GYPROC QUIET WALL PARTITION 200mm WIDE … 12103F.pdf · The test was conducted fully in accordance...

Customer: British Gypsum Limited

BTC 12103F: of 50

The Building Test CentreBritish Gypsum LimitedEast LeakeLoughboroughLeics. LE12 6NPTel (0115) 945 1564Fax (0115) 945 1562email [email protected]

0296

Report Number BTC 12103F

A FIRE RESISTANCE TEST ON A 5m HIGH X 3m WIDEGYPROC QUIET WALL PARTITION 200mm WIDEINCORPORATING AN INNER LAYER OF 19mm GYPROC PLANKAND AN OUTER LAYER OF 12.5mm GYPROC SOUNDBLOCEACH SIDE OF A TWINFRAME OF 48S50 STUDS,CONDUCTED IN ACCORDANCE WITH BS EN 1364-1:1999.

Test Date: 30th May 2002

www.btconline.co.uk

Customer: British Gypsum LimitedEast LeakeLoughboroughLeicestershireLE12 6HX

http://www.btconline.co.uk/


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A FIRE RESISTANCE TEST ON A 5m HIGH X 3m WIDE GYPROC QUIET WALL PARTITION200mm WIDE INCORPORATING AN INNER LAYER OF 19mm GYPROC PLANK AND ANOUTER LAYER OF 12.5mm GYPROC SOUNDBLOC EACH SIDE OF A TWINFRAME OF48S50 STUDS, CONDUCTED IN ACCORDANCE WITH BS EN 1364-1:1999.

TABLE OF CONTENTS

FOREWORD___________________________________________________________________ 3

REPORT AUTHORISATION _____________________________________________________ 3

TEST CONSTRUCTION _________________________________________________________ 4

TEST MATERIALS _____________________________________________________________ 6Gyproc SoundBloc ___________________________________________________________________ 6

Gyproc Plank _______________________________________________________________________ 6

Isowool 1200 Insulation _______________________________________________________________ 6

Metal Components ___________________________________________________________________ 7

Fasteners ___________________________________________________________________________ 7

Jointing Material ____________________________________________________________________ 7

TEST PROCEDURE ____________________________________________________________ 8

TEST RESULTS ________________________________________________________________ 8

LIMITATIONS _________________________________________________________________ 9

TEST DATA __________________________________________________________________ 10Observations _______________________________________________________________________ 10

Furnace Temperature Graph _________________________________________________________ 15

Unexposed Face Temperature Graph___________________________________________________ 16

Pressure Graph_____________________________________________________________________ 17

Unexposed Face Thermocouple Layout _________________________________________________ 18

Unexposed Face Standard Five Temperature Data _______________________________________ 19

Additional Unexposed Face Temperature Data___________________________________________ 22

Additional Internal Temperature Data _________________________________________________ 28

Specimen Lateral Deflection __________________________________________________________ 44

PHOTOGRAPHS ______________________________________________________________ 47


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FOREWORD

This test report details a fire resistance test conducted on a sheet and stud partition system. Thetest sponsor was British Gypsum Limited.

The test specimen was installed by British Gypsum. The construction of the specimen took placebetween the 28th May and 29th May 2002. British Gypsum Limited designed and selected thematerials comprising the test specimen.

The test date was carried out on the 30th May 2002.

This report details the method of construction, the test conditions and the results obtainedwhen the specific element of construction described herein was tested following theprocedures outlined in EN 1363-1, and where appropriate EN 1363-2. Any significant deviationwith respect to size, constructional details, loads, stresses, edge or end conditions other thanthose allowed under the field of direct application in EN 1364-1 is not covered by this report.

Because of the nature of fire resistance testing and the consequent difficulty in quantifying theuncertainty of measurement of fire resistance, it is not possible to provide a stated degree ofaccuracy of the result.

REPORT AUTHORISATION

The Building Test Centre will not discuss the content of this report without written permissionfrom the test sponsor. The Building Test Centre retains ownership of the test report contentbut authorises the test sponsor to reproduce the report as necessary in its entirety only.

