1、 KSKSKSKSKSKSKSK KSKSKS KSKSK KSKS KSK KS KS M ISO 1825 KS M ISO 1825:2012 2012 9 17 http:/www.kats.go.krKS M ISO 1825:2012 : ( ) ( ) ( ) : (http:/www.standard.go.kr) ： ：2012 9 17 2012-0435 ： ： ( 02-509-7270) (http:/www.kats.go.kr). 10 5 , . KS M ISO 1825:2012 i . iii 1 1 2 1 3 .2 4 2 5 .3 6 .3 6.1
2、.3 6.2 3 7 4 7.1 4 7.2 .4 7.3 .4 7.4 .4 7.5 4 8 .5 8.1 5 8.2 .6 9 .7 9.1 B E( ).7 9.2 C F( ) .7 10 .8 11 .8 11.1 .8 11.2 .8 12 / .8 13 (cleanliness)9 14 (dispatch) 9 A( ) 10 B( ) (cold embrittlement) 11 C( ) 12 D( ) .13 E( ) 20 (flexibility) 14 F( ) 30 (flexibility) .15 G( ) (crush recovery) 16 KS M
3、 ISO 1825:2012 ii H( ) 17 I( ) (flammability) .18 J( ) 20 K( ) 21 L( ) 22 M( ) 23 N( ) 24 O( ) 25 27 KS M ISO 1825:2012 iii 2010 3 ISO 1825, Rubber hoses and hose assemblies for aircraft ground fuelling and defuelling Specification . KS M ISO 1825:2012 Rubber hoses and hose assemblies for aircraft g
4、round fuelling and defuelling Specification 1 (defuelling) 4 . 4 . a) 30 % . b) 30 65 (static) 40 70 . c) (surges) , 2.0 MPa(20 bar) 1 C . , / (discharge) . 2 F C , . 3 E F / , (fueller) (transfer) (kink) (elevation) (riser) . 2 . . ( ) . KS D ISO 7989 1, 1： KS M ISO 37, KS M ISO 188, KS M ISO 1402,
5、 KS M ISO 1817, KS M ISO 2230, KS M ISO 1825:2012 2 KS M ISO 4649, KS M ISO 4671, KS M ISO 4672, 1)KS M ISO 7326, KS M ISO 8031, KS M ISO 8033, KS M ISO 8330, ISO 1382, Rubber Vocabulary ISO 6246, Petroleum products Gum content of light and middle distillate fuels Jet evaporation method ISO 7989 2,
6、Steel wire and wire products Non-ferrous metallic coatings on steel wire Part 2： Zinc or zinc-alloy coating 3 , ISO 1382 KS M ISO 8330 . 3.1 (hose assembly) 3.2 / (electrically bonded hose/hose assembly) / 3.3 / (electrically conductive hose/hose assembly) / 4 4 2 . B M , 2 C , E M , 1 , 2 . . F , 1
7、 - - 1) ISO 10619 2 KS M ISO 1825:2012 3 5 1 . , , (collapsible) . 1 mm 19.0 225 25.0 300 31.5 375 38.0 450 50.0 550 63.0 600 76.0 600 100.0 900 101.5 900 6 6.1 , (release agents) . , (porosity), , . . (lining) (woven), (braided) (reinforcements) , , E F , (embedded) . E , KS D ISO 7989 1 ISO 7989 2
8、 (galvanized) . B E . (cloth-marked) . 6.2 KS M ISO 1825:2012 4 , 9. . 7 7.1 KS M ISO 4671 , 2 . 2 mm mm 19.0 0.8 25.0 0.8 31.5 0.8 38.0 0.8 50.0 1.2 63.0 1.2 76.0 1.2 100.0 1.6 101.5 1.6 7.2 KS M ISO 4671 , 1.6 mm . KS M ISO 4671 , 50 1.6 mm , 50 2.0 mm . 7.3 KS M ISO 4671 , 1.0 mm . 7.4 1 % . 7.5
9、3 . KS M ISO 1825:2012 5 3 B, C kg/m E, F kg/m 19.0 0.9 1.1 25.0 1.1 1.5 31.5 1.4 1.9 38.0 1.7 2.2 50.0 2.7 3.0 63.0 3.5 4.0 76.0 4.0 4.7 100.0 6.5 7.5 101.5 6.5 7.5 8 8.1 4 , 4 . , . M . N . 4 , MPa 7.0 7.0 KS M ISO 37( ) , % 250 300 KS M ISO 37( ) ( ), % 50 75 KS M ISO 1817 7.3( B 40 48 ) - , % 4.
