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This document consists of 81 pages from which 70 are annexes.

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X/F

Title: Test report for the determination of the Fire Resistance of a rectangular fire damper, exposed to fire in accordance with EN 1366-2:1999 “Fire resistance tests for service installations. Part 2: Fire dampers” (equivalent to UNE EN 1366-2:2000) and EN 1363-1:2012 “Fire Resistance tests. Part 1: General requirements”.

Tested sample: Rectangular fire damper reference “Galvanized sheet steel fire damper” supplied by FITA TEKNIK. Damper was fitted in vertical wall.

File number: 15/9554-149 Part 1

Test Sponsor FITA TEKNIK Cihangir Mah. Sehit Komando Onbasi Ugur Hanci Sok No:10 34310 Ambarli – Avcilar Istanbul (Turkey)

Report date: 21 September 2015

Test date: 26 January 2015

RECEIVED MATERIAL

A rectangular fire damper reference “Galvanized sheet steel fire damper” for ventilation ducts supplied by Fita Teknik has been received. Details of sample are described on clause 3 “Assembly method and fitting of sample” according to technical specifications supplied by the test sponsor (annex D). An additional small damper of total dimensions 310 mm x 260 mm and nominal inner size 250 mm x 200 mm has been received to be tested at ambient temperature. Assembly has been carried out by petitioner in Applus – LGAI Technological Center. Laboratory has verified through inspection the received sample for the test. Laboratory did not carry out any kind of monitoring of test sampling.

REQUESTED TEST

Determination of the fire resistance of a fire damper exposed to fire on one side according to EN 1366-2:1999 “Fire resistance tests for service installations. Part 2: Fire dampers” (equivalent to UNE EN 1366-2:2000) and EN 1363-1:2012 “Fire Resistance tests. Part 1: General requirements”.


INDEX

1. AIM OF TEST

2. GENERAL FEATURES OF FURNACE

3. ASSEMBLY METHOD AND FITTING OF SAMPLE

4. TEST PREPARATION

5. ACHIEVED RESULTS

6. UNCERTAINTIES

7. FIELD OF APLICATION

8. ANNEXES

A. REMARKS DURING TEST

B. PICTURES

C. FIGURES

D. TECHNICAL SPECIFICATIONS PROVIDED BY THE TEST SPONSOR.


1. AIM OF TEST

1.1. Fire damper has been exposed to conditions stated in EN 1366-2:1999 standard to check integrity, thermal insulation and leakage criteria.

1.2. An integrity failure happens when one of the following criteria is fulfilled:

- Ignition of the cotton pad applied as indicated in chapter 10.4.5.2 of EN 1363-1:2012 (chapter 11.2 of EN 1363-1:2012).

- Gauges penetration as indicated in chapter 10.4.5.3 of EN 1363-1:2012

(chapter 11.2 of EN 1363-1:2012).

- Sustained flame appearance (chapter 11.2 of EN 1363-1:2012).

- Smoke leakage during the test exceeds 360 m3/(h·m2) (chapter 11.a of EN 1366-2: 1999).

1.3. A thermal insulation failure happens when one of the following criteria is

fulfilled:

- Average temperature of unexposed side increases more than 140ºC over its initial one (chapter 11.3 of EN 1363-1:2012)

- Temperature of any point of unexposed side (including measures done with

roving thermocouple) increases more than 180ºC over its initial temperature (chapter 11.3 of EN 1363-1:2012).

1.4. Smoke leakage failure happens when (chapter 11.c of EN 1366-2:1999):

- Smoke leakage rate through fire damper exceeds 200 m3/(h·m2).


2. GENERAL FEATURES OF FURNACE

The characteristics of the furnace conform to the requirements indicated in the EN 1363-1:2012 Standard.

- Its dimensions are 3 x 3 m, in vertical plane.

- Average temperature of furnace, measured with 9 thermocouples, is automatically controlled to follow the standard temperature/time curve given by the expression:

T = 345 log (8t+1) + 20

- Pressure is automatically controlled. Therefore, in a position of approximately 1.0 m from furnace base there is an over pressure of 15 Pa, equivalent at (15 ± 3) Pa at mid height of the damper.

3. ASSEMBLY METHOD AND FITTING OF SAMPLE

Characteristics of received sample are:

Reference: “Galvanized sheet steel fire damper” by Fita Teknik Dimensions of small damper (tested at ambient temperature)

- Total dimensions: 310 mm x 260 mm - Nominal inner size: 250 mm x 200 mm.

Dimensions of large damper (fire test): - Total dimensions: 1060 mm x 860 mm. - Nominal inner size: 1000 mm x 800 mm.

Composition of both dampers is identical.

Casing: - Two pieces of a four-sided casing made in galvanized steel sheet of 1.5 mm in

thickness. - Pieces are screwed by means of M8*20 mm bolts and nuts. - A 5 mm thickness ceramic wool reference “Luyangwool” is placed between

both sections pieces. - Blade stoppers made by 1.2 mm thickness galvanized steel Z-profiles

Blade: - Dimensions: 985 mm x 785 mm and 30 mm in total thickness. - Composed by:

o 2 panels of “Promat Supalux” boards by Promat of 15 mm in thickness each one and 950 kg/m3.

o Panels are bonded together by means of eight (four at each side) M6*40 mm bolts and nuts


Detail 1: closing blade.

Intumescent products. - 10 mm NFAF seal reference “ARS PYR 70” from Arslansünger placed between

blade stoppers and blade. - Intumescent fire rated silicone sealant reference “Astro FR Silicone” by

AstroFlame on the edges of the casing (see detail 2). - Intumescent flexible seal reference “Pyroplex” of 30 mm x 2.5 mm (width x

thickness) placed between inner side of casing and blade (see detail 2).

Detail 2

M6*40 bolts and nuts

NFAF seal

“Astro FR Silicone”

“Pyroplex”


Opening/closing device: - Actuator reference “GNA326.1E/T12” from Siemens. It includes a thermal

fuse which operates when temperature exceeds 72ºC. Fuse is placed at 100 mm from the external edge of the damper and 230 mm from the lower edge of the damper

Detail 3. Actuator.

Detail 4. Thermal fuse


Joining between damper and support construction.

Damper fitted in the support frame and sealed with Portland M7.5 cement mortar.

Support frame consists of a ceramic brick wall of 140 mm and 2300 kg/m3. Sample tested fitted inside a vertical wall. Sample is symmetric according to opening axis.

4. TEST PREPARATION

4.1. Large damper is assembled inside a steel frame which, once assembled, becomes the vertical side of the furnace, as indicated in figure 1. Damper is fitted in the support frame so that the distance between the exposed side of the support construction and the centre of damper’s working plane is 70 mm. Small damper is not assembled inside the frame because only leakage test was carried out.

4.2. The following thermocouples were placed (see figure 2 to see location):

- T2 thermocouples (to check average and maximum temperature criteria): 23, 24, 25, 26.

- T1 thermocouples (to check maximum temperature criterion): from 15 to 22.

- Ts thermocouples (to check maximum temperature criterion): 11, 12, 13, 14

4.3. Gaps between blade and casing are measured before the start of the test. Minimum measured gap was 1.9 mm and maximum measured gap was 6.7 mm.

4.4. Ambient temperature at the beginning of the test was (14 ± 4) ºC

5. ACHIEVED RESULTS

Small damper.

5.1. Leakage test at ambient temperature was done on the small damper, with the following results

• Leakage after 50 cycles (taking into account the system leakage).

Qvo = 6.74 m3/h

Limit leakage (considering damper section): 10 m3/h.


5.2. Smoke leakage. Smoke leakage was maintained the entire test. Smoke leakage rate does not exceed the limit during the entire test at ambient

temperature (see clause above).

Large damper.

5.3. Smoke leakage rate in the connexion duct and measuring device.

Time (seg.) Underpressure (Pa) Leakage rate (m3/h)

60 100 8.4

60 200 9.3

60 300 10.2

5.4. Opening/closing tests.

Damper is exposed to an opening/closing cycle for 50 times. No remarkable wear was observed after cycles. Opening/closing cycle time is: 1’01” / 23”

5.5. Limit leakage rates: - Leakage criteria: 200 m3/h·m2. - Integrity criteria: 360 m3/h·m2.

5.6. Leakage rate at ambient temperature.

Extraction fan is fixed at a pressure of (-300) Pa and recorded each 2 min. After 20 minutes, a steady reading is obtained: 10.2 m3/h.

5.7. Closing time once the fire test has started: 28’’ 5.8. Figure 3 shows temperature/time curve of furnace for this test, the standard

temperature/time curve and the inner pressure inside the furnace during the test Table 1 shows also the difference between the area under standard curve and the area under real test curve.

5.9. Figure 4 and table 2 show the average temperature of the T2 thermocouples.

5.10. Figure 5 and table 3 show the individual temperatures of the T2 thermocouples. 5.11. Figure 6, 7 and tables 4, 5 show the temperatures of T1 and Ts thermocouples. 5.12. Figure 8 shows the pressure evolution of the damper throughout the fire test 5.13. Figure 9 shows the evolution of the leakage rate throughout the fire test.


5.14. Figure 10 shows the evolution of the temperatures of the leakage measuring devices and at the exit of the connexion duct.

5.15. Integrity:

It was maintained during 125 minutes, when no more leakage data is recorded Leakage rate does not exceed established limit for the entire test (see figure

9).

5.16. Thermal insulation:

Thermal insulation failed at minute 110, when thermocouple 17 exceeds 180ºC.

5.17. Smoke leakage.

It was maintained during 125 minutes, when no more leakage data is recorded.

Leakage rate does not exceed established limit for the entire test (see figure 9).


6. UNCERTAINITIES. The uncertainties on the furnace thermocouples do not surpass ± 15ºC. The uncertainties on the thermocouples installed on the unexposed face do not surpass ± 4ºC. The uncertainties of the remaining thermocouples do not surpass the ± 10ºC. The expanded uncertainty of the measure has been expressed as to the typical uncertainty of the measure multiplied by a covering factor k = 2 which corresponds to a probability for a normal distribution of approximately 95%.

7. FIELD OF APPLICATION

Field of direct application of tests results are indicated in the classification report. This report details the method of construction, the test conditions and the results obtained

when the specific element of construction described herein was tested following the procedure outlined in EN 1363-1, and where appropriate EN 1363-2. Any significant deviation

with respect to size, constructional details, loads, stresses, edge or end conditions other than those allowed under the field of direct application in the relevant test method is not covered

by this report.

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

of accuracy of the result.

Part 2 of this report shows the classification of the tested products.

Responsible of Fire Laboratory LGAI Technological Center, S.A.

Responsible of Fire Resistance

LGAI Technological Center, S.A.

The results refer exclusively to the sample, product or material surrendered to the Laboratory, just as it is informed in the section of received material and tested under the conditions indicated in the norms mentioned in this document.

Quality Service Warranty Applus+, guaranties that this work has been realized following the exigencies of our Quality and Sustainable System, complying with honouring the contractual conditions and the legal standard. We would be very grateful if you would send us any comment you consider appropriate , addressing either to the signatory of this document or to the Applus+ Quality Director, to the direction [email protected]


8. ANNEXES: A. - REMARKS DURING TEST B. - PICTURES C. - FIGURES D. - TECHNICAL SPECIFICATIONS PROVIDED BY THE TEST SPONSOR.


A. REMARKS DURING THE TEST,

Time (min) REMARKS DURING THE TEST

0 Fire Test starts

28” Damper gets closed.

30 No remarks to report



110 Thermocouple 17 exceeds 180ºC.

112 Thermocouple 16 exceeds 180ºC

117 Thermocouple 15 exceeds 180ºC


125 Leakage rate is no longer recorded

168 No remarks to report End of test by mutual agreement.


B. PICTURES.


PICTURES No. 1, 2, Details of the damper before the start of test.


PICTURE No.3. Aspect of the unexposed side of the sample before the test.


PICTURE No.4. Aspect of the unexposed side of the sample at the end of test.


PICTURE No 5. View of the unexposed side of sample once ended the test.


