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Text

Test to Determine Ampacity Derating Factor for Electrical Conductors Installed in 600mm X 101mm X 3650mm Long Cable Tray Encapsulated by KM1 Darmatt Three H Replacement Matl
	ML20135E743
Person / Time
Site:	Callaway
Issue date:	12/11/1996
From:	Ayling D, Pallister S; External (Affiliation Not Assigned)
To:	;
Shared Package
ML20135E709	List: ML20135E706; ML20135E735; ML20135E739; ML20135E743;
References
	FTCR-96-0108, FTCR-96-108, NUDOCS 9703100151
	Download: ML20135E743 (106)
	v • d • e

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Portions Of this Document were extemally generated and are,the best copiesavailable.

l This Document is considered acceptable as-is for processing as a QARa perreview performed by (b &

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initial Issue per RFR 16916D I/16/97 REV.

DESCRIPTION OF REVISION UPDATED BY

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DOCUMENT TITLE AS-BUILT DOCUMENT NUMBER 600x101x3650mm LONG CABLE TRAY E12crnic ENCAPSRAW BN1 DAMAMHREE HOUR REPLACEMTN MATERIAL S-1064-00014 by DARMATT cu enn Sheet 0 CA-#1733 i

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FAVERDALE TECHNOLOGY,

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arbhem Engineering Ltd Stillington REPORT i

Stockton-on-Tees Cleveland TS21 1LB TEST TO DETERMINE THE AMPACITY DERATING FACT 3R FOR ELECTRICAL CONDUCTORS INSTALLED l

IN A 600mm x 101mm x 3650mm LONG CABLE TRAY ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL Issue iss Jed by Date Approved by Date A

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TEST TO DETERMINE THE AMPACITY Document No.

DERATINO FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 101mm x 3650mm LONG CABLE TRAY Issue A Page 2 of 105 ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL I

l REVISION SHEET s - 1064-00014 00 1

Pages Section Date Revision Summary Revised Affected By l

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t TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCRl96/0108 i

CONDUCTORS INSTALLED IN A 600mm x i

10lmm x 3550mm LONG CABLE TRAY Issue A Page 3 of 105 ENCAPSULATED BY KM1 DARMA'IT THREE HOUR REPLACEMENT MATERIAL i

s-1064 00014]00 i

SUMMARY

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An Ampacity Derating test was carried out on a cable tray fire protection envelope consisting of four layers of Darmatt KM1 board which formed the 3 hour3.472222e-5 days 8.333333e-4 hours 4.960317e-6 weeks 1.1415e-6 months replacement fire barrier. The outer layers were covered by a grey silicon rubber coated inconel reinforced glass fibre cloth.

The baseline for the raceway with its associated 100% cable loading was also tested.

l The tests were carried out in accordance with the procedurcs stated in the Faverdale l

l Technology Centre test specification, document No. TDS/ AMP 001, Issue D and the I EEE j

j P848/D16, January 1995 Standard.

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The tests were carried out on the 4th August 1996 and the 6th December 1996 at the I

Faverdale Technology Centre, Darlington, l

The results were as follows:

1 1

1 Test Date of Av. Room Av.

Normalised Test Temp ('C)

Conductor Current Ampacity Temp (*C)

(amps)

Derating i,

Baseline

4. 8.96 39.58 90.45 13.63 Darmatt KM1 50.55 (1 hour1.157407e-5 days 2.777778e-4 hours 1.653439e-6 weeks 3.805e-7 months 6.12.96 40.40 90.39 6.74 Replacement Material)

The specification and interpretation of fire test methods are the subject of ongoing development and refineme.*.t. Changes in associated legislation may also occur.

For those reasons it is recommended that the relevance of test reports over 5 years old should be considered by the user. The laboratory 'that issued the report will be able to offer, on behalf of the legal owner, a review of the procedure adopted for a particular test to ensure that they are consistent with current practices and, if required, may endorse the test report.

l Faverdale i

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TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 101mm x 3650mm LONO CABLE TRAY Issue A Page 4 of 105 ENCAPSULATED BY KM1 DARMA'IT THREE a-HOUR REPLACEMENT MATERIAL S-1064-00014 00 CONTENTS 1.

INTRODUCTION 2.

SAMPLE DETAILS 3.

DESCRIPTION OF THE CONTROLLED ENVIRONMENT ROOM AND TEST EQUIPMENT 4.

INSTRUMENTATION 5.

TEST PROCEDURE 1

6.

RESULTS APPENDIX A Thermocouple positions and sample details APPENDIX B Graphs APPENDIX C Linear regression analysis results APPENDIX D Percentage ampacity derating results and calculations APPENDIX E Photographic record APPENDIX F Calibration certification APPENDIX G Thickness survey Faverdale Technology Centre

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TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 101mm x 3650mm LONO CABLE TRAY Issue A Page 5 of 105 ENCAPSULATED BY KM1 DARMATP THREE i

HOUR REPLACEMENT MATERIAL k S - 10 6 4-0 0 014 0 0 1.

INTRODUCTION An ampacity derating test was carried out on a cable tray fire protection envelope consisting of 4 layers of Darmatt KM1 three hour replacement material. The outer layer was covered by an inconel reinforced silicone cloth.

The baseline for the raceway with its associated 100% cable loading was also tested.

The tests were carried out in accordance with the procedures stated in Faverdale Technology Centre test specification Document No. TDS/ AMP 001 Issue D and the I EEE P848/D16 January 1995 Standard.

The aim of the test was to record the current required to keep the conductor temperature at a steady state of 90*C whilst in a controlled room environment of 40'C f. 2*C and thus obtained an ampacity derating factor for the fire protection envelope.

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TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 10lmm x 3650mm LONG CABLE TRAY Issue A Page 6 of 105 ENCAPSULATED BY KM1 DARMATP THREE gR REPLACEMENT MATERIAL 2.

SAMPLE DETAIIs s.1064-00014 00 The insulation itself comprises of an inorganic endothermic material, an organic fibre and an organic binder which were processed to form a sheet of uniform thickness.

From these sheets, fabricated panels were then cut to size and manufactured.

The KM1 system consisted of 4 layers of KM1 board for the 3 hour3.472222e-5 days 8.333333e-4 hours 4.960317e-6 weeks 1.1415e-6 months system, with the outer layer of panels being covered with an inconel reinforced silicone cloth. Each layer consisted of four panels (sixteen in total) per side of the cable tray. Expanding paper gasket was used at all joints. The panels were secured together using inconel i

tying wire.

The thickness range for each layer used on the cable tray is detailed below:

Layer 1 (inside layer),14 - 20.imm (all sides)

Layer 214 - 18.8mm (all sides)

Layer 315 - 18.6mm (all sides)

Layer 4 (outside layer) 15 - 18.8mm (all sides)

The general arrangement of the sample and the location of the KM1 panels can be seen in the sketches in Appendix A.

Further sample dimensions are shown in Appendix G.

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TEST TO DETERMINE THE AMPACITY Document No.

l DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 101mm x 3650mm LONG CABLE TRAY Issue A Page 7 of 105 ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL S - 10 6 4- 0 0 0 l d 0 0 i

3.

DESCRIPTION OF THE CONTROLLED ENVIRONMENT ROOM AND TEST EQUIPMENT b

3.1 General The ampacity test was conducted in a draft free controlled temperature enclosure of a size sufficient to accommodate the test sample with a minimum clearance of 610mm between the test sample and all sides of the enclosure.

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3.2 Test Enclosure Temocrature The temperature within the test enclosure was the average temperature l

obtained from the reading of six thermocouples symmetrically disposed and

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distributed to measure the temperature at locations 305mm directly above and directly below the test sample.

f One of the thermocouples was used to monitor the temperature and then fed l

back to a temperature controller, which controlled heaters to ensure that an j

ambient temperature within the test enclosure of 40*C i 2'C was achieved.

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3.3 Raceway l

l The raceway used for the ampacity tests was 3.65m long: 600mm x 101mm galvanised mild steel ladder rack tray.

3.4 Raceway Suocorts i

The raceway was supported on an Unistrut framework providing support

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points at a distance of 850mm from each end of the raceway.

3.5 Cables The cables were unarmoured 4 core,16mm 600/1000V rated,10mm (str) j PCW XLPE insulated cores, laid up PETP tape with an outer sheath of extruded CSP giving an outside diameter of nominally 19mm. 124 cables I

were installed inside the cable tray.

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3.6 Power Supolv i

The power source used was a 240V,45A Regavoit Variable transformer

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(Type 715-G3PE) supplied by Claude Lyons Controls Ltd.

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TEST TO DETERMINE THE AMPACITY Document No.

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DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 l

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10lmm x 3650mm LONO CABLE TRAY

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ENCAPSULATED BY KM1 DARMATT THREE i-HOUR REPLACEMENT MATERIAL 4

f 4.

INSTRUMENTATION S - 10 6 4- 0 0 0 l d 0 0 l

4.1 Thermocouples i

j 4.1.1 Electrical Conductors i

The thermocouples used were type T glass covered to BS 4937 part 5 and BS 1828. These have an accuracy of10.5*C in the appropriate l-temperature range. The temperatures of the individual electrical conductors were obtained from the readings of copper / copper-nickel thermocouples fabricated by fusion welding the twisted ends of the thermocouple wires.

4.1.2 Test Enclosure Six thermocouples, type K glass covered to BS 4937 Part 4 and BS 1827 and with an accuracy ofi 0.5'C were symmetrically disposed and distributed at locations 305mm directly above and below the test samples.

4.2 Data Recorder The data recorder used was an Scorpio Solartron SI3535 (0112 FAV) data logging system supplied by Schlumberger. This is a multi tasking device with an accuracy of 0.05%.

4.3 Current Measurement The current flowing through the electrical conductors was measured and relayed back to the Scorpio data logger using a Beckman Industrial 600 A AC/DC current clamp (0046 FAV) supplied by RS Components Limited.

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o TEST TO DETERMINE THE AMPACITY Document No.

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S.

TEST PROCEDURE OS-1064-00014 00 I

5.1 Installation of the Raceways The raceway was placed horizontally across the Unistrut supports 610mm plus from the walls of the enclosure.

Pieces of wood were placed between the unistrut supports and the raceways to act as a thermal break.

