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| number = ML20059F528 | | number = ML20059F528 | ||
| issue date = 10/04/1993 | | issue date = 10/04/1993 | ||
| title = Fire Endurance Test of Thermo-Lag 330-1 Fire Protective Envelope (Box Design Air Drop from Two Nested 24 Inch Cable Tray Assemblies) | | title = Fire Endurance Test of Thermo-Lag 330-1 Fire Protective Envelope (Box Design Air Drop from Two Nested 24 Inch Cable Tray Assemblies) | ||
| author name = Humphrey C, Priest D, Stansberry H | | author name = Humphrey C, Priest D, Stansberry H | ||
| author affiliation = OMEGA POINT LABORATORIES | | author affiliation = OMEGA POINT LABORATORIES | ||
Revision as of 22:00, 6 January 2021
| ML20059F528 | |
| Person / Time | |
|---|---|
| Site: | Comanche Peak  |
| Issue date: | 10/04/1993 |
| From: | Humphrey C, Priest D, Stansberry H OMEGA POINT LABORATORIES |
| To: | |
| Shared Package | |
| ML20059F495 | List: |
| References | |
| 12340-95767, NUDOCS 9311040345 | |
| Download: ML20059F528 (450) | |
Text
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ENCLOSURE 4 TO TXX-93353 ;
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TEST REPORT SCHEME #11-4 :
(2) 24"X4" TRAYS (STACKED) WITH CABLE :
AIR DROPS THROUGH EMBEDDED.. SLEEVES !
COVERED BY A " BOX" CONFIGURATION l i
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05000445 PDR [# _
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FIRE ENDURANCE TEST OF A THERMO-LAG 330-1 !
FIRE PROTECTIVE ENVELOPE (Box Design Air Drop From Two Nested i 24 in. Cable Tray Assemblies) :
Project No.12340-95767 -
Scheme 11 Assembly 4 I
i o l FIRE ENDURANCE TEST TO QUALIFY A PROTECTIVE !
ENVELOPE FOR CLASS 1E ELECTRICAL CIRCUITS j I
Octobei 4,1993 l i
I Prepared For:
[
TU Electric [
COMANCHE PEAK STEAM ELECTRIC STATION '
P.O. Box 1002 Glen Rose, Texas 76043-1002
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Report No. 12340-95767 October 4,1993 ,
Texas Utilities Electric Pageii l O
i ABSTRACT A box design air drop between a bank of cast-in-concrete conduit stubs and two nested 24 in. wide cable tray assemblies, clad with a nominal thickness of 1/2 in. Thermo-Lag @ 330-1 and various upgrades as described herein was evaluated in accordance with the "
Texas Utilities Electric TEST PLAN, Rev.11, based essentially on the Nuclear Regulatory Commission letter dated October 29,1992 (see >
Appendix J). This assembly was found to meet the applicable criteria for a fire resistance period of 60 minutes.
O The details, procedures and observations reported herein are correct and true l within the limits of sound engineering practice. All specimens and test sample assemblies were produced, installed and tested under the surveillance of either Texas Utilities' or the testing laboratory's in-house Quality Assurance Program.
- This report describes the analysis of a distinct assembly and includes descriptions of the test procedure followed, the assembly tested, and all results obtained. All test data' o file and remain available for review by authorized persons.
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k tierbert W. Stansberry II" Date Project Manager A1:ktW Constance A. Humphrby~
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Date l8f? /
.3 Manager, QA Dept.
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Deggary R. Priest Date '
President O
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< I Report No. 12340-95767 October 4,1993 ,
Texas Utilities Electric Page iii i
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t TABLE OF CONTENTS :
TI B f PAGE !
INTRODUCTION 1 l OBJECTIVE 1 ;
TEST PROCEDURE 1 i Fire Test Furnace 2
- Thermocouples 3 Insulation Resistance Testing 3 !
Data Acquisition system 4 Hose Stream Test 4 Barrier Inspection 5 ,
Visual Cable Inspection 5 TEST ASSEMBLY 5 E
Test Deck 5 Test Items (General) 7 Test Items (Tray) 8 Tray Supports 9 Electrical Cables 9 Thermocouple Placement 10 Thermo-Lag 8 Installation Highlights 11 !
TEST RESULTS 14 CONCLUSIONS 21 :
APPENDICES Appendix A: CONSTRUCTION DRAWINGS 22
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Appendix B: TEST PLAN 31 Continued on next page l O p~
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Report No.1234GG757 Odober 4,1993 Texas Utilities Electric Page iv I
v TABLE OF CONTENTS (CONT.) 1 IT D I PAGE Appendix C: THERMOCOUPLE LOCATIONS 47 Appendix D: INSULATION RESISTANCE DETAILS 61 Appendix E: GRAPHICAL TEST DATA G5 Appendix F: TABULAR TEST DATA 173 Appendix G: QUALITY ASSURANCE 244 Appendix H: PHOTOGRAPHS 422 -
Appendix I: THERMO-LAG 8 INSTALLATION DETAILS 476 Appendix J: NRC LETTER, "Thermo-Lag @ Acceptance 492 Methodology for CPSES Unit 2," dated October 29,1992 Appendix K: TU ELECTRIC LETTER. " Evaluation of 501 Jacket Swelling During Fire Testing," dated September 30,1993 Last Page of Document 504 O
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Report No. 12340-95767 Odober 4,1993 Texas Utilities Electric Page1 INTRODUCTION '
The protection of vital electrical circuits from the effects of an external fire ,
exposure is of primary concern in the design and construction of an electrical '
power generating plant. Typical " fire protective envelopes" are designed to protect !
the contents of an electrical raceway for fire exposure periods of one to three ,
hours, during which time the electrical circuitry must remain functional.
The external fire exposure selected to evaluate protective envelope systems is that '
described in the ASTM E119-88 Fire Tests of Building Construction and Materials (E119 Time-Temperature Curve, described later in this document.)
Typical fire test programs involve the selection and construction of a specific '
electrical raceway system, instrumentation for thermal measurements, followed by the application of the protective envelope system by qualified personnel.
This standard should be used to measure and describe the properties of materials, products, or assemblies in response to heat and flame under controlled laboratory conditions and should not be used to describe or appraise the fire hazard or risk of ;
materials, products, or assemblies under actual fire conditions. However, results :
of this test may be used as elements of a fire risk assessment that takes into account all the factors that are pertinent to an assessment of the fire hazard of a particular end use.
OBJECTIVE i
The objective of this project was to evaluate specific protective envelope systems for use as a 1-hour fire-protective envelope for redundant electrical systems. The entire program was carried out in accordance with the Texas Utilities Electric, 1 TEST PLAN, One Hour Fire Endurance Tests of Articles Protected with the. ;
Thermo-Lag 330 Fire Barrier System, Rev.11, which may be found in Appendix B of this document. For reasons of clarity and to reduce redundancy, many items discussed in the Test Plan have not been duplicated elsewhere in this document.
i
'IEM' PROCEDURE !
This entire test program was performed in accordance with Texas Utilities Electric TEST PLAN, Rev.11, which has been included in Appendix B. Many of the specific details of this project will be found in that document.
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Report No. 12340-95767 October 4,1993 Texas Utilities Electric Page 2 FIRE TESTFURNACE The test furnace is designed to allow the specimen to be uniformly exposed to the specified time-temperature conditions. It is fitted with symmetrically located natural gas burners designed to allow an even heat flux distribution across the surface of a test specimen.
The temperature within the furnace is determined to be the mathematical average of thermocouples located symmetrically within the furnace and positioned 12 in. away from representative parts and locations of the test specimen. The exact positioning of the thermocouples is such that the average fire exposure across the entire test specimen can be determined. The materials used in the construction of these thermocouples are those suggested in the E119 test standard. During the performance of a fire exposure test, the furnace temperatures are monitored at least every 15 seconds and displayed for the furnace operator to allow control along the specified temperature curve. All data is printed to paper every 30 seconds and saved to magnetic disk every minute.
The fire exposure is controlled to conform with the standard time-temperature curve shown in Figure 1, as determined by the table below:
O 2000 -
Temperatum Time 1750 -
g) g) '
C 1500 -
L 1000 5 g 1250 -
1300 10
$ 1000 - , 1462 20 5 750 -
1550 30 y 1700 (D 500 - 1792 90 f ,
! 1850 120 250 - yggg g o .. . . . . . . .
1925 180 0 25 50 75 100 125 150 175 200 Time (minutes)
Ficurv 1 The test furnace used consists of a large horizontal exposure chamber, with an internal dimension of 12 ft long and 7 ft wide. The furnace is equipped with diffuse-flame natural gas burners symmetrically located across the floor of the furnace and controlled by individual gas flow valves, with the overall gas flow to GAD o O A 5.oggyo/
Report No. 12340-95767 October 4,1993 Texas Utilities Electric Page 3 l O
the furnace being controlled by a single overall gas control valve. Capable of a maximum heat output of 5 million Btu / hour, these burners are arranged well below the exposed face of the specimen to ensure an even temperature at the surface of the specimen. Windows are located on two sides of the furnace to allow ,
observation of the specimen during fire exposure. The depth of the furnace is :
variable, being increased to the desired amount by the additica of concrete blocks around the perimeter ledge. These blocks are lined with ceramic fiber blanket to minimize the heat loss from the furnace and to decrease the time required for the furnace walls to heat up. For these tests, the walls are built up from their normal height of 40 in, to a total height of slightly over 79 in. from the furnace floor to the top of the ledge.
The fire test is controlled according to the standard time / temperature curve, as indicated by the average temperature obtained from the readings of the furnace interior thermocouples symmetrically located across the specimen,12 in. away.
The thermocouples are enclosed in protection tubes of such material and dimensions that the time constant of the thermocouple assembly lies between 5.0 and 7.2 minutes, as required by the E 119 standard. The furnace temperature during a test is controlled such that the area under the time / temperature curve is within 10% of the corresponding area under the standard time / temperature curve O for the one hour test period.
The furnace pressure is controlled to be as nearly neutral with respect to the surrounding laboratory atmosphere as possible, measured at the vertical mid- i height of the test specimen. Adjusting the neutral plane at that position results in !
a nominal +0.015 in. WC pressure at the top of the specimen (under surface of the deck) and -0.015 in. WC pressure at the bottom of the specimen.
THERMOCOUPLES Temperatures on the interior of the fire protected systems are measured with Type K, 24 gauge, Chromel-Alumel electrically welded thermocouples formed from Chromel and Alumei wires of "special limits of error (il.1 C)," and covered with Teflon 8 insulation.
INSULATION RESISTANCE TESTING As an additional check on the condition of the conductor insulation, insulation resistance testing was performed on each cable type before the fire and after the hose stream test. The insulation resistance tests were performed using a TU ;
Electric owned and calibrated adjustable megohmmeter, set to the 500 volt DC !
level for insulation resistance testing on all instrumentation cables and the 1500 l
volt DC level for all power and control cables. To perform the insulation :
resistance test, the connection to ground was broken for each cable type and the j,0A 8'o, o A Oggyo
Report No. 12340-95767 October 4,1993 Texas Utilities Electric Page 4 i O '
test instrument leads connected from conductor to conductor and from each i conductor to ground. Any leakage between that cable type's conductors and ,
ground, or from conductor to conductor, is readily detected in this manner. Upon t discovery of an ohmic reading which is lower than the criteria set in the October 29,1992, NRC Letter (Appendix J) , the reading will be documented in the test report and the splices between cables will be broken and each cable tested separately to determine which cable conductor is bad or if there is a bad splice or test lead. Provided the low reading is on a cable, that cable will be removed from the raceway and visually examined to determine where and how the failure occurred.
. i DATA ACQUISITION SYSTEM ,
l The outputs of the test article thermocouples and furnace probes are monitored by i
. a data acquisition system consisting of a John Fluke Mfg. Co., Model HELIOS 2289A Computer Front End, a John Fluke Mfg. Co., Model HELIOS 2281A ,
Extender Chassis, and an Apple Computer Co., Macintosh Classic '
microcomputer. The Computer Front End is connected to the RS422 Serial ;
Interface Port of the Macintosh and the Extender Chassis is serially connected to the Computer Front End. The computer is programmed in Microsoft BASIC to O command the HELIOS units to sample the data input lines, receive and convert the data into a digital format, and to manipulate the raw data into usable units for display on screen and paper and for saving to floppy disk.
HOSE SITIEAMTEST According to the Test Plan, following the fire exposure test, the test specimen is removed from the test furnace, lifted approximately 6 ft. from the ground (as measured from the lowermost part of the specimen), slowly turned (nominally 6 to 8 revolutions per minute) and exposed to the impact, erosion, and cooling effects I of a hose stream directed perpendicularly at the exposed surface of the test i specimen as outlined in the standard. The stream is delivered, for a minimum l period of 5 minutes, through a 1-1/2 in. fog nozzle with an adjustable stream, with a nozzle pressure of 75 psi, a spray angle of 30 and with the tip of the nozzle a l distance of 5 ft. from the exposed face. The nozzle is to flow a minimum of 75 gpm i during the hose stream test. It is recognized that, with a three-dimensional :
object, not all surfaces can be attacked by the hose stream test. For this reason, i the specimen is lifted high enough to allow the stream to play against the sides, I inside and outside vertical surfaces and the underside of the item, resulting in '
little,if any, direct force being applied to the inside top surface of the specimen.
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i BARRIERINSPECTION .
Following the hose stream test, all barrier materials, joints and seams are to be visually inspected for burnthrough or openings in the barrier envelope in ,
accordance with the acceptance criteria outlined in the NRC letter dated October 29,1992, (Appendix J.) .
VISUAL CABLE INSPECTION Following the barrier inspection, the barrier materials will be systematically removed and the condition of the various assembly aspects will be noted (see Post -
Test Observations). The cables in the system will be visually inspected for damage in accordance with the acceptance criteria outlined in the NRC letter dated October 29,1992, (Appendix J.) If any visible thermal damage exists, the outer !
jacket of the cable in question will be slit open and the condition of the inner conductor insulation will be assessed.
TESTASSEMBLY O res1'nscx The test deck consisted of a perimeter of 3 in structural steel channel, welded together into an 8 ft by 13 ft rectangle, with the flanges outward. Over the top of this framework a layer of 10 GA steel sheet was welded to form a continuous, ;
smooth top. Pipe sockets (4 in. O, sch. 40 steel pipe) were then welded onto each )
corner, so that 3 in. e steel pipe legs could be attached to hold the assembly at a comfortable working level. A similarly constructed assembly was attached ;'
vertically as a front wall on the test deck. The steel deck front wall was 13 ft long by 8 ft high. Triangulated cantilever supports were fashioned from 3 in. ,
structural steel channel to brace the front wall. A 40 in, wide by 24 in. high x 6 in. :
thick concrete slab was cast into a framework of 6 in. structural steel channel !
reinforced with #7 rebar. Eight 4 in, diameter conduit stubs,12 in. long, were !
positioned to pass through the small slab with 2 in of exposed conduit on the fire side and 4 in of exposed conduit on the unexposed side. The blockout assembly was attached to the approximate center of the front deck wall assembly. Holes were then cut into the deck steel at the appropriate locations to allow the test items to be installed into the deck assembly. Structural elements were typically attached to the test item on the exterior of the deck, to rigidly fix the item to the deck. i Following the installation of the test item, the deck was reinforced with steel channel positioned so as to minimize any warping, bending or sagging during the fire test (the size of the channel being selected after consideration of the amount of stiffness required for that particular assembly), and then insulated on the fire-side with two 2 in. thick layers of 6 pcf ceramic fiber blanket, held in place with O
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Report No. 12340-95767 October 4,1993 Texas Utilities Electric Page 6 l
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<J impaling pins, spaced a maximum of 12 in. o.c. The figure below illustrates a cross-sectional view of one edge of a typical deck assembly, showing the structural steel, the decking and the insulation.
10 GA deck steel (mmmmmmumv i . :::.; ram.r... .r.:x.;r..z.:ra.~.
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3' steel c'h gm irnpaling pin channel $aC a m wm 3
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+NNNNNNNNNNvv UNNNNNNNNNNVV umxw. mm Following complete installation of the test item, the underside of the deck was insulated as previously described, with the ceramic blanket being pushed into direct contact with the test item. A " box" around the penetration point in the deck steel was formed of 3 in. steel channel on edge and the enclosed area completely filled to a nominal depth of 3 in. with silicone foam fire seal.
< silicone foam fire stop
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FIRE SIDE CROSS-SECTION VIEW OF POINT OF PENETRATION OF THE DECK BY A TEST ITEM s
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Report No.12340-95707 Odober 4,1993 Texas Utilities Electric Page 7 O :
This method of scaling around the point where a test item penetrates the test deck has proven very effective at withstanding the 60 minute fire exposure. Since the penetration seal is considered a part of the support system, and is not in itself being evaluated by this test method, the important aspect of the seat is that it be
" typical" of a field installation and withstand the fire exposure test. The silicone foam system used in this design does not unduly act as a heat sink, nor does it offer significant physical support to the penetrating item. Its purpose is to seal I the gap without affecting the evaluation of the protective envelope system.
TESTITEMS (GENERAL) ;
Cable tray materials used in this test consisted of actual items in CPSES inventory and were furnished by T.J. Cope. The following table provides pertinent data on the cable tray material used: :
A'IT RIB U TE I DESCItlPI'lON !
Side rail thickness 12 GA Rung thickness 16 GA Splice connector fitting thickness O Rung spacing Rung dimensions 11 GA 6" o.c.
1-5/8" w x 13/16" h :
x 3/8" leg i Cable tray straight sections consisted of ASTM A607, GR 50, hot dipped galvanized steel, ASTM A123. Cable tray fitting materials were in accordance with ASTM ;
A570, GR 36, hot dipped galvanized steel, ASTM A123.
r All test items were constructed from materials extracted from TU Electric's :
Comanche Peak Steam Electric Station stock material storage areas in ;
accordance with existing site procedures.
Electrical cables used in this test consisted of site-specific cables supplied by TU Electric and taken from CPSES lot inventory. These cables were as follows:
CROSS-CABLE CABLE DIAMETER SECTIONAL ,
TYPE FUNCTION DESCRIPTION (in.) AREA (in2)
W-020 Power 3C/#6 AWG 600v. 0.980 0.754 -
W-048 Control 5C/#12 AWG 600v. 0.575 0.260 W-071 Instrumentation 5C/#16 AWG 600v. 0.474 0.176 G
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1 The diameters and cross-sectional areas listed herein represent the Laboratory's average of ten measurements of each cable type.
Thermo-Lag 8 330-1 Materials Thermo-Lag 8 materials were procured from Thermal Science, Inc. (TSI), St.
Louis, MO. The Thermo-Lag 8 materials were extracted from CPSES site stock and were representative of materials installed in the plant. Each Thermo-Lag 8 330-1 Flat panel and V-ribbed panel was 1/2 in. thich (nominal) x 48 in. wide x 78 ;
in. long, with stress skin monolithically adhered to the panel on one face. The '
stress skin was installed adjacent to the surface of the protected commodity. Each '
panel was received with 350 Topcoat factory applied. Other materials supplied by TSI were 330-69 stress skin sheets 4 ft. x 7 ft.,350 Topcoat (two part water-based mixture) and 330-1 trowel grade subliming compound (used with 330-1 panels).
All Thermo-Lag 8 materials were measured, saw cut and installed onto the cable tray assemblies by Brown & Root Industrial Services (BRIS) craft personnel in accordance with applicable CPSES procedures. The barrier installations were :
inspected by CPSES-certified quality control inspectors.
OtherMaterials Materials used in conjunction with Thermo-Lag 8 components, but furnished by other vendors included: Silicone elastomer (Promatec 45B) seal material, Dow Corning 3-6548 RTV silicone foam fire stop material and Thermal Ceramic Knowool M-Board (ceramic fiber damming board). These materials were all supplied by Promatec, Houston, Texas. Other commercial grade products used were: 1/2 in. wide x 0.020 in. thick type 304 stainless steel rolled-edge banding straps with wing seals,16 GA stainless steel tie wire,7/16 in. long steel staples with 1/2 in, crown and 0.010 in, stainless steel sheet metal.
TESTITEMS (CABLE TRAYS)
The two cable trays were fashioned into a pair of nested "U" shaped assemblies.
The cable tray assembly on the inside of the nested pair consisted of a T.J. Cope
. brand 24 in. wide x 4 in. deep,12 GA ladder back vertical tray (Catalog No. GG- .
24SL-12-06), assembled with a horizontal dimension of 87 in.~ and a vertical dimension each leg of 80 in. The vertical leg transitioned, through the horizontal upper deck,into the horizontal section via a site-fabricated 90 splice plate fitting, extended horizontally, and transitioned through a second site-fabricated 90 splice plate fitting, back up through the upper deck. The distance from the bottom of the tray to the top support angle measured 40 in. in length. The distance from the '
inside surface of the insulated front deck wall to the front tray side rail was 10-1/2 in. The cable tray assembly on the outside of the nested pair consisted of a T.J.
Cope brand 24 in, wide x 4 in. deep,12 GA ladder back vertical tray (Catalog No.
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l GG-24SL-12-06), assembled with a horizontal dimension of 111 in. and a vertical '
dimension each leg of 89 in. The vertical leg transitioned, through the horizontal upper deck, into the horizontal section via a 24 in. x 4 in, ladderback 90 vertical l fitting , extended horizontally, and transitioned through a site-fabricated 90 splice plate fitting, back up through the upper deck. The distance from the bottom j of the tray to the top support angle measured 49 in. in length. The distance from '
the inside surface of the insulated front deck wall to the front tray side rail was again 10-1/2 in. A hole in the deck steel was provided around each vertical tray leg. The perimeter of each hole was edged with 3 in, steel channel (flanges out). :
These blockouts were scaled with Dow Corning 3-6548 RTV silicone foam material. Internal silicone elastomer (Promatec 45B) seal material was installed inside each tray leg at the level of the top deck and front wall. A single blockout .
was cut into the front wall of the test deck to allow installation of the concrete wall l section containing the eight conduit stubs. Drawings of the test item and supports are located in Appendix A. !
. CABLE TRAY SUPPORTS The pair of cable trays were supported and held into position with two trapeze type :
hangers using 3 in. steel channels bolted together with 5/8 in. diameter x 1-1/2 in. t O A307 bolts. The channels were attached to 4 in. x 4 in. x 1/2 in. clip angles fillet welded to the 3 in. channel on each vertical side. The 4 in. x 4 in. clip angles were '
then attached to the 1/4 in. reinforced steel deck using 1/2 in. diameter threaded >
steel rods and two 2 in. thick layers of calcium silicate board (Promat Fire ,
Protection, Inc., Promat-L Board) sandwiched between the clip angles and the ;
steel deck.
ELECTRICAL CABLES All electrical cables used in this project were site-specific for CPSES. An approximate 1/3 mix of Power, Instrumentation and Control cables were pulled into each tray, maintaining a single layer, except where cables crited the cable trays to enter the conduit stubs via the box design air drop.
A total of 35 cables were pulled into the 72 square inches of usable cross-sectional area of each cable tray (3 in. deep x 24 in. wide). The table below shows the cable
. types used in these assemblies, the number of each cable installed, the total cross-sectional area of each cable type and the percent of the total available area taken up by each type.
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CItOSS- l CABLE NUMBER SECTIONAL % OF TOTAL TYPE PRESENI' AREA (in2) AREA W-020 8 6.032 8.38 TotalPower 6.032 8.38 ,
W-048 l 13 3.380 4.69 TotalControl 3.380 4.G9 W-071 l 14 2.464 3.42 TotalInstrumentation 2.4 M 3.42 TOTAL FILL => 11.876 16.49%
The cables shown above were placed in the trays in a single layer in a random manner and attached to the tray rungs with standard electrical plastic tie-wraps.
The excess ends of the tie wraps were cut off. Care was taken to ensure that one power cable was centered down the middle of each tray and one each of control O and instrumentation cables were positioned in direct contact with each tray rail.
These cables were instrumented with thermocouples. Of the cables placed in each cable tray, a group consisting of one of each designated type (power, control and instrumentation) was installed such that the cables exited the cable tray, passed through one conduit stub, looped outside of the test enclosure into an adjacent conduit stub, and re-entered the cable tray near the place of exit. Two such groups of cables were located in each tray; one between the thermocoupled power cable and the thermocoupled instrument cable and the second between the thermocoupled power cable and the thermocoupled control cable. The looped cables in the lower tray exited and entered the tray over the tray side rail. The looped cables in the upper tray exited and entered the tray between the rungs in ,
the bottom of the tray.
THERMOCOUPLE PLACEMENT 24 gauge, Type K, Chromel-Alumel electrically welded thermocouples (Special Limits of Error: i1.1 C, purchased with lot traceability and calibration certifications) were attached nominally every 6 inches along one each of power, control and instrumentation cables, by placing the thermojunction in direct contact with the top surface of the cable and covering with a double wrap of glass i fiber reinforced electrical tape (Glass Cloth Electrical Tape, Class "B" Insulation, 1/2 in, wide, 3M Corporation, Jtem No. 27) for a minimum distance of 3-1/2 i inches. The instrumented Power cable was located at the nominal center of the O pA O 8'o, l
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tray, while the instrumented Control cable was located against the right tray rail f and the Instrumentation cable with thermocouples was against the left tray rail. i 5
In order to monitor temperatures in the interior of the box design air drop, bare '
- 8 AWG stranded copper wires were instrumented with thermocouples and wrapped loosely around the cables in the air drop area. The layout of the bare ;
copper wires followed the looped electrical cables. 24 gauge, Type K, Chromel-Alumel electrically-welded thermocouple (Special Limits of Error: 1.1*C, l purchased with lot traceability and calibration certifications) were positioned !
along the length of wires pulled into the air drop. The thermocouples were attached to the bare #8 AWG stranded copper wire by placing the thermojunction in direct contact with the top surface of the wire and crimping the junction to the r copper wire with a copper Buchanan 2011S open end splice cap fastened in place i with a Buchanan C-24 " ores-SURE" tool. Additional thermocouples were attached to the instrumentation cables passing through each conduit stub. These thermocouples were positioned such that two thermojunctions were present on ,
each bare #8 copper wire and on each instrumentation cable in each conduit stub, ;
and were separated by 6 in. [
In order to get a realistic measurement of the temperatures at the tray rails,
~
O similar thermocouples were positioned nominally every 12 inches along both side rails of the tray assembly, being held in position by clamping under the head of a
- 8 x 32 x 1/4 in. long stainless steel round-l ead machine screw in a drilled and .
threaded hole at each location. Care was taken to ensure that any screw shank that extended through the tray rail and into the interior of the tray was either ;
ground off or was a safe distance from any of the cables inside the tray. ;
THEIGIO LAG 8 INSTAILATION HIGHLIGHTS :
)
Thermo-Lags materials were installed based on the CPSES Site Procedures [
referenced in Test Plan. Short abstracts of the installation process are included '
herein to clarify specific details. Drawings of the installed Thermo-Lag @ on the test assembly are shown in Appendix 1.
Thermo Lag @ 330-1 Flat and V-Ribbed Panels (1/2 in. nom. thickness)
These panels were used to construct the cable tray protective envelope (V-ribbed panels) and to protect the support members (Flat panels). Flat panels were also ;
installed on the bottom of the box assembly enclosing the air drop cables and at the
- interface area where the panels forming the box assembly were butted to the l concrete wall section. All panels were installed with the stress skin facing inwards, against the protected commodity. !
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i Th ermo-Lag
- 3301 Subliming Tmuel Grade Material i This material was used to pre-caulk all joints and seams between panels, built-up l areas where panels were scored and shaped (e.g., sweeping bends) and to pre- !
caulk and cover areas where 330-69 stress skin was applied at seams and joints [
between panels.
Thermo Lag
- 330-1 V-Ribbed Panel Orientation t The V-ribbed panels were oriented identically on both cable trays. Specifically, panels were installed on tray top and bottom surfaces, including radial bends, with the V-ribs oriented perpendicular to the tray side rails. In the horizontal ,
tray sections, panels were installed on the side rails with the V-ribs oriented !
vertically. Through the radial bends, the rib orientation transitioned such that on !
the vertical tray riser sections the panels installed on the side rails had V-ribs '
oriented horizontally. ,
i Application Methods 3 The support members were covered first, using flat Thermo-Lag 8 330-1 panel material for a distance of approximately 9 in. to 11 in, from the cable trays. All l joints were pre-caulked with Thermo-Lag 8 330-1 Trowel-Grade material and ;
secured in place with stainless steel tie wires. The remainder of all supports ,
were left exposed. j Prior to installing panels on the trays, the horizontal run of each tray was pre- {
banded using stainless steel banding wrapped completely around . the tray perimeters at 12 in. intervals.
t All portions of each cable tray were covered with Thermo-Lag 8 330-1 V-Ribbed '
panels (refer to "Thermo-Lag 8 330-1 V-Ribbed Panel Orientation" section above), :
except the bottom surface of the air drop assembly which utilized a flat panel. r Panels were installed such that the side rail panels were effectively sandwiched [
between the top and bottom panels, and thereby placed into compression when the external banding was tightened. The panels installed on inside surfaces of the radial bends were scored to a depth of 1/4 in., perpendicular to the raceway, at 2 ,
in. intervals to allow for curvature. The panels installed on the outside of the t radial bends were similarly scored, at 3 in. intervals. All joints between panels .
, and the seams in scored areas were pre-caulked with Thermo-Lag 8 330-1 Trowel !
Grade material and were secured in place with stainless steel banding. Banding !
was installed within 2 in. on eitber side of buttjoints occurring on top or bottom panels. The maximum band spacing was 12 in. o.c., but to prevent this distance I from being exceeded, in some instances bands were spaced closer. On radial j p' %. ;
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f Report No. 12340 95767 October 4,1993 Texas Utilities Electric Page 13 l O 1 bends, one band was installed around each scored section. A minimum of one band (2 bands maximum) was also installed around the tray envelopes where panel pieces were used to cover splice plates on the tray side rails.
The box assembly was constructed by extending the V-rib panel installed on the- !
horizontal portion of the top cable tray over to the concrete wall section above the embedded sleeves.,, The panel was pre-caulked and butted to the concrete wall. A Thermo-Lag 330-1 Flat Panel was installed on the underside of the horizontal portion of the bottom cable tray. This panel was scored and grooved creating two
" hinged" portions to facilitate extension of the panel to the concrete wall section t below the embedded sleeves. This panel was also pre-caulked and butted to the concrete wall. The side portions of the box assembly were constructed of V-rib panels installed between the top and bottom tray envelopes, extending to and similarly butted to the concrete wall section on either side of the embedded sleeves. ,
The V-ribs of the side portions of the box assembly were oriented vertically. The front portion of the box assembly consisted of the individual V-rib panels installed on the side rails of the top and bottom cable tray horizontal runs and a single V-rib panel piece bridging the coverage of the top and bottom panel side rails. ,
Upgrade Techniques i A different technique for reinforcing joints between panels and/or providing additional thermal protection was installed on each cable tray assembly.
All longitudinal and butt joints on the top and bottom cable tray protective envelopes were reinforced with Thermo-Lag 330-69 stress skin by first applying an approximate 3/16 in. thick layer of 330-1 Trowel Grade material. Stress 4
Skin pieces were then installed to overlap each joint by approximately 5 in.
(each side) and secured in place with 9/16 in staples. A skim coat of 330-1 Trowel Grade material, approximately 1/16 in. thick was then applied over the stress skin areas. t The joints associated with the box assembly were similarly reinforced with 330-69 stress skin. Additionally, to reinforce the box assembly at the concrete wall interface, an approximate 21/4 in, wide stress skin piece was wrapped around the entire perimeter of the enclosure immediately adjacent to the wall secured ;
in place with staples and covered with a Trowel Grade skim coat. To secure the box enclosure to the concrete wall surface, a separate stress skin wrap was installed around the perimeter extending approximately 3 in. onto all sides of the box assembly, stapled to the underlying Thermo-Lag panels and then flared out onto the concrete surface for an approximate 2 in. distance. Trowel Grade material was then applied over the stress skin and 2 in. wide 330-1 Flat panels strips installed in a " picture frame" fashion over the stress skin O
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Report No. 12340 95767 October 4,1993 Texas Utilities Electric Page 14 l O ,
portion which flared onto the concrete surface using 1/4 in. dia. x 31/4 in. long "Hilti" bolts spaced at approximate 10 in. intervals.
- To reinforce butt joints between panels installed on the undersides of the top :
and bottom cable trays and panels covering horizontal support members,2 in !
wide Flat Panel strips were secured to the panels on the supports using #12 x IU4 in. long screws. Thus, butt joints between panels on the tray undersides ;
and those installed on the horizontal support members were effectively covered i by the 2 in. Flat Panel strips. :
- Finally, a layer of 350 Topcoat was applied to the completed barrier assembly I over all exposed surfaces where 330-1 Trowel Grade material was used to cover stress skin areas. !
l TESTRESUISS After allowing the completed test specimen to adequately equilibrate with the laboratory environment (see Appendix G for moisture content readings), the completed test specimen was placed on the Laboratory's horizontal fire test :
O furnace. The thermocouples were then connected to the data acquisition system and their outputs verified.
The test was conducted on August 16,1993, by Herbert W. Stansberry II, project i manager, with the following persons present: i Mike Murphy -
USNRC i Chester Pruett -
TU Electric (Fluor-Daniel Corporation) !
Obaid Bhatty -
TU Electric Gene Beckett -
TU Electric :
Fred Madden -
TU Electric !
Rick Dible -
ABB Impell Corporation Cal Banning -
ABB Impell Corporation Ruben Feldman -
T.S.I. {
Ben Evans -
T.S.I.
Leo Werner Peak Seals Deggary N. Priest -
Omega Point Laboratories, Inc.
Kerry Hitchcock -
Omega Point Laboratories, Inc.
Connie Humphrey -
Omega Point Laboratories, Inc.
Cleda Patton -
Omega Point Laboratories, Inc.
Richard Beasley -
Omega Point Laboratories, Inc.
Laudencio Castanon -
Omega Point Laboratories, Inc.
Larry Griffin -
Brown & Root Ind. Senices Brian Ohlenbusch -
Alamo Crane Co.
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I P* port No 12340-95767 October 4,1993 Texas Utilities Electric Page 15 O !
Tom Marshall -
Alexander Utilities, Inc.
Aaron Tschoepe -
Alexander Utilities, Inc. i 1
The furnace was fired and the ASTM E119 standard time-temperature curve I followed for a period of 60 minutes. The pressure differential between the !
laboratory surrounding the furnace and a point within the furnace level with the !
vertical nidpoint of the exposed portion of the specimen was maintained at i approximately 0.00 in. water column throughout the test.
The furnace was fired at 10:44 p.m. By 0:14 (min:sec) the outside surface of the test item was beginning to turn brown, and by 0:20 (min:sec) had ignited fairly uniformly across the exposed surfaces. By 3:26 (min:sec) the furnace was filled with intense smoke and heavy flaming. During the fire exposure, no visual openings to the tray interior or the conduit surface were observed. l In the course of the fire endurance test, one problem was encountered, as discussed, in detail, in the following passage:
Due to the time constant (5.0 - 7.2 minutes) inherent in the thermocouples required by the test standard, the furnace operator detected an over-temperature condition (due to the combination of furnace fuel flow and '
burning test item) and turned the furnace fuel down. When that happened, l the flaming on the surface of the Thermo-Lag material slowly stopped, .
causing the furnace probes to register an under-temperature condition. '
Consequently, the operator increased the fuel flow to the furnace and the surface of the test item then re-ignited and filled the furnace with smoke !
and flames again.
At the end of the fire exposure period, the thermocouples were disconnected, the ,
furnace extinguished and the specimen removed from the furnace. As opposed to the hose stream practices outlined in the test plan, in which the test specimen is i to be elevated to a distance of approximately 6 ft between the floor and the bottom of the test item and. spun on a swivel at a rate of 6 - 8 revolutions per minute, the configuration of the test article warranted that the specimen remain stationary ,
and the hose stream be applied by maneuvering around the assembly such that a '
nominal 5 ft. distance was maintained between the hose nozzle and the test article -
surfaces while the sample was exposed to a 30* angle spray nozzle hose stream +
test with a minimum pressure at the nozzle of 75 psi, for a 5 minute duration.
The minimum flow from the nozzle was 75 gpm (in accordance with Ref. 4.1.21).
The hose stream was thus positioned to attack the sides, bottom and outside vertical surfaces of the test item, with only minimal exposure to the top surface >
and the inside vertical surfaces.
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Report No. 12340 95767 October 4,1993 l Texas Utilities Electric Page16 !
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When the test item was removed from the furnace it was still flaming, which l slowly decreased as it was positioned for the hose stream test Prior to the hose stream test, no openings or other severe damage was noticed on the specimen.
The stress skin upgrade applied to the lower rear tray rail was hanging loosely from the assembly. The entire exposed surface of the test item was covered with a layer of black ash.
Following the hose stream test, the Thermo-Lag 8 pieces remained aflixed and the stainless steel banding was sagging from the assemblies. While no barrier openings occurred due to thermal effects of the fire exposure, the panel joint i located behind the stress skin that was sagging prior to the hose stream test had opened, allowing the tray within to be visible. A fuller description of the conditicn i of the protective envelopes is nresented later in this document.
1 The significant temperatures within the air drop and raceway systems at the end ;
of the fire exposure test are presented in the table below.
1 MAX. TEMPERATURE AVG. TEMPERATURE LOCATION ( F) ( F)
, BOX DESIGN AIR DROP Bare #8 Copper Wire 237 251 i W-071 (Instr.) Cable 24 1 231 i
OUTER CABLE TRAY Front Tray Rail TCs 322 255
- Rear Tray Rail TCs 335 257 W-020 (Power) Cable 311 242 i
, W-048 (Control) Cable 288 225 !
W-071 (Instr.) Cable 296 227 !
INNER CABLE TRAY Front Tray Rail TCs 230 246 Rear Tray Rail TCs 312 256 W-020 (Power) Cable 297 236 W-048 (Control) Cable 259 226 W-071 (Instr.) Cable 263 225 The average initial temperature for all thermocouples at the start of the test was 91*F, yielding an allowable temperature increase of 250 F, or 341 F actual for the average temperatures. (A 325 F increase above the 91 F initial temperature yields a maximum allowable individual temperature of 416 F, in accordance with O GAA o o A Ogggo t
Report No.12340-95767 October 4,1993 Texas Utilities Electric Page 17 j ASTM E119-88.) All thermocouples in the box design air drop and all of the thermocouples within the associated nested cable tray pair, met these criteria.
Additionally, a 500 volt insulation resistance test of each instrumentation cable (conductor to conductor and conductor to ground) and a 1500 volt insulation resistance test of each power and control cable (conductor to conductor and conductor to ground) was performed before (R;). and after (Ik) the fire and hose stream tests. These results may be found in Appendix D: Insulation Resistance Testing Details.
Post-Test Emunination i
Immediately following the hose stream test, the test item was systematically >
disassembled and examined for damage and general condition. A listing of those l I'mdings follows. In all cases, when describing a particular Thermo-Lag 8 330-1 l' Flat or V-Ribbed Panel, the term " panel" will be used.
i Box Design Air Drop Envelope i LOCATION OBSERVATION O Panel on the top of the air drop " box" 1/2 in. to 3/4 in. of char on the panel and i
transitioning into the top of the over stress skin upgrades.1/2 in. char inner cable tray. under stress skin upgrade areas. 1/4 in. to ,
3/8 in. uncharred material toward the !
cables envelope. :
Panel on the sides of the air drop 1/2 in. to 3/4 in. of char on the panel and i
" box", butting against the tray side over stress skin upgrades.1/2 in. char i rails. under stress skin upgrade areas. 3/8 in.
uncharred material toward the cables !
envelope. !
Panel on the bottom of the air drop 1/2 in. to 3/4 in. of char on the panel and !
" box" transitioning into the bottom of over stress skin upgrades.1/2 in. char !
the outer cable tray under stress skin upgrade areas. 3/16 in. !
to 1/4 in. uncharred material toward the cables envelope. !
4 Cables. No apparent thermal cable damage noted. ;
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i Report No. 12340-95767 Odober 4,1993 Texas Utilities Electric Page 18 O !
Inner 24 in. Cable Tray Assembly LOCATION OBSERVATION Panel on inside of right vertical 1/2 in to 3/4 in. of char depth across panel.
section above bend. Stress skin upgrade exposed along panel ;
edges with 1/2 in. char underneath. 1/4 in.
to 3/8 in, uncharred material toward cable tray. !
Panel on top of straight horizontal 1/2 in, to 3/4 in. of char depth across panel.
section. Stress skin upgrade exposed along rear ;
panel edge with 1/2 in. char underneath.
1/4 in. to 3/8 in. uncharred material toward cable tray.
Panel on inside ofleft vertical 1/2 in. to 3/4 in. of char depth across panel. '
section above bend. 1/2 in. char under stress skin upgrade along panel edges. 1/4 in. to 3/8 in. .
uncharred material toward cable tray. '
Panel on outside of right vertical 1/2 in. to 3/4 in. of char depth across panel. .
O section above bend. Stress skin upgrade exposed along panel edges and along bottom of tray bend with :
1/2 in. char underneath. 1/4 in. to 3/8 in.
uncharred material toward cable tray.
Panels on bottom of straight 1/2 in, to 3/4 in. of char depth across panel. ,
horizontal section (not including the 1/2 in, char under stress skin upgrade !
air drop). along panel edges. 1/4 in. to 3/8 in.
uncharred material toward cable tray, i Material totally intact at overlapped ,
location adjacent to support members. :
Panel on outside ofleft vertical 1/2 in. to 3/4 in. of char depth across panel. ,
section above bend. 1/2 in, char under stress skin upgrade along panel edges and under the exposed ,
upgrade stress skin along the bottom of the l tray bend. 1/4 in. uncharred material i toward cable tray.
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Report No. 12340-95767 October 4,1993 Texas Utilities Electric Page 19 O
LOCATION (CONT.) OBSEltVATION Panels covering tray side rails. 1/2 in. to 3/4 in. of char depth across panels. Upgrade stress skin exposed along edges on right side of assembly with 1/2 in.
char underneath. Stress skin mostly concealed on left side of assembly with 1/2 in. char underneath. 1/4 in. to 3/8 in.
uncharred material toward cable tray side rail in most areas. Remaining material slightly thicker in the overlapped section of the splice plate covers.1/16 in. to 1/8 in.
uncharred material remaining on the splice plate covers. .
Cables. No apparent thermal cable damage noted.
Outer 24 in. Cable Tray Assembly LOCATIOA OBSERVATION Panel on inside of right vertical 1/2 in. to 3/4 in. of char depth across panel. '
section above radial bend. 1/2 in. char under stress skin upgrade along panel edges and under the exposed upgrade stress skin near the top of the tray. ,
1/4 in. to 3/8 in. uncharred material toward cable tray.
Panel on inside of right radial bend. 1/2 in. to 3/4 in. of char depth across panel.
Stress skin upgrade exposed along panel edges with 1/2 in. char underneath. 1/4 in.
to 3/8 in. uncharred material toward cable tray.
Panel on top of straight horizontal 1/2 in. to 3/4 in. of char depth across panel.
section (not including the air drop). 1/2 in. char under stress skin upgrades along panel edges and under exposed stress skin upgrades on left side. 1/4 in. to 3/8 in. uncharred material toward cable tray.
Panel on inside ofleft vertical 1/2 in. to 3/4 in. of char depth across panel.
section above bend. Stress skin exposed along panel edges with 1/2 in. char underneath. 1/8 in. to 1/4 in.
uncharred material toward cable tray.
OAP 4
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Report No.12340-95767 October 4,1993 ,
Texas Utilities Electric Page 20 .
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LOCATION (CONT.) OBSERVATION Panel on outside of right vertical 1/2 in. to 3/4 in. of char depth across panel. ,
section above bend. 1/2 in. char under stress skin upgrade along panel edges and under the exposed upgrade stress skin near the top and bottom of the panel.1/4 in. uncharred i material toward cable tray.
Panel on outside of right radial 1/2 in. to 3/4 in. of char depth across panel. ,
bend. Stress skin upgrade exposed along panel ,
edges with 1/2 in char underneath. 3/8 in. ,
uncharred material toward cable tray. !
Panels on bottom of straight 1/2 in. to 3/4 in. of char depth across panel. t horizontal section. Stress skin upgrade knocked from the rear l 1 edge by hose steam. Internal stress skin- l exposed along rear edge of panel (at compression joint location). Opening present with the cable tray visible within. :
O 1/8 in. uncharred material toward cable tray. Material totally intact at overlapped l
- location adjacent to support members.,_
1 Panel on outside ofleft vertical 1/2 in, to 3/4 in. of char depth across paupi. ,
section above bend. Stress skin upgrades exposed along panel edges with 1/2 in char underneath. 1/8 in.
to 1/4 in uncharred material toward cable l tray. l Panels covering tray side rails. 1/2 in. to 3/4 in. of char depth across I panels. Upgrade stress skin exposed along
. edges on most of assembly with 1/2 in. char underneath. 1/4 in. to 3/8 in. uncharred
- material toward cable tray side rail in most areas. Remaining material slightly
- thicker in the overlapped section of the splice plate covers.1/16 in. to 1/8 in.
uncharred material remaining on the spli::e plate covers. Internal stress skin visible on panel across rear horizontal section, at the location of the opening l (along the panel edge at the location of the compression joint with the bottom tray j panel).
O GA # i 1
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Report No. 12340-95767 October 4,1993 Texas Utilities Electric Page 21 O
LOCATION (CONT.) OBSEltVATION Cables. Most W-020 power cable jackets were swollen and " ballooned" considerably in the left vertical cable tray section, due to softening of the outerjacket material and pressure build-up within the cable. The '
thermocoupled power cable sufTered more severe swelling due to the multiple constrictions placed on the jacket by the glass fiber electrical tape spaced 6 in. o.c. ,
Most swollen cables lost pressure after i cooling, with the jackets remaining stretched and oversized. The cables were slightly discolored in the left, vertical portion of the cable tray assembly { cable jackets tinted gray). The cablejackets were slightly stiffened in this area. The O remainder of the cable length was still flexible and visibly undamaged CONCLUSIONS The box design air drop assembly, as well as both of the 24 in. cable tray assemblies, clad in a nominal 1/2 in. thickness Thermo-Lag @ 330-1 material with upgrades presented herein, met the requirements of the TEST PLAN, for a fire resistance rating of one hour, as described below.
The assembly, as tested, met the acceptance criteria contained in the NRC letter dated October 29,1992, for the following parameters: 1) single point and average temperature increase parameters were not exceeded, 2) visual cable inspection revealed no o, 'trent thermal damage to the conductor insulation (see Appendix i K for TU Electric's evaluation of the power cable jacket swelling), and 3) the results of the ins f ation resistance tests were well within the allowable limits.
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Report No.12340-95767 Texas Utilities Electric October 4,1993 22 APPENDICES ;
i i
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Appendix A l' CONSTRUCTION DRAWINGS t
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ij 4' conduit stub (typ) !
36' a ,
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NOTE:
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m b front wall support
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samune;y
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Blockouts around cable trays i were filled with silicone foam
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4
< t, prior to fire exposure. -
3 ti , C t ;
- jz L _. [ 10 GA. steel deck
-= l ; l j, -Specimen front wall m.m>m ~w #g,.y_m OMEGA POINT LABORATORIES, INC.
3 Project No. 12340-95767 a
TEXAS UTILITIES ELECTRIC s
Fig.1 Plan View - above deck
o 4s3 33 1/4" ,
e ej ti i A l
ci ,r A 33" I
1b" 12" l i H--l W -x Y Y A
l s 111/2]
Concrete blockout section 2 ='
1 41 50"
]
O 4" conduit stub (typ)
E i
_._ l 2" 'n rf 9;4"lMP l l t .
l , kl3" steel channel 1
tray hanger (typ) >
ll t ry -
24" cable tray (typ)/
OMEGA POINT LABORATORIES, INC.
Project No. 12340-95767
(' TEXAS UTILITES ELECTRIC GAA i o
Fig. 2 Plan View - below deck ,
%Ogggo/
116*
86*
-24" cable tray (typ)
__ __ __ e' __
p:n ag y :o aq -
il 3* steel channel for
( Upper unistrut support (typ) blockout perimeter and deck support (typ) 10 GA steel deck 7 7 S d fi f f!':*' " *f f f!? " " __ MN""*' i : ' """i1917 ^ *' ffi, ~
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tr 3* steel channel for \ Concrete blockout section 9,
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deck support (typ) 24, OOOO f.4* conduit stub (typ)
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I 6_- - __ c - : - m u am m m - u z m - w n u u m m m a sw. m NOTE:
Top surface of concrete blockout (not steel chantt; is level with OMEGA POINT LABORATORIES, INC.
the top of the upper cable tray system horizontal section and is Project No. 12340-95767 centered in the specimen front wall (side-to-side). - - -
TEXAS UTILTIES ELECTRIC Fig. 3 Frontal Elevation View g
4 V U 724' cable tray (typ) - -
--/ Upper unistrut F
o
[' support (typ)
,ou o 5 1.:n a $
3* steel channel for blockout DETAll 1 [ Perimeter and deck support (typ)
/' [ . I u- _ . p risa.aawaiN.vg.34 rwin.pm n9 w as m e**e.- *+e-s-"W + s c a .u. - m.um. w _ , m_w.-. . + _ . _ . . _ . - . . m.m
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/
qf-10 GA steel deck 4" conduit stubs and 50 e'
perimeter steel channel , _
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OMEGA POINT LABORATORIES. IAC~
Project No. 12340-95767 TEXAS UTILTIES ELECTRIC Fig. 4 Rear Elevation View TO C3
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. - - , . . . _ . _ _ .- _ _ _ _ _ _ _ . . _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ . _ _ . . _ _ . _ _ _._.._.2_.._.._
24 cable tray St A P; a n;rg.,
L . U; blockout perimeter (typ)
[_3' steel channel .
3' steel channel for f ront specimen wall support l
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j yN Project No. 12340-95767 Sp ecimen front wall
.n
[ TEXAS UTILITES ELECTRIC
?!a 36' Fig. 5 Typical End View
- = d of Nested Cable Trays w
9311040345-d
28 :
i w yers of 1/2" dia. threaded rodi .
with nuts on both ends; lanket ,
10 GA steel deck - g _
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3' steel channel Two 2* mid calcium-silicate spacers
( (deck perimeter) ;
a ,
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Top of 3" steel channel cable tray hanger i
DETAIL 1 :
OMEGA POINT LABORATORIES, INC. ,
Project No. 12340-95767 ;
TEXAS UTILITIES ELECTRIC Fig. 6 DETAll 1 - Hanger Mount and Insulation '
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REAR 23' !