Report Author

Brian WillsonTest Report Writer

Authorised by

Eur Ing. Paul HowardBSc. (Hons.), CEng., MIOAHead of Laboratory


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TEST CONSTRUCTION

The specimen was constructed in a refractory concrete lined steel restraint frame having anopening of 5000mm high x 3000mm wide.

Gypframe 50C50 channels were fixed to the head and base of the test aperture at 600mmcentres with 60mm Hilti Hus fixings, 40mm from the exposed edge of the frame. Gypframe48S50 studs were positioned at 600mm centres between the channels and crimped to the headand base using a Gyproc crimping tool. Each 5000mm length of stud comprised of one full3000mm length plus a second length 2600mm long, overlapped by 600mm and fixed togetherusing two Gyproc Wafer head screws, two to each flange. The right hand stud viewed from theunexposed face was not fixed to the perimeter test frame, but the gap between the stud andthe lining was filled with a 50mm Rockwool Firebatt gasket. The left hand stud was fixed to thetest frame at 600mm centres with 60mm Hilti Hus fixings.

A gap of 37mm was allowed, then the above was repeated to provide a second metalframework on the unexposed side of the frame. Short sections of Gypframe fixing channel99FC90 were fixed horizontally between the two metal frameworks at 1200mm centres usingtwo 13mm Gyproc wafer head screws into each metal stud.

25mm Isowool 1200 was located within the centre of the 37mm gap.

A single horizontal layer of 19mm Gyproc Plank was fixed to both sides of the framework usingtwo 32mm Gyproc Drywall screws to each metal stud. An outer layer of 12.5mm SoundBloc wasfully fixed vertically to both sides and to all the studs and channels using 42mm Gyproc Drywallscrews at 300mm centres. The horizontal joints for the outer layers were positioned 2700mmfrom the base for both the exposed and unexposed sides of the construction. All vertical boardjoints were staggered between layers on both sides.

All board joints were taped and filled using Gyproc Paper Joint Tape and Gyproc Joint Filler asappropriate. The perimeter on the specimen on both sides was bonded with Gyproc Bondingcoat apart from the free end.


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Figure 1. Cross-section through the partition.

The descriptions of individual components making up the test specimen were provided by thecustomer and were checked for accuracy wherever possible.


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TEST MATERIALS

Gyproc SoundBloc

Nominally, 3000mm (long) x 1200mm (wide) x 12.5mm (thick), Gyproc SoundBloc boardmanufactured and supplied by British Gypsum Limited ex East Leake Works.

Measured surface density: 9.73 kg/m2.Measured thickness: 13.01 mm.Board identification numbers: 16 128 2 20:40Measured moisture content: 0.72%

Gyproc Plank

Nominally, 2400mm (long) x 600mm (wide) x 19mm (thick), Gyproc Plank manufactured andsupplied by British Gypsum Limited ex East Leake Works.

Measured surface density: 14.69 kg/m2.Measured thickness: 19.10 mm.Measured moisture content: 0.40%

The surface densities and board thickness’ were calculated using the actual weight and size of aselection of boards used in the test specimen. The moisture content of the boards weredetermined using samples dried to a constant weight in an oven at 40oC.

Isowool 1200 Insulation

Nominally 25mm thick glass mineral wool, manufactured and supplied by British Gypsum –Isover Limited.

Measured surface density: 0.45 kg/m2

Measured density: 18.19 kg/m3

Surface density calculated using the weight of one roll of 25mm Isowool 1200 and its nominalsurface area and nominal thickness.


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Metal Components

(i) Gypframe 48S50 metal studs. Manufactured from galvanised mild steel nominally0.5mm thick using the “Ultrasteel” process.

(ii) Gypframe 50C50 metal channel. Manufactured from galvanised mild steelnominally 0.5mm thick using the “Ultrasteel” process.

(iii) Gypframe 99FC90 fixing channel manufactured from galvanised mild steelnominally 0.9mm thick.

All metal components supplied by British Gypsum Limited.

Fasteners

(i) 13mm Gyproc wafer head screws supplied by British Gypsum Limited.(ii) 32mm Gyproc Drywall screws supplied by British Gypsum Limited.(iii) 42mm Gyproc Drywall screws supplied by British Gypsum Limited.(iv) 60mm Hilti Hus fixings supplied by Hilti Limited.