C. FIGURES AND TABLES:


TEMPERATURE OF FURNACE AND INTERNAL PRESSURE

FIGURE 3

0

°C

120

°C

240

°C

360

°C

480

°C

600

°C

720

°C

840

°C

960

°C

1080

°C

1200

°C

0

Pa

5

Pa

10

Pa

15

Pa

20

Pa

25

Pa

30

Pa

35

Pa

40

Pa

45

Pa

50

Pa00' 17' 34' 51' 68' 85' 102' 119' 136' 153' 170'

----> Average Temp. Furnace ----> Pressure ----> UNE EN 1363-1 ----> Pressure Programmed


AVERAGE TEMPERATURE

FIGURE 4

0

°C

16

°C

32

°C

48

°C

64

°C

80

°C

96

°C

112

°C

128

°C

144

°C

160

°C00' 17' 34' 51' 68' 85' 102' 119' 136' 153' 170'

----> Average Temp.


INDIVIDUAL TEMPERATURES

FIGURE 5

0

°C

18

°C

36

°C

54

°C

72

°C

90

°C

108

°C

126

°C

144

°C

162

°C

180

°C00' 17' 34' 51' 68' 85' 102' 119' 136' 153' 170'

----> Tp 23 ----> Tp 24 ----> Tp 25 ----> Tp 26


AUXILIARY TEMPERATURES

FIGURE 6

0

°C

30

°C

60

°C

90

°C

120

°C

150

°C

180

°C

210

°C

240

°C

270

°C

300

°C00' 17' 34' 51' 68' 85' 102' 119' 136' 153' 170'

----> Tp 11 ----> Tp 12 ----> Tp 13 ----> Tp 14

----> Tp 15 ----> Tp 16



FIGURE 7

0

°C

30

°C

60

°C

90

°C

120

°C

150

°C

180

°C

210

°C

240

°C

270

°C

300

°C00' 17' 34' 51' 68' 85' 102' 119' 136' 153' 170'

----> Tp 17 ----> Tp 18 ----> Tp 19 ----> Tp 20

----> Tp 21 ----> Tp 22


PRESSURE EVOLUTION.

Figure 8

LEAKAGE RATE EVOLUTION.

Figure 9

0

50

100

150

200

250

300

350

0 10 20 30 40 50 60 70 80 90 100 110 120 130

Pre

ssur

e (

Pa)

Time (min)Differential underpressure (Pa)(inside the duct against furnace pressure)

Pressure limit value (Pa) acc. EN 1366-2

Differential pressure (Pa) (leakage measing device)

0

25

50

75

100

125

150

175

200

225

250

275

300

325

350

375

400

0 10 20 30 40 50 60 70 80 90 100 110 120 130

Leak

age

rate

(m

3/h·

m2)

Time (min)Leakage rate (m3/h·m2) (system leakage has been already subtracted)

Leakage criterion limit (m3/h·m2)

Integrity criterion limit (m3/h·m2)


TEMPERATURE EVOLUTION.

Figure 10

0

20

40

60

80

100

120

140

160

180

200

0 10 20 30 40 50 60 70 80 90 100 110 120 130

Tem

pera

ture

(ºC

)

Time (min)

Gas temperature (ºC) (leakage measuring device)