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.h W-020 - 3C/#6 AWG Power Cable b l: !
- b. RIGHT i
@ W-048 - SC/#12 AWG Control Cable > l
@ W-071 - SC/#16 AWG Instr. Cable
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~ NOTE: Arrows indicate O '
I thermocoupled cables @ i j
8 q.
.24" Cable Tray - Cable Map I !
Inner Tray Assembly b:
- @ t i
FRONT- i OMEGA POINT LABORATORIES, INC.
Project No.12340-95767 _j TEXAS UTILITIES ELECTRIC :
t'A e% ;
Fig. 7 ' Inner Cable Tray Cable Map 1
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39_ ]
REAR !
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@ RIGHT
@ W-048 - SC/#12 AWG Control Cable @ i O W-071 - SC/#16 AWG Instr. Cable NOTE: Arrowsindicate e :
therrnoccupied cables
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- l 0 : !
Q l: i 24" Cable Tray - Cable Map g i Outer Tray Assembly
- G Q ;
FRONT- ,
OMEGA POINT LABORATORIES, INC. !
Project No. 12340-95767 l ma TEXAS UTILITIES ELECTRIC
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Fig. 8 Outer Cable Tray Cable Map-
- onnso#
i 31 Report No.12340-95767 October 4,1993 Texas Utilities Electric APPENDICES
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Appendix B l TEST PLAN !
e h
i GA A O
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N 04 ATO +
32 ,
1 O l TEST PLAN - Rev.11 I ONE HOUR FIRE ENDURANCE TESTS OF ARTICLES :
PROTECTED WITH THE THERMO-LAG 8 FIRE BARRIER SYSTEM 1.0 SCOPE This test plan describes the methods and guidelines to be utilized for the preparation of test specimens, installation of the THERMO-LAG 8 (hereafter referred to as "Thermo-Lag") Fire Barrier Syst9ms, performance of fire endurance and hose stream tests, insulation resistance testing and temperature monitoring, and all applicable documentation of these tasks and the test results.
2.0 OBJECTIVE The objective of these tests is to qualify a protective generic fire barrier system for '
redundant essential cables at TU Electric's Comanche Peak Steam Electric Station.
Successful results of this test program will provide documented evidence that the .
generic fire barrier systems will satisfactorily withstand an ASTM E119-88 fire O exposure for a period of one hour, followed by a hose stream test. These tests shall satirfy the requirements for fire testing the cable raceway fire barriers as detailed '
in the NRC Letter dated October 29,1992, (Ref. 4.1.16) (attached), with the exception that cable circuit integrity will not be monitored during the test or utilized in the test acceptance basis. In the absence of other standards for these !
specific types of tests, standard practice shall be invoked. Variations in this test procedure from these methods will be documented in the final test report.
3.0 ACCEPTANCE CRITERIA ,
3.1 Temperature - Temperatures of all thermocouples will be monitored !
with each tray rail for cable trays averaged and outside of steel thermocouples for conduits averaged. In addition, thermocouples on 't one of each cable type (power, control, instrumentation) will be averaged. Acceptance criteria maximum temperatures will be 250" above the ambient initial temperature, for averages as listed above and 325 above the ambient initial temperature, for any single i thermocouple. '
3.2 Hose Stream Test / Barrier Inspection - A hose stream test with 30* fog nozzle at 75 psi minimum pressure and 75 gpm minimum flow will be i applied to the test assembly from 5'-0" away for five minutes. ,
Following the hose stream test, a visualinspection will be conducted to -
O document any evidence of burnthrough or opening of the barrier by the 4 G A #o, A
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33 - ;
TU Electric TEST PLAN- Rev.11 Page 2 l
O hose stream. Acceptance criteria requires that no evidence of l
burnthrough or openings in the barrier are identified such that the raceway or cables are visible. l 3.3 Cable Visual Inspection - Providing items 3.1 and 3.2 are satisfactory, i cable visual inspection is not required. However, if either of these ;
criteria are not met, the barrier material will be removed and the i cables will be inspected visually for damage in accordance with the criteria described in Section 8.5. Documentation of cable visual '
condition will support cable functionality testing in 3.4.
3.4 Insulation Resistance Testing - Providing items 3.1 and 3.2 are satisfactory, insulation resistance CR) testing is not required.
However, if either of these criteria sa lot met, the barrier material will be removed and IR testing shall commence within thirty (30) minutes following the hose stream test. The acceptance criteria for IR !
testing is described in Section 7.11.1. Following completion of IR -
testing, cable visual inspection (item 3.3) shall be performed. During the barrier visual inspection and prior to thirty minutes following the hose stream test, insulation resistance testing will be conducted using ;
the formula for acceptance criteria in the NRC Letter dated October !
29,1992. Providing the results meet those value, the test will be i considered satisfactory.
4.0 REFERENCES
4.1 Documents ,
i 4.1.1 Federal Register / Volume 45, No. 225/ Wednesday, November ,
19,1980 Fire Protection Program for Operating Nuclear Power Plants 10 CFR, Part 50, Appendix R. .
4.1.2 Deleted.
i 4.1.3 ASTM E119-88 " Standard Methods of Fire Tests of Building Construction and merials." ;
4.1.4 CPSES Station Procedure STA-606, Rev.18," Work Requests and Work Orders." l 4.1.5 Specification 2323-MS-38H, Rev. 3, " Cable Raceway Fire i Barrier Materials."
4.1.6 M1-1701, "Thermo-Lag Typical Details," Revs. CP-1 and CP-
- 2. l O O
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34 ;
TU Electric TEST PLAN- Rev. Il PageS O 4.1.7 Construction / Maintenance Procedure CMP-CV-1005, Rev. O,
" Application of Fire Protection Materials."
4.1.8 Specification CPES-M-1061, Rev. O, " Fire-Rated, Radiation Shielding and Pressure Penetration Seals." i 4.1.9 M1-1901, Rev. CP-2 " Penetration Seals Typical Details" l 4.1.10 Construction / Maintenance Procedure CMP-CV-1018, Rev. O, !
" Installation, Rework and Repair of Penetration Seals" l 4.1.11 Specification 2323-ES-100, Rev.10, " Electrical Installation."
4.1.12 Construction / Maintenance Procedure CMP-EL-1002, Rev.1,
" Installation and Fabrication of Conduit Raceway Systems."
4.1.13 Construction / Maintenance Procedure CMP-EL-1003, Rev.1,
" Cable Tray and Supports."
4.1.14 Prerequisite Test Procedure XCP-EE-01, Rev.11, "Megger/HI Pot Testing."
4.1.15 IEEE Standard 634 (78)" Standard Cable Penetration Fire O Stop Qualification Test."
4.1.16 NRC Letter to TU Electric dated October 29,1992.
4.1.17 Specification CPSES-M-2032, Rev. O, " Procurement and Installation of Fire Barrier and Fireproofing Materials" 4.1.18 M2-1701, "Thermo-Lag Typical Details," Rev. CP-1.
4.1.19 M2-1901, " Penetration Seal Typical Details," Rev. CP-2.
5.0 RESPONSIBILITIES 5.1 Texas Utilities Electric (TU Electric) and Associated Contractor Organizations 5.1.1 Establish the criteria, guidelines, drawings (draft quality),
recommendations, etc., to govern the installation of the test items. Supply the test item pieces, including all hardware, electrical cables, tray systems, etc.
5.1.2 Establish the criteria, guidelines, drawings (draft quality), j recommendationsgt,c., to govern the installation of the fire >
O
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35 TU Electric TEST PLAN- Rev.11 Page 4 O penetration seal systems as indicated on applicable drawings (Ref. 4.1.8 through 4.1.10 and 4.1.19).
5.1.3 Establish the criteria, guidelines, drawings (final, report-quality if needed), recommendations, etc., to govern the installation of the Thermo-Lag Fire Barrier System Materials to the test articles. The criteria and guidance contained in Ref.
4.1.5 through 4.1.7 and Ref. 4.1.17 and 4.1.18 is applicable for general construction techniques and practices. Thermo-Lag fire barrier upgrade methods will be based on those depicted in the sketches contained in Attachment I to this Teat Plan and/or as described in the final test report.
5.1.4 Provide the specific Thermo-Lag and penetration seal installation procedures and work package documentation (Ref.
4.1.4,4.1.7 and 4.1.10).
5.1.5 Provide materials representative of existing or future site installations.
5.1.6 Provide the Thermo-Lag Fire Barrier System and penetration seal materials and installation tools and equipment.
5.1.7 Provide scheduling of personnel, equipment and material necessary to perform the installation and QC documentation of the fire barrier system materials utilizing the appropriate installation procedures.
5.1.8 Coordinate all phases of the fire test preparation with the testing organization including approval of variations from the test methodology described herein.
5.1.9 Apply the fire barrier system and penetration seals to the test articles.
5.1.10 Supply construction personnel to observe and assist the laboratory in assembly of test article raceway configurations (Ref. 4.1.12 and 4.1.13).
5.1.11 Perform as a liaison with the testing organization and provide the testing organization with all applicable TU Electric Documents as identified in Section 4.1, O or~%.4 Oggyo
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TU Electric TEST PLAN- Rev.11 Pcge 5 i O
5.1.12 Provide all applicable quality control documentation for the ,
fire barrier system materials, cables, and installation of the fire barrier system and penetration seal materials to each test article. Document the final as-built Thermo-Lag fire barrier configurations on each test article prior to testing, for use by the laboratory in preparing final test reports. I 5.2 Omega Point Laboratories, Inc. (Laboratory) 5.2.1 Prepare the test furnace, deck and slab assemblies and provide !
all required test instrumentation in accordance with Appendix !
B Quality Assurance and Quality Control Programs and other applicable procedures. i 5.2.2 Provide thermocouple calibration and instrumentation, storage .
temperature recorder, surface temperature probe and relative !
humidityinstrumentation. ;
5.2.3 Assemble, install and document the installation of all trays, :
conduits, cables, etc. to be supplied by TU Electric. Provide !
l computer-generated drawings of tray and conduit systems I which clearly indicate dimensions, thermocouple locations, etc. l 5.2.4 Observe and document the installation of the Thermo-Lag Fire Barrier System Materials and penetration seals to the test articles, and attendant instrumentation on each test article.
. 5.2.5 Conduct the fire endurance and water hose stream tests,.
5.2.6 Inspect and document the physical condition of all cables and !
, Thermo-Lag fire barrier system for each test article following i completion of water hose stream tests. ;
5.2.7 Document the test parameters and provide a formal detailed written report of the test program and test results. I 5.2.8 Provide VHS video and 35mm photographic coverage of the f test project. -
i 5.2.9 Provide insulation resistance testing (consistent with Ref. l 4.1.14) of all circuits prior to and following fire endurance test l as described in Section 7.11. !
5.2.10 Provide equipment for and perform moisture content measurement of the Thermo-Lag Fire Barrier Materials as described in Section 7.11.
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i 37 i TU Electric TEST PLAN- Rev.11 Page 6 ,
O 5.3 Laborntory Quality Assurance / Quality Control ;
5.3.1 Verify and document the quality control documentation of the ;
fire barrier system materials used in the test program.
4 i 5.3.2 Perform and document inspections of the fire barrier system j materials at various points during the installation process. l 5.3.3 Verify and document that TU Electric's installation procedures I are utilized in the installation of the fire barrier system and !
penetration seal materials. (
5.3.4 Inspect and document the construction and instrumentation of !
the test articles. (
5.3.5 Provide written calibration documentation of all thermocouples, l measurement devices and data acquisition systems used in this !
test program. [
i G.0 SPECIAL PRECAUTIONS (
6.1 Precautions For Installation Of The Fire Barrier System Materials
. 6.1.1 Observe specific precautions recommended by Thermal Science, j
- Inc. and other's material safety data sheets. l l G.2. Precautions For Conducting The Fire Endurance Test i
6.2.1 Proper safety precautions shall be exercised to preclude i personnel from direct exposure to the flame environment, hot j objects, hazardous gases, and all other related hazards. !
i 7.0 PREREQUISITES i
7.1 General Test Configuration Requirements j The cable tray, conduit, cables and cable loading used in this test !
program shall be representative of those configurations used, and shall I be specified and designed by TU Electric. !
7.2 Traceability Requirements l l
To insure that the materials used in this test are representative of ;
O those in actual use at Comanche Peak Steam Electric Station (CPSES),
l
' 4 GA8 -
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38 TU Electric TEST PLAN- Rev.11 Pega 7 O all aspects of traceability as required by the Laboratory QA Program shall be applied.
The cables used in this test program shall be traceable to the respective cable manufacturer and shall be supplied by TU Electric with documentation of traceability.
t All thermocouples used in this test program shall be traceable to the respective thermocouple manufacturer, with calibration certification.
7.3 Dimensioned Drawings All test articles shall conform to the rough draft dimensioned drawings provided by TU Electric during assembly of the test articles. Final, dimensioned drawings will be prepared by the Laboratory.
7.4 Test Configuration 7.4.1 General The test articles shall be sufficiently secured to the test deck by Laboratory personnel and sealed by TU Electric personnel,in O accordance with instructions and drawings.
7.4.2 Test Articles The following coniigurations (i.e. " Test Schemes") of electrical raceway assemblies supplied by TU Electric will be tested.
- a. A 24" wide x 4" deep ladderback cable tray in a "J" shape with tray stop transitioning into an air drop to a 1-1/2" air drop and an additional 2" diameter air drop into the top of the tray. (Scheme 11-2).
- b. Two 24" wide x 4" deep steel ladderback cable trays "U" shape, stacked configuration with air drop cables transitioning from the center of the "U" in both trays through eight 4"o sleeves imbedded in a concrete insert in the furnace wall. (Scheme 11-4).
- c. Three 24" wide x 4" deep steel ladderback cable trays, side by side, extending through the steel deck down into the furnace, turning with 90 sweeping bends, and extending through a silicone foam seal blockout in the wall of the furnace. (Scheme 11-5).
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33 >
TU Electric TEST PLAN- Rev.11 Pagm 8 O d. A 12" wide x 4" deep steel ladderback cable tray and a 2" diameter steel conduit, side by side, "U" shape configurations. (Scheme 13-2).
- c. A straight run 36" wide x 4" deep steel ladderback cable .
tray extending horizontally through the walls of the furnace. This straight run tray will have two 750 MCM cables, each wrapped with 330-660 Flexi-Blanket.
(Scheme 15-2).
7.5 Cable Loading Requirements Cable loading requirements
- shall be as specified by TU Electric, and will approximately consist of the following percentage mir:
CABLE TRAYS AND 1-1/2"- 2" DIAMETER CONDUIT 331/3% 600 volt Power Cables 331/3% 600 volt Instrumentation Cables 331/3% 600 volt Control Cables
- Actual tray and conduit full densities and cable diameters will be documented and included in the final test report.
7.6 Cable Installation An itemized listing of cable types and quantities including density fill to be installed in the test articles will be prepared by the Laboratory and included in the final report. Cable location within the test articles shall be documented and included with data to be evaluated by the testing laboratory.
7.7 Thermocouple Installation All thermocouples and bare #8 copper conductors used in this test program shall be provided and installed by the Laboratory, with QC surveillance by Laboratory personnel. The thermocouple wires shall be ;
calibrated (by Lot No.) prior to installation and/or use, and applicable quality control documentation for record purposes generated. All thermocouples will consist of 24 GA, type K, Chromel-Alumel (Special Limits of Error: il.1'C) electrically welded thermo. junctions, with Teflon 8 insulation. Calibration will consist of manufacturer-supplied ,
(and audited) certifications of calibrations at five temperatures of thermocouples taken from both ends of each purchased lot number.
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i 40 TU Electric TEST PLAN- Rev.11 Page 9 l
l O All thermocouples and bare #8 copper conductors shall be located on i
i and within each test article in accordance with the following TU l Electric requirements: }
NOTE: Thermocouple locations which differ from the following b criteria shall be documented in the final test report.
4
- 1) All cable trays shall be instrumented with thermocouples located on :
~
the outside, longitudinal centerline of each cable tray rail at 12 inch !
intervals along the portions of the cable tray that are below the deck and protected by the fire protective envelope. Each thermocouple shall ;
be attached to the tray rail by the use of a small metal screw. For each tray rail, the maximum and average temperatures will be documented. ;
- 2) All conduits shall be instrumented with thermocouples located on the j outside, top surface of the conduit at 12 inch intervals along the l portions of the conduit that are below the deck and protected by the i fire protective envelope. Each thermocouple shall be attached to the i conduit by a double wrap of glass-fiber reinforced electrical tape or by electrical welding to the conduit steel. For each conduit, the maximum i and average temperatures will be documented. i
- 3) Electrical cables shall be randomly selected in each assembly (one of each cable type: Power, Instrumentation and Control) and ;
instrumented with thermocouples located at each 6 inch interval along !
each cable's length inside the exposed area of the test item. If (
insufficient cables are contained within a test item to instrument to ;
that degree, a minimum of one cable, of the smallest size in that system, will be instrumented.
Each thermocouple shall be attached to its appropriate cable by placmg l the thermojunction in direct contact with the outer insulation of the j cable for a minimum of 3-1/2" and covering with a double wrap of glass- ;
fiber reinforced electrical tape, unless otherwise documented in the ,
final test report.
- 4) Instrumented cables in cable trays shall be positioned such that one li passes down the longitudinal centerline and the other two shall be positioned immediately next to the tray rails on each side, as ,
documented in the final test report. Each line of thermocouples on a !
cable will be grouped and maximum and average temperatures will be 1 documented. !
l
- 5) Cables in conduits will have one instrumented cable in the center of the bundle, one cable half-way to the outside of the bundle and one O instrumented cable on the outside of the bundle.
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TU Electric TEST PLAN- Iter.11 Page 10 !
O i
- 6) For air drop cables and bundled cables in trays, the cable bundles will j be instrumented as described in paragraph 5 above, and ; hose cables ;
will have thermocouples every six inches through the remainder of the. l test assembly. In addition, a bare #8 copper conductor will be located :
on the outside of the cable bundle and will have thermocouples every !
six inches throughout the air drop. All remaining thermocoupled j cables will be distributed as evenly as possible. Each line of ;
thermocouples on a cable will be grouped and maximum and average r temperatures will be documented. l 7.8 Installation of the Fire Barrier system to the Test Articles Thermo-Lag Fire Barrier System materials shall be installed by TU ;
Electric in accordance with applicable specifications, design drawings ,
and procedures (Ref. 4.1.5,4.1.6 and 4.1.7) such that the test articles are representative of CPSES plant installations except those test l articles intended to qualify upgraded THERMO-LAG installation ;
- configuratiens. Details of the Thermo-Lag configurations including [
fasteners, orientation of structural ribs, etc., shall be documented m the final test report. i 7.9 Fire Seal Installation j
O Upon completion of the fabrication and installation of the fire barrier systems to the test articles (or prior to, depending upon the situation),
^
all openings in the test articles shall be sealed by TU Electric in accordance with applicable specifications, design drawings and procedures (Ref. 4.1.8 through 4.110). All openings in the test deck and slab assemblies not sealed I, TU Electric shall be scaled by the !
laboratory.
Failure of the fire seal shall not necessarily constitute a failure of the ,
protective envelope. The type of fire seal used shall be at the discretion :
of TU Electric. l 7.10 Insulation Resistance Test i Cable insulation resistance testing will be performed prior to the fire !
I endurance test and following the hose stream test,in accordance with i
Section 7.11.1. The insulation resistance test will begin within 30 :
minutes of completion of the hose stream test. The insulation !
resistance test circuit will be configured as follows:
1 :
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42 l TU Electric TEST PLAN _ Rev.11 Pegs 11 O physically on top of the test deck a
. _._ )
! i
! i a
i _
color = black .
e l color = red
! li ,
i _
color = white _
! i i
! color = blue i i .
! i
! l :
! color = green i i i ,
i ground i _ ;
i l ! ,
O -
t i._._._._._._._._._._._._._._._._._._._._----=
' ' PRE- AND POST-FIRE TEST'
- INSULATION RESISTANCE 6f i
CONFIGURATION ,
c Extension Cable from top of da-k '
to concrete floor for convenienci md speed l
1 t
7.11 Preburn Inspection 7.11.1 The Laboratory shall perform insulation resistance testing of all circuits with a 500 v megohmmeter for instrumentation and 1500 v megohmmater for power and control cables to establish .
reasonable assurance that wiring insulation was not damaged prior to or during installation. This will determine the insulation resistance from all conductor to conductor ,
combinations, and each conductor to ground. Details of this testing will be discussed in each test report and documented on
" Insulation . Resistance Testing Data Sheets." The acceptance O O
- r. %.A 9O I RAT 1 i
A3 -
i TU Electric TEST PLAN- Rev.11 P .ge 12 O criteria for each "meggered" cable is based on the following formula-.
( 7 + 1)
- 1000 (ft)
IR Acceptance Value (MR) 2 Length (ft) :
7.11.2 Prior to the commencement of the fire endurance test, a thorough check of each test assembly and associated ;
equipment (including data recording equipment) shall be performed and documented by the testing laboratory.
7.11.3 TU Electric shall inspect the Thermo-Lag Fire Barrier System for surface defects, etc. prior to test.
7.11.4 Written approval of the construction, assembly, installation and instrumentation will be supplied by TU Electric and the >
Laboratory prior to performance of each fire exposure test (a sign-off sheet for this purpose will be supplied by the ;
Laboratory). j 7.11.5 Prior to commencement of the fire endurance test, the moisture content of the Thermo-Lag Fire Barrier Materials O shall be documented. A Delmhorst, Model DP hand held meter (or equivalent), suitably calibrated, shall be used for measurement of moisture content. Documentation shall demonstrate through the stabilization of ti,e moisture content readings that test specimens have achieved an equilibrium moisture condition. The conditioning period shall not be less ,
than 7 days.
8.0 PROCEDURE 8.1 Fire Endurance Test '
8.1.1. The protected test article shall be exposed to the standard i time / temperature curve found in ASTM E119 (88) for one hour.
8.1.2 The testing organization shall adapt their testing procedures to assure the fire test complies with the requirements established in all referenced portions of referenced standards. Any changes, i revisions, or deviations required to comply with this requirement shall be documented and properly justified and included as a part of the final test report.
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14 TU Electric TEST PLAN- Rev.11 Page IS O 8.2 Insulation Resistance Test i
)1 8.2.1 The insulation resistance test shall be conducted in accordance ,
with Section 7.11.1 prior to the fire test and following the hose stream test.
8.3 Water Hose Stream Test 1 8.3.1 Immediately following the fire endurance test, accessible surfaces of the protected test article shall be subjected to the water hose stream test. The hose stream test will be applied using a 30 angle spray nozzle with a minimum pressure at the nozzle of 75 psi at a distance of 5 feet, for a 5 minute duration. ,
The minimum flow from the nozzle shall be 75 gpm (in accordance with Ref. 4.1.21.). Proper safety precautions shall be exercised. Only those personnel required to perform the hose i stream test shall be allowed in the immediate area, and only then with appropriate breathing apparati.
8.4 Protective Envelope Inspection i 8.4.1 Following the Water Hose Stream Test a visual inspection will O- be conducted of the outer surface of the protective envelope including all material and seams. The condition of the envelope will be documented, including any locations where there is evidence of burn through or opening of the barrier, on a " Barrier Inspection Data Sheet." '
8.5 Cable Inspection 8.5.1 Following the Protective Envelope Inspection and Post Fire Insulation Resistance Test, visual inspection of all cables for ;
each test article shall be performed. The physical condition of all cables shall be detailed on " Cable Inspection Data Sheets"in -
the final test report and suitably photographed. The criteria utilized for visual inspection of cables shall include but is not necessarily limited to the followmg-l a) jacket swelling / blistering, splitting / cracking, discoloration or melting b) shield exposed c) conductor insulation exposed, degraded or discolored !
d) bare copper conductor exposed e) jacket hardening O oo ~s.4 ,
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'I U Electric TEST PLAN- Rev.11 Page 14 >
i O 9.0 DATA SYSTEMS 9.1 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, although the furnace thermocouples will be ;
scanned every 15 seconds, to allow close control of the furnace. A l printer output and scanning of all other thermocouple data will also be !
done at intervals of one minute or less, but will not be included in the test report (however, this record will be filed in the QC document file at the Laboratory). i 9.2 Monitoring of raceway (steel) and cable- thermocouples will be terminated upon completion of the fire endurance test.
10.0 FIRE TEST REPOE f
- 10.1 The Laboratory will submit a report on the results of the test and thermocouple data.
l 10.2 The Laboratory will assemble the final test report, containing the :
collected data and required quality control documentation.
10.3 The test report shall be prepared in sufiicient detail to summarize the l total testing activity. The report shallinclude as a minimum: ,
a) Date of the test l b) Location of the test j c) Description of the test furnace and test articles '
d) Calibration documentation of all thermocouples i e) Qualification and certifica &n for test personnel r' f) Test procedures used g) Acceptance criteria h) Provide quality control records for:
Test article construction >
Qualification and certification for installation and inspection personnel l Identification and installation of fire barrier material
- Thermocouple locations
- Cables, size, type, and location i Actual tray and conduit fill densities '
i) Computer printout and graphic results of the fire endurance test l j) All raw data including thermocouple measurements h) 35mm and VHS video photographic coverage of the test project
- 1) Provide a chronological log (Event Log) of all activities from O receipt of materia ls through final test report O
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4G TU Electric TEST PLAN- Rev.11 Pag) 15 X
i) m) Insulation resistance test methodology and documentation n) Post test protective envelope and cable inspection records and results
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- 17 Report No.12340-95767 October 4,1993 Texas Utilities Electric APPENDICES l
I i
t i
t
+
O Appendix C 1 THERMOCOUPLE LOCATIONS 4 4 3
5.ORAT , / :
O O O pu a3 y.u u3 NOTE:
Type K, chromel-alumel thennocouples (24 gauge, aw-i
,_m 1.u . ,
m__m see m m, cw, se w ~
,._ % w._
w em z_.""^
-e m
o' electrically welded) were
- affixed to the cable tray side y- f l rails at the designated locations j TC #178, -
- by drilling and tapping a hole TC #191
- TC #190 into the cable tray side rail y
y TC #203 steel. Each thermojunction p o S TC #179, - .'
was then clamped under the g e, TC #192 TC #189 head of an 8-32 machine TC #180, . ./$
>
- I-screw. The top set of ir "- -
u a p,; 'TC #202 d,4 thermocouple channel numbers g ,p TC #193 @__, in e e e, __[ Mates thermocouples gh TC #188 C
/
sN 7, 7 TC #201 installed along the rear side TC #181 r \ - -
rail. The bottom set of TC #194 ! thermocouple channel numbers
- ]-.
[/
7*T i \- indicates thermocouples TC #182 _/ w-1 t- TC #186 TC #187 installed along the front tray rali i' TC #195 TC #183 TC #184 TC #185 TC #199 TC #196 TC #197 TC #198 w______- - , - . _ - - - _
-- - - - - - - - , . - - - - - . ~ ~ --
OMEGA POINT LABORATORIES, INC.
Project No. 12340-95767 TEXAS UTILTIES ELECTRIC Fig. 9 Thermocoupi ? Locations -
Inner Cable 'ay 4
O G G) a y u n.q y n aq NOTE:
Type K, chromel-alumel thermocouples (24 gauge, electrically welded) were affixed to the cable tray side rails at the h Mh, designated locations by drilling and p- q tapping a hole into the cabte tray TC #204 / e' side rail steel. Each TC #221 N i thermojunction was then clamped g , NTC#220 under the head of an 8-32 machine 94 0 4r TC #205 / TC #237 screw. The top set of e e o TC #222 Q thermocouple channel numbers
/p > g a \TC #219 indicates thermocouples installed TC #20G / .. -
F.
- ~
, ~, R e TC #236 along the rear sido rail. The
'en g+ TC #223 ':1 I:*-
Q bottom set of thermocouple 3
, ( , \TC #218 channel numbers indicates TC #207 O O gs TC #235 thermocouples installed along the TC #224 * : *:)* e fr nt tray rail
,e .e . ,e w
? e (::
c a TC #208 TC #225 TC #209 [- /w w// w /
TC #215 TC #217 TC #234 TC #226 TC #228 / TC #230 TC #232 TC #210 TC #212 TC #214 TC #216 TC #227 TC #229 TC #231 TC #233 ix. ,--n. > . , . : a ; .w . . . . . . . . . , .
- w . . > . x -:.
.c w a ~ ~~~n.-+ w -
OMEGA POINT LABORATORIES, INC.
Project No.12340-95767 TEXAS UTILTIES ELECTRIC Fig.10 Thermocouple Locations -
Outer Cable Tray A
n -,
P 4,d$(4M,.v :f A;+.: S Ads.:>L:y,.J;' - .AVM:W5 s:.sce 74 24919ft,'s'd A W. s #:: i : l' i. .':: - - + -
i i
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N Probes inserted through;:
- . the steel deck surface
- x x
l . - . . . ,
2 a .- # 1 :- #4?
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OMEGA POINT LABORATORIES, INC. ;
Project No. 12340-95767 i t
TEXAS UTILITIES ELECTRIC !
Fig.11 Furnace Probe Locations !
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~93110 4 0 3 4 5 - i e
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51 l THERMOCOUPLE PLACEMENT LOG - PROJECT NO. 95767 Project #: 95767 is Log is to be used to document the precise location of the thermocouples located on each test Scheme #: 11-4 itam. The back of this sheet may be used for any nseessary drawings or schematics. Item: ToD 24" Cable Trav ,
1 Power Cable TC Number Description of exact physical location P1 On W-020 Power Cable,2" below deck insulation, in right side of tray.
P2 On W-020 Power Cable, 6" from previous thermocouple.
P3 On W-020 Power Cable,6" from previous thermocouple. ,
P4 On W-020 Power Cable,6" from previous thermocouple.
P5 On W-020 Power Cable,6" from previous thermocouple.
P6 On W-020 Power Cable,6" from previous thermocouple.
P7 On W-020 Power Cable,6" from previous thermocouple.
P8 On W-020 Power Cable,6* from previous thermocouple.
P9 On W-020 Power Cable,6" from previous thermocouple.
P10 On W-020 Power Cable, 6" from previous thermocouple.
Pil On W-020 Power Cable,6" from previous thermocouple.
P12 On W-020 Power Cable,6" from previous thermocouple.
P13 On W-020 Power Cable,6" from previous thermocouple.
P14 On W-020 Power Cable, 6" from previous thermocouple.
P15 On W-020 Ppwer Cable,6" from previous thermocouple.
P16 On W-020 Power Cable, 6" from previous thermocouple.
P17 On W-020 Power Cable,6" from previous thermocouple.
P18 On W-020 Power Cable,6" from previous thermocouple.
P19 On W-020 Power Cable,6" from previous thermocouple.
P20 On W-020 Power Cable,6" from previous thermocouple.
P21 On W-020 Power Cable,6" from previous thermocouple.
P22 On W-020 Power Cable,6" from previous thermocouple.
P23 On W-020 Power Cable,6" from previous thermocouple.
P24 On W-020 Power Cable,6" from previous thermocouple.
P25 On W-020 Power Cable,6" from previous thermocouple.
9 NOTE: TCs shall be numbered sequentially from 1 upwards for each deck assembly. Prefixes shall be added as follows: P (power cable), C (control cable), I (instrumentation cable) and E (engineering TC), for instance P1, E35 C46, etc.
' LEASE USE THE BACK OF THIS SHEET FOR DRAWINGS, IF NECESSARY
32 ,
l THERMOCOUPLE PLACEMENT LOG - PROJECT NO. 95767 Project #: 95767 is Log is to be used to document the precise location of the thermocouples located on each test Scheme #: I l-4 item. The back of this sheet may be used for any necessary drawings or schematics. Item
- Ton 24" Cable Trav Control Cable TC Number Description of exact physical location C26 On W-048 Power Cable, 2" below deck insulation, in right side of tray.
C27 On W-048 Power Cable,6" from previous thermocouple.
C28 On W-048 Power Cable,6" from previous thermccouple.
C29 On W-048 Power Cable,6" from previous thermocouple.
C30 On W-048 Power Cable,6" from previous thermocouple.
C31 On W-048 Power Cable,6" from previous thermocouple.
C32 On W-048 Power Cable,6" from previous thermocouple.
C33 On W-048 Power Cable,6" from previous thermocouple.
C34 On W-048 Power Cable,6" from previous thermocouple.
C35 On W-048 Power Cable,6" from previous thermocouple.
C36 On W-048 Power Cable,6" frcm previous thermocouple.
C37 On W-048 Power Cable,6" from previous thermocouple.
C38 On W-048 Power Cable,6" from previous thermocouple.
C39 On W-048 Power Cable,6" from previous thermocouple.
C40 On W-048 Power Cable,6" from previous thermocouple.
C41 On W-048 Power Cable,6" from previous thermocouple.
C42 On W-048 Power Cable,6" from previous thermocouple.
C43 On W-048 Power Cable,6" from previous thermocouple.
C44 On W-048 Power Cable,6" from previous thermocouple.
C45 On W-048 Power Cable,6" from previous thermocouple.
C46 On W-048 Power Cable,6" frorn previous thermocouple.
C47 On W-048 Power Cable,6" from previous thermocouple.
C48 On W-048 Power Cable,6" from previous thermocouple.
C49 C50 On W-048 Power Cable,6" from previous thermocouple.
On W-048 Power Cable,6" from previous thermocouple.
}>
NOTE:'ICs shall be numbered sequentially from 1 upwards for each deck assembly. Prefixes shall be added as follows: P (power cable). C (control cable), I (instrumentation cable) and E (engineering TC), for instance P1, E35, C46, etc.
' LEASE USE THE BACK OF THIS SHEET FOR DRAWINGS. IF NECESSARY
33 l THERMOCOUPLE PLACEMENT LOG - PROJECT NO. 95767 Project #: 95767 TE:
is Log is to be used to document the precise location of the thermocouples located on each test Scheme #: 11-4 itent The back of this sheet may be used for any necessary drawings or schematics. Item: Ton 24" Cable Trav Instrumentation cable TC Number Description of exact physical location 151 On W-071 Power Cable,2" below deck insulation, in right side of tray.
152 On W-071 Power Cable,6" from previous thermocouple.
153 On W-071 Power Cable,6" from previous thermocouple.
154 On W-071 Power Cable,6" from previous thermocouple.
155 On W-071 Power Cable,6" from previous thermocouple.
156 On W-071 Power Cable,6" from previous thermocouple.
157 On W-071 Power Cable,6" from previous thermocouple.
158 On W-071 Power Cable,6" from previous thermocouple.
159 On W-071 Power Cable,6" from previous thermocouple.
160 On W-071 Power Cable,6" from previous thermocouple.
I61 On W-071 Power Cable,6" from previous thermocouple.
162 On W-071 Power Cable,6" from previous thermocouple.
I63 On W-071 Power Cable,6" from previous thermocouple.
164 On W-071 Power Cable,6" from previous thermocouple.
I65 On W-071 Power Cable,6" from previous thermocouple.
166 On W-071 Power Cable,6" from previous thermocouple.
167 On W-071 Power Cable,6' from previous thermocouple.
168 On W-071 Power Cable, 6" from previous thermocouple.
169 On W-071 Power Cable,6" from previous thermocouple.
170 On W-071 Power Cable,6" from previous thermocouple.
171 On W-071 Power Cable,6" from previous thermocouple.
172 On W-071 Power Cable,6" from previous thermocouple.
173 On W-071 Power Cable,6' from previous thermocouple.
- 174 On W-071 Power Cable,6" from previous thermocouple.
175 On W-071 Power Cable,6" from previous thermocouple.
I NOTE:'ICs shall be numbered sequentially from 1 upwards for each deck assembly. Prefixes shall be added as follows: P (power cable). C (control cable), I(instrumentation cable) and E (engineering TC), for instance P1, E35, C46, etc.
' LEASE USE THE BACK OF THIS SHEET FOR DRAWINGS, IF NECESSARY l
34 l THERMOCOUPLE PLACEMENT LOG - PROJECT NO. 95767 Project #: 95767 is Log is to be used to document the precise location of the thermocouples located on each test Scheme #: 11-4 itsm. The back of this sheet may be used for any necessary drawings or schematics. Item: Bottom 24" Cable Trav Power cable TC Number Description of exact physical location P76 On W-020 Power Cable,1" below deck insulation,in right side of tray.
P77 On W-020 Power Cable,6" from previous thermocouple.
P78 On W-020 Power Cable,6" from previous thermocouple.
P79 On W-020 Power Cable, 6" from previous thermocouple.
P80 On W-020 Power Cable,6" from previous thermocouple. .
P81 On W-020 Power Cable,6" from previous thermocouple.
P82 On W-020 Power Cable,6" from previous thermocouple.
P83 On W-020 Power Cable,6" from previous thermocouple.
P84 On W-020 Power Cable,6" from previous thermocoyle.
P85 On W-020 Power Cable,6" from previous thermoco ;le. ,
P86 On W-020 Power Cable,6" from previous thermocouple. ;
P87 On W-020 Power Cable,6" from previous thermocouple.
P88 On W-020 Power Cable,6" from previous thermocouple.
P89 On W-020 Power Cable, 6" from previous thermocouple.
P90 On W-020 Power Cable,6" from previous thermocouple.
P91 On W-020 Power Cable,6" from previous thermocouple.
P92 On W-020 Power Cable,6" from previous thermocouple.
P93 On W-020 Power Cable, 6" from previous thermocouple.
P94 On W-020 Power Cable,6" from previous thermocouple.
P95 On W-020 Power Cable,6" from previous thermocouple.
P96 On W-020 Power Cable,6" from previous thermocouple.
P97 On W-020 Power Cable, 6" from previous thermocouple.
P98 On W-020 Power Cable,6" from previous thermocouple.
P99 On W-020 Power Cable,6" from previous thermocouple.
P100 On W-020 Power Cable,6" from previous thermocouple.
P101 On W-020 Power Cable,6" from previous thermocouple.
P102 On W-020 Power Cable,6" from previous thermocouple.
P103 On W-020 Power Cable,6" from previous thermocouple.
P104 On W-020 Power Cable,6" from previous thermocouple.
P105 On W-020 Power Cable,6" from previous thermocouple.
P106 On W-020 Power Cable,6" from previous thermocouple.
P107 On W-020 Power Cable,6" from previous thermocouple.
P108 On W-020 Power Cable,6" from previous thermocouple.
P109 On W-020 Power Cable,6" from previous thermocouple.
NOTE: 'ICs shall be numbered sequentially from 1 upwards for each deck assembly. Prefixes shall be added as follows: P (power cable), C (control cable), I(instrumentation cable) and E (engineering TC), for instance P1, E35, C46, etc.
' LEASE USE THE BACK OF THIS SHEET FOR DRAWINGS, IF NECESSARY
35, THERMOCOUPLE PLACEMENT LOG - PROJECT NO. 95767 Project #: 95767
[OTE:
his Log is to be used to document the precise location of the thermocouples located on each test Scheme #: 11-4 itsm. The back of this sheet may be used for any necessary drawings or schematics. Item: Bottom 24" Cable Trav Control cable TC Number Description of exact physical location C110 On W-048 Power Cable,1" below deck insulation,in right side of tray. <
C111 On W-048 Power Cable,6" from previous thermocouple.
C112 On W-048 Power Cable,6" from previous thermocouple.
C113 On W-048 Power Cable,6" from previous thermocouple.
C114 On W-048 Power Cable,6" from previous thermocouple.
C115 On W-048 Power Cable,6" from previous thermocouple.
C116 On W-048 Power Cable,6" from previous thermocouple.
C117 On W-048 Power Cable,6" from previous thermocouple.
C118 On W-048 Power Cable,6" from previous thermocouple.
C119 On W-048 Power Cable,6" from previous thermocouple.
C120 On W-048 Power Cable,6" from previous thermocouple.
C121 On W-048 Power Cable,6" from previous thermocouple.
C122 On W-048 Power Cable,6" from previous thermocouple.
C123 On W-048 Power Cable,6" from previous thermocouple. '
C124 On W-048 Power Cable, 6" from previous thermocouple.
C125 On W-048 Power Cable,6" from previous thermocouple.
C126 On W-048 Power Cable,6" from previous thermocouple.
C127 On W-048 Power Cable,6" from previous thermocouple.
C128 On W-048 Power Cable,6" from previous thermocouple.
C129 On W-048 Power Cable,6" from previous thermocouple.
C130 On W-048 Power Cable,6" from previous thermocouple.
C131 On W-048 Power Cable,6" from previous thermocouple.
C132 On W-048 Power Cable,6" from previous thermocouple. '
C133 On W-048 Power Cable,6" from previous thermocouple.
C134 On W-048 Power Cable,6" from previous thermocouple.
C135 On W-048 Power Cable,6" from previous thermocouple.
C136 On W-048 Power Cable,6" from previous thermocouple.
C137 On W-048 Power Cable,6" from previous thermocouple.
C138 On W-048 Power Cable,6" from prcvious thermocouple. '
C139 On W-048 Power Cable,6" from previous thermocouple.
C140 On W-048 Power Cable,6" from previous thermocouple. !
C141 On W-048 Power Cable,6" from previous thermocouple.
C142 On W-048 Power Cable,6" from previous thermocouple.
C143 On W-048 Power Cable,6" from previous thermocouple.
NOTE: TCs shall be numbered sequentially from 1 upwards for each deck assembly. Prefixes shall be added as follows: P (power cable), C (control cable), I(instrumentation cable) and E (engineering TC), for instance P1, E35, C46, etc.
' LEASE USE THE BACK OF THIS SHEET FOR DRAWINGS, IF NECESSARY 1
3G THERMOCOUPLE PLACEMENT LOG - PROJECT NO. 95767 Project #: 95767 (OTE:
his t.og is to be used to document the precise location of the therrnocouples located on each test Scheme #: 11-4 lierrt The back of this sheet may be used for any necessary drawings or schematics. Item: Bottom 24" Cable Trav Instrumentation cable TC Number Description of exact physical location 1144 On W-071 Power Cable,1" below deck insulation, in right side of tray.
1145 On W-071 Power Cable,6" from previous thermocouple.
1146 On W-071 Power Cable,6" from previous thermocouple.
1147 On W-071 Power Cable,6" from previous thermocouple.
I148 On W-071 Power Cable,6" from previous thermocouple.
1149 On W-071 Power Cable,6" from previous thermocouple.
I150 On W-071 Power Cable,6" from previous thermocouple.
I151 On W-071 Power Cable,6" from previous thermocouple.
1152 On W-071 Power Cable,6" from previous thermocouple.
1153 On W-071 Power Cable,6" from previous thermocouple.
1154 On W-071 Power Cable,6" from previous thermocouple.
1155 On W-071 Power Cable,6" from previous thermocouple.
1156 On W-071 Power Cable,6" from previous thermocouple.
1157 On W-071 Power Cable,6" from previous thermocouple.
1158 On W-071 Power Cable,6" from previous thermocouple.
1159 On W-071 Power Cable,6" from previous thermocouple.
1160 On W-071 Power Cable,6" from previous thermocouple.
1161 On W-071 Power Cable,6" from previous thermocouple.
1162 On W-071 Power Cable,6" from previous thermocouple.
1163 On W-071 Power Cable,6" from previous thermocouple.
1164 On W-071 Power Cable,6" from previous thermocouple.
I165 On W-071 Power Cable,6" from previous thermocouple.
1166 On W-071 Power Cable,6" from previous thermocouple.
1167 On W-071 Power Cable,6" from previous thermocouple.
1168 On W-071 Power Cable,6" from previous thermocouple. ,
1169 On W-071 Power Cable,6" from previous thermocouple.
1170 On W-071 Power Cable,6" from previous thermocouple.
1171 On W-071 Power Cable,6" from previous thermocouple.
1172 On W-071 Power Cable,6" from previous thermocouple.
1173 On W-071 Power Cable,6" from previous thermocouple.
1174 On W-071 Power Cable,6" from previous thermocouple.
- 1175 On W-071 Power Cable,6" from previous thermocouple. ;
1176 On W-071 Power Cable,6" from previous thermocouple.
1177 On W-071 Power Cable. 6" from previous thermocouple.
NOIL 'JCs shall be numbered sequentially from 1 upwards for each deck assembly. Prefixes shall be added as follows: P (power cable). C (control cable). I (instrumentation cable) and E (engineering TC), for instance P1, E35, C46, etc. i
") LEASE USE THE BACK OF THIS SHEET FOR DRAWINGS, IF NECESSARY
O(
l THERMOCOUPLE PLACEMENT LOG - PROJECT NO. 95767 Project #: 95767 TE:
lis Log is to be used to document the precise location of the thermocouples located on each test Scheme #: 11-4 itam. The back of this sheet may be used for any necessary drawings or schematics. Item: Ton 24" Cable Trav Cable trav side rail TC Number Description of exact physical location E178 On horizontal centerline of rear tray rail on right side of cable tray,8" below '
deck insulation.
E179 On rear cable tray side rail,12" below previous thermocouple. i E180 On rear cable tray side rail,12" below previous thermocouple.
E181 On rear cable tray side rail,12" from previous thermocouple, on rail connector.
E182 On rear cable tray side rail,12" left of previous thermocouple, on rail clamp.
E183 On rear cable tray side rail,12" left of previous thermocouple.
E184 On rear cable tray side rail,12" left of previous thermocouple.
E185 On rear cable tray side rail,12" left of previous thermocouple.
E186 On rear cable tray side rail,12" left of previous thermocouple, on rail clamp.
E187 On rear cable tray side rail,12" from previous thermocouple, on rail connector.
E188 On rear cable tray side rail,12" from previous thermocouple.
E189 On rear cable tray side rail,12" above previous thermocouple.
E190 On rear cable tray side rail,12" above previous thermocouple, 8" below deck I I insulation.
E191 On horizontal centerline of front tray rail on right side of cable tray,8" below deck insulation.
E192 On front cable tray side rail,12" below previous thermocouple.
E193 On front cable tray side rail,12" below previous thermocouple.
E194 On front cable tray side rail,12" from previous thermocouple, on rail connector.
E195 On front cable tray side rail,12"left of previous thermocouple, on rail clamp.
E196 On front cable tray side rail,12"left of previous thermocouple. .
E197 On front cable tray side rail,12"left of previous thermocouple.
E198 On front cable tray side rail,12"left of previous thermocouple.
E199 On front cable tray side rail,12"left of previous thermocouple, on rail clamp.
E200 On front cable tray side rail,12" from previous thermocouple, on rail connector.
E201 On front cable tray side rail,12" from previous thermocouple.
E202 On front cable tray side rail,12" above previous thermocouple.
E203 On front cable tray side rail,12" above previous thermocouple,8" below deck insulation.
' OTE:'ICs shall be numbered seqaentially from 1 upwards for each deck assembly. Prefixes shall be added as follows: P
{ hwer cable), C (control cable), I(instrumentation cable) and E (engineering TC), for instance P1, E35, C46, etc.
, / LEASE USE THE BACK OF THIS SHEET FOR DRAWINGS, IF NECESSARY
^
UO l THERMOCOUPLE PLACEMENT LOG - PROJECT NO. 95767 Project #: 95767 TE:
is Log is to be used to document the precise location of the thermocouples located on each test Scheme #- 11-4 item. The back of this sheet may be used for any necessary drawings or s,chematics. Item: Bottom 24" Cable Trav Rear cable trav side rail TC Number Description of exact physical location E204 On horizontal centerline of rear tray rail on right side of cable tray,2" below deck insulation.
E205 On rear cable tray side rail,12" below previous thermocouple.
E206 On rear cable tray side rail,12" below previous thermocouple.
E207 On rear cable tray side rail,12" below previous thermocouple.
E208 On rear cable tray side rail,12" left of previous thermocouple.
E209 On rear cable tray side rail,12" left of previous thermo<puple.
E210 On rear cable tray side rail,12" left of previous thermohuple, on rail clamp.
E211 On rear cable tray side rail,12" left of previous thermodauple.
E212 On rear cable tray side rail,12" left of previous thermocouple.
E213 On rear cable tray side rail,12"left of previous thermocouple.
E214 On rear cable tray side rail,12"left of previous thermocouple, on rail clamp.
E215 On rear cable tray side rail,12" left of previous thermocouple.
E216 On rear cable tray side rail,12"left of previous thermocouple.
E217 On rear cable tray side rail,12" from previous thermocouple, on rail connector. ,
E218 On rear cable tray side rail,12" above previous thermocouple. '
E219 On rear cable tray side rail,12" above previous thermocouple.
E220 On rear cable tray side rail,12" above previous thermocouple,7" below deck insulation.
i
)
NO1E:'ICs shall be numbered sequentially from 1 upwards for each deck assembly. Prefixes shall be added as follows: P (power cable), C (control cable), I (instrumentation cable) and E (engineering TC), for inr,tance P1, E35, C46, etc.
' LEASE USE THE BACK OF THIS SHEET FOR DRAWINGS, IF NECESSARY
UO l THERMOCOUPLE PLACEMENT LOG - PROJECT NO. 95767 Project #: 95767 TE:
is Log is to be used to document the precise location of the thermocouples located on each test emeC 1M itsm. The back of this sheet may be used for any necessary drawings or schematics. Item: Bottom 24" Cable Trav Front cable trav side rail TC Number Description of exact physical location E221 On horizontal centerline of front tray rail on right side of cable tray,2" b: low deck insulation.
E222 On front cable tray side rail,12" below previous thermocouple.
E223 On front cable tray side rail,12" below previous thermocouple.
E224 On front cable tray side rail,12" below previous thermocouple.
E225 On front cable tray side rail,12"left of previous thermocouple.
E226 On front cable tray side rail,12"left of previous thermocouple.
E227 On front cable tray side rail,12"left of previous thermocouple, on rail clamp. '
E228 On front cable tray side rail,12"left of previous thermocouple.
E229 On front cable tray cide rail,12"left of previous thermocouple.
E230 On front cable tray side rail,12"left of previous thermocouple.
E231 On front cable tray side rail,12"left of previous thermocouple, on rail clamp.
E232 On front cable tray side rail,12"left of previous thermocouple.
E233 On front cable tray side rail,12"left of previous thermocouple.
I F E234 On front cable tray side rail,12" from previous thermocouple, on rail connector.
E235 On front cable tray side rail,12" above previous thermocouple.
E236 On front cable tray side rail,12" above previous thermocouple.
E237 On front cable tray side rail,12" above previous thermocouple, 7" below deck insulation.
NOE: 1Cs shall be numbered sequentially from 1 upwarcs for each deck assembly. Prefixes shall be added as follows: P (power cable), C (control cable),1(instrumentation cable) and E i. ngineering TC), for instance P1, E35, C46, etc.