Jointing Material

(i) Gyproc Joint Filler supplied by British Gypsum Limited.(ii) Gyproc Paper Tape supplied by British Gypsum Limited.


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TEST PROCEDURE

The test was conducted fully in accordance with BS EN 1364-1:1999. The specimen wassubjected to fire from one side, as specified in BS EN 1364-1:1999. As the test specimen isconsidered to be symmetrical one test is adequate to cover the fire resistance performance inboth directions.

The test procedure used was EN 1364-1 Issue 1.

The ambient temperature at the commencement of the test was 19oC.

The furnace pressure head was located at a height of 3 metres and the pressure wasmaintained at 1 ± 2 Pa positive with respect to the atmosphere, except during the first 6minutes of the test and also 17 – 21, 23 – 25, 69, 71 and 72 minutes,

The test conditions did not meet the full requirements of BS EN 1363-1:1999 as the furnacelinings and test frame stiffness did not fully comply. The test centre is of the opinion thatthese deviations from the documented method will not unduly effect the result of the test.

TEST RESULTS

The requirements of the standard were satisfied for the following periods:

Integrity:

Insulation:

111 minutes (6mm x 150mm gap gauge)

111 minutes (25mm gap gauge)

97 minutes (Roving thermocouple exceeded 180 deg C.)

The test was terminated at 111 minutes.


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LIMITATIONS

The results only relate to the behaviour of the specimen of the element of construction underthe particular conditions of test; they are not intended to be the sole criteria for assessing thepotential fire performance of the element in use nor do they reflect the actual behaviour infires.

The specification and interpretation of fire test methods are the subject of ongoingdevelopment and refinement. Changes in associated legislation may also occur. For thesereasons it is recommended that the relevance of test reports over 5 years old should beconsidered by the user. The laboratory that issued the report will be able to offer, on behalf ofthe legal owner, a review of the procedures adopted for a particular test to ensure that theyare consistent with current practices, and if required may endorse the test report.


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TEST DATA

Observations

Observers: Unexposed face R EvansExposed face M Fountain

Timehrs mins

Observations

All observations refer to the exposed face unless otherwise stated.0 Test Started

5 Charring of face paper and jointing material on all boards.

10 Lower left hand board, centre and right hand vertical cracks from top edgedown to approximately mid-height.

15 Horizontal joint open to approximately 4 - 5mm.Left hand vertical joint open to approximately 2 – 3mm.Right hand vertical joint open to approximately 1 – 2mm.

20 Horizontal joint open to approximately 10mm (15mm max).Left hand vertical joint open to approximately 12mm (15mm max).Right hand vertical joint open to approximately 3mm (5mm max).Lower left hand and lower centre boards, screw heads pulling away alongtop edges and down either side of left hand vertical joint. Hairline tapercracks down right hand side of both boards from top edge, approximately600mm long. Vertical cracks at top edge of left hand board closed back up.Lower right hand board, crack down centre of board.

25 Lower centre board, crack from top edge down centre, approximately 900mmlong.

27 Lower left hand board, centre vertical crack from top edge re-opening.

30 Horizontal joint open to approximately 15mm (25mm max).Left hand vertical joint open to approximately 15mm (20mm max).Right hand vertical joint open to approximately 10mm (15mm max).


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Timehrs mins

Observations

All observations refer to the exposed face unless otherwise stated.31 Lower left hand board, board pulling away from screw heads down left hand

edge.

35 Horizontal joint open to approximately 20mm (30mm max).Left hand vertical joint open to approximately 20mm (25mm max).Right hand vertical joint open to approximately 15mm (20mm max).

36 Upper centre board, vertical crack in centre approximately 300mm long.

37 Upper left, centre and right hand boards, all pulling away from vertical joints.

41 Left hand vertical joint open to approximately 20mm (30mm max).Right hand vertical joint open to approximately 20mm (25mm max).