Gas temperature (ºC) at the exit of the connexion duct



TABLE 1

Time Average Temp. Furnace Pressure UNE EN 1363-1 Pressure

Programmed

Areas

Differentiate /Porcentage

00' 10 °C -13.6 Pa 20 °C 12.7 Pa

01' 132 °C 13 Pa 343 °C 12.7 Pa -60,9 %

02' 360 °C 12.5 Pa 445 °C 12.7 Pa -37,9 %

03' 494 °C 12.3 Pa 501 °C 12.7 Pa -23,9 %

04' 556 °C 13.2 Pa 543 °C 12.7 Pa -16,2 %

05' 588 °C 13 Pa 575 °C 12.7 Pa -11,8 %

06' 610 °C 13 Pa 603 °C 12.7 Pa -9,2 %

07' 631 °C 12.7 Pa 626 °C 12.7 Pa -7,5 %

08' 649 °C 12.9 Pa 645 °C 12.7 Pa -6,3 %

09' 664 °C 13.3 Pa 663 °C 12.7 Pa -5,4 %

10' 679 °C 12.8 Pa 678 °C 12.7 Pa -4,8 %

11' 690 °C 12.6 Pa 693 °C 12.7 Pa -4,3 %

12' 702 °C 12.9 Pa 705 °C 12.7 Pa -3,9 %

13' 713 °C 13.4 Pa 717 °C 12.7 Pa -3,6 %

14' 725 °C 13.5 Pa 728 °C 12.7 Pa -3,3 %

15' 734 °C 13.4 Pa 739 °C 12.7 Pa -3,1 %

16' 745 °C 13.2 Pa 748 °C 12.7 Pa -2,9 %

17' 756 °C 12.8 Pa 757 °C 12.7 Pa -2,7 %

18' 766 °C 13.2 Pa 766 °C 12.7 Pa -2,5 %

19' 775 °C 13.2 Pa 774 °C 12.7 Pa -2,4 %

20' 784 °C 13.1 Pa 781 °C 12.7 Pa -2,2 %

21' 791 °C 12.8 Pa 789 °C 12.7 Pa -2,1 %

22' 798 °C 12.7 Pa 796 °C 12.7 Pa -1,9 %

23' 805 °C 13 Pa 802 °C 12.7 Pa -1,8 %

24' 811 °C 12.7 Pa 809 °C 12.7 Pa -1,7 %

25' 817 °C 12.8 Pa 815 °C 12.7 Pa -1,6 %

26' 822 °C 12.6 Pa 820 °C 12.7 Pa -1,5 %

27' 828 °C 12.9 Pa 826 °C 12.7 Pa -1,5 %

28' 832 °C 13.2 Pa 832 °C 12.7 Pa -1,4 %

29' 824 °C 12.8 Pa 838 °C 12.7 Pa -1,4 %

30' 830 °C 13 Pa 842 °C 12.7 Pa -1,4 %

31' 839 °C 13.3 Pa 847 °C 12.7 Pa -1,4 %

32' 847 °C 13 Pa 852 °C 12.7 Pa -1,4 %

33' 852 °C 13.2 Pa 856 °C 12.7 Pa -1,3 %

34' 857 °C 13 Pa 861 °C 12.7 Pa -1,3 %

35' 863 °C 13.1 Pa 865 °C 12.7 Pa -1,3 %



TABLE 1


Programmed

Areas


36' 869 °C 13.1 Pa 869 °C 12.7 Pa -1,2 %

37' 875 °C 13 Pa 873 °C 12.7 Pa -1,2 %

38' 881 °C 13.2 Pa 877 °C 12.7 Pa -1,1 %

39' 884 °C 12.9 Pa 881 °C 12.7 Pa -1,1 %

40' 889 °C 13.4 Pa 885 °C 12.7 Pa -1,0 %

41' 892 °C 13.5 Pa 888 °C 12.7 Pa -1,0 %

42' 897 °C 13.4 Pa 893 °C 12.7 Pa -0,9 %

43' 900 °C 13.1 Pa 896 °C 12.7 Pa -0,9 %

44' 905 °C 12.9 Pa 899 °C 12.7 Pa -0,9 %

45' 909 °C 12.9 Pa 903 °C 12.7 Pa -0,8 %

46' 912 °C 12.9 Pa 906 °C 12.7 Pa -0,8 %

47' 916 °C 13 Pa 909 °C 12.7 Pa -0,7 %

48' 919 °C 12.9 Pa 912 °C 12.7 Pa -0,7 %

49' 923 °C 13.2 Pa 915 °C 12.7 Pa -0,7 %

50' 920 °C 12.8 Pa 918 °C 12.7 Pa -0,7 %

51' 922 °C 13.3 Pa 921 °C 12.7 Pa -0,6 %

52' 927 °C 12.9 Pa 924 °C 12.7 Pa -0,6 %

53' 929 °C 13.2 Pa 927 °C 12.7 Pa -0,6 %

54' 933 °C 13 Pa 930 °C 12.7 Pa -0,6 %

55' 938 °C 12.7 Pa 932 °C 12.7 Pa -0,5 %

56' 940 °C 13 Pa 935 °C 12.7 Pa -0,5 %

57' 946 °C 12.8 Pa 938 °C 12.7 Pa -0,5 %

58' 950 °C 12.8 Pa 940 °C 12.7 Pa -0,5 %

59' 953 °C 12.7 Pa 943 °C 12.7 Pa -0,4 %

60' 955 °C 13.4 Pa 946 °C 12.7 Pa -0,4 %

61' 959 °C 13.2 Pa 948 °C 12.7 Pa -0,4 %

62' 959 °C 12.9 Pa 951 °C 12.7 Pa -0,4 %

63' 962 °C 12.8 Pa 953 °C 12.7 Pa -0,3 %

64' 964 °C 13 Pa 955 °C 12.7 Pa -0,3 %

65' 967 °C 13.1 Pa 958 °C 12.7 Pa -0,3 %

66' 969 °C 12.7 Pa 960 °C 12.7 Pa -0,3 %

67' 973 °C 13 Pa 962 °C 12.7 Pa -0,2 %

68' 974 °C 12.7 Pa 964 °C 12.7 Pa -0,2 %

69' 976 °C 13.1 Pa 966 °C 12.7 Pa -0,2 %

70' 978 °C 12.8 Pa 969 °C 12.7 Pa -0,2 %

71' 980 °C 12.8 Pa 971 °C 12.7 Pa -0,2 %



TABLE 1


Programmed

Areas


72' 982 °C 13 Pa 974 °C 12.7 Pa -0,1 %

73' 985 °C 13.1 Pa 976 °C 12.7 Pa -0,1 %

74' 987 °C 13.5 Pa 978 °C 12.7 Pa -0,1 %

75' 989 °C 13.5 Pa 980 °C 12.7 Pa -0,1 %

76' 990 °C 13.3 Pa 982 °C 12.7 Pa -0,1 %

77' 992 °C 13 Pa 984 °C 12.7 Pa -0,1 %

78' 994 °C 13.5 Pa 985 °C 12.7 Pa -0,1 %

79' 996 °C 12.8 Pa 987 °C 12.7 Pa 0,0 %

80' 999 °C 13 Pa 989 °C 12.7 Pa 0,0 %

81' 1001 °C 12.6 Pa 991 °C 12.7 Pa 0,0 %

82' 1001 °C 12.9 Pa 993 °C 12.7 Pa 0,0 %

83' 1003 °C 13.1 Pa 995 °C 12.7 Pa 0,0 %

84' 1005 °C 13 Pa 996 °C 12.7 Pa 0,0 %

85' 1008 °C 13.4 Pa 998 °C 12.7 Pa 0,0 %

86' 1009 °C 13.6 Pa 1000 °C 12.7 Pa 0,1 %

87' 1010 °C 13.5 Pa 1002 °C 12.7 Pa 0,1 %

88' 1012 °C 13.4 Pa 1003 °C 12.7 Pa 0,1 %

89' 1014 °C 13.3 Pa 1005 °C 12.7 Pa 0,1 %

90' 1016 °C 13.4 Pa 1007 °C 12.7 Pa 0,1 %

91' 1017 °C 13 Pa 1008 °C 12.7 Pa 0,1 %

92' 1019 °C 12.8 Pa 1010 °C 12.7 Pa 0,1 %

93' 1021 °C 13.1 Pa 1011 °C 12.7 Pa 0,1 %

94' 1022 °C 13.1 Pa 1013 °C 12.7 Pa 0,1 %

95' 1023 °C 13.3 Pa 1015 °C 12.7 Pa 0,1 %

96' 1026 °C 13 Pa 1016 °C 12.7 Pa 0,2 %

97' 1027 °C 12.7 Pa 1018 °C 12.7 Pa 0,2 %

98' 1027 °C 13.4 Pa 1019 °C 12.7 Pa 0,2 %

99' 1028 °C 13.2 Pa 1021 °C 12.7 Pa 0,2 %

100' 1031 °C 12.8 Pa 1022 °C 12.7 Pa 0,2 %

101' 1032 °C 12.9 Pa 1024 °C 12.7 Pa 0,2 %

102' 1034 °C 13.1 Pa 1025 °C 12.7 Pa 0,2 %

103' 1035 °C 12.7 Pa 1027 °C 12.7 Pa 0,2 %

104' 1037 °C 12.8 Pa 1028 °C 12.7 Pa 0,2 %

105' 1039 °C 13.1 Pa 1029 °C 12.7 Pa 0,2 %

106' 1041 °C 13 Pa 1031 °C 12.7 Pa 0,2 %

107' 1041 °C 12.8 Pa 1032 °C 12.7 Pa 0,2 %



TABLE 1


Programmed

Areas


108' 1043 °C 13.3 Pa 1034 °C 12.7 Pa 0,2 %

109' 1045 °C 13 Pa 1035 °C 12.7 Pa 0,3 %

110' 1046 °C 12.9 Pa 1036 °C 12.7 Pa 0,3 %

111' 1048 °C 13 Pa 1038 °C 12.7 Pa 0,3 %

112' 1049 °C 12.7 Pa 1039 °C 12.7 Pa 0,3 %

113' 1050 °C 12.9 Pa 1040 °C 12.7 Pa 0,3 %

114' 1050 °C 12.8 Pa 1042 °C 12.7 Pa 0,3 %

115' 1052 °C 13.3 Pa 1043 °C 12.7 Pa 0,3 %

116' 1053 °C 12.8 Pa 1044 °C 12.7 Pa 0,3 %

117' 1054 °C 12.9 Pa 1046 °C 12.7 Pa 0,3 %

118' 1057 °C 13.3 Pa 1047 °C 12.7 Pa 0,3 %

119' 1057 °C 12.9 Pa 1048 °C 12.7 Pa 0,3 %

120' 1059 °C 12.7 Pa 1049 °C 12.7 Pa 0,3 %

121' 1059 °C 12.7 Pa 1051 °C 12.7 Pa 0,3 %

122' 1061 °C 12.9 Pa 1052 °C 12.7 Pa 0,3 %

123' 1062 °C 13.2 Pa 1053 °C 12.7 Pa 0,3 %

124' 1063 °C 12.7 Pa 1054 °C 12.7 Pa 0,3 %

125' 1064 °C 12.8 Pa 1055 °C 12.7 Pa 0,3 %

126' 1066 °C 12.9 Pa 1057 °C 12.7 Pa 0,3 %

127' 1067 °C 13.1 Pa 1058 °C 12.7 Pa 0,4 %

128' 1068 °C 13 Pa 1059 °C 12.7 Pa 0,4 %

129' 1068 °C 13.3 Pa 1060 °C 12.7 Pa 0,4 %

130' 1070 °C 12.7 Pa 1061 °C 12.7 Pa 0,4 %

131' 1070 °C 13 Pa 1062 °C 12.7 Pa 0,4 %

132' 1071 °C 12.7 Pa 1063 °C 12.7 Pa 0,4 %

133' 1072 °C 12.6 Pa 1065 °C 12.7 Pa 0,4 %

134' 1071 °C 13.2 Pa 1066 °C 12.7 Pa 0,4 %

135' 1070 °C 13.4 Pa 1067 °C 12.7 Pa 0,4 %

136' 1072 °C 12.8 Pa 1068 °C 12.7 Pa 0,4 %

137' 1073 °C 12.9 Pa 1069 °C 12.7 Pa 0,4 %

138' 1076 °C 13.3 Pa 1070 °C 12.7 Pa 0,4 %

139' 1077 °C 13 Pa 1071 °C 12.7 Pa 0,4 %

140' 1080 °C 12.7 Pa 1072 °C 12.7 Pa 0,4 %

141' 1081 °C 13.1 Pa 1073 °C 12.7 Pa 0,4 %

142' 1082 °C 13 Pa 1074 °C 12.7 Pa 0,4 %

143' 1084 °C 13.3 Pa 1075 °C 12.7 Pa 0,4 %



TABLE 1


Programmed

Areas


144' 1085 °C 12.9 Pa 1076 °C 12.7 Pa 0,4 %

145' 1086 °C 12.9 Pa 1077 °C 12.7 Pa 0,4 %

146' 1086 °C 13 Pa 1078 °C 12.7 Pa 0,4 %

147' 1088 °C 12.8 Pa 1079 °C 12.7 Pa 0,4 %

148' 1088 °C 12.7 Pa 1080 °C 12.7 Pa 0,4 %

149' 1090 °C 12.9 Pa 1081 °C 12.7 Pa 0,4 %

150' 1091 °C 12.8 Pa 1082 °C 12.7 Pa 0,4 %

151' 1093 °C 13.1 Pa 1083 °C 12.7 Pa 0,4 %

152' 1093 °C 12.8 Pa 1084 °C 12.7 Pa 0,4 %

153' 1094 °C 12.9 Pa 1085 °C 12.7 Pa 0,4 %

154' 1095 °C 13 Pa 1086 °C 12.7 Pa 0,4 %

155' 1097 °C 13.1 Pa 1087 °C 12.7 Pa 0,4 %

156' 1098 °C 13 Pa 1088 °C 12.7 Pa 0,4 %

157' 1098 °C 13.3 Pa 1089 °C 12.7 Pa 0,4 %

158' 1099 °C 13.4 Pa 1090 °C 12.7 Pa 0,4 %

159' 1100 °C 13.2 Pa 1091 °C 12.7 Pa 0,4 %

160' 1102 °C 13.3 Pa 1092 °C 12.7 Pa 0,4 %

161' 1102 °C 12.9 Pa 1093 °C 12.7 Pa 0,4 %

162' 1103 °C 13.1 Pa 1094 °C 12.7 Pa 0,5 %

163' 1104 °C 12.7 Pa 1095 °C 12.7 Pa 0,5 %

164' 1106 °C 13.3 Pa 1096 °C 12.7 Pa 0,5 %

165' 1105 °C 13.1 Pa 1098 °C 12.7 Pa 0,5 %

166' 1107 °C 12.7 Pa 1099 °C 12.7 Pa 0,5 %

167' 1107 °C 12.7 Pa 1099 °C 12.7 Pa 0,5 %

168' 1107 °C 13.2 Pa 1100 °C 12.7 Pa 0,5 %


AVERAGE TEMPERATURE

TABLE 2

Time Average Temp.

00' 0 °C

01' 27 °C

02' 30 °C

03' 29 °C

04' 28 °C

05' 27 °C

06' 26 °C

07' 26 °C

08' 27 °C

09' 28 °C

10' 28 °C

11' 29 °C

12' 30 °C

13' 30 °C

14' 31 °C

15' 31 °C

16' 32 °C

17' 32 °C

18' 32 °C

19' 32 °C

20' 32 °C

21' 33 °C

22' 33 °C

23' 34 °C

24' 34 °C

25' 34 °C

26' 34 °C

27' 34 °C

28' 34 °C

29' 34 °C

30' 34 °C

31' 34 °C

32' 34 °C

33' 35 °C

34' 36 °C

35' 36 °C


AVERAGE TEMPERATURE

TABLE 2

Time Average Temp.

36' 36 °C

37' 36 °C

38' 37 °C

39' 37 °C

40' 38 °C

41' 38 °C

42' 39 °C

43' 39 °C

44' 40 °C

45' 40 °C

46' 40 °C

47' 42 °C

48' 42 °C

49' 42 °C

50' 42 °C

51' 42 °C

52' 43 °C

53' 43 °C

54' 44 °C

55' 44 °C

56' 44 °C

57' 45 °C

58' 46 °C

59' 46 °C

60' 48 °C

61' 48 °C

62' 49 °C

63' 50 °C

64' 51 °C

65' 51 °C

66' 52 °C

67' 53 °C

68' 53 °C

69' 54 °C

70' 54 °C

71' 55 °C


AVERAGE TEMPERATURE

TABLE 2

Time Average Temp.

72' 55 °C

73' 56 °C

74' 56 °C

75' 56 °C

76' 57 °C

77' 58 °C

78' 58 °C

79' 58 °C

80' 59 °C

81' 60 °C

82' 60 °C

83' 60 °C

84' 61 °C

85' 61 °C

86' 62 °C

87' 62 °C

88' 62 °C

89' 63 °C

90' 63 °C

91' 63 °C

92' 64 °C

93' 64 °C

94' 64 °C

95' 65 °C

96' 65 °C

97' 65 °C

98' 65 °C

99' 66 °C

100' 66 °C

101' 66 °C

102' 66 °C

103' 67 °C

104' 68 °C

105' 69 °C

106' 70 °C

107' 71 °C


AVERAGE TEMPERATURE

TABLE 2

Time Average Temp.

108' 72 °C

109' 74 °C

110' 76 °C

111' 78 °C

112' 79 °C

113' 80 °C

114' 82 °C

115' 82 °C

116' 84 °C

117' 86 °C

118' 87 °C

119' 88 °C

120' 89 °C

121' 90 °C

122' 91 °C

123' 92 °C

124' 94 °C

125' 94 °C

126' 95 °C

127' 96 °C

128' 97 °C

129' 98 °C

130' 99 °C

131' 101 °C

132' 102 °C

133' 104 °C

134' 105 °C

135' 106 °C

136' 108 °C

137' 109 °C

138' 110 °C

139' 110 °C

140' 111 °C

141' 112 °C

142' 112 °C

143' 113 °C


AVERAGE TEMPERATURE

TABLE 2

Time Average Temp.