5.2 Installation of Electrical conductor Thermocouoles The thermocouples were installed by sitting the insulation of the electrical conductor and placing the thermocouple junction in intimate contact with the electrical conductor. Following the installation of the thermocouple the slit i

in the insulation was sealed using electrical tape, so as to restore the electric conductor construction, as practically as possible, to its original state. To q

prevent the thermocouples junction from being dislodged, the thermocouple

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leads were additionally fixed with electrical tape to the outside of the electrical j

conductor construction.

The thermocouples were attached to certain cables in the locations and positions shown in Appendix A.

The c.ble tray was filled with 124 cables and achieved 100% visual fill.

The conductors in each cable vere connected in series and all the cables were connected in series, finally forming one single series electrical circuit.

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To eliminate cold ends the lengths of the cables protruding from the raceways l

were wrapped with 2 inch thick ceramic fibre blanket.

i 5.3 Connection to the Power Source The two ends of the cables were connected to the power source and energised l

with a voltage so as to reach a maximum steady-state temperature of 90*C i 1*C, at thermocouple location 2 (highest individual thermocouple reading was used).

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5.4 Test Readines The steady-state temperatures of the test enclosure were recorded concurrently l

with the steady-state temperatures of the electrical conductors and a l

I measurement of the current flowing through the conductors.

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TEST TO DETERMINE THE AMPACITY Document No.

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j DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 10lmm x 3650mm LONG CABLE TRAY Issue A Page 10 of 105 l

ENCAPSULATED BY KM1 DARMATP THREE 4

HOUR REPLACEMENT MATERIAL I

S-1064-00014 00 When the cable circuit has been in a steady-state condition for a period of 3 hours3.472222e-5 days 8.333333e-4 hours 4.960317e-6 weeks 1.1415e-6 months since any adjustment of current, enclosure temperature or other system change, and the steady state temperature of the hottest thermocouple reading

.at location 2 was 90 i 1*C and the average values for the thermocouples at locations 1 and 3 were within i 4*C of the average value of location 2, the test was deemed to have ended.

HDLC To statistically assure an equilibrium, the conductor temperatures were averaged at I minute intervals and a linear regression analysis (least square fit) performed on the data from the preceding 60 minute period. After the initial 60 minute period the most recent average conductor temperature was added and the chronological oldest average conductor temperature discarded.

j The slope of the line from the linear regression was in *C/ hour. As soon as the magnitude of the slope became less than 0.2, equilibrium had been reached.

The equation for the linear regression analysis was '

Y = mX + b X=

E X/N Y=

E Y/N EXEY M=

EXY -

n EX2 b

n b=

Y-mX where:

Y = Highest thermocouple temperature (*C)

X = Time increment (minimum) m = Slope ofline (*C/ min) b=

Y - axis intercept (*C) 5.5 Duration of the Test The duration of the test was 3 hours3.472222e-5 days 8.333333e-4 hours 4.960317e-6 weeks 1.1415e-6 months .

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TEST TO DETERMINE THE AMPACITY Document No.

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S - 10 6 4-0 0 01 d o o 5.6 Evaluation of the Results The results were normalised to obtain I, and I, values using the correction factor below (ref. I EEE 848,1995).

(T " - T.N) (a + T.)

I (T, - T ) (a + T,")

IN

=

where I - the test current at equilibrium (amps)

T - the hottest conductor temperature, at location two, at equilibrium (*C)

T - measured enclosure ambient temperature (*C)

N Tc - normalised Conductor temperature = 90*C T," - normalised ambient temperature = 40*C 1" - normalised current a - 234.5 for copper The percentage derating factor for the fire protection envelope was calculated using the following equation:

% Ampacity Derating =

[ L _Ir } x 100

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current in amps required to obtain a conductor temperature of 90*C lo

=

for the baseline test I, = current in amps required to obtain a conductor temperature of 90'C for the system encapsulated with a fire protection envelope.

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TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 603mm x 101mm x 3650mm LONG CABLE TRAY Issue A Page 12 of 105 ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL S-1064-00014 00 6.

RESULTS 6.1 The tests were conducted on 4 August 1996 and 6 December 1996.

6.2 The Darmatt KM1 material had the following moisture contents (pieces taken at random from the sheets provided).

Identification

% Moisture Content No.

(Dry weight basis) 17/112 0.42 16/100 0.45 34/29 0.32 6.3 The ampacity derating factor for the electrical conductors installed in a 600mm x 10lmm x 3650mm long cable tray encapsulated by KM1 Darmatt one hour replacement material was 50.55%.

6.4 Graphs are contained in Appendix B.

6.5 Tables of the linear regression along with the temperature data are contained in Appendix C.

6.6 Percentage ampacity derating calculations are contained in Appendix D.

6.7 A photographic record is contained in Appendix F.

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TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0168 CONDUCTORS INSTALLED IN A 600mm x 101mm x 3650mm LONG CABLE TRAY Issue A Page 13 of 105 ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL S-1064-00014 00 APPENDIX A 1.

General Arrangement of Panels around the 600mm x 10lmm x 3650mm long Cable Tray 2.

Cable Details 3.

Thermocouple Positions

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ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL 4

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Cable Tray - Baseline Test J

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Cable Tray - Three Hour Replacement Material 1

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Baseline i)

Current against time li)

Highest individual thermocouple temperature at location 2 against time iii)

Slope (degrees centigrade per hour) against time iv)

Room temperature against time i

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Location temperature against time i

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CABLE TRAY - BASELINE 'FEST (THREE HOUR)

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TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 101mm x 3650mm LONO CABLE TRAY Issue A Page 33 of 105 ENCAPSULATED BY KM1 DARMATI' THREE HOUR REPLACEMENT MATERIAL s-zuoa-uuua.q no TIME

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1 S - 10 6 4-00 0 ld 0 0 l,

v.

l TEST TO DETERht!NE THE AhtPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 101mm x 3650mm LONG CABLE TRAY lssue A Page 34 of 105 j

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s S - 10 6 4-00 0 l d 0 0 TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x l

101mm x 3650mm LONG CABLE TRAY Issue A Page 35 of 105 ENCAPSULATED BY KM1 DARMA'IT THREE HOUR REPLACEMENT MATERIAL TIME

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s-1064-00014 00

..o TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 10lmm x 3650mm LONG CABLE TRAY Issue A Page 36 of 105 ENCAPSULATED BY KM1 DARMA"IT THREE HOUR REPLACEMENT MATERIAL TIME TEMP.

SLOPE ROOM CURRENT LOCATION LOCATION LOCATION (HOURS)

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-0.02 39.54 13.78 89.83 89.00 89.56 3.88 90.52

,0.02 39.67 13.7G 89.87 89.05 89.61 3.90 90.48 0.01 39.46 13.79 89.82 89.00 89.56 3.92 90.47 4.01-39.51 13.79 89.83 89.00 89.56 3.93 90.48

-0.01 39.48 13.79 89.83 89.01 89.57 3.95 90.49 0.01 39.51 13.80 89.84 89.01 89.57 3.97 90.48

-0.00 39.49 13.78 89.83 89.01 89.57 3.98 90.50 0.00 39.47 13.79 89.84 89.02 89.57 4.00 90.48 0.00 39.49 13.78 89.83 89.01 89.56 4.02 90.49 0.01 39.53 13.77 89.83 89.01 89.57 4.03 90.48 0.01 39.51 13.77 89.83 89.00 89.56 4.05 90.48 0.01 39.51 13.77 89.83 89.00 89.56 i

4.07 90.48 0.01 39.49 13.76 89.83 89.01 89.56 4.08 90.48 0.02 39.54 13.76 89.84 89.01 89.57 4.10 90.48 0.02 39.45 13.78 89.88 89.03 89.59 4.12 90.48 0.02 39.57 13.75 89.84 89.01 89.57 4.13 90.49 0.02 39.53 13.76 89.85 89.02 89.57 4.15 90.48 0.03 39.58 13.77 89.84 89.01 89.57

)

4.17 90.48 0.03 39.59 13.75 89.84 89.01 89.57 4.18 90.49 0.03 39.52 13.76 89.84 89.01 89.57 4.20 90.49 0.03 39.58 13.73 89.84 89.01 89.57 4.22 90.48 0.03 39.57 13.76 89.85 89.02 89.58 4.23 90.49 0.03 39.53 13.73 89.83 89.01 89.56 Faverdale Technology Centre i

4..

S - 10 6 4- 0 0 0 l d 0 0 3,

nums TEST TO DETERMINE THE AMPACITY Document No.

l DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 101mm x 3650mm LONG CABLE TRAY Issue A Page 37 of 105 ENCAPSULATED BY KM1 DARMATT THREE i

HOUR REPLACEMENT MATERIAL l

TIME TEMP.

SLOPE ROOM CURRENT LOCATION LOCATION LOCATION

]

(HOURS)

T\\c 8 TEMP

"(AMPS)

ONE TWO THREE

(*c)

. (*c)

(*c)

(*c) 4.25 90.37 0.03 39.50 13.74 89.72 88.90 89.48

}

4.27 90.48 0.03 39.50 13.74 89.84 89.01 89.56 4.28 90.50 0.03 39.49 13.73 89.84 89.01 89.57 4.30 90.50 0.03 39.59 13.74 89.85 89.02 89.58 i

4.32 90.47 0.03 39.51 13.77 89.84 89.00 39.56 4.33 90.48 0.03 39.53 13.75 89.84 89.01 89.57 l

4.35 90.48 0.03 39.45 13.73 89.84 89.01 89.56 4.37 90.48 0.03 39.53 13.74 89.83 89.00 89.56 j

4.38 90.48 0.03 39.53 13.73 89.84 89.01 89.56 1

4.40 90.48 0.03 39.53 13.72 89.83 89.00 89.56 1

4.42 90.47 0.03 39.53 13.71 89.82 89.00 89.55 4.43 90.48 0.03 39.43 13.70 89.83 89.00 89.56 l

4.45 90.47 0.02 39.52 13.70 89.82 88.99 89.55 4.47 90.47 0.02 39.52 13.71 89.83 89.00 89.55 3

4.48 90.47 0.02 39.39 13.72 89.82 88.99 89.54 I

4.50 90.47 0.02 39.56 13.69 89.82 88.99 89.55 4.52 90.48 0.02 39.57 13,71 89.82 88.99 89.55

?