43 Inner layer, cracks visible through lower vertical joints.

50 Board fall from lower centre board, top left hand corner, approximately1100mm (high) x 600mm (wide).Inner layer, random cracks in exposed area. Vertical crack in one board. Twohorizontal joints visible, open to approximately 2 – 3mm.

54 Inner layer, board peeling away at vertical crack.

55 Board fall from lower centre board, top right hand corner, approximately900mm (high) x 600mm (wide).Inner layer, more vertical cracks forming.

59 Board fall from inner layer, approximately mid-height and mid-width ofspecimen. Insulation exposed.

1 00 Exposed insulation fallen.

1 01 Board fall from inner layer, approximately mid-height, 1200mm from lefthand edge. Insulation exposed.

1 03 Exposed insulation fallen.Unexposed inner layer, vertical crack in centre of specimen.


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Timehrs mins

Observations

All observations refer to the exposed face unless otherwise stated.1 07 Board fall from outer and inner layer of upper left hand of specimen.

1 11 Board fall from inner layer, remaining left hand and centre area of specimen.

Unexposed faceCentre of specimen bowing outwards.Upper and lower part of specimen bowing inwards.Lower left hand and centre boards, screw heads pulling away from field ofboards.

1 12 Unexposed faceUpper right hand board, right hand side buckling approximately 900mmabove horizontal joint.

1 13 Unexposed inner layer, horizontal joints open to approximately 5mm. Alsocracking around area of joints.

1 16 Unexposed faceUpper left hand and upper centre boards, screw heads pulling away fromfield of boards.Left hand vertical joint, screw head discolouration approximately 1500mmheight.

1 17 Unexposed inner layer, increased cracking around horizontal joints.

1 20 Unexposed faceRight hand vertical joint, screw head discolouration on most joint fixingpositions.

1 24 Unexposed inner layer, horizontal joints open to approximately 15mm.

1 26 Unexposed faceLeft hand vertical joint, screw head discolouration on most joint fixingpositions.

1 29 Unexposed inner layer, large vertical crack in centre of specimen open toapproximately 5 – 8mm.


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Timehrs mins

Observations

All observations refer to the exposed face unless otherwise stated.1 30 Unexposed inner layer, horizontal joints open to approximately 20mm (50mm

max). Also vertical cracking from horizontal joints approximately 100mmlong.

1 32 Unexposed faceHorizontal joint, screw head discolouration.

1 37 Unexposed faceINSULATION FAILURE. Temperature rise on roving thermocouple exceeded180oC on lower centre board at approximately 1250mm height.Glow visible at centre of head of specimen.Lower left hand board, discolouration right hand side approximately mid-height.Lower centre board, discolouration left hand side approximately 1/3 heightand ¾ height. Also discolouration in centre stud area approximately 2/3height.

1 39 Board fall from unexposed inner layer, approximately 1/3 sample height x ½sample width.

Unexposed faceUpper centre board, discolouration in field of board.Upper centre and upper right hand boards, discolouration at approximately900mm above horizontal joint.

1 40 Unexposed faceSee photograph number 3.

1 41 Unexposed outer layer, random cracking. Also vertical crack visible.

Unexposed faceLower left hand and lower centre boards, discolouration and flaking ofjointing material on left hand vertical joint.

1 44 Unexposed faceHead of specimen dropped.Glow visible left hand vertical joint approximately 1000mm height.


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Timehrs mins

Observations

All observations refer to the exposed face unless otherwise stated.1 49 Unexposed face

Lower centre board, intermittent flaming near left hand edge approximately2500mm height.

1 51 INTEGRITY FAILURE. 6mm x 150mm gap gauge on left hand vertical joint atapproximately 3500mm height.INTEGRITY FAILURE. 25mm diameter gap gauge on left hand vertical joint atapproximately 1000mm height.

TEST TERMINATED


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Furnace Temperature Graph

Mean Furn ISO834

°C

Time minutes

0

200

400

600

800

1000

1200

0 20 40 60 80 100 120

Figure 2. Furnace temperature graph


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Unexposed Face Temperature Graph

St.5 mean Max

°C

Time minutes

0

100

200

300

400

500

0 20 40 60 80 100 120

Figure 3. Unexposed face temperature graph.