144' 114 °C

145' 114 °C

146' 115 °C

147' 116 °C

148' 118 °C

149' 119 °C

150' 120 °C

151' 121 °C

152' 122 °C

153' 123 °C

154' 124 °C

155' 126 °C

156' 127 °C

157' 129 °C

158' 130 °C

159' 131 °C

160' 132 °C

161' 133 °C

162' 134 °C

163' 135 °C

164' 136 °C

165' 137 °C

166' 139 °C

167' 141 °C

168' 142 °C



TABLE 3

Time Tp 23 Tp 24 Tp 25 Tp 26

00' 0 °C 0 °C 0 °C 0 °C

01' 32 °C 38 °C 29 °C 8 °C

02' 33 °C 42 °C 33 °C 11 °C

03' 31 °C 41 °C 32 °C 12 °C

04' 30 °C 39 °C 31 °C 13 °C

05' 28 °C 38 °C 29 °C 12 °C

06' 27 °C 37 °C 29 °C 12 °C

07' 26 °C 39 °C 28 °C 13 °C

08' 26 °C 41 °C 28 °C 13 °C

09' 27 °C 42 °C 29 °C 13 °C

10' 28 °C 42 °C 30 °C 13 °C

11' 29 °C 43 °C 31 °C 13 °C

12' 30 °C 44 °C 32 °C 13 °C

13' 31 °C 45 °C 33 °C 13 °C

14' 32 °C 45 °C 34 °C 13 °C

15' 32 °C 45 °C 34 °C 13 °C

16' 33 °C 45 °C 35 °C 14 °C

17' 34 °C 44 °C 36 °C 14 °C

18' 34 °C 44 °C 36 °C 14 °C

19' 35 °C 43 °C 37 °C 14 °C

20' 35 °C 43 °C 37 °C 15 °C

21' 36 °C 43 °C 38 °C 15 °C

22' 36 °C 43 °C 38 °C 15 °C

23' 36 °C 44 °C 38 °C 16 °C

24' 36 °C 44 °C 39 °C 16 °C

25' 37 °C 43 °C 39 °C 17 °C

26' 37 °C 43 °C 39 °C 17 °C

27' 37 °C 42 °C 39 °C 17 °C

28' 37 °C 42 °C 39 °C 17 °C

29' 37 °C 42 °C 39 °C 18 °C

30' 37 °C 41 °C 39 °C 19 °C

31' 37 °C 41 °C 39 °C 20 °C

32' 37 °C 40 °C 40 °C 21 °C

33' 37 °C 41 °C 40 °C 22 °C

34' 38 °C 41 °C 40 °C 23 °C

35' 38 °C 41 °C 40 °C 23 °C



TABLE 3


36' 38 °C 41 °C 41 °C 24 °C

37' 38 °C 42 °C 41 °C 25 °C

38' 38 °C 42 °C 41 °C 26 °C

39' 38 °C 42 °C 42 °C 27 °C

40' 39 °C 43 °C 42 °C 28 °C

41' 39 °C 43 °C 42 °C 28 °C

42' 40 °C 44 °C 42 °C 29 °C

43' 40 °C 44 °C 42 °C 31 °C

44' 41 °C 45 °C 42 °C 31 °C

45' 41 °C 45 °C 43 °C 32 °C

46' 41 °C 45 °C 43 °C 33 °C

47' 42 °C 46 °C 44 °C 34 °C

48' 42 °C 46 °C 44 °C 34 °C

49' 42 °C 46 °C 44 °C 35 °C

50' 43 °C 47 °C 44 °C 36 °C

51' 43 °C 47 °C 44 °C 36 °C

52' 43 °C 47 °C 44 °C 37 °C

53' 43 °C 47 °C 45 °C 37 °C

54' 44 °C 48 °C 45 °C 38 °C

55' 44 °C 48 °C 46 °C 39 °C

56' 44 °C 49 °C 46 °C 39 °C

57' 45 °C 50 °C 46 °C 40 °C

58' 45 °C 51 °C 47 °C 41 °C

59' 45 °C 53 °C 47 °C 41 °C

60' 46 °C 54 °C 48 °C 42 °C

61' 46 °C 56 °C 48 °C 43 °C

62' 46 °C 58 °C 49 °C 43 °C

63' 47 °C 60 °C 49 °C 44 °C

64' 47 °C 62 °C 50 °C 44 °C

65' 48 °C 63 °C 50 °C 44 °C

66' 48 °C 64 °C 51 °C 45 °C

67' 49 °C 65 °C 51 °C 46 °C

68' 49 °C 66 °C 52 °C 46 °C

69' 50 °C 67 °C 52 °C 47 °C

70' 50 °C 68 °C 53 °C 47 °C

71' 51 °C 69 °C 53 °C 47 °C



TABLE 3


72' 51 °C 69 °C 54 °C 47 °C

73' 52 °C 70 °C 55 °C 48 °C

74' 52 °C 70 °C 55 °C 48 °C

75' 52 °C 71 °C 55 °C 48 °C

76' 53 °C 71 °C 56 °C 48 °C

77' 53 °C 73 °C 56 °C 49 °C

78' 54 °C 73 °C 57 °C 49 °C

79' 54 °C 73 °C 57 °C 49 °C

80' 55 °C 75 °C 58 °C 49 °C

81' 55 °C 75 °C 58 °C 50 °C

82' 56 °C 75 °C 59 °C 50 °C

83' 56 °C 76 °C 59 °C 50 °C

84' 57 °C 77 °C 60 °C 51 °C

85' 57 °C 77 °C 60 °C 51 °C

86' 58 °C 78 °C 60 °C 51 °C

87' 58 °C 78 °C 61 °C 51 °C

88' 58 °C 78 °C 61 °C 51 °C

89' 59 °C 78 °C 62 °C 52 °C

90' 59 °C 79 °C 62 °C 52 °C

91' 59 °C 80 °C 62 °C 52 °C

92' 59 °C 80 °C 63 °C 52 °C

93' 60 °C 80 °C 63 °C 52 °C

94' 60 °C 81 °C 64 °C 52 °C

95' 61 °C 81 °C 64 °C 53 °C

96' 61 °C 81 °C 64 °C 53 °C

97' 61 °C 82 °C 64 °C 53 °C

98' 61 °C 82 °C 65 °C 53 °C

99' 62 °C 82 °C 65 °C 53 °C

100' 62 °C 83 °C 65 °C 53 °C

101' 63 °C 83 °C 66 °C 54 °C

102' 63 °C 83 °C 66 °C 54 °C

103' 63 °C 84 °C 67 °C 54 °C

104' 64 °C 85 °C 68 °C 55 °C

105' 65 °C 87 °C 68 °C 55 °C

106' 66 °C 89 °C 70 °C 56 °C

107' 68 °C 90 °C 71 °C 56 °C



TABLE 3


108' 69 °C 91 °C 73 °C 57 °C

109' 72 °C 92 °C 75 °C 58 °C

110' 73 °C 94 °C 77 °C 59 °C

111' 75 °C 95 °C 79 °C 61 °C

112' 77 °C 96 °C 80 °C 62 °C

113' 78 °C 98 °C 82 °C 63 °C

114' 79 °C 99 °C 84 °C 64 °C

115' 80 °C 100 °C 85 °C 65 °C

116' 82 °C 102 °C 86 °C 66 °C

117' 83 °C 104 °C 88 °C 67 °C

118' 84 °C 106 °C 89 °C 68 °C

119' 85 °C 107 °C 90 °C 70 °C

120' 87 °C 108 °C 92 °C 70 °C

121' 88 °C 109 °C 92 °C 71 °C

122' 89 °C 110 °C 93 °C 72 °C

123' 90 °C 112 °C 95 °C 73 °C

124' 91 °C 114 °C 96 °C 75 °C

125' 92 °C 112 °C 98 °C 76 °C

126' 92 °C 112 °C 99 °C 77 °C

127' 93 °C 113 °C 99 °C 80 °C

128' 94 °C 114 °C 100 °C 81 °C

129' 95 °C 115 °C 101 °C 81 °C

130' 95 °C 116 °C 102 °C 84 °C

131' 97 °C 118 °C 103 °C 86 °C

132' 98 °C 119 °C 105 °C 88 °C

133' 99 °C 121 °C 106 °C 90 °C

134' 100 °C 122 °C 107 °C 91 °C

135' 101 °C 124 °C 108 °C 93 °C

136' 103 °C 126 °C 110 °C 93 °C

137' 103 °C 127 °C 111 °C 95 °C

138' 105 °C 127 °C 112 °C 95 °C

139' 105 °C 127 °C 113 °C 96 °C

140' 106 °C 126 °C 114 °C 98 °C

141' 106 °C 126 °C 115 °C 100 °C

142' 107 °C 127 °C 115 °C 100 °C

143' 108 °C 127 °C 116 °C 102 °C



TABLE 3


144' 109 °C 127 °C 117 °C 102 °C

145' 109 °C 127 °C 118 °C 103 °C

146' 111 °C 127 °C 119 °C 104 °C

147' 112 °C 128 °C 120 °C 105 °C

148' 113 °C 130 °C 121 °C 106 °C

149' 115 °C 131 °C 122 °C 107 °C

150' 116 °C 133 °C 123 °C 107 °C

151' 118 °C 134 °C 125 °C 108 °C

152' 119 °C 135 °C 126 °C 109 °C

153' 120 °C 136 °C 127 °C 110 °C

154' 121 °C 137 °C 128 °C 111 °C

155' 123 °C 139 °C 129 °C 112 °C

156' 124 °C 140 °C 131 °C 114 °C

157' 125 °C 142 °C 132 °C 116 °C

158' 126 °C 142 °C 133 °C 117 °C

159' 127 °C 143 °C 134 °C 119 °C

160' 129 °C 145 °C 135 °C 121 °C

161' 130 °C 145 °C 136 °C 122 °C

162' 130 °C 145 °C 137 °C 124 °C

163' 131 °C 146 °C 138 °C 125 °C

164' 133 °C 147 °C 139 °C 126 °C

165' 133 °C 148 °C 140 °C 127 °C

166' 135 °C 150 °C 142 °C 129 °C

167' 137 °C 152 °C 143 °C 131 °C

168' 139 °C 155 °C 143 °C 133 °C



TABLE 4

Time Tp 11 Tp 12 Tp 13 Tp 14 Tp 15 Tp 16

00' 0 °C 0 °C 0 °C 0 °C 0 °C 0 °C

01' 0 °C 0 °C 0 °C 0 °C 35 °C 70 °C

02' 1 °C 2 °C 1 °C 1 °C 33 °C 71 °C

03' 2 °C 4 °C 1 °C 1 °C 30 °C 61 °C

04' 3 °C 5 °C 2 °C 2 °C 28 °C 52 °C

05' 4 °C 6 °C 3 °C 2 °C 28 °C 47 °C

06' 5 °C 7 °C 3 °C 2 °C 28 °C 54 °C

07' 5 °C 9 °C 3 °C 3 °C 28 °C 57 °C

08' 6 °C 10 °C 4 °C 3 °C 30 °C 58 °C

09' 7 °C 11 °C 4 °C 4 °C 31 °C 59 °C

10' 7 °C 13 °C 5 °C 4 °C 32 °C 58 °C

11' 9 °C 14 °C 6 °C 4 °C 33 °C 60 °C

12' 10 °C 16 °C 6 °C 5 °C 34 °C 62 °C

13' 10 °C 17 °C 6 °C 5 °C 35 °C 63 °C

14' 11 °C 18 °C 7 °C 6 °C 36 °C 58 °C

15' 12 °C 19 °C 8 °C 6 °C 38 °C 53 °C

16' 13 °C 20 °C 9 °C 7 °C 39 °C 49 °C

17' 14 °C 21 °C 10 °C 8 °C 41 °C 47 °C

18' 15 °C 21 °C 12 °C 9 °C 43 °C 47 °C

19' 17 °C 21 °C 14 °C 10 °C 45 °C 48 °C

20' 19 °C 22 °C 15 °C 11 °C 47 °C 49 °C

21' 21 °C 22 °C 17 °C 13 °C 49 °C 50 °C

22' 23 °C 23 °C 20 °C 15 °C 52 °C 51 °C

23' 26 °C 24 °C 23 °C 17 °C 54 °C 51 °C

24' 29 °C 25 °C 26 °C 21 °C 57 °C 52 °C

25' 33 °C 26 °C 29 °C 26 °C 60 °C 53 °C

26' 37 °C 28 °C 32 °C 32 °C 63 °C 54 °C

27' 42 °C 29 °C 35 °C 38 °C 66 °C 56 °C

28' 48 °C 32 °C 39 °C 44 °C 68 °C 58 °C

29' 53 °C 35 °C 41 °C 50 °C 70 °C 59 °C

30' 56 °C 37 °C 45 °C 57 °C 72 °C 62 °C

31' 60 °C 41 °C 49 °C 66 °C 74 °C 65 °C

32' 63 °C 46 °C 52 °C 76 °C 76 °C 68 °C

33' 65 °C 51 °C 56 °C 81 °C 78 °C 71 °C

34' 67 °C 54 °C 59 °C 84 °C 81 °C 74 °C

35' 69 °C 58 °C 62 °C 86 °C 82 °C 77 °C



TABLE 4


36' 71 °C 60 °C 66 °C 86 °C 84 °C 80 °C

37' 73 °C 62 °C 69 °C 86 °C 86 °C 83 °C

38' 75 °C 64 °C 71 °C 86 °C 88 °C 85 °C

39' 77 °C 65 °C 73 °C 86 °C 89 °C 88 °C

40' 78 °C 66 °C 74 °C 87 °C 91 °C 90 °C

41' 78 °C 67 °C 76 °C 87 °C 93 °C 92 °C

42' 79 °C 68 °C 77 °C 87 °C 94 °C 96 °C

43' 79 °C 68 °C 77 °C 86 °C 96 °C 98 °C

44' 80 °C 69 °C 77 °C 87 °C 98 °C 101 °C

45' 80 °C 70 °C 78 °C 87 °C 100 °C 104 °C

46' 80 °C 70 °C 78 °C 87 °C 102 °C 106 °C

47' 80 °C 70 °C 78 °C 87 °C 103 °C 108 °C

48' 81 °C 71 °C 78 °C 87 °C 105 °C 110 °C

49' 81 °C 72 °C 79 °C 87 °C 107 °C 113 °C

50' 81 °C 72 °C 79 °C 87 °C 108 °C 115 °C

51' 82 °C 73 °C 78 °C 87 °C 110 °C 117 °C

52' 81 °C 73 °C 78 °C 88 °C 112 °C 119 °C

53' 82 °C 73 °C 79 °C 87 °C 113 °C 120 °C

54' 82 °C 74 °C 79 °C 88 °C 115 °C 122 °C

55' 82 °C 74 °C 79 °C 88 °C 117 °C 123 °C