' LEASE USE THE BACK OF THIS SHEET FOR DRAWINGS, IF NECESSARY
GO I THERMOCOUPLE PLACEMENT LOG - PROJECT NO. 95767 Project #: 95767 E:
is Log is to be used to document the precise location of the thermocouples located on each test Scheme #*- 11-4 lt:rrt The back of this sheet may be used for any necessary drawings or schematics. Item: Air Dron Between 24" Cable Trav TC Description of cract physical location -
Number E238 3" from end of conduit stub, on W-071 cable, in the top right penetration. ;
E239 3" from edge of tray rail, on W-071 cable, in the top right penetration.
E240 3" from end of conduit stub, on bare #8,in the top right penetration.
E241 3" from edge of tray rail, on bare #8,in the top right penetration. .
E242 3" from end of conduit stub, on W-071 cable, in the top,2nd from Hght penetration. -
E243 3" from edge of tray rail, on W-071 cable, in the top,2nd from right penetration.
E244 3" from end of conduit stub, on bare #8, in the top,2nd from dght penetration.
E245 3" from edge of tray rail, on bare #8,in the top,2nd from right penetration.
E246 3" from end of conduit stub, on W-071 cable, in the bottom right penetration.
E247 3" from edge of tray rail, on W-071 cable,in the bottom right penetration.
E248 3" from end of conduit stub, on bare #8,in the bottom right penetration. '
E249 3" from edge of tray rail, on bare #8,in the bottom right penetration.
E250 3" from end of conduit stub, on W-071 cable, in the bottom,2nd from right l I penetration.
E251 3" from edge of tray rail, on W-071 cable, in the bottom,2nd from right penetration.
E253 3" from end of conduit stub, on bare #8,in the bottom,2nd from right penetration.
E253 3" from edge of tray rail, on bare #8,in the bottom,2nd from right penetration.
E254 3" from end of conduit stub, on W-071 cable, in the top left penetration.
E255 3" from edge of tray rail, on W-071 cable, in the top left penetration.
E256 3" from edge of tray rail, on W-071 cable, in the top, 2nd from left penetration.
E257 3" from end of conduit stub, on W-071 cable,in the top,2nd from left penetration.
E258 3" from end of conduit stub, on bare #8,in the top,2nd from left penetration.
E259 3" from edge of tray rail, on bare #8,in the top,2nd from left penetration. 1 E260 3" from end of conduit stub, on bare #8,in the top left penetration.
E261 3" from edge of tray rail, on bare #8,in the top left penetration.
E262 3" from edge of tray rail, on W-071 cable, in the bottom,2nd from left penetration.
E263 3" from end of conduit stub, on W-071 cable, in the bottom, 2nd from left penetration.
E264 3" from end of conduit stub, on bare #8,in the bottom,2nd from left penetration.
E265 3" from edge of tray rail, on bare #8,in the bottom,2nd from left penetration.
E266 3" from end of conduit stub, on W-071 cable, in the bottom left penetration.
E267 3" from edge of tray rail, on W-071 cable,in the bottom left penetration.
E268 3" from end of conduit stub, on bare #8, in the bottom left penetration.
E269 3" from edge of tray rail, on bare #8, in the bottom left penetration.
NOTE: TCs shall be numbered sequentially from I upwards for each deck assembly. Prefixes shall be added as follows: P Sower cable), C (control cable), I (instrumentation cable) and E (engineering TC), for instance P1, E35, C46, etc.
. EASE USE THE BACK OF THIS SHEET FOR DRAWINGS, IF NECESSARY
- n. .
Ol ;
Report No. 12340-95767 October 4,1993 Texas Utilities Electric APPENDICES ;
.I 6
i I
1 I
O Appendix D ,
INSULATION RESISTANCE DETAILS ;
. s GAA o k.4 f
40 4AT r
G2
. TEXAS UTILITIES ELECTRIC This individual cable has CABLE SULATION RESISTANCE MEASUREMENT been labeled with the letter CODE shown in the box to the right, TA SHEET to simpiiry rapid i
identification. A PROJECT NO: 95Wo7 CABLE LENGTH (FT): 3OT-TEST NO: IR ACCEPTANCE VALUE: #%
RFAD IN MEGAOFDIS CIRCUIT PRE-TEST POST-TEST i TESTED IR X3 IR X3 ACCEPTANCE No 1 to No 2 3OR _T5' wt No.1 to No. 3 I 30K i Sf i Oh !
No. I to Ground 3K i % i vn 1 No. 2 to No. 3 1 3CK t 5r i b !
No. 2 to Ground i M i A1 ! M l No. 3 to Ground I ar' I 77 I 6n :
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Date Pre-Test IRT: bl?A7 II-4 Technician: 49% SCHEME #:
Date Post-Test IRT: T- IG -93 ASSEMBLY #:
Technician:- e 'h ITEM:
" ' ' 's CABLE FUNCTION: POWER
(]-.
- IRT = Insulation Resistance Test CABLE TYPE: W-020 Pre-Test Post-Test CABLE SIZE: 3/C #6 AWG IC -1137 IC 1140 ENERGIZE TO: 1500 VDC Cal. Due-93mq Cal. Dueq 310D[
G3 TEXAS UTILITIES ELECTRIC This individual cable has CABLE l INSULATION RESISTANCE MEASUREMENT been labeled with the letter CODE shovm in the box to the right' GATA SHEET to simpiiry rapid g ;
identification. LJ i
PROJECT NO: 9N CABLE LENGTH (FT): O-TEST NO: IR ACCEPTANCE VALUE: 2. %
1 READ IN MEGAOIDIS CIRCUIT PRE-TEST POST-TEST TESTED IR IR ACCEPTANCE Elack in Pink >50K /Mf ver Black to Orange 1 250R /Oo pf, Black to White > 50K RO 'vn .
Black to Green 75ck /7d I 'm Black to Ground 3cK '
f, o 6a Pink to Orance 750K / sR n Vu Pink to White 1 75oK (7 O , , < f- ,
Pink to Green i 75cK /M i 'v e r l Pink to Ground 7C I 4et 'v n Orance to White i >5cc 9C 6 <f Orance to Green ! 75cc t70 I 'v ef (NOrance to Ground i Sok AO ! 6 er
( / White to Green i 7 50K /4o j
'v a White to Ground OBK Vo O r>
Green to Ground acK //5- 'm i
-6hichi to Ground --- 7 i l i
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Date Pre-Test IRT: F-I A-9 Technician: v 74m SCHEME #: II~4 Date Post-Test IRT:
- F/'/5 M3 ASSEMBLY #:
Technician: /' // Me ITEM:
CABLE FUNCTION: INSTRUMENT
- IRT = Insulation Resistance Test CABLE TYPE: W-071 Pre-Test Post-Test CABLE SIZE: 5/C #16 AWG 1C - 110 IC- //3 7 ENERGIZE TO: 500 VDC Cal. Due_9360pj Cal. Due -73/oof
,I /
4.
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W
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- l li!! l.8 lllE=s l 1.25 1 1.4 i__ ! __
lL[ 1.6 l+- 150mm >-
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6" >
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TEXAS UTILITIES ELECTRIC This individual cable has CABLE been labeled with the letter CODE 4SULATION ATA SHEET RESISTANCE MEASUREMENT shovm in the box to the right, to simpliry rapia identification. C PROJECT NO: 9 5 ~1 (p 7 N-CABLE LENGTH (FT):
TEST NO: IR ACCEPTANCE VALUE: Z 52 READ IN MEGAOIDIS CIRCUIT PRE-TEST POST-TEST TESTED IR %3 IR X3 ACCEPTANCE Black in Pink 250K W wr Black to Orance ! 7 50t i 4.C i
/w r Black to White ~ asot ! 5 ~A 6n Black to Green > 5Cf I ~i 5' 'u e r Black to Ground I iot i 35' I 'v/r Pink to Orance i 75ct: I SY ,
'ver Pink to White i 75tr_ ! 5 c) Or3 Pink to Green i 250K i tv 0 'v e s Pink to Ground i i OK. I 40 Qef Orange to White Orange to Green i 7 Sc)K I W 4rf i 2 50K l bo 'y<f Orance to Ground I lor I 3f Of White to Green I 750K I 70 Ger White to Ground i Ick I 45 i 'v o Green to Ground I ttA I Er I 'v o i I i l I i 1 i i i l l I I 1 i
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I i l I i i i Date Pre-Test IRT: 3-O'M Technician: #> 1*A SCHEME #: II-4 Date Post-Test IRT: 3 -1L- O ASSEMBLY #:
em Technician: 4441 ITEM:
( ) CABLE FUNCTION: CONTROL
- IRT = Insulation Resistance Test CABLE TYPE: W-048 Pre-Test Post-Test CABLE SIZE: 5/C #12 AWG IC- 11't-) IC- 11to ENERGIZE TO: 1500 VDC Cal. Due- 931tcl Cal Due- 931001
n- i OO ;
Report No. 12340-95767 October 4,1993 ,
Texas Utilities Electric APPENDICES l
( I e
i t
b i
t i
i O
Appendix E GRAPHICAL TEST DATA i
.t 8
i t
I l
O OAA d $A o
l i
'*onno5 1
O O O Texas Utilities Electric '
Project No. 12340-957637 Furnace Temperatures 2000 ' ' ' ' ' ' ' -
l E119 Std Furnace 1500 - g -
C ef %, G e :*
e 1000-o*'e s l 51
- a E
A 500 -- -
l
/
/
0 -
i -
i -
r i i i-0 10 20 30 40 50 60 70 Time (min)
I a
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Cables 250- ' ' '
1 - ' ' - -
Top Tray Power Cable Avg f Top Tray Control Cable Avg 200-. - - - - - Top Tray Inst. Cable Avg c. _
0 O
l -
a : a
% s* i
$ 100- -
50- -
0 - , -
i -
i i i ,- -
0 10 20 30 40 50 60 70 Time (min) a
^1
_ .._. ___ ._. . ..-_ _ .._ . _ ~... - , ._ __ _ .. . _ . . . . . _ _ . . . . _ . . _ . _. ~ . . _ _ _ . . . . _ _ . .
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Rails 300 ' '
Top Tray Front Rail Avg 250-. Top Tray Rear Rail Avg _
C 200- -
f + ,;
L e
e.4 , a
%, o g 150-s Lp a>
g
/
5 g 100-- -' -
50- -
0 .
i i -
i i i i-0 10 20 30 40 50 60 70 Time (min)
C)
C')
- _ _ - _ _ _ _ _ _ _ _ _ _ - _ _ . - - - - .. _ . _ . - . . . - . . . . . . . . - . . . . - - - . _ - - . . - . - . - , . - . . . - . . . - . . - ~ . . .
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Cables 250 ' ' '
1 " ' -
Bottom Tray Power Cable Avg Bottom Tray Control Cable Avg 200- ----- Bottom Tray Inst. Cable Avg _
e gf % -
iso _ ._
e ; e
" , a
/gs 5 & 0 e '.
$ 100 - _
A 50- -
0 .
i -
t ,
i .i , .
i 0 10 20 30 40 50 60 70 Time (min)
C3 C'
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Rails 300 ' ' ' ' ' ' ' ' ' '
Bottom Tray Front Rail Avg 250 -- Bottorn Tray Rear Rail Avg _
G? 200-
/n o++ o d
T. e
= si
- >, o p y 150-E E
F 100-- __
50- -
O r i . , .
i . .,.t .
0 10 20 30 40 50 60 70 Time (min)
~1 C
. _ _ - . . - - _ _ _ - . . - - . . - _ . . _ _ . - . ~ . . _ - - _ _ _ . _ . _ - . . _ . , _ _ . . _ _ - . . . . . - . _ - - . _ . . - . _ _ . . . _ . _ . _ . . _ _ _ . . . . _ _ . _ _ - - . - . ~ . ~ . . ~ - - _ . . _
O O O Texas Utilities Electric Project No. 12340-957637 Air Drop 300- ' ' ' ' ' ' ' ' ' '
Air Drop W-071 Avg 250_. Air Drop Bare #8 Avg .-
C 200-
,# %, L O '
e 2
O 150- -
a E
@ 100- - -
50- -
0- -
i ,
i -
i i -
i i -
t 0 -10 20 30 40 50 60 70 Time (min) si l H i..- ___-_-. - ~_.._-- - .- -..- ------ . - - - - - - - - - - - - - - - - - - - - - - - - - - -- - ~---- - - -~~-----
O O O Texas Utilities Electric
- Project No. 12340-957637 Top Tray Power Cable 250 ' ' ' ' ' ' ' '
Top Tray Power Cable Avg ,
- - TC # 3
[ ;* _
8 e 150- -
E /
\s s/ H g
E 100- -
A 50- -
0- -
T -
r -
i ir -
i -
0 10 20 30 40 50 60 70 l
Time (min) i l
s.1 -
DJ
.-... _ _ . - _ . . - . , ~ . . _ . _ . _ _ . _ . . - - _ _ . . _ . - . . _ . . . . - ~ . _ . . . . , . . . - - . _ . _ - -
_ . . - . _ . , . _ - . - _ . - . . _ . . - - - - _ _ . . . . . . . . . ~ . . _ _ . . .
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Power Cable-250 - ' - ' - ' - ' - ' - ' -
Top Tray Power Cable Avg -
TC # 4 200. - - - - - TC # 5 ,
- - TC # 6 -
m a o P- -
o o'e 9*o
- e 150-
- O
~
w
/gs L+% /p w
@ 100-- , .
m h
50- -
0- -
i ,
i .
i -
i .
i i .
0 10 20 30 40 50 60 70 i
e Time (min) 9 t
d S:
. . , . . . . - - - - . - - - - - . . . . - - - - . - ~ . . . . - . - , ~ , - - . . , ,,-,,.-,.n-,. +-,--.,~.-~- -- - .c~-- .-,.-n--- - , ~ . . . , . , . . . . - - - . . . - - . . - - - - , .,~..-n. - . - - - , . + - . . - , - - , , ~ . . . . . . , . .
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Power Cable 250 ' '
Top Tray Power Cable Avg .
TC # 7 -
200_. - - - - - TC # 8 . , . .# _
- TC # 9 .
o*# %,
150-
. .5 -
~
~
%s # _f e 100-
, _ . .__._.e -
H 50- -
i 1
0- -
i .
i -
i i i.i.
0 10 20 30 40 50 60 70 Time (min) e c.
.- . . - . , . . , _ - - - , . . . .- - _ - . - - - - - - ,. . - - . . - . . , . - . . _ __ ~
.- . .. .-_ .. .= .
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Power Cable 250 ' - ' ' -
.s-Top Tray Power Cable Avg ~
TC # 10 -
200_ - - - - - TC # 11 ._
- TC # 12 .
n
' /
."- ./
,#, o+e 4
150-- -
, e
. ./
% 3 . . p'
%/ B '
100-- _
F 50- -
0 -
i -
i -
i iii-0 10 20 30 40 50 60 70 Time (min)
-1 0;1
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Power Cable 300 ' '
Top Tray Power Cable Avg
~
TC # 13 250 - . . . . - TC # 14
~
-~ .
- TC # 15 . ,. ~
C 200-f %,
o e -
a
\, ,/
j o.
i so -
E g 100-
~
50- -
0 . , ,
i -
i .,,i.,.
0 10 20 30 40 50 60 .70 Time (min)
C1
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Power Cable 250- ' ' ' ' - ' ' ' '-
Top Tray Power Cable Avg .j TC # 16 7 200-. - - - - - TC # 17 ,.- _
TC # 18 .-
- C
,o % L 150 - --
- e
- a
&, >M g -
E 100- _
50- --
0 -- - , -
i -
i i i i-0 10 20 30 40 50 60 70 Time (min) i I
A
.1 1
O O. O ;
Texas Utilities Electric Project No. 12340-957637 Top Tray Power Cable 250 ' ' ' '
Top Tray Power Cable Avg TC # 19 ,
200- - - - - - TC # 2 0 _
TC # 21 a
/ ,
0
- o'# 4*, * /
150- -
%, s* y ,
~
/
$ 100-- ,,4<- -
50 -- -
0 -- .
i .
i .i.i<i-0 10 20 30 40 50 60 70 Time (min)
- l.
C)
_ . _ . _ . ~ . . . .. . . , _ . . . . , _ . . . . _ _ . . _ . _ . . _ -
. - _ . - . . , _ . _ . ~ . . . _ . _ . . . - _ . . . _ . _ _ _ . . . - . . . _ . _ _ _ _ .
, _ a. 2 m .a -
A O O O Texas Utilities Electric Project Nc. 12340-957637 -
Top Tray Power Cable 300- ' ' '
Top Tray Power Cable Avg .
~
TC # 22 -
250 -
- TC # 23 c 200-- .
p% v ..
e e -
o .
9,, j 150-i OO -
, 50- -
0 i -
i -
r- > i i' 0 10 20 30 40 50 60 70 Time (min) 3 C) ;
t
---% . ....ww +e.- , .--..--,..w. =-----....---w - . . ~ , < - . . . _w., .m:= -.- v--.--..-- om . 4 .--- .w..we.- - . . . - + . - - . - = - - vw---- ..+<-<4, . ..w . , - - . , -,...---,%_. 4
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Power Cable 1
300- ' ' ' ' ' ' '
~
Top Tray Power Cable Avg ~
TC # 24 .-
250-- ~
. . . - - TC # 2 5
~
/
3 o%
C o
200 -
.~ - --
$ k $
4, ,/ 150- j/ -
a /
5 F- 100- __ _. r. / -
50- -
0- .
i -
i .
i .,ii i-0 10 20 30 40 50 60 70 Time (min)
C.:
. - - . . _ - . _ _ . _ . - _ _ . _ . _ . - _ . - . . _ . _ _ - _ - . ~ . . . . ~ . _ . _ _ _ . . _ . - _ . - - _ - - . . _ . . . _ - _ . . _ . . . - . . . _ . . - . _ . . . . . . . . _ . . _ . - . _ . .
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Control Cable 250 - - '
Top Tray Control Cable Avg TC # 26 200_. ----}T _
C
- i o+* 3 o%, v iso. -- ._
d
= e
, a
%, $ bw -
a
~
@ 100-- -
50-- -
0 .
i .
. ...i i> -
0 10 20 30 40 50 60 70 Tirm (min) c.)
. p..
O O O :
Texas Utilities Electric Project No. 12340-957637 Top Tray Control Cable
- ' - i i i.i.i.
250 .
Top Tray Control Cable Avg TC # 29 200- - - - - - TC # 3 0 TC # 31 y[ _
/' "g $s 250- _
=
O : w 8 L 100- . g.
l-50- .
l 0 .
i 0 10 20 30 40 50 60 70
{
Time (min) l l
c) i:
l l
L. . - . - . . _ - . - - . . . . - - - . - . . _ . . . . . - . , - . . . -. .. . . . . - - ... -..
O O O Texas Utilities Electric Project No. 12340-957637
, Top Tray Control Cable 250 ' ' ' ' ' '
Top Tray Control Cable Avg i TC # 32 200- - - - - - TC # 3 3 '
.. ~,
TC # 34 em
- a
- i O LA- .
,o* %.>
' 150--
~
> e d , a
%, s y
$ 100-50 - -
0f -
i -
i .
i .
i i . .
l-0 10 20 30 40 50 60 70 Time (min) c.,
C
O O O Texas Utilities Electric Project No. 12340-957637 4 Top Tray Control Cable 250- ' ' ' ' ' '
Top Tray Control Cable Avg -
TC#35 ,
200. - - - - - TC # 3 6 ,
- TC # 37 . ,-
e
% ' is0- -
? % e -
a w ..-
j
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%,,/
@ 100- -
Y 50- -
0 .
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0 10 20 30 40 50 60 70 Time (min) l 'DO
.c.
i
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Control Cable 300- ' ' ' ' ' ' '
Top Tray Control Cable Avg TC # 38 .-
250- ' '-
- - - - - TC # 3 9 *
- TC # 40 G2 200-- ,-
,.=
"~
.f -
f %, G 1 e ..-
k o' 150- ,.
- a. -
E .-
~~
@ 100- _
50 -- -
0- .
i -
i -
i iir -
0 10 20 30 40 50 60 70 :
Time (min) co C/1
._._.....__.__..-_.___.-_.-__..____.._-.--._.__~_--...-_.__..__.._.__.....__._.._....._..._._._.-.__.__..c
~ _.
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Control Cable i 250 -- ' ' ' ' ' '>
Top Tray Control Cable Avg TC # 41 ;." t 200- - - - - - TC # 4 2
- TC # 43 ,. -
g .
6 % U o 150- -
e ; e a , a
%, f 5
@ 100- _
@ L l
j so- -
i 0- .
i .
i .
i .,.i i.
0 10 20 ~ 30 40 50 60 70 1
i Time (min)
I h)
C2-
- -.-- ....-.. .-.. - ...-..---... - -. .- .. ..- ... - . .,.. ...... - _ -. _ . ... ..-- -. -.- -.. _ ..--...--. _ --...--... .-. =
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Control Cable 250 4 ' ' ' ' ' ' ' '
-Top Tray Control Cable Avg TC # 44 200_.
[TC//, j#. . . ._
C iso _ _
e ; e .
O
, 3 -
S
/ga t & C e
[ 100- -
l 50 -- -
0- -
i -
i -
i iiT -
0 10 20 30 40 50 60 70 Time (min) ca
~1
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Control Cable 250 ' ' '
Top Tray Control Cable Avg .
TC # 47 -
200- - - - - TC # 4 8 _
n
,f g. E i50 - / -
" . ./
5 v 5
%, / g
'/
$ 100- ___ _
Y 50- -
0- .
i ,iii--
0 10 20 30 40 50 60 70 Time (min)
~
co C0 m__ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . - - - ~ , . , - .
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Control Cable
' ' ' 'i'-
300 ' ' '
Top Tray Control Cable Avg TC # 49 250--
. . - - - TC # 5 0 [" ~
C 200- .-
a**3 o% -
g i. -
e '
%g j[ 150--
5 F- 100- __ _ _ . .
./
50- - '
i 0 .
i i -
i .
i 1 - -
0 10 20 30 40 50 60 70 l Time (min) ca l e.x
. . , - . . - . . . - . . . . . , . - . . . . - ~ _ . , . - .
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Instr. Cable 250- ' ' '
Top Tray inst. Cable Avg TC # 51 200--
f- -
o'p o% G2 .~
L y o 150- -
- 2 5 Y i O &
- % / g /
E 100-- . , , , _ _j',
,e ,
5 0 -- -
o- .
i .
. .i,,,i. -
O 10 20 30 40 50 60 70 Time (min) e O
._ -. . . _ . . . . . _ . _ . . - - . . -. .. - - - . . _ . _ _ . . . ~ . . . ._ . . . _ . __.- __..__________ -
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Instr. Cable 250- ' ' ' ' ' ' ' ' '
Top Tray Inst. Cable Avg TC # 54 200. - - - - - TC # 5 5 ._
TC # 56 n -
,0 *e 150- -
a e
- . a
- %a L / e g -
E 1 0 0 -- ____
Y 50 - -
I O - -
i i i i i i-i 0 10 20 30 40 50 60 70
- Time (min) e M
_ _ . . _ _ . . _ . _ _ ..~ . . . . . _ . _ , , . - , . . . . . . . . . .._,. _- _...,.. ._.._. .. _ _ ..._ ..__. __.__,,,.,._. _ _ _.
O O O i
Texas Utilities Electric l Project No. 12340-957637 Top Tray instr. Cable 250 -
Top Tray Inst. Cable Avg TC # 57 200. - - - - - TC # 5 8 #" #
TC # 59 3 E l o#
o+e "
150- .. --
V 9 e .- -
t = B -
( 100- - -
4 Y
50- ,
1 i- 0- .
i .
, ,,.i i.
0 10 20 30 40 50 60 70 Time (min) I 1
TJ L_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ . _ _ _ _ _ _ _ _ _ _ _ . . . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Instr. Cable 250 ' ' '
Top Tray Inst. Cable Avg ."
' TC # 60 '
200_ - - - - - TC # 61 TC # 62 ..-
~
... ~
C .
- % 150 ,
/ -
% s, e
s ,
,/
@ 100-
-_7 50- -
0 -
i -
i -
i i i i-0 10 20 30 40 50 60 70 Time (min) e G
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray instr. Cable 300 ' '
Top Tray Inst. Cable Avg TC # 63 4-250- .;"
~~
- - - - - TC # 6 4 ~
- TC # 65 ;-
~
c 200- .
e ; e -
% / 150 - ,
a .
E .y y 399_ . .
50 - -
0- -
i -
i -
i r -
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O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Instr. Cable 300- ' ' ' ' ' ' ' ' ' ' ' ' '
Top Tray Inst. Cable Avg -
TC # 66 250-
- - - - - TC # 6 7 -
- TC # 68 ,.-
~
~'~
c 200 - .
,# +, L y e k o' 150- -
E
$ 100-1 5 0 -- -
l y y a y g g g i i y g
0 10 20 30 40 50 60 70 Time (min)
'A C1
_.. -._.---.. .__.. .---,_ _ -_. _...__.__-..-__.- .___ --- _-._. _ _ ____ .,__ . ,_ , ~ . . . . . - _
- . . _ . . . . - . . ~ . . . -
O O O Texas Utilities Electric Project 'No. 12340-957637 Top Tray instr. Cable 250 -- - - ' - ' ' i '-
Top Tray Inst. Cable Avg _
TC # 69 200- - - - - - TC # 70 TC # 71 f ._
C g# +# L 150 - ,c< -
g 9 e /-
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- Time (min) l l OS l ca
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O O O
, Texas Utilities Electric Project No. 12340-957637 Top Tray Instr. Cable 250 - - - - - --
Top Tray Inst. Cable Avg .
""~~"
200-- -
G/
C .I' 2
[ +#
T.
e 150--
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$ 100- -
50- -
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. c
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V V V Texas Utilities Electric Project No. 12340-957637 Top Tray instr. Cable 300 --. ' ' '
' 2 ' 1 2 -
Top Tray inst. Cable Avg TC # 74 -
250 - '
- - - - - TC # 75 *
." '~
c 200- * 'f' f% v ,-
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$
- 3 150-
%, / g
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IQ 5 0 -' -
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O O O Texas Utilities Electric Project . No. 12340-957637 Bottom Tray Power Cable 300 ' ' '
Bottom Tray Power Cable Avg TC # 76 250-- ' ~
- - - - - TC # 77
- TC # 78 ,
c 200-- .- -
L ... -
e e
%,,, ,/ f iso- -
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5 0 -- -
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=
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Texas Utilities Electric Project No. 12340-957637 Bottom Tray Power Cable 250 ' ' '
l Bottom Tray Power Cable Avg . .
TC # 79 J.
~
200-. - - - - - TC # 80 '
- TC # 81 oo# ++ b 150- - -
? % & -
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%, $* Q -
$ 100- '
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O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Power Cable 250 - ' - ' - ' - ' - ' - ' -
--Bottom Tray Power Cable Avg TC # 82 4 200- - - - - - TC # 83
- TC # 84 f _
e 4 [-
j/' +g i50 -
p'r- '
y- -
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O u ,
O O O Texas IJtilities Electric Project No. 12340-957637 Bottom Tray Power Cable 250 * ' ' ' ' ' '' -
Bottom Tray Power Cable Avg ,.
TC # 85 .-
200 - - - - - TC # 8 6 .- . _
- TC # 87 n .
,0 ++o 150- .
y .
~ , a
%e, $* y /-
@ 100-Y 50- -
0- .
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. ~ . . - . - - - .. .- . - ,
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Power Cable 250 ' ' ' ' ' ' '' - -
Bottom Tray Power Cable Avg .
TC # 88 ~.
200-TC # 89
- TC # 90 V..- _
m -
fe' *
- 0+*o .
8 #
150- .e'.
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n l 00 l
l
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O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Power Cable 300- ' ' ' ' ' ' ''" -
Bottom Tray Power Cable Avg TC # 91 250--
. . . . - TC # 92
~
- TC # 93 .
~
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0 10 20 30 40 50 60 70 Time (min) p.
O
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Power Cable 250- '
~
~
Bottom Tray Power Cable Avg .- -
TC # 94 ~
200 - - - - - - TC # 9 5 .- . ._
TC # 96
, C -
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~
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O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Power Cable 300- ' ' ' ' ' '-
-Bottom Tray Power Cable Avg TC # 97 -
250-
c 200 - -
e e k o' 150 - -
m E
$ 100 50- -
0 .
t i i i-
! 0 10 20 30 40 50 60 70 l
l l Time (min) l O.
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O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Power Cable 300- ' ' ' ' ' '
Bottom Tray Power Cable Avg TC # 100 250- . . . . - TC # 101
~
TC # 102 ;
,e3 o+e e 200-
- ';e' -
e ; e t = Ei
%, ,g {
150- -
O.
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. ._ . _ . . . _ . . _ ~.. . . . _ . - _ _ _ _ _ . . _ . . _ _
O O O Texas Utilities Electric
- Project No. 12340-957637 Bottom Tray Power Cable 300 ' ' ' ' ' '
Bottom Tray Power Cable Avg .-
TC # 103 ..~
250-
- - - - - TC # 104
~
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- TC # 105 ..
o**, o+c e
L 200-- , ..
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e 150-
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50- -
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0 10 20 30 40 50 60 70 Time (min) p.s O
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O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Power Cable 350 ' ' '
Bottom Tray Power Cable Avg 300- TC # 106 -
- - - - - TC # 107 250-- f -
g/' +, b g $ g 200-- < -
4 , a tg y ca. 150 - -
E f" 100-- _- -
50- -
O .
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0 10 20 30 40 50 60 70 i
Time (min) l p
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_______.__._..._-__1 -
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O O O i
Texas Utilities Electric Project No. 12340-957637 Bottom Tray Power Cable 350- ' ' ' ' ' ' ' ' ' ' ' ' -
Bottom Tray Power Cable Avg 300 - TC # 108 -
- - - - - TC # 109
~
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C .
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O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Control Cable 250 ' '
Bottom Tray Control Cable Avg TC # 110 ,.
200- . . . . . TC # 1 1 1 - *
~
- TC # 112 c
[
2
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9 L
e 150-a o
= 3
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$ 100- ____ _.
50 -- -
0 -
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! Time (min) l l
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O O O Texas Utilities Electric Project No. 12340-957637
, Bottom Tray Control Cable 250 - - -
Bottom Tray Control Cable Avg -
TC # 113 g..
- - - - - TC # 1 14
<j.
~
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- TC # 115
- g o '
o
- 150-- ,
e-e
, a (3 g+
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50 - -
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DJ
-- , . - . . . . ..-. . ~. . _--.... - . . - .-- . _-. ..-.- ... . - - . _
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Control Cable 250 Bottom Tray Control Cable Avg TC # 116 200-. - - - - - TC # 117 f _
TC # 118 f 7
m
,e f
- 4e ; Sn - -
e ; e
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/ 4% .
100- -
e 50- -
0 .
i -
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i .i,i i-0 10 20 30 40 50 60 70 Time (min) s p
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O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Control Cable
' ' ' ' ' i 250- - - - - - - -
Bottom Tray Control Cable Avg TC # 119 200. - - - - - TC # 120 s _
TC # 121
..~
4.#
LA. .-
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e ; e
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W 50 -- -
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0 10 20 30 40 50 60 70 Time (min) e p
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O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Control Cable 250 ' ' '
Bottom Tray Control Cable Avg TC # 122 200. - - - - - TC # 12 3 , ._
TC # 124 .-
O N a e/ iso- - -
e .--
- . a .-
%,s s y e w - - .-
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,/~ .
F-50- -
0- .
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- r. .
p.. .
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O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Control Cable 250- - ' - ' - 1 - ' - t - ' - ---
Bottom Tray Control Cable Avg <
TC # 125 200-. - - - - - TC # 12 6 _
TC # 127
/
a
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O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Control Cable 250- - -
'>i ' J - - -
Bottom Tray Control Cable Avg TC # 128 200_ - - - - - TC # 12 9 -
- TC # 130 ..
C .-
~
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y t e .~
y 100-f
- .c<<"'.
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0- ,
, 7 .
0 10 20 30 40 50 60 70 l Time (min) i
).b i F,
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a O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Control Cable 2s0- - - - 1 ' ' '-
Bottom Tray Control Cable Avg ,.
TC # 131 200- - - - - - TC # 13 2 _
- TC # 133 C
,cf' +, L ~
o 150-
- o e . -
% =
55
'ts l
$ 100-50- -
0 .
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Time (min) l y.a
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O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Control Cable 250 - - - - ' - ' ' ' - -
Bottom Tray Control Cable Avg -
TC # 134 200- - - - - - TC # 13 5 - y _
- TC # 136 y,.-
C g/' % ' i s0 - . / -
e ; e a , B .-
B
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50- -
t r I g 7 g l 3 l T l T l 5 O 10 20 30 40 50 60 70 Time (min) s,
- t. . .
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O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Control Cable 300- - ' - ' - ' ' ' '-
Bottom Tray Control Cable Avg ,"
TC # 137 --
250- . . - - - TC # 13 8 N" -
TC # 139 ..
o 4,
,+,
p v
200--
o o o . ;Y gg y+ _ ;)
E a> .
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1 50- ,
0- .
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0 10 20 30 40 50 60 70 Time (min)
- p. ,
TO O
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Control Cable 300 i ' ' ' ' ' 2 ' ' ' ' ' ' -
Bottom Tray Control Cable Avg
- TC # 140 250
. . . . - TC # 141 C 200- .
4' f +, t, -
), j o" 150-- / -
E s 100 _
50-- -
0- .
i .
i . , .
0 10 20 30 40 50 60 70 Time (min)
}.
10
- 6. .
O O O Texas Utilities Electric Project No. 12340-957637 "
Bottom Tray Control Cable 300 ' ' ' ' ' ' '' -
Bottom Tray Control Cable Avg TC # 142 250- ~
. - - - - TC # 14 3 C 200-- -
,# g L ,..
g T. e ..
k, o' 150-- ,.-
~
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100-- _ _ _ _ _ ./ -
5 0 --
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0 10 20 30 40 50 60 70 Time (min) p .4 -
b, 10
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Instr. Cable 250 ! - - ' - ' - ' - ' - ' -
Bottom Tray Inst. Cable Avg TC # 144 .
. . . . . TC # 14 5 - -
~
~
- TC # 146 #
/
C gi % L 150- ..-
~
g i. e .-
4 m .
/ $ ,'
[ 100- ____
50-- -
0-- .
i .ir i .
i -
0 10 20 30 40 50 60 70 Time (min) 3.,
tu
. . . . . _ . , , . _ . . _ - - ,. . _ . - - . _ . _ .- _ . . . _ . _ . , _ , ~ _ _ . . _ , _ . _ _ - _ _ . , _ _ ._, -, . . - _ _ _ . . _ . _ . . .
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray instr. Cable 250-~ - ' - ' - ' ' ' '- -
Bottom Tray Inst. Cable Avg TC # 147 ,
200- - - - - - TC # 14 8 ,.-? _
TC # 149
/
C g[ % L 150-- -
e ; e a , a 4, >#
$ 100- -
Y 50- -
0 -
i -
i '
r i i i-0 10 20 30 40 50 60 70 Time (min) lO g.
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Instr. Cable 250 ' ' ' >
Bottom Tray Inst. Cable Avg TC # 150 200- - - - - - TC # 151 / _
TC # 152 g[ % 150- -
e
, 3
/gs L C
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@ 100-
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- Time (min) l l f-6 l r.3 C;l l
l
_ _ _ _ _ .~ - .,. _ . . . . . - . . . _ . , _ . . . . _ _ _ . . _ . _ . _ _ _ . _ ,
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Instr. Cable
' ' ' ' t '
250 --- ' '
Bottom Tray Inst. Cable Avg TC # 153 200 - - - - TC # 154 -
- TC # 155 [ .#- _
c
,o# % "
150 -
? % e a
+/ -
4 , #-
f
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100-h 5 0 -- -
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0 10 20 30 40 50 60 70 Time (min) p.
TO
.._____ __ _ . . _ - _ . _ _ - _ _ _ _ . . . _ - _ . . _ . _ . _ _ _ _ _ . - _ . . - - . . , _ , . , _ _ . _ - . - _ _ _ _ . _ _ . . _ . _ . . . ~ . . -
O O O -
Texas Utilities Electric
- Project No. . 12340-957637 Bottom Tray Instr. Cable 300 ' ' ' ' ' ' ''
Bottom Tray Inst. Cable Avg TC # 156 -
250- . . . . . TC # 15 7
'~
1
- TC # 158 .;-
, > m -
4 3 .
o, e' 150-- .-
m E -
a>
t- 100- j -
50 - -
0- -
i -
i -
i i i .
i-0 10 20 30 40 50 60 70 Time (min)
).4 TO. :
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_ . _ _ . . _ . . _ . . . _ . . . _ , . . . _ _ _ . _ . . . . . . . . . . . . . _ . , . - ~ . _ - . . _ _ . . . _ _ . . _ _ _ _ _ _ _ . . _ . - . - _ . _ . . _ . . _ _ . _ . . . _ _ _ _ _ . _ _ . . . . . _ _ _ . _ . . . _ . . _ . _ . _ _ _
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Instr. Cable 300 ' ' ' ' ' ' ' ' ' '
Bottom Tray Inst. Cable Avg ."
TC # 159 "
250-- *.
. . . - - TC # 160
~
TC # 161 .-
^ ~~
200-0
/'
e
% - e . /
o%. ,/
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e 150--
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50- -
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O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Instr. Cable 300 ' ' ' ' ' ' ' ' ' ' ' ' '
Bottom Tray Inst. Cable Avg TC # 162 250--
. . . . - TC # 163
- TC # 164 ,
c 200-- .. ~.. - -
4,c f' +,
0 L ,,.-
W .
O $ ~J o" g 150--
- 'p f -
Y" F- 1 0 0 --
/ -
5 0 -- -
0- .
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0 10 20 30 40 50 60 70 Time (min)
TO.
CD '
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Instr. Cable 250- ' ' ' ' 'i Bottom Tray Inst. Cable Avg TC # 165 .-
200- - - - - - TC #
g 6
p,g -
/
n ,7 4 ."-
- off o*e .
150-- - -
f A
S 8 / f' v B M' bg 5p* U ./
g , ,
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5 0 -- ~
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i . . .,. -
0 10 20 30 40 50 60 70 Time (min) y ..s C4 O
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Instr. Cable 250 - - - - -
Bottom Tray inst. Cable Avg TC # 168 200- - - - - - TC # 169 - ';,;i .
TC # 170 . t. .
& g } -.
e 1 e . .-
",sE %
, B 5
E 100- ._
_ , ,/
50- -
0- . , .
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0 10 20 30- 40 50 60 70 Time (min) r, ca 5--
- O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Instr. Cable 300 ' ' ' ' ' ' ' ' ' ' ' ' '
Bottom Tray Inst. Cable Avg TC # 171 .
250 -
. . . . - TC # 172
~
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- TC # 173 ,. ,-
. ...~ -
C 200-- , . g;3 -
f o
L e . .>- 7 7
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%, / - /-
g w
H 100- * - -
5 0 -- -
0- -
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i -
i -
i -
i -
0 10 20 30 40 50 60 70 Time (min)
[.t CO iJ
. - _ _ _ _ . _ _ . . _ , . _ . , . . . . . _ , . _ - , . . . . - _ . _ - . _ . . _ _ . - , . . . , - _ _ . . , _ _ . - - . . . . ~ - . - . _ _ . . _ _ . . . _ . . . , _ . . . . . . _ . _ , _ , . . , . ,
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray instr. Cable 300- ' ' ' ' ' ' ' ' ' ' ' ' '
Bottom Tray Inst. Cable Avg TC # 174 250--
. . . . . TC # 175 #
~~
[
e, e
=
200- / -
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( j o l 1s0-
$ 100- -
5 0 -- -
0 - , -
i -
i iT -
4 0 10 20 30 40 50 60 70 Time (min)
>~
C-1 G:
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray instr. Cable 300 ' ' ' ' ' ' '' --
=
Bottom Tray inst. Cable Avg TC # 176 250 -
. . . . . TC # 177
'~
~
g .
- C 200- .
j<' %, L g 9 e ..-
v 3 150 - -
~
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& C a> -
i /
A iOO- _ __ /
5 0 -- --
0 .
i - , -
i i.i>i-0 10 20 30 40 50 60 70 Time (min) s ca c .,
_ _ _ .. . - - , . - - - - _ - . . _ . _ . . _ . . _ . . . _ . . - . - . , - _ , ~ . _ . _ _ _ _ . , _ -
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Rear Rail 300 ' ' ' ' '' ,
Top Tray Rear Rail Avg TC # 178 250--
- - - - - TC # 179
- TC # 180 .-
[/
~ '~
, c.x,.-. -
C 200-- - -
ef %, -
f $ & -
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% v 3 150- * '
B -
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E .- '
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M 100- ,- ~
5 0 -- -
0 -
i i -
i i i i-0 10 20 30 40 50 60 70 Time (min)
C:
C1
O O O '
Texas Utilities Electric Project No. 12340-957637 Top Tray Rear Rail 350 ' ' ' ' ' ' ' ' ' ' ' ' - -
Top Tray Rear Rail Avg TC # 181 -~
300- .. -
- - - - - TC # 182 .
TC # 183 ,
~
250- ,
C
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, ,ef +,
o v
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a B l
- %, $f G
a iso- .
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m -
p . , .
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50 -- --
0- .
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i . --
0 10 20 30 40 50 60 70 Time (min)
Ca
'C:
.- -_ -.-__m _ __ _ _ - - - - e.-- . ~ . o -w-me--.. - - . = - =,,.,.c. w--.. .-w--- ,r.r.. . ,6--- --.wu . ,, _m, r, . -,.- .- . - , - , , , . _ =
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Rear Rail 350 - ' ' ' ' ' ' ' ' '
Top Tray Rear Rail Avg 300-- TC # 184 .
- - - - - TC # 18 5 .
~
- TC # 186 .
250- -
C 8
f go
- v e 200- [- -
% ( $ .['
'% $ B
- a. 150- . V" -
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5 0 -- --
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r -
0 10 20 30 40 50 60 70 Time (min)-
v3
'I ww+- v re e- -ww- *y w- = % ,e 4m--- w-- ,w-y-- -,em ---++w,-*y-= ,yv,- g- . s-y w-,w-ww mw-w y-*+
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Rear Rail 300 ' ' '
Top Tray Rear Rail Avg TC # 187 250-
. . . . - TC # 18 8 ~
p 200-- #p. .,e .
p s - -
y :
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~
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%+f,ssp" E
e .-
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0 10 20 30 40 50 60 70 '
Time (min) s 00.
C:
.-m. . . _ . _ _ _ _ . _ . . - . . - _ - _ . . . - _ . . _ _ _ _ _ . _ - . _ . . _ . - . . . _ . . . . _ . . . _ . - - _ _ . . . . ~ . _ . - _ - . . - _ . .. _ . -_ _ _ _ , _ . . . - -
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Rear Rail 300 * ' ' ' ' ' ' ' ' -
Top Tray Rear Rail Avg .
250--
TC # 189 ."
. . . - TC # 190 ~ ~
4 o C
200-7 r*' --
d 3 3 150- [ ~
4, / h a.
/
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5 0 -- ~
0 -
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1 i -
0 10 20 30 40 50 60 70 Time (min)
Cs)
CD
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Front Rail 300-- ' ' ' ' ' ' ''
Top Tray Front Rail Avg TC # 191 250- *
. . . . . TC # 19 2
- TC # 193 C 200- '- - -
L
/'
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g .
%, o' 150 -
g a "
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100- '-
5 0 -- -
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C)
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Front Rail 300 ' ' '
Top Tray Front Rail Avg .
TC # 194 .
250 -
. . . . - TC # 19 5
~
~ .
- TC # 196 . ,. -
c - ..
200-- -
gf %, L .-
2 T. e .-
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a E
$ 100- ._
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0- -
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H
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Front Rail 300- ' ' ' ' ' ' '
~
Top Tray Front Rail Avg #
TC # 197 .-
250-- " ~
. - - - - TC # 198 "
TC # 199 ,-
~
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~
j'
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t a
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0 10 20 30 40 50 60 70 l
l Time (min) l s a
M
O O O Texas Utilities Electric Project No. 12340-957637 Top Tray Front Rail 250-- ' ' ' ' ' ' -
Top Tray Front Rail Avg '.-
TC #200 ..-
200- - - - - - TC #201 -
R .
ef? % 150- .
it4 9.
e a .
tg g+ ,
@ 100- _ .;9 50- -
0- -
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0 10 20 30 40 50 60 70 Time (min) w A
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O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Rear Rail 300- ' ' ' ' ' ' ' ' '-- -
Bottom Tray Rear Rail Avg TC #204 .-
250-
. . . . - TC # 2 0 5
- TC #206
~
C 200 - - - -
gf %,.
L
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% 150- '
o,>eg/
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0- -
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i '
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0 10 20 30 40 50 60 70 Time (min)
H k
C1
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Rear Rail 300- ' ' ' ' ' ' ' ' * ' ' ' '
Bottom Tray Rear Rail Avg TC #207 250^
c 200-- -
+ee
~
4
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c g
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150-- ~
l 4, f $
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I b'
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.___ _ . _ _ . . _ . _ _ _ _ _ . - _ . _ _ . _ . _ . . _ . . . . .. _ ,_._.__.-_,_--.._-_.~.;.._,.___...__,_.,__,__
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Rear Rail {
350- ' ' '
j l
Bottom Tray Rear Rail Avg - ', I 300- TC #210 ,
l
- - - - - TC #211
- TC #212 ,.-
..' l 250 - .
u.
gr % v .
g 4
e a
200-
/ 4%
a 150- ~
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100- -
50-i 0- .
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u :
si l
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Rear Rail 350- ' ' ' ' ' '
Bottom Tray Rear Rail Avg 300- TC #213
- - - - - TC #214 /
/ -
TC #215 250-- .
- u. . ..-
~~
g*
- o 200- -
a
,p: a -
7
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50 - -
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Co
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Rear Rail
' ' ' 1 300 ' '
Bottom Tray Rear Rail Avg .
TC #216 '
250- '
. . . . - TC #217 ,
'~
TC #218 -
y, C- 200-
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ps o G .-
> > b -
" * ~ .
150- -
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0 - , - , - , -
\
\ -
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'D
O O O i Texas Utilities Electric Project No. 12340-957637
, Bottom Tray Rear Rail 300- ' ' ' ' ' ' ' 2- ' '
Bottom Tray Rear Rail Avg TC #219 .-
250-
. . . . - TC #2 20
'~
i
~
c
- 200- -
+, -
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i .
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C1
- O
_.....____._.__....._____--._~.__.,___..-__..-_______..._-_,-..;_. _._...~.___. .u-.._;._.._.:._..__.__..-.._..--_.-
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Front Rail 300 ' ' ' ' '
Bottom ' ray Front Rail Avg .-
TC #22 .-
250- ~
. . . . - TC #2 2 2
~
TC #223 ,-
e L
200-- -
~
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$ 100- ~
50- ~~
0 '
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i -
iii'i~-
0 10 20 30 40 50 60 70 Time (min) w Cn -
H
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Front Rail 300- ' ' ' ' '
Bottom Tray Front Rail Avg TC #224 250--
. . . . - TC #2 2 5
~
- TC #226 .-
o C 200- -
g G -*.
3,p o e
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" * ~ ,
150-- - -
%e y# $ ,
~~~
@ 100- _
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i -
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to
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Front Rail 300--- ' ' ' ' ' ' ' ' ' '
Bottom Tray Front Rail Avg TC #227 250-- ~
- - - - - TC #2 2 8 -
- TC #229 ,.-
C 200- - 1<' -
d' %,, G :/h' g
, , g - .-;.
~
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kes lo' f .
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$ 100- _ _ _
~
5 0 -- -
O .
..i i i 0 10 20 30 40 50 60 70 Time (min) w
- CJ1 C4
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Front Rail 300- ' ' ' ' ' '* -
Bottom Tray Front Rail Avg TC #230 -
250-
- - - - - TC #2 31
- TC #232 ,.. -
~~
C
~
200- . ,
gf %,o ~
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-' = 3 150- -
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~
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0- t i ,
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0 10 20 30 40 50 60 70 Time (min) s Cn' A
O O O Texas Utilities Electric Project No. 12340-957637 Bottom Tray Front Rail 350- ' ' ' ' ' ' ' ' - ' ' ' -
Bottom Tray Front Rail Avg 300-- TC #233 ~
- - - - - TC #23 4 ,-
- TC #235 '
250- .-
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H C11 C11 -
l L--______----..-..------.------ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - = -
L O O O Texas Utilities Electric
- Project No. 12340-957637
, Bottom Tray Front Rail 350-- ' ' '
4
- Bottom Tray Front Rail Avg '
300. TC #236 ,- -
- - - - - TC #23 7 ,.-
250- -
C cf *+, G 8
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100 - -
50- -
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- Time .(min) w C/l CD
O O O Texas Utilities Electric Project No. 12340-957637 Air Drop - Top Right Conduit Stub 250 ' ' ' ' ' ' '
Air Drop W-071 Avg TC #238 200 - - - - - - TC #2 3 9
!< d[ _
12 ..-
,# %,o L o
150-- -
a D N S
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@ 100- -
50- -
0 .
ir i -
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- CJT M
L O O O t I
i Texas Utilities Electric Project - No. 12340-957637 Air Drop '- Top Right Conduit Stub 300- ' ' ' ' '
Air Drop Bare #8 Avg
/
i TC #240 250 -
. . - - - TC #241 C 200 -- -
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0 .
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0 10 20 30 40- 50 60 70
-l Time (min)
Cn Co
_ _ _ _ _ _ _ _ _ _ ~ _ _ . _ _ . _ . _ _ _ . _ - - . . _ . _ _ . . _ _ . . _ . _ _ - - _ _ . _ , - . _ . ~ . - - _ _ . _ . _ _ _ _ _ _ . _ . . _ - . _ _ _ _ _ ~ - . - . - _ . _ _ _ . . . - . - _ _ _ . - . _ , . . . . _ . - _ , . - . . . . _ - . _ . ~ _ . . . - - . _ .
o o o Texas Utilities Electric Project No. 12340-957637 Air Drop - Top 2nd from Right Conduit Stub 250- ' ' ' ' ' ' ' - -
Air Drop W-071 Avg
- TC #242 /
/' -
- - - - - TC #24 3 200- ._
4-
,oe %, v" 330_ _
o . .