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Pressure Graph

Pa

Time minutes

-5

-10

0

5

10

15

20

20 40 60 80 100 120

Figure 4. Pressure graph.


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Unexposed Face Thermocouple Layout

Figure 5. Unexposed face thermocouple layout.

32

Centre of stud at mid-height of specimen

15mm in from vertical joint

28 29

15mm from horizontal joint at mid-width of specimen

Right StudLeft Stud

Internal Thermocouples at 3750mm height

38

39

35

36

34 37

Exposed Face

Unexposed Face

3330 31

2423

22

2120

26 2725

100mm from free edge at mid-height of the specimen

Standard Five15mm from vertical joint at mid-height of specimen

15mm down at mid-width of specimen15mm down and 15mm

in from vertical joint15mm down at centre of stud

15mm from fixed edge and at mid-height of the specimen

Standard FiveStandard Five

Standard FiveStandard Five

46

47

48

49

50

51

5754

Unexposed Face

52

53

42

55

56

45

Left Stud

Internal Thermocouples at 2500mm height

41

40

Exposed Face

44

43

Right Stud


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Unexposed Face Standard Five Temperature Data

Temperature Rise (oC)Time

(mins) ThermocoupleNo. 20

ThermocoupleNo. 21

ThermocoupleNo. 22

ThermocoupleNo. 23

ThermocoupleNo. 24

012345678910111213141516171819202122232425262728293031323334353637

0000000000011122346791012141517192123242627283031323233

00000000000011234578101113151618202223252627282930303132

000000000000111234567810111214151718202122242526272829

000000000000000011111223344556788910101112

00000000000001111223456789101113141517181920222324


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ThermocoupleNo. 21

ThermocoupleNo. 22

ThermocoupleNo. 23

ThermocoupleNo. 24

383940414243444546474849505152535455565758596061626364656667686970717273747576777879

343435353636373737383838393939393939393939393939383838383838393940434752565757575757

323233333334343434353535353636363636363636363535353535343434353640485355565657565656

303131323233343434353535363636363637373737373737384450545555565656565656565656575757

131314151617181919202121222323242425252626272829293031344250545657575758575758585858

252627282930313132323333343434343535353535353535353434333333343745525759596060606060


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ThermocoupleNo. 21

ThermocoupleNo. 22

ThermocoupleNo. 23

ThermocoupleNo. 24

8081828384858687888990919293949596979899

100101102103104105106107108109110111

5757585758585858585857575964656666666768686970707273757783889294

56565656565656565656586264656667686970707172747578869498

101105110124

57575962646566676768687071727475778389929598

101107118140176219258303348392

59606264666869707171727374757677808791939597

102111126151189217255313368422

596060606061636567697071727273747476777879869499

103110123151195248319395

See figure 5 for thermocouple layout


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Additional Unexposed Face Temperature Data

Temperature Rise (ºC)Time


ThermocoupleNo. 26

ThermocoupleNo. 27

ThermocoupleNo. 28

ThermocoupleNo. 29

ThermocoupleNo. 30

012345678910111213141516171819202122232425262728293031323334353637

00000000123568101214161819212224252627282930313232333334343435

000000000001123467911131517202123252627293031313233333334

00000000011234579121416182022252628293031323233333434343434

000000000000011123345678910111213151617181920212223

0000000000001111234567891011131415171819202223242525

0000000000000111233456789

10121314151718192021232425


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ThermocoupleNo. 26

ThermocoupleNo. 27

ThermocoupleNo. 28

ThermocoupleNo. 29

ThermocoupleNo. 30

3839404142434445464748495051525354555657585960616263646566676869707172737475767778

3535353535363636363637373737373737373737373736363636373737384041434750545862666971

3434353535353536363636363636373737373737373737363636363636363738394143465052545556

3435353535363636363637373737373737373737373737363636373737383941434649525659626466

2424252626272828292930303131313132323233333333333334353841444649505152535454545555

2627282829303031313232323333343434343435353535353536384042444647505354555556565555

2626272829293031313232333333343434353535353636363636363635353534343535373940424446


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ThermocoupleNo. 26

ThermocoupleNo. 27

ThermocoupleNo. 28

ThermocoupleNo. 29

ThermocoupleNo. 30

798081828384858687888990919293949596979899

100101102103104105106107108109110111

73767880838588919497

100104107111115120125130135140145150156162169179189200214232253276302

57585859595959606060606061616162626364676971737577808493

100105109114120

676969697072737577808386899294969799

100102105107111116123138164201238271306336368

56575758606264666869697071717274767881838688919497

101107114128149171200226

5454545555545557606263636566676869707273747680848891939598

104115134165

495154565757585758575757575757585858575859626466676768697071727375

See figure 5 for thermocouple layout.