10、0 A . . B , mm3 140 (KS M) ISO 4649:2002 A KS M ISO 188(70 7 ) ( ) , % 30 30 KS M ISO 37( ) , % 30 30 KS M ISO 37( ) KS M ISO 1825:2012 6 8.2 5 2 KS M ISO 4671 , 1.6 mm KS M ISO 4671 KS M ISO 4671 , 1.6 mm( 50) 2.0 mm( 50 ) , 1.0 mm KS M ISO 4671 1 % KS M ISO 4671 , 3 ( ), , 3.0 N/mm 2.0 N/mm C , Re
11、, 10 mg/100 mL D 2 . KS M ISO 7326 (40 ) , , (205) J (proof-pressure) . E(20 ) F(30 ) (crush) ( F ) 1 90 % 10 95 % (205) J . G (cyclic kinking) ( B C ) (205) . . 2.0 N/mm H , 2 (glowing) . I , B C： 0 7 % E F： 0 12 % J 4.0 MPa(40 bar)： . . J , 8.0 MPa(80 bar) J KS M ISO 1825:2012 7 5 ( ) 15 kPa(0.15
12、bar) B C： . 85 kPa(0.85 bar) B C： 20 % . 15 kPa(0.15 bar) E： . 35 kPa(0.35 bar) F： . K . 9.1, 9.2 4.0 MPa(40 bar)： . . J (security) . L B E： 100 C F： 103 106 9.1 9.2 9 9.1 B E( ) 2 , . 9 . . B E , (fitting tail) , . , 150 mm . KS M ISO 8031 , 100 . , 4.5 V 3.5 V 0.3 A . . 9.2 C F( ) , . KS M ISO 803
13、1 , 103 106 . KS M ISO 1825:2012 8 10 , . 5 . (routine tests) (dispatch) . . M . N . N . 11 11.1 1 m . a) , MAN b) , 123 c) d) / , C/ e) , 63 f) (MPa bar), 2.0 MPa g) , 2Q10 h) MAN/No. 123/KS M ISO 1825： 2012/C/63/2.0 MPa/2Q10/0001 11.2 . a) b) ( .) , . 12 / , . a) b) KS M ISO 1825:2012 9 c) d) / e)
14、 f) g) h) i) j) k) l) ( ) 13 (cleanliness) , , . O . 14 (dispatch) , (caps) . KS M ISO 1825:2012 10 A ( ) A.1 A.1.1 5 g (extraneous) . 3 mm , KS M ISO 1817 (401) 96 100 mL B (50.01) g . . A.1.2 , , . B . A.1.3 , (1503) 2 . 0.01 g . , . A.2 - . KS M ISO 1825:2012 11 B ( ) (cold embrittlement) B.1 B.1
15、 . B.2 150 mm25 mm2 mm , 127 mm 2 , 1 mm . , . (Dewar) . 30 (401) 20 25 mm . . ( ) 40 . ： mm a B.1 KS M ISO 1825:2012 12 C ( ) C.1 E F . KS M ISO 8033 , (N/mm) . a) b) c) C.2 300 mm . KS M ISO 1817 B , . (205) 168 . C.1 . +2 0 KS M ISO 1825:2012 13 D ( ) D.1 (simulator) . 76 . D.2 300 mm . KS M ISO
16、1817 B , 3 . . 4 , B , . B , (205) 3 . ISO 6246 . ISO 6246 ( B) . , R , 100 mL mg . D.3 76 , 76 . 76eRBR = Re ： 76 ( 100 mL mg) R ： ( 100 mL mg) B ： / . KS M ISO 1825:2012 14 E ( ) 20 (flexibility) (205) E.1 (coil). (uncoil) . B E , (9.1 ) , C F , (9.2 ) . E.1 20 mm 19 180 25 230 32 280 38 360 50 43
17、0 63 460 75 460 76 460 100 690 101 690 KS M ISO 1825:2012 15 F ( ) 30 (flexibility) KS M ISO 4672 B . a) ： (302) b) ： 10 c) 19 63 180 75 101 90 . d) , KS M ISO 1402 4.0 MPa(40 bar) . 100 101 , 30 . e) , 24 24 . f) (filled) . g) B E , (9.1 ) , C F , (9.2 ) . KS M ISO 1825:2012 16 G ( ) (crush recovery) F , F (crushing forces) . G.1 G.1.1 1 G.1.1.1 (compression-testing machine), (505) mm/min , . G.1.1.2 2 ,