4.53 90.46 0.02 39.49 13.72 89.82 88.99 89.54 4.55 90.46 0.02 39.51 13.72 89.81 88.98 89.53 4.57 90.47 0.02 39.51 13.71 89.82 88.99 89.55 4.58 90,46 0.01 39.49 13.70 89.82 88.99 89.54 4.60 90.47 0.01 39.53 13.69 89.82 88.98 89.54 4.62 90.47 0.01 39.50 13.71 89.82 88.99 89.54 4.63 90.44 0.00 39.46 13.71 89.80 88.97 89.52 4.65 90.44 0.00 39.42 13.70 89.80 88.97 89.52 4.67 90.44 0.01 39.49 13.72 89.81 88.98 89.53 4.68 90.44 0.01 39.46 13.72 89.80 88.97 89.52 4.70 90.45

-0.01 39.51 13.73 89.81 88.97 89.53 4.72 90.45 0.02 39.45 13.73 89.80 88.97 89.52 4.73 90.44 0.02 39.40 13.72 89.80 88.97 89.52 4

4.75 90.43

-0.03 39.52 13.71 89.79 88.96 89.52 4.77 90.44

-0.03 39.52 13.73 89.80 88.96 89.51 4.78 90.43

-0.04 39.51 13.73 89.79 88.96 89.51 3

4.80 90.42

-0.04 39.45 13.71 89.78 88.95 89.50 i

4.82 90.43 0.05 39.51 13.73 89.79 88.96 89.50 j

4.83 90.43 0.05 39.53 13.72 89.78 88.96 89.51 4.85 90.42

-0.06 39.44 13.74 89.79 88.95 89.51 4.87 90.43 0.06 39.43 13.70 89.78 88.95 89.50 J

4.88 90.43 0.06 39.54 13.70 89.78 88.95 89.50 4.90 90.42

-0.06 39.45 13.70 89.78 88.95 89.50 4.92 90.42

-0.06 39.38 13.69 89.78 88.94 89.49

]

4.93 90.41 0.07 39.51 13.70 89.77 88.94 89.49 4.95 90.43 0.07 39.49 13.71 89.78 88.95 89.50 5

4.97 90.42 0.07 39.42 13.71 89.77 88.94 89.49 4.98 90.42

-0.07 39.52 13.74 89.78 88.95 89.49 5.00 90.43

-0.07 39.41 13.70 89.77 88.94 89.49 5.02 90.42 0.07 39.47 13.69 89.77 88.94 89.49 l

5.03 90.42

-0.07 39.39 13.69 89.77 88.94 89.48 l

5.05 90.40

-0.08 39.36 13.68 89.76 88,92 89.47 i

5.07 90.41 0.08 39.41 13.69 89.76 88.93 89.48 i

5.08 90.39 0.08 39.41 13.70 89.75 88.92 89.47 Faverdale Technology Centre 1

i.

s-1064-00014 00 TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCPJ96/0108 j

CONDUCTORS INSTALLED IN A 600mm x i

j 10lmm x 3650mm LONG CABLE TRAY Issue A Page 38 of 105 l

ENCAPSULATED BY KM1 DARMA*IT THREE i

HOUR REPLACEMENT MATERIAL j

1

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h I

\\

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\\

TIME TEMP.

SLOPE ROOM CURRENT LOCATION LOCATION LOCATION 1

8 (HOURS)

T\\c 8 TEMP

(AMPS)

ONE TWO THREE

(*c)

(*c) 3 5.10 SJ.38

-0.09 39.41 13.68 89.74 88.91 89.46 1

l 5.12 90.39

-0.09 39.31 13.68 89.75 88.91 89.46 5.13 90.38

-0.09 39.49 13.66 89.75 88.91 89.46 i

5.15 90.39

-0.10 39.45 13.68 89.75 88.92 89.46 5.17 90.39

-0.10 39.43 13.68 89.75 88.92 89.46 j

5.18 90.38 0.10 39.42 13.63 89.74 88.91 89.45 j

l 5.20 90.37

-0.10 39.44 13.63 89.73 88.90 89.45 j

5.22 90.36 0.11 39.43 13.62 89.72 88.89 89.44 1

5.23 90.25 0.12 39.31 13.62 89.61 88.79 89.33 5.25 90.35 0.12 39.46 13.60 89.72 88.88 89.42 j

l 5.27 90.34

-0.14 39.45 13.60 89,70 88.87 89.42 5.28 90.32

'0.14 39.35 13.59 89.75 88.88 -

~ 89,43 5.30 90.34

-0.14 39.40 13.58 FS.70 88.87 89.41 l

5.32 90.32

-0.15 39.43 13.59

.19.68 88.85 89.39 1

5.33 90.34 0.15 39.34 13.56 89.69 88.86 89.40 5.35 90.32 0.15 39.47 13.59 89.68 88.84 89.38 j

5.37 90.31

-0.16 39.38 13.56 89.67 88.84 89.38 5.38 90.30

-0.16 39.37 13.57 89.65 88.82 89.36 1

5.40 90.29

-0.17 39.35 13.56 89.65 88.82 89.36 j

4 5.42.

90.28 0.17 39.33 13,57 89.64 88.81 89.36

{

l 5.43 90.28

-0.18 39.31 13.57 89.64 88.81 89.35 i

5.45 90.25 0.19 39.44 13.56 89.62 88.79 89.33 1

j 5.47 90.27

-0.19 39.38 13.57 89.62 88.79 89.33 5.48 90.24

-0.20 39.36 13.58 89.61 88.78 89.32 i

AVERAGE 90.45 39.58 13.74 i

p l

l I

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l 1

J l

Faverdale l

Technology Centre l

u

S-1064-00014 00 i

TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 101mm x 3650mm LONG CABLE TRAY Issue A Page 39 of 105 ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL i

2.

Cable Tray - Three hour replacement material test l

l l

l 1

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I i

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I' S-1064.-00014 00 TEST TO DETERhnNE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTR"'AL FTCR/96/0108 CON 0UCTORS INSTALLED IN A aimm x 10lmm x 3650mm LONG CABLE D/sY Issue A Page 40 of 105 ENCAPSULATED BY KM1 DARM IT THREE HOUR REPLACEMENT MATERIAL S *;AN T/C No.8 SLOPE CURRENT ROOM LOCATION LOCATION LOCAT!oN (MINUTES) TEMP (AMPS)

TEMP ONE TWO THREE

('c)

(*c)

( c)

(*c) 0.00 90.24 6.67 40.40 84.29 88.12 84.26 1.00 90.24 6.67 40.34 84.29 88.12 84.27 2.00 90.24 6.67 40.36 84.30 88.12 84.26 3.00 90.24 6.68 40.33 84.30 88.12 84.26 4.00 90.24 6.69 40.32 84.29 88.11 84.27 i

5.00 90.25 6.68 40.35 84.32 88.14 84.28 l

6.00 90.24 6.69 40.36 84.30 88.12 84.27 i

7.00 90.25 6.69 40.42 84.31 88.13 84.28 8.00 90.24 6.68 40.42 84.30 88.12 84.28 9.00 90.24 6.68 40.41 84.30 88.12 84.27 10.00 90.27 6.68 40.47 84.33 88.14 84.30 11.00 90.24

' 6.66 40.42 84.31 88.12 84.28 12.C0 9].24 6.69 40.33 84.31 88.11 84.28 S.00 10.23 '

6.70 40.35 84.31 88.11 84.28 l

18.W 30.25 6.71 40.36 84.32 88.12 84.29 l

10.00 90.24 6.72 40.39 84.32 88.12 84.29 10.00 90.28 6.72 40.46 84.36 88.15 84.33 17.00 90.24 6.72 40.42 84.32 88.12 84.29 18.00 90.25 6.72 40.45 84.33 88.12 84.30 19.00 90.25 6.72 40.43 84.34 88.13 84.31 20.00 90.24 6.71 40.41 84.34 88.12 84.30 21.00 90.24 6.69 40.37 84.34 88.12 84.31 i

22.00 90.24 6.68 40.44 84 33 88.12 84.30 23.00 90.24 6.70 40.45 84.34 88.12 84.31 24.00 90.25 6.70 40.44 84.35 88.13 84.32 25.00 90.28 6.71 40.46 84.38 88.15 84.34 26.00 90.25 6.71 40.45 84.35 88.12 84.32 27.00 90.25 6.72 40.40 84.36 88.13 84.32 28.00 90.25 6.70 40.41 84.36 88.13 84.33 29.00 90.25 6.71 40.47 84.37 88.13 84.34 30.00 90.25 6.71 40.44 84.37 88.13 84.33 31.00 90.26 6.71 40.44 84.36 89.13 84.34 32.00 90.26 6.71 40.42 84.38 Cd.14 84.35 33.00 90.26 6.71 40.46 84.38 88.13 84.36 34.00 90.28 6.72 40.42 84.40 88.15 84.37 35.00 90.26 6.73 40.43 84.39 88.14 84.36 36.00 90.27 6.73 40.44 84.39 88.14 84.37 37.00 90.26 6.73 40.38 84.39 88.13 84.36 38.00 90.26 6.73 40.41 84.39 88.13 84.36 39.00 90.27 6.72 40.37 84.40 88.14 84.37 i-40.00 90.2'7 6.71 40.36 84.41 88.14 84.38 41.00 90.28 6.72 40.42 84.40 88.13 84.37 42.00 90.26 6.68 40.43 84.40 88.13 84.37 43.00 90.27 6.69 40.36 84.41 88.14 84.38 44.00 90.27 6.68 40.38 84.42 88.14 84.39 I4 45.00 90.26 6.68 40.39 84.41 88.13 84.38 46.00 90.26 6.69 40.43 84.41 88.13 84.38 C 00 90.27 6.66 40.46 84.42 88.14 84.39 48.00 90.26 6.66 40.45 84.41 88.13 84.38 49.00 90.27 6.65 40.43 84.42 88.14 84.40 50.00 90.27 6.66 40.42 84.43 88.14 84.40 Faverdale Technology Centre

S-106d-000ld 00 l

TEST TO DETERhilNE THE Ah1PACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 10lmm x 3650mm I.ONG CABLE TRAY Issue A Page 41 of 105 l

ENCAPSULATED BY Khil DARh!ATT THREE l

HOUR REPLACEhiENT htATERIAL SCAN Tic No.8 SLOPE CURRENT ROOM t.OCATION LOCATION LOC ATION (MINUTES) TEMP (AMPS)

TEMP ONE TWO THP.EE

(*c)