56' 82 °C 75 °C 79 °C 88 °C 118 °C 125 °C

57' 83 °C 75 °C 79 °C 88 °C 119 °C 127 °C

58' 82 °C 75 °C 80 °C 88 °C 121 °C 129 °C

59' 83 °C 76 °C 79 °C 89 °C 122 °C 130 °C

60' 83 °C 76 °C 80 °C 88 °C 124 °C 131 °C

61' 83 °C 77 °C 80 °C 89 °C 126 °C 133 °C

62' 84 °C 77 °C 80 °C 89 °C 127 °C 134 °C

63' 84 °C 77 °C 81 °C 88 °C 128 °C 136 °C

64' 84 °C 78 °C 80 °C 89 °C 130 °C 136 °C

65' 83 °C 78 °C 81 °C 89 °C 131 °C 137 °C

66' 84 °C 78 °C 81 °C 89 °C 132 °C 138 °C

67' 84 °C 78 °C 81 °C 89 °C 134 °C 138 °C

68' 84 °C 78 °C 81 °C 89 °C 135 °C 140 °C

69' 84 °C 79 °C 82 °C 89 °C 136 °C 142 °C

70' 84 °C 79 °C 82 °C 89 °C 137 °C 143 °C

71' 84 °C 79 °C 82 °C 89 °C 138 °C 145 °C



TABLE 4


72' 84 °C 79 °C 83 °C 89 °C 139 °C 146 °C

73' 84 °C 79 °C 83 °C 89 °C 140 °C 147 °C

74' 84 °C 80 °C 83 °C 89 °C 141 °C 148 °C

75' 84 °C 80 °C 83 °C 89 °C 142 °C 148 °C

76' 85 °C 80 °C 84 °C 89 °C 142 °C 149 °C

77' 85 °C 80 °C 84 °C 88 °C 143 °C 150 °C

78' 85 °C 79 °C 84 °C 89 °C 145 °C 151 °C

79' 85 °C 80 °C 84 °C 89 °C 145 °C 152 °C

80' 85 °C 81 °C 84 °C 89 °C 146 °C 153 °C

81' 85 °C 81 °C 85 °C 89 °C 147 °C 152 °C

82' 86 °C 81 °C 85 °C 89 °C 148 °C 154 °C

83' 86 °C 81 °C 85 °C 89 °C 149 °C 154 °C

84' 88 °C 82 °C 85 °C 89 °C 150 °C 156 °C

85' 89 °C 82 °C 85 °C 88 °C 151 °C 157 °C

86' 90 °C 83 °C 84 °C 89 °C 152 °C 157 °C

87' 91 °C 83 °C 84 °C 89 °C 152 °C 158 °C

88' 93 °C 82 °C 84 °C 89 °C 153 °C 159 °C

89' 95 °C 83 °C 84 °C 90 °C 154 °C 160 °C

90' 97 °C 84 °C 84 °C 92 °C 155 °C 161 °C

91' 99 °C 84 °C 84 °C 92 °C 156 °C 162 °C

92' 101 °C 84 °C 83 °C 94 °C 156 °C 162 °C

93' 103 °C 85 °C 84 °C 94 °C 157 °C 163 °C

94' 106 °C 85 °C 84 °C 96 °C 158 °C 163 °C

95' 108 °C 85 °C 84 °C 97 °C 159 °C 163 °C

96' 110 °C 85 °C 84 °C 99 °C 159 °C 164 °C

97' 111 °C 86 °C 84 °C 100 °C 160 °C 164 °C

98' 113 °C 87 °C 85 °C 101 °C 161 °C 165 °C

99' 115 °C 88 °C 86 °C 103 °C 162 °C 165 °C

100' 116 °C 88 °C 87 °C 104 °C 162 °C 166 °C

101' 118 °C 89 °C 89 °C 105 °C 163 °C 166 °C

102' 119 °C 90 °C 89 °C 107 °C 163 °C 167 °C

103' 121 °C 91 °C 91 °C 108 °C 164 °C 168 °C

104' 122 °C 91 °C 92 °C 110 °C 165 °C 169 °C

105' 123 °C 92 °C 94 °C 111 °C 166 °C 171 °C

106' 124 °C 93 °C 96 °C 113 °C 167 °C 173 °C

107' 126 °C 94 °C 97 °C 114 °C 168 °C 174 °C



TABLE 4


108' 127 °C 92 °C 99 °C 116 °C 170 °C 175 °C

109' 128 °C 96 °C 100 °C 118 °C 171 °C 176 °C

110' 129 °C 97 °C 102 °C 119 °C 173 °C 178 °C

111' 130 °C 99 °C 103 °C 121 °C 174 °C 179 °C

112' 131 °C 100 °C 105 °C 123 °C 175 °C 180 °C

113' 132 °C 101 °C 106 °C 124 °C 176 °C 181 °C

114' 133 °C 103 °C 107 °C 126 °C 177 °C 183 °C

115' 134 °C 104 °C 109 °C 128 °C 178 °C 183 °C

116' 136 °C 105 °C 110 °C 129 °C 179 °C 185 °C

117' 136 °C 107 °C 112 °C 130 °C 181 °C 185 °C

118' 137 °C 108 °C 113 °C 132 °C 182 °C 187 °C

119' 138 °C 110 °C 114 °C 133 °C 183 °C 187 °C

120' 139 °C 112 °C 116 °C 134 °C 184 °C 189 °C

121' 140 °C 113 °C 117 °C 136 °C 185 °C 190 °C

122' 141 °C 114 °C 118 °C 137 °C 186 °C 191 °C

123' 141 °C 116 °C 119 °C 138 °C 187 °C 192 °C

124' 143 °C 118 °C 120 °C 139 °C 189 °C 193 °C

125' 143 °C 119 °C 121 °C 140 °C 189 °C 194 °C

126' 144 °C 120 °C 123 °C 141 °C 190 °C 195 °C

127' 145 °C 121 °C 123 °C 143 °C 191 °C 196 °C

128' 146 °C 123 °C 124 °C 144 °C 192 °C 197 °C

129' 147 °C 125 °C 125 °C 145 °C 193 °C 198 °C

130' 147 °C 126 °C 127 °C 146 °C 194 °C 199 °C

131' 148 °C 128 °C 127 °C 147 °C 195 °C 200 °C

132' 149 °C 129 °C 128 °C 148 °C 196 °C 200 °C

133' 150 °C 131 °C 129 °C 149 °C 197 °C 201 °C

134' 151 °C 132 °C 130 °C 149 °C 198 °C 202 °C

135' 151 °C 133 °C 130 °C 151 °C 199 °C 202 °C

136' 151 °C 135 °C 131 °C 151 °C 200 °C 204 °C

137' 153 °C 136 °C 132 °C 152 °C 200 °C 204 °C

138' 153 °C 137 °C 133 °C 153 °C 201 °C 205 °C

139' 154 °C 137 °C 134 °C 154 °C 202 °C 206 °C

140' 155 °C 139 °C 135 °C 155 °C 203 °C 207 °C

141' 156 °C 140 °C 136 °C 156 °C 204 °C 208 °C

142' 156 °C 142 °C 137 °C 157 °C 205 °C 209 °C

143' 157 °C 142 °C 138 °C 157 °C 205 °C 209 °C



TABLE 4


144' 158 °C 144 °C 139 °C 158 °C 206 °C 210 °C

145' 158 °C 144 °C 139 °C 159 °C 207 °C 210 °C

146' 159 °C 145 °C 140 °C 160 °C 208 °C 210 °C

147' 159 °C 146 °C 141 °C 160 °C 209 °C 211 °C

148' 161 °C 148 °C 142 °C 161 °C 211 °C 213 °C

149' 161 °C 149 °C 143 °C 162 °C 212 °C 214 °C

150' 161 °C 150 °C 144 °C 163 °C 213 °C 215 °C

151' 163 °C 151 °C 145 °C 164 °C 214 °C 216 °C

152' 164 °C 152 °C 146 °C 164 °C 214 °C 217 °C

153' 164 °C 153 °C 147 °C 165 °C 215 °C 218 °C

154' 165 °C 154 °C 147 °C 166 °C 216 °C 220 °C

155' 166 °C 155 °C 147 °C 167 °C 217 °C 221 °C

156' 167 °C 156 °C 149 °C 168 °C 218 °C 223 °C

157' 167 °C 157 °C 150 °C 169 °C 219 °C 224 °C

158' 168 °C 158 °C 151 °C 170 °C 220 °C 225 °C

159' 169 °C 159 °C 152 °C 170 °C 221 °C 227 °C

160' 170 °C 160 °C 153 °C 171 °C 221 °C 227 °C

161' 170 °C 161 °C 154 °C 172 °C 223 °C 228 °C

162' 171 °C 162 °C 155 °C 173 °C 224 °C 229 °C

163' 172 °C 164 °C 156 °C 174 °C 225 °C 230 °C

164' 173 °C 165 °C 157 °C 174 °C 226 °C 231 °C

165' 173 °C 165 °C 157 °C 175 °C 226 °C 232 °C

166' 174 °C 167 °C 159 °C 176 °C 227 °C 233 °C

167' 175 °C 168 °C 160 °C 177 °C 229 °C 234 °C

168' 176 °C 169 °C 160 °C 178 °C 231 °C 235 °C



TABLE 5


00' 0 °C 0 °C 0 °C 0 °C 0 °C 0 °C

01' 33 °C 11 °C 26 °C 29 °C 24 °C 2 °C

02' 32 °C 16 °C 26 °C 32 °C 25 °C 3 °C

03' 31 °C 15 °C 25 °C 33 °C 25 °C 5 °C

04' 30 °C 14 °C 25 °C 34 °C 24 °C 5 °C

05' 30 °C 14 °C 24 °C 34 °C 24 °C 6 °C

06' 30 °C 14 °C 23 °C 35 °C 24 °C 6 °C

07' 30 °C 13 °C 24 °C 37 °C 24 °C 6 °C

08' 31 °C 14 °C 24 °C 39 °C 24 °C 7 °C

09' 32 °C 14 °C 25 °C 40 °C 25 °C 6 °C

10' 33 °C 15 °C 26 °C 40 °C 26 °C 7 °C

11' 35 °C 16 °C 27 °C 40 °C 26 °C 7 °C

12' 36 °C 16 °C 28 °C 41 °C 28 °C 7 °C

13' 37 °C 17 °C 29 °C 42 °C 28 °C 7 °C

14' 38 °C 18 °C 29 °C 42 °C 29 °C 7 °C

15' 39 °C 18 °C 30 °C 42 °C 30 °C 8 °C

16' 41 °C 20 °C 31 °C 42 °C 31 °C 8 °C

17' 44 °C 21 °C 32 °C 42 °C 31 °C 8 °C

18' 46 °C 23 °C 32 °C 41 °C 32 °C 9 °C

19' 48 °C 24 °C 33 °C 41 °C 32 °C 9 °C

20' 51 °C 25 °C 33 °C 41 °C 33 °C 9 °C

21' 54 °C 27 °C 34 °C 41 °C 33 °C 9 °C

22' 57 °C 28 °C 34 °C 41 °C 34 °C 10 °C

23' 59 °C 30 °C 34 °C 41 °C 34 °C 10 °C

24' 61 °C 32 °C 35 °C 41 °C 35 °C 11 °C

25' 63 °C 34 °C 35 °C 41 °C 35 °C 12 °C

26' 66 °C 36 °C 35 °C 41 °C 35 °C 12 °C

27' 68 °C 39 °C 36 °C 40 °C 35 °C 13 °C

28' 70 °C 42 °C 36 °C 40 °C 35 °C 13 °C

29' 73 °C 46 °C 36 °C 40 °C 36 °C 14 °C

30' 75 °C 49 °C 36 °C 40 °C 36 °C 14 °C

31' 77 °C 53 °C 36 °C 39 °C 36 °C 14 °C

32' 79 °C 56 °C 36 °C 39 °C 36 °C 14 °C

33' 81 °C 60 °C 36 °C 39 °C 36 °C 15 °C

34' 84 °C 63 °C 37 °C 39 °C 36 °C 16 °C

35' 86 °C 66 °C 37 °C 39 °C 36 °C 16 °C



TABLE 5


36' 88 °C 68 °C 37 °C 39 °C 37 °C 17 °C

37' 90 °C 69 °C 37 °C 40 °C 37 °C 17 °C

38' 92 °C 70 °C 37 °C 40 °C 37 °C 18 °C

39' 94 °C 71 °C 37 °C 40 °C 38 °C 18 °C

40' 96 °C 72 °C 38 °C 40 °C 38 °C 19 °C

41' 98 °C 73 °C 38 °C 41 °C 38 °C 20 °C

42' 99 °C 74 °C 38 °C 41 °C 38 °C 20 °C

43' 101 °C 75 °C 38 °C 42 °C 39 °C 21 °C

44' 103 °C 76 °C 39 °C 42 °C 39 °C 21 °C

45' 105 °C 77 °C 39 °C 43 °C 39 °C 22 °C

46' 107 °C 79 °C 40 °C 43 °C 39 °C 23 °C

47' 108 °C 80 °C 40 °C 44 °C 40 °C 23 °C

48' 110 °C 81 °C 40 °C 44 °C 40 °C 24 °C

49' 112 °C 83 °C 41 °C 44 °C 40 °C 25 °C

50' 114 °C 84 °C 41 °C 45 °C 41 °C 25 °C

51' 115 °C 85 °C 41 °C 45 °C 41 °C 26 °C

52' 117 °C 87 °C 42 °C 46 °C 41 °C 26 °C

53' 119 °C 88 °C 42 °C 46 °C 42 °C 27 °C

54' 120 °C 90 °C 43 °C 46 °C 42 °C 27 °C

55' 121 °C 91 °C 43 °C 47 °C 43 °C 28 °C

56' 123 °C 93 °C 44 °C 48 °C 43 °C 28 °C

57' 124 °C 93 °C 44 °C 48 °C 43 °C 29 °C

58' 126 °C 95 °C 45 °C 49 °C 44 °C 29 °C

59' 128 °C 96 °C 45 °C 49 °C 44 °C 30 °C

60' 129 °C 98 °C 46 °C 50 °C 44 °C 31 °C

61' 130 °C 99 °C 46 °C 50 °C 45 °C 31 °C

62' 132 °C 100 °C 46 °C 51 °C 45 °C 31 °C

