:35:30 103.0 120.1 129.9 161.6 169.5 1:36:30 92.2 107.6 139.9 165.8 173.5 ; 1:37:30 94.6 111.9 146.4 168.2 175.4 1:38:30 107.0 118.3 136.1 168.8 176.7 1:39:30 113.7 123.8 139.8 170.2 177.6 > 1:40:30 112.1 131.4 156.6 173 4 179.6 : 1:41:30 116.5 126.7 143.5 174.0 181.3 1:42:30 121.1 138.5 160.8 176.4 182.1 1:43:30 130.4 139.2 151.0 176.4 182.7 1:44:30 120.7 130.4 155.5 179.2 185.6 1:45:30 130.7 137.6 151.4}}