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Additional Unexposed Face Temperature Data (continued)

Time Temperature Rise (ºC)


ThermocoupleNo. 32

ThermocoupleNo. 33

0123456789

10111213141516171819202122232425262728293031323334353637

000000000000011122344568810111213141617181920212223

000000000000000112344678910111314151617192021222324

--------------------------------------


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ThermocoupleNo. 32

ThermocoupleNo. 33

3839404142434445464748495051525354555657585960616263646566676869707172737475767778

2425262727282929303031313232323333333334343434343435374250545657575757585858585858

2526272728292930313131323232333333333334343434343441495456575757565756565656555556

-----------------------------------------


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ThermocoupleNo. 32

ThermocoupleNo. 33

798081828384858687888990919293949596979899100101102103104105106107108109110111

5959595959596165686970717273737475757678808695

101107114124150185221255288322

565656555556596264666870727374757677788494

102113135180220274337393417417410403

---------------------------------

See figure 5 for thermocouple layout.

Thermocouple No. 33 did not work from the start of the test.


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Additional Internal Temperature Data

Actual Temperature (ºC)Time

Left Stud nearest exposed faceat 3750mm height

Right Stud nearest exposed faceat 3750mm height

(mins) Hot FlangeThermocouple

No. 34

WebThermocouple

No. 35

Cold FlangeThermocouple

No. 36

Hot FlangeThermocouple

No. 37

WebThermocouple

No. 38


No. 39

0123456789

101112131415161718192021222324252627282930

21212122304454637076808386889091919192939596989999

100100101101102103

212121212843536166717679838687888989899293959799

100100100101101102103

2121212127374755596468727782848485858789919395979898

100101101102103

21212121222634445462697579838586878889929495979899

100100101101101101

2121212122283948566369737780818283848689929496999999

100100100100101

212121212329404957636974778081828383848688909294949597989899

100


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No. 34

WebThermocouple

No. 35


No. 36


No. 37

WebThermocouple

No. 38


No. 39

3132333435363738394041424344454647484950515253545556575859606162636465

104105106109111113116118121123125127128130131133135137140144148153159167179195209225244279355849876891848

104106108110112114118120122124126125129130132133136138140142145151155162173185196207223253309858872890

-

103104105107109111112114116118120121124126128130131133136139141144148155165175183195211243313855884895871

101102102103104106108110112115118120123126128130132134137141148157170185200217239289362416452479507537591

102102103105106108111113115117119121123124126128130132134138143151159168181195219265320354379408460508568

101102104105107109111113115117118120122124126127129132134137141146152159169182204241290326351386433481562


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No. 34

WebThermocouple

No. 35


No. 36


No. 37

WebThermocouple

No. 38


No. 39

66676869707172737475767778798081828384858687888990919293949596979899

100

843892909

--------------------------------

-----------------------------------

881899895900

-------------------------------

742870876883872898903960977984984986

-----------------------

752889875886871884891930

---------------------------

739857860877872893918928937944947949

-----------------------


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No. 34

WebThermocouple

No. 35


No. 36


No. 37

WebThermocouple

No. 38


No. 39

101102103104105106107108109110111

-----------

-----------

-----------

-----------

-----------

-----------

See figure 5 for the location of the thermocouples.

Thermocouple No. 34 did not work after 68 minutes.Thermocouple No. 35 did not work after 64 minutes.Thermocouple No. 36 did not work after 69 minutes.Thermocouple No. 37 did not work after 77 minutes.Thermocouple No. 38 did not work after 73 minutes.Thermocouple No. 39 did not work after 77 minutes.