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! 100-50-- -
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t e- w n _ we,--w.ev-*-..rve.m.-=v.%,w-ww.vwe, rem-werw--% e rw--w-e 4-,www.-,- .*-.w,w w-e-v - e --,-hyr++--*-w- v--, w.+ -vierei -- -w-w--, **'v=,wei.w-r=--ev+w w-ae y- wwe -=wr-,-,-,w w- ,- ww-== -v a- == - - - , ..n------.ae+-*---i- 3 --w+--
O O O Texas Utilities Electric Project No. 12340-957637 Air Drop - Top 2nd from Right Conduit Stub 300- ' ' ' ' ' '''
Air Drop Bare #8 Avg .. ~
250~
TC #244
.~
- - - - - TC #2 45
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O O O Texas Utilities Electric Project No. 12340-957637 Air Drop - Bottom Right Conduit Stub 250- ' ' ' ' '
Air Drop W-071 Avg "
TC #246
- - - - - TC #247
- 200- ,
~
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gf' +,
150- .-
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$ 100- ...-~
50- -
0- .
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O O O Texas Utilities Electric Project No. 12340-957637 Air Drop - Bottom Right Conduit Stub
' ' 'J '
300 * ' ' ' '
Air Drop Bare #8 Avg TC #248 250 - ~
. - - - - TC #2 4 9
.. ~
C 200 - ..-
,f , *+, L ,.-
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5 = "
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50- -
l 0 i -
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Time (min) l H
Q 10 -
O O O i
Texas Utilities Electric Project No. 12340-957637 Air Drop - Bottom 2nd from Right Conduit Stub 250 ' ' ' ' '
Air Drop W-071 Avg ,
TC #250 "
200_. - - - - - TC #2 51 ,
O 1
c
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9
- Time . (min) i W
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44.--
O O O Texas Utilities Electric Project No. 12340-957637 Air Drop - Bottom 2nd from Right Conduit Stub 300- ' ' ' ' ' ''' -
Air Drop Bare #8 Avg TC #252 250 -- ~
. . - - - TC #2 5 3 ,.-
G 200-- '
$$' %, L ,.
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g $ 8 d
v 3 150- -
ea s+
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O -
O O ,
Texas Utilities Electric Project No. 12340-957637 Air Drop - Top Left Conduit Stub 250 -
Air Drop W-071 Avg -
TC #254 2 0 0 _. - - - - - TC #2 5 5 .
C
,0 *e U 150-- -
e t. e 2 -
9 O ./
@ 100-o
.h 50- -
0 .
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0 10 20 30 40 50 60 70 l Time - (min)-
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O O O Texas Utilities Electric Project No. 12340-957637 Air Drop - Top Left Conduit Stub 250- ' ' ' ' '
Air Drop W-071 Avg TC #256 200 - - - - - - TC #2 5 7 .
Li . *-
,sf **rp '
150- -
e e.
. a 4 k
$ 100-Y 50- -
0 .
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O O O Texas. Utilities Electric Project - No. 12340-957637 Air Drop - Top 2nd from Left Conduit Stub 300 ' ' ' ' ' ' i- ' ' '
"~
Air Drop Bare #8 Avg ,.-
TC #258 -
250 - ~
~ -
- - - - - TC #2 5 9 ,
p 200- ..
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Time . (min)
CD 8
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- O O O Texas Utilities Electric Project No. 12340-957637 Air Drop - Top 2nd from Left Conduit Stub 300 * ' ' ' '
~~
Air Drop Bare #8 Avg ..
TC #260 ~
250- -
. . . . - TC #2 61
~
C 200- ..
gp ' %, L ,.-
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( jl j y
150--
$ 100--
50- -
0 -
i -
i -
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1 O O O Texas Utilities Electric Project No. 12340-957637 Air Drop - Bottom Left Conduit Stub 250 ' ' ' ' '
~~
Air Drop W-071 Avg .. - -
TC #262 ..-
200-. - - - - - TC #2 63 _
=
g .- -
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, _ _,.. _ _ . _ _ _ . . _ _ . . . _ _ . . . _ _ - . - . _ _ _ _ . ~ . . . _ _ . . . - , . . . . _ _ _ . . . . . . . - - . _ . , . . - . . _ . - _ - . . _ _ - . . . . . _ _ _ . . - - _ . , . _ . _ _ _ _ . _ . . _ . - . _ . . _ _ _ _ _ . _ _ _
O O O '
Texas Utilities Electric Project No. 12340-957637 Air Drop - Bottom Left Conduit Stub 300 ' ' ' ' '
Air Drop Bare #8 Avg TC #264 250-
. . . . - TC #2 6 5
~
~
c 200- -
oo %,
L ,..
8 o
o L =
4
- 3 150-- -
o#eg / h o.
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50- -
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O 10 20 30 40 50 60 .70 j Time (min) 1 .
s
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e
+-r-*s< e -*+>eerwe,e-w=w-w*e*----<*++m-+-a--a-wro e w wa = = - oc ww r--+ r-e a6 '-ce n me<===~~r+ c-w w *-' s w w W- t ~t - v- v -- -w w w y -e -at v e'et we+e+'ere=wve - w+r w
- wee--o-w-* e w mem ', ww rwe e e- r-w-m ~ ws-vr =e4-ew-*w--r-q-v- e w 'w e v
- ew=- t--&awv v m 71-
W -
O O O Texas Utilities Electric Project No. 12340-957637 Air Drop - Bottom 2nd from Left Conduit Stub 250- ' ' ' ' '
v' Air Drop W-071 Avg v 7 TC #266
- - - - - TC #2 67
[
200_. / _
e g
ff %
9, L
e 150 --
/- -
, 3 -
g%e >S 5
$ 100- -
A 5 0 -- -
0 -
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0 10 20 30 40 50 60 70 Time (min) s M
H l
... _ . . ~ . . _ . . _ . . . , . . .._. _ .. .__. . . .~ . . . _ . .._ . __ _. . , _ . . - . _ , . . _ . - . . . ._ .._. ...
O O O Texas Utilities Electric Project No. 12340-957637 Air Drop - Bottom 2nd from Left Conduit Stub 300- ' ' ' ' '
Air Drop Bare #8 Avg TC #268 250--
. . . - - TC #2 6 9 c 200- ..- -
,ef +, L .
e e 150-
+,,, ,/
E -
$ 100- -
50 -- --
0- ,
i . , .
i.i i.i, 0 10 20 30 40 50 60 70 Time (min) l l s
! si i N l
f Report No.12340 95767 October 4,1993 173 Texas Utilities Electric APPENDICES 1
t L
)
I i
Appendix F TABULAR TEST DATA I 1
l t
O. Y GAA o $a f n ogato@
17/
Project No. 95767 Texas Utilities Electric August 16, 1993 ,
t Time E119 Std Furnace Top 24" Tray Top 24" Tray Top 24" Tray ;
\ (min) (*F) Avg (*F) Pwr Cbl Avg (*F)Cntrl Cbl Avg (*F) Inst. Cbl Avg (*F) 0 68 89 91 91 91 -I 1 254 154 91 91 91 ,
2 440 346 91 91 91 3 627 507 91 91 91 !
4 813 783 91 91 91 i 5 1000 951 91 91 91 6 1060 1046 92 92 91 '
7 1120 1061 92 92 92 i 8 1180 1034 93 93 92 i 9 1240 1096 94 94 93 10 1300 1208 96 95 94 +
11 1327 1315 97 97 95 12 1346 1376 99 98 97 13 13G4 1383 100 100 98 14 1380 1375 102 102 100 15 1395 1853 105 104 102 i 16 1410 1388 107 107 105 17 1423 1473 109 109 108 18 1436 1449 111 112 110 ;
19 1448 1412 114 115 113 20 1459 1457 116 118 116 21 1470 1517 l
119 121 12 0 !
22 1480 1467 122 124 123 23 1490 1423 125 127 126 24 1499 1447 128 130 129 25 1508 f
1501 131 134 132 26 1517 1558 134 137 136 ,
27 1525 1543 137 140 139 r
28 1533 1500 140 144 142 29 1541 1508 144 147 145 i 30 1548 1574 147 150 148 !
31 1555 1550 151 154 151 i 32 1562 1527 154 157 154 i 33 15G9 1517 157 160 157 34 1576 1522 161 163 159 i 35 1582 1547 164 166 162 36 1588 1568 167 169 165 >
37 1594 1593 171 172 168 j 38 1600 1604 174 175 171 i 39 16D6 1609 177 178 173 '
40 1612 1613 180 181 176 '
41 1617 1G17 184 184 179 44" " "Ce , (
O A .
I O
v%o# i f
175 Project No. 95767 Texas Utilities Electric August 16,1993 i
"""""""'"""" '"""' '""""' '""~"' '
CD (min) (*F) Avg (*F)Pwr Cbl Avg (*F)Cntrl Cbt Avg (*F) Inst. Cbl Avg (*F) 42 1622 1622 187 187 182 43 1627 1629 190 190 185 44 1633 1629 193 192 188 45 1638 1632 196 195 191 46 1642 1635 199 197 193 47 1647 1640 202 200 196 48 1652 1643 205 202 198 49 1656 1646 208 204 201 50 1661 1650 211 206 203 51 1665 1662 213 208 206 52 1669 1671 216 210 208 53 1674 1680 218 212 210 54 1678 1685 221 214 212 55 1682 1688 223 216 214 56 1686 1689 225 218 217 57 1690 1691 228 220 219 58 1693 1693 230 222 221 60 1701 16 23 6 !
Max Temp: 236 226 225 Max Allowed: 341 341 341 1
O A
- 0 4ATO i
i
- ~
17G Project No. 95767 Texas Utilities Electric August 16, 1993
( Time Bottom Tray Bottom Tray Bottom Tray Top Tray
( (min)Pwr Cbt Avg (*F)Cntrl Cbl Avg (*F) Inst. Cbl Avg (*F) Frnt Rail Avg (*F) 0 91 91 91 91 1 91 91 91 91 2 91 91 91 91 3 91 91 91 91 4 91 91 91 91 5 92 91 91 91 6 92 91 91 91 7 93 92 92 92 8 94 92 92 93 9 95 93 93 94 10 96 94 94 95 11 98 95 95 97 12 99 97 96 100 13 101 99 97 102 14 103 101 99 105 15 105 103 101 108 16 107 105 103 111 17 110 107 106 115 18 112 110 109 119 19 115 113 112 122 20 117 116 115 126 21 120 119 118 131 22 123 122 121 135 23 126 125 125 139 24 129 128 128 143 25 132 131 131 148 26 135 135 135 152 27 138 138 138 156 28 141 141 142 159 29 144 144 145 163 30 147 147 149 167 31 151 151 152 170 32 154 154 155 173 33 158 157 159 176 34 161 160 162 180 35 164 163 165 183 36 168 166 167 186 37 171 169 170 188 38 174 172 173 191 39 177 175 175 194 40 181 177 178 197 41 184 180 180 199 4
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, Project No. 95767 Texas Utilities Electric August 16, 1993
(' Time Bottom Tray Bottom Tray Bottom Tray Top Tray
( (min)Pwr Cbl Avg ('F)Catrl Cbl Avg (*F)1nst. Cbl Avg (*F) Frnt Rail Avg (*F) ;
42 187 182 183 202 43 190 185 185 204 44 193 187 187 207 45 196 190 189 209 46 199 192 191 211 47 202 134 194 213 l 48 205 196 196 216 49 208 199 198 218 50 211 201 200 220 51 214 203 202 222 52 217 205 205 225 53 220 208 207 227 54 223 210 210 230 55 226 213 212 232 56 230 215 215 235 57 233 217 218 237 59 236 220 221 240 59 239 222 224 243 60 242 225 227 246 Max Temp: 242 225 227 246 Max Allowed: 341 341 341 341 i
F b
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178 Proj:ct No. 95767 Texas Utilities Electric August 16, 1993 e' Time Top Tray Dottom Tray Bottom Tray Air Drop!24" Tray (min) Rear Rail Avg (*F) Frnt Rail Avg (*F) Rear Rail Avg (*F) W-071 Avg (*F) 0 91 91 91 90 1 91 91 91 90 2 91 90 91 90 j 3 91 91 91 90 4 91 91 .91 90 -
5 91 91 91 91 6 91 91 91 92 ,
7 92 92 92 93 8 93 93 93 94 !
9 96 94 94 96 10 98 96 95 98 11 101 98 97 100 -
12 103 100 100 102 13 106 103 103 104 }
14 109 106 106 107 15 112 109 109 110 16 116 113 113 112 l
17 119 117 117 115 '
18 123 121 121 118 19 126 125 125 121 20 130 129 130 124 21 134 133 134 127 22 138 138 138 130 -
23 142 142 142 133 .
24 146 146 146 136 25 149 150 150 139 26 153 154 154 142 '
27 157 158 158 145 ;
28 160 162 161 148 I 29 164 166 165 151 30 167 169 168 154 [
31 171 173 171 157 32 174 176 174 160 >
33 177 179 177 163 34 180 182 180 165 35 184 185 183 168 -;
36 187 188 185 170 i 37 190 100 188 173 f
38 193 193 191 175 39 196 195 193 178 j 40 199 198 196 181 41 202 200 199 183 O O
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Project No. 95767 Texas Utilities Electric August 16, 1993 .
Time Top Tray Bottom Tray Bottom Tray Air Drop /24" Tray O (min) Rear Rail Avg (*F) Frnt Rail Avg (*F) Rear Rail Avg (*F) W-071 Avg (*F) 42 205 203 201 186 ,
43 203 205 204 188 I 44 211 208 207 191 45 214 210 209 194 46 217 213 212 196 47 220 215 215 199 ,
48 223 218 218 201 49 225 221 221 204 50 228 224 223 207 51 231 227 227 209 ;
52 233 230 230 211 53 236 233 233 214 54 239 236 236 217 55 242 239 239 219 5G 245 242 243 221 {
57 247 246 246 224 58 250 249 250 226 59 253 252 253 228 i
60 256 255 257 231 Max Temp: 256 255 257 231 Max Allowed: 341 341 341 340 i
t
[
0 4ATO t
180; Project No. 95767 Texas Utilities Electric August 16,1993 i
p Time Air Drop /24" Tray TC # 1 TC # 2 TC # 3 TC # 4 TC # 5 TC # 6 TC # 7 TC # 8 TC # 9 >
b (min) Bare #8 Avg (*F) 0 90 92 91 91 91 91 91 91 91 91 1 90 91 91 91 91 91 91 91 91 90 ,
2 90 92 91 91 91 91 91 91 91 91 3 90 91 91 91 91 91 91 91 91 91 i 4 91 91 91 91 91 91 91 91 91 91 5 91 92 91 91 91- 91 91 91 91 91 ,
6 92 92 92 91 91 91 91 91 91 91 7 94 92 92 92 91 91 91 91 91 92 8 96 93 93 92 92 92 91 91 91 93 9 99 94 94 93 93 93 92 91 92 94 ,
10 102 95 95 94 94 94 92 92 92 96 11 105 96 96 95 95 95 93 92 93 97 12 108 97 93 96 96 96 93 93 94 98 13 112 99 99 97 98 98 94 94 95 100 14 115 101 101 99 100 100 96 95 97 102 15 119 103 103 101 102 102 97 96 98 104-16 122 104 104 102 103 104 98 97 100 106 17 125 107 107 104 106 106 100 99 102 109 18 129 109 109 106 108 108 101 101 103 111 19 132 111 111 109 110 110 103 103 105 113 20 136 113 113 111 113 113 105 105 107 116 21 139 116 116 113 115 115 107 107 109 118 22 143 118 118 116 118 118 110 109 112 121 23 146 120 121 118 120 120 112 111 114 123 24 149 123 124 121 123 123 115 114 116 125 25 153 126 126 124 126 126 117 116 119 128 26 156 129 129 127 129 129 120 119 121 131 27 160 131 132 130 132 131 123 121 124 134 28 163 133 135 133 135 134 126 124 127 136 29 167 137 137 135 138 137 130 126 129 140 30 170 139 140 138 141 140 133 129 132 143 31 174 143 144 141 144 144 136 132 135 146 32 177 146 146 144 148 147 139 134 138 149 33 179 149 149 147 151 150 143 137 141 153 34 182 152 153 150 155 153 146 141 144 156 l
35 185 155 156 154 159 157 150 144 147 160 ;
36 187 158 159 157 162 160 153 147 150 163 37 190 161 162 160 165 162 157 151 153 167 38 193 164 165 163 168 165 100 154 156 170 39 196 167 168 166 171 168 163 158 100 173 40 199 170 171 109 175 171 167 161 163 176
- 41 202 173 173 172 178 174 170 165 166 179 GAP, o i O A Ogggo
181 .
Project No. 95767 Texas Utilities Electric August 16, 1993 e
Time Air Drop /24" Tray TC # 1 TC # 2 TC # 3 TC # 4 TC # 5 TC # 6 TC # 7 TC # 8 TC # 9 O (min) Bare #8 Avg (*F) 42 205 176 177 175 181 177 173 168 169 182 43 208 178 179 178 184 180 176 172 172 185 44 211 181 182 181 187 183 179 175 175 187 45 214 184 185 184 190 187 181 178 179 190 46 216 186 188 187 193 190 184 181 182 192 47 219 189 191 190 196 193 186 183 185 194 48 222 191 193 193 198 196 189 186 188 196 i 49 225 194 196 196 201 199 191 188 191 198 50 227 196 198 198 203 202 193 191 193 200 51 230 198 201 201 205 204 195 193 196 202 52 232 201 203 204 207 207 197 195 197 204 53 235 203 206 206 209 208 198 197 199 206 54 237 205 208 209 210 209 200 199 201 207 55 239 207 209 210 210 210 201 200 202 209 56 242 209 210 211 211 211 202 201 204 210 57 244 209 210 211 214 215 203 203 205 211 58 247 210 211 213 219 219 204 204 206 214 59 249 211 213 219 225 223 205 204 207 220 60 251 211 218 224 230 227 206 205 208 226 Max Temp: 251 211 218 224 230 227 206 205 208 226 Max Allowed: 340 417 416 416 416 416 416 416 416 416 r
a f
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4 04AT
Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC # 10 TC # 11 TC # 12 TC # 13 TC # 14 TC # 15 TC # 16 TC # 17 TC # 18 TC # 19 O (min) 0 91 91 91 91 91 91 91 91 91 91 1 91 91 91 91 91 91 91 91 91 91 2 91 91 91 91 91 91 91 91 91 91 3 91 91 91 91 91 91 91 91 91 91 4 91 91 91 91 91 91 91 91 91 91 5 91 92 91 91 91 92 91 91 91 91 6 91 92 92 91 92 93 91 92 92 91 7 92 93 92 92 92 94 92 93 92 92 8 93 95 93 93 94 96 93 94 93 92 9 94 96 94 93 95 98 94 95 95 93 10 95 98 96 95 96 101 95 96 96 94 11 96 100 97 96 98 103 96 98 97 95 12 98 102 99 98 99 106 97 99 99 96 13 100 104 101 99 101 109 99 101 101 97 14 102 106 103 101 104 112 101 103' 103 99 15 103 108 105 104 106 115 103 105 105 101 16 105 111 107 106 108 118 104 107 107 103 17 108 113 109 108 Ill 121 107 110 110 105 18 110 116 112 111 113 124 109 112 112 107 19 112 118 114 113 116 127 Ill 115 115 110 20
~
114 121 117 116 118 130 114 117 117 112 21 117 124 120 118 121 133 116 120 120 115 22 120 127 122 121 124 136 119 122 122 117 23 122 130 125 123 127 140 121 12 5 125 119 2$ 125 133 128 126 130 143 124 128 128 122 25 128 136 131 129 133 147 127 131 131 125 26 131 139 134 132 136 150 130 135 134 128 27 134 143 137 135 139 154 133 138 138 131 28 138 146 140 137 142 157 136 141 141 134 29 141 149 144 140 146 161 139 144 144 137 30 144 152 147 143 149 165 142 148 147 141 31 148 155 150 146 153 168 145 151 151 144 32 151 159 153 148 156 172 148 155 154 148 33 154 161 157 151 159 175 151 159 158 151 34 157 164 160 154 162 177 154 163 161 154 35 161 167 163 157 165 180 157 166 165 158 36 164 170 166 160 168 183 160 170 168 161 37 168 173 169 162 171 186 163 173 172 164 38 171 176 172 165 175 189 165 177 175 167 39 174 180 175 168 178 191 168 180 179 170 40 177 183 178 171 181 194 171 183 182 173 41 180 187 181 174 184 197 173 185 185 176
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183 Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC # 10 TC # 11 TC # 12 TC # 13 TC # 14 TC # 15 TC # 16 TC # 17 TC # 18 TC # 19 O (min) 42 184 190 185 177 188 200 176 186 189 179 43 187 193 188 181 191 203 178 187 192 IS2 44 191 196 192 184 194 206 181 188 195 184 45 194 199 195 188 197 209 184 191 198 187 46 198 202 198 192 200 212 187 193 201 189 47 201 205 201 196 204 216 189 195 204 191 48 204 208 205 199 207 219 192 198 207 194 49 207 211 208 203 210 222 195 200 209 195 l 50 209 214 211 206 213 225 198 202 212 197 51 212 217 214 210 216 228 201 204 215 199 52 215 220 217 213 219 231 204 206 217 200 53 218 223 220 216 222 234 207 208 220 202 54 220 226 223 219 225 237 210 210 222 203 55 223 229 226 221 228 240 213 213 225 204 56 225 233 229 224 231 242 216 218 227 205 57 228 236 232 227 233 245 219 223 230 206 ,
58 230 239 235 229 236 248 221 227 232 207 59 233 242 238 232 239 251 224 230 235 209 60 235 245 241 235 242 253 227 234 237 210 Max Temp: 235 245 241 235 242 253 227 234 237 210 Max Allowed: 416 416 416 416 416 416 416 416 416 416 4
I O A f M Ogg70
i 184 Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC # 20 TC # 21 TC # 22 TC # 23 TC # 24 TC # 25 TC # 26 TC # 27 TC # 28 TC # 29 O (min) 0 91 91 91 91 91 92 92 91 91 91 :
1 91 91 91 91 92 92 92 91 91 91 2 91 91 91 91 91 92 92 91 91 91 ,
3 91 91 91 91 92 92 92 91 91 91 4 91 91 91 92 92 92 92 91 91 91 5 91 91 92 92 93 93 92 92 91 91 6 91 91 93 93 94 94 93 92 91 91 7 91 92 94 94 95 96 93 92 92 91 8 92 93 95 96 97 98 94 93 92 92 9 92 94 96 98 98 100 95 93 93 92 10 93 95 98 100 101 102 96 94 94 93 11 93 96 100 102 103 105 97 95 95 94 12 94 97 102 104 106 108 99 96 96 96 13 95 99 104 107 109 110 100 98 98 97 14 97 101 107 109 112 113 102 99 100 99 l
15 98 103 110 112 115 116 104 101 102 101 16 100 105 112 115 118 119 106 103 104 103' 17 102 107 115 118 122 122 108 106 106 106 18 105 110 118 121 125 126 110 108 109 108 19 107 112 121 124 129 129 113 111 111 Ill 20 110 115 124 127 132 132 115 114 114 113 21 112 117 127 131 136 136 118 117 117 116 22 115 120 130 135 140 140 120 121 120 119 23 118 123 134 138 144 143 124 125 124 122 24 121 126 137 142 148 147 128 129 127 125 25 125 130 141 146 153 151 132 133 131 129 26 128 133 144 150 157 156 136 137 135 132 27 132 136 148 154 161 160 140 141 138 135 28 135 140 152 159 166 164 144 144 142 139 29 139 143 156 163 171 169 150 148 145 142 30 142 146 160 167 175 173 153 150 148 145 31 146 150 164 171 180 177 156 154 152 149 32 149 153 168 175 184 181 158 157 155 152 33 153 157 172 180 189 186 162 160 158 155 34 156 160 176 184 193 188 165 163 161 158 '
35 159 163 180 188 198 192 168 166 164 161 36 163 166 184 192 203 197 171 169 167 164 37 166 170 188 196 207 201 173 172 170 167 38 169 173 192 201 211 205 176 175 172 170 39 172 176 196 205 216 209 179 177 175 172 40 175 179 199 209 220 213 182 180 177 175 41 178 183 203 213 224 218 183 182 180 178 f "Oq A O
f es Ogggo
r 1;B5 4 Project No. 95767 Texas Utilities Electric August 16, 1993 ,
4 Time TC # 20 TC # 21 TC # 22 TC # 23 TC # 24 TC # 25 TC # 26 TC # 27 TC # 28 TC # 29 O (ndn) 42 181 186 207 217 229 222 185 184 182 180 43 183 189 211 221 233 226 185 187 184 183 44 185 192 215 224 237 230 187 189 186 185 45 188 195 218 228 241 231 189 191 189 187 46 190 199 222 232 244 236 191 193 190 190 47 192 202 225 236 248 240 192 195 192 192 I 48 194 205 229 240 252 245 194 196 194 194 49 196 209 233 243 256 249 196 198 196 196 50 197 212 236 247 259 252 197 199 198 197 51 199 215 240 251 263 256 199 200 199 199 52 200 218 243 254 267 259 200 201 201 201 ;
53 202 222 246 258 270 263 202 203 202 202 54 203 225 250 262 274 267 203 204 203 204 55 204 228 253 265 278 270 204 204 204 205 56 206 231 257 269 282 274 205 205 205 207 57 207 234 260 272 286 278 206 206 205 209 58 208 237 263 276 289 281 206 206 206 210 59 210 240 267 280 293 285 207 207 207 211 ;
60 211 243 270 283 297 289 208 208 209 213 T
LImr Temp: 211 243 270 283 297 289 208 208 209 213
( ) hizuc Allowed: 416 416 416 416 416 417 417 416 416 416 Y
l l
l
- 0e 5 ../ I
18G :
Project No. 95767 Texas Utilities Electric August 16,1993 Time TC # 30 TC # 31 TC # 32 TC # 33 TC # 34 TC # 35 TC # 36 TC # 37 TC # 38 TC # 39
( - (min) 0 91 91 91 91 91 91 91 91 91 91
+
1 91 91 91 91 91 91 91 91 91 91 2 91 91 91 91 91 91 91 91 91 91 i 3 91 91 91 91 91 91 91 91 91 91 4 91 91 91 91 91 91 91 91 91 91 5 91 91 91 D1 91 91 91 91 91 92 6 91 91 91 91 91 91 91 92 91 92 7 92 91 91 91 91 91 92 93 92 94 8 93 92 91 91 91 91 93 94 93 95 l
9 93 92 92 92 92 92 94 96 94 97 10 95 93 92 92 92 92 95 97 95 98 i 11 96 93 93 93 93 93 96 99 97 101 12 98 94 94 94 94 94 97 101 99 103 13 100 95 95 95 95 95 99 103 101 105 -
14 102 97 97 96 96 97 101 106 103 108 15 105 98 93 98 98 99 103 109 106 111 16 107 100 100 100 99 101 105 112 108 114 17 110 103 102 102 102 103 107 114 111 117 l 18 112 105 105 104 104 105 110 117 114 120 19 114 107 107 106 106 108 112 121 117 123
O 117 110 110 109 109 110 115 124 120 126 21 120 113 113 112 112 113 118 127 123 129 22 123 116 116 114 115 116 121 130 12 6 133 23 126 119 119 117 118 119 124 133 129 136 24 130 122 122 120 121 122 126 136 132 140 25 133 126 125 123 125 125 129 139 135 143 26 136 129 128 126 128 127 132 142 138 147 27 140 132 131 129 132 130 135 145 141 151 28 143 136 135 133 135 133 137 148 144 155 29 146 139 138 136 139 136 140 151 147 158 30 150 143 141 139 142 139 143 154 150 162 31 153 146 143 143 145 142 146 158 154 166 32 156 149 147 146 148 145 149 161 157 170 33 159 153 151 149 151 148 152 165 161 173 34 162 156 154 152 153 151 155 168 164 177 35 164 159 158 155 156 154 158 172 168 182 36 167 162 162 158 159 157 162 175 172 186 37 170 165 166 161 162 160 165 179 176 190 38 173 169 169 163 165 163 168 182 180 193 39 175 171 172 166 168 167 171 186 184 197 40 178 174 176 169 171 170 175 190 188 200 41 180 177 179 172 174 173 178 193 191 203 I O#0
%)
187 Project No. 95767 Texas Utilities Electric August 16, 1993 O Time TC # 30 TC # 31 TC # 32 TC # 33 TC # 34 TC # 35 TC # 3G TC # 37 TC # 38 TC # 39 (min) 42 182 180 181 174 177 176 181 196 195 207 43 185 182 184 177 180 179 184 200 199 210 44 187 185 186 180 183 182 187 203 202 213 45 IS9 187 188 IS3 185 185 190 206 206 216 46 191 189 190 186 188 187 193 209 209 219 47 193 191 192 188 190 190 196 212 212 222 48 195 193 194 191 192 193 199 215 215 225 49 197 195 196 193 194 195 202 218 217 228 50 199 197 198 195 196 197 204 220 220 231 51 200 198 199 197 197 199 207 223 223 234 52 201 200 201 198 199 201 210 226 226 236 53 203 201 202 200 200 203 212 228 228 239 54 204 202 203 201 202 205 215 231 231 242 55 205 204 204 202 203 207 217 234 234 244 56 207 205 205 203 204 209 220 236 237 247 57 208 206 205 204 205 211 223 239 239 250 58 210 207 206 205 205 214 225 242 242 253 59 211 208 206 206 206 216 228 245 245 256 GO 212 209 207 208 207 218 231 248 248 259 Max Temp: 212 209 207 208 207 218 231 248 248 259 Max Allowed: 416 416 416 416 416 416 416 416 416 416 9
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Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC # 40 TC # 41 TC # 42 TC # 43 TC # 44 TC # 45 TC # 46 TC # 47 TC # 48 TC # 49 O (min) 0 91 91 91 91 91 91 91 92 92 92 1 91 91 91 91 91 91 91 92 92 92 2 91 91 91 91 91 91 91 92 92 92 3 91 91 91 91 91 91 91 92 92 92 4 91 91 91 91 91 91 92 92 92 92 5 92 92 91 91 91 92 92 92 92 93 6 93 93 92 92 92 92 92 92 92 93 7 94 94 93 92 92 92 92 92 93 94 8 96 95 93 93 93 93 93 93 94 95-9 98 96 94 94 94 94 94 94 95 97 10 100 98 95 94 95 95 95 95 96 98 11 102 100 97 96 96 96 96 96 98 100 12 104 102 98 97 97 98 97 97 100 103 13 107 104 100 98 99 100 99 100 102 105 14 109 106 102 100 101 102 101 102 105 108 15 112 109 104 102 103 105 103 104 108 110 16 114 112 107 105 105 107 105 107 111 113 '
17 117 114 110 107 108 110 108 110 114 116 18 120 117 112 109 111 113 111 114 117 120 ,
19 123 120 115 112 114 116 114 117 120
()
123 20 126 123 118 115 116 119 117 121 123 126 21 129 126 121 118 119 123 121 12 5 126 130 22 133 129 125 121 122 126 124 128 130 133 23 136 133 128 124 126 130 128 132 133 137 24 139 136 131 127 128 133 131 135 137 141 25 143 139 134 130 131 136 135 139 141 145 26 146 142 137 133 134 140 138 143 144 149 27 150 145 140 136 138 143 142 146 148 152 28 153 148 144 139 141 146 145 150 151 156 29 157 151 148 142 145 150 148 153 154 160 30 161 155 150 146 148 153 152 156 158 163 31 164 158 153 149 152 156 155 160 161 167 32 168 161 156 152 155 160 158 163 164 170 33 171 164 158 155 159 163 161 166 167 173 34 175 167 161 158 162 166 164 169 170 177 35 178 170 163 161 166 169 167 172 173 180 36 182 173 166 164 169 171 170 175 175 183 37 185 176 168 168 172 173 173 178 178 186 38 189 179 171 171 175 176 176 181 181 189 39 192 183 174 174 177 179 179 183 183 192 40 195 186 177 177 180 181 181 186 186 196 41 199 189 180 179 182 184 184 188 188 199 O
f "OgA T
0 4470
18 D '
Project No. 95767 Texas Utilities Electric August 16, 1993
( Time TC # 40 TC # 41 TC # 42 TC # 43 TC # 44 TC # 45 TC # 46 TC # 47 TC # 48 TC # 49 (min) 42 202 192 183 182 185 186 186 190 190 202 43 205 196 185 185 187 189 189 192 193 205 44 208 199 188 187 190 191 191 194 195 208 45 211 202 191 190 191 193 193 197 197 211 46 215 205 193 192 193 195 195 198 199 214 47 218 208 195 194 195 197 197 200 201 217 48 221 211 197 196 196 199 199 202 202 220 49 224 214 199 198 198 201 200 204 205 222 50 227 217 201 200 199 202 202 206 208 225 51 229 220 203 202 201 203 203 208 211 228 52 232 223 205 204 202 205 205 210 213 231 53 235 225 206 206 203 207 206 212 214 234 54 238 228 208 209 204 208 208 213 216 237 55 240 230 210 211 205 210 209 214 220 241 56 243 233 211 213 206 211 210 215 225 244 57 246 235 211 216 207 212 211 217 229 248 58 249 238 212 219 207 212 212 221 234 251 59 252 241 214 222 208 213 212 227 239 255 60 255 243 220 225 209 214 214 232 243 258 Max Temp: 255 243 220 225 209 214 214 232 243 258 Max Allowed: 416 416 416 416 416 416 416 417 417 417 O
O f /g A
04ATO
Project No. 95767 190l Texas Utilities Electric August 16, 1993 Time TC # 50 TC # 51 TC # 52 TC # 53 TC # 54 TC # 55 TC # 56 TC # 57 TC # 58 TC # 59 m (min) t 1
0 92 93 92 92 92 92 91 91 91 91 ,
1 92 93 93 92 92 92 92 91 91 91 2 92 93 93 92 92 92 91 91 91 91 3 92 93 93 92 92 92 91 91 91 91 4 93 93 93 92 92 92 92 91 91 91 5 93 93 93 92 92 92 92 91 91 91 6 94 93 93 92 92 92 92 92 92 91 7 95 93 93 93 92 92 92 92 92 92 8 96 94 94 93 92 92 92 93 92 92 9 97 94 94 93 93 93 93 94 93 92 10 99 95 95 94 93 94 93 95 94 93 i 11 101 96 96 95 94 94 94 96 95 93 5 12 103 97 98 96 95 95 95 93 96 94 13 106 98 100 98 96 97 96 99 97 95
- 14 108 100 101 99 98 98 97 101 99 96 15 111 101 104 101 99 100 99 103 101 98 16 114 103 106 103 101 102 101 106 103 99 17 117 105 109 106 104 105 103 108 105 101 18 120 107 112 108 107 108 106 111 108 103 '
19 123 109 115 111 110 111 108 114 111 105 20 126 112 119 114 113 114 111 117 113 108 21 129 114 122 117 116 118 115 120 116 110 !
22 132 119 125 120 120 121 118 122 119 113 ,
23 136 123 128 123 123 125 121 126 123 116 24 139 127 131 126 127 128 124 129 126 119 ;
25 142 131 134 130 131 132 128 132 129 122 ;
26 146 135 138 133 135 136 131 135 132 125 27 149 138 142 137 138 139 135 139 135 128 28 153 142 145 140 142 143 138 142 138 131 L 29 156 145 149 144 146 146 142 146 141 134 30 159 148 152 147 149 150 145 150 145 137 31 162 152 155 150 153 153 149 153 148 141 32 164 155 15S 154 156 156 152 157 151 144 33 167 158 161 157 159 159 156 160 154 147 l 34 168 161 164 160 162 162 159 163 157 151 35 171 164 167 163 165 165 162 166 100 154 ;
36 173 167 170 166 168 168 165 169 164 157 37 176 169 173 169 171 171 168 172 167 161 38 179 172 176 172 174 174 171 175 170 164 39 182 175 178 175 177 177 174 178 173 167 40 185 177 181 177 180 179 177 180 176 171 41 189 180 183 180 183 182 179 183 179 174 gG A *o, 1 O A 5 / ;
0 4ATO
191 Project No. 95767 Texas Utilities Electric August 16,1993 Time TC # 50 TC # 51 TC # 52 TC # 53 TC # 54 TC # 55 TC # 56 TC # 57 TC # 58 TC # 59 O (min) 42 193 182 185 183 185 184 182 185 182 177 43 196 184 188 185 188 187 184 187 184 180 :
44 200 186 190 187 190 189 .187 189 187 183 45 204 189 192 190 192 191 189 191 190 186 46 208 191 194 192 194 193 191 193 192 189 47 212 192 196 194 19G 195 193 195 194 192 !
48 216 194 198 196 198 197 195 197 196 194 49 219 196 199 197 200 199 197 199 198 196 50 222 198 201 199 202 200 198 200 199 198 51 225 199 202 201 202 202 200 202 201 200 t 52 228 201 203 202 203 203 201 203 202 201 53 231 202 204 203 204 204 203 204 203 202 54 234 203 205 204 205 205 204 205 204 203 55 237 204 206 205 206 206 205 206 205 204 56 241 205 207 206 206 207 206 207 205 204 57 244 206 208 208 207 207 207 208 206 205 58 247 207 209 209 208 208 207 209 207 206 59 251 207 210 211 209 209 208 209 207 206 60 254 207 211 212 210 211 209 210 207 207 Max Temp: 254 207 211 212 210 211 209 210 207 207 Max Allowed: 417 418 417 417 417 417 416 416 416 416 l
i 4 GA# Of C A 50 4ATO/ :
192 Project No. 95767 Texas Utilities Electric August 16, 1993
/~ Time TC # 60 TC # 61 TC # 62 TC # 63 TC # 64 TC # 65 TC # 66 TC # 67 TC # 68 TC # 69 (min) 0 91 90 90 90 90 90 90 90 90 90 1 91 90 90 90 90 90 90 90 90 90 2 91 90 90 90 90 90 90 90 90 90 3 91 90 90 90 90 90 90 90 90 90 4 91 90 90 90 90 90 90 90 90 90 5 91 90 90 90 91 90 91 90 90 91 6 91 90 91 91 91 91 91 91 91 91 7 92 91 91 91 92 91 92 91 91 91 8 92 91 92 92 93 92 93 92 92 91 ,
9 92 91 92 93 95 94 95 92 93 92 10 93 92 94 94 96 96 97 94 94 93 ;
11 93 93 95 96 98 98 99 95 96 94 12 94 94 97 97 100 100 102 97 97 95 13 95 95 99 100 103 103 104 98 99 97 14 97 97 101 102 105 106 107 100 101 98 15 98 98 104 105 108 109 110 103 103 101 16 100 100 106 108 111 112 113 105 106 103 -
17 102 103 109 111 115 116 116 108 110 105 ,
18 104 105 112 114 118 119 120 111 113 108 19 106 108 115 117 121 123 123 114 116 111 20 109 111 118 120 124 126 126 118 120 114 21 112 113 121 123 127 129 128 121 123 117 22 114 116 124 126 130 133 131 125 126 121 23 117 119 127 128 132 156 134 128 129 124 24 120 122 130 131 135 138 136 131 132 127 25 123 125 133 134 138 140 138 134 135 130 ,
26 127 128 135 136 140 142 141 136 137 133 27 130 131 137 139 142 144 143 139 139 136 28 133 134 140 141 145 146 146 142 142 139 29 136 137 142 144 147 148 148 145 144 142 30 139 139 144 146 150 150 150 148 147 145 31 142 142 146 148 152 152 152 151 149 148 32 146 145 149 151 154 154 154 153 152 151 33 149 148 151 154 157 157 156 156 155 154 34 152 151 153 156 159 159 158 159 157 157 35 156 154 156 159 161 160 160 162 160 160 36 159 150 158 161 103 162 162 165 163 163 37 162 159 161 163 165 165 165 168 166 166 38 166 162 163 165 167 169 168 171 169 170 39 169 164 166 167 170 172 171 174 172 173 40 172 167 169 170 173 176 175 176 175 176 ,
41 175 170 173 173 177 180 179 179 178 178 f "OgA O
r e, !
0 4ATO
193, Project No. 95767 Texas Utilities Electric August 16, 1993 i Time TC # 60 TC # 61 TC # 62 TC # 63 TC # 64 TC # 65 TC # 66 TC # 67 TC # 68 TC # 69 w/ (min) I 1
42 177 172 177 177 181 184 183 182 181 181 43 180 175 181 181 186 188 188 185 184 184 44 182 177 185 186 190 192 192 187 186 186 ,
45 185 179 189 190 195 196 196 190 188 189 ,
46 187 181 193 194 200 200 200 193 191 191 47 190 184 197 198 204 205 204 195 192 193 ;
48 192 186 200 202 209 210 207 198 194 195 49 194 188 204 206 213 215 211 201 196 196 50 195 190 208 210 217 220 215 204 197 198 l
51 197 192 211 214 222 225 220 207 199 199 52 199 195 215 218 226 231 224 209 200 201 53 200 198 219 223 230 236 228 212 202 202 !
54 201 200 223 227 235 240 232 215 203 203 55 202 203 227 232 239 244 237 218 205 203 56 203 206 231 237 244 249 242 221 207 204 57 205 208 236 241 248 252 246 224 208 205 ,
58 206 212 240 246 252 256 250 228 210 205 59 207 215 244 250 256 259 253 231 211 205 60 208 219 248 253 259 263 257 235 212 206 Max Temp: 208 219 248 253 259 263 257 235 212 206 Max Allowed: 416 415 415 415 415 415 415 415 415 415 i
O A f M 0 4ATO
19 <1 Project No. 95767 Texas Utilities Electric August 16. 1993 l
Time TC # 70 TC # 71 TC # 72 TC # 73 TC # 74 TC # 75 TC # 76 TC # 77 TC # 78 TC # 79 s (min) ;
O 91 91 91 91 91 91 92 92 92 91 1 91 91 91 91 91 91 92 92 91 91 2 91 91 91 91 91 91 92 92 91 91 3 91 91 91 91 91 91 92 92 91 91 4 91 91 91 91 91 91 92 92 92 91 5 91 91 91 91 91 92 92 92 92 91 6 91 91 91 91 92 92 93 92 92 92 7 91 91 92 92 93 93 93 93 93 92 8 91 91 92 93 93 94 94 94 94 93 9 91 92 93 93 94 95 95 95 96 94 10 92 92 94 94 96 97 96 96 97 96 11 92 93 95 96 97 98 97 97 99 97 12 93 94 96 97 99 100 98 99 101 99 IS 94 96 98 99 101 103 100 101 103 101 14 95 97 100 101 104 105 102 103 106 102 15 97 99 102 104 106 108 104 105 108 105 16 99 101 104 107 109 111 106 107 111 107 17 101 104 107 110 112 114 108 109 114 110 18 103 107 110 113 116 118 110 112 117 112 19 106 109 113 116 119 122 112 114 120 115 20 109 113 117 119 123 125 115 117 123 118 21 112 116 120 123 126 129 117 120 126 12 0 22 115 119 124 126 130 133 120 123 129 123 23 118 123 127 130 134 137 123 126 132 126 24 122 126 131 134 138 140 125 128 135 129 25 125 130 135 137 141 143 128 131 138 132 26 128 134 138 141 145 147 131 134 141 135 27 132 137 142 145 148 150 134 137 145 138 28 135 141 145 148 152 153 136 140 148- 142 29 138 145 148 151 155 156 139 143 148 145 ,
30 142 148 152 154 158 159 143 147 151 147 31 145 152 155 157 161 162 146 150 154 150 32 149 155 158 160 164 164 149 155 158 154 33 152 158 161 163 166 167 152 158 161 157 34 156 162 164 166 169 169 155 161 165 160 35 159 165 167 169 171 172 157 165 168 164 36 162 168 169 171 174 174 160 168 171 167 37 166 171 172 174 176 176 163 171 174 171 38 169 173 175 177 178 178 166 174 177 174 39 172 176 177 179 180 181 169 176 180 178 40 175 179 180 182 183 183 172 178 183 181 41 178 181 182 184 185 186 175 180 186 185 f "Og O A f M 4ATO
195' Project No. 95767 Texas Utilities Electric August 16, 1993 O Time TC # 70 TC # 71 TC # 72 TC # 73 TC # 74 TC # 75 TC # 76 TC # 77 TC # 78 TC # 79 (min) 42 181 184 185 187 187 189 177 182 189 188 43 183 186 187 189 190 192 179 184 191 192 44 186 188 189 191 192 196 182 186 194 195 45 188 191 191 194 194 200 184 189 196 198 46 191 193 193 196 197 203 186 190 198 201 '
47 193 195 195 199 199 208 188 193 200 204 48 195 196 197 201 202 212 190 197 202 206 49 196 198 199 204 205 215 192 201 206 208 50 198 200 200 206 208 219 194 204 208 210 51 200 201 201 209 210 223 195 207 209 210 52 201 202 203 212 212 227 197 209 211 212 53 202 204 204 215 214 231 199 210 214 215 54 203 205 205 218 218 235 202 212 219 222 55 203 206 207 221 225 239 206 217 230 228 56 204 207 209 225 231 243 208 224 237 232 57 205 208 210 229 237 247 210 230 242 237 58 205 209 211 233 242 250 212 235 246 241 59 206 210 213 237 246 254 213 240 250 244 60 206 210 217 241 250 257 219 244 254 248 Max Temp: 206 210 217 241 250 257 219 244 254 248 Max Allowed: 416 416 416 416 416 416 417 417 4.17 416 o O e O,.
A f*
40 4AT
19L !
Project No. 95767 Texas Utilities Electric August 16, 1993 O Time TC # 80 TC # 81 TC # 82 TC # 83 TC # 84 TC # 85 TC # 86 TC # 87 TC # 88 TC # 89 (min) 0 91 91 91 91 91 91 91 91 91 91 1 91 91 91 91 91 91 91 91 91 91 2 91 91 91 91 91 91 91 91 91 91 3 91 91 91 91 91 91 91 91 91 91 4 91 91 91 91 91 91 91 91 91 91 5 91 91 91 91 91 91 91 91 91 91 6 92 91 91 91 91 91 91 92 91 91 7 93 92 92 92 91 92 92 93 91 91 8 94 92 92 92 91 92 93 94 91 91 9 95 93 93 93 92 93 94 95 91 92 10 96 94 94 94 92 95 95 96 92 92 11 98 95 95 96 93 96 97 97 92 92 12 99 96 96 97 94 98 98 98 93 93 13 101 97 98 99 95 100 100 99 94 94 14 103 99 100 100 96 101 102 101 94 95 15 105 100 101 102 97 103 103 103 95 96 16 108 102 103 104 99 105 106 104 96 97 17 110 104 105 107 101 107 108 106 98 98 18 113 106 108 109 103 109 111 108 99 99 19 116 109 110 111 105 112 113 110 101 101 20 118 111 112 114 107 114 116 113 103 103 21 121 114 115 117 110 117 119 115 104 104 22 124 116 118 119 112 119 122 117 106 106 23 127 119 121 122 115 121 125 120 108 108 ,
24 130 122 123 125 117 124 128 122 110 110 l 25 133 124 126 128 120 126 131 124 113 112 26 136 127 129 131 123 129 134 126 116 114 27 140 130 132 134 126 132 137 129 118 116 28 143 134 135 137 129 135 140 131 121 119 29 147 137 138 140 132 138 144 133 124 121 30 148 140 141 143 136 141 147 136 127 124 31 151 143 144 146 139 144 150 139 131 126 ,
32 155 146 147 150 142 147 154 142 134 129 33 158 150 151 153 146 150 157 145 138 133 34 162 153 154 157 149 153 160 148 141 136 35 165 157 157 159 153 156 163 151 144 139 36 168 161 160 162 156 159 166 154 147 142 37 172 164 163 166 159 162 170 157 151 145 38 175 167 167 169 162 165 173 160 154 148 39 178 170 170 172 165 169 176 163 157 151 40 181 173 173 175 168 172 179 165 160 154 41 184 175 176 177 171 175 181 168 163 157 O O r% A f
4 Oggy
Project No. 95767 Texas Utilities Electric August 16, 1993 f
Time TC # 80 TC # 81 TC # 82 TC # 83 TC # 84 TC # 85 TC # 86 TC # 87 TC # 88 TC # 89 (min) 42 187 178 178 180 174 178 184 171 166 160 43 190 181 181 182 177 181 187 174 169 163 44 193 183 184 184 180 184 190 176 171 165 45 196 185 186 186 182 187 193 179 174 168 46 199 188 188 188 184 190 195 182 176 171 47 202 190 190 190 186 193 198 184 179 174 48 205 193 192 192 188 196 201 187 181 176 49 207 196 193 193 190 198 203 189 183 179 50 209 199 194 195 192 201 206 191 185 182 51 210 202 196 197 194 204 209 194 187 184 52 211 205 197 199 195 207 211 196 188 187 i 53 212 207 198 202 197 210 214 198 190 189 54 214 209 200 205 199 213 216 200 191 192 55 221 210 203 208 201 216 219 202 192 194 50 226 210 207 210 204 218 221 203 193 197 57 232 211 210 211 206 221 224 205 195 199 58 236 218 210 212 208 224 226 206 196 201 59 241 224 211 214 210 227 228 208 197 203 [
60 244 228 212 219 211 229 231 209 198 205 Max Temp: 244 228 212 219 211 229 231 209 198 205 Max Allowed: 416 416 416 416 416 416 416 416 416 416 4
f O r.
O .4 Og37o
198 l Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC # 90 TC # 91 TC # 92 TC # 93 TC # 94 TC # 95 TC # 96 TC # 97 TC # 98 TC # 99 Os (min) 0 91 91 91 91 91 91 91 91 91 91 1 91 91 91 91 91 91 91 91 91 91 2 91 91 91 91 91 91 91 91 91 91 3 91 91 91 91 91 91 91 91 91 91 4 91 91 91 91 91 91 91 91 91 91 5 91 91 91 91 91 91 91 91 91 91 6 91 91 91 92 91 92 91 91 92 91 7 91 92 92 92 91 92 91 92 93 92 .
8 92 92 92 93 91 92 91 92 94 92 9 92 92 93 94 92 93 92 93 95 93 10 93 93 93 95 92 94 92 94 97 94 11 93 94 94 96 93 95 93 95 99 96 12 94 95 95 97 94 96 93 96 101 97 13 96 96 96 98 95 97 94 97 103 99 14 97 97 98 100 96 99 95 98 105 101 15 98 99 99 101 97 100 97 100 107 103 '
16 99 100 101 103 99 102 98 101 110 105 17 101 102 102 105 100
(
104 99 103 112 107 18 103 104 104 107 102 106 101 105 115 109 19 104 106 106 109 104 108 103 107 117 112 20 106 107 108 111 106 110 105 109 120 115 '
21 108 109 110 114 108 112 107 111 122 118 22 110 112 112 116 110 114 109 114 125 121 i 23 112 114 115 118 112 117 111 116 127 124 24 114 116 117 121 115 119 114 118 130 127 i 25 116 118 119 123 117 121 116 121 133 130 26 118 121 122 126 120 124 119 123 136 134 27 120 123 124 128 123 126 122 126 139 137 28 122 126 127 130 125 12 9 125 129 142 141 29 125 128 129 133 128 131 129 132 145 145 .