(*c) 51.00 90.26 6.66 40.37 84.42 88.13 84.40 52.00 90.29 6.67 40.41 84.4C 88.16 84.42 53.00 90.27 6.65 40.47 84.45 88.15 84.43 54.00 90.27 6.67 40.40 84.44 88.14 84.41 55.00 90.26 6.64 40.46 84.43 88.13 84.40 56.00 90.26 6.66 40.49 84.44 88.13 84.41 57.00 90.26 6.66 40.49 81.44 88.13 84.41 58.00 90.33 6,67 40.54 84.51 88.20 84.48 59.00 90.26 6.67 40.44 84.45 88.14 84.42 60.00 90.27 0.03709 6.68 40.45 84.45 88.14 84.43 61.00 90.25 0.03477 6.68 40.45 84.43 88.12 84.42 62.00 90.27 0.03452

'6.68 40.44 84.45 88.14 84.43 63.00 90.26 0.03242 6.69 40/ 4 34.45 88.13 84.43 64.00 90.29 0.03369 6.67 40 2 84.48 88.15 84.45 65.00 90.26 0.03203 6.66 40.3S 84.45 88.12 84.43 66.00 90.27 0.03146 6.68 40.3.1 84.46 88.13 84.44 67.00 90.29 0.03243 6.66 40.42 84.49 88.16 84.47 68.00 90.27 0.03251 6.67 40.45 84.47 88.14 84.45 69,00 90.27 0.03136 6.67 40.41 84.48 88.14 84.45 70.00 90.26 0.02898 6.67 40.42 84.47 88.12 84.45 71.00 90.26 0.02921 6.67 40.40 84.48 88.13 84.45 72.00 90.26 0.02758 6.66 40.41 84.48 88.13 84.46 73.00 90.27 0.02558 6.68 40.40 84.48 88.13 84.46 74.00 90.27 0.02328 6.68 40.46 84.49 88.14 84.47 75.00 90.26 0.02167 6.68 40.44 84.49 88.13 84.47 i

76.00 90.28 0.02056 6.69 40.40 84.50 88.14 84.47 77.00 90.27 0.02232 6.69 40.40 84.49 88.13 84.47 78.00 90.28 0.02114 6.68 40.44 84.51 88.14 84.49 79.00 90.31 0.02397 6.67 40.52 84.54 88.17 84.52 80.00 90.28 0.02406 6.70 40.41 84.51 88.14 84.49 81.00 90.28 0.02279 6.69 40.41 84.52 88.14 84.49

~

82.00 90.28 0.02161 6.69 40.46 84.52 88.14 84.50 83.00 90.28 0.02023 6.70 40.40 84.52 88.14 84 50 84.00 90.27 0.01788 6.71 40.42 84.52 88.14 84.50 85.00 90.29 0.01910 6.70 40.39 84.54 88.16 84.52 86.00 90.27 0.02027 6.69 40.44 84.52 88.14 84.51 87.00 90.28 0.01917 6.69 40.34 84.53 88.14 84.52 88.00 90.27 0.01740 6.68 40.36 84.54 88.14 84.52 89.00 90.27 0.01605, 6.68 40.37 84.54 88.14 84.52 90.00 90.28 0.01510 6.69 40.43 84.55 88.15 84.53 91.00 90.28 0.01436 6.70 40.38 84.55 88,14 84.53 92.00 90.28 0.01385 6.70 40.42 84.55 88.14 84.54 93.00 90.28 0.01424 6.70 40.49 84.56 88.15 84.54 94.00 90.27 0.01322 6.71 40.40 84.55 88.14 84.54 95.00 90.28 0.01498 6.71 40.40 84.56 88.15 84.55 96.00 90.28 0.01478 6.73 40.41 84.57 88.14 84.55 97.00 90.28 0.01502 6.70 40.47 84.57 88.14 84.55 98.00 90.28 0.01493 6.70 40.44 84.57 88.15 84.56 99.00 90.29 0.01506 6.71 40.41 84.58 88.16 84.57 100.00 90.29 0.01693 6.71 40.36 84.60 88.16 84.58 101.00 90.29 0.01827 6.70 40.36 84.58 88.15 84.58 Faverdale Technology Centre

S-1064.-00014 00 i

TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 101mm x 3650mm LONG CABLE TRAY lssue A Page 42 of 105 ENCAPSULATED BY KM1 DARMA'IT THREE I

HOUR REPLACEMENT MATERIAL 3

SCAN TIC No.8 SLOPE CURRENT ROOM LOCATION LOCATION LOCATION (MINUTES) TEMP (AMPS)

TEMP ONE TWO THREE t

(*C)

(*C) 102.00 90.29 0.01808 6.71 40.37 84.58 88.15 84.58 103.00 90.29 0.01830 6.71 40.42 84.60 88.15 84.58 104.00 90 29 0.01882 6.72 40.35 84.58 88.15 84.58 105.00 90.28 0.01912 6.72 40.40 84.59 88.14 84.58 l

106.00 90.31 0.02077 6.72 40.44 84.62 88.17 84.61 107.00 90.30 0.02152 6.72 40.45 84.61 88.16 84.60 d

108.00 90.29 0.02256 6.72 40.43 84.61 88.16 84.60 109.00 90.29 0.02219 6.72 40.42 84.60 88.15 84.60 110.00 90.30 0.02299 6.71 40.42 84.62 88.16 84.62 111.00 90.30 0.02417 6.71 40.44 84.64 88.18 84.63 112.00 90.32 0.02647 6.73 40.39 84.64 88.17 84.62 3

113.00 90.30 0.02924

'6.73 40.41 84.62 88.16 84.62 114.00 90.30 0.03048 6.74 40.45 84.64 88.17 84.64 l

115.00 90.31 0.03324 6.75 40.44 84.65 88.17 84,64 116.00 90.30 0.03383 6.75 40.40 84.64 88.17 84.64 117.00 90.31 0.03505 6.75 40.47 84.64 88.17 84.65 118.00 90.31 0.03532 G.76 40.45 84.65 88.17 84,65 119.00 90.31 0.04289 6.74 40.42 84.66 88.18 84.67 l

120.00 90.32 0.04478 6.74 40.38 84.66 88.18 84.67 121.00 90.36 0.05060 6.74 40.48 84,71 88.22 84.71 l

122.00 90.32 0.05037 6.76 40.42 84.68 88.18 84.68 123.00 90.32 0.05266 6.75 40.44 84.68 88,19 84.68 124.00 90.32 0.05275 6.75 40.45 84.68 88.18 84.68.

I 125.00 90.31 0.05563 6.75 40.41 84,68 88.18 84.69 126.00 90.32 0.05654 6.75 40.45 84.69 88.19 84.70 i

127.00 90.33 0.05860 6.77 40.41 84.71 88.20 84.72 128.00 90.33 0.06300 6.77 40.39 84.70 88.19 84.72 129.00 90.34 0.06596 6.76 40.43 84.71 88.20 84.72 130.00 90.35 0.06964 6.78 40.41 84.73 88.21 84.74 131.00 90.35 0.07130 6.78 40.35 84.71 88.20 84.73 132.00 90.35 0.07343 6.78 40.37 84.72 88.21 84.74 i

133.00 90.36 0.07576 6.76 40.39 84.74 88.21 84.75

)

134.00 90.35 0.07799 6.76 40.32 84.74 88.21 84.75 l

135.00 90.35 0.08025 6.76 40.38 84.74 88.21 84.76 136.00 90.36 0.08212 6.75 40.42 84,75 88.22 84.77 137.00 90.36 0.08477 6.75 40.36 84.76 88.22 84.77

i 138.00 90.35 0.08590 6.76 40.32 84.75 88.21 84.77 139.00 90.35 0.08773 6.77 40.40 84,76 88.21 84,78 140.00 90.37 0.09361 6,76 40.44 84.77 88.23 84.79 141.00 90.36 0.09617 6.77 40.45 84.77 88.22 84.79 142.00 90.37 0.09846 6.77 40.43 84.77 88.22 84.79 4

143.00 90.36 0.10027 6,77 40.41 84.79 88.23 84.81 144.00 90.37 0.10228 6.76 40.40 84.79 88.23 84,81 145.00 90.37 0.10369 6.77 40.43 84.80 88.23 84.82 146.00 90.37 0.10695 6,76 40.41 84.80 88.24 84,83 147.00 90.38 0.10857 6.77 40.38 84.81 88.24 84.83 j

148.00 90.38 0.11082 6.78 40.35 84.81 88.24 84.84 149.00 90.39 0.11282 6.78 40.39 84.82 88.24 84.84 150.00 90.38 0.11388 6.78 40.42 84.82 88.24 84.84 151.00 90.39 0.11041 0.78 40.41 84.03 88.25 84,86 152.00 90.40 0,11906 6.79 40.37 84.84 88.26 84.87 i

Faverdale Technology Centre

o S-106d-0001d 00 i

TEST TO DETERhiINE THE AhiPACITY Document No.

]

DERATING FACTOR FOR ELECTRICAL FTCR/96/0103 1

CONDUCTORS INSTALLED IN A 600mm x i

10lmm x 3650mm LONG CABLE TRAY Issue A Page 43 of 105 4

ENCAPSULATED BY Kht! DARhtATT THREE HOUR REPLACEhtENT AfATERIAL h

SCAN Tic No.8 SLOPE CURRENT ROOM LOCATION LOCATION LOCATION (MINUTES) TEMP (AMPS)

TEMP ONE TWO THREE

(*c)

(*c) 153.00 90.39 0.12046 6.79 40.39 84.84 88.25 84.87 i

f 154.00 90.41 0.12341 6.79 40.47 84.85 88.26 84.88 j

155.00 90.40 0.12461 6.78 40.44 84.85 88.26 84.88

}

156.00 90.41 0.12704 6.79 40.46 84.86 88.27 84.89 157.00 90.42 0.12924 6.79 40.45 84.87 88.27 84.90 158.00 90.41 0.13042 6.80 40.43 84.86 88.27 84.90 159.00 90.42 0.13204 6.81 40.43 84.87 88.27 84.91 160.00 90.43 0.13497 6.80 40.38 84.89 88.29 84.92 i

161.00 90.43 0.13786 6.81 40.40 84.90 88.29 84.93 162.00 90.43 0.14040 6.80 40.41 84.90 88.29 84.94 l

l 163.00 90.42 0.14114 6.80 40.41 84.89 88.28 84.94 l

164.00 90.43 0.14241 6.80 40.39 84.91 88.29 84.94 i

165.00 90.43 0.14370 6.79 40.44 84.91 88.29 84.95 166.00 90.45 0.14498 6.79 40.40 84.92 88.30 84.97 l