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Additional Internal Temperature Data (continued)





No. 40

WebThermocouple

No. 41


No. 42


No. 43

WebThermocouple

No. 44


No. 45

0123456789

101112131415161718192021222324252627282930

202021233139465258636973767880818384868890929495959696979899

100

20202124313946525763687376798183848586899192949595969697989999

20202021253138445057636872757779818283858789919293939495959696

212121222631364249566370757983858890929496979899

100100101102104106108

2021212225303439465460667074777982848689919395979798

100101102104105

20212121242830344149566368707273767880838689919293949596969798


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No. 40

WebThermocouple

No. 41


No. 42


No. 43

WebThermocouple

No. 44


No. 45

3132333435363738394041424344454647484950515253545556575859606162636465

101103105106105107109111112114116118119120122122124125126127128130133135139146155170195260504765852867861

100101103104106107109111112115117118119121122123124125126127129131134138146155167193236400567858852871866

979899

100101101103104105107108110111113114115117118119120120121123124127131137148167227394656844878859

110113115118121124126128129131133134136139141145149155163172182194193199223245267316413510583661812873900

107108110112114116117119121122124125126128130132135138141146152159162171192213234275364457511567698852849

99100100101103103104105107109111113115116118119120122124127130134140154184213238281378469556793828873901


BTC 12103F: of 50


0296





No. 40

WebThermocouple

No. 41


No. 42


No. 43

WebThermocouple

No. 44


No. 45

66676869707172737475767778798081828384858687888990919293949596979899

100

846852881900

-------------------------------

864861876897885899910915926

--------------------------

854854877890881899917922

---------------------------

887854872869853863873927

---------------------------

864874881885867881916932940

--------------------------

889857885880863875880919920

--------------------------


BTC 12103F: of 50


0296





No. 40

WebThermocouple

No. 41


No. 42


No. 43

WebThermocouple

No. 44


No. 45

101102103104105106107108109110111

-----------

-----------

-----------

-----------

-----------

-----------




BTC 12103F: of 50


0296



Left Stud nearest unexposed faceat 3750mm height

Right Stud nearest unexposed faceat 3750mm height


No. 46

WebThermocouple

No. 47


No. 48


No. 49

WebThermocouple

No. 50


No. 51

0123456789

101112131415161718192021222324252627282930

20202020233242515761667176808384858485868890929495949596969696

20202020212634424956636873778081828284858789909393939595959595

20202020202226323946536066717476787979818284868888898990909191

20202020212636465461677276798182838384858789919292939393939394

20202020202229374654616873767980828283848688899292929293939393

20202020202124303846546168727678808182838587889090919191919191


BTC 12103F: of 50


0296





No. 46

WebThermocouple

No. 47


No. 48


No. 49

WebThermocouple

No. 50


No. 51

3132333435363738394041424344454647484950515253545556575859606162636465

97989899

100101102103105105105106106106107107107107108107107108108108109110111113117125149795861887875

949594959697979799

100100999499

100101102102103103104104105105106107108108110113121757873870862

9294949594959595969696969696969697969696969796969696969696

100108759875890872

95959698989899

100100101101101101102102102103104105106106107109111114119129150175196208235299352666

94949596979899

100101101101101101101101101102102103103103104105105106107108112116126138187246280324