30 127 131 132 135 131 134 132 136 149 148 31 130 133 135 138 134 137 135 139 152 152 32 133 136 137 142 137 139 139 143 155 156 33 137 139 140 145 140 142 142 146 158 160 j 34 140 143 143 149 143 145 146 149 162 164 35 143 146 146 153 146 148 149 152 165 167 36 145 149 149 161 149 152 152 155 168 171 j 37 148 153 152 169 152 155 156 158 172 175 38 151 156 155 175 155 158 159 161 175 180 39 154 160 158 179 158 162 162 164 178 184 40 157 163 160 183 100 165 165 167 182- 188 41 162 167 164 186 163 169 168 170 185 192 f* # 4a 0-0 h
e 1 4AT ,
199 Project No. 95767 Texas Utilities Electric August 16, 1993 l
t Time TC # 90 TC # 91 TC # 92 TC # 93 TC # 94 TC # 95 TC # 96 TC # 97 TC # 98 TC # 99 O (min)
[
t 42 167 170 167 186 166 173 170 173 189 196 43 172 174 170 189 109 177 173 176 192 199 44 177 177 173 191 171 180 175 179 196 203 ,
45 182 181 176 194 174 184 178 182 199 207 46 186 185 180 197 176 187 180 185 202 211 47 190 188 183 201 179 191 182 189 206 215 !
48 194 192 187 206 181 195 183 192 209 219 I 49 197 195 190 210 184 199 185 195 213 222 50 200 199 193 214 186 203 187 198 216 226 ;
SI 204 203 197 219 189 207 188 201 219 230 ,
52 206 206 200 223 191 210 190 204 222 234 i 53 209 210 203 229 194 214 191 206 225 237 l 54 211 214 207 234 197 217 193 209 229 240 55 214 218 210 237 199 221 195 211 232 244 56 216 221 214 242 202 225 196 214 235 247 ,
57 218 225 218 246 204 228 197 216 238 249 58 220 229 222 249 206 231 199 218 241 252 I 59 222 232 225 252 208 234 200 220 244 255 ;
60 224 236 229 255 210 237 201 223 247 258 ;
i Max Temp: 224 236 229 255 210 237 201 223 247 258 i Max Allowed: 416 416 416 416 416 416 416 416 416 416 !
I t
6 O .
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f ,
4AT
i 200 Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC # 100 TC # 101 TC # 102 TC # 103 TC # 104 TC # 105 TC # 106 TC # 107 TC # 108 O (min) 0 91 91 91 91 91 91 91 92 92 1 91 91 91 91 91 91 91 92 92 2 91 91 91 91 91 91 92 92 92 3 91 91 91 91 91 91 92 92 92 4 91 91 91 91 92 92 93 93 93 5 91 91 91 92 92 93 95 95 95 6 92 91 91 93 94 94 98 97 98 7 92 92 92 94 95 96 100 100 100 ,
8 93 92 92 96 97 98 103 102 103 9 94 92 93 97 99 100 106 105 100 ;
10 95 94 94 99 101 102 110 109 110 ;
11 96 94 95 101 104 105 113 112 113 12 97 96 96 103 106 107 116 115 117 13 98 97 97 106 109 110 120 118 120 14 100 98 99 108 112 113 123 122 124 15 102 99 101 111 115 116 127 125 128 l
16 104 100 103 114 118 119 130 129 131 17 106 102 106 117 122 123 134 133 135 18 109 104 108 120 125 126 138 138 139 19 111 107 111 123 129 130 142 142 143 20 114 110 114 127 132 133 147 146 147 21 117 113 117 130 136 137 151 150 152 ,
22 120 116 120 133 140 141 155 155 156 23 124 120 124 137 144 145 160 159 161 24 127 123 127 141 148 150 164 164 163 25 131 127 130 144 152 154 169 168 167 26 133 130 133 148 156 158 173 173 172 7
27 137 134 137 152 160 163 178 177 177 28 141 138 141 155 164 167 182 180 181 29 144 142 145 159 168 171 187 185 186 30 148 147 149 162 171 175 191 189 190 31 152 152 153 166 175 179 195 193 194 32 154 156 157 169 178 184 199 197 198 33 158 160 161 172 181 188 203 200 202 34 161 163 165 175 184 192 207 204 205 i 35 164 167 168 177 187 196 211 208 209 36 167 170 171 ISO 191 200 214 212 213 37 170 173 174 182 195 204 218 216 216 38 173 175 177 184 199 208 222 221 221 39 175 177 179 187 203 212 226 225 226 40 178 179 181 191 207 216 230 230 230 41 183 181 183 195 211 219 234 234 234 i SPA *o, O A 5.Oggg O/
l
201 !
Project No. 95767 Texas Utilities Electric August 16, 1993 i
Time TC # 100 TC # 101 TC # 102 TC # 103 TC # 104 TC # 105 TC # 106 TC # 107 TC # 108 j O- (min) i 42 137 182 185 199 215 223 238 238 238 !
43 191 IS4 186 201 218 227 242 242 242 I 44 195 186 187 204 222 231 245 246 245 f 45 199 187 189 207 226 234 249 250 249 i 46 202 188 190 210 230 238 253 254 253 47 206 189 192 213 233 242 256
{
257 257 48 210 191 194 217 9.37 246 260 261 261 ;
49 214 192 196 222 241 250 264 265 264 I 50 218 195 199 226 245 254 269 269 268 51 222 198 202 231 249 258 273 274 272 52 225 202 205 235 253 262 277 278 276 53 229 207 207 239 257 266 281 282 279 t 54 232 210 210 242 261 270 255 2S6 283 !
55 235 211 212 246 264 274 289 290 287 l 56 238 212 215 250 268 278 294 294 291 l 57 241 213 219 254 272 282 298 298 295 l 58 244 216 224 258 276 286 302 302 298 59 247 221 229 261 280 290 306 306 302 !
60 250 226 233 265 284 295 310 311 306 [
, Max Temp: 250 226 233 265 284 295 310 311 306 Mar Allowed: 416 416 416 416 416 416 416 417 417 I
t i
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l r n l
'*ongo 5 i i
20E Project No. 95767 Texas Utilities Electric August 16, 1993 O Time TC # 109 TC # 110 TC # 111 TC # 112 TC # 113 TC # 114 TC # 115 TC # 116 TC # 117 (min) 0 92 92 92 92 91 91 91 91 91 1 92 92 92 92 91 91 91 91 91 2 92 92 92 92 91 91 91 91 91 3 93 92 92 92 91 './1 91 91 91 4 93 92 92 92 91 91 91 91 91 5 95 92 92 92 92 91 91 91 91 6 96 93 92 92 92 92 91 91 91
, 7 98 93 93 93 92 92 92 91 91 8 101 94 93 93 93 92 92 92 92 9 103 95 94 94 94 93 92 92 92 10 106 96 95 95 95 94 93 93 93 3 11 109 97 96 97 96 95 94 93 94 12 111 98 98 98 98 96 95 94 96 13 114 99 100 100 99 97 96 95 97 14 117 101 102 102 101 99 98 97 99 15 120 103 104 105 104 101 99 98 101 16 124 105 106 107 106 103 101 100 103 17 127 107 109 110 109 105 103 102 105 18 130 109 113 113 111 108 106 104 108 19 133 111 117 116 114 111 108 107 111 20 136 114 121 119 117 113 111 110 114 21 140 116 125 122 120 116 114 113 117 22 144 119 129 125 123 119 117 116 120 23 147 122 133 128 126 122 120 119 124 24 149 125 136 131 129 125 123 122 127 25 151 128 139 134 132 128 127 125 130 26 153 130 142 137 135 132 130 128 134 27 157 133 145 141 138 135 133 132 137 28 160 136 147 144 141 138 136 135 140 29 162 139 150 147 144 141 139 138 143 30 166 142 152 150 147 144 141 141 146 31 169 145 154 153 151 147 145 144 149 32 171 148 156 156 154 150 148 147 151 33 174 152 158 159 157 153 151 151 154 34 177 154 161 162 160 156 154 154 157 35 180 158 164 165 162 159 157 157 160 36 183 161 167 168 165 162 160 160 163 37 185 164 169 170 168 165 163 163 166 38 188 167 172 173 170 168 166 167 169 39 190 171 174 175 173 171 169 170 172 40 192 173 177 177 176 174 172 173 174 41 194 176 179 180 178 176 175 175 177 O
f' 'Oq A f' ao 4Ogggof
Project No. 95767 Texas Utilities Electric August 16, 1993 903
~
O Time TC # 109 TC # 110 TC # 111 TC # 112 TC # 113 TC # 114 TC # 115 TC # 116 TC # 117 (min) 42 197 179 181 182 181 179 178 178 180 43 201 181 184 184 183 181 180 180 182 44 205 183 185 187 185 184 183 183 184 45 209 185 187 189 187 186 185 185 186 46 211 187 189 190 189 188 187 187 188 47 213 189 190 192 191 190 189 189 190 48 215 190 192 194 193 191 190 190 191 49 220 192 193 195 195 193 192 192 193 50 230 193 194 197 197 195 193 193 194 51 237 194 195 198 199 197 195 194 196 52 243 195 196 200 200 199 196 196 197 53 249 196 197 202 202 201 197 197 198 54 253 197 198 205 206 203 199 197 199 55 257 198 199 207 209 206 200 198 201 56 261 199 200 210 210 208 202 199 202 57 266 200 201 211 211 210 203 201 204 58 270 200 202 212 216 211 205 202 206 59 272 201 205 214 2J3 211 207 204 208 60 277 202 207 221 229 212 208 205 209' Max Temp: 277 202 207 221 229 212 208 205 209 3 Max Allowed: 417 417 417 417 416 416 416 416 416 1
l +,
%J
204i Project No. 95767 Texas Utilities Electric August 16, 1993 l E
f L
Time TC # 118 TC # 119 TC # 120 TC # 121 TC # 122 TC # 123 TC # 124 TC f 125 TC # 126 ;
(min) i 0 91 91 91 90 90 90 90 90 90 !
1 91 91 91 90 90 90 90 90 91 2 91 91 91 90 90 90 90 90 91 [
3 91 91 91 90 90 90 90 90- 91 4
91 91 91 90 90 90 90 90 91 5 91 91 91 90 90 90 90 91 91 ,
6 91 91 91 90 91 90 91 91 91 7 91 91 91 91 91 90 91 91 92 i
8 91 91 91 91 91 91 92 92 92 9 92 92 92 91 91 91 92 93 93 10 92 92 92 92 92 91 93 95 94 i 11 93 93 93 92 92 92 94 96 96 !
12 94 94 94 93 93 92 96 97 97 13 95 95 95 94 94 93- 97 99 98 14 97 97 96 95 95 94 99 100 100 >
15 98 98 99 96 96 95 100 102 -102 16 100 100 99 93 98 96 102 104 103 17 102 102 101 100 99 97 104 106 105 -
18 104 105 103 102 101 99 106 108 107 19 106 107 105 104 103 101 108 110 109 O 20 21 109 112 109 112 IOS 110 106 109 105 107 102 104 110 112 112 114 112 114
[
i 22 115 115 112 111 109 106 114 116 117 !
23 118 117 115 113 112 108 117 119 119 i 24 121 121 118 116 114 110 119 121 122 25 125 124 121 119 118 113 122 124 126 !
26 128 128 124 122 IM 115 125 127 129 I 27 132 131 127 126 131 118 128 130 132 .
28 135 135 131 130 136 120 131 133 135 !
29 139 138 134 135 149 123 134 136 138 i 30 142 142 138 139 143 126 137 139 141 !
31 146 145 142 143 147 129 141 143 145 ,
32 149 149 145 147 150 133 144 146 148 33 152 153 149 151 154 136 148 150 152 34 156 156 152 154 157 f
140 151 153 155 j 35 159 160 156 157 159 143 154 157 158 i 36 162 163 159 160 161 146 157 100 161 j 37 165 167 162 163 164 150 161 164 164 38 168 169 165 165 166 153 164 167 167 39 171 172 168 168 16S 156 167 170 170 l 40 174 175 171 170 170 159 170 173 173 41 177 178 173 172 171 161 173 176 176 +
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4 04AT ;
[
205 i Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC # 118 TC # 119 TC # 120 TC # 121 TC # 122 TC # 123 TC # 124 TC # 125 TC # 126 O (min) 42 179 180 176 174 172 164 176 179 179 l 43 182 182 179 177 174 167 179 182 182 !
I 44 184 184 181 179 176 169 182 185 185 45 156 186 183 181 177 172 185 188 188 7 46 188 188 186 183 179 174 188 191 190 !
47 189 190 188 185 181 176 190 193 193 48 191 191 190 187 183 178 193 196 196 f 49 192 193 192 189 185 181 196 199 199 50 194 194 193 191 187 183 199 202 202 -
51 195 195 195 192 188 185 202 205 204 ;
52 196 196 196 194 190 186 205 208 207 53 197 197 197 195 191 188 207 210 210 i 54 198 198 198 197 193 190 210 213 213 6 20 19 216 1 57 201 201 201 201 197 196 218 221 220 !
58 202 202 202 203 198 198 221 223 223 >
59 203 203 203 205 199 200 223 226 225 :
60 205 204 205 207 201 202 226 229 228 {
Max Temp: 205 204 205 207 201 202 226 229 228 i Mar Allowed: 416 416 416 415 415 415 415 415 415 i.
i i
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f /
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l e e i 90 4ATO f I 4
200 Project No. 95767 Texas Utilities Electric August 16, 1993 O Time TC # 127 TC # 128 TC # 129 TC # 130 TC # 131 TC # 132 TC # 133 TC # 134 TC # 135 (min) 0 90 90 90 90 90 90 90 91 91 1 90 91 90 90 90 90 90 91 91 l 2 90 91 90 90 90 90 90 91 91 !
3 90 90 90 90 90 90 90 91 91 4 91 91 90 90 90 90 90 91 91 5 91 91 90 91 91 91 91 91 91 6 91 91 91 91 91 91 91 91 91 7 91 91 91 91 91 91 92 91 91 8 92 91 91 91 92 92 92 92 92 9 93 92 91 92 92 93 93 93 93 10 94 93 92 93 93 94 94 93 94 ,
11 95 94 92 93 94 95 96 95' 95 12 97 95 93 95 96 97 97 96 96 1 13 93 96 94 96 97 99 99 97 98 14 100 97 95 97 99 100 101 99 100 15 101 99 97 99 101 102 103 101 102 16 103 100 98 101 103 105 106 103 104 17 105 102 100 103 105 108 108 105 106 18 107 104 102 105 107 112 110 108 110 >
19 109 106 104 108 109 116 113 111 113 20 112 108 106 110 112 120 115 114 116 21 114 110 108 113 114 123 118 117 119 t 22 116 112 111 116 117 126 120 120 123 23 119 114 113 119 120 129 123 123 127 24 122 117 116 122 123 132 126 127 130 25 125 119 118 125 126 134 129 130 134 26 128 122 121 127 130 138 132 135 137 27 131 124 124 130 133 141 136 138 141 28 134 127 126 132 137 145 139 142 145 29 138 130 128 135 141 148 143 146 149 l
30 141 133 131 138 144 152 146 150 152 !
31 144 136 133 141 148 155 150 154 156 32 148 140 136 144 151 158 154 159 160 ,
33 151 143 138 146 154 160 158 163 164 34 154 146 14 0 148 156 163 162 167 168 35 157 149 143 150 159 165 166 170 171 36 160 152 145 152 161 169 169 173 174 37 163 155 148 155 164 172 172 175 177 38 166 158 151 158 167 174 174 178 179 39 169 161 154 160 169 176 175 180 181 40 172 164 157 163 172 178 178 182 183 f 41 175 167 159 167 175 179 180 184 184 O ("% ;
(/
207 Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC # 127 TC # 128 TC # 129 TC # 130 TC # 131 TC # 132 TC # 133 TC # 134 TC # 135 (min) i 42 178 171 162 169 177 181 182 185 185 43 181 173 165 172 180 183 184 187 186 44 184 176 167 175 182 186 186 189 188 !
45 187 179 170 177 184 189 188 189 189 i 46 189 182 173 179 186 191 189 191 190 4 47 192 185 175 181 187 193 191 192 192 !
48 195 188 177 183 189 196 193 192 193 i 49 198 191 180 185 190 198 196 194 194 i 50 201 194 182 187 192 201 199 195 195 51 204 197 184 189 193 204 202 196 195 i 52 207 200 IS6 191 195 206 205 197 196 53 209 202 189 193 IS6 209 208 197 197 54 212 205 191 194 198 212 210 198 198 55 214 208 193 196 199 215 213 198 199 -
56 217 211 196 198 201 218 215 199 200 57 220 213 198 199 203 221 218 200 201 58 222 216 200 201 205 224 222 201 202 59 225 218 202 202 207 227 225 203 204 60 227 221 205 204 208 230 228 205 206 +
Max Temp: 227 221 205 204 208 230 228 205 206 Max Allowed: 415 415 415 415 415 415 415 416 416 t
f f
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208 Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC # 136 TC # 137 TC # 138 TC # 139 TC # 140 TC # 141 TC # 142 TC # 143 TC # 144 (min) 0 91 91 91 91 91 91 92 92 92 1 91 91 91 91 91 91 92 92 92 2 91 91 91 91 91 91 92 92 92 3 91 91 91 91 91 91 92 92 92 4 91 91 91 91 91 92 92 92 92 -3 5 91 91 91 91 92 92 92 93 92 6 91 91 91 92 92 92 93 93 92 7 91 91 92 92 93 93 94 94 93 ;
8 92 92 93 93 94 94 95 95 93 {'
9 94 93 94 95 96 96 97 96 93 10 99 95 96 96 97 97 98 98 94 11 103 96 98 98 100 99 100 99 95 12 106 99 100 101 102 102 103 101 95 13 108 101 103 104 105 104 105 103 97 ;
14 110 104 106 108 109 108 108 105 98 ;
15 113 107 109 113 112 111 111 107 99 16 114 110 113 117 117 116 114 110 101 [
17 117 113 117 121 123 120 118 113 103 18 119 117 121 125 127 125 122 116 106 19 122 122 125 130 132 130 126 120 108 20 125 126 129 134 135 135 130 123 112 !
21 129 130 133 138 139 139 133 127 115 ,
22 131 134 137 142 143 143 '138 130 118 r 23 134 138 141 146 147 147 143 134 122 [
24 137 141 145 150 151 150 149 138 125 [
25 140 145 148 1r4 154 153 153 141 129 26 144 148 152 157 158 156 158 145 132 27 148 151 155 161 161 158 158 149 136 !
28 152 155 158 164 164 161 159 153 139 i 29 155 158 162 167 167 165 160 155 142 !
30 159 161 164 170 170 168 163 158 145 31 163 165 167 173 173 173 166 161 148 l 32 166 168 170 175 176 175 169 164 151 !
33 170 171 173 178 179 179 172 167 155 [
34 174 174 175 181 182 182 176 170 158 I 35 177 177 178 183 186 183 178 173 160 :
36 179 180 181 186 189 185 182 175 163 f 37 182 182 184 188 193 189 184 178 165 38 184 184 187 191 196 193 187 180 168 i 39 186 186 191 194 200 196 189 182 171 40 f
187 187 194 197 204 200 192 184 174 l
41 188 189 198 200 208 204 196 186 177 O
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e Project No. 95767 209 :
Texas Utilities Electric August 16, 1993 :
O Time TC # 136 TC # 137 TC # 138 TC # 139 TC # 140 TC # 141 TC # 142 TC # 143 TC # 144 (min) r 42 189 190 201 203 212 208 199 188 179 43 190 191 205 206 216 212 203 189 182 44 192 194 208 211 219 217 207 190 184 j 45 193 196 212 216 223 221 210 191 186 46 195 199 216 221 226 224 212 193 188 !
47 197 203 220 226 230 228 213 194 189 I 48 198 207 223 230 233 232 217 195 191 49 201 209 227 233 237 236 222 196 192 i 50 203 211 231 237 241 241 228 197 193 ,
51 206 212 235 242 245 245 233 199 194 52 209 213 238 246 249 250 238 201 195 53 211 219 243 250 254 254 242 204 196 54 213 226 247 254 258 259 247 207 197 55 217 232 251 258 262 263 251 211 198 56 223 236 256 262 266 268 256 214 198 57 228 241 260 267 271 273 260 217 199 I 58 232 245 264 272 276 278 264 221 200 59 236 250 268 277 282 283 268 227 200 60 239 254 273 283 288 288 272 231 201 i Max Temp: 239 254 273 2S3 288 288 272 231 201 L Max Allowed: 416 416 416 416 416 416 417 417 417 l i
4 e
h f-i O
f /
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210 Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC # 145 TC # 146 TC # 147 TC # 148 TC # 149 TC # 150 TC # 151 TC # 152 TC # 153 O- (min) '
0 92 92 91 91 91 91 91 91 91 l
1 92 92 91 91 91 91 91 91 91 ,
2 92 92 91 91 91 91 91 91 91 3
92 92 91 91 91 91 91 91 91 4 92 92 91 91 91 91 91 91 91 5 92 92 91 91 91 91 91 91 91 6 92 92 92 92 91 91 91 91 91 f
7 92 92 92 92 92 91 91 91 91 8 93 93 93 93 92 92 92 91 91 9 93 94 94 94 92 92 93 92 91 i 10 94 95 94 94 93 93 93 92 91 11 95 96 96 96 94 94 95 93 92 12 96 98 97 97 95 95 96 94 92 13 98 100 99 99 97. 96 97 95 93 14 99 102 101 101 98 97 99 97 94 15 101 104 103 103 100 99 101 99 96 16 103 107 105 105 102 101 103 101 97
, 17 106 110 108 107 104 103 106 103 99 18 108 112 111 110 107 106 108 106 101 19 111 116 114 113 109 108 111 103 103 0
20 114 119 117 116 112 111 114 111 106 ;
21 119 124 120 119 115 114 117 115 108 t 22 124 128 124 123 119 117 121 118 111 ,
23 129 131 127 126 122 121 124 121 115 24 134 135 130 130 126 124 128 125 118 r 25 138 138 134 133 129 127 131 128 122 i 26 142 142 137 136 133 131 134 132 125 27 145 145 140 139 136 134 138 135 129 28 147 148 143 143 140 138 141 139 132 29 150 150 146 146 143 141 144 142 136 30 153 154 149 149 146 144 148 145 139 3 31 156 156 152 152 149 148 151 149 143 i 32 159 160 155 156 153 151 154 152 146 .
33 161 163 158 159 156 154 157 155 149 l 34 164 166 162 162 159 157 161 159 153 ;
35 167 168 165 165 163 160 163 162 156 36 169 171 168 168 166 164 166 165 159 i 37 171 173 171 171 169 167 169 168 162 ;
38 173 175 174 174 172 170 172 171 165 39 176 178 177 176 174 173 175 174 168 40 178 180 180 179 177 176 177 176 171 41 180 182 183 181 179 178 180 179 174 4 p o^ *o, o .4 F
211 Project No. 95767 Texas Utilities Electric August 16, 1993 O Time TC # 145 TC # 146 TC # 147 TC # 148 TC # 149 TC # 150 TC # 151 TC # 152 TC # 153 (min) 42 182 185 185 183 182 181 182 181 177 43 184 187 187 186 184 183 184 184 180 44 186 188 190 187 186 186 186 186 182 45 188 190 192 189 188 188 188 188 185 46 190 192 194 191 190 189 190 190 187 ;
47 191 193 196 192 191 191 192 191 189 48 192 194 198 194 193 193 193 193 191 49 194 196 200 195 194 194 194 194 192 50 195 197 202 197 195 195 196 195 194
- 51 196 198 204 199 196 197 197 196 195 52 197 200 207 201 198 198 198 197 196 53 198 202 209 203 199 199 199 198 197 54 199 204 209 205 201 200 200 199 198 55 200 206 210 207 202 202 201 200 199 56 201 208 211 209 205 203 203 201 200 ;
57 203 210 213 211 207 205 205 202 200 58 204 211 223 212 208 206 207 202 201 59 206 214 229 217 210 208 209 203 202 60 208 223 235 222 211 209 210 204 202 Max Temp: 208 223 235 222 211 209 210 204 202 Mar Allowed: 417 417 416 416 416 416 416 416 416 i
I I
o O e O ,.
A f 89 !
i 04ATO
~- '-
212 Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC 6154 TC # 155 TC # 156 TC # 157 TC # 158 TC # 159 TC # 160 TC # 161 TC # 162
{
(min) 0 91 91 91 90 90 90 91 90 90 ,
1 91 91 91 90 91 90 91 90 90 2 91 91 91 91 91 91 91 90 90 3 91 91 91 90 91 91 91 90 90 4 91 91 91 90 90 90 91 90 90 5 91 91 91 91 91 91 91 90 90 i G 91 91 91 91 91 91 91 90 90 7 91 91 91 91 91 91 91 91 91 8 91 91 91 91 91 91 91 91 91 r 9 91 92 91 92 91 92 92 92 92 j 10 91 92 91 92 92 92 93 92 92 11 92 93 92 94 93 93 94 93 93 i 12 93 94 92 95 93 94 95 95 95 ,
13 93 95 93 96 95 95 97 96 96 14 94 97 94 98 96 97 99 98 98 I
15 95 98 95 100 97 99 100 100 99 16 97 100 96 103 99 101 102 101 101 17 99 102 98 105 101 102 104 103 103 i 18 100 105 99 108 103 104 107 106 106 '
19 103 107 101 111 106 107 109 108 108 20 105 110 104 114 108 109 111 110 111 21 108 112 106 117 111 111 114 113 114 >
22 111 115 109 120 113 113 116 115 117 23 114 118 112 124 116 116 119 118 119 )
24 117 121 115 127 118 118 121 121 122 :
25 120 124 119 131 121 121 124 123 125 26 123 127 124 134 124 124 12 6 126 128 27 126 131 129 138 126 126 129 128 130 28 129 134 134 141 129 129 131 131 133 29 133 137 140 144 132 132 134 134 136 :
30 136 141 145 147 135 134 136 137 138 31 140 144 150 150 138 137 139 139 141 [
32 143 148 156 153 141 140 142 142 144 l 33 147 155 160 156 144 143 145 145 147 f 34 150 160 164 159 148 146 148 148 150 !
05 154 162 167 162 151 149 150 151 153 36 158 164 169 166 154 152 153 154 156 !
37 161 167 171 169 158 155 155 157 159 ,
38 164 169 172 172 161 157 158 161 163 39 167 172 173 175 164 160 161 166 166 ;
40 170 174 176 177 168 163 165 170 170 41 173 176 178 180 171 166 168 174 173 I I
j.0A *o, O A 0 4ATO
213 Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC # 154 TC # 155 TC # 156 TC # 157 TC # 158 TC # 159 TC # 160 TC # 161 TC # 162 O- (min) 42 176 178 179 183 174 169 172 178 177 43 178 181 180 186 178 172 175 181 181 44 181 183 181 188 181 175 180 185 185 45 183 185 182 191 185 178 184 189 189 46 186 186 184 194 189 182 189 194 193 47 188 188 185 196 193 185 194 199 197 48 190 190 187 199 197 189 199 204 201 49 192 192 189 202 201 193 204 209 205 50 193 193 190 204 205 197 210 214 209 51 195 195 192 207 209 202 218 219 214 52 196 197 193 211 213 207 227 225 218 53 197 198 195 214 217 215 236 231 222 54 198 199 196 217 222 224 245 238 227 55 199 200 198 221 226 232 255 246 231 56 200 201 199 224 231 241 264 254 236 57 201 203 200 227 236 250 273 262 242 58 202 204 201 231 241 259 281 268 248 59 202 205 202 235 247 267 288 275 254 60 203 207 203 239 252 274 296 281 259 Max Temp: 203 207 203 239 252 274 296 281 259 Max Allowed: 416 416 416 415 415 415 416 415 415 O
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f 4O RAT
Project No. 95767 214 Texas Utilities Electric August 16, 1993 i
/ Time TC # 163 TC # 164 TC # IG5 TC # IGG TC # IG7 TC # 168 TC # 169 TC # 170 TC # 171 :
(min) 1 0 90 90 90 90 90 91 91 91 91 1 90 90 90 90 91 91 91 91 91 2 90 90 90 90 90 91 91 91 91 ,
3 90 90 90 90 90 91 91 91 91 i
4 90 90 90 90 90 91 91 91 91 5 90 90 90 90 90 91 91 91 91 6 91 90 91 91 91 91 91 92 91 ,
7 91 90 91 91 91 91 91 92 92 l 8 91 91 92 91 91 91 91 93 93 I 9 92 91 92 92 91 91 91 93 93 10 92 91 93 92 92 92 92 94 95 ;
11 93 92 94 93 93 93 92 96 96 12 94 93 95 94 93 93 93 97 98 13 96 94 97 95 95 94 94 99 100 14 97 95 98 96 96 95 95 101 102 99 96 15 100 98 97 97 96 103 105 16 100 97 102 100 99 98 98 105 108 17 102 99 104 102 101 100 100 108 111 18 104 101 107 104 103 103 102 112 115 19 107 103 109 107 105 105 104 115 119 I 20 109 105 112 109 108 108 107 118 122 21 111 107 115 112 110 110 111 122 126 22 114 110 117 115 113 113 114 126 131 23 116 113 120 119 116 117 118 130 135 24 119 116 123 122 119 120 122 134 139 25 122 119 125 125 122 124 125 138 142 e 26 125 123 129 129 125 127 130 142 146 l 27 128 128 133 132 129 131 134 146 150 28 130 137 138 136 132 134 138 150 154 29 133 146 142 139 136 138 142 154 158 30 136 152 146 143 140 142 147 158 161 31 139 157 150 147 143 146 151 162 165 32 143 161 154 150 147 150 156 166 168 33 146 164 157 154 151 155 160 169 171 i 34 149 167 160 157 155 159 164 173 174 j 35 152 168 162 160 158 163 168 176 177 l 36 155 166 164 163 162 166 171 179 180 l 37 158 166 168 166 165 170 175 181 182 l 38 161 168 169 169 168 173 178 183 184 l
39 164 169 171 172 172 176 181 185 186 1 40 166 170 173 174 174 179 183 187 188 41 169 172 175 177 177 181 185 189 189 O
[^ "Og A Ogggo
215' Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC # 163 TC # 164 TC # 165 TC # 166 TC # 167 TC # 168 TC # 169 TC # 170 TC # 171 k (min) 42 172 173 178 179 179 183 187 190 191 43 175 174 181 181 182 186 189 191 192 44 177 176 184 184 184 188 190 192 193 45 180 178 185 186 186 190 191 193 194 46 183 180 187 188 188 191 192 194 195 47 185 182 188 190 190 192 193 195 196 48 188 183 189 191 191 193 194 196 197 i 49 191 185 191 192 192 194 195 197 199 50 '94 187 192 194 194 195 195 198 201 51 196 188 194 195 195 196 196 198 203 52 199 190 195 197 196 197 196 199 205 53 202 192 197 198 197 198 197 200 207 '
54 205 194 198 200 199 198 197 201 209 55 208 195 199 202 201 199 198 202 210 56 211 197 200 204 203 199 198 204 212 57 214 199 202 206 205 200 199 206 215 ;
58 217 201 203 209 207 200 199 207 220 59 220 203 204 211 208 201 200 209 225 i 60 223 204 206 214 210 202 200 210 230 Max Temp: 223 204 206 214 210 202 200 210 230 .
Max Allowed: 415 415 415 415 415 416 416 416 416 !
i 50 ^
- 0, !
O A 04ATO
216 Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC # 172 TC # 173 TC # 174 TC # 175 TC # 176 TC # 177 TC # 178 TC # 179 TC # 180 (min) 0 91 91 91 91 92 92 92 91 91 1 91 91 91 91 92 92 92 91 91 2 91 91 91 91 92 92 92 91 91 3 91 91 91 91 92 92 92 91 91 4 91 91 91 92 92 92 92 91 91 5 91 91 92 92 93 93 92 91 91 G 91 92 92 92 94 93 92 91 91 7 92 93 92 93 95 94 93 92 91 8 93 95 93 94 96 95 95 92 91 ;
9 94 96 94 95 98 97 97 93 92 10 95 99 95 96 99 98 99 95 93 11 97 102 97 98 101 100 102 96 94 12 99 105 99 100 104 102 105 98 95 13 101 108 101 102 107 105 108 101 97 14 104 113 104 105 109 107 112 104 99 !
15 107 117 108 108 112 110 115 107 102 16 111 121 112 111 116 113 119 111 104 ,
17 114 126 116 116 119 116 124 114 107 18 118 130 122 124 123 119 128 119 110 19 122 135 127 131 127 123 132 124 114 20 126 139 132 137 131 126 137 129 117 21 130 143 137 142 135 130 142 134 120 22 134 147 141 146 141 134 146 140 124 23 137 150 146 150 145 137 151 146 127 24 141 154 149 154 150 142 155 151 131 25 145 158 153 157 152 146 160 156 135 26 149 161 157 159 155 150 164 161 138 27 153 165 160 162 159 153 169 165 142 ,
28 157 167 163 164 162 156 173 168 145 l 29 160 170 166 166 166 159 177 172 149 30 164 173 169 169 169 162 180 175 153 31 167 176 172 171 172 164 183 178 156-32 170 178 174 174 175 167 185 181 160 33 173 ISI 177 177 178 170 187 184' 163 -
34 176 183 179 179 181 173 189 186 167 35 179 185 182 182 184 176 191 189 170 36 181 187 184 184 187 178 193 191 173 1
37 IS3 189 186 186 190 181 195 193 176 '
38 IB5 191 188 188 192 183 197 194 178 39 187 193 189 190 195 185 199 196 181 ,
40 189 195 191 190 197 187 201 198 184 41 191 197 192 191 200 189 203 200 187 4,%W.*q,&
- 1. k 1 !
Eit
Project No. 95767 217 Texas Utilities Electric August 16, 1993 Time TC # 172 TC # 173 TC # 174 TC # 175 TC # 176 TC # 177 TC # 178 TC # 179 TC # 180 (min) 42 192 199 194 192 203 191 205 201 189 43 194 201 195 193 205 192 206 203 192 44 195 203 196 195 207 194 208 205 194 45 197 205 197 197 210 196 211 207 196 46 199 208 199 199 212 199 214 209 198 ;
47 201 210 201 202 215 201 216 211 200 48 203 213 204 205 217 204 219 213 202 49 206 216 206 208 220 206 222 215 204 50 208 219 209 210 223 208 225 217 206 51 209 223 210 211 226 210 228 220 207 52 211 226 212 215 230 211 231 221 209 i 53 215 230 216 221 23z 213 235 225 211 l
54 220 234 222 225 235 215 238 228 212 55 224 238 227 231 238 218 242 232 214 ,
56 229 243 232 235 242 222 246 235 216 j 57 234 246 237 240 245 224 250 239 217 l 58 238 250 242 244 248 227 255 242 219 59 242 254 246 247 251 230 259 l
246 221 -
60 246 258 250 251 254 232 263 250 222 Max Temp: 246 258 250 251 254 232 263 250 222 Max Allowed: 416 416 416 416 417 417 417 410 416 4
o O es A
%0 4ATO/ \
i
218 Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC # 181 TC # 182 TC # 183 TC # 184 TC # 185 TC # 186 TC # 187 TC # 188 TC # 189 x (min) 0 91 91 91 91 91 91 91 91 91 1 91 91 91 91 91 91 91 91 91 2 91 91 91 91 91 91 91 91 91 3 91 91 91 91 91 91 91 91 91 4 91 91 91 91 91 91 91 91 91 5 91 91 91 91 91 91 91 91 92 6 91 91 92 92 92 91 91 91 92 .
7 91 91 93 93 94 91 91 91 93 8 91 92 95 95 95 96 91 91 94 9 91 93 98 98 98 109 91 92 96 ,
10 92 94 101 101 101 119 92 92 98 11 93 96 104 105 105 127 92 93 101 12 93 98 108 109 109 132 93 94 104 13 94 100 112 114 114 134 94 96 108 14 96 103 117 119 118 133 96 98 112 15 98 106 122 123 122 135 98 100 116 16 99 110 126 128 127 138 100 102 121 '
17 102 113 130 132 130 140 102 105 125 18 104 117 134 136 134 142 105 107 130 19 107 120 137 139 138 145 108 110 135 i 20 110 124 140 143 141 149 111 113 140 21 113 127 143 146 145 152 114 117 145 -
22 116 131 146 149 148 156 117 120 149 23 119 134 149 152 152 160 121 124 154 24 123 137 152 155 155 164 124 127 158 25 126 140 156 158 159 168 128 131 162 ,
26 130 144 161 161 162 173 131 135 165 27 133 147 165 165 166 175 135 138 168 28 137 150 169 168 170 178 138 142 171 29 141 154 173 172 174 180 142 146 173 30 145 157 178 176 178 182 145 150 176 31 149 161 182 180 182 183 149 154 179 -
32 152 165 187 184 186 185 152 158 181 33 156 169 191 188 190 187 156 162 184 34 159 172 196 192 194 188 159 165 187 35 163 175 201 196 199 190 163 169 190 36 166 179 205 201 203 191 166 171 193 37 169 182 210 205 208 192 169 174 196 38 173 185 215 210 213 194 173 177 199 39 176 188 220 216 217 195 176 179 202 40 179 191 225 221 222 196 179 182 205 41 182 194 230 226 226 198 182 185 208 jo A *o, 0 .4 Oggyo
219 Project No. 95767 Texas Utilities Electric August 16, 1993-Time TC # 181 TC # 182 TC # 183 TC # 184 TC # 185 TC # 186 TC # 187 TC # 188 TC # 189 (min) 1 42 185 197 235 232 231 199 184 187 211 43 187 199 240 237 236 200 187 190 215 44 190 202 244 242 240 201 190 192 218 45 193 204 249 248 245 202 192 195 221 46 195 207 254 253 249 204 194 197 225 47 197 209 258 258 254 205 197 199 229 48 199 211 263 263 258 206 199 201 233 ;
49 200 213 267 268 262 207 201 203 236 50 202 215 271 273 267 209 203 205 240 51 203 218 275 278 271 210 204 206 244 52 204 220 279 282 275 211 206 207 248 53 205 223 283 286 279 213 207 209 252 54 206 225 287 290 283 214 208 210 257 55 207 228 291 294 287 217 208 210 261 56 208 230 295 298 291 219 209 211 265 57 209 232 298 302 294 221 210 211 270 58 209 235 302 305 298 .224 210 212 274 59 210 237 306 309 301 226 211 213 278 ,
60 211 240 309 312 304 229 211 214 283 Max Temp: 211 240 309 312 304 229 211 214 283 '
Max Allowed: 416 416 416 416 416 416 416 416 416 6
O O p n *C,,
.4 i
04ATO l
i Project No. 95767 Texas Utilities Electric August 16, 1993 220 :
r
} Time TC # 190 TC # 191 TC # 192 TC # 193 TC # 194 TC # 195 TC # 196 TC # 197 TC # 198
/ (min) i 0 92 91 91 91 90 90 90 91 91 1 92 91 91 91 90 90 90 90 91 2 92 91 91 90 90 90 90 90 91 3 92 91 91 90 90 90 90 90 90 4 92 91 91 91 90 90 91 91 91 5 92 92 91 91 90 90 91 91 91 t 6 92 92 91 91 90 91 92 92 92 7 93 92 92 91 91 91 93 93 93 i 8 94 93 93 92 91 91 94 94 94 9 96 94 94 92 91 92 96 96 96 10 98 96 96 94 91 94 99 99 98 11 101 98 99 95 92 95 101 102 101 12 103 100 102 97 93 97 104 105 104 13 107 103 105 99 94 100 108 108 107 l 14 110 106 109 102 96 103 111 Ill 110 15 114 109 113 105 98 106 115 115 114 16 118 112 118 108 100 109 118 118 117 ;
17 123 115 122 111 102 113 122 122 121 18 128 118 127 114 105 117 125 126 125 f 19 133 122 131 117 108 120 129 129 128 >
20 139 126 136 121 111 124 133 133 132 21 144 131 140 124 114 128 137 137 136 !
22 150 136 145 127 117 132 141 141 140 23 155 142 150 131 121 136 145 146 144 24 159 147 155 135 124 140 149 150 148 !
25 164 153 159 138 127 143 153 154 152 26 168 159 162 142 131 147 157 159 156 27 172 165 166 145 134 150 161 163 160 :
28 175 170 169 149 137 153 165 167 165 29 178 175 172 152 140 157 169 172 169 ,
30 180 180 175 156 143 161 173 177 173 31 182 183 177 159 146 164 177 181 178 '
32 184 186 180 162 150 168 181 185 182 33 187 188 182 166 155 171 185 190 186 34 189 190 184 169 160 174 188 194 191 ;
35 191 192 186 172 164 177 192 198 195 !
36 194 193 187 175 168 180 195 203 199 37 197 195 189 178 172 182 199 207 203 .
38 200 197 191 181 175 185 202 211 207 39 203 198 193 183 178 187 205 215 211 40 206 200 195 186 181 190 209 219 214 i 41 209 202 197 189 184 192 212 223 218 OAP 0f O A y
f M Ogggo
221 '
Project No. 95767 Texas Utilities Electric August 16, 1993 O Time TC # 190 TC # 191 TC # 192 TC # 193 TC # 194 TC # 195 TC # 196 TC # 197 TC # 198 (min) 42 212 203 198 191 187 195 215 227 221 43 215 204 200 194 189 197 219 230 225 44 218 205 202 196 191 199 222 233 228 45 221 206 204 198 193 202 225 236 231 46 224 207 206 200 195 204 228 239 235 i 47 225 208 207 203 197 207 231 242 238 48 229 209 208 205 198 209 234 246 241 49 232 210 210 207 200 212 237 249 245 50 235 211 212 209 201 214 240 252 248 51 238 212 213 211 202 217 243 255 251 52 241 213 216 212 204 219 246 258 254 53 244 215 220 214 205 221 248 261. 257 54 248 216 225 216 206 224 251 264 260 ,
55 252 217 229 218 207 226 254 267 263 56 257 218 233 220 208 229 257 269 266 57 261 220 237 222 208 231 260 272 269 58 266 221 242 225 209 234 263 275 272 59 271 224 246 227 210 237 266 278 275 ,
60 275 228 251 230 211 239 268 280 278 ;
Max Temp: 275 228 251 230 211 239 268 280 278 Max Allowed: 417 416 416 416 415 415 415 416 416 i
i 4
h i
a 3
t O r%
O A hM .
222 Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC # 199 TC #200 TC #201 TC #202 TC #203 TC #204 TC #205 TC #206 TC #207 Q(/ (min) 0 90 91 91 91 92 92 91 91 91 1 90 91 91 91 92 92 91 91 91 2 90 91 91 91 92 92 91 91 91 3 90 91 91 91 92 92 91 91 91 4 90 91 91 91 92 92 91 91 91 5 90 91 91 91 92 92 92 91 91 G 91 91 91 92 92 92 92 91 91 7 91 91 91 92 93 92 92 91 91 8 91 91 92 93 94 93 93 92 - 92 9 92 91 92 95 96 93 94 93 93 10 93 92 93 97 98 94 9G 94 94 I? 94 93 94 99 101 95 98 95 96 12 96 94 95 102 104 96 100 97 98 13 98 95 97 105 107 97 103 99 100 14 100 97 99 109 111 99 106 102 102 1 15 103 99 102 112 115 100 109 104 105 16 107 102 105 116 119 102 112 107 108 17 110 105 108 120 123 105 116 110 112 18 114 108 111 124 128 107 12 0 114 116 19 118 111 115 129 133 110 124 118 120 20 123 114 118 134 137 113 129 122 124 21 128 118 122 140 141 117 133 127 129 22 133 121 126 146 146 120 136 131 134 23 138 125 130 152 150 123 140 135 139 24 143 129 134 157 154 126 143 139 143 1 25 147 133 138 161 159 129 148 143 147 20 152 137 142 165 103 133 153 148 152 27 156 141 146 168 167 136 158 152 155 28 160 145 150 171 170 139 163 157 159 29 164 149 153 174 174 142 167 160 162 30 167 152 157 176 176 145 168 164 165 31 170 156 161 179 179 149 170 168 168 32 172 159 164 181 182 152 171 171 171 33 175 102 168 184 183 155 172 174 174 34 177 105 171 186 186 158 173 176 176 35 179 168 174 189 189 161 175 179 179 30 182 171 177 191 191 164 177 181 182 '
37 184 174 180 193 192 167 179 183 184 38 186 177 183 195 196 170 182 186 180 39 188 180 186 198 197 173 184 188 188 40 190 182 189 200 200 175 187 190 190 41 192 185 192 202 202 178 189 192 192
%J
Project No. 95767 223 '
Texas Utilities Electric August 16, 1993
/ Time TC # 199 TC #200 TC #201 TC #202 TC #203 TC #204 TC #205 TC #206 TC #207 (min) 42 194 187 194 205 206 181 192 194 194 43 195 189 196 207 209 183 195 196 198 44 197 192 19S 209 213 185 198 198 201 45 199 194 200 211 216 187 201 200 203 46 200 196 201 214 220 189 204 201 205 47 202 198 203 217 224 190 208 203 208 48 203 200 204 219 228 192 211 205 210 49 204 201 206 222 230 193 216 207 212 50 206 203 208 226 234 194 220 210 215 51 207 205 210 229 238 195 224 212 217 52 209 206 212 232 242 196 229 215 220 53 210 207 214 236 246 197 233 218 222 54 211 208 216 239 250 198 237 220 225 55 212 210 219 243 255 199 241 223 228 ,
56 214 211 221 247 259 200 246 227 231 57 216 212 223 251 264 200 250 230 234 58 218 213 225 255 269 201 254 234 237 59 220 214 227 259 273 202 258 238 241 60 223 215 230 264 278 202 262 241 244 Max Temp: 223 215 230 264 278 202 262 241 244 Mar Allowed: 415 416 416 416 417 417 416 416 416 I i
t O A '
f' 49 Ogggo f
224 Project No. 95767 Texas Utilities Electric August 16, 1993 O Time TC #208 TC #SO9 TC #210 TC #211 TC #212 TC #213 TC #214 TC #215 TC #216 (min) 0 90 90 90 90 90 90 90 90 91 1 90 90 90 90 90 90 90 90 90 2 90 90 90 90 90 90 90 90 90 3 90 90 90 90 90 90 90 90 90 4 90 90 90 90 90 90 90 90 90 5 90 90 90 90 90 90 91 90 90 6 91 90 91 91 91 91 92 91 91 7 91 91 91 91 92 92 93 91 91 8 92 91 92 92 93 93 95 92 91 9 93 91 93 94 94 95 97 93 92 10 94 92 94 96 96 97 99 95 93 11 96 93 96 99 99 100 101 97 94 12 98 94 97 102 102 103 103 100 95 13 101 96 99 107 106 106 105 103 97 14 103 98 101 112 110 110 108 107 99 15 106 100 103 117 114 115 110 111 102 16 110 103 105 122 119 119 113 116 105 17 114 106 108 126 123 124 116 121 108 18 118 109 111 131 128 129 119 126 111 19 122 113 114 135 132 134 122 132 115 ;
l) 20 21 126 130 117 122 117 139 135 138 126 138 12 0 120 143 138 142 130 143 124 ,
22 134 127 123 146 141 147 135 148 130 23 138 132 127 148 144 150 140 152 135 24 141 136 131 IS1 148 153 145 156 139 25 145 140 135 153 151 156 151 160 144 26 148 144 140 157 153 159 156 163 148 27 152 148 145 158 156 162 162 167 152 28 156 151 150 161 159 165 168 169 155 29 159 154 155 163 163 168 173 172 159 '
30 162 157 160 165 166 172 178 174 162 '
31 165 161 164 169 170 175 182 176 165 32 169 164 169 172 173 179 185 178 168 33 172 167 172 177 177 182 188 180 171 34 175 170 176 181 181 186 191 183 174 35 177 174 179 185 185 191 193 185 177 36 180 176 182 190 189 195 195 187 179 37 183 178 184 195 194 200 197 189 182 38 186 181 187 199 198 204 199 191 184 39 189 183 189 204 203 209 201 193 186 40 191 185 192 209 208 214 202 194 188 !
41 194 187 194 214 213 219 204 196 190 1 4
& *0,s 0 4 04ATO I l
225 Project No. 95767 Texas Utilities Electric August 16, 1993 O Time TC #208 TC #209 TC #210 TC #211 TC #212 TC #213 TC #214 TC #215 TC #216 (min) 42 196 190 196 220 219 224 205 197 192 !
43 198 192 198 225 224 229 207 199 194 44 201 194 200 231 230 234 208 200 195 45 203 196 202 236 236 239 209 202 197 46 205 198 204 241 213 244 210 204 199 4
47 207 200 206 247 249 248 212 206 201 ,
48 209 202 208 252 256 253 212 208 202 49 211 204 209 257 262 258 213 211 204 50 214 206 211 262 269 263 214 214 206 51 216 208 212 267 276 268 216 217 208 t 52 218 211 213 272 284 273 217 220 210 53 220 213 214 277 291 278 218 224 212 l 54 223 215 215 282 299 283 220 228 214 55 226 217 217 287 306 287 222 231 216 56 229 219 218 292 313 292 224 235 219 57 231 222 219 297 319 296 227 239 221 !
58 235 224 221 302 325 301 229 243 223 59 238 227 223 306 330 306 232 247 226 '
60 242 230 225 311 335 310 235 252 228 Max Temp: 242 230 225 311 335 310 235 252 228 Max Allowed: 415 415 415 415 415 415 415 415 416 f
r
\
r i
l
/
O A f 5.OS AT O / <
22G Project No. 95767 Texas Utilities Electric August 16, 1993
+
t O Time TC #217 TC #218 TC #219 TC #220 TC #221 TC #222 TC #223 TC #224 TC #225 (min) -
i 0 91 91 91 92 92 91 91 91 90 I 91 91 91 92 92 91 91 91 90 !
2 91 91 91 92 92 91 91 91 90 f 3 91 91 91 92 92 91 91 91 90 l 4 91 91 91 92 92 91 91 91 90 l
5 91 91 91 92 92 92 91 91 90 1 G 91 91 92 92 92 92 91 91 91 !
7 91 92 93 93 92 93 92 92 91 ;
8 91 93 95 95 93 94 92 94 91 j 9 91 95 97 97 93 96 93 95 92 i 10 92 98 100 99 94 99 95 97 93 !
11 92 101 104 101 95 102 97 100 94 12 93 104 108 104 97 106 100 103 96 13 95 108 113 10S 98 110 102 107 98 14 96 112 119 111 100 115 105 111 101 15 98 117 126 115 102 120 108 116 104 16 100 121 135 119 105 126 111 122 107 ;
17 103 126 143 124 107 132 115 128 110 i 18 106 130 152 129 110 137 119 133 113 !