167.00 90.44 0.14791 6.79 40.40 84.91 88.29 84.96 168.00 90.44 0.14924 6.77 40.36 84.93 88.30 84.97 169.00 90.44 0.14935 6.79 40.43 84.92 88.30 84.97 170.00 90.45 0.14953 6.80 40.44 84.94 88.31 84,98

/

171.00 90.46 0.15104 6.80 40.40 84,95 88.31 85.00

{

172.00 90.46 0.15262 6.81 40.33 84.95 88.31 85.00 173.00 90.45 0.15471 6.81 40.36 84.95 88.31 85.00 d

174.00 90.48 0.15554 6.81 40.37 84.96 88.31 85.01 i75.00 90.46 0.15626 6.82 40.39 84.97 88.32 85.03 i

171.00 90,17 0.15860 6.82 40.38 84.98 88.33 85.04 177.00 90.47 0.15880 6.81 40.34 84.98 88.32 85.03 178.00 90.47 0.15974 6.82 40.34 85.01 88.34 85.06 179.00 90.48 0.16036 6.82 40.35 84.99 88.33 85.05 l

180.00 90.49 0.16200 6.83 40.44 85.00 88.34 85.07 i

181.00 90.48 9.16348 6.84 40.39 85.00 88.34 85.06 182.00 90.49 0.16885 6.78 40.43 85.02 88.35 85.08 I

183.00 90.49 0.16948 6.74 40.44 85.01 88.34 85.08 1

184.00 90.50 0.17100 6.74 40.45 85.03 88.35 85.09 l

185.00 90.50 0.17146 6.75 40.40 85.03 88.35 85.09 186.00 90.50 0.17123 6.74 40.39 85.04 88.36 85.10 187.00 90.52 0.17252 6.76 40.46 85.06 88.37 85.12 188.00 90.51 0.17352 6.75 40.41 85.04 88.36 85.11 l

189.00 90.50 0.17359

_6.74 40.40 85.04 88.36 85.11 190.00 90.51 0.17487 6.74 40.33 85.05 88.36 85.13 t

i 191.00 90.50 0.17536 6.74 40.36 85.05 88.36 85.12 192.00 90.51 0.17585 6.74 40.38 85.06 88.36 85.13 l

193.00 90.51 0.17642 6.74 40.41 85.06 88.36 85.14 194.00 90.52 0.17726 6.74 40.43 85.07 88.37 85.14 a

195.00 90.52 0.17816 6.75 40.50 85.08 88.37 85.16 196.00 90.52 0.17861 6.75 40.45 85.08 88.38 85.17 197.00 90.53 0.17911 6.75 40.40 85.09 88.38 85.17 198.00 90.54 0.17993 6.74 40.46 85.10 88.38 85.18 199.00 90.53 0.17980 6.73 40.39 85.10 88.38 85.18 200.00 90.53 0.17852 6.74 40.43 85.10 88.38 85.18

^

201.00 90.52 0.17738 6.74 40.39 85.09 88.37 85.18 202.00 90.5E 0.17754 6.74 40.41 85.12 88.39 85.20 203.00 90.54 0.17713 6.74 40.33 85.12 88.39 85.21 l

Faverdale Technology Centre

S-106<!-000ld 00 TEST TO DETERMINE THE AMPACITY Document No.

DERATINO FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 10lmm x 3650mm LONG CABLE TRAY Issue A Page 44 of 105 ENCAPSULATED BY KM1 DARMA'IT THREE IIOUR REPLACEMENT MATERIAL SCAN T/C No.8 SLOPE CURRENT ROOM LOCATION LOCATION LOCATION (MINUTES) TEMP (AMPS)

TEMP ONE BVO THREE

(*c)

(*c) 204.00 90.54 0.17548 6.74 40.36 85.12 88.39 85.21 205.00 90.56 0.17558 6.73 40.37 85.14 88.40 85.23 206.00 90.54 0.17356 6.72 40.36 85.13 88.39 85.22 207.00 90.54 0.17092 6.72 40.39 85.15 88.40 85.23 208.00 90.54 0.16843 6.73 40.41 85.14 88.40 85,23 209.00 90.55 0.16754 6.74 40.39 85.15 88.41 85.24 210.00 90.55 0.16602 6.73 40.42 85.15 88.40 85.24 211.00 90.54 0.16284 6.74 40.34 85.15 88.40 85.23 212.00 90.53 0.15947 6.73 40.28 85.14 88.39 85.24 213.00 90.55 0.15797 6.73 40.38 85.17 88.41 85.26 214.00 90.56 0.15577

.6.74 40.39 85.18 88.41 85.27 215.00 90.54 0.15319 6.74 40.41 85.15 88.40 85.27 216.00 90.56 0.15159 6.71 40.39 85.18 88.41 85.28 217.00 90.56 0.14989 6.72 40.41 85.18 88.41 85.29 218.00 90.55 0.14774 6.72 40.34 85.18 88.41 85.28 219.00 90.56 0.14552 6.73 40.37 85.19 88.42 85.30 220.00 90.58 0.14513 6.75 40.40 85.21 88.43 85.31 221.00 90.56 0.14264 6.74 40.44 85,19 88.41 85.31 222.00 90.57 0.14173 6.75 40.41 85.21 88.43 85.33 223.00 90.57 0.14038 6.74 40.35 85.21 88.43 85.32 224.00 90.57 0.13789 6.74 40.37 85.22 88.43 85.33 225.00 90.58 0.13618 6.74 40.38 85.21 88.42 85.33 226.00 00.58 0.13420 6.74 40.38 85.23 88.43 85.34 227.00 90.59 0.13486 6.74 40.42 85.24 88.45 85.36 228.00 90.59 0.13428 6.74 40.39 85.24 88.44 85.36 229.00 90.58 0.13216 6.73 40.36 85.26 88.46 85.37 230.00 90.59 0.13034 6.74 40.36 85.27 88.46 85.38 231.00 90.59 0.12930 6.75 40.36 85.25 88.44 85.38 232.00 90.60 0.12935 6.75 40.42 85.25 88.44 85.38 233.00 90.59 0,12791 6.75 40.42 85.25 88.44 85.38 234.00 90.60 0.12650 6.76 40.42 85.26 88.45 85.40 235.00 90.60 0.12560 6.77 40.47 85.27 88.45 85.40 236.00 90.61 0.12531 6.76 40.43 85.28 88.46 85.41 237.00 90.60 0.12447 6.76 40.39 85.28 88.45 85.41 238.00 90.60 0.12274 6.78 40.41 85.27 88.45 85.41 239.00 90.61 0.12191 6.77 40.44 85.28 88.46 85.43 240.00 90.62 0.12189 6.77 40.38 85.30 88.47 85.44 241.00 90.62 0.12298 6.77 40.34 85.30 88.47 85.44 242.00 90.62 0.12257 6.78 40.31 85.30 88.47 85.45 243.00 90.63 0.12387 6.78 40.38 85.32 88.48 85.46 244.00 90.63 0.12463 6.79 40.36 85.32 88.48 85.47 245.00 90.63 0.12572 6.79 40.44 85.32 88.48 85.47 246.00 90.64 0.12774 6.78 40.41 85.34 88.49 85.48 247.00 90.64 0.12894 6.79 40.46 85.33 88.48 85.48 248.00 90.64 0.13165 6.77 40.46 85.34 88.49 85.50 249.00 90.64 0.13308 6.79 40.46 85.35 88.50 85.51 250.00 90.65 0.13395 6.80 40.39 85.36 88.50 85.61 251.00 90.65 0.13583 6.78 40.39 85.36 88.50 85.51 252.00 90.65 0.13531 6.79 40.42 85.36 88.50 85.52 253.00 90.66 0.13692 6.80 40.47 85.37 88.51 85.54 254.00 90.65 0.13709 6.80 40.43 85.37 88.51 85.53 Faverdale Technology Centre

I l'

R - 10 8 <! - O n n i s - o n TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 10lmm x 3650mm LONG CABLE TRAY lssue A Page 45 of 105 ENCAPSULATED BY KM1 DARMA'IT THREE HOUR REPLACEMENT MATERIAL f

SCAN T/C No.8 SLOPE CURRENT ROOM LOCATION LOCATION LOCATION (MINUTES) TEMP (AMPS)

TEMP ONE TWO THREE

(*C)

(*c)

(*c) 255.00 90.68 0.13978 6.80 40.41 85.39 88.52 85.55 256.00 90.67 0.14227 6.80 40.38 85.39 88.52 85.55 257.00 90.66 0.14296 6.80 40.36 85.39 88.51 85.55 258.00 90.72 0.14951 6.77 40.46 85.44 88.57 85.61 259.00 90.67 0.15137 6.76 40.39 85.40 88.52 85.57 260.00 90.67 0.15018 6.80 40.43 85.40 88.52 85.57 261.00 90.68 0.15502 6.80 40.43 85.42 88.54 85.59 262.00 90.69 0.15625 6.81 40.43 85.43 88.54 85.60 263.00 90.68 0.15864 6.81 40.39 85.43 88.53 85.60 264.00 90.70 0.16202 6.80 40.44 85.44 88.55 85.62 265.00 90.71 0.16507 6.81 40.34 85.45 88.55 85.62 266.00 90.70 0.16879 6.80 40.34 85.44 88.55 85.63 267.00 90.79 0.17836 6.80 40.45 85.53 88.63 85.72 268.00 90.71 0.18001 6.76 40.37 85.48 88.57 85.65 269.00 90.72 0.18139 6.76 40.45 85.47 88.56 85.65 270.00 90.71 0.18340 6.78 40.44 85.46 88.56 85.66 271.00 90.72 0.18490 6.74 40.42 85.46 88.56 85.66 272.00 90.71 0.18480 6.77 40.43 85.48 88.56 85.67 273.00 90.76 0.18783 6.74 40.37 85.52 88.60 85.71 274.00 90.71 0.18755 6.79 40.39 85.48 88.57 85.68 275.00 90.72 0.18819 6.80 40.46 85.49 88.57 85.69 276.00 90.74 0.18864 6.80 40.43 85.51 88.59 85.70 277.00 90.74 0.18995 6.80 40.42 85.50 83.58 85.71 278.00 90.73 0.18994 6.81 40.46 85.51 88.58 85.71 279.00 90.74 0.18973 6.78 40.41 85.52 88.59 85.72 280.00 90.75 0.19086 6.80 40.33 85.53 88.60 85.73 281.00 90.73 0.19096 6.81 40.34 85.53 88.59 85.72 282.00 90.75 0.18983 6.83 40.36 85.53 88.59 85.74 283.00 90.76 0.19082 6.82 40.35 85.55 88.61 85.75 284.00 90.79 0.19378 6.81 40.40 85.58 88.64 85.79 285.00 90.77 0.19425 6.81 40.42 85.57 88.62 85.77 286.00 90.76 0.19431 6.76 40.37 85.55 88.61 85.77 287.00 90.77 0.19377 6.79 40.42 85.57 88.62 85.78 288.00 90.77 0.19516 6.80 40.42 85.58 88.62 85.79 289.00 90.78 0.19636 6.79 40.39 85.58 88.62 85.80 290.00 90.78 0.19618 6.79 40.37 85.58 88.62 85.80 291.00 90.78 0.19645 6.79 40.40 85.58 88.63 85.81 292.00 90.78 0.19651 6.79 40.40 85.58 88.62 85.81 293.00 90.79 0.19732 6.80 40.40 85.59 88.63 85.82 294.00 90.79 0.19664 6.79 40.35 85.61 88.64 85.83 295.00 90.81 0.19801 6.76 40.41 85.62 88.65 85.85 296.00 90.82 0.19929 6.77 40.43 85.64 88.66 85.86 297.00 90.81 0.20021 6.78 40.40 85.62 88.65 85.85 298.00 30.80 0.19856 6.79 40.47 85.62 88.64 85.85 299.00 90.82 0.19839 6.79 40.46 85.63 88.66 85.87 300.00 90.81 0.19756 6.79 40.46 85.64 88.66 85.88 AVERAOE 90.44 6.74 40.41 Faverdale Technology Centre