63' 133 °C 101 °C 47 °C 52 °C 46 °C 32 °C

64' 134 °C 103 °C 47 °C 52 °C 46 °C 33 °C

65' 136 °C 104 °C 48 °C 53 °C 47 °C 33 °C

66' 137 °C 105 °C 48 °C 54 °C 47 °C 34 °C

67' 138 °C 106 °C 48 °C 55 °C 47 °C 34 °C

68' 140 °C 108 °C 49 °C 56 °C 48 °C 35 °C

69' 140 °C 109 °C 49 °C 56 °C 49 °C 35 °C

70' 142 °C 110 °C 49 °C 57 °C 49 °C 36 °C

71' 143 °C 111 °C 50 °C 58 °C 50 °C 36 °C



TABLE 5


72' 144 °C 113 °C 50 °C 59 °C 50 °C 36 °C

73' 146 °C 114 °C 50 °C 60 °C 51 °C 37 °C

74' 147 °C 115 °C 50 °C 61 °C 51 °C 37 °C

75' 148 °C 116 °C 51 °C 62 °C 52 °C 38 °C

76' 149 °C 117 °C 51 °C 63 °C 52 °C 38 °C

77' 150 °C 118 °C 51 °C 64 °C 53 °C 38 °C

78' 151 °C 119 °C 52 °C 65 °C 53 °C 39 °C

79' 152 °C 120 °C 52 °C 66 °C 54 °C 39 °C

80' 153 °C 121 °C 53 °C 67 °C 54 °C 39 °C

81' 153 °C 122 °C 53 °C 67 °C 54 °C 39 °C

82' 154 °C 123 °C 54 °C 68 °C 54 °C 40 °C

83' 156 °C 124 °C 54 °C 68 °C 55 °C 40 °C

84' 156 °C 125 °C 54 °C 69 °C 55 °C 41 °C

85' 157 °C 126 °C 55 °C 70 °C 56 °C 41 °C

86' 158 °C 127 °C 55 °C 70 °C 56 °C 42 °C

87' 159 °C 128 °C 55 °C 70 °C 57 °C 42 °C

88' 160 °C 129 °C 56 °C 71 °C 57 °C 42 °C

89' 160 °C 130 °C 56 °C 71 °C 57 °C 43 °C

90' 162 °C 130 °C 57 °C 72 °C 58 °C 43 °C

91' 162 °C 131 °C 57 °C 72 °C 58 °C 43 °C

92' 163 °C 132 °C 57 °C 72 °C 59 °C 44 °C

93' 164 °C 133 °C 57 °C 73 °C 59 °C 44 °C

94' 165 °C 133 °C 58 °C 73 °C 59 °C 44 °C

95' 165 °C 134 °C 58 °C 74 °C 61 °C 45 °C

96' 166 °C 135 °C 59 °C 74 °C 61 °C 45 °C

97' 166 °C 136 °C 59 °C 74 °C 61 °C 45 °C

98' 167 °C 136 °C 60 °C 74 °C 62 °C 45 °C

99' 168 °C 137 °C 60 °C 74 °C 61 °C 45 °C

100' 169 °C 137 °C 60 °C 74 °C 62 °C 46 °C

101' 169 °C 138 °C 60 °C 75 °C 62 °C 46 °C

102' 170 °C 139 °C 60 °C 75 °C 63 °C 46 °C

103' 170 °C 140 °C 61 °C 76 °C 63 °C 47 °C

104' 171 °C 141 °C 62 °C 76 °C 63 °C 47 °C

105' 172 °C 141 °C 62 °C 78 °C 63 °C 47 °C

106' 174 °C 142 °C 63 °C 79 °C 64 °C 47 °C

107' 175 °C 144 °C 65 °C 79 °C 65 °C 47 °C



TABLE 5


108' 177 °C 145 °C 66 °C 80 °C 66 °C 47 °C

109' 178 °C 146 °C 67 °C 81 °C 66 °C 48 °C

110' 180 °C 147 °C 69 °C 82 °C 68 °C 48 °C

111' 181 °C 148 °C 70 °C 83 °C 69 °C 48 °C

112' 183 °C 149 °C 71 °C 85 °C 70 °C 48 °C

113' 184 °C 151 °C 72 °C 86 °C 72 °C 49 °C

114' 185 °C 152 °C 73 °C 87 °C 73 °C 50 °C

115' 186 °C 153 °C 74 °C 88 °C 73 °C 50 °C

116' 188 °C 154 °C 75 °C 89 °C 75 °C 50 °C

117' 189 °C 155 °C 77 °C 89 °C 76 °C 51 °C

118' 190 °C 156 °C 77 °C 90 °C 76 °C 52 °C

119' 191 °C 157 °C 79 °C 91 °C 78 °C 52 °C

120' 192 °C 157 °C 80 °C 92 °C 79 °C 52 °C

121' 193 °C 158 °C 80 °C 93 °C 80 °C 53 °C

122' 194 °C 159 °C 81 °C 93 °C 81 °C 53 °C

123' 195 °C 160 °C 82 °C 94 °C 82 °C 53 °C

124' 197 °C 161 °C 83 °C 98 °C 83 °C 54 °C

125' 197 °C 162 °C 84 °C 98 °C 84 °C 54 °C

126' 198 °C 163 °C 86 °C 98 °C 86 °C 55 °C

127' 199 °C 165 °C 87 °C 98 °C 87 °C 56 °C

128' 200 °C 166 °C 87 °C 99 °C 88 °C 56 °C

129' 201 °C 166 °C 88 °C 100 °C 89 °C 57 °C

130' 202 °C 168 °C 89 °C 101 °C 90 °C 57 °C

131' 203 °C 169 °C 91 °C 102 °C 90 °C 58 °C

132' 204 °C 171 °C 92 °C 103 °C 91 °C 58 °C

133' 205 °C 172 °C 92 °C 104 °C 92 °C 58 °C

134' 206 °C 173 °C 94 °C 105 °C 93 °C 58 °C

135' 207 °C 175 °C 95 °C 106 °C 94 °C 59 °C

136' 208 °C 176 °C 96 °C 108 °C 95 °C 59 °C

137' 209 °C 176 °C 96 °C 109 °C 96 °C 59 °C

138' 210 °C 177 °C 97 °C 110 °C 97 °C 60 °C

139' 211 °C 178 °C 98 °C 110 °C 98 °C 60 °C

140' 212 °C 178 °C 99 °C 110 °C 98 °C 59 °C

141' 212 °C 179 °C 99 °C 110 °C 100 °C 59 °C

142' 213 °C 180 °C 100 °C 110 °C 100 °C 58 °C

143' 214 °C 182 °C 101 °C 111 °C 101 °C 58 °C



TABLE 5


144' 215 °C 182 °C 101 °C 111 °C 101 °C 58 °C

145' 215 °C 183 °C 102 °C 112 °C 102 °C 58 °C

146' 216 °C 184 °C 102 °C 113 °C 102 °C 58 °C

147' 218 °C 185 °C 103 °C 113 °C 103 °C 59 °C

148' 219 °C 187 °C 104 °C 114 °C 105 °C 59 °C

149' 222 °C 188 °C 105 °C 116 °C 106 °C 59 °C

150' 225 °C 189 °C 106 °C 117 °C 107 °C 59 °C

151' 228 °C 190 °C 107 °C 119 °C 109 °C 60 °C

152' 231 °C 191 °C 107 °C 119 °C 112 °C 60 °C

153' 233 °C 192 °C 108 °C 121 °C 115 °C 60 °C

154' 235 °C 194 °C 109 °C 122 °C 117 °C 61 °C

155' 237 °C 195 °C 110 °C 122 °C 118 °C 61 °C

156' 240 °C 197 °C 111 °C 124 °C 120 °C 62 °C

157' 241 °C 198 °C 112 °C 124 °C 120 °C 64 °C

158' 242 °C 199 °C 112 °C 126 °C 121 °C 67 °C

159' 243 °C 199 °C 113 °C 126 °C 121 °C 71 °C

160' 245 °C 201 °C 115 °C 128 °C 122 °C 74 °C

161' 246 °C 201 °C 115 °C 128 °C 123 °C 78 °C

162' 247 °C 202 °C 116 °C 129 °C 125 °C 80 °C

163' 248 °C 203 °C 117 °C 129 °C 127 °C 83 °C

164' 251 °C 204 °C 118 °C 131 °C 128 °C 85 °C

165' 252 °C 205 °C 118 °C 131 °C 129 °C 86 °C

166' 253 °C 206 °C 120 °C 132 °C 129 °C 88 °C

167' 256 °C 208 °C 121 °C 133 °C 131 °C 90 °C

168' 258 °C 209 °C 124 °C 134 °C 133 °C 92 °C


D. TECHNICAL SPECIFICATIONS PROVIDED BY THE TEST SPONSOR.


100

0 x

800

mm

.Fir

e D

amp

er


250

x 2

00

mm

.Fir

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amp

er


Trade Name: Astro FR Silicone

Fire Rated Silicone Sealant

Fire resistance testing to EN 1366-4 EI 300 and BS 476 240mins.

Fire Classification to EN 13501-2.

Acoustic Isolation to EN 10140 to 38dB.

Air Permeability testing to EN 1026 to 600Pa. Weathering testing to ISO 11431.

Fire rated up to 4 hours in both horizontal and vertical joints.

Can be used in joints up to 50mm wide.

Causes no known deleterious effects to plastic

pipes, plastic cables, sheathing or metallic components.

Certifire Accreditation.

Descr ipt ion

Astro Fire Rated Silicone is a high performance sealant for use in fire sealing joints and gaps up to 50mm wide.

A neutral curing, odourless fire rated silicone sealant with excellent weatherability and flexibility.

The sealant is primerless and offers a 4-hour fire rating to EN1366-4 and BS476 part 20 & 22 and up

to 4 hours integrity with a life expectancy of over 30 years.

Other features include Low Smoke and Toxicity.

Halogen free, ozone and radiation resistant.

Non-slump, easy to apply and tool off. Contributes to Green Building.

Joint movement capability of +/- 25%. Highly flexible and waterproof.

Resists fungi and vermin.

Appl icat ion and Performance Data

This one-part fire rated sealant has excellent adhesion to porous and non-porous substrates and can be used for fire protection sealing of curtain walling, building facades, expansion joints, door frames and block work walls etc.

Performance Data for FR Silicone Sealant


Propert ies

Avai lab i l i ty

Astro FR Silicone Sealant is supplied in rigid 310ml cartridge format for use with an applicator gun.

Name Dimensions Colour Product Code

Astro FR Silicone 310ml cartridge White AFFRSW

To Order & Spec i fy

Please quote - Quantity / Trade Name / Product Ref. Typical example:-

10 / Astro FR Sealant / AFFRSW

Fire Test or Assessment Reports


Fire resistance testing to EN 1366-4 EI 300 and BS 476 240mins.

Fire Classification to EN 13501-2. Acoustic Isolation to EN 10140 to 38dB.

Certifire 3rd. Party Accreditation.

Air Permeability testing to EN 1026 to 600Pa.

Weathering testing to ISO 11431.

FR Silicone is manufactured in the EU, meeting the highest quality standard in compliance with BS EN ISO 9001:2008.

For specific fire insulation ratings contact Astroflame

In sta l l a t ion

Clean all joints free from dust, oil and grease and mask surrounding surfaces if necessary

Ensure gap is filled using one of the backing materials from the performance table (above). Fill gap to the required depth, tool off for a smooth finish. Minimum depth to be 6mm

For further information see Installation Sheet.

Heal th and Safety

See COSHH datasheet for full details.

Environmenta l Impact

Fire Rated Silicone contributes to a Green Building:- Low VOC (air quality).

No Power Tools required for installation (no energy source required). Dust free.

Low Ozone Depletion Potential (ODP).

