1、 KSKSKSKS KSKSKSK KSKSKS KSKSK KSKS KSK KS KS F ISO 9705 KS F ISO 9705 :2009 2009 10 15 http:/www.kats.go.krKS F ISO 9705:2009 : ( ) ( ) ( )ANC ( ) ( ) : (http:/www.standard.go.kr) : : 2009 10 15 2009-0625 : : ( 02-509-7290) (http:/www.kats.go.kr). 10 5 , . KS F ISO 9705:2009 Fire testsFull-scale ro
2、om test for surface products 1993 1 ISO 9705, Fire testsFull-scale room test for surface products , , . , . . . , , . . 1 1 . . , . , , , , . , . 2 . . ( ) . KS F ISO 9705:2009 2 KS F ISO 13943, 3 . 3.1 (assembly) / (: ) (air gap) . 3.2 (composite) 3.3 (exposed surface) 3.4 (material) , , , , , , 3.
3、5 (product) , 3.6 (specimen) . 3.7 (surface product) , , , , 4 (heat flux meter) , . , . . KS F ISO 9705:2009 3 , . 5 5.1 ( 1 ) 4 , , . a) :(3.60.05) m b) :(2.40.05) m c) :(2.40.05) m . . 5.2 2.4 m2.4 m , . a) :(0.80.01) m b) :(2.00.01) m :m 1 2.4 2 0.4 3.6 0.8 KS F ISO 9705:2009 4 5.3 (500800) kg m
4、 3 . 20 mm . 6 6.1 A . 6.1.1 (:) . . (tube), , . . (pilot flame) (glow wire) . , . 6.1.2 . 6.1.3 (95 % ) . 3 % , 5 % . 6.2 B . 7 . C . 7.1 50 kW/m 2 (箔)Gardon(foil) Schmidt-Boelter, , 180 . 3 % 0.5 % . (5 ) . 7.2 , (530) mm . . 7.3 , . . KS F ISO 9705:2009 5 BS 6809 . 8 . . , 25 3.5 m 3/s . D . 9 ,
5、E . 9.1 5 % . 90 % 1 . 9.2 9.2.1 . ( E ). 9.2.2 0.05 % . 3 ( E ). 9.2.3 0.1 %, 0.02 % . 3 ( E ). 9.3 9.3.1 , , ( 2 ) (light obscuration) . 5 % . 9.3.2 (2 900100) K (colour temperature) . 0.2 % (, ). KS F ISO 9705:2009 6 9.3.3 20 mm D . 9.3.4 2 L 2 , d/f 0.04 L 2 f d . 9.3.5 5 % CIE 1)V ( )-function(
6、the CIE photoptic curves) . 3.5 decade 5 % . 9.3.6 . 2 10 10.1 . F . 1 . 6 , 1 . , 1 5 % . 1) L 1L 2 f KS F ISO 9705:2009 7 10.2 1 m , 20 , . 1 10 % . 6 . 1 () (kW) 02 0 27 100 712 300 1217 100 1719 0 10.3 2 m 3s 1 (0.1 MPa 25 ) 4 . 300 kW, 1 10 % . 11 11.1 . 3 . G . 11.2 (board type) , , . 11.3 (su
7、bstrate) . (:, , ) . , . 11.4 , , . a) (68050) kg m 3 b) (1 650150) kg m 3 c) (232) (505) % (68050) kg m 3 (particle board) d) (232) (505) % (72550) kg m 3 e) a)d) :, (mineral wool) KS F ISO 9705:2009 8 a) d) (913) mm. 11.5 11.4 . 11.6 , (232) (505) % . 2) . 4 . 12 12.1 12.1.1 (2010) . . 12.1.2 1 m
8、0.5 m/s . 12.1.3 . 0.3 m0.3 m . 12.1.4 . 12.2 12.2.1 2 . 12.2.2 10 A . . 12.2.3 , ( ). 12.2.4 . a) b) c) d) 2) 24 2 0.1 % 0.1 g . KS F ISO 9705:2009 9 12.2.5 , 20( A.1)/15( A.2) . 2 . . 12.2.6 . 12.2.7 . 13 . a) b) c) d) e) f) g) h) i) j) k) l) m) n) ( F ) 1) 2) 3) . 4) 5) 6) 7) () 8) 10.2 o) , ( C
9、) 1) 2) 3) 4) 5) (CH n ) 6) (NO x ) 7) (HCN) p) KS F ISO 9705:2009 10 A () A.1 A.1.1 A.1 . (48) mm (23) mm . (metal gauze) 2 , 1.4 mm, 2.8 mm . . A.1.2 10 100 kW, 10 300 kW . A.2 A.2.1 0.31 m0.31 m , 0.3 m . (1624) kW( 176 kW) . . 100 mm 25 mm 200 mm ( A.2 ). (滴下) . A.2.2 25 % 30 50 % . 30 75 % 30 .
10、 KS F ISO 9705:2009 11 :mm A.1 (brass wire gauze) 8 7 0 KS F ISO 9705:2009 12 : mm A.2 3/4 KS F ISO 9705:2009 13 B () . . a) A.2 5 40 kW 10 160 kW b) impinging flame c) 2 , . 2 . . KS F ISO 9705:2009 14 C () C.1 . “ (heat flux)” . , 15 mm . , . 50 mm . , . 3 % 0.5 % . C.2 , / . (pyrometer) (50 m) .
11、C.1 . C.3 C.3.1 , . . C.3.2 0.25 mm . , . 100 mm 2 . 500 . C.2 . C.4 C.4.1 E.1 . . 0.05 Pa . , (025) Pa . C.4.2 (kg/m 2s) m . KS F ISO 9705:2009 15 2 1 s s s ) / 2 ( / P k v m (C.1) 2 1 s 0 0 ) / 2 ( / 1 T T P k (C.2) , s: (kg/m 3 ) v : (m/s) k : P : (Pa) 0:0 , 0.1 MPa (kg/m 3 ) T 0:273.15 K T s: k
12、1.08 , 0.3 m/s 7 %. . out m . . C.4.3 , Q (kW/m 2 ) . ) ( i s p T T c m Q (C.3) m : (kg/m 2s) c p : (kJ/kg K 1.0 kJ/kg K) T s: (K) T i: (K) C.4.2 . C.4.4 10 . 20 %. 1 300 mm, 1 800 mm 1 900 mm 3 . . C.5 C.1 . KS F ISO 9705:2009 16 :mm C.1 KS F ISO 9705:2009 17 (junction) 100 mm 2 . C.2 KS F ISO 9705:2009 18 D () D.1 1 kg/s , 4 m/s . . D.2 . 3 m3 m 1.0 m( D.1 ). 3 1.0 m (4 ). 2 m. 0.9 m0.9 m . 0.9 m . 0.5 m0.9 m 2 ( D.2 ). . D.3 . 400 mm. 4.8 m. ( D.1 D.2 ). . . D.4 . 2 kPa 4 kg/s ( 12 000 m 3 /h) . 0.54 kg/s , . D.5 . 10. . . KS F ISO 9705:2009 19 :mm D.1 ( ) :mm D.2 3
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