()
19 110 135 159 134 113 142 123 139 117 l 20 114 140 165 139 116 146 128 144 121 >
21 118 145 169 145 119 149 134 149 125 ,
22 122 150 173 151 122 153 139 153 130 ,
23 127 155 175 158 125 156 144 157 134 24 131 159 177 164 128 159 148 160 138 !
25 135 163 179 170 131 162 152 163 142 26 140 167 182 175 134 164 156 166 147 27 144 170 184 179 139 167 159 169 150 ;
28 148 174 185 183 144 169 162 172 154 l 29 153 178 IS7 186 147 171 165 174 158 30 157 181 189 189 151 174 167 177 163 31 161 184 191 191 155 176 170 179 167-32 165 187 194 193 159 178 172 181 171 33 169 189 195 195 163 180 175 183 175 34 172 191 197 197 168 182 177 185 178 I 35 176 194 199 199 173 184 179 187 181 !
36 179 196 201 200 176 186 182 188 184 !
37 182 198 202 201 179 188 184 190 187 i 38 184 200 204 202 182 190 186 192 191 !
39 187 202 206 204 184 193 189 194 194 $
40 189 205 208 205 183 196 191 196 196
- 41 190 207 211 206 184 198 193 198 198 !
o l *%a j t
04ATO I
227 Project No. 95767 Texas Utilities Electric August 16, 1993 ,
O Time TC #217 TC #218 TC *219 TC #220 TC #221 TC #222 TC #223 TC #224 TC #225 (min) i I
42 192 210 213 207 184 201 196 199 200 43 194 213 216 209 185 204 199 201 202 44 195 215 219 210 186 207 202 203 203 '
45 197 218 223 212 188 211 205 205 204 46 198 221 226 214 f
189 214 208 207 206 ;
47 199 225 230 216 190 218 211 209 207 l 48 200 228 233 218 190 223 214 211 208 !
49 201 231 237 220 192 227 217 214 210 I 50 202 235 241 223 193 231 221 216 211 !
51 203 239 246 226 194 235 224 219 213 [
52 204 243 250 229 195 239 227 222 215 l 53 206 247 255 234 196 243 231 225 216 54 207 251 259 238 197 247 235 228 218 ,
55 209 255 264 242 198 251 238 231 220 t 56 211 259 269 246 199 256 242 234 222 ;
57 213 264 274 250 200 260 246 237 225 '
58 215 269 279 254 201 264 250 241 227 ;
59 217 274 284 258 201 269 2SJ 245 229 l 60 220 278 289 262 202 273 257 248 232 !
Max Temp: 220 278 289 262 202 273 257 248 232 ,
Max Allowed: 416 416 416 417 417 416 416 416 415 ,
f l
l
/
O A I
5.Ostgg O/
228 i
Project No. 95767 Texas Utilities Electric August 16, 1993 O Time TC #226 TC #227 TC #228 TC #229 TC #230 TC #231 TC #232 TC #233 TC #234 (min) 0 90 90 90 90 90 90 90 90 90 .
I 90 90 90 90 90 90 90 90 90 i
2 90 90 90 90 90 90 90 90 90 3 90 90 90 90 90 90 90 90 90 :
4 90 90 90 91 90 90 90 90 90 'I 5 90 91 91 91 91 90 90 90 90 G 90 91 91 93 91 91 90 90 90 !
7 91 92 92 94 92 91 91 90 90 8 91 92 93 96 93 92 92 91 91 i 9 91 93 94 98 95 92 93 92 91 l 10 92 95 96 101 97 93 95 93 92 11 93 97 98 103 99 95 97 94 93 12 94 99 100 106 101 96 l 99 95 94 13 96 101 102 109 103 98 102 98 95 14 98 103 104 112 105 99 105 100 97 15 100 105 106 115 108 102 109 102 99 l 16 102 108 108 118 110 104 112 105 102 l 17 105 111 Ill 121 113 107 117 108 104 18 108 114 114 124 116 110 122 112 107
()
19 111 118 116 128 118 113 127 115 110 ;
20 114 12 1 119 132 121 117 133 119 113 l 21 118 125 122 136 124 121 139 123 117 I 22 121 128 125 140 128 126 145 12 7 121 23 125 132 128 144 131 130 151 131 125 i 24 129 136 131 149 134 137 156 135 129 25 133 141 135 153 138 146 162 139 133
, 26 137 146 139 158 142 152 167 144 137 !
27 141 152 143 162 146 158 171 148 142 28 146 158 146 166 150 164 176 152 146 29 150 163 151 170 155 169 179 156 151 ;
30 154 167 155 174 160 174 183 161 155 31 157 170 159 178 165 177 186 165 159 32 161 173 163 182 169 181 188 170 164 33 165 176 167 185 172 184 191 174 168 34 168 179 170 188 176 186 193 178 172 35 171 181 174 191 179 189 195 181 175 36 174 184 177 194 182 191 197 184 178 ;
37 177 186 180 197 185 193 199 187 181 !
38 180 189 183 200 189 195 200 189 183 l
, 39 183 191 186 202 192 196 202 192 185 40 185 194 189 205 195 198 203 194 187 41 187 196 192 208 198 199 204 195 189 O O r% A OMATO i
l
220 Project No. 95767 Texas Utilities Electric August 16, 1993 i
O Time TC #22G TC #227 TC #228 TC #229 TC #230 TC #231 TC #232 TC #233 TC #234 (min) !
L 42 189 198 195 211 201 200 205 197 191 !
43 191 200 193 213 204 201 207 198 193 44 193 202 201 216 207 203 208 200 194 !
45 195 204 204 218 210 204 210 201 196 t 4G 196 206 207 221 213 206 212 202 197 47 198 208 210 223 216 208 215 204 199 !
48 199 210 213 226 219 209 218 205 200 49 201 212 216 229 222 l
211 221 207 201 50 203 214 219 232 225 213 224 208 203 [
51 206 216 222 234 228 215 227 210 205 l 52 208 218 225 237 231 216 231 212 207 53 210 221 228 240 234 219 234 215 210 54 212 223 231 243 237 221 238 217 212 55 215 225 234 246 240 223 241 219 214 l 56 217 228 236 248 242 226 245 221 217 l 57 219 230 239 251 245 228 249 224 219 58 222 233 242 254 248 231 253 226 222 !
59 225 235 245 256 250 233 257 229 225 60 228 238 248 259 253 236 261 231 227 i Max Temp: 228 238 248 259 253 236 261 231 227 Max Allowed: 415 415 415 415 415 415 415 415 415
?
f I
[
f i
s 9
f C A
- 0 4ATO
230 Project No. 95767 Texas Utilities Electric August 16, 1993 Time TC #235 TC #236 TC #237 O' (min) 0 90 91 91 1 90 91 91 2 90 91 91 3 90 91 91 4 90 91 91 5 91 91 92 G 91 92 92 7 92 93 93 8 94 94 95 9 96 96 97 10 98 99 100 11 101 102 103 12 104 106 106 13 108 110 110 14 112 116 114 15 117 122 119 16 121 129 124 17 126 137 130 18 131 144 136 19 137 151 142 20 142 157 149 21 148 162 155 22 154 167 161 23 159 171 165 24 164 175 169 25 168 178 174 26 171 181 177 27 175 184 180 28 178 187 182 29 180 190 185 30 183 193 188 31 185 195 190 32 188 197 192 33 191 199 195 34 194 202 197 35 197 205 201 36 199 208 204 37 202 211 206 38 205 215 211 39 208 218 215 40 211 222 219 41 215 226 224
%)
231 Proj:ct No. 95767- Texas Utilities Electric August 16, 1993
/' ' Time TC #235 TC #23G TC #237 <
( (min)
- 42 218 230 229 43 222 234 233 44 226 238 238 '
45 231 243 243 46 235 247 249 47 240 252 254 48 244 257 259 49 249 202 265 50 254 267 271 51 259 272 276 52 265 278 282 53 270 283 287 54 275 288 292 i 55 280 293 298 56 286 299 303 57 291 304 308 58 296 309 313 59 301 314 317 60 306 319 322 Max Temp: 306 319 322 Max Allowed: 415 416 416 I
I 0' 'Oq 4 A O
i f
T ,0
- 4AT
r Project No. 95767 Texas Utilities Electric 232 August 16, 1993
/
Time TC #238 TC #239 TC #240 TC #241 TC #242 TC #243 TC #244 TC #245 TC #246 (min) (*F) ("F) ("F) (*F) (*F) ('F) (*F) (*F) ('F) 0 90 90 90 90 90 90 90 90 90 1 90 90 90 90 90 90 90 90 90 i 2 90 90 90 90 90 90 90 90 90 '
3 90 90 90 90 90 90 90 90 90 i 4 90 90 91 90 91 91 91 91 90 5 91 91 91 91 91 91 91 91 91 6 91 91 93 92 92 92 92 93 91 7 92 92 95 93 93 93 94 95 92 8 93 94 98 96 95 94 97 98 93 9 95 95 101 99 97 96 99 101 94 10 97 97 105 102 100 98 103 104 95 11 99 99 109 105 102 100 106 108 97 12 101 101 114 109 105 102 110 112 99 13 103 103 118 112 107 104 113 116 101 ,
14 106 106 122 116 110 107 117 120 103 15 108 108 126 119 113 109 12 0 124 105 -
16 111 111 131 123 116 112 124 128 107 ,
17 114 113 135 126 119 115 127 132 109 18 117 116 139 130 122 118 131 136 112 19 119 119 143 134 125 121 135 140 114 O 20 21 122 125 121 124 148 153 137 141 128 132 124 127 138 142 144 148 116 118 22 128 127 157 145 135 130 146 152 120 t 23 131 130 161 148 138 133 150 156 123 24 134 133 165 152 142 136 154 160 125 25 137 136 170 156 145 139 158 165 127 26 140 139 174 159 148 142 161 169 129 27 143 142 179 163 152 146 166 174 132 28 146 145 183 167 156 149 170 178 134 29 149 149 187 171 159 152 174 182 136 30 152 152 191 174 162 156 177 187 138 31 155 155 195 177 165 159 181 191 141 32 158 157 199 179 168 162 184 194 143 33 160 160 201 181 170 164 185 197 145 34 163 162 204 184 173 167 188 200 148 .
35 165 164 206 186 175 169 190 203 150 3G 168 167 209 188 177 172 193 207 152 37 170 170 212 191 180 174 196 210 155 38 173 172 215 193 182 177 199 214 157 39 175 175 218 195 185 179 202 217 159 40 178 178 221 197 188 182 205 221 160 41 180 180 224 200 190 185 208 225 163
$* # #0 g O A f f O RATO
i 233 :
Project No. 95767 Texas Utilities Electric August 16, 1993 {
t
/' Time TC #238 TC #239 TC #240 TC #241 TC #242 TC #243 TC #244 TC C245 TC #246 (min) (*F)
(*F) (*F) (*F) (*F) (*F) (*F) (*F) (*F) 42 182 183 227 202 193 188 212 228 166 43 185 185 230 205 196 191 214 232 168 3 44 187 187 234 208 199 193 217 235 171 !
l 45 190 190 237 210 201 196 220 238 174 46 192 192 240 213 204 199 223 241 176 47 195 194 243 216 207 202 226 244 179 48 197 197 246 219 209 204 229 247 182 49 200 199 249 222 212 207 231 249 184 50 202 202 252 224 215 209 234 253 187 51 205 204 254 227 217 212 237 256 189 52 208 206 257 229 219 214 240 259 190 53 210 209 259 232 222 217 242 262 193 54 213 211 262 234 224 219 245 264 196 55 215 214 264 237 226 222 247 267 56 217 216 267 240 198 )
228 224 250 269 201 57 220 218 270 242 230 226 252 272 203 58 222 221 273 245 232 229 254 274 204 !
59 225 224 275 248 234 231 257 276 207 CO 227 226 278 250 236 234 259 279 209 Max Temp: 227 226 278 250 236 234 259 279 209 Max Allowed: 415 415 415 415 415 475 415 415 415 i
i !
I 1
1 1
1 1 O O s% A O RATO l
234 Proj:ct No. 95767 Texas Utilities Electric August 16, 1993 i
(
~
Time TC #247 TC #248 TC #249 TC #250 TC #251 TC #252 TC #253 TC #254 TC #255 (min) (*F) (*F) (*F) (*F) ("F) (*F) (*F) (*F) (*F) 0 90 90 90 90 90 90 90 90 90 ,
1 90 90 90 90 90 90 90 90 90 l 2 90 90 90 90 90 90 90 90 90 3 90 90 90 90 90 90 90 90 90 4 90 90 90 90 91 90 90 90 90 5 91 90 90 91 91 91 91 91 90 6 91 91 91 91 92 91 92 92 91 7 92 92 92 92 93 93 94 93 92 :
8 93 93 93 93 94 94 96 94 93 9 94 94 95 95 95 96 99 96 94 10 95 95 96 96 97 99 102 98 96 !
11 97 97 98 98 99 101 106 100 98 ,
12 93 99 100 100 101 104 109 103 100 13 101 101 103 101 104 107 112 106 102 14 104 104 105 104 106 110 115 109 105 15 106 106 108 105 108 112 118 112 107 16 108 109 111 108 111 114 120 114 110 17 111 111 114 110 113 117 124 118 113 18 113 113 116 112 116 119 127 12 1 116
-s 19 117 116 119 114 118 122 129 123 118 g 20 119 118 121 117 121 124 133 127 121 21 122 120 124 119 124 127 136 130 124 22 125 123 127 121 127 130 140 133 127 23 128 125 130 124 130 133 143 137 130 24 131 128 133 127 133 135 146 140 134 25 134 130 136 129 135 138 149 143 137 1 26 137 133 139 132 139 141 152 147 140 27 139 136 142 135 142 144 157 151 143 28 141 139 145 138 145 148 160 154 147 29 143 142 149 140 148 151 163 157 150 30 146 145 153 143 151 154 167 160 153 31 148 148 158 146 154 157 170 163 156 32 150 151 161 148 156 159 173 165 159 ,
33 153 153 163 150 159 161 175 167 162 l 34 155 155 165 153 161 163 177 169 165 35 157 158 168 155 163 166 180 171 167 !
36 159 161 171 158 165 168 183 174 170 ;
37 162 163 174 160 168 171 186 176 173 38 164 166 177 162 171 173 188 179 175 39 167 169 180 165 174 176 191 182 178 40 170 172 183 167 176 179 194 185 181 41 172 175 186 170 179 181 197 188 183 O
f * "OgA f
9 Oggy
Project No. 95767 235 i Texas Utilities Electric August 16, 1993 Time TC #247 TC #248 TC #249 TC #250 TC #251 TC #252 TC #253 TC #254 TC #255
' ~) (min) (*F) ("F) (*F) ('F) ('F) (*F) ("F) ("F) ("F) i 42 175 177 IS9 172 182 184 199 191 186 i 43 178 180 192 175 184 187 202 194 189 44 180 183 195 178 187 190 204 197 192 45 183 185 198 180 189 192 207 200 195 46 186 188 201 183 192 195 210 204 198 47 188 190 203 186 194 197 212 207 201 ,
48 191 193 206 188 197 200 215 209 203 49 194 195 208 190 199 202 217 212 206 50 196 198 211 193 202 204 220 214 209 51 199 200 214 195 204 207 222 217 211 52 201 195 213 198 206 209 225 219 214 53 204 201 216 200 209 211 227 222 216 54 206 205 220 202 211 213 230 225 219 55 209 204 221 204 213 214 232 227 221 !
56 211 210 225 206 216 216 234 230 224 57 213 213 228 208 218 218 237 232 227 58 216 211 229 210 220 221 240 235 229 59 218 216 233 212 223 223 242 238 232 60 221 219 236 215 225 225 244 241 235 Max Temp: 221 219 236 215 225 225 244 241 235 Max Allowed: 415 415 415 415 415 415 415 415 415 O'*%
9 04AT
23G Project No. 95767 Texas Utilities Electric August 16, 1993 :
Time TC #256 TC #257 TC #258 TC #259 TC #260 TC #261 TC #262 TC #263 TC #264 I
./
(min) (*F) (*F) (*F) (*F) (*F) (*F) (*F) (*F) (*F) l 0 90 90 90 90 90 90 90 90 90 (
1 90 90 90 90 90 90 90 90 90 ;
2 90 90 90 90 90 90 90 90 90 3 90 90 90 90 90 90 90 91 90 !
4 90 90 90 91 91 91 91 91 91 5 91 91 91 92 91 92 91 91 91 6 92 92 92 93 93 94 92 92 92 7 93 93 94 95 94 96 93 93 93 8 95 94 96 98 97 99 95 95 95 ;
9 97 96 99 101 100 103 97 97 97 ,
10 100 98 102 105 103 107 99 99 99 l 11 102 100 106 109 107 112 101 102 101 12 105 103 109 113 111 116 103 105 104 13 108 106 113 117 114 121 106 108 107 !
14 110 108 116 121 118 125 108 111 110 15 113 Ill 119 125 122 130 111 114 113 L 16 116 114 123 129 126 135 114 118 115 17 119 117 126 133 130 139 117 121 118 ;
18 122 120 130 137 133 144 120 124 121 ,
19 126 124 133 141 137 148 123 128 124 7-s 20 129 127 137 145 141 153 125 131 126 ,
21 132 130 141 150 145 157 128 -134 129 i 22 135 133 144 154 149 162 131 138 132 23 139 137 148 158 153 166 135 141 135 :
24 142 140 152 162 157 169 138 144 137 l 25 145 143 156 166 160 174 141 148 140 l 26 149 146 159 171 164 178 144 151 143 27 152 150 163 175 167 182 147 155 145 28 156 153 167 179 171 185 150 158 148 ,
29 159 157 171 183 173 188 153 161 151 30 163 161 174 188 176 192 156 165 154 31 166 164 177 192 180 196 159 168 157 32 168 167 180 196 182 200 162 171 159 33 171 170 182 199 185 204 165 174 162 34 173 173 186 204 187 207 168 176 164 35 176 176 IS9 208 189 211 170 179 167 36 179 179 192 212 192 214 173 182 169 37 181 182 195 216 195 217 175 185 171 38 184 185 198 219 197 220 178 187 174 39 186 188 201 223 200 223 180 190 176 40 189 190 204 226 204 227 183 192 179 41 191 192 207 229 208 230 185 195 181 !
jo A *o, '
o A '
F*omo@4 !
August 16, 1993 237 l
Project No. 95767 Texas Utilities Electric ;
O Time TC #256 TC #257 TC #258 TC #259 TC #260 TC #261 TC #262 TC #263 TC #264 (min) ( F) (*F) ('F) (*F) ( F) ( F) (*F) (*F) (*F) 42 193 195 209 232 212 234 187 197 183 43 196 197 212 235 215 238 189 200 186 44 198 199 215 238 219 241 192 202 188 ;
45 201 201 218 241 222 245 194 205 191 46 203 203 220 244 225 248 196 207 193 47 206 206 223 247 228 251 199 210 196 -
48 208 208 226 250 231 254 201 212 198 49 211 211 229 253 234 257 203 215 201 ;
50 214 214 232 257 236 260 206 217 203 51 217 216 235 260 239 263 208 220 206 -
52 219 219 238 263 242 266 210 222 208 53 222 221 241 266 245 269 213 224 210 54 225 224 243 269 247 272 215 227 213 -
55 227 226 246 272 249 274 217 229 215 56 229 229 248 274 251 277 220 231 217 57 232 231 250 276 253 279 222 234 219 58 234 234 252 279 256 281 224 236- 221 59 236 237 255 281 258 284 226 238 222 60 239 239 257 283 260 287 228 240 224 r
Max Temp: 239 239 257 283 260 287 228 240 224 Mar Allowed: 415 415 415 415 415 415 415 415 415 i
l 40 A *of O A r es Ogggo
238 Project No. 95767 Texas Utilities Electric August 16, 1993
( Time TC #265 TC #266 TC #267 TC #268 TC #269 Ambient Furnace # 1 Furnace # 2
\ (min) ( F)
(*F) (*F) ('F) (*F) (*F) ('F) ('F) 0 90 91 91 90 90 87 89 88 1 90 91 91 90 90 87 152 157 2 90 91 91 90 90 87 358 277 3 91 91 91 90 90 87 712 422 4 91 91 91 91 91 87 1069 596 5 92 91 91 91 91 88 1218 837 6 93 92 92 92 92 88 1264 949 7 94 93 93 93 94 88 1222 955 8 96 94 94 95 96 88 1151 922 9 99 96 96 97 99 88 1200 1009 10 102 98 98 100 102 88 1334 1151 11 105 101 100 163 106 88 1426 1301 12 IOS 103 102 106 109 88 1478 1340 13 112 106 104 109 113 88 1489 1331 14 116 109 107 112 117 88 1481 1315 15 119 111 110 115 120 88 1446 1283 16 122 114 112 118 124 88 1482 1346 17 126 117 115 121 127 88 1539 1461 '
18 129 120 118 124 131 88 1515 1404 19 133 123 121 127 134 88 1489 1352 O 20 21 136 139 126 130 123 126 130 132 137 140 88 88 1536 1568 1430 1511 22 142 133 130 135 144 88 1532 1423 23 145 136 133 138 147 88 1485 1354 24 148 139 136 141 150 88 1502 1381 25 150 142 139 144 153 88 1560 1472 26 154 145 142 147 156 88 1617 1563 27 157 149 145 149 159 88 1593 1510 28 100 152 148 152 162 88 1553 1441 29 163 155 152 155 165 88 1553 1445 30 166 158 155 158 168 88 1621 1547 31 169 161 158 162 172 88 1587 1491 32 172 163 162 164 175 88 1546 1441 33 174 166 164 166 177 88 1527 1415 34 177 169 167 169 179 88 1525 1411 35 180 172 170 171 181 88 1551 1438 36 182 175 173 174 184 88 1566 1468 37 185 178 176 177 187 88 1603 1498 38 187 181 179 179 189 88 1604 1516 39 190 183 182 182 192 88 1598 1513 40 193 186 185 185 195 88 1592 1512 41 195 189 188 187 198 88 1593 1516 O. f* # "Og C .4 f
4 Oggy l
Project No. 95767 233 Texas Utificies Electric August 16, 1993
- Time TC #2G5 TC #26G TC #267 TC #2GB TC #2G9 Ambient Furnace # 1 Furnace # 2 (min) (*F) (*F) (*F) (*F) (*F) (*F) (*F) (*F) 42 198 191 191 190 201 88 1597 1520 43 200 194 194 192 203 88 1600 1526 44 203 197 196 195 206 88 1597 1526 45 206 199 199 198 209 88 1596 1526 46 209 202 202 201 211 88 1600 1528 ,
47 211 205 205 203 214 88 1604 1533 48 214 207 208 206 217 89 1608 1535 49 217 210 211 208 220 88 1611 1539 50 220 213 213 211 222 88 1613 1542 51 222 215 216 213 225 88 1624 1559 ,
52 225 218 219 216 227 88 1633 1571 53 227 221 222 218 230 88 1642 1582 54 230 223 225 220 232 88 1649 1590 55 232 226 228 222 234 88 1651 1592 '
5G 234 228 230 224 237 88 1652 1590 57 236 231 233 227 239 88 1653 1590 58 239 234 235 229 241 89 1655 1593 59 241 236 238 231 244 89 1659 1597 ;
60 243 239 240 233 246 87 1659 1603 r
Max Temp: 243 239 240 233 246 Max Allowed: 415 416 416 415 415 i
l l
% O, 4
O A 0 4ATO l
I
240 Project No. 95767 Texas Utilities Electric August 16,1993 t
O Time Furnace # 3 Furnace # 4 Furnace # 5 Furnace # 6 Furnace # 7 Furnace # 8 (min) (*F) (*F) (*F) (*F) (*F) (*F) 0 88 89 90 89 88 88 1 208 134 -2 209 155 166 2 467 285 398 409 318 249 3 742 558 642 715 520 342 !
4 962 852 910 982 719 440 5 1128 10S9 1075 1198 875 565 6 1199 1226 1166 1294 981 701 7 1191 1260 1179 1317 1012 774 8 1133 1241 1148 1320 996 786 9 1209 1294 1212 1364 1055 841 10 1361 1347 1286 1395 1189 941 11 1518 1400 1345 1441 1313 1071 12 1566 1449 1389 1462 1381 1199 13 1530 1442 1382 1451 1393 1256 14 1502 1423 1369 1429 1390 1277 15 1465 1408 1359 1422 1360 1273 16 1481 1423 1375 1444 1375 1334 17 1577 1491 1447 1500 1454 1463 18 1559 1476 1425 1473 1451 1430 19 1504 1447 1897 1445 1423 0 20 21 1533 1592 1461 1506 1418 1461 1467 1505 1461 1514 1380 1449 154S 22 1554 1483 1432 1476 1473 1474 23 1493 1466 1421 1469 1441 1404 24 1500 1481 1438 1495 1473 1414 25 1556 1495 1452 1507 1519 1486 26 1608 1522 1479 1530 1582 1564 i 27 1599 1537 1490 1541 1600 1537 28 1565 1528 1475 1537 1533 1466 '
29 1563 1530 1488 1539 1553 1469 30 1628 1552 1512 1557 1612 1549 31 1608 1564 1526 1561 1612 1519 32 1576 1581 1541 1578 1599 1476 33 1554 1599 1553 1604 1571 1453 34 1548 1619 1569 1631 1564 1450 35 1565 1642 1588 1661 1590 1476 36 1587 1651 1597 1672 1611 1509 37 1609 1667 1607 1703 1629 1538 38 1622 1675 1614 1711 1636 1560 i 39 1624 1692 1629 1731 1634 1562 40 1623 1707 1641 1746 1635 1564 41 1627 1716 1651 1754 1639 1565
( 70A8, 0 o a ogggo i
241 Project No. 95767 Texas Utilities Electric August 16, 1993 OL Time Furnace # 3 Furnace # 4 Furnace # 5 Furnace # 6 Furnace # 7 Furnace # 8 (min) (*F) (*F) ("F) ("F) (*F) (*F) 42 1631 1727 1661 1763 1642 1570 43 1633 1737 1670 1780 1645 1574 44 1631 1741 1673 1784 1643 1575 45 1631 1745 1679 1787 1644 1575 46 1632 1751 1685 1793 1645 1577 47 1636 1755 1690 1805 1648 1579 48 1636 1760 1696 1811 1650 1584 49 1639 1764 1701 1811 1652 1587 50 1642 1767 1703 1817 1655 1593 51 1649 1775 1709 1828 1663 1612 52 1659 1781 1714 1825 1672 1627 53 1667 1787 1720 1830 1679 1643 54 1673 1789 1724 1837 1684 1650 55 1677 1794 1728 1836 1688 1652 56 1677 1800 1736 1838 1690 1651 57 1678 1803 1739 1841 1692 1649 58 1681 1806 1742 1849 1694 1650 59 1685 1811 1748 1860 1697 1655 60 1685 1813 1747 1866 1697 1657 Max Temp:
Max Allowed:
O A 04ggo
t 242 Projcet No. 95767 Texas Utilities Electric August 16, 1993 O Time Furnace # 9 Furnace # 10 (min) (*F) ( F) 0 88 88 ,
1 168 188
- 2 274 421 3 388 625 4 506 796 5 613 911 6 705 977 7 743 959 8 729 914 9 770 1010 10 876 1197 11 999 1337 12 1104 1386 13 1168 1388 14 1191 1375 15 1180 1330 16 1254 1366 17 1842 1458 18 1317 1437 s 19 1284 1397 20 1357 1455 21 1441 1524 22 1371 1448 23 1297 1400 24 1359 1428 25 1445 1521 26 1522 1596 27 1473 1550 28 1397 1503 29 1428 1515 30 1543 1620 31 1477 1553 32 1433 1500 33 1414 1480 1 34 1419 1481 35 1456 1507 36 1493 1531 37 1521 1556 38 1540 1566 39 1537 1566 40 1541 1566 l 41 1543 1571
$* # "Os ,
O A f es 04ATO
243 Proj ct No. 95767 Texas Utilities Electric August 16, 1993
(~ Time Furnace # 9 Furnace # 10 (min) ("F) ('F) 42 1539 1575 43 1544 1579 44 1546 1578 45 1552 1579 46 1555 1581 47 1560 1585 48 1564 1588 49 1571 1590 50 1574 1593 51 1597 1605 -
52 1612 1615 53 1623 1624 54 1627 1630 55 1627 1633 56 1624 1635 57 1625 1636 58 1627 1638 59 1630 1642 60 1617 1636 Max Temp: ,
Mar Allowed:
4 O O s% A f M 04ATO
244 Report No. 12340 95767 October 4,1993 Texas Utilities Electric APPENDICES 9
O Appendix G QUALITY ASSURANCE O 40 ^ #o, o .4 f e Ogggo
hport No. 12340-95767 October 4,1993 Texas Utilities Electric APPENDICES O
Quality Assurance Statement Omega Point Laboratories, Inc. is an independent, wholly owned company incorporated in the state of Texas, devoted to engineering, inspection, quality assurance and testing of building materials, products and assemblies. The company has developed and implemented a Quality Assurance Program designed ,
to provide its clients with a planned procedure of order and document processing for inspection and testing . services it provides to assure conformity to requirements, codes, standards and specifications. The Program is designed to meet the intent of ANSI 45.2 Quality Assurance Program Requirements for Nuclear Power Plants, and complies with the requirements of the ASME Code, SPPE, Military Standards and other less stringent programs. It is the '
Laboratory's intention to adhere strictly to this Program, to assure that the services offered to its clients remains of the highest quality and accuracy possible. .
- The overall responsibility of the supervision, operation and coordination of this Quality Assurance Program is that of the Quality Assurance Manager, a person not involved with the performance of the inspection or testing services, and who is under the full time employ of the Laboratory. This individual is responsible for implementing and enforcing all procedures presented in the Quality Assurance Manual and the Procedures Manual. All personnel involved with activities which fall under the scope of this Program are required to cooperate with the letter and intent of this Program. :
All QA Surveillance documents remain on file at the Laboratory, and are available for inspection by authorized personnelin the performance of an on-site QA Audit. All materials, services and supplies used herein were obtained with appropriate QA Certifications of Compliance, which may be found in the '
following pages.
O 9^P, 0 o O A Ogggo
Report No. 12340-95767 October 4,1993 Texas Utilities Electric APPENDICES
(~
t)i .
Ov Acceptability Documentation
(* * "*%,
0g4y0
247 o .
ACCEPTABILITYDOCUMENTATION SCHEME #11-4: PROJECTNO.95767 The following signatures attest to the review and acceptance of each attribute listed regarding the above-noted test article:
I. CABLE TRAY ASSEMBLY
.= W Omegi Poi t Laboratories, Inc.
nh2/O Date
_ e9 ]~'LL~ R R TU Electnc(CPSES) Date II. ELECTRICAL CABLE INSTALLATION
.- ,h&/n Omega P t Laboratories, Inc. Dat4 7 9 3 TU Elebtrih6PSES) Date III. THERMOCOUPLE INSTALLATION
-- 7/28/9%
Omed int LaborsE5?ies, Inc. Date
~
SL' '7-1B Cf 3 TU E14ctric'TCPSES) Date 6868 Alamo Downs Parkway San Antonio, Texas 78238 512 / 647-5253 TELEX: 9102400828 SWCS UO FAX: 512 / 647-0615
Acc ptability Documentation Project 95767 Schtme 11-4 Page 2 of2 O
i IV. FIRE PROTECTIONRARRIER rhs/n OmegdIPo5 Laboratories, Inc. Datn y V ~ g-jo ;g i TU Electr: c(CPSESf Date i
V. FINAL PRE-BURNINSPECTION
/_ S-(4-f3 ;
Or6e'ga'P ' t Laboratories, Inc. Date ;
~
& 8-16-% ,
TU ElepriclGP8ES) Date l l
1 I
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r-ReportNo. 12340 95767 October 4,1993 Texas Utilities Electric APPENDICES O
O Event Log O GAA
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~ Proj ect Numbers: - ~ ~~' ' '~ ~~
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t 95766 !
95767 t 95768 I 95769 i 95770 -;
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OMEGA POINT LABORATORIES,INC. }
, 6868 ALAMO DOWNS PARKWAY l SAN ANTONIO, TX 78238 '
O -
1-800-966-5253 ;
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TU ELECTRIC l.
NOTE:
This Log is to be used to document the date and item for each step during the completion of the test project referenced below. The assigned identification numbers for each of the five !
test assemblies are: l OPL Project number 95766: Scheme 11-2 OPL Project number 95767: Scheme 11-4 OPL Project number 95768: Scheme 11-5 OPL Project number 95769: Scheme 13-2 OPL Project number 95770: Scheme 15-2 [ <
/
Y ITEM DATE INITIALS SitA6/5J2M /Vds- //Ai d W dc<Me7 TM /88' 7/d;/6 M '
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E 252 EVENT LOG 3 .
TU ELECTRIC i i
NOTE:
This Log is to be used to document the date and item for each step during the completion of the test project referenced below. The assigned identification numbers for each of the five test assemblies are:
OPL Project number 95766: Scheme 11-2 (24" tray with 2 airdrops)
OPL Project number 95767: Scheme 11-4 (two 24" cable trays)
OPL Project number 95768: Scheme 11-5 (three 24" cable trays)
OPL Project number 95769: Scheme 13-2 (12" cable tray w/ 3" conduit)
OPL Project number 95770: Scheme 15-2 (straight 36" cable tray)
Y '
ITEM DATE INITIALS ,
3duu- eMd aA Am m 7/7J@ c>t ;
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n !:,
~
NOTE:
This Log is to be used to document the date and item for each step during the completion of
_ the test project referenced below. The assigned identification numbers for each of the five test assemblies are:
OPL Project number 95766: Scheme 11-2 (24" tray with 2 airdrops)
OPL Project number 95767: Scheme 11-4 (two 24" cable trays)
OPL Project number 95768: Scheme 11-5 (three 24" cable trays)
OPL Project number 95769: Scheme 13-2 (12" cable tray w/ 3" conduit)
OPL Project number 95770: Scheme 15-2 -(straight 36" cable tra
] , @3 ITEM DATE INITIALS asce-md>Lo- n A Js m H-si ,M,M3 ivt
,y , -
Uf , FM Me - J m'A- !
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NOTE: 5 This Log is to be used to document the date and item for each step during the completion of !
the test project referenced below. Thu assigned identification numbers for each of the five i test assemblies are:
l l OPL Project number 95766: Scheme 11-2 (24" tray with 2 airdrops)
OPL Project number 95767: Scheme 11-4 (two 24" cable trays)
OPL Project number 95768: }
Scheme 11-5 (three 24" cable trays) :
OPL Project number 95769: Scheme 13-2 (12" cable tray w/ 3" conduit)
OPL Project number 95770: l Scheme 15-2 (straight 36" cable y) ,
ITEM DATE INITIALS k'APAuc //-V esAt/L M& &D 7//3/97 C#
h]um L 7W C& & L ' '
l lMu w 2.!
/'scad stem 1m 7a-n3-aov5s s4 n 7hWn a!!
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/ 255
( EVENTLOG 3
$ T0 stecTaic I
NOTE:
] This Log is to be used to document the date and item for each step during the completion of '
i the test project referenced below. The assigned identification numbers for each of the five test assemblies are:
OPL Project number 95766: Scheme 11-2 (24" tray with 2 airdrops) '
OPL Project number 95767: Scheme 11-4 (two 24" cable trays)
OPL Project number 95768:
Scheme 11-5 (three 24" cable trays) '
OPL Project number 95769: Scheme 13-2 (12" cab!e tray w/ 3" conduit)
OPL Project number 95770: Scheme 15-2 (straight 36" cable tray
(
ITEM DATE INITIALS
], LAM 060u/8 AddL6l)& WWW4*1L/3-2 7llfp/f3 /f W' 6k?d A/A . ~z s-<d & JE 7 //b/h M AM/Je4' mur MmAL ' '
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256
, ( EVENTLOG D t
-t i TU ELECTRIC l
g i NOTE:
This Log is to be used to document the date and item for each step during the completion of '
m the test project referenced below. The assigned identification numbers for each of the five test assemblies are:
OPL Project number 95766: Scheme 11-2 (24" tray with 2 airdrops)
OPL Project number 95767: Scheme 11-4 (two 24" cable trays)
OPL Project number 95768: Scheme 11-5 (three 24" cable trays)
OPL Project number 95769: Scheme 13-2 (12" cable tray w/ 3" conduit)
OPL Project number 95770:
4 Scheme 15-2 (straight 36" cable tray s!'t b ITEM DATE NITIALS i 1
? 2dm af & J M ridw.eJu'-< 7hi/9 o 21- '
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. ( EVENTLOG D -
g Tu stecTaic :
I :
NOTE:
This Log is to be used to document the date and item for each step during the completion of I the test project referenced below. The assigned identification numbers for each of the five ;
test assemblies are:
OPL Project number 95766: Scheme 11-2 (24" tray with 2 airdrops)
OPL Project number 95767: Scheme 11-4 (two 24" cable trays)
OPL Project number 95768: Scheme 11-5 (three 24" cable trays) r OPL Project number 95769: Scheme 13-2 (12" cable tray w/ 3" conduit)
OPL Project number 95770: Scheme 15-2 (straight 36" cable tray ,
1 asy 7 ITEM DATE INITIALS
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EVENTLOG 3 '
. . . ... . :. + . . . . .:. . . .
TU ELECTRIC i
s NOTE This Log is to be used to document the date and item for each step during the completion of !
" the test project referenced below. The assigned identification numbers for each of the five ;
test assemblies are. ,
OPL Project number 95766: Scheme 11-2 (24" tray with 2 airdrops) t OPL Project number 05767: Scheme 11-4 (two 24" cable trays) l OPL Project number 95768: Scheme 11-5 (three 24" cable trays) -
OPL Project number 95769: Scheme 13-2 (12" cable tray w/ 3" conduit)
OPL Project number 95770: Scheme 15-2 (straight 36" cable tray :
[
ITEM , .
DATE INITIALS t
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, ye! EVENTLOG '
_3 l
,* On;: . . . ~
I F- TU ELECTRIC ;
., 4.v . ,:, ; . ..
NOTE:
This Log is to be used to document the date and item for each step during the completion of i the test project referenced below. The assigned identification numbers for each of the five test assemblies are:
- OPL Project number 95766: Scheme 11-2 (24" tray with 2 airdrops)
OPL Project number 95767: Scheme 11-4 (two 24" cable trays)
OPL Project number 95768: Scheme 11-5 (three 24" cable trays)
OPL Project number 95769: Scheme 13-2 (12" cable tray w/ 3" conduit) i OPL Project number 95770: Scheme 15-2 (straight 36" cable tray)
~
rae 9 ITEM . DATE INITIALS
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n A-clama ir-a. D A
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I l TU ELECTRIC
.. :n.::.n a: i.- ;; ~... , .
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NOTE:
This Log is to be used to document the date and item for each step during the completion of the test project referenced below. The assigned identification numbers for each of the five test assemblies are:
OPL Project number 95766: Scheme 11-2 (24" tray with 2 airdrops)
OPL Project number 95767: Scheme 11-4 (two 24" cable trays)
OPL Project number 95768: Scheme 11-5 (three 24" cable trays)
OPL Project number 95769: Scheme 13-2 (12" cable tray w/ 3" conduit)
OPL Project number 95770: Scheme 15-2 (straight 36" cable tray
. dPkf ITEM
' DATE lblTIALS I WA!A A W h A f.1 A f $ % s ,4Wx 7/2WP3 68f w & f/L <f 2 M /es 4se_ %
a %m. C%DA- ma a &
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l TU ELECTRIC
. .a . s. .:., '
NOTE:
This Log is to be used to document the date and item for each step during the completion of
. the test project reterenced below. The assigned identification numbers for each of the five -
test assemblies are:
1 OPL Project number 95766: Scheme 11-2 (24" tray with 2 airdrops)
OPL Project number 95767: Scheme 11-4 (two 24" cable trays)
OPL Project number 95768: Scheme 11-5 (three 24" cable trays)
OPL Project number 95769: Scheme 13-2 (12" cable tray w/ 3" conduit) ,
OPL Project number 95770: Scheme 15-2 (straight 36" cable tray) ph ITEM _
DATE INITIALS AjNLe -rd c n d-thffM Mb M crHDuurl"% lb6ft1 AJ+td&M - .
WN03 W
InomMI7M VA11 WArj PAu-ua As 7Jo
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262
(
EVEbffLOG 3
^$ TU ELECTRIC
- ndY ~
NOTE:
This Log is to be used to document the date and item for each step during the completion of
. the test project referenced below. The assigned identification numbers for each of the five test assemblies are:
OPL Project number 95766: Scheme 11-2 (24' traf with 2 airdrops)
OPL Project number 95767: Scheme 11-4 (two 24" cable trays)
OPL Project number 95768: Scheme 11-5 (three 24" cable trays)
OPL Project number 95769: Scheme 13-2 (12" cable tray w/ 3" conduit)
OPL Project number 95770: Scheme 15-2 (straight 36" cable tray) 2
@ />
ITEM DATE, INITIALS Ot C W D
~
&b Nif 0 672220 S/499^5 CZI~
l 66 fLa #2dDMO('s 4& PJ6dM. '/
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1 a I e.
- 3 '
283 7 7 ..
EVENTLCXi 3
,;. ..x c ~ m . .. . . . . i I I TU ELECTRIC p w .
I NOTE:
- This Log is to be used to document the date and item for each step during the completion of !
the test project referenced below. The assigned identification numbers for each of the five test assemblies are:
OPL Project number 95766: Scheme 11-2 (24" tray with 2 airdrops)
OPL Project number 95767: Scheme 11-4 (two 24" cable trays) '
OPL Project number 95768: Scheme 11-5 (three 24" cable trays) .
OPL Project number 95769: Scheme 13-2 (12" cable tray w/ 3" conduit)
OPL Project number 95770: Scheme 15-2 (straight 36" cable tr y)
- r n /3 ITEM DATE INITIALS hJt&s&/ S~ ZDS AW8L6-. A 2/ /o /43 W
th/ M k Aasi7%& & A
~
/ w f w u u n -26f/ As7m /M
, . k / e h ' E d /4 w27 w d& . i 8 d'W " A s d E!c!=' A 6 ' 4ctsr/ Wc
-~ A ;
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Q l/U i
) ;
,a m . . . 264
- I '
~ '
EVENTLOG 3
l ) TU ELECTRIC -
- i.
NOTE:
This Log is to be used to document the date and item for each step during the completion of
, the tr,st project referenced below. The assigned identification numbers for each of the five '
test asseWu'ics are:
i OPL Project number 95766: Scheme 11-2 (24" tray with 2 airdrops)
OPL Project number 95767: Scheme 11-4 (two 24" cable trays)
OPL Project number 95768: Scheme 11-5 (three 24" cable trays)
OPL Project number 95769: Scheme 13-2 (12" cable tray w/ 3" conduit)
OPL Project number 95770: Scheme 15-2 (straight 36" ca ' tray) d% /$
ITEM , a .
DATE INITIALS l
(Mum Aluuzi T 4' E?2?A Z aze - r//a/% G74-Ps,ub-1 -m e d use k e 'i ' '
MaB Beshect- (i " '?
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o
265 EVENTLOG 3
)I{
- t. .
TU ELECTRIC
-s NOTE:
This Log is to be used to document the date and item for each step during the completion of the test project referenced below. The assigned identification numbers for each of the five test assemblies are:
} OPL Project number 95766: Scheme 11-2 (24" tray with 2 airdrops) '
OPL Project number 05767: Scheme 11-4 (two 24" cable trays)
OPL Project number J5768: Scheme 11-5 (three 24" cable trays)
OPL Project number 95769: Scheme 13-2 (12" cable tray w/ 3" conduit)
OPL Project number 95770: Scheme 15-2 (straight 36" cable tray
- & /s' ITEM Di . -
- INITIALS CZ4AAt}!^ O A b 00L 0 N, } > Wlk/S 3W d A' u m Ed &,eetAw2&' ~' '
d- A M //-r~ MU f w % 2accx /
, WM%e. U" h 6M sl - / 3 ' 2 .A > PWRk -lw*L- E?/4/ 3W
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- 21
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M n M. , - _, _ g.
-J %3gg : u;.s.. ,sr- N- .
e w m-L 5 ~
the test project referenced below. The assigned identificat test assemblies are:
f OPL Project number 95766:
Scheme 11-2 (24" tray with 2 airdrops)
OPL Project number 95767:
OPL Project number 95768: Scheme 11-4 (two 24" cable trays)
Scheme 11-5 (three 24" cable trays)
) OPL Project number 95769:
Scheme 13-2 (12" cable tray w/ 3" conduit)
OPL Project number 95770:
Scheme 15-2 (straight 36" cable tray) 1 Ya-Sc. /4 ITEM .
f DATE INITIALS fr'> bard hi&t/P Ms<8oirdw eAoAEhtsca 'd/ 46Mc34 S/nMs cat rX &'Aucdo $$ph6 "
l' y .pc7mf3 ,
i? i
</
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't
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v . EVENT _ LOG . - ..
D.
a
,. . TU ELECTRIC
.s. . - -
T('
l
~N' OTE:
This Log is to be used to document the date and item for each step during the compl the test projectare:
test assemblies referenced be!ow. The assigned identification numbers for each of the five g OPL Project number 95766:
e OPL Project number 95767: Scheme 11-2 (24" tray with 2 airdrops)
OPL Project number 95768: Scheme 11-4 (two 24" cable trays)
OPL Project number 95769: Scheme 11-5 (three 24" cable trays)
OPL Project number 95770: Scheme 13-2 (12" cable tray w/ 3" conduit)
[ ITEM Scheme 15-2 (straight 36" cable t y)
@ /7 DATE INITIALS
}} l} ; d6 !n , Jf ww- 2st'Esz:<nd f.Lu l0! 06 D141 /huf W l'44npB&d' MX 2///M3 C.AI Y;
a n~ % A d h i s e /) A n M f 3% 2% & h 7= rod'atn&
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~
] KfA M/M4 2 % % o L a Jk dEzewm&u g/>a/9 3 GH L a u, M OPL l
'dM. 6' &
m Mwa il-2 A mAA tr//a/O 66r J/d uidr//9 JM. Am
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laa h e1- & .4fL x4m ss-J<nk-o1 4 7 mu J Lmad os u e_1Aaid l' '? 3 flima dnAJ- Gass A % hLM
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c .. . .i. ~. .- u. . > TU ELECTRIC
<=y94 , .w - . , ~ . . . <n.
,m '
\
L This Log is to be used to document the date and item for each step during the completion of 5-the test project referenced below. The assigned identification numbers for each of the five test assemblies are:
h OPL Project number 95766:
Scheme 11-2 (24" tray with 2 airdrops)
OPL Project number 95767:
Scheme 11-4 (two 24" cable trays)
OPL Project number 95768: ,
Scheme 11-5 (three 24" cable trays)
) -
OPL Project number 95769:
OPL Project number 95770: Scheme 13-2 (12" cable tray w/ 3" conduit) ;
Scheme 15-2 (straight 36" cable tray ;
l '
ITEM
& /E DATE INITIALS i id~ flr ds$ /2/'Ad b M Aten t , % m i W a f u s & &2 - F//2/93 8W ' '
Pt fes=t M Ps v & A h Ao A z%w Y Emw %%, m' So94 - -
On s & ax~Csome AMc6 2 .
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.EVENTLOG A 269 ea.-
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+
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s TU ELECTRIC
.._-.a .
34 ;&QTE~ ESEY~~ ~ ' '
L i 5" This Log is to be used to document the date and item for each step during the completion of i the test project referenced below. The assigned identification numbers for each of the five test assemblies are:
h OPL Project number 95766:
Scheme 11-2 (24" tray with 2 airdrops) 4 OPL Project number 95767:
Scheme 11-4 (two 24" cable trays)
OPL Project number 95768:
Scheme 11-5 (three 24" cable trays) h OPL Project number 95769:
Scheme 13-2 (12" cable tray w/ 3" conduit)
OPL Project number 95770:
Scheme 15-2 (straight 36" cable ay) n s
ITEM A#S u
/S DATE
\} /Qfdr/ h!<W4&t/0 d/TA)SD_-
INITIALS f(/Ad M & k M # fs a s de + 1-< 8/2/92 C'si --
' ~
~
u, ,
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3kL /Asc/, bw' kElb-04-cod -
~ f= D . J -r> M ;
402faA K e ao& dtA%etet A = :
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L
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dsensdol- /kd
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)
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i A' <-1. r'afs A N/&In ab!-
isamtad et x'/w z/19 Aet Aawwe cL :
l M
6 f~a<%-i N>A- o h/AJht h oes % m L Tc//s e.vi
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l
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- ~- 4;i.aw, . >. . 2., ..w-I
- -- ~
,Nr- OTE:mgy . a .v+. .
-r x- .
m e- - ms I.' This Log is to be used to document the date and item for each step during the completion o the test test project are:
assemblies referenced below. The assigned identification numbers for each of the five t .
() OPL Project number 95766:
OPL Project number 95767: Scheme 11-2 (24" tray with 2 airdrops)
OPL Project number 95768: Scheme 11-4 (two 24" cable trays)
OPL Project number 95769: Scheme 11-5 (three 24" cable trays)
) Scheme 13-2 (12" cable tray w/ 3" conduit)
OPL Project number 95770:
Scheme 15-2 (straight 36" cable tray 1
ITEM , ,
M8 -
'- n Jb dsht DATE INITIALS I mi J Jui opc arWJolaiaA m An- 81/bMn f
- cbf
)' 'h aft % h}k A af 2% oss/Of oL 2eo f= joiz% lb '
~
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i
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9 dent L6&cd24%"t do wwnev n" , , .
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_ 461+ &vam t.
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.. x.: ELECTRIC nm x . .
- ~~
+ ~.* . . A.~ .J 2.