9192919292929393939493949494949494949494949493939392929293989699

106115660


BTC 12103F: of 50


0296





No. 46

WebThermocouple

No. 47


No. 48


No. 49

WebThermocouple

No. 50


No. 51

66676869707172737475767778798081828384858687888990919293949596979899

100

876881899896886905920929941

--------------------------

868883915894893882901928938

--------------------------

869854875900886897914919918

--------------------------

675868853870877895919940

---------------------------

556859858866871892923932942942937

------------------------

661892853863862893915920931937940

------------------------


BTC 12103F: of 50


0296





No. 46

WebThermocouple

No. 47


No. 48


No. 49

WebThermocouple

No. 50


No. 51

101102103104105106107108109110111

-----------

-----------

-----------

-----------

-----------

-----------




BTC 12103F: of 50


0296






No. 52

WebThermocouple

No. 53


No. 54


No. 55

WebThermocouple

No. 56


No. 57

0123456789

101112131415161718192021222324252627282930

19191919192021253139485763677072737476788082848586868787888989

19191919192021253240495662666971737475777981838585858687878889

19191919192021242934414957626467697072747678808283848485868787

19191919202123273444525965687072737576788082848585868687888888

19191919192022263240495662666870727374767880828485858686878788

19191919202124293644515863676971737476788082848687878889899090


BTC 12103F: of 50


0296





No. 52

WebThermocouple

No. 53


No. 54


No. 55

WebThermocouple

No. 56


No. 57

3132333435363738394041424344454647484950515253545556575859606162636465

888989898990909090929291919293939393939393939494949494939292

111206802882844

888989909091929293949593939495959595959595959595959494939292

121297755870869

89909091919292929494949695949494949494949494949494949392929194

108765851874

8989899090909090919191919191919191919191919191919292939496

105153407698851862

899191919091909090909090909091919291919191919190908989899094

108250611726867

909192929393949494949494949595949494949494939393939393939499

179450678759787


BTC 12103F: of 50


0296





No. 52

WebThermocouple

No. 53


No. 54


No. 55

WebThermocouple

No. 56


No. 57

66676869707172737475767778798081828384858687888990919293949596979899

100

847847883883872895914922936918945962960

----------------------

880890881893883899916926935929955961

-----------------------

861875877888880899920926941930952970

-----------------------

840855859881867881882908916917

-------------------------

847865866879879889886915

---------------------------

797852878882875885895937933937940942

-----------------------


BTC 12103F: of 50


0296





No. 52

WebThermocouple

No. 53


No. 54


No. 55

WebThermocouple

No. 56


No. 57

101102103104105106107108109110111

-----------

-----------

-----------

-----------

-----------

-----------




BTC 12103F: of 50


0296

Specimen Lateral Deflection

Deflection (mm)Time(mins) Centrally On free end

01234567891011121314151617181920212223242526272829303132333435363738

04.14.84.94.12.93.85.37.49.8

12.314.716.718.419.620.421.221.722.122.823.624.725.929.530.430.731.231.932.733.233.934.935.637.438.640.442.143.945.3

0-0.6-0.5-0.5-0.5-0.4-0.10.30.81.21.51.82.12.32.52.62.72.83

3.13.33.53.9

10.710.910.910.911

11.111.211.311.411.611.812

12.312.713.113.5


BTC 12103F: of 50


0296


39404142434445464748495051525354555657585960616263646566676869707172737475767778798081

4748.850.652.654.356.157.959.761.763.565.868

70.673.276.579.983.888

91.495.299.7103.8106.9109.2105.2103

100.297.494.291.682.177.273.472.568.964.761.158.956.754.753.450.749.1

13.914.515

15.716.517.418.319.620.922.424.226.128.932.235.639.543.948.752.556.862

66.167.768.968.7697071

72.874.475.273.473.273.172

70.970

69.769.268.868.567.967.5


BTC 12103F: of 50


0296


828384858687888990919293949596979899

100101102103104105106107108109110111

47.645.444.643.743

42.642.742.542.8

---------------------

67.367

66.966.866.866.866.666.466.2

---------------------

The deflection was recorded at the approximate centre of the specimen and at mid-height onthe free edge.

Positive readings indicate deflection into the furnace.

Both deflection transducers were removed after 90 minutes.


BTC 12103F: of 50


0296

PHOTOGRAPHS

Photo 1. Exposed face prior to test.


BTC 12103F: of 50


0296

Photo 2. Unexposed face prior to test.


BTC 12103F: of 50


0296

Photo 3. View of unexposed face after 100 minutes.


BTC 12103F: of 50


0296

Photo 4. View of the unexposed face at Test Termination.

GYPROC QUIET WALL PARTITION 200mm WIDE … 12103F.pdf · The test was conducted fully in accordance...

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Transcript of GYPROC QUIET WALL PARTITION 200mm WIDE … 12103F.pdf · The test was conducted fully in accordance...