Low Global Warming Potential (GWP). No water pollution.

Smoke and Air Tightness. Noise Reduction.

Thermal Insulation. Recycling of Packaging.

Avoidance of Air Filtration. Does not emit halogenated by-products.

Contains no raw materials known to have an estrogenic effect. The life cycle of FR Silicone is over 30 years.

As part of our policy of ongoing improvements, we reserve the right to modify, alter or change product specifications without giving notice. Product illustrations are representations only. All information contained in this document is provided for guidance only, and as ASTROFLAME FIRESEALS LTD has no control over the installation methods of the products, or of the prevailing site conditions, no warranties expressed or implied are intended to be given as to the actual performance of the products mentioned or referred to, and no liability whatsoever will be accepted for any loss, damage or injury arising from the use of the information given of products mentioned or referred to herein.

The above information to the best of our knowledge is true and accurate and based upon current test data and is supplied for your guidance only. Customers should satisfy themselves to the suitability of the product in its intended use and no guarantee is given or implied since the conditions of actual use are beyond our control. ASTROflame (Fireseals) Ltd, disclaim any liability for loss, damage or other expense arising from the use of information, data or products mentioned or referred to and reserve the right to change any details or specifications without notice.

Astroflame (Fire Seals) Ltd. Intumescent House Unit 8, The IO Centre, Stephenson Road, Segensworth


FAREHAM, ENGLAND PO15 5RU

tel 0800 023 2482 (01329 844500)

fax 0800 023 2483 (01329 844600)

intl tel +44 1329 844500 fax +44 1329 844600

email [email protected]

Homepage.


MALZEME GRUBU/Material Group: EMPRENYE YANMAZ SÜNGER

MALZEME ADI/Material Name: 70 DNS EMPRENYE YANMAZ SÜNGER

KALINLIK (mm) 0,5-3 3-6 6-30 30-120

TOLERANSLAR (mm) - ±0,5 ±1 ±1,5

TDS.002/25.12.2013/01

95/28/EC Annex VI:1995

/ 7.4.1

95/28/EC Annex V:1995 /

7.3.1

ALEV DAYANIMI (FIRE RESISTANCE)

ALEV DAYANIMI (FIRE RESISTANCE)

ALEV DAYANIMI (FIRE RESISTANCE) mm/ dk

mm/ dk

mm/ dk

PASS

PASS

TEKNİK DATA / TECNİCAL DATA SHEET TDS NO

ARS PYR 70 TDS.002

Özellikler/Properties Birim/Unit Değer/Value Standart/Standart

95/28/EC Annex IV:1995

/ 7.2.1

YOĞUNLUK (DENSITY) Kg / m3 70 +/- 10 ISO 1855

ÇEKME MUKAVEMETİ (TENSILE STRENGTH) Kpa >30 ISO 1798

DIN 7168 BOYUTSAL ÖLÇÜMLER İÇİN GENEL TOLERANSLAR. Aksi

belirtilmedikçe genel toleranslar geçerlidir.

UZAMASI (ELONGATION ) % >50 ISO 1798

ALEV DAYANIMI (FIRE RESISTANCE) mm/ dk SE MVSS302

PASS

HAZIRLAYAN-Prepared By ONAYLAYAN-Approved By


Pyroplex Limited, The Furlong, Droitwich, Worcestershire WR9 9BG, UK[t] +44 [0]1905 795432 [f] +44 [0]1905 791878 [e] [email protected] www.pyroplex.com

Product Data

Application: Fire resisting doorsetFire resistance period: 30 to 120 minutesInsulation/integrity: IntegrityTest standard: BS 476: Part 22: 1987Approval type: Certifire CF355

Field of application Pyroplex® Flexible Door Seals have been specifically designed for use in the following applications:

• Surface mounted applications.

• For use single and double action leaf doors.

• Insulated and non-insulated steel doors and frame.

• New build and retro-fit applications.

Product features• Pyroplex® intumescent material is high-pressure and

multi-directional.

• Supplied with a high grade self-adhesive backing for ease of application and installation.

• Supplied on continuous reels for dispensing applications.

• Requires no additional coatings to extend its long-term durability.

• Identification on each product ensures full traceability.

• Quick and easy to fit with no special tools required.

• Pyroplex® intumescent material is totally unaffected by water, robust, ‘non-flaking’ and difficult to tear.

• Polymer cover enhances appearance and is available in six standard colours – brown, white, black, grey, red and cream.

Product data

Installation instructions1. Clean the substrate to remove surface oils, failure to remove

surface greases may result in a delamination or poor adhesion to the substrate.

2. Remove the self-adhesive backing liner from the intumescent and apply the product to the substrate.

3. To achieve excellent adhesion seals must be applied to clean, dry surfaces at temperatures between +5°C and +40°C.

Quality approval Pyroplex Limited has a Quality Management System that meets the requirements of ISO 9001:2008, and is independently verified by BSI Quality Assurance under Certificate No. FM10371. Copies of this approval are available on request.

Other information The information contained herein is based upon the present state of our knowledge. Recipients of our Pyroplex® products must take responsibility for observing existing laws and regulations.

Due to our policy of continuous improvement Pyroplex Limited reserves the right to amend specifications without prior notice.

Prod

uct

prof

ile

QUIC

K VI

EW

Pyroplex® Flexible Door Seals provide a permanent seal for fire rated timber and metal door edges and frames. They are suitable for rebates in timber door leafs or frames or the surface of metal door leafs or frames.

Pyroplex® Flexible Door Seals are ideal for new build and retro-fit applications. They are supplied with a coloured polymer cover in a continuous coil to minimise wastage and are quick and easy to fit as no special tools are required. They are supplied with a high grade acrylic self-adhesive tape backing for ease of application.

Pyroplex® Flexible Door Seals are tested to BS 476: Part 22: 1987 and other international standards and are compliant with the requirements given in Certifire TS35.

Certifire Certificate No. CF355.

Fire Door Seals – Flexible

Flexible

N.B. All seals have an adhesive strip

Part no. Profile size [mm] Metres on coil Indicative fire resistance

8979 10 x 2.5 150m 30 mins

8989 10 x 4.0 150m 30 mins

8980 15 x 2.5 150m 30 mins

8981 20 x 2.5 100m 60 mins

8988 25 x 2.5 100m 60 mins

8986 30 x 2.5 75m 60-90 mins

8983 40 x 2.5 50m 90-120 mins

Issue_3/0411 CF355


Pyroplex® Limited, The Furlong, Droitwich, Worcestershire WR9 9BG, UK[t] +44 [0]1905 795432 [f] +44 [0]1905 791878 [e] [email protected] www.pyroplex.com

Technical Data

Material Safety Data

Application temperature: To be confirmed.

Life cycle: 10 years, providing the seal is installed in accordance with the requirements given in this guidance notes.

Maintenance and installation recordsAs this product is not subject to routine and replacement programmes, Pyroplex Limited recommend that all firestopping materials are checked on a regular basis to ensure that the product remains integral. Replace and fit any damaged components to reinstate the fire resistance of the timber door set.

Product guarantee and traceability Providing the product is installed in accordance with the requirements of the guidance document the product is guaranteed for a period of 10 years. All Pyroplex® products are identified with a unique reference number for traceability purposes.

Technical support and guidanceShould you require any further information regarding this product please contact Pyroplex Limited or visit our website, www.pyroplex.com

Product testingThe Pyroplex® range of Flexible Seals have been extensively tested in the UK, Europe and worldwide, to national and international standards. Tested to BS 476 Part 22: 1987 and other international standards. Compliant with the requirements given in Certifire TS35 – Certificate No. CF355.

Technical dataChemical composition: The active element is high-pressure forming, multi-directional expandable graphite contained within a high performance durable polymer.

Adhesive performance: Adhesive type: High performance modified acrylic.

Thickness: 205 microns.

Temperature resistance: +200°C short term, +100°C long term.

Tensile strength: >30N/15mm.

Elongation: 50%.

Humidity resistance: Very good.

Solvent resistance: Very good.

Ageing resistance: Very good.

Composition/information on ingredientsChemical nature: Thermoplastic element composition containing intercalated graphite in a synthetic compound with the addition of fillers and process oils. Encapsulated in an elastomeric polymer for aesthetic finish. Supplied with an acrylic self-adhesive backing.

Possible hazardsPrinciple hazards: Not subject to decree of hazardous substances.

Critical hazard to man and environment: Not applicable.

First aid measuresOn skin contact: Not applicable.

On contact with eyes: Not applicable.

On ingestion: Not applicable.

If inhaled: Not applicable.

Fire fighting measuresPyroplex® intumescent material is self-extinguishing.

Suitable extinguishing media: Water, foam, powders and dry extinguishing media.

Special protective equipment: Suitable forms of PPE [personal protective equipment]. Avoid inhalation of smoke or fumes.

In the event of fire, contact the appropriate emergency services for assistance.

Accidental release measuresPersonal precaution: Not applicable.

Environmental precaution: Not applicable.

Methods for cleaning up: No special measures necessary.

Handling and storageHandling: No special requirements.

Storage: Store in a cool, dry place [not above +35°C] and ensure sufficient ventilation.

Exposure controls and personal protectionRespiratory protection: None normally required.

Hand protection: Not applicable.

Eye protection: Not applicable.

Skin protection: Not applicable.

Physical and chemical properties

Stability and reactivityConditions to be avoided: Thermal decomposition above +300°C.

Hazardous decomposition products: Thermal decomposition, fumes contain Hydrogen Chloride. However, the activated graphite is effective at removing aromatic particles from smoke emissions.

Toxicological informationAcute toxicity: Not applicable in solid state.

Ecological informationGeneral advice: Observe the legal provisions regarding the prevention of ground water and surface water as well as air. Do not discharge product into natural waters without pre-treatment.

Disposal considerationsRecommendations: Disposal by means in accordance with local regulations e.g. suitable deposition.

Transport informationTransport hazards: No regulations apply for the transport of this material. Not classified as hazardous for road, rail, sea or air transport.

Regulatory information

Intumescent element Solid

Colour All colours

Odour Acidic

Labelling according to EEC directives

National legislation/regulations Not applicable

VbF classifications None

Water hazard class Not applicable

Issue_3/0411 CF355


CE1N4620en 07.06.2013 Building Technologies

4620

OpenAirTM

Actuators for Fire and Smoke Protection Dampers

GNA126.1E/...GNA326.1E/...

• Electric motor driven actuators for 2-position control, nominal torque 7 Nm, with spring return to failsafe position, mechanically adjustable span between 0...90°, prewired with 0.9 m long connecting cables

• Operating voltage AC 24 V / DC 24…48 V or AC 230 V • Optional temperature monitoring unit with 3 thermal cutouts (72 °C) and

test button • Fixed auxiliary switches for switching points 5° and 80° • Rigid connection between actuator and damper shaft

Use

For the control of fire and smoke protection dampers.

• Nominal torque of 7 Nm for damper surfaces up to about 1.0 m2 (friction-dependent) • In fire protection sections of plant where, in the event the thermal fuse cuts out at a

duct or ambient temperature of 72 °C, or in case of a power failure, the actuator must travel to the failsafe position (zero position)


2/10

Siemens Actuators for fire and smoke protection dampers GNA126.1E/.., GNA326.1E/.. CE1N4620en Building Technologies 07.06.2013

Functions

• Direction of rotation (clockwise or counterclockwise) determined by the way the actuator is mounted on the damper shaft

• When operating voltage is applied, the actuator travels toward the 90° position

• If the thermal fuse cuts out at a duct or ambient temperature of 72 °C (Optional: 95 °C), the return spring drives the actuator to the failsafe position (0°)

• In the event of a power failure or if the operating voltage is turned off, the return spring drives the actuator to the failsafe position (0°)

The actuator is equipped with an automatic switch-off mechanism.

The position indicator located on the shaft adapter shows the rotational angle position of the damper blade.

• When dead, the actuator can be driven to any angular position using a hex wrench and can then be secured with a screwdriver

• The actuator returns to its zero position when mechanically delocked with a hex wrench (turning toward "90° - opening") or by applying power for a short moment

Square shafts 10 x 10 or 12 x 12 mm.