.7:$O'M O##NNSE*Mh&PW ' ~"+~~~' ^ ~
I This Log is to be used to document the date and item for each step during the completion of Y
the test project referenced below. The assigned identification numbers for each of the five test assemblies are:
.'. J
( 1 OPL Project number 95766:
OPL Project number 95767: Scheme 11-2 (24' tray with 2 airdrops)
Scheme 11-4 (two 24" cable trays)
OPL Project number 95768:
g' OPL Project number 95769: Scheme 11-5 (three 24* cable trays)
= OPL Project number 95770: Scheme 13-2 (12" cable tray w/ 3" conduit) -
Scheme 15-2 (straight 36" cable tr )
1' (TEM Mc2/
b} _,:2e cr erf Asdw->+u //-y ah nit DATE ,
INITIALS ad^/Ol W DM Q'Anid I d t L 4 rm/Gs car ehe>11blid 'x2 // 1 s a l A + u (2 ,
n / w w '> rds-u s ML oti, san
\$ 01 &
1s:rJA sin /EUf3 wMA 7S~ 9 wLsm e, ,
Jn. s . i.MO ADi
-%f 'd dsssie-ex sL a 30 a m. "
r '
~1 Au nix M '> m n -f7!c t Aw
//MDRlth, mas >&
> 002W 222e-eo Jijv L~- ~h>AD,4PA JAD e/L G M A otAt '
1 K ds-aA~ QA . A AnX, 7//6 .
dii
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U YAb
' AtJ' sa- x .a ' M moesed M w#7 cA m/4 Achi, /sAh A A mZ/ualm I
m ifa kdMz ci ~ Buis + /,Ji-c/efarn' b'
~
A W s d & N e a L d r % a fv, m '
a vd-T2l CEta'ca/ ALCw-seiL . O
(%-&X A?wn'F
~
2MM M/& iw eir-a4, at b1 s '%?$4r Ak sr/I')
CA' h x M % 4DRf M As.6xd44-Orc lauafaut AdsAnv> &xM<u Nn al#1-c/wd M
& <. wZTJAt y <
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- J 1
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- g. ... . s . -- -
,w i o .w+.r212 .
,, --.'[ ~53NMh 3$ $M.?$fs%W$N%~$$kht d i s Yf N @.9M$.L sW GY~ TEVENT_@LOGga
" * ~ ' * * "'* *? T' #N" Yi;iB2,3
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- .
- ., . ,.. m . ,.c- -
- .Aa., v
, .. . + = , .,. ..
g 7 NOTE:#N"' '~ ~
~ ~
l h* This Log is to be used to document the date and item for each step during the completion the test project referenced below. The assigned identification numbers for each of the fue test assemblies are: -
f OPL Project number 95766:
Scheme 11-2 (24" tray with 2 airdrops) '
OPL Project number 95767:
Scheme 11-4 (two 24" cable trays)
OPL Project number 95768:
g Scheme 11-5 (three 24" cable trays)
OPL Project number 95769:
OPL Project number 95770: Scheme 13-2 (12" cable tray w/ 3" conduit)
Scheme 15-2 (straight 36" cable tray) f ~
ITEM d-4C SR L DATE INITIALS M Clis .M22. As 2K a2 u-: h 2Zaf' R//7/93 CA' f f 4 cAvAi is-2 ' '
~ t/ t%& Abat/ , u CEoM l' ~ Zl8w & ded f~ "
Orthm aw&x "
U 8
WY AldA N
$Y if bu -
$$$N(O w fU
- 1] 1 "RecEW M46Ez/ ' Pn f ~
si 'o
-,< ~
c l dhw Ps&AY Khmsw16A&s<ak- 'i um%
( M' Mas us
~ r I
s a e '
' h ,y g g o e +
~
Riosis,,sigwA s n '< -
';faasOm (%,W
" ~
)( m J.,tsG M n n o
% is h a T n w 2e du-. J/3 xofe j ut<u4 AAA t%es>w OLcsv , ,
'/
%ti- a %2%2-t rf Adwie/s=-a dm J/n
/
) e-M-
+
M 2': s w % & w g-a. ' V '
AA1148S Itf fl6 'i n-n/ , .' 3 - /L / /
4AdL diAfass-r .-tkzAun Wh /64-Atu.zas wtLA o" M M
'15 O's i A i.s-u t n /W #1 X2hk U 3 -n m '.300
- x5L a k&
aa - c sonA ou ,
/ j I
l ceyuperr - -
i
a .
273 g w.:5-3_p3 . Ihxfbkh. ? i 95 I y -:: y ygy9 g
- 2 / ' 7. e ; z '. .
7 4 , . . , .
c NOTE: "~ ....
. :1 ,+
4 s O. This Log is to be used to document the date and item for each step during the completion of
~
the test project referenced below. The assigned identification numbers for each of the five test assemblies are:
- s. ,
t OPL Project number 95766:
Scheme 11-2 (24" tray with 2 airdrops) 1 OPL Project number 95767:
Scheme 11-4 (two 24" cable trays)
OPL Project number 95768: ,
gl OPL Project number 95769:
Scheme 11-5 (three 24" cable trays) '
OPL Project number 95770: Scheme 13-2 (12" cable tray w/ 3" conduit) ;
Scheme 15-2 (straight 36" cable tray) y 1
ITEM kW23 DATE INITIALS L1 ..
A-r ,
fea%D2 moMAv t<MWds ui, P/Mk s 6bi-
- i almAv/94th'2wM- ' ' ~
bl ant m
69L &&6M- etn . 4aMua. /c=W M - Amw%M A t b
rf. K MdAE6vu M /r-2 M m M +2/O CM i
p g _ g ,, , ,Jyg_, MJAJ A> '
l, \
a lu ofL 2wKkA '
l 0 -
i
~ ,
e I
i l
+
1 i
- se s '-
^
M***,
274 MOISTURE CONTENT LOG Scheme #11-4: Project No 95767 Position #1:
Center of outside surface of vertical cable tray riser on outer cable tray assembly, on radial bend.
Position #2:
On edge of splice plate cover, on right rear tray rail vertical, on outer cable tray assembly.
Position #3:
Near top of rear tray rail on outer tray assembly, at edge of common air drop box.
Position #4:
On edge of splice plate cover, on left rear tray rail vertical, on inner cable tray assembly.
Position #5:
Center ofinside surface of vertical cable tray riser, near squared bend, on inner cable tray assembly.
Date Date Date Date Date Date Date Date Date Date
% % % L % b Position #1 Moisture Reading lDD % W kD TO Qd Position #2
/"] Moisture
( / Reading h 7 6I hO [ph 4b Position #3 Moisture D [ bO N d Reading Position #4 Moisture Readmg Oh JCO D q[ %Q gO ,
Position #5 Moisture Reading f@ g $( q'O bO Performed By g (initials) f [# fyj g f_/J
( a) 4 (Ad 4t }g hepuws m O
275 MOISTURE CONTENT LOG ;
(Board Stock Baseline) y Scheme #11-4: Project No 95767 ;
Position #1: i Center of outside surface of vertical cable tray riser on outer cable tray assembly, on radial bend. l Position #2: !
On edge of splice plate cover, on 'ght r .ar tray rail ical, on outer :able tray assembly. I gosition #3)[gg'. y 7~
-~
g __,f -
f Near Cop of rear tray ra) outer 3 ray assem , bt dg@e of to/nmon a'ir drop box. j Position #4: <
On edge of splice plate cover, on left rear tray rail vertical, on inner cable tray assembly. l:
Position #5:
Center ofinside surface of vertical cable tray riser, near squared bend, on inner cable tray assembly.
1 hDate Date Date Date Date Date Date Date Date Date r 3 D F /3 /[/
Position #1 l Moisture Reading h N M0 [ 3[ gg r j
Position #2 Moisture Reading hD ( h [ db l Position #3 :
Moisture Reading 4b i
Position #4 i Moisture Reading 40 4 @ I $ S6 !
Position #5 I Moisture Reading f
' 4$ [ bO 6k 4b f Performed By !
(initials)
Verified By V
h u
8 /f7 v g
l i
(initials) M M) l i
f WY0 W% ,
I i
D
" ") C Report No.12340-95767 October 4,1993 Texas Utilities Electric APPENDICES l O
i f
O Installation Data t
I f
4 4 b 90 4AT
- 4 _ _A m ;
. 277 4
^
r %*P f %"
%'f %* , r *" R"Y
. . G s. . Js.J .- - - %. - u
.. ..u .- s. d .s.- s. --
OMEGA POINT TEST LABS
_ . = - ._ - _ -
WORK ORDER NO. 4-93-049480-00 -
P TEST SCHEMES i 11-2 11-4
! 11-5 i 13-2 15-2 I
1 i
,M S Ab% Y
E G E N l' R A ' - ** # J l' E r3 . C ~
, , .i a f .:
. Ocr an- 43 UL R - pni g r.
,, j n4 - i e
- i t.; Doc F$ sur 'v: o Nu ? ' --% - D o w ' - i. "
( W3-03M.9C-OO Sc t.ic d u a e.- D i. ' c. --
niies or- i'l -
( f ecc i 011C0 Gesp Grp: OCD CDCt, Wee l- L'o rd " - )
> vu.it: v 'l 5afety C t a. N :,e : ,. . ta- .N . e! 1 _. 4 1 vu N i4 r4 ao 4- CEB6 3Ub OOOOv000000 t onic Cn e S'1r Dec.c UU1 L DirJGT. AND CT NirTLREP DMi J.
'Jn : i .: Sn.+em Pf 1i i: N h* M. Eii OFF LITE c MG a MST 4 4, ;
. i .e .
PROPLEr1 EUMMAR'r/ DESCRIPTION CONST RUCT MDCF-!;! S CONSTRUCT TetERMO-LAG MOCK-l.!PE TO FACILITATE FIRE lEF7, EElic, F r' Rl'ORMEb ,
A7 Ot'EGA LABS.
WORK
SUMMARY
.'DESCRIPT ION . INCTALL 7-LAG ON MOCi'-UT'S INHTALL PENETRATION GEALS AND 7FERMO-log UN l i~
SCHEnES TO FACILITATE THE THE FIRE TEE TS BEING c'EFFOI.?'.ED AT OnE GA LAiG
'.>r i cs i na i or RMOORE4 Ori9 Date De 1 rs En i erN :
Conditional Re i.eese : Y@ t_,,,,,,,,__,____,.___ !
- CCAR - Yg4 - -
.+,-*+*********e****
CONDI TIONS REDUIF ED TO PEPUON MURi' ** +** " * *+** * *+ n **-* e ' +
unie 01 Sysi ern : EI 7raen El Eq u . pmem El Avaei CPUE Opeciai:
.r..;- a r. . Te e a ew~7 TGTe pg/pf__I R _
,.,n.,,,.,,_m._
- **********+*****k**
SPECI AL I NST RUC T IONS wr ** * * ** ** n ** * ** *-* * * *
- a
- m i x TS: RWP- Y FIRE' Y t.___..._..._ Confine.ed Erace Entr<: Y h C . _ _ __ _ - . . __. . .
Cornb usi e b l- L oad ni.? Y .E Cleanance: N - --
C.leconess t,Lc : .. a useim.p i ng t.c n e : ;V PTR Reg'd: Yh ~ ~ ~ ~ ~ ~ ' ~
CT A- "O Req ' r; . y h ::r'a i : in r Y h f .- -* r-h etiLatson Fre w.r.v BtanGory Iy re ar. O 4* -*.cv*********.***** APPROVAL /AUTHGRIZ/4 TION - -
C OPU ***+***+** 4 m +----
% 1.ii> ConiroI Authoi zed Nuc lear Inserv. Insp.
.___._.______.'_ _ _ _ _ _ . De i e _L f. ?S [
. Date .ptpy fi -
COLG
-" *-' S Tec In,i ca t
. _[k..QffL_6(.m.
f %7- __.
. . _ _ _ _ , _ _ _ . ___ Da ro g/ C]/ 23
%up%r r v i sor- c.0% __. .
. _. . _ . , _ _ . _ _ Date .
1 .- 9 J
?
COSG Sa ics t y . , , , _ 3, 4 y 1_._ _ __ _ __ _ . _ D e t <= .p T.pf J 9J !
Revisions _ _ 1____ _ _ _ C _. .._ _. _ 3 _ _ _.. _ . . _ 4_.... . _ T _ _ _. 6 .._ t OCO _ _ _ . _ _
,_p.,_,,,._.,_____.________,___._.__....._____._____._...__.._
DC _ __ . _ _ r.zr n
._-e. -
. _ . . _ ._i....es._.- .
_.e. ...o_
DPS SS2 __ _m., ._ _ _ - - _ _ . . _ _
- +:********************* ACCEPTED FOR OPERAT I ON * ** * * * * * + ** *+ * * * * * * * * * ** * * * * * * *
- l 1
Ghift Supervisor i D a t e __ /__ /_,_ T i rne __ __
- POST WORK R E V I EWS * + * * * * * * * * * * * * * * * * * * * * ++ * * +c
- v e * ,
COSG __=_ - - _ - - -
,_ Date __ __/_._
QF -
_ _ _ _ _ _ _ _ _ _ . Date / / ,
(
J.rICAL SvPPORT
. _ _ Date __/ _.__ ,
Date /
- a***********************************************************.***=_*_*******_*_**.../_
- .
- 1
.. More .. STA-606-1 R11 06/01/92 i
r, Eer F A '
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t ei t ei ac*usi d ur a t .i on e 4d n a n!.o o. .c ) Me TE % r t.; Di.iG H&~E TAG * ' ,L ".UE Duta1:on M a rii. o v <- '
.w . .: d - < a a,/ '
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. . . . _ . _ . /. 6 Fy pr ep / / Tu,Sovo ea .c4 ._et$ . . . . . _ . . _ ..,
Jork stern 6 0 / ___ 360 ' . _ _ _ I C _43*7...f 2... . . . i 2.< 3_0 ..3.9 -
- 1otal ____/ _ _ . _ _ /__ . . _ _ - __ . / /
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- / /
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-_ . _ _ _ _ _ . __/ / ;
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m.P Grp Crew 3d Supervisor SPARES PARTS AND SF ECI AL TOO!.S *ar t.
Durm t i i v . . . (entes a c t u a i. quaniity u sec' a rici c crs cut eny nr. t used) E
- a ..i ed fa.1.<Avaii/Used ] -l em Id DAT 1>nse r i p + i or. 'N 4 d
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STA-606-1 R11 06/Co/92
t G E N E F< A L *1 * ' N T F ?!
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I A) TH3S W.O. 1S TO DOCUMENT THE INSTALLATION OF I'ENETRATION SEALS (FIRESTOPS) AND THERMO-LAG ON FIRE TEST SCHEMES LIf'TEI:
HEREIN. &
B) ALL TEST SCHEMES ARE IN PROCESS, THE CrihPLET ISN AND/DD REUOh!'.
OF TEST MOCK-UPS ARE TO I-tE DETERr.INED 1- 'HE ~TEET SCHEhES AND/GR .
ENGINEERING. 8 j
SEE % E.(o REV. I
- WORK bHALL BE PERFORMED IN ACCORDANCE .il1H SPECIFl'..Wi10N3 CPES-M-1 o ,
-M-2032, TYPICAL DETAILS M2-1901, M 2 "i 7 0 .1 , ;
" ~~~ ~ ~" W AT PLTCATLT i t_d i w t u_ m , r - t re t_t : 4 NL v i - t_ t . J 'v t Pup iHi; WORK ORDER. ENGINEERING'S I,IRECTION - . . . . ~"W4 f.' L SPECS . AND ,,
TYPICAL DETAILS. ,
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C p n r T T o R E g a y E Atpf E m; 71rog pep;,. :Ny,r y _ ,a ,_. . . A t ric ,, ( _
y jf,, j THERMO-LAG AS DIRECTED l'Y ENGINEERING. t.
- 2. CRAFT TO INSTALL / REINSTALL FIRESTOPS (AS APPLICADLE> C,P S ~ D% i 1AW ATTACHED TEST GCHEMES, SPECIFICATION tr'EI-- M 20c. i. .
AND CMP-CV-iOi8. !
- 3. CRAFT /DC SHALL DOCUMENT THE INSTALLATION 0F FIRE- (DC) _ f-58.l. .
STOPS ON THE APPLICABLE CHECKLIS1G F ROVIDED AND
- SIGN L'ORK ORDER UPON COMPLETION OF ALL 9EA:_S. (CRAF') if__ 2.- 'M
.3 A SEE. PA6E fo REV, 1 i
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NOTE: THIS VERIFICATION IS NOT REQUIRi:D WHLRE riX151ING THERMO-LAC MAKEE IT I N ACCIGE .^:BL *-
TEST SCHEhE l a' f . D A TI- ,
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'. PRIOR TO THE INSTALLATION OF THERMO-LAG OC OD ENG. SHALL PERFORM A PREPLACEMENT INSPECTION FOR EACH TEST SHCEML i AND DOCUMENT INSPECTIONS ON THE hESPECTIVE ATTACHMENT'3 W'E FELOW) THEN INITAll AND DATE WORK ORDER PELOW. ;
1 TEST SCHEME f-TTACH. 2 'JT . DATE i1-2 A.i ._"7-J,-v.f__
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GPPLIC 4BLE > .Av t., a ,. . _ 7 -- w re: r n! pj 7 A y ,,,9 .g; .-7 , % ,, ;
THE ATTACHED TEST CCHEMES AND ENGINEER 3NG ulbe. . s .. !
"* * '_- R.r
- 7. DC SHALL DOCUMENT ALL IN PROCESS INSPECTIONS ON
~HE ATT ACHED CHECKLISTS AS DEPICTED BEL'.!W l HErJ f INITIAL WORK ORDEP. '
TEST SCHEME ATTACH. INT. DATE 11-2 15~A B.4 _g_ _(-if-ff_
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- 8. UPON COMPLETION OF THERMD-LAG IN57 ALLAT IOt'.
CRAFT SHALL COMPLETE THE APPLICABLE SECTIONS OF THE DELOW LISTED ATTACHMENTS AND IN T ITI AL./
DATE DELOW.
TEST SCHEME ATT f CH. INT. DATE 11-2 C.$ gjm s -f_ .*.r _ '
D.1 _gj,ron a _ ? -f .yj._
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'r . OC SHALL PERFORM A FINAL INSPECTION ON EACH SCHEME, DOCUMENT ON THE RESPECTIVE ATTACHhENT
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- 10. '/ERIFY THAT ALL WORK STEPS ARE COMPLETED AND SIGNED. RETURN WORK ORDER TO PLANNER.
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STA-606-1 Rii 06/03/92 l
GENERAL MAINTENANCE Print Date: 07-23-93 WORK ORDER Page 6 Tcg #: C2BS SUB 00000000000 WO #: 4-93-049480-00
- INSTRUCTIONS **********************************
Resp Planner: RMOORE4 Resp Resp Step Step Step Step Description Grp Indiv Compl Dt Status Ref REV 1 CCCS __/___/___ 20 15 THIS REVISION GENERATED TO CLARITY THE INSTRUCTION INTENT OF NOTE "C" , WORK ORDER STEP 6 AND ADD INSTRUCTION TO GENERATE AS-BUILT DRAWINGS
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NOTE "C" ALL TEST CONFIGURATIONS SHALL BE ASSEMBLED I.A.W. THE TEST SCHEMES , SPECIFICATIONS 2323-MS-38H , CPES-M-2032 ,2323-ES-100, 2323-SS-30 AND CPES-M-1061 AS DIRECTED BY ENGINEERING . HOWEVER ENGINEERING DIRECTION WHICH DEVIATES FROM THE SPECIFICATION REQUIREMENTS SHALL TAKE PRECEDENCE.
)))))))))))))))))))))))))))))))))(((((({(((((((((((((((((((((((((({((((
STEP 3A:
EACH TEST CONFIGURATION SHALL BE ACCURATLY DEPICTED ON AS-BUILT DRAWINGS AS DIRECTED BY ENGINEERING AND COMPLETION OF THESE DRAWINGS SHALL BE DOCUMENTED BELOW.
TEST SCHEME ENG. INITIALS DATE 11-2 8s'lI.' N 11-4 8-1d-3 11-5 8-/O-93 13-2 A-Il-@
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GENERAL MAINTENANCE Print Date: 07-23-93 WORK ORDER Page 7 l Tag #: C2BS SUB 00000000000 WO #: 4-93-049480-00 :
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- INSTRUCTIONS **********************************
t Resp Planner: RMOORE4 i Resp Resp Step Step Step l Step Description Grp Indiv Compl Dt Status Ref i r
STEP 6:
CRAFT TO INSTALL THERMO-LAG MATERIAL ON MOCK-UPS I.A.W. MS-38H , CRAFT CPES-M-2032 , TYPICAL DETAIL DRAWINGS M1-1701 , M2-1701 AND AS Iu1TIAL/DATE. l DIRECTED BY ENGINEERING ( REFERENCE NOTE "C" ). '
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-.__.____ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ - _ _ . _ _ _ . . _ . . _ _ _ _ _ . _ . . _ _ _ _ . . _ . . i
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. . . LAST .. STA-606-1 Rii 06/01/92 ;
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MDRV DRpER gg y.p. EMENT Pr i v:t Da t r* : 06--30-93 WDRV U RDER P49e i WO
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RELAlCD EQUIPn?NT **+*****a*++m+****iw******+-********++.**
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- RELATED WORM ORDERS **+**+******+++8**+*+****+++*,-n+**+-*
MWO MWO MWO MWO hWO TYPE YR SED RVSN STATUS PROBLEM
SUMMARY
- NO RELATED WORK ORDERS **
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ACi ACT ACT ACT ACT ACT ACT REL TYPE STYP YR SEQ RVSN SUPPL STATUS
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WORK ORDER NO. ,
i 4-93-049480-00 ! !
TEST SCHEME 11-4 ATTACHMENTS A.2 -
B.2 C.2 O PENETRATION SEALS l SEAL NO.1001 DETAIL 51 l SEAL NO.1002 DETAIL
! SEAL NO.1003 DETAIL 51 I I SEAL NO.1004 DETAIL 51 ,
SEAL NO.1005 DETAIL 03 I i
SEAL NO.1006 DETAIL 03 ;
SEAL NO.1007 DETAIL 03 SEAL NO.1008 DETAIL 03 ,
j SEAL NO.1009 DETAIL 03 ,
f' SEAL NO.1010 DETAIL 03 ,
SEAL NO.10ll DETAIL 03 SEAL NO.1012 DETAIL 03 !
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- 9. Verif additlenet ettees sk in t o lonal udinet .lointo end splice pletee QCN
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- ELECIRICAL_DC INSEECUDfLJ.llECK ________._______CllECKLI1LH -
WOfi0.4-93-049480 jiYSTEM , fGA DRAWING /REV. .SCilEME # / / "I QC APPLICABLE X YES fl0 OMEGA TEST !.AB BLDG /El 1:V/Rooft DOCUMENTS /REV. _CPES-M-2032 Hev. O PREPARED BY dhcts A e I SprogoM CottPONElli EllEME # //-i
,1 ITD1 INSFICTION FROCEDURE INSF M IMSTALIAf!ON IMSP. RDARK IMSF. INSITCTOR OTHER MO. ATTRIBUTES REFERENCE ORG. / CRAFT STATUS CRAff STATUS INSFECfl0M / ACCEPT ANCE SECT . / FGil, TVrt A SIGN & DATE 5 U SIGN & DATE $ U SIGN & DATE DOCtlHEMT & REY. ,
SI'I C [88
- s. re.-Instettation:
A. m.c.+,., a C.ht. o m.a.. d+ beta 2323-oCv 4($M 7 ;<-,3
[ r ete p-g _ _ ,/ em-ecs
- s. Junction son cover e & c. 6.t
- 100 Rev.9 'KV /
C. Condo!.t cov.us/ seat.ts inst el l eet t)C V j ond secut. _
r , , ///M -
_ _ _'QAk--- f /V(/n .
D. C ble sendisna z ejr . _ j.L% r-ts 55
- 2. Fast Instettettan ucv A. I.D Colet Code
/
- s. Sereretten UCV y N 6 mem me b
6 sumanme '
'm CD CJ1
CPSES CCNSTRUCTION MAINTENANCE t'.ANUAL PROCEDUEE W 9' 6 .
CM.P-CV lCd! I t
i STRUCCP.AI,EwBEDMEES
/~ REVISION NO. 1 PAGE 75 CF C1
, ) :
l ACACEMENT 1C.9 Page 1 cf 6 '
EXPANSICN ANCHCR !NSTALIAT:CN SIGNCFT/ DATA CHECF2 IST i w:n crc:2 no. / 's'S - O*/9 */SO -CC uv.
- n= wrn: :c no. 8c~eme N-V !
- n.p. . x.ir ..c. -
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SPCING: (Att.cra.nt 10.2) 0084" '
ctc qui i S, \V\ .
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- 2. Unu..d Bot..: NU il s
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[1.] C. Lo.s.d Anchors: ! C. - t 7-M 3 '
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r 0;rev1.r P.n.trations: 7'M C. V #*' ' 'N t +
(
SOL I;IN!!TICA!!CN /COCI!!ON : (Attacra.nt 10.2; i
((. {I f COS6 A. "hr.ac.d End of Soit Stamp.d with Soit L.nsta > l l
- o.nt::1=.t on :..tt.ri.2: Agg ll
) 3. Sup.r-Kwth Bolts Staarp.e wsth L.tt.r t s ) & Star: l [A l v ::.: l l l N C. Unr..aam1. End stamp.:
.l son. .... o... c L..t.. .no r..t m ... l M/
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l I- :. . : ' . * " 7.st N:
lC. Bolta don't h.v. Cr.ca
.ames.
5.nd.. or Thr.ao lyg ',.*..,
,. i MINIPfJM IMEEDMENT: (Attachment 10.6) g ,/
- rrar.: A.:ruir.n tecA 5 :35. Attacra.nt 10.3) j g3.I
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i CPSES CCNS RUC~ CN MAINTENANCE MANUAL PROCEEENbb7 CMP-C"-1004 >
S~Ph~"".7)l. Fy.BEOMFJCS RE7ISION NO. 1 PAGE 76 OF 91 e I AT*ACHMENT 10.9 Page 2 of 6 i EXPANSICN ANCHOR INSTALMT:CN SIGNOFF/ DATA CHECKLIST i
k
<R.K *,T.;G No . */* M 3 - O N '/$'O - CC) RIV. I ew::rtx- As n:. Scud'ad //- V
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! P Inspec. Reinspec. .
i les l }
No. l Items ::a Ors!taan Sl 'J S I O !r.s:e:::: Oste '
+
hk 1
6-201.7 :!APTTER 00RTIO" ?3 O!!!ON 00CLEU: b p! 3
] '
I i nZW Pl? AIR OT OAP*MC CON 72*I AC AEACONC 50l.13. g. A
= HIRE Pl:7:KC: 13.5.2 & 8.*) d f- !
- ! Mele/ Damaged Osncrete as repaired I.A.d E6 A 5 0".P-CV-1:17 i ,
43 o
db
'l A2ANDCNC B0123: (See 5 above) !8.6.2) .
l
!are cry pass grout 2. PJ s . p r a c t to settang, when hele as
- 3 hole daa. f the larger hole.
CO.$6 3[h g.
g{
,1 I
o ::x:Rr x srau :.ws: ,
IA.] structural Spellens: :See s.6.11
/!-
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- tara. ccccz ete spaii. { .,,
l
- e p t.t Ilfi,;, ,
I 7'CTY I
e 6 i , e l ' e r*
- I I:.se=nent in:resseo my cepth :: -
,.r' q structural c:ccrete spall; NN y l
- 3. Ipail requt:st: (See S amove) i , , b- \
1 a Care cry pacs grout 26 hrs pract to c.hj.f, setting. pa t '}
') N . j i
'!.I !cy;ing Epallar.3- (!se 8.6.2 Q
. I..ter depth : :y;;:.g centrote spoll. '
l
- epta:
,a li
.6
- 2. Spall required: (See 5 above) Q Cure cry pscs grout 24 hrs. Tract to h settans. I l
Rensara s :
Ii, 6
.1
)
CPSES PROCE01.~rLE b b CONSTRUCTION MAINTENANCE MANUAL C!iP=C M 00!-
STRUCTURAL EMBEDME'CS REVISION NO. 1 PACE 77 CF 9'.
ATTACPy.ENT 10.9 Page 2 of 6 EX?ANSION ANCHOR INSTA R TI':N SIONCFF/0ATA CHECKI.IST '
m :n:n no Y- 93 -- Od9480 -00 pg.
wwty: :Ac n: ScMEMc' // -W -
- n.p.e. a.tn.p.e.
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- tems Ort. :: it an S l U S l 3 Ir.st.:ter Cat.
SE**:NO - hi *3 N"!r (8.3.33 l
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A. ..sn.r: i W-13.) Torqu. Scit: (Apply terqu. . 41.) (8.3 6) i& l
- c. ass ,# -
t n s *t sc. l 0-5CP' :st.: !!b~b' f' Eng.g.a.ct:
th.a E1 Flusa =1th 1:p of nut 21can.us. gg b pffoll 'ih
- 5 0
- hang. 17. er ;;.:t:en
! On. nut thickt.ss eazinnan. b 9300 I. Nut as not ~3ottcza.e Du " en Thr..cs : lMb [
- F. Solts ar. within 6 D.gr..s of P.rp.netenlar: 1 LCA 'J- N { l i l(.056 F,;st I I l I p
'l f0 FAnal Imc.en.nt Af t.r ICrqu.:
(8.*.6.6) )M !Wl l l f f i *
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A wesh.:- t5.!.!!
B . Tortrates Tool - 5.. tans & :.ocation: (8.3.7) f A l l '
- :seque acit. upply scrque s.al) (s.a.E) ,
M & 7E No. L.t.:
'A
. D Chana. an Pre 3.etton: 18.5.6.51 l N./A ll I l I. Insas nt: riu s -n ,sta te, og ... nut manimum. I M'A l l l l l l r z..eu: n.1 ,ett=m.a w =n een xt..es i% l l l l l
= ..a. ar. m mn . :. r... o r r.r,.n.,.a at : IumI ! I i s . nn.1 to. - rt.,1.ro. : (8.3 ...) I w/4 l l l .
R aras: j e n fib 6/V i >
b NIW? l. V NT[!WL]Y)'_ fW/oA* (f4 kW TkW ( ,
t r (}!> ALTWer ?n .N N H km1du Os#M To CM* b $?U '&*rs t
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299 i
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s !
Me. 1 er L I t
t INSTA R TICN AND REPAIR OF t5B EI.ASTOMER PENETRATION SEAIS - SEAL DATA SHEE a t om ta me.: 4-93-049480 ttv.. 0 cmgut ;a , 0, SCHEME # //-V '
DETAIL # S//t3 r PENETRATION # ecci no. Itasa Re.. In.p.et iR.in.p.et ora. Orart. man :n.p.cseri:.t.
s v s u l
- :w:::x. :ns u n A::en A. :1.ac12n...
Mc fore,gn obj.ct. are present (including ccte /g { t can1. Pallar.g ords ) 6g ga? -,'O I"lY'YJ ,
t h
,o
, . .n c . o r m. ,, . . .nc . o g .. t. , ,.> [
j ma foresso chamac.le present '
me .vsd. nee ef a 1 or .re...
- B. Permanent Oaminang Met.rs.1 Met 1 ? * < . %> , A Let so. lawv A 0gge L,; e
[ v.st-tf ,
5 GG ,
,.3 ,
aut 1 Los No . "
4 C. Formar.g Frep. & Installation - Elec./Nch.
21oca out. & M.ct. sierves gf
- 1. Permaneet e.mmatt.g mat'la used woere A q ) forming 1. to rum.an in place.
.. Fernanent damauc4 consis asa ce,.mic rae, t arts of.1 2 2*
l
>uu. o, cn o m.t&on .. ana.c.
...o oz. .o...
I
- : .est.; t4 d.pt.n ! S* and A. c=nt.ac.c '
/j, . I
. = .- u. cn.:- : ..p u .. .co.o on - ,
m ,e.1 a.t.o. ... ,,-i,,. i g j i :
- enoitu.s3.a rr.b an. :n.t u .u on ar :st.rn.1
- 1. .uner Fire so.L. n. Snstelled alou.ot e..in flame o,
. ore of fire
.t rir.t .u... mat on
.u mu..o... te. '
2 rir. .. 1. e g- in .. . l ^'/d i I l !
3 .....u,. .. 1. r . . . , on. ...,i.' /e I i l i
- rsIF. ANO AFF:.!CA :DE OF .53 ERJTCMER A. enssty Obec.4 f Gr *Aasl F-act 01spensing
!.gusq. Band / Bulk Low . Gun. PfouTIC
/'
P rc.La t and Espaars; -
y f 7.fp. ty gC L- f ;
N 3.s.ple weight t 121 stamm gross weight .# [ !
n
- as aff12ed to eample abortag:
Let Bo. 60 + 1 B5 0 A .14. ?30 GQ AO 4%
5 6ge so. F 4 - 1 W.
Date: ~"I ' 1A-(3 i
Samples givun to 0" .
i 1
(s. ****** * * **" *' :rrc~r.r sc, m t'3 m ac i swam- M ' * "">
l l
300 i 5
i
\
l v 6 PA6E l er l ' '
1 t
INSTA!.!A!!ON AND REPAIR OF 45B EEASTOMER FENETRATION SEALS - SEAL DATA SHEET - t wang or:ta no.: 4-93-049480 arv.: 0 c > postmT TA . m:. S G DIE F / #*4 DETAIL F 5//#d/ PESEIRATION # /Cor ,
no. I t .n. aes.
Org, in. ,eet la.in.ooes ,
crattaman In pectori:ste !
s v s u i !
IN!,7"AL IN!!Al' A*:Ofl A. ..eanlacess ,
,[ ,
No f oreign obJocts ese present (including (My fn 7- Ef-}'l 1
camle pullar.g assa3 M s
_ ,c6 ,
No evadence of the presence of water T m# .
No fore 1&D tbemicals present '
me evseenee et ett er arose.
B. Permaneet Lammung Matersal 6
%i
[ q
,,.t.1 t.t .. w yc m . ,- -a ,e ~~ '
Mat *1 Lot No. I l
- 0. Formag Prop. & Jostellation - Elec./ Mech.
21ocaoute & Mecn. Sleeves
- 1. Permanent sammans mat'le used weere forn.ang as to ramaan in place. i
- e. Permanent desmaang consists of 2 1" !
thic.a Cormaic fiber board. blanket, l f
t.a. er acy commanasser, based on eventable soee.
I i ; Oenmna cert:. ! 6" and as rettatoed 47, i' i es '.sen t4e oars a ar. or sept.n aa 'saewn on i
q l teries eeteris and crewten e I
- =mmanaFr$a conou2t s.a ar e Installation of Internal d/g ;
1 Fare seals installed is plane af fire barrter and bloc.aput ses.. where l i opp 1&ca21o. er et first sctosa point on bott esses
- Fire eeels t s in depta 'N '
3 Fr e e s ur e o e s ts P 8
- d eptb an one side eM,g .A//4
/
i i '
i 2 F127. AFD AFFL CA!!2 CF a58 Z:.A3"3C1 A Osnatty Obsca !st N1 Pvant 01spessing '
Band /Sula Longing Gum. Flou!!: '
~7- M ' V Ecaa Fr s.La %-
t , and Espa.& rs : Cdp O s
3 ample weight t 2.21 g.rmas grose weight g -- ,
q A. * ,-' d j Tag affixed to sample answtag: ! i l
Let Be. At*8D W AP +- C ri M 1C A d i sagge so. F e. - 1 c w i Cate: 7 - t 's- M -
I Samples given to CC Rawse :
- Bold Point g 4 p 7. tfA,g i
l
)
i
301 i
e i
i Pasc. 2 ca 2. !
l I INSTA'a!!ON AND FIFAIR OF 453 EL*.570."J.R PENE'"RATICN SEALS - SEA' OATA SHEET or ca:ta no.. 049480 arv.: 0 cocongst tA:, no. SCHEME # / / - '/ DETAIL # 5//pgf PENE;gA;;ON # I
/002. }
mo It.as m. . !n. ,.es In...,.es Ora. crartaman :,, , . , = , . .4 ,
s y s u ,
2 2. Arpucaucro et Do- cor:2 r-a es-os: Adb save g, p "'
- 1. Aab. sv. ...a %.r. .:s nes tam : do.. GL ,3. S '
not.
- .e r tcur
. e .eround
- e. e . cast.s or en ..a1
.ee...id:.
- 2. Adh.31v. l,C t Mc. g, M 3 s.u. u . ac .- f>
,at.
v.-
i
- ApphC4449h phb /
C
.. .asporar?
. Dammans/Bracar.a remov d af ter q 3 A3- 1-Jo- es the .38 metersal as cured and surroundans as e e is el.an
- 2. Seal se 10:3 failed, cured and cl.sned p--d x [ '
3 RI?A*R OT IPSTA;,,:.ZD *!B EZ.A;.3 AND Oe5 A. Prepar. taos M/
- !' 2 eee.-tat!. ... :.n .: :. -e
? N .r.. to be repaarea is el an l i'* l l l l l l s, Application a: *!B Elastom.r C apound I.AW YA
!t IA ane 2" '
fe aA%'4, PR C*D / Z d f74 LL A r"Z O J C# ---
4 c-oa r - <zae z x-o. ccs w-m l f p A. w-ia .,.. u,. e
.s ra u at gno.voos. M
~a ruz-a a n 24 a.ne y ,.v e ' .
BueuxCf *wofot Z%,t LK ff6f K.
SoMD, '
?
- 8. >~ rzas .f~ou ac ruu .he; ora Adb NfbM C *;~ r4A v .50 Af $2,, o f~> a- a f'r"9 l
- D4C /7dd 4 M
- JZ4.t me c,. ~ ,czeg GC sq 1.T {
- l 8 A cM <.
i r
1
( i I
R ose, ark s :
- Sold Psamt f
4
302 l
- l O
\v i
% E. I cv L INSTAUATION AND REFAIR OF 45B ELASTOMER PENETr.ATION SEALS - SEAL DATA SHEET ac oecte ... . t.-9 3-04 9 t.8 0 gy,: 0 cmtat f ac, me. SCHEul F / <- V DETAIL F Sr/@ PENETRATION # foo3 no. It.a. aes. !ne,.et l rein , set Crs. Ors!taman Ins pe c t.or /Da t e 3 V $ U
- :. IF:!!A:. lN$7 Alfa!!DR '
A. Cleanianese 6f/
No ferongn ob,tects are present ( tr.c ludina L'7 7 /
, cable pulling ases) Ob q.f"NJ #*
'D "
No evidence of the presence of water i
No foreign chamacals present we evi dene. e f e t t e r p re.no 2 Permaneet Dammans Material 6 [
Mat *1 S N m_ rut Los No 3 6 -* v 7 g( .W" IU'D Mat *1 Lot No.
[ !
e Tornur.4 Prop. & Installation - Elec./Mecb. i Blocteuts & Mech. Sleeves f
. Permanent sammaans mat *1.s used enere
' formar. to to remain in place. ,
a.
Formanent damaman4 constats of ! 1" -
thicJt Ceramic fiber boa.rd. blarJt et . !
t u.a . or acy crummanataan based on
..eil.nte .r..e. l
- aamar.a sentt ! f* aM to teetairee '
l
-i u2n s.co narra.r . er o.pta .. no-n on !i //*1 e i' l t v-s c e l e e t e t 2 e aM dre*ters I I l
- semar.a Prep and Installation of Internal Conchaat Seau
- 1. Fire sosta installed in plane of fire M/
barraer and blocout seal, weero [A I
^
app la r.ab le . cr et first access pear.t on bete esses
- rice e. 1. . in de,u, l'h I j 3 P r e s s ur e e e. t. t s d erte en on. sid. eni, j%e i i r
- r :.a
.m ,o,,m t:: m = cr . n :.a m o 2.u f o, w - t :, . . ..
y - ,
- (Z, . , ,
L.r.as q, sua Esp.a.a rs : Rand /Bul.t Loading Gun. F5CMATIC PrmLat ,
/
Sangle seasht t U1 grams 3. roes weasht b( ,li c.s d i
/ '
Tag afft. red to s ample shoortas:
Let No. pr+3ctc r.r - Ettic.m sig, Badge so. F 4 - 106 n.s.: 7 - m- <.?
samp1.. 1 == to a:
[' a marks: sold P=1st
( pyy q,g.,y ,. gg gjg }-* U
- 303 ,
i F
i
. I I.
PAsc. 2. en 2.
l,
!NSTA A!!CN AND REPA!R OF ! 53 EIASTCMER PENETRATICS SFA1.5 - S T).' DATA SiiEE!
o c ca:ta no.: .-93-049430 arv.: 0 ;
i m guytag, c, SCHEME # //-af DETAIL 1 5//#6/ PENETP.ATION 1 roc.5 'I ;
Mo. Items Roe, Inspect l'Retnspect $
Crs. Oraftaman inspect:r.* ate '
S U S U i
2 9. Anitsat&on af Door Cortges 36 081 Adbesave h faI N
- 1. Adhesave used where 433 Elastamer does CL- O not cure around cables er on seal T 30*' t teterface were ereessible i
1.s
- 2. Adhe s ive .*.et No .
g56 oc s i
- st. 1.y_ . 3 i 6
i
- 2. App 1&sataan $D {[ ,
~
- . :wran c.neminaisreeted res- .d arter GC q '.A 7- /"- "
tbe e:S materaal as cured and surrmanding , i i
ar e e to clean OD5t* LW [8(7-
- 2. Seal as ICC2 talled. cured and cleaned .p4 [ pg, y 1
y t
3 RIFA.3 0F 33?A*.J 2' a33 SIA:$ AC OAM5
- A. Preparatten i
4:* reeve-tatie ees; materse; to r ear-wee i' T
4 2 Se area to be reposted t o clean l' 3 A rpli c a t s en o f a
- B !! as tome r Ccesposand IAW 4
'tems :.A ste 2:
feantNs, PetP / ZdfrWitA T*ZOJ OC
\
q CA o s.c* YRa v fred B&<J .
- f. N y p /
fW Y I
4 *bana.e x.s s. Marfezals c fsY 1/ ebect: Gb ~f , '5 '
l T** U
\
l-
. Sands 45 C MAodos,. A9 v ~
l a
BLAuttf *./O/ot ButK boMD, ff6f A. t I
B, M *** sis /6 b aLL BC . FMLC EWPTH g$b g.y /
3 AdB MfU~4 c a:* WAV .So As 7b 3_ y' L g l '
\
vee 8 A fA <,
vrac: a urarx <* ce ~ crec 7. p y .
.i x 'I d
' 4 F
I
} !
3 I
I f i -
f Ramasks:
- Sold Potat e
(
L i i I
t I s f
f
304
% C. l ce Z.
INSTAL 1ATION AND RIPAIR OF 45B EIASTO.dlR PENETRATION SEALS - SEAL DATA SHEET a r atern so.: 4-93-049480 egy,, 0 poeger tar,, .o. SCHEvl # / /- v DETAIL F 5//4/ PENETRATION F / 00 -/
pe Itene Res. Inspect 1
lesnseeet Org. Craftsman Ins pe c tor /;e t e 3 U S U
- IF!!!A* INE*A*.* A!!OF A. Cieanlinees / --
$L# .,, p , g Mo forsagn objects are present (includtr.g cable pullara esas) Gb bp,, . c d no ..i. enc. or ts. ,,e.ence .2 . ate, n. > \
,o fore .n co - ra1. ,r..ent ec. evteenee of ett er grosse
- 2. Formenent Lemmung Matertal 6 p ,
not'l W<_*J' Lot No l '
- b 7- % q LO^ M' D
- set *1 Lot No.
e C. Terming Frep & Insta11etten - Elec.IMech. t Eleczouts & Mech. Sleeves
, 1. Permanent sammaar.s ast*ls used wbare
(- - foreans as to reesta in place.
- a. Permanent damuning tonessta of 2 1" ths cs Geramac fiber besLrd. blefdet.
tM. cr coy enmeanstaan asses on everlable e s.n e .
e
- :e :ra ..-te : s ana i. containee l u+fa l '
l.
.itt.an se sar:2er. or esps.n .a enown on
- Tical dete11s and drewlete l l l 0 O smasa r4 Prep and Inste11stson of Internal -
Conourt Seca 1 Fire sealm installed in piene of fire b ar ri e r er.d blo c.n ou t seal, wnere ,
applicable. or et 11rst access point on both essee 2 fire seals t 8* te depth Y 3 vreneue . . . t, t e e,t> on eme ...-ie ! "/'d l l l l l
- rstr. are ar.::m:n er ass rama A. Consity Chesa !ct Anal Camponent 01srensars Lrw2 q. Band /Bula 1.medi.ng Gun. F50 %TE:
/jd'V [ g Prou t sr.d 1swts : $>, v,4 ,g
/ - Jc - */
Semple welsht t 121 sseen gross weig.ht CJb
,.t %
Tag affized to eamuple absurtag:
Let Bo. 60001d.t1A #Nosv AJ 8egge so. f' 4 - 7 G k Date: ~I - 19 #d I I I
Samples given to Ql- l l
i
- " '*E#
- ' 24w1J / C , /.b ? Ag & pfrgfg'47M 1
//
._ .-. . . - _ . - . ~ . . , . - .
.. I 305 !
i l
I I
l !
Pass. z e;: 2.- ! !
INSTALI>.TICN AND REFAIR OF 453 ELASTOMER FENE3A!!ON SEALS -
SEAL OATA 5HEET !
waar otete so.: 4-93-049480 arv.: O c:)ecutu: 110.we. SCHEME # //- / DETAIE # 5 //#Bt ?ENE! RATION # f 004,f ; [
')
l3.tn.,.es no. Item. Re.. in p.es ,'
Crg. Cr.f t.m.a ::st.ttori'.:. i.
S U -3 y .
I t t
- B. Aplic.tSct Cf Dow Oct?.ing 96*C8: Adhe.3W.
y K- 'E A
- 1. Adbs.tv. v..d wher. 38 El.stames e...
n.s cut. . roe d saml.. .r en s.al CL MN M*3 >
tet.rfee. * .r. .ce.. 1bl.
- 2. Ae,.. .. : t ...
gd> gu ,
i.r . . o6 6 ..,3 :
- .t. 4-' :
- 1 i
- . Anac.u.o gw g fgM[ <
- . : -por.n o ta. .se
=u a r. 1= r .. .f t , c' q$'* 7 - 3"- u j-t rs.1 . co.. .n. .ur i= >
a,.. . u .- , -
m- :
QGb ,N3-a /'
- . s. 1 2. ne fin. . .... a .1.io.a g /Wk. .Wh!
2 a n c R r :ss u:.: = .5: :zx.s we ::ms A. Fr. pas.tten s
4 j - c: .,e.,t a :. ...:
l t.n .: s.e- ,
t l
2 3. .r.. t. . ......,i.a. I "/4 I I I I I I t
- 8. Appl 1C.t&CD .f .*2 21 tamer CcarpcMnd 1AW #7 ften. :A .no 20 e
fanns 46. PRCP / IstfrAW TICJ CA 4 c-o e r- en -.
- d. M*.=9fs/4. Mo rd<ZALJ Lgst 14 Aancg cat 1w
,3 s f,.,,,., :
. Sand s BC s%l'.cowcO4. M Bonth, gG .
1
\
8vessKf f nuC/c at BatK ff6fd. l '
~, ', ,
nesraa x n:<zwa c,,, ~ .cre t CG -f*' **" ~
Bit e*An<. >
i J -
t i
I l i I
I R. marks:
- Sol, Psamt 1
l l
0 4 i l
l l
l
306 O 1 2A6E l op 3 )
l INSTAL.lATION AND REPAIR OF 3-6548 SII.! CONE RT"J FO war oteta me.. 4-93-049480 l ary . O cmaratur uc. mo. SCHEME # //-*/ DETAIL *_ c5/42 PENETRATION /CO 6 #
No Ites,e mee. Two ,.et Org. Crs!taman m. ice, set 5 U Inspector /Cate S V
A, Clean 1Anese 7 L
gh y %
yfy. pj No ferets.m ouects preseet including cable pullir.a ains
~
g(.e q P['$
. +
Mo evseence of presence of weter No foreign cbemacala present No ev1dence of all er grease 2.
Inste11stion of Penetrataen/Sessase Gap Loeis - Preparatery Reg.:rementa . ;
1.
Permanent desating gnatalled usar.g Eaowool blanaat (2 31b./ft ). Lapuool bulk fiber.
or cometaatton seal of bot 2 based on widt.h of Nt *1:
Lot Fo.
^^g Nt*1n Lot Mo
- 2. Interior tenutang i
a : :, e r . . : seu i deep anstel.ee i t' or E ce vertical seals to allow for 7" HH ett c es carr2er anc a s wit.r,.c the ;.ane e t the Seemans Preparatacro and Installettes Tor Ilec N trica.<meenana cnanacal Sleeves e al blo:.aouts and
- 1. Permanent desueang ins talled usir.g 2 1" d g
thats ceramac spacing permats faber board when snoula.r (bisnaet/buik. er e caseitstacu; of ceremac fiber boars and l b.ar. set apula ary be used seere a::nular specir.g as too saal.1 !st boarc etly ) I Nt*1- l 1.a t Ec._
Nt*1:_. Let 50.
Nt*1:__ _ Lot Ro.
- 2. Intersor demning installed te provtse t IC of till depta ao measured of trtue edge N floer er well barrier hemmerne
- Bold Penet fTM3 /S_ /C _
ibE_ 28 7 3 Mr <A%r 4Mc;n mc /W[/W"1 . -
307
.O V '
mezy 3 I
INSTAL'.ATION AND RIPAIR OF 3-6548 SILICONE RTV FOAM SEAL DATA SHEET waer onora me.: 4-93-049480 arv.: 0 -
c:>>catui TAC. me. SCHEME F /i--/ DETAIL # Q.5/c2 PENETRATION # /cos j
,,' Item, men. In ,.es Org. Craftsman l netneweet Inspector /Date S U S U
- 1 0. Internal Conduit Seal Cassatna Preparation # b?
and Installation
- 1. Geneust fare seal outside the plane of barrser t f* depth of see:
b T d'O3 //l/*/f
- D i
- 2. Conduit fire seal af an plane of blockout N/
eeal, has e to deru: of seal /A /
I
- 3. No openir.se in coneutt. from bortser to eee:
FAN GG R fO [ / ~7-Z,b - t.)
1
- a. Danmaana material g (_J ,
Mat'l * ~ " C- ~ ;* Lot No 2s _ ' @ 7W N u- C N u .o,3w*: /*lf */
I
/ M
[ 1. Proper color and call etsscture of semple Ob j
v3 ' " !
( 1Amt Attact. 10.5 and ali emaples &tven to 3 l L CC g
m - 1. .e t .. , =. .r _ . ..,
Ta4 effixed to sample stating: [ , D ,
,gapp 7, g ,,-
.et 4. M g . . t " '" ,
, E sca e Me r" . . ,.
Date: 7 ~ 18 * *.
I 2 Af ter 18 tours of applicataan of seal natsraal, t.be maternal tae no voida. gts / . / -
szna. bats proper color. 2001 fill, sne t asspo r ar* s ummi ns & b r e e s tr r- --,:
Mb 7 ' bg-+ O 7 %'- ,
2 f An11tation Usina 7 Ounce Cartridges 1 Samote enibats prept cell structure and dh m ot e. e n e - .es .. to oc
- s - ie .e m t en.e .ro.. I M/a i i i l l l t s-te ta, affa at so.
g :
este: !
sease no. i l
. . Af te, u oor, of anu.au '- '
te,,ai. = e of .e..s.1
..n ai ta. no .oi erhabita proper color. 2001 fall, and o/A i emme r are d amm3 hg & Brae 1ng r ammoved
.._r.., . . 1d - ,nt
308 l
1
(, i
'( !