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j S-1064-0001a 00

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1 TEST TO DETERhtINE THE Ah!PACITY Document No.

]

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 l

CONDUCTORS INSTALLED IN A 600mm x i

10lmm x 3650mm LONG CABLE TRAY Issue A Page 46 of 105 i

ENCAPSULATED BY Kht! DARhtATI'THREE

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HOUR REPLACEhtENT MATERIAL i

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4 i

APPENDIX D I

\\

j

% Ampacity Derating Factor =

[ L _Ir( 100 l

1 i

5 Where I. is the current in amps required to attain a conductor temperature of 90*C for the baseline test.

and I,is the current in amps required to attain a conductor temperature of 90*C

]

for the sy: tem encapsulated with a fire protection envelope.

Both values are the normalised j

l A)

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1 1

i j (T." - T ") (a + T3 l

j I."

= I V (T. - T,) (a + T,")

1

i where I=

is the test current at equilibrium (mean value) = 13.74 amps l

T, = is the hottest conductor temperature at Location 2 at equilibrium (mean l

value) = 90.45'C 4

i T, = is the measured enclosure ambient temperature (mean value) =

i 39.58*C

't I" = is the normalised current in amps T," = is the normalised conductor temperature = 90*C 3

l T," = is the normalised ambient temperature = 40*C j

j a=

234.5 for copper i

I"=

13.74 J (90 - 40) (234.5 + 90.45) j Y (90.45 - 39.58) (234.5 + 90)

}

1." =

13.63 amps i

i i

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S-1064-00014 00 i

l TEST TO DETERMINE THE AMPACITY Document No.

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DERATING FACCOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x i

10lmm x 3650mm LONO CABLE TRAY Issue A Page 47 of 105 ENCAPSULATED BY KM1 DARMATT THREE i

HOUR REPLACEMENT MATERIAL i

i 1

B Three Hour Reolacement (Q t

4 i

j (T " - T ") (cr + T.)

}

V (T, - T,) (a + T,")

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where I=

6.74 amps T. = 90.44*C T, = 40.41 1

T," = 90

C T," = 40*C a = 234.5 I," = 6.74 J (90 - 40) (234.5 + 90.44)

V (90.44 - 40.41) (234,5 + 90)

I," =

6.74 amps Amoacity Derating Factor (ADF) %

ADF =

/I _l,} 100 t

I.

4 13.63 I.

=

6.74 I,

=

ADF =

[ 13.63 - 6.74L x 100 1

13.63 ADF =

50.55 M Faverdale Technology Centre

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j TEST TO DETERh!!NE THE AMPACITY Document No.

3 DERATING FACTOR FOR ELECTRICAL FTCPJ96/0108 l

CONDUCTORS INSTALLED IN A 600mm x l

10lmm x 3650mm LONO CABLE TRAY issue A Page 48 of 105

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ENCAPSULATED BY Kht! DARh!A'lT THREE i

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i S-1064-00014 00

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CONDUCTORS INSTALLED IN A 600mm x 10lmm x 3650mm LONG CABLE TRAY Issue A Page 56 of 105 i

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ENCAPSULATED BY Khil DARhfATT THREE HOUR REPLACEMENT h!ATERIAL I

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!ssue A Page 58 of 105 ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL s

S-106d-00013 00 APPENDIX F l

Calibration Certification 1.

Solartron Scorpio Datalogger (0112 FAV) 2.

AC/DC Current Clamp (0046 FAV) 3.

Metre Rule (0064 FAV) 4.

Mettler PEli Balance (0071 FAV) 5.

Kanon Vernier Callipers (0018 FAV) 6.

Type T Thermocouple Cable 7.

Type K Thermocouple Cable 8.

Product Certificate of Conformity I

f Faverdale Technology Centre

l l*

f TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 i

CONDUCTORS INSTALLED IN A 600mm x L

10lmm x 3650mm LONG CABLE TRAY Issue A Page 59 of 105 l

ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL

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Solartron Scorpio Datalogger (0112 FAV)

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TEST TO DEfERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 10lmm x 3650mm LONG CABLE TRAY lssue A Page 60 of 105 ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL Tw.

exumainumeu 's-1 Odd-0001d 00 FTCf L LABORATORY INSTRUMENT -

CAlt8 RATIO.Y RECCROS issue

., Q hge llg of \\$O EQUIPMENT NAME boLMd 6NO k

SERIAL NUMBER 0 6 chits FTC NUNBER O tt:L'F #

OPERATIONAL ACCURACY I b '0 Sh.+- O ' OL ho 6.5.+ tO,uV)

CALIBRATION INTERVAL \\"Q.wdS-LtHITATIONS ON USE No d e-FOR CAlt8RAf t0N SEE FTCPI FOR PREVIOUS RECOROS SEE rJf fr tJ M l4 G N A W

't CALISRAfl0N CALI82Afl0N CAlt8 RATED BY CALIBRATION OATE VALIO UNTIL CERT!f!CATE NO.

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J TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 10lmm x 3650mm LONG CABLE TRAY Issue A Page 61 of 105 ENCAPSULATED BY KM1 DARMATI'THREE HOUR REPLACEMENT MATERIAL S-1064-00014 00 CERTIFICATE OF CALIBRATION I

7 H'

L NAMAS CAU8 RATION No.0072 UNIV (R$AL HOU$$

9 Y 996 Remsey Iridustrial tstate.

Universal Calibration c,..w.e ne44.

s < ai^' auu st a LABORATORIES Ltd ne,n s.y, 6 9 3, e,,

Hants,50510HR

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Telephone (017941523935 APPROVID $1GNATORY Faztot?941523919 T HEATON/C DAVIEt s

Customer:

FAVERDALE TECHNO:,0CY CE:(IRE Address:

FAVERDALE CE:frRE FAVERDALE INDUSTRIAL ESTATE DARLINGTON DL3 0QL Order No:

81079 Apparatus Tested:

DATA LOGGER

'lype No:

SI 35350 Serial No:

05911$

Inventory Number:

0112 FAY Manufacturer:

SCHLUMBERCER Test Conditions -

Date Instrument Received:

26 JUNE 1996 Date Calibration Completed: 05 JULY 1996 Laboratory Temperature:

20 2 2*C Laboratory Humidity:

501 10% RH Reference No:

5402 NE 7

Certified The uncertainties are for a confidence probability of not less thart 95%

Tw sense b hsms in acco, dance with me condaiou of ucedimien. ansed by me Halos! Meuwesent Aectediscion Service, wluch has assessed me snessurement capabdify of Ihe laboratory a J lie traceabdiry to reccymsed misonal standaeds and to the uMs of sneuerement realised et the tettesponding national as adards labotasory. Copynghe ef ilus certdicate is owned jointly by s

the Crown and the bsuing Laboastery and may not be repteduced other thaa in h!! escept enth Ihe priot wvines appteval el the Head er nuus a d 9. hse ubomeer.

Technology Centre

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O TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 101mfa x 3650mm LONG CABLE TRAY lssue A Page 62 of 105 ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL j

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CERTIFICATE OF CALIBRATION SERIAL NUMBER 69822E PACP. 2 0F $ PACES ACCRE0lTATION NUMBEH 0072 SERIAL NO: 0$9115 THE EQUIPME!ff WAS CALIBRATED USINO THE LABORATORY EQUIPMErrf AN SHOWN I!! THE TABLES BELOW.

THE UNCERTAItrf1ES ASSOCIATED WITH THESE MEASUREMFJITS APPEAR ON CERTIFICATE.

TABLE I MEASURED VALUES OF DIRECT VOLTA 0E INSTRUME!TT INJICATION APPLIED VOLTACE RANCE

+

10.000 00 Y

+

9.999 9 Y

10 Y 10.000 3 Y

10 Y 10.000 00 Y

+

8.000 00 Y

+

8.000 1 Y

10 Y 10 V 8.000 00 V

7.999 9 V

+

6.000 00 Y

+

6.000 0 V

6.000 1 Y

j 10 V 6.000 00 V

10 V

+

4.000 00 Y

+

4.000 1 V

10 V 4.000 0 V

10 Y 4.000 00 V

+

2.000 00 Y

+

2.000 0 V

10 V 2.000 00 V

2.000 0 v

10 V 1.000 000 Y

+

1.000 01 Y

+

1 Y 1.000 01 V

1.000 000 V

1 Y

+

0.100 000 0 V

+

0.100 C00 V

100 mV 0.100 003 V

0.169 000 0 V 100 mV

+

0.010 000 00 V

+

0.009 997 5 Y 10 mV 0.010 002 4 Y 0.010 000 00 V 10 mV I

TestEngineer

-A The uncertainties are for a conMence probability of not less than 95%

FaVeraale

~

Technology Centre

S-1064-00014 00 TEST TO DETERMINE THE'AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 101mm x 3650mm LONG CABLE TRAY

!ssue A Page 63 of 105 ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL l

CERTIFICATE OF CALIBRATION l SERIAL NUMBER 69822E ACCAEDITATION NUMBER 0072 PACE 3 OP 5 PAGES SERIAL N0: 059115 TABLE II MEASURED YALUES OF ALTERNATING YOLTAGE RANCE APPLIED VOLTAGE PREQUEF.?