Type summary

Operating voltage

Auxiliary switches With temperature

monitoring unit Without temperature

monitoring unit

AC 24 V

DC 24…48 V Fixed switching points at 5° and 80°

GNA126.1E/T10 GNA126.1E/T12

GNA126.1E/10 GNA126.1E/12

AC 230 V Fixed switching points at 5° and 80° GNA326.1E/T10 GNA326.1E/T12

GNA326.1E/10 GNA326.1E/12

Due to the mounting choices depending on the direction of rotation and the shaft length, shaft adapter with position indicator and other mounting accessories are shipped unassembled together with the actuator.

The actuators come with 0.9 m long prewired connecting cables. The cable length to the ready fitted temperature monitoring unit is 0.9 m.

Designation Type reference Data sheet / mounting instruction

Duct tip to temperature monotoring unit

ASK79.4 / 72 °C

ASK79.5 / 95 °C N4620 / M4610

Equipment combinations

The damper actuators can be used with all types of controllers having a 2-position output and delivering a switching voltage of AC 24 V / DC 24…48 V or AC 230 V.

Basic functions

Rotary movement

Failsafe function

Behavior in the event the damper is blocked

Position indication

Manual adjustment when actuator is dead

Rigid connection

Delivery

Connecting cables

Accessories


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Technical design

The brushless DC motor ensures accurate speed control, torque monitoring for protecting the actuator and the air damper, and provides a reliable failsafe function.

Mechanical spring ensure the failsafe function.

Mechanical design

Robust, lightweight all metal housing made from die-cast aluminium which guarantees a long service life even under extreme environmental conditions.

Maintenance- and noise-free gear train with stall and overload protection for the life of the actuator.

The spring has a factory-set preload of 5° to ensure tight shutoff for the fire and smoke protection dampers.

A hole with a screw in the center of the actuator allows manual setting of the gears. A hex wrench is supplied.

A perforated bracket with pin available, depending on the way the actuator is fixed.

All actuators come with prewired 0.9 m long connecting cables.

The actuators can be mounted on either side depending on the required direction of rotation. All setting and operating elements are available on both sides of the actuator.

Fixed switching points at 5° and 80°.

Use

The temperature monitoring unit is ready connected to the actuator and is used for forced control of motorized fire and smoke protection dampers should excessive temperatures occur. Mode of operation

The temperature monitoring unit contains 3 thermal fuses, two for monitoring the duct temperature and 1 for the ambient temperature. If the temperature at any of these fuses exceeds the level of 72 °C (Optional: 95 °C), the power supply will be irreversibly cut. As a result, the return spring will drive the actuator to the failsafe position. A test button is integrated for making functional checks. When pressed, the current path will be cut.

LED functions

Red = Operating voltage OK. Thermo sensor defect

Green = Operating voltage OK Thermo sensor OK

Dark = No operating voltage

Drive motor

Spring return mechanism in the event of power failure

Basic components

Housing

Gear train

Spring preload

Manual adjustment

Mounting bracket

Electrical connection

Note

Auxiliary switches

Temperature monitoring unit

Setting and operating elements


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Refer to "Technical design" and "Commissioning notes" in this Data Sheet.

1 Housing

2 Angle of rotation scale 0°...90°

3 Hexagon socket for manual override

4 Connecting cable for power supply

5 Connecting cable for auxiliary switches

6 Stop shaft for gear train

7 Position indicator

8 Shaft adapter

9 Locking ring for shaft adapter

10 Adapter for position indicator

11 Temperature monitoring unit

12 Pin

13 Mounting bracket

14 Hex wrench for manual override

8 9

10 7

Engineering notes

Arrangement for shaft adapters

STOP


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The basic system data for the control systems in use contain all engineering notes. Read all the engineering notes before mounting, wiring and commissioning the damper actuator and pay special attention to all safety instructions.

These damper actuators must be used on applications as described in the basic system data documents for the relevant control systems. Additionally, all actuator-specific features and rules must be observed as described in the brief description on the front page of this Data Sheet (bold print) and in "Use", "Engineering notes", and "Technical data".

All paragraphs marked with the special warning triangle as illustrated on the left contain additional safety instructions and limitations that must be observed under any circum-stances to avoid physical injuries or damage to equipment.

These actuators must be used with safety extra low-voltage (SELV) or protection by extra low-voltage (PELV) in accordance with HD 384.

The actuators are double-insulated and do not provide a connection for protective ground.

Use either mains voltage or safety extra low-voltage for auxiliary switches “A” and “B”. Do not mix the 2 for operation. Operation with different phases is not permitted.

Do not open the actuator! The actuator is maintenance-free. Maintenance work may only be carried out by the manufacturer. Electric parallel connection of the same types of actuator is permitted provided operating voltage is within the required tolerance. Voltage drops on the supply lines must be taken into consideration

• Use safety isolating transformers with double insulation conforming to EN 60 742. The transformers must be suited for 100 % duty • Observe all local safety rules and regulations relating to the sizing and protection of transformers • Determine the transformer’s size by adding up the power consumption in VA of all actuators used

Refer to "Commissioning notes" and "Internal diagram" as well as to the plant diagram.

Mounting notes

For detailed information on the correct preparation of the actuator, refer to Mounting Instructions GNA…1E/.. M4620. The actuator must be fitted to the fire and smoke protection damper as specified by the OEM. Shaft adapter and other accessory items come unassembled, since their assembly depends on the direction of rotation and the length of the shaft (refer to “Technical design“).

In order to comply with the requirements of IP54 (temperature monitoring unit has IP54), the following mounting conditions must be satisfied:

• Always mount the actuator vertically (cable entry at the bottom) in the case of air dampers with horizontal shafts • When the actuator is mounted directly on the damper shaft, the mounting angle may be a maximum of +/–45°

If the actuator is mounted directly on the damper shaft, the mounting bracket / pin must be used. The insertion depth for the shaft into the housing must be sufficient.

For information on minimum length and diameter of the damper shaft, refer to "Technical data".

Correct use

Power supply AC 24 V DC 24…48 V

Power supply AC 230 V

Auxiliary switches “A”, “B”

Warning, maintenance

Parallel connection of actuators

Sizing transformers for AC 24 V

Wiring and commissioning

Mounting instructions

Housing protection

Mounting bracket / pin

Damper shafts


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The actuator is supplied with a 5° spring preload to ensure a certain closing pressure for the air damper.

If required, the angle of rotation can be limited in increments of 5° for the entire correcting span by placing the shaft adapter in the respective position.

The temperature monitoring unit is to be fitted to the duct wall or the damper housing using 2 self-tapping screws of 3.5 mm diameter. The enclosed drilling template facilitates mounting. When mounting, it must be ensured that the thermal fuse is fully exposed to the airflow.

Commissioning notes

All information required for commissioning is contained in the following pieces of documentation: • The present Data Sheet N4620 • Mounting Instructions M4620 • Plant diagram

• Check to ensure that all permissible values as specified in "Technical data" are observed

• Check for proper mounting to ensure that all mechanical settings are in accordance with plant-specific requirements. In addition, ensure that the air dampers are shut tight when in the fully closed position • Fasten the actuator securely to avoid side load • Check the direction of rotation by turning the gearing with a hex wrench in accordance with the Mounting Instructions

• Check to ensure that the cables are connected in accordance with the plant wiring diagram • Operating voltage AC 24 V / DC 24…48 V (SELV / PELV) or AC 230 V must be within the tolerance • Auxiliary switches "A" and "B" change over when the actuator reaches the respective positions

Functional check on site: Press the button to simulate overtemperature. This simulates the response of the fuse, enabling you to check the proper functioning of the actuator. In plant equipped with a fire alarm device BAM, fire alarm will be triggered. Appropriate measures must be taken before the functional check is made.

Spring preload

Mechanical limitation of the rotational angle


References

Environmental conditions

Mechanical check

Electrical check

Temperature

monitoring unit


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Technical data

Operating voltage AC / frequency Operating voltage (DC) Power consumption GNA126.1: when running

when holding Safety class

AC 24 V ±20 % / 50/60 Hz DC 24...48 V ±20 % AC: 5 VA / 3.5 W / DC: 3.5 W AC/DC: 2 W III to EN 60 730

Operating voltage / frequency Power consumption GNA326.1: when running

when holding Safety class

AC 230 V ±15 % 50/60 Hz 7 VA / 4.5 W 3.5 W II to EN 60 730

Nominal torque Maximum torque (blocked) Nominal angle of rotation / maximum angle of rotation Running time for nominal angle of rotation 90°

(motor operation) Closing with spring return (on power failure)

7 Nm 21 Nm 90° / 95° ± 2° 90 s 15 s

AC power supply Switching voltage Nominal current res./ind. Life: 6 A res., 2 A ind. without load DC power supply Switching voltage Nominal current Electric strength auxiliary switch against housing

AC 24...230 V 6 A / 2 A 104 cycles 106 cycles DC 12..30 V DC 2 A AC 4 kV

Switching hysteresis Factory switch setting

Switch A Switch B

2° 5° 80°

Power supply line AC 24 V (wires 1-2) AC 230 V (wires 3-4) Auxiliary switch cable (wires S1…S6) Standard length

2 x 0.75 mm2 2 x 0.75 mm2 6 x 0.75 mm2 0.9 m

Housing (actuator only) IP54 to EN 60 529

Operation / transport Temperature Humidity (non-condensing)

IEC 721-3-3 / IEC 721-3-2 −32...+50 °C / −32...+50 °C < 95 % r.h. / < 95 % r.h.

Product safety: automatic electrical controls for household and similar use

Electromagnetic compatibility (EMC): Immunity for all models Emissions for all models

Conformity to: EMC-directive

Low-voltage directive C-Tick Conformity to:

Emissions

EN 60 730-2-14 (mode of action type 1) IEC/EN 61 000-6-2 IEC/EN 61 000-6-3 2004/108/EEC 2006/95/EEC AS/NZS 61000-6-3

Actuator W x H x D (see "Dimensions") Damper shaft: square min. shaft length

81 x 178 x 63 mm 10x10, 12x12 mm 20 mm

Power supply AC 24 V DC 24...48 V (SELV/PELV)

Power supply AC 230

Mechanical data

Auxiliary switches

Connecting cables (halogen free)

Degree of protection

Environmental conditions

Standards and directives

Dimensions


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Without packaging: GNA126.1E/T... GNA326.1E/T… GNA126.1E/.... GNA326.1E/....

1.3 kg 1.4 kg 1.2 kg 1.3 kg

Connecting cable (halogen free) Switching temperature for sizing Temperatur tolerance Tf1, Tf2, Tf3 Safety class Degree of protection Ambient temperature / storage temperature Ambient humidity Maintenance Weight

0.9 m long (2 x 0.5 mm2) Tf1: outside the duct 72 °C Tf2: inside the duct 72 °C Tf3: inside the duct 72 °C 72 °C +0 °C/–2 °C III (safety extra-low voltage) IP54 –20…+50 °C/–20…+50 °C KL D to DIN 40040 maintenance-free 0.1 kg

Diagrams

AC 24 V DC 24…48 V(SELV/PELV)

AC 230 V

All wires are color-coded and labeled

Wire designations Connection

Cable Meaning

Code No. Color Abbreviation

Actuators G 1 red RD System potential AC 24 V / DC 24…48 V

AC 24 V

DC 24…48 V G0 2 black BK System neutral

Actuators L 3 brown BN Line AC 230 V

AC 230 V N 4 blue BU Neutral

Auxiliary Q11 S1 grey/red GYRD Switch A input

switch Q12 S2 grey/blue GYBU Switch A normally-closed contact

Q14 S3 grey/pink GYPK Switch A normally-open contact

Q21 S4 black/red BKRD Switch B input

Q22 S5 black/blue BKBU Switch B normally-closed contact

Q24 S6 black/pink BKPK Switch B normally-open contact

Weight

Temperature monitoring unit (ready connected to actuator GNA..26.1E/T..)

Internal diagram GNA126.1E/T..

GNA326.1E/T..


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Connection diagram

AC 24 V DC 24…48 V (SELV/PELV)

N Controller

Y 2-position actuator

SP System potential

SN System neutral

AC 230 V

N Controller

Y 2-position actuator

L Live

N Neutral conductor

GNA126.1E/T..

GNA326.1E/T..


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Dimensions

Actuator

141

178

28

60 81

19

113

TaptiteM6 x 16

4620

M01

12

10,6 20

180

5Ø

10,5

Ø

2

168

8/10/12/15

LED function Red = Operating voltage OK Thermo sensor defect

Green = Operating voltage OK Thermo sensor OK

Dark = No operating voltage

Dimensions in mm


2005 - 2006 - 2012 - 2013 Siemens Switzerland Ltd. Subject to alteration


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