,l PA6E S oF 3 i
i i
INSTA R TION AND PIPAIR OF 3-6548 SILICONE RTV TOAM SEAL DATA SHEET l or estDER me.: 4-93-049480 arv.. 0
}
c:wougar ta:, no. SCHEME # / /-v DETAIL F C3/(2 PENTRATION # /cos me.
l Items mee. teep.et seine ,.et I org. Craftsman lasp.ct ,f;.t.
3 U S U
'3 RIFCK OT FDT"RA!!DM AND SEISMIC GA.P 3-65a0 -
3!LI::3RI RTV FCAM N A. Surf ace Preparation for Re-Application ,
- 1. Paraphery of the damaged area rescreed to provado e clean eurface B. Applicotton of Repaar Materials
- 1. Repair maternal applaed 1AW staa 2 of this Seeriset
- 2. Small repairs ($ 1/2* depth) i
- a. 7mse. Iracture. sep, etc.. seales esth 96-C81 er 732 Salacane Adhessve ab.ei e a t n..
Sedse po.
f
.g :.te:
1 Seelaa* pieced as deeply as possible df3 and sa flush wi'J, out e r surf oce ' I l i i t t l I I ,
f l .I
_ l i I t
l F
i Remarae:
- Sold Potet
vvv 8 -. l, 1-4 i !
"PA 6 E.
I 'on 3 l l
4 INSTAllAT!DN AND REPAIR OF 3-6548 SII.!OONE RTV FOAM war testa me.. 4-93-049480 I af v. : 0 c:mecmtat tar,. me, SCHEME # //-V DETAIL ( C3/c 2 PENETRATION # / OO Ge t
ste.a l
aes. _tes .et Org. C sitanan mese ect 3 U Inspector /Date i 5 U l.
- 1 INITIAL IN3!A:JAf!ON .
.. = ._1,..e.
.. far..
, ,.u.y pullata aina
....et. pr.. t .. 1... c.bl. , ,, . , .[
7 ,
No evseence of presence of waker d'y No fore &gn chassacals present ko evidence of cal or aresse
- 2. Insta11 taan of Penetretton/Sessaac Gap Seela - PreMratcry aequaraments i
- 1. Persament casemana gustalled using Esowool l blanaat If 31b.ift 3. Eno==ool bun fiber.
or casesnetsen of both bened on wseth cf esal '
Nt*1: Let Mo.
Nt'1: Let No.
- 2. Interser Omenang I a h ar... sem i
l ansta. loc I E er c ?-
oeep ct vertical seals to allow for /S
- ett c er
=ern an ane te .::.att *ho p;ane of t.he 0
Daemnana Eise Preoaretsen tr a t a;,*w and *ns enana cal Dista nutstallation f or f%cnanace. 3;erves ans i
i
- 1. Permanent daensina installed watna t 1" $
thaca carmaac spacing permate fiber board wusa annular MA f
\
(blanast/truM. or a L csmettatant blar.n et ps-J of ceramat fiber board and '
I f a.ry be used ubete annalar spectt.g as too small for beard cuiys ! !
Nt ' l Lot Sc. ;
Nt*1: 1.ot So. {
Nt*1:-. ___ Let No._
- 2. Interaer samen.tns tastelled to provsde N i f 10 of fill septh as esasuree from edae of floor et wall barrter aamarke- e Bold Peset MM /d /C. /62, E6 f3 es' W ee/</usu #f/_'-#'-*
s I l
i l
I
en, 310 0
PAGE 2 or= 3 INSTALIATION AND REFAIR OF 3-6548 SILICONE RTV FOAM SEAL DATA SHEET mar catta me.: 4-93-049480 arv.: O C:secutui fac. me. SCHEME # // v" DETAIL l' _ 03/c2 PENETRATION # /coro
... It t...
ors. Cr af t.mian le...et !! . ..,.,1 s v Insp.cter/D.te i s v
- 1 C. Int.rnal Consult S.al : ung Fr. pas.taan and lu tane tt on M j. /
- 1. coneust rir e.rri.e e e
..1 outste. t.b. plan. or o.ot> or ...:
M ' * , ,
715-PJ >
- 2. Conduit, f ar. ..1,
.. 1 h.. ? 10" e.pth of if in b. .1 lane of blottout N[a
- 3. No ep.nsas. An condus t, O W fra. barra.r to CL- 1 ~<
1,.
[ /
^ n ts ,
.. L mans m.t.rtal y tP /
,, .e.. . .o, ,o ,.. i ac -- -
--u su-_ ,
cA~~>
- 2 AFFUCA!!DP CT 3-65 8 sIL "ORI E!v T3pt -
A. Py Plus.1 D&. pen.tna 1.guay nt M l t C2p O 1. Proper color and c.11.tructure of . rpt. g ;
7- 2 4 - 5".)
i d
(V y
1AW Att.Ch. 10.8 and all o: ..u.pl.. saw.n to
- _ ;. e.. . u. ..
S. ;;;__;
- 1. .
. n.t -
i
, ..,,... t. . - l. .t.t, .
an ~
- :v ~
.r. s e ~
.. r ~ ;.
SL !
l 3e- ..
p.t. ' u-3 2 '
of ...I ! T Af..ri.:.
t.r lf hours
- a. of .ppil.t
..r..: ata o s.3
- n. m e. .
g5 6' 3" y armaats prop. colar 10C2 flu, and t .s.ne r a r d u u & t r. e t r.1 r -M 3 q-P.3 .
/ .rer v '
2.
Applac.ts Les.c..onaztitat Ustas.7 pro Cunc.r c.11 Cartrans..
.tructus. and dj4$
rear .no . n . = .. rs-e te oc f : se. mt r 2, r ,re.. I%I I I I I I r s ,2. to .rruw Lot &c. N t.t :
i t
irt., le nour. or .p,u..ti.e or .. 1 a.t.r sal, Lb.
tera al ba. no vota. . e ,
1 ext &bst.
t aerar, eProper color, 10C3 fill. and as ng & tr.c tr4 r pe.d l l' i
I R rk.:
- Rold Potat m
311 i t
li
' i t
PAGE 3 of 3 .
INSTALLATION AND REPAIR OF 3-6548 SILICONE RTV FOAM ' SEAL DATA SHEET l e r omsta me.: 4-93-049480 i' arv.: 0 mtri TA:;. me. S GE.E F n - V DETAIL # i o3/C2 PENTRATION fi /oO Ca i k
me. Is R. . Yes ,.et h
\
s.tu ,.es ors. eratsamen z.,p.ct.,fe.t. -
s v s v l '
3 arrA:x er rrn*RAUDM AC snF.IO GO 3-E5a4 ;
s:t:::ont x:v rce A. Surface Preparatten for Re-Application af
'jg {.
- 1. Parapt.ory of the damaged aree remed to !
provade a clean surf ace B. Applicattom of Repair Materials t
- 1. Repaar metetta, appia.d 1Aar atma 2 of this '
"hertiset I
- 2. Small repairs (2 1/2" depth)
- a. Scie, gracture, asp. etc.. esaled with i 96+C81 or 732 Silicone Adhesave N I i
- ..... u t ...
Sange No. ^
\
. i Dete: "
s.a e...,u,...e,
.. m.,e.....d
.. ... 1, a. . ..,,1.
. m .c. ef 1 l 11 i i i , , -
i i i ! l ' ;
I !
I l l .,
r' i-4 I l I i I_ l
.l ' l R amatta :
- Bold Potet !
l l
i
__q _
't i
312 >
~. f i
t f
-t l
r F
"PA&E l e s: 3 5 I
't 1
INSTAD. TION AND REFAIR OF 3-6548 SILICONE RTV FOA.M n c on:ta bo.: 4-93-049480
=
arv.: 0 co poutui TAs. so. SCHEME # //-a/ DETAll #_. i O.5/c2 PENETRATION # /oC 7 '
so. '
Iteme aes. tee ,eet i Org. Crattamen aer.ooes Inspector /Date j
- 1 IN!*1A. INSTa*1DW .
A. Clesalanese
- 7. #-t.$
t' km forstan punar. .anaobjects present includans cable OW ,
}
64 3 to evasence of presence of weier q >3 .-3 1 Wo Isreaga cbemacale present i !
i he evasence of cal or arosse e e
l 5
- 2. Insta11staen of Penetrataen/Seseeae Osp !
5esis - Prepas ste.y keguaramente 1
{
- 1. Permaneos dansans gnetailed usans Lao-ool blanaat t! Jib.III ). Las=ool bulk fiber. N
.l. ;
3 or rcumbasation of bot.b based on eadth of A j t
esal Mat *1-Lot so. -i i ML'1 C Let Fo r
- 2. laterter teemans I
g e .:coep
.o r.=: sem aneta.i e i E* or & 7- Qt -k i
er cm vertscal eeels to allow for /*%-
- t. -
corn.r can ase as wataac the p.ane et the
- 1* ;
1
- g. 0 i .
, . teasses Preparatten ene Instal'etnoo 7er ?
i Iloctraceltmccacatal electanacal fleeves blotsoute and L r
- 1. Farnhament daemar.g installed ustas t l' !
thack spacataseramac peamate faber board eten annular
/k (blanast/ bulk, or a .
hencatatats: et teremst fiber board anc 1 aana at !
bula met ame used etere annular ;
apactts sa too email for boats onlyI } '
j Nt
- 1 j i Lct Bo_ !
ht*1:_ 1et so.
Nt*1?
__ Lst So._ t t
- 2. Interter danamang tastal i e 2c or citi es,a se . led to provade N/4 k' of floor er es11 ba.rra er.mearse cr s
>emerne- i
- Sota Fesst Z7EA4S 28. /C /b2, Z8 ? 3 M 4/W AP$t/C4dle . !
N
4 4
b i
l r
- . . - . - .~. . -. -- -- . . -- - . .-
313 i
.i i
a i
O PAGE.2 on 3 !
6 e
INSTAL.IATION AND REPAIR OF 3-6548 SII.ICONE RIV FOAM SEAL DATA SHEET !
war octa me.: 1.-93-0491.80 arv.: O e n twt Tac, so. SCHEME # u - / DETAIL F _ C3/c2 PENETRATION # /oc7 Mo. Items Res. 1 Irretort ' Rotempoet Org. Craftaman }
s y Inspector /Dete i :
s u -
- C. Internal Conduit seal Omumsr.s Preparetton 6
and lastellation N 5. L7f 1 I
- 1. coneust fare seal outstde the plane of harrter_ t E" detti ef eeel
@ n M.4' 7- EJ' U
- 2. Conduit fire seal if in f. lace of blockout s.ex . h.s e te eerst of e.si *
- 3. No opentnas in condutt. from barrier to
.e.1 E [3 af -*d [ v.2$ v$ ;
- a. .mair.s meterae1 ms 1 aS t- ei los me. 1. , _ t gz2st.
6C (n 7 g- 2N
[2~
% u. . c r . e,c,5-~- 7 -ES 'ti * '
. i
+2 Arrt::ATIDR CF 3-8548 $Il.!llDNE RTV F:RM A. Dy Plural Diepensins Earuspument gg , #/ f g y f,g,p 4 1. Proper color and cell structure of sample qU '
1AW Attach. 10.8 and all sesspies gaven to ;
- C
- e 1
- - . .. .t ,e , u.
- ag effixed to empple statits-
,,.m.. n.t gC$[7 .J fj A 7.,y..,
s'.h. .
s ;w 5 "
~
F* *
3 e.
j 3 s:13e Mc Cate: ~8 1 * ** 3
- 3. After le boue of enlacettee of seal g.g t,,
materiel, the asteraal has no votaa. --
anibits proper solar 20C1 till. and 66 9 'p-stO 7* 2 Y
- t**
t auser ar* s ammaitz & t re e s sa r_ M
- 1. Applicatson Using 7 Ounce Cart:1edes 1
- 1. Sems:le anitate ;.re r cell structure and Q,A i reier and all s ame es niven te CC !
2 Semanie ==sths t 27 trame g roe s l l l k ! ! 5
- 3. Sample tag affixed !
1st Ro.
Date:
Nh 3
Besse so.
i i,
- s. After it hours of appisestaan of seal -
noteraal. the matarsal bem ao vesse.
esattate proper color. 2001 fall. and ! 6 tammerare sammuna a tracing ramm e '
a r m_a,.s: e ..a ,oto, j ;
i t 6
[
J
^
i
,. , ._. - _. . - -- , =.
334 '
1 i
1 i
k ,
l PAGE 3 of: 3 ff t .
I i INSTAL'ATION AND REPAIR OF 3-6548 SILICONE RTV FOAM SEAL DATA' SHEET I war octa me.: 4-93-049480 arv.: 0
- m ent tg. me, SCHEME # < / - -/ DETAIL # C.3 /62 PENTRATION # /cc7 '
p., Ise., mes. Tee ,eet 1 a.in v.et Q:5 Crattaman Inspector /Cate s u s u '
{
'3 FIFAIR CT FDT"KA! OM A C EZI5MIC GAP 3-6566 !
s::.:::mz x v r.wi A. Surf ete Preparation for Re-ApplateLion i
$j 1
- 1. Partpbery of the demaded aree removed to
provado a slean surf ace '
3 E. Applacotton of Repair Materials
/
- 2. ..p.,r .r,.1 . ,p1..d m ,, . .f m .
N et11et
- 2. Small repairs (! 1/2" depth) e Vead, *recture. 6ep. etc.. esaled with 96-C81 er F32 5112come Adhessve Adheatwo Let No.
Sedge 70.
Date:
l
- t. Seelart placed as deeply as possible and as flueb wit.h outer surface %k i l i l
h I
i t
?
. 7 o
Remark s :
- Bold Point f,
b I
I I
i i
l 315 8
1 jm ; i
\ l
! l PME l ep 3 9
INSTA*_LATION AND REPAIFs t or or:re no.. 4-93-019480 OF 3 6548 SI!.ICONE RTV FOAM SEAL DATA SHEE j stv.: 0 c:po.owgat tag. no. SCHEME # // '/ DETATL 8 }
C3/c2 PENETRATION # /o06
- t a l me..
org. tne..et l sete...et Crattaman 3 U S Inspotter/Date U
- 1 IN !1AL IN37A:.lATION A- Cleanlaness / [
Mo forensn enjects present includina ca.ble ctSb 7-?2-9]
pu111r.s aAas gc, ' l ;
Lm g.)
No evidence af presence of water
~
~
f 3 *
- 9 .O No fore &sa thenacals present -
ko evidence of oil or grasse .
3
( :nstalletten of Penetrataen/Sessaac Cap Seala - Preparate.y hesparenants 1 Permanent desenlag gastalled usar.g Laownel !
blanaat :! 31b.Itt 3. Kae-ool bulk fiber, or concination seel of both based on width of Mat'l: i
' Lot so.
Mas'l: 1.ot so
- 2. Interier Emmains I e .
+
,
- n e et
- r. r r s eus acatalaed 1 6* or 1 7' i oeep vertical asals to alle= for est t oo ar.: ta estr.se the ;.ane o f
/A se:raer .ae e
i 0 taneetna Premasatace
!;ec t r a t al and outa e hot tam a t al block festellettwo For
%staanstal 5;eeves and t
l 2 +
g Permanent thitt desmains installed usina t l' teremat f ator tuoard when azzoular 4
spacing permate (blard et /bu12 or a A I romeinsta:c of rerseat flher board and hieLa st C sme7 se sand shore at:Dular j spectng as too anal.1 !st beard stayl Ps t ' l __ '
Jt 50 mt'l: 1.ot 50.
Ma t 'l t let 5o. .
- 2. Inter $or dasonar.s tr.atalled to pirwide
! AC' of 1111 aoyth as measured trces of.go M of fleer er well barrier sammarke-
- told Fesat Pfed T /tR /C, J2>Z , Z8 WJ i A'ag'g* JogAqfggy fll 7-N'!/
r i
i 4
+
31G i
I v I PA C, E. 2 o r= 3 I
INSTAII.ATION AND RIPAIR OF 3-65teB SII.ICONE ETV FOAM SEAL DATA SHEET o f. OCER me.. 4-93-049480 try.: O carotti in. no. SCHEvE c //-vr DETAIL # C3/c2 PENETRATION # /OC S
% :t a,ma nea. Inewet seies,ses Org. Craftsman Inspector /Date S U 5 U
". O. Intersal Conduit Seal amms,ang Preparation j and Ir.atallation
- 1. Comeult fire seal outende the plane of GC, 6
m 7
..,3
[ (([ ,, g g terrier ?f* W e r tt ef seal 1
- 2. Ceneutt ee.1 fire s eal. a f in F. lane of blotrout hee ? le certh of sea!
Nb' 3 po openinse in c ondust, from barrier to O .,y-%
[ / j
- a. Dessaa r.s sma ta r s al g pg ,: / [
m t = 1 1. ' ' - - l
%. cf . .
- .ct ne& r ~ -:m'. % -' !*
cc.3-<
l
- 2 ' AFFL!!J.!IDR CJ 3-6 Sea IILIOCRI 17v T3:M A. By Flu.ral Dispena tr.4 Equapment gg y j ,
[
$4 1. Proper estor and cell structure of saurple IM Attach. 10.8 and all aanspies gaven to C C- q 1 5S Y
- r 1 .. . . . , ,a , 11. ,,a
!as affined to saarele stattr.g-
.e, j pg2 g ?
- f., . L
.:t Fo. . -
~- : ' '
- , sea. ne r'- GC l 1.
l Late: ' i'-
m.,1.,_s .f .m u..,,e .,ae.1 m tern al, tze amateras; taa no vtaca.
e.natta proper color.1002 fall, and 4C.
64- i g
kq.G ec-/ .* v. O t emene r e -, e === 2 u & treetr r w-a e
P . ;Anu catite Usar.a 7 Dere Oa.rt.rtss oa Sams.e s.ziakata Qi I pyrP r c ol.1 s truc tur e and
) ee.er ar,e .1: . e... ri e te x :A I'
? Samele =eif t t 2? srame trese ! IA I l l l l 3 Samp.e the aff12*d
- t so.
Esta:
Iang a Re.
- a. A.fter it hours of appl.seatacc of seal a4 tar s al, the amateraal has no vossa , 4, azhtt ata proper colst. 1001 1111. and jA t asune r arv d aussa tg & a r a e s r4 r eme wed Asura s : e Bold Print
\
w
31/
1 I
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PAGE S of: 3 s
INSTALL!ATION AND REPAIR OF 3-6548 SILICONE ETV FOAM SEAL DATA SHEET l a t orsta me.: 4-93-049480 arv.: 0 '
m rut fac. me. SCliEME F /'-V l DETAIL F C3/44 PENTRATION # /OCS l
No. Items Rom. Tee ,.cs a.ine ,eet I -
Crg. Craftenen Inspector / tete S U S V *
- 1. Peraphery of the demesed ares recoved to prevado e clean surface !
B . Applic a ta cD of Repair Pieter1 ale
- 1. Repaar meterial erplaed IAW Sten 2 of this ik
)
3 eetiset l [
i i
- 2. Small repaire !! 1/2" depth! '
i e Ucad. fracture. sep. etc . , sealed wa th 96-081 or 732 511ssone Adhessve
- .., u t ...
Ro6ge No.
Date:
- t. 5. e .e t piec.e .o ..eply es posetnie ee 3 e five ri -s tm out.r surf ee. 4/A l
m j j l l 8 I l l l l I l ,
l -
I i l i 1
1; i
l I
. i O "-'=-'
1 l
i
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313 t
_ i, -
PA&E l ca p 3 '
INSTA.'.ATION AND EEFAIR OF 3-6548 SII.ICONE RTV FOA worr oe:En no.. 4-93-049480 aty.: 0 c:peowtut n:. me. SCHEMI # //-*/ DETAT1. e 8__ C3 R 2 PENETEATION # /Coct !
no I s m, Res. I org. __ ine s eet noteepect Craftsman 3 U S 11 Inspottor/Cate l
- 1 l IN:71A:, INS *AI.iATIDM +
A. Cleanisness ,
No foressa objecte pres ent includtra cable s
/
W 111r4 asas N$p Me evidence et presence of =sier SG 9 0-4 [# 7- /4- t.f f'
no foressa caemaeale present to evidence of oil or stesse B
Installation Sea.s of Penetratace/Seammac Cep
- Preparat:rv keparements
- 1. Permanent dammit4 gtstalled using iso =ce; tinaet (2 212./ft ). Lemmoel bua fiber,
/
er ccanetnation of both besee on wtath of seal Mat *1- i Let so '
Mat'1:_. Lot no I
I '
g 3
- 2. 2:teraer Osmaang \
.: . o r .r : .= a e...e 2 (
- or e 7-coep ct vertaca l
l, . c. e= are :.l seals teas allow for F*/A
- n.u t p;ane or u. )
i tarrser O Omemans Premaretien anc Insta11stson Ter l Ilottrate.<N5.eeves Pietbacace. ema 4 cal ticuouts and 1 Fernanset t.htta sammuna installed usina 2 1*
cerasue riberiblanaet/>uu.
board when annular d/
f4 specir.s permate or e I'
c:smestats:e t.ar a et >%4 may et ceramar fiber botte ace f s p a r ar.g as tac be used saere a annular ,
anal.1 for boue only !
1 l Mat ;
.ct so ! >
hat *1 _ :.at so.
Ma t ' l - _
- .at so. ,
- 2. laterser sammuns snatelled te prewsse l
! 1:* et 1111 sept.h M ,
of floor er esil as measures tras ec4e barrier
.Rau rne' i
- tale tenzt ETMS
/8,'C,sbf,26 & g g g g gg gg ggq. fff y. tg . *y i
\
1 1
l
I 319 i e .
PA 6. E. 2 oe: 3 INSTAL 1.ATION AND RIPAIR OF 3-654E SILICONE RTV FOAM SEAL DATA SHEE' o r casta me.: 4-93-049480 try.: O C:wowtui tac. me. SCHEME # / / - +/ DETAII. # C.3 /c. Z PENETRATION # /Cocy no. It== sei. In.p.et ' m.in.,.et Org. Craftaman 5 t1 5 y inspecter/Date }
l
'l O. Internal Coneuit seal tammuna Preparation @t M and Installation -4 s / / i
- 1. Consult f are seal outa nde t.be plane of b qA '
I 7-lf"I7 !
barrs.r ? 6- d . pty of seal
- 2. Condui.t
...! ..fire,
, ..seal
..et i,f in.
e f Lan,e
.. of blockout N/4
- 3. No openings in condutt, freus barrier to # y *b
.. ,_ n. .at.,,.1 mg ; '!" K A _ y+ Let me t.M -
(g t, g
3 ~3
- 7 se 7*M-M a_.. m 7 e r _t , . 4
,1
-: Arr.::c:ow Cr 3-esas s :.:::=wf ev rm A. 27 Flural Darspenstas fespment (,(?.56 r,.} ,
[ /86# r.g y-5.y i
l Proper color and cell structure of saurple Ob qd [
T 1AW Attach. 1C.8 and all samples gaven to 1
= - . . . , - 1. , = , .
- . m .e. to . e e ...
. n.t
., /yrg ., .
- * ~m '
j qe .~
.o -
l .. . e: e. -
Oste : w - 1, J 2 Af ter 18 hours2.083333e-4 days <br />0.005 hours <br />2.97619e-5 weeks <br />6.849e-6 months <br /> of applicatacan of seel LE t.I,a.. a . t.r,.1 aa no ,o, @6 ext a tta proper color. 1002 fall, and teamperar, aemmainz & treete.s r - a M 9' ,s ,,/ #~ E #
- 3. Applicattac Using 7 Cunce Ca.rttiages d
- samuple ae t hats p. roper cell structure and t
- ...r. m. . n . e .. . .. to x
- s e . iot r 2,ir r... I og 1 1 l l l t t s + e ta. affu .d 1.ot Be.
Late: /
See.e so, ?
a . Af ter 18 hours2.083333e-4 days <br />0.005 hours <br />2.97619e-5 weeks <br />6.849e-6 months <br /> of application of esal e.aterial, the .atera al has no vosas. df/
exhibits proper color. 2002 f all, and f l
t ammio r ar, s ammu ng & t r a c t ng r -- a '
O m
Remmarks :
- Sold Point
8
- 0 0.9 ,
7 f
.i
(
e PA6E 3 or 3 i
,i INSTCTION AND FIPAIR OF 3-6548 SILICONE RTV FOAM SEAL DATA SHEET j wac casta me.: 4-93-049480 arv.: 0 etsi TA:;. no. SCHEME # e /- */ DETAIL # i !
C3 /c 2 PENTRATION # /009 i
- i Fo, Itama Ros, inspect Rettspect '
Org. Cra! Leman inspector /Date 1 l s v s u lj
'3 RIFA*R 07 FDfCRA;;0N AND SCSPCC GAF 1-63as ,
s::.:=st R;v rm l A. Surf ace Preparation for Re-Applicetten d/h i ,
- 1. Feraphery of the demased area reemoved to .,
?
provado e clean surf ace l .f i 1 B. Application of Repair Materiala y . t 4
- 1. Espair maternal appland IAst item 2 of this S eerlist , ,
- 2. Small repaire (! 1/2" depth)
- a. VcAd. f r e t tur e . gap, etc.. esaled with 96-C81 or 732 311acone Adhesave ,
l' j
- 4 Adbesave Let po, i .
l ,
Esose so.
a Date: *
- I
! ili ll
- t. Sea; art p;sced se e eply as pose &ble and se f.ush ettb outer surface "fAs' b
t
- i. ,
i
! l .
'. j.
?
I
- {
. t a ,
l 1 r i i
l Remaine: e sold twist 1 i
t 321 ,
' t
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t t INSTA*'ATION AND FIFAIR OF 3-6548 SILICONE RTV FO or atern me.: 4-93-049480 _
j}
aEv.: 0 t esspowfst tag, no. SCHEME * //-*/ DETATT_ #
C3/c2 PENETRATION # /C/C
{
No 2iene mes.
Org. Oraftsman In. .es l
> nein.o.et
- i
-i 3 U Inspector /Date ;
S U
- 1 1R:*1A1 2NSTA:."A!!DN i
A. Clean 1&nese 4050 /
No foreaan objects present including cable @ 7. /,p . VJ :
pullar.a staa p No evidence of presence of water
,T gg -G '
1 No foretsn chamasala present .
e No evseense of o&1 or grease !
B. ,
Insta11staen of Penetratton/5enealc Cap i Seeis - Pren.rstory Requaramenta I 1, Permaneet dammains gnstelled using Kaowool t blar.a e t !! 31b. / f t ). Lee =ool bulk fiber, or comeinatton of bot.h based on wasth of seal j Nt *1: Let No . _ -l Mat *1:
Lot No._ {
t f .
- 2. Icterior :samans g !
}
. m e,.=. .
! +
.n.t.;...
j seep c. vertacal seals to allow for
.. .r,,. ss, 'k en S ee are aa ett. hat tne p.ar.e c! t,he i .
terr 1er i a
j [
}
I 0 !
i Omemana Precarat:cro and its sliet1on 7or l
! I.ectrate.<N N csanacal blockouts ane
- nar.acal $;eeves I
- 1. Permar, ant deoumans installed ustna t 1*
i thaca ceremse timer board when annular /
spetana permata (blankettin1A. or a concinata:e of ceramic fiber boarr and i tiareet spe:aag8%.a may be used weera r.snular as too saal.1 for boarr. crn;y i 5 .
mt 1 j las so. _
Nt 1:
let so. i 1
N t *1 - - __ let So. I 4
. Intersor danuains installed te provide '{
l f IC* of fill depth as measured from edge g7 of floor er wall ba.rrier
_ _ t ema rs e -
- Bold >sset Ff&.5 /8, /C'_
/bf Z8 0 aGM 41:7sf odPPWAN Y'Z!*ti
-l
?
322 i I
(
l 1
PA (:.E. 2 op 3 r
INSTALIATION AND REPAIR OF 3-6548 SILICONE RW FOAM SEAL DATA SHEET or casta bo.: 4-93-049480 trv.: O compoutut iAc. no. SCHEME F / / - -/ DETAIL # C3k2 PENETRATION // /c/c po' Itanne Res. Inspect seteepeet Org. Craftenen Inspector /Dete i S U S U
- 1 2. Internal Conduit Seal tessung Preparation and Installation pp ,)
M/ ,
- 1. Opodust fire seal outside the plane of 6LC- 'T ..*j-d 1- u W I barrier. P 6* deeth ef eest i
- 2. Conduit
...I.
fire esal af in $1ane of blockout N/A t hoe ? Ic eeetb er seal '
l .
- 3. De opentase in conduit, fresa barrier to
,e 1 M' ! '-
M \ -v <, -w"6 [ /
-r.zt .vs t 4 Oammaar.3 meternal f.C66 3P mt1 v*u.s.. .
- .et p. 1. .- M q^3 '
- 'U"U ^
41 -eN c ; O f 3 -. - a
-2 AFFMCA!!CM CT 3-6Se8 $IUC:M MV MM m
A. By Flural Diepensing Eguapment CS6 L-2
.,-0<
/{
7<'9 93
_I g
- 1. Proper color and cell structure of eserple e ~1 1AW Attach. 10.8 and all semples gaven to K ,
- s - ie .ei.ht is f 1:
Taa effired to seurple stating-r e. net
'M , / '
fygg :
7 ~. 4 . , .
~ , . . ..- - , , -
1:. as -
,, ~
,s l
j
, sue e. .. .-
Oste. 7-1e '.?
1
- 3. After 28 hours3.240741e-4 days <br />0.00778 hours <br />4.62963e-5 weeks <br />1.0654e-5 months <br /> of agT12cesson of seal pg moterse., the materaal has no vosas, 9P t
, [g '
azzsatts proper celer.1001 f11.1. and SC 7 M'N .^'Y#.
t anspe r an d ammas ta & b r e e t r.a r emoved +
I
- 2. App 1&catsoe Using 7 Ounce Cutridges i Saampie eJ2dAtte proper col.1 structure and df/
i ceest ed eli esserlee tswee te CC 2 s macie we t ttt t 27 t r aums trees I l l l l I
- 2. s n i. m offo od i
1.ot Eo.
Late:
lease No.
- a. After il bours of applacottoo of seal A./I matersal. the materaal has no vosse. /6 exhibito proper color. 1001 fall, and t ammue e arw dammas na & b r ee s ng r manmed Remarke :
- Raid Point
323 1 1
l 1
, i
[ I '
1 PA6E 3 er 3 t INSTALLATION AND REFAIR OF 3-6548 SILICONE RTV FOAM SEAL DATA SHEET o r ersta me.; 4-93-049480 arv.. O t
m tsi TA0. ac. SCHEME # //-V DETAIE il c.3 /c 2 PENTRATION # /C/C '- '
- n. :t Re.. tee .et R.in. ,.et Crg. Craftaman 3
Inspector /Cate l U S U l
+3 RIFA. R OT FDrt RA;;0n Ac SII.P. : GAP 3-ES*8 5:LICORI 7.!V TCAM A. Surrece Prepazetten for Re-Application f. I I. Periphery of the damaand area removed to provase a clean surface
{
- 3. Application of Repair Materiale M ,
- 1. Repair matertal applaed IAW ates 2 of thse "h.caiset !.
' 2. Small repaire (! 1/2 depth) a Vend. Iractare. asp. etc.. sealed wath 4 //
46-C81 or 732 511acone Adhesave /#
1 Adbeelve Let No.
lease 50. t Cate:
> s . .l a= e -1. c .d ..
m, . 1. ...n,, ..,r rL.. ..te not. s. n.. . . . s u . </.s l 1 I ' i l { f 6 4 l '1 l t l l l l l i
e I '
r a r I I I I '
I .
- - 1
> l 1 I
1:
Rama.rt e r
- Bold Poset }
d24 V
i (c
PA6E l op 3 L at ORDER he.
!$5TA'.'.A!!CN 4 9 80 AND REPAIR OF 3-65a8 SII.! CONE RTJ FOAM l aEv.: O c:xp a tui TA:. mo. SCHEME # //- av r DETAT1.
- C 3/cZ PENETRATION (! /C//
wo.
It.no see.
era. 1*seeet Iseiner.et
- aft man s in.p.czornat.
U s c 1
18:nx. In:n" > :en w = .anu..es Mo foreap etJocts present includtr. ca.ble W pulltra aiss p
- f 7 nd)
No evidence of presence of mater ..o q l' po foreign caemacale present me ev20ence et osi or grosse i B. Insta11staen cf Penetrataant$st ama c Gap Seais - Preparatory Requaraments
- 1. Perimanent sammina gnatalled ustna Esowool blanaat (! 31b.stt ). Leewool bult 11ber. #
or casabinatten of both based on widLb ci seal Mat *1: 1.ct so.
Mot *1: Lot No.
- 2. l Interser Lammans '
e h i e r. :t me aceta...e ! E or g ?- i i eesp ce vertscal osals to allo = for ett saa a.n d is =1 tta the ; . ar e of the terrier 0 Oauman4 Preparataan and Iestallation f or 1 Il o c t r a c aSleeves
%chanaca; . < N e car.a c al klo c.a ou ts ane
- 1. Permanent demon. ins tantalled ustns t l' /
thsta sp e cceramic ita permif1teDer boarc (blann o t sten tbulkammular
. or a c ometta t t at u c.a . =., t!mer ceramac be me.d fiber boa 3C and f spacata as Loc small far beard et.71
.r. a=nular l
Nt'1. Mt Be 1 Mat *1:
let so.
Mat'1:
lat so._
- 2. Interior saamming tastelled to prenrade
! It" of 111; copth as measured fra edge A/
ef floer er well barrier namerne-
- Eald Fosst '2"rf M J
/8, /C_ /bf Z8 fj Mf dod My2 g&g $ _
N'M
325 PAteE 2 os 3 ;
INSTALIATION AND REPAIR OF 3-6548 SILICONE RTV FOAM SEAL DATA SHEET or ca:ta no.. 4-93-049480 ttv.: O c w tv7 fac. wo. SCHEME v < < - V DETAIL f/ C3/c.Z PENETRATION # /C//
n i t.e ass. :nspect lmeses,.et Org. Craftsman 5
Inspector /Date l U S U '
- 1 :. Internal :enduit Seal Commalr.s Preparation
((/
and installetaan yg gP ,
- 1. :enduat fare seal outside the plane of CC 9 ~ d '53 7'#~U ,
bortser ! e depty of seal
- 2. Conduat fire seal. if in plane of blockout A//4
- e.a1 hee t 10 depth cf seal 60## in' _ p' /
2 No opensnse in conduit. from barrier to see: CC, [ fl U 4 temmaans e.stersal PSb -
ut1"*.a . ,
Let no 1- ? [J. 3
<*1 y Y' O N Sa r-, .3 w;
{ ,
- Arr.::n:en er 2-sses s::.::enz x:v rann A. By Flural Dispenssna Iguapment (CM L, , /g[Mj . .
- 1. Proper color and cell structure of searple GC v.tv v.s IAW Attach. 10. s and all searples g3ven to q .s f .1 '~
T {
I )
- seaml. -essms to e us sreme. nos ,
- ss of fixed to searple statina: Cdb ;'
n ,
r ._ .,g
. : . .R z
~_ 'C -
2 s- g
~
!aue a -
- ste: . e ' ,s I i
- 2. Af ter 16 bours of applacetam of seal g (p materia.. the notertel has no velas.
sztaste proper color. 1001 1111. and x ,
MC- q-L #~'.',,j '
t ee r a r* e enmai ts & b r e e s na r esevad l ,
2 A;Tlaeet&an Using 7 Ounee Cartsidase 1 lemple azhlbste pr A/'/4
- .er -d e n o m.Je ee 'r, c, ell s truc m to x t ur e and ,
- s-:e ~ m e21y e erese l "' M i l l l l l 2 s - te ta, effu .d
. .t
- ste; u .
9 _
i' t
neue so.
I t t
a ..eteria1.
Af t.r le hou,e of sp,uceu-sne m.te,ial has no vs of esal o af-ernteste proper color. 20C1 fall and fa ,
i t amaio r arv W emmL3 tg & br e r i ng r earrwed i I
Remarte: e Bold Point i
l l
I
32G l 3
i l
t I
PA6E S oF 3
- f INSTAL.lATION AND REPAIR OF 3-6548 SILICONE RTV FOAM SEAL DATA SHEET l
^
war onsta me.: 4-93-049480 arv.: 0 i c:woutsi iA:. me. SCHEME # / / --t' DETAIL # 03/c2 PENTRATION ft iC// i No. Itema Res.
Org. Crattameo
. Inspect 5 1ripect inspector /Date
'!t 3 U S U i
A. Surf ace Preparetton for Re-Appiteetion //
- 1. Periphery of the damaged area removed to prinraos a clean surf ace
- 3. Application of Repair Materials !
- 1. e.. , m.t.,,.1 . ,p1,.. - m 2 of m ,e
"' hee s i t e t i
- 2. Small repatre (2 1/2" depth)
- a. Void. fracture, asp. etc., sealed wath 96-041 or 732 5111:ene Adhestve
- Adhesive Lot No.
Badge No.
i '
Cate:
s..;
.,. .. m fL:. ace. . . t a. ..e,1,p u .. .. ,o..a1.
e eu,r.,e W ;
t
. s > , ,
I '
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6
?
I
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i b
d 4
l P
Ramtras:
- Sold blot l
l I
l
, , - . -- ' ~ '
I 327 -
1 i.
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I t
(
- PAGE l of 3 ;
3 l
'q t'
- i INSTAI.!ATION AND REPAIR OF 3-6548 SILICONE RTV FDAM mer octe no.: 4-93-049480 l S
l aty,: 0
[
caeowtut uc. ac. SCHE"2 # //-a/ DETAIL # C3/C2 PENETRATION #./o/2 No. !
Itaene Res. _ inspect l Org. Craftsman Deansport 1 t
3 U Inspector /Date S tl [
- 1 IFITIA. INS *J**10p $
A. Cleanitsees f (415 0 No foreign objects present tecludama emble 7. gg.',f ;
putna ataa /
No evseente of presence of water g .o /
[
Mo forstan ch.enatale present i so evtsence of oil or grease
- 5. Insta11stsoo of Penettetsout$eimmat Gap ;
Seels - Preparatory Requaramente i
- 1. Permanent damaans gestelled using Eso=ool blard e t 13 31b . / f t 3. Leo =ool bulk fiber, or cometnation of both based on wieth of seal t Mat *1- Los no.
Met *1: Let no.
i i i
- 2. Interaar Caesar 6a f i e
Ir.teraer ase acetelled 2 6* or 4 ?* 4' 1 esop saa en wartical emels to allow for /d est and i
hertset as matAan the plane of the i, t
O O aeona r.g Preparation and Icatallation for P flectracalthochanasal blecAouts and i Methanacal Sleeves i i
- 2. Permaesnt samenans lastalled usins t 1" A//, !
tanta termas spacang fiber board aban annular peamata (blameet/ bulk, er a m !
ctemettataan blar.a st >ala may of ceramic fiber board and be used e6ere annular spectag as too ==all for board only4 Mat *1.
1.ot so.
M*L'il
- _ ist so. '
Mat *1:_ los m.,_
l
- 2. laterter dammina tastallee to provide A/
1 1C* et f t11 empte to me !
er ri.or er it marrs., asured from edge 1
_s rn.-
- eend reset Pacmr.r /8, M, /b 2, zo f.3 n/sc darscr !
atarms _ f r tr-ts t i
4 l
i' 1
1 i
328 Ia t
s l
1 PA 6W_ 2 on 3 l r
INSTALLATION AND REPAIR OF 3-6548 SILICONE RIV FOAM SEAL. DATA kHEET waar catora no.: !+-93-049480 arv.. 0 l C w r c fac. oo. SCHEME # //- V DETAIL # O.3/c2 PENETRATION # /o/4 l yo. Items les.
Inspect Reteepeet Org. Craftsman Ins pector/Date 5 U 5 U
- 1 D. Internal Conduit Seal Commins Preparation and installation M# gA / /((/ l
- 1. Conduit fire seal outside the plane of G4 7 '- 8 '* 3
[ 7' ##' II b arrie r ? 6 depta et seel
- 2. Conduit M[s;P e..< s..f are sea.l...t e 1.- If an, e k.lan,e
.e of blockout 1
- 3. openings in condust, from barrier to 6
} ,3 /
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-2 Arr:.:CA::en er 3-esas s:t:~~vt n v rum A. 27 riural Caspeasing Equ&pment (C$f, Up - g((j
- 1. Proper color and cell structure of sample 06- 9 ,- g M 7-ty &J
- 1AW Attach. 10. 8 and all asuspies $1ven to T
- - . .., n ,. , w ,r fa4 of fia.d to s emple statit.a :
. ..t (c60 W, .fg'7- Ev tf Las so. L;et a39e . 2 a n <3 A g j- Q j 1 secae sc : 4 - i t%
Date: 9 19-M
- 3. Af ter 16 hours1.851852e-4 days <br />0.00444 hours <br />2.645503e-5 weeks <br />6.088e-6 months <br /> of appiscation of seal (OJ6 eaterial, the meterasi be.s no voids. @"* s {p anthats proper color.1C01 till. and t asspe r ar, d amm2 na a b r a e t na r eewed T"LN /- N V s
- 2. Application Usarg 7 O meo Cart:184*s /_
- 1. Sample e.th1Dats proper cell structure and g/4 celer and all e auries rjeer. ta CC 2 Samrl o ==1tbt t 27 trame tress Y4 !
3 Sample tag affamed Let Be. 4 Date:
Badae No.
- a. After 16 houro of application of esel /// I meterial. the materaal has no voata. /-T l entatta peoper colar.1003 fall. and :
t emene r ar, d amsu ng a brectag remo**d '
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3 PAGE S of: 3 INSTALLATION AND REPAIR OF 3-6548 SILICONE RTV FDAM SEAL DATA SHEE war cuteta me.: 4-93-049480 trv.: O c:wouf wl 1A:.. me. SCHEME # //- / DETAIL # D3 /G PENTRATION # 10/2 p..
Ite.e mes. toewet mesnowet ors. craft an inspectoricate s o s u
- a arPA:n er ivur.AUDR ATO SIISMIC GAP 3-044 111.ICOKE ETV FQAM /
A. Surface Preparation for Re* Application /
- 1. Periphery of the damaand area removed to provide a clean surface B. Applitation of Repair Materiale /
- 1. Repair maternal applied 1AW stem 2 of this cheeriset
- 2. 5.all e.
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October 4,1993 330
- Report No.12340-95767 Texas Utilities Electric APPENDICES O .
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PURCHASE ORDER "" S* " I"* * *'* * **
6868 Alamo Downs Parkway, San Antonio IX 78238 (512) 647-5253 FAk (512)647-0615 V -
l Vendor: PO Number:
PMC 57 Harvey Road 9249Q Invoce, correspondence, all ;
shipping papers, and packages Londonderry NH 03055 " * ' ' ' * * '""
Bill To: Ship To:
Accounts Payable Cleda Patton Omega Point t.aboratories, Inc. Omega Point Laboratories, Inc.
6868 Alamo Downs Parkway 6868 Alarno Downs Parkway '
San Antonio, TX 78238 San Antonio, TX 78238 Order Date Ship Via F.O.B. Date Required Terms t 10/14/92 UPS Blue Label Quantity Unit Extended item No. Description Ordered Price Amount
- 1. THERMOCOUPLE WIRE 40K $212.00 $8,480.00 4 I KK-TA/TA-24
( TEFLON COATED t
- 2. Calibration Fee Tax & Shipping "See Special instn;cilas RuaMine Purchasing Specific-li^u for Qua!ify Assur:nce Regeiri QA Apprcval dmh4Ds.
d Date_ ID//4 /9 y i
SpecialInstructions Order By: Cleda Patton .
TOTAL include Certificates of Conformance and Project f:OPL-Equipment Calibration Data $8,480.00 v>L: , s uc c. cct -
QLLb TC- fg/ I5;lN acs - ' e a k Ncv n 2 3/92. CN sc n - b.-: a n.:
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. . i g 'h p PMC CORPORATION lh 57 HARVEY ROAD, LONDONDERRY. N.H 03053 * (603) 432-WIRE
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SPECIALIZING IN WIRE, CABLES & TEMPERATURE
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TO N NIE N DATE 11/17/92 6B6B AIRD DOW16 PDIY.
CUSTOMER POF 92490 SAN ANIONIO TX, 78238 13365 JOB #
PMC P/N QUANTITY CUSTOMER P/N SPEC KK-TA/TA-24 33,784' SPOOL # 85307 HAS BEEN MANUFACIVEED FROM REEL #'S 15014(KKP)AND 15015(KKN).
ON SPOOL #'S85308, 85309, 85310, HAVE BEEN MAPUTACIURED FROM REEL #'S 15016(KKP) AND 15015(K!
SPCOL #'S 85311, 85312, 85313, 85314 ADDITIONAL INFORM ATION (IF REQUIRED): 15017.(KKN). HAVE BEEN N#JFACTURED FROM RE SPOCL# IN ERROR IN EPJOR IN ERROR IN ERROR IN ERROR 200*F 400*F 600*F 800'F 1000*F 85307-ItEIDE -0.2 +0.2 85307-CUTSIDE
-0.7 -2.1 -0.8 i
-0.2 +0.2 -1.0 -2.1 -0.9 85308-INSIDE +0.6 +0.8 85309
-1.0 -1.9 -1.1 85310-OLTPSIIE +0.5 +1.1 -0.9 -1.5 -0.7 85311-INSIDE 40.3 +0.6 85312
-1.1 -2.4 -1.4 2
85313 85314-OLTPSIDE +0.8 +1.2 -0.9 -1.4 -0.6- i CALIBPATIOf6 ABWE SHJW ERROR AT ME BEGIINING OF FIRST SPOOL AND END OF LAST SPOOL, OF EACH MASTER REEL USED 'IO COMPLEIE DIIS ORIER.
"Ihis is to certify the materials furnished on this shipment are in conformance with the requirements, specifications, and i drawings of the above referenced customer purchase order. Inspection and test records are on file and availabic for CU5tomer review.
Quality AsTurance Inspector R NH lw -
/^y Quality Assurance Mana/r / /
03053 (803) 432-WIRE FAX ($33) 4324435 t
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PURCHASE ORDER 6868 Alamo Downs Parkway, San Antonic TX 78238 4
(512)647-5253 FAX: (512) 647-o615 C#ti Vcndor: PO Number: '
Janice PMC Corporation 1012-Q 57 Harvey Road invece, correspondence, ait shipping papers, and packages ;
Londonderry NH 03053 must roferen e .O. mmwr.
Bill To: Ship To: '
Accounts Payable Constance A. Humphrey OmeDa Point Laboratories, Inc. Omega Point Laboratories, Inc. l 6868 Alamo Downs Parkway 6868 Alamo Downs Parkway i San Antonio, TX 78238 San Antonio, TX 78238 .
Order Date Ship Via F.O.B. Date Required Terms 2/2/93 UPS Ground g uMS i Quantity Unit Extended item No. Description Ordered Price Amount -
- 1. Thermocouple Wire 20K $350.00 57,000.00 KK-TA/TA-24 Teflon Coated
- 2. Calibration Fee $207.00 1 $207.00 r
i Tax & Shipping '
t "See Specialinciructions Regarding :
Purchasing Specifications for Quaffty Assurance Requirements."
QA ApprovaLo-hm{ ' ;
Date A/A/T3 '
l SPocialinstructions Ordered 'By: Constance A. Humphrey '
Total $7,207.00 Please include Certificate of Conformance Project #: 11210-94943 Shipping ;
cnd Calibration Data.
Tax .
- [M Invoice Total $7,207.00 a A + a/4 I
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SPECIALtZING IN WIRE. CABLES & TEMPERATURE l
I SOLD TO 7 I SHIP TO
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OMEGA POINT LABS OMEGA POINT LAaS 6868 ALAMO DOWNS PARKWAV 6668 QLOMO DOWN9 P C., cy . .
SAN ANTONIO.TX 78238 5AN ANTONIO, T7 -
. 78238 I
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, DATE RECEIVED CUSTOMER Not B E-A l "i O ' L T 1 f PMCJOElNO.
2/02/93 OME0001
- 60 EO 60 14146
> %vM7 CUSTOMER P.O. N *" ' - ">M RE@STED SM * ' - l SCHEDUEDSM-fi L CODE 1
10120 2/16/93 2/16/93 L MFT 5 METE:5 a e. - SHP.va. ...,eA u -; p .~ .% ,, h . .~ ar '
TERMS :, - 2. CFT 5.CEET ,
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CERTIFICATE OF CONFORMANCE b
TO OMEGA POINT I. ABS DAW 02/17/93 6868 ALAMO DOWNS PARKWAY '
._ CUSTOMER POf 1012.0
, SAN ANTONIO, TX 78238 JOB f . 14146 PMC P/N QUANTrrY CUSTOMtR P/N SPEC !
. KK-TA/TA-74 10_600' TPE FULIDWIfG SPOOLS OF 'f*RftXIUPLE 67923. 87924_ 87925. 87S26.AND B7927 Aur ALL MADE UP OF REEL f'S 15250 Arc 15281 l
AnomONAl. INPORMATION (IF REQUIRED):
IN ERIOR IN ERNDR IN ERPOR IN EEUOR IN Z2UCR ,
SPOCL #'S 200*F 400'F 600*F 800'F 1000*F 87923-INSI m +0.3 +0.9 -1.4 -1.9 -0.3 !
87924 87925 87926 !
87927-OJCSIN 4.4 -0.1 -1.7 -1.9 -0.7
- I
- nis in to certify the materials furnished on this shipment are in conformance with the requirementa. speciGentions, and i drawings of the above referenced customer purchene ardur.1:mipactiosi and ten reconis are on f1tc and available for j customs review. .
AACL l TQGality Adurancd nepostoi ~
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- b eO DATE RECElVED 4 -lo - 9 3 RECElVED FROM pgQ 0 #
DATE INSPECTED 4 - [o - 7 3 4AT PROJECT LOCATION Omeaa Point I nhs INSPECTED DY: ONAlb Cor*O CERT.
ITEM DESCRIPTION P.O . NO.
Order nac* nn l.D. NO. *$y Un" $$ E***
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343 PURCHASE ORDER U'"*** I"' "'"***
- e 6668 Alamo Downs Parkway, San Antonio TX 78238 (512) 647-5253 FAX: (512) 647-0615 V:ndor: PO Number:
Janice PMC Corporation