INSTRUMLYr INDICATION 10 V 10.000 0 Y

50 H 9.999 7 Y

l 10 V 10.000 0 V

400 Hz 10.006 V

10 V 10.000 0 V

1 kHz 10.009 Y

1 V 1.000 00 V

50 Hz 1,*00 6 V

1 V 1.000 00 V

400 Hs

! Mi 1 V

1' Y 1.000 00 V

1 kHz L.601 4 V

100 mV 0.100 000 V 50 He 0.100 12 V

100 mV 0.100 000 V 400 He 0.100 18 V

100 mV 0.100 000 V 1 kHz 0.100 21 Y

a l

10 mV 0.010 000 0 V 50 Hz 0.010 022 V

10 mV 0.010 000 0 V 400 He 0.010 026 Y j

10 mV 0.010 000 0 V 1 kHz 0.010 025. Y c

THE APPLIED ALTERNATINO WAVEPORM WAS SUBSTANTIALLY SINUSOIDAL.

TABLE III

)

TYPE "K" THERMOCCUPLE SELECTED INPtTr VOLTAGE NOMINAL TEMPERATURE INSTRUMLYr INDICATION IN 'C

-5 730 pV

-190.00l7

C

-190.21

-4 912 pV

-150.00

C

-150.12

-3 553 pV

-100.00

C

-100.14

-2 920 uV

- 80.000

C

- 80.124

-2 243 pY

- 60.00

C

- 60.13

-1 527 pV

- 40.000

C

- 40.110

- 777 pV

- 20.000

'C

- 20.080 3

798 pV 20.000

C 19.885 I

1 1611 pV 40.000

C 39.910 2 436 pv 60.00

C 59.92 3 266 pY 80.000

'C 79.930 99.934 i

4 095 pv 100.000

'C 6 137 pV 150.000

'C 149.946 7 737 pV 190.000

'C 189.924 16 395 pv 400.000

'C 399.902 24 902 uv 600.000

'C 599.975 33 277 pV 800.00

'C 797.97 41269 uV 1 000.0

C 1 000.0 48 828 pY 1 200.00

C 1 200.02 f.

i l

Test Etvfnw

-i The uncenaindes are for a coddence probability of not less than 95%

l FaVerdale Technology Centre

S-1064-00014 00 TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 10tmm x 3650mm LONG CABLE TRAY issue A Page 64 of 105 ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL CERTIFICATE OF CALIBRATION SERIAL NUMBER

~69822E ACCREDITATION NUMBER 0072 MCE 4 0F $ PAGES i

l SERIAL NO: 0$9115 TABLE IV THERMOCOUPLE MEASUREMErff TC TYPE APPLIED VOLTAGE NOMINAL TEMP INSTRUMFSr INDICATION B

13.802 mV 1 819.0*C 1 818.75 *C E

0.000 mV 0.0*C

-0.078'C 999.99 *C J

57.942 mV 1 000.0*C N

36.248 mV 1 000.0*C 1 000.0

C

R 10.503 mV 1 000.0*C 999.78 *C S

15.576 mv 1 500.0*C 1 499.79 *C T

4.277 mV 100.0*C 99.925*C VHILST CALIBRATING THE THERMOCOUPLE MEASUREMENT THE EPPECT OF THE COLD JWCTION CCMPENSATION CIRCUITS WITHIN THE INSTRUMENI WERE OVERCOME BY SELECTING THE MANUAL COLD JWCTION.

THE NOMINAL VOLTAGE VALUES FOR EACH TEMPERATURE HAVE BEEN DERIVED PROM TABLES CONTAINED IN BS 4937 AS POLLOWS:

TYPE "R" : PART 2 : 1973 TYPE "J" : PART 2 : 1973 TYPE "B" : PART 7 1974 TYPE "N" : PART 2 : M8C TYPE "S" : PART 1 : 1973 TYPE "B" : PART 2 : 1774 TYPE "T*

PART 5 : 1974 TYPE "K" : PART 2 : 1973 I;

THE WCERTAltrTIES OF THE ABOVE MEASUREMENTS WERE ESTIMATED NOT TO EXCEED THE POLLOWING:

DCV 2 (0.01% + 5 pV)

ACV 30 mV 2 0.3%

0.2 V AND 2 Y t 0.1%

THE WCERTAINTIES CIVEN AB0VP. REFER TO THE MEASUREMPSIS AND ARE NOT ItfIENDED TO INDICATE THE SPECIPICATION OR STABILITY OF Th$ INSTRUMENT WDER TEST.

ALL MEASUREMErfr3 WERE TAKEN USINC CHANNEL I.

CHANNELS 2 TO 12 WERE PWCTIONALLY CHECKED AND POWD TO OPERATE SATISPACIORILY.

Test Engineer The uncertainties are for a conMence probabuiry of not less than 95%

Faverdale Technology Centre

j l-S-1064-00014 00 f

TEST TO DETERMINE THE AMPACITY Document No.

2 DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x l

10lmm x 3650mm LONG CABLE TRAY IS$ue A Page 65 of 105 ENCAPSULATED BY KM1 DARMATP THREE j

HOUR REPLACEMENT MATERIAL j

CERTIFICATE OF CALIBRATION SERIAL NUMBER 69822E J

PACE 5 of 5 PACES ACCREDITATION NUMBER 0072 1'

l l

i SERIAL NO: 0$911$

l THE COLD JUNCTION COMPENSATION CIRCUITRY WAS CHECKED BY CONNECTING i

LA80RATORY TYPE "K" THERMCOUPLE To THE INSTRUMP.NT INPt/t. THE THERMOCOUPLE WAS Ir}tERSED IN MELTING ICE. THE INSTRUMENT INDICATION WAS 2.665'C.

r THE UNCERTAINTY OF THE A80VE TEMPEMTURE MEASUREMENT WAS ESTIMATED i

j EXCEED 2 ( 0.3*C + 1 LEAST SIGNIFICANT DICIT ).THIS UNCERTAINTY APPLIES TO THE LABORATORY THERMOCOUPLE AND IS NOT INTENDED TO REFER TO THERMCj IN CENERAL.

A THERP0 COUPLE WAS NOT SUBMITTED PCR TEST WITH THIS INSTRUMENT.

THE INSTRUMPST HAS NOT BEEN ADJUSTED, THE YALUES SHOWN BEING BOTH PIRST AND FINAL RESULTS.

4

^

Test Engineer The uncertainties are for a confidence probabilir/ of not fess than 95%

Faverdale Technology Centre

s-1064-000ld 00 i

)

]

TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108

)

CONDUCTORS INSTALLED IN A 600mm x l

101mm x 3650mm'LONG CABLE TRAY lssue A Page 66 of 105 ENCAPSULATED BY KM1 DARMATT THREE 1

HOUR REPLACEMENT MATERIAL j

i l

2.

AC/DC Current Clamp (0046 FAV) l l

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Faverdale Technology Centre

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TEST TO DETERMINE THE AMPACITY Document No.

}

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 l

CONDUCTORS INSTALLED IN A 600mm x j

101mm x 3650mm LONG CABLE TRAY lssue A Page 67 of 105 ENCAPSULATED BY KM1 DARMATI'THREE HOUR REPLACEMENT MATERIAL l

QL,- 10 6 4- 0 0 014 - 0 0 5

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CAL [8 RAT [0N RECOR05 Page 5 g,f g h (J9 I

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EQUIPMENT NAME AC l b C.

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SERIAL NUN 8ER O O 4 G N '-

FTC NUM8ER OPERATIONAL ACCURACY tI\\-

CAltBRATION INTERVAL I A Mo "S' l

LIMITAit0NS CN USE Ghhd.

j FOR cal [BRATION SEE FTCP i

FDR PREV 100$ RECOROS SEE NM IMM~

i CAlt8 Raft 0N Call 8 Raft 0N CAlt82Aird BY CAlt8 Raft 0N OATE VAlto UNTIL CERTIF(CATE NO.

i jt a 1 -os -93, ri-os - %

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Fa rerdale Tei hnology Centre

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5 S - 10 6 4-0 0 0 l d 0 0 TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 10lmm x 3650mm LONG CABLE TRAY Issue A Page 68 of 105 ENCAPSULATED BY KM1 DARMA'IT THREE l

HOUR REPLACEMENT MATERIAL CERTIFICATE OF CALIBRATION lssued by RS Components Ltd Certifics.e No.

48022 Date ofissue:

g9.Feb-96 B]Servicepoint ms i g

,y,,

Venture Close. Lammas Rd. Corby, Northants NN17 SUB

~

Calibration Tel. 01536 405099 Enqutde.s Tel. 01536 405545 s.McCo.

rne measuresents res=rted in gnis :ert.41cate were carrtec cut using soute.sent wr:se.teasure:.alues are sea.ea:le to Natic. mal Standards.

ia l l :roco:cres emolove: and results re:ortec are in eeniormance to :ne cart t :

9 ISO 10012-;

149'4.

i recurre.ments of BS 5791 :

sne c.anagement centrols of :ne AS Service: in L4:cratoe< are reg tstarec-under the British 5:ancard 5753 Far* 2 CAS M40/81 !ssue

No. FG 912.

The cericreance of the instrument was ca tor.winec av cemcarison wi tr. t r.e inanufacturers sce:ificatien as fcund in :?, tns:rument hande ok er c:.ee technical cuolicati:n.

The values fecorteo in the FERCD4TA3I 0F TOLERANCE column sh w :ne cercentage at this sosci,(c a tion used. witn cue regard to t..e uncertasnty of the measuring svutam.

The ambient tercerature and relative hutidity thecugnout tne callocatten were (TJ.4 : :.34

'C ano 450 2 108 . A H ll INSIHtJMENIS USED TO CAHHY Our THIS CAL 100Ai!ON FLUME 57MA Fut.f t#tetC11CN CALISRATCA SEA!AL ho. CAL.Os?

04LLANf!NE 14204 ' N ANGCOND'JC I ANCE AMEL l ? lI A SERIAL No. CAL 304 SUUJECT OF CAL 11) NATION EECM%h CT073 CLAMFMETdk INSTAUMENT.......

SS S1CCK No........t 613.997 SEAIAL Ho.......

2250019 DATE OF CAL!eMATION:

C9-Feb-96 COMPLET!CN STATUS..:

COMPLETED The uncerrelnries are for a conn.tente proba bility ofnot less then 95%

Faverdale Teclinology Centre

b...

l S - 10 6 4- 0 0 0 l d } 0 0 TEST TO DETERMINE THE AMPACITY Document No.

l DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x i

10lmm x 3650mm LONG CABLE TRAY Issue A Page 69 of 105 ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL CERTIFICATE OF CALIBRATION Cerun<ats k f4'8822 tage I of 1 Fini INDICATED APPLIED PERCENTAGE OF TEST RANGE VALUE VALUE TOLERANCE Thecurrentrangeswerecalibratedbyconn[ctingthe instrument to a 10 turn coil and applying nominal values, the instruments output was then measured using a digital voltmeter and the results,are as follows:-

00 CURRENT 1

9.66 Amps 10 28 2

19,49 Amps 20 37 3

29.38 Amps 30 39 4

49.25 Amps 50 38 5

99.13 Amps 100 29 6

-99.38 Amps

-100 21 i

7 149.3 Amps 150 18 8

189.2 Amps 190 17 9

302.9 Amps 300 41 10 403.6 Amps 400 40 Measurement uncertainty:

+/- 0.07% of the applied values.

AC CURRENT

)

11 88.81 Amps 90; 60Hz 43 12 88.97 Amps 90 100Hz 28 13 291.1 Amps 290 60HZ 16 14 291.3 Amps 290 100Hz 13 15 391 Amps 390 60Hz 11 16 391.2 Amps 390 100Hz 9

Measurement uncertainty:

+/- 0.484 of the applied values.

17-1 No adjustment to the Instrument was necessary, g

(

l The uncertalartes are for a eenMenee probebility ofnot less than 95%

Faverdale -

Technology Centre

5 S-1064.-00014 00 0

TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 10lmm x 3650mm LONG CABLE TRAY Issue A Page 70 of 105 ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL CERTIFICATE OF CALIBRATION 1ssued by: RS Components Ltd 16179 21-May-94 Cenmede No.

Date ollssue:

fue 1 el 1 piits g*g g

Venture Close.Lammas Rd, Corby, Northants NN171U8 Caubration Tel 0536 405099 Enquiries Tel. 0536 405545 0.FLOOO c'arried ou't using reported in this certificate were The measurements equipment whose measured values are tr,aceable to National Standards.

J All procedures employed and results reported are in conformance to the t Part 1 : 1992 ISO 10012-1 : 1992.

requirements of BS 5781 controls of the RS Servicepoint Laboratory are registered The management issue 3 No. FS 832.

under the British Standard 5750 Part 2 QAS 3442/81 determined by ccmparison with the The performance of the instrument was handbook or other manufacturers specification as found in the instrument technical publication.

The values reported in the PERCENTAGE ' 0F TOLERANCE column show the percentage of this specificacion used, with due regsrd to the uncertainty

.of the measuring system.

temperature and relative humidity throughout the calibration The ambient were (20.0 2 1.0) *C and (50 2 10) *RH l e INSTRUMENTS USED TO CARRY CUT THIS dALIBRATION SERIAL No.2883000 l' LUKE $1008 MULTI-FUNCTICH Call 8RATOR SERIAL Ho.224-0375 BALLANTlHE 1620A TRANSCONDUCTANCE AMPLIFIER

$UBJECT OF Call 8RATl0N INSTRUMENT.........:

BECKMAN CT232 CLAMPMETER I

02-R$ STOCK No........:

610.887

.U 6

SERIAL No..........:

20$0048 4

i NO.

1)G L - let;) f OATE OF Call 8 RAT 10N 21-May-94 fgcgg(/ O(o.

I COMPLET10N STATUS..:

COMPLETED 706 ilf}

O l c o t. ty

\\

The uncertainties are for a contfdence probability of not les,s than 95%

Faverdale Teclinology Centre

1 S - 10 6 4- 0 0 0 l d 0 0 TEST TO DETERMINE THE AMPACITY Document No.

DERATINO FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 10lmm x 3650mm LONG CABLE TRAY Issue A Page 71 of 105 ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL CERTIFICATE OF CALIBRATION l'6179 B]sendeepoint INDICATED APPLIED PERCENTAGE OF TEST RANGE VALUE VALUE TOLERANCE 00 CURRENT 1

9.8Amns 10 17 2

19.7 Amps 20 22 3

29.6 Amps 30 25 4

49.2 Amps 50 40 i

5 98.8 Amps 100 40 j

6

-99.4 Amps

-100 20 7

148.6 Amps 150 35 8

188.4 Amps 190 34 9

302 Amps 300 28 to 401 Amps 400 11 AC CURRENT 11 89.4 Amps 90 60Hz 22 12 89.4 Amps 90 100Hz 16 13 292 Amps 290 60Hz 29 14 203 Amps 296 100Hz 31 15 392 Amps 390 60Hz 23 16 393 Amps 390 100Hz 23 LEQ i

I l Faverdale Technology Centre

V.

i S-1064-0001d 00 TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 101mm x 3650mm LONG CABLE TRAY lssue A Page 72 of 105 i

ENCAPSULATED BY KM1 DARMATI'THREE '

l HOUR REPLACEMENT MATERIAL

. =., -

i

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R5 Calibration Certificate @

M as, sew. c.av e, v.,w che, Cory. Hw9pm W 7 W8. Ea&d.

Certificate E2 12000593 qqu g1 issue; hst J.!Eli 1.211

- Page 1 of 2 TAVERDALE TECHNOLOGY CENTRE CUST0HER DARLINGTON INSTRUMENT 600A AC/DC CURRENT CLAM?

MANUTACTURER BECKMAN INDUS? RIAL TYPE CT 233 STOCK No 610.837 SERIAL No 2050048 Date Received 19th May 1993 Date.of calibration 27th May 1993

=========================================88==**************"*""""*"'*"

RIMARKS

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}y I.Phillips Faverdale Technology Centre

~

S-1064-00014 00 TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 10lmm x 3650mm LONG CABLE TRAY issue A Page 73 of 105 ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL R5 Calibration Certificate @

ni s.,*. ceave.veme che. ca<oy. NoeSads WIT fue, rapand e

CERTI'FICATE No 12000593 Page 2 of 2 The following measutements were carried out using equipment whose values are traceable to National Standards.

Instruments used:

qal No 228 FLUKE $700A HULTITUNCTION CALIBRATOR Cal No 039 SOLARTRON 7151A DIGITAL HULTIMETER Cal No 03S BALLANTINE 1620A TRANSCONDUCTANCE AHPLITIER The ambient temperature and relative humidity throughout the test warg (20 21) *C and (50 t 10) %RH.

The output of the current clamp was connected to the input' of the 7151A digital multimeter with an nominal input impedance of 10 M0.

A coil of 25 turns was passed through the jaws of the instrument under source which was programmad The coil was connected to a current test.

for the values reported in the table belcw.

i DC CURRENT APPLIED HEASURIO RANGE VALUE VALUE 200 A 50 A 50.3 A 100 A 100.3 A 150 A 150.3 A 600 A 200 A 201.3 A 102.3 A 300 A Jg 400 A 402.9 A 500 A 302.6 A 600 A 601.0 A AC C'JRRENT 200 A 50 A 60 Hz 49.9 A 100 A 60 Hz 100.5 A 150 A 60 Hz 151..o A 400 A 200 A 60 Hz 201.D.A 200 A 60 Hz 302.3 A 400 A 60 Hz 402.0 A 500 A 60 Hz 500.2 A 600 A 60 Hz 600.0 A Faverdale Technology Centre

e S - 10 6 4-0 0 01 d 0 0 TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x 10lmm x 3650mm LONG CABLE TRAY lssue A Page 74 of 105 ENCAPSULATED DY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL i

Oocument number M'

j LABORATORY INSTRUNENT

4 pag, gf et g issue HAINTAINANCE RECORD bbA

' I so.

V Ao -to 43 O.A+fP-AC,(1C-CUehrr EQUIPMENT NAME WM O M' *

HANUFACThREDBY MANUFACTURERS SERIAL NUMBER ho 5 e oW.

00 % FM FTC SERIAL NUMBER DATE RECEIVE 0 7 -6.- %.

AS RECEIVE 0 CON 0! TION DATE PLACE 0 IN SERVICE NM R%.

CURkENT LOCATION T er4 h % m b ro.h SERVICE INTERVAL 1 Q Ko4TwS FOR PREV!0VS'RECOR05 SEE M N L ash %-+'

ROUT [NE SERVICE TYPE OF FAULT RETURNE0 T.0 SERVICE OATE I!

I h.

I Faverdale Technology Centre

a_1-A

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TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0103 CONDUCTORS INSTALLED IN A 600mm x 101mm x 3650mm LONG CABLE TRAY Issue A Page 75 of 105 ENCAPSULATED BY KM1 DARMATT THREE HOUR REPLACEMENT MATERIAL 3.

Metre Rule (0064 FAV)

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l Faverdale Technology Centre

7,

-.. -. ~ -

S - 10 6 4- 0 0 01 d 0 0 o

TEST TO DETERMINE THE AMPACITY Document No.

DERATING FACTOR FOR ELECTRICAL FTCR/96/0108 CONDUCTORS INSTALLED IN A 600mm x i

10lmm x 3650mm LONG CABLE TRAY Issue A Page 76 of 105 ENCAPSULATED BY KM1 DARMATI' THREE HOUR REPLACEMENT MATERIAL I

s Document number Title l

ULBORATORY INSTRUMENT 4

p p gg CALIBRATION RECORDS

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' ISO Oz-toAS h% - O A

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EQUIPMENT NAME T\\/f# ";" kLAN i,

SERIAL NUMBER rJ/ft FTC NUMBER CO6/J Fr4V OPERATIONAL ACCURACY 7 C. ;5 mrn CALIBRATION INTERVAL 6 gCar3 4

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DATE OF ISSUE SERIAL NUMBER AB.

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Darlington Co Durham DL3 OQL DESCRIPTION ANDIDENTIFICATION:

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