1、- ! a u Approved by COMITE DE NORMALISATION of A .E C.M.A. 1982-07-26 AECflA PREN23b 83 1032341 0003019 3 m-d-z-Ls . i , - A.E.C.M.A. STANDARD pr EN2369 NORME A.E.C.M.A. Edition 1 A.E.C.M.A. NORM January 1983 The equivalent versions in French and German languages can be supplied by B.N.A.E., 8, rue
2、Moreau-Vauthier 92100 BOULOGNE-BILLANCOURT - FRANCE. I ENGLISH VERSION WIRES, HEAT RESISTING ALLOYS DIAMETER 0,2 mm D 8 mm DI MENSIONS AEROSPACE SERIES FILS EN ALLIAGES RESISTANT A CHAUD DIAMTRE 0,2 mm D 8 mm DIMENSIONS SERIE AEROSPATIALE LUFT- UND RAUMFAHRT DRHTE AUS HOCHWARMFESTEN LEGIERUNGEN DURC
3、HMESSER 0,2 mm D 8 mm MASZE 9 This industrial standard for the aerospace sector has been drawn up under the responsibility of AECMA (Association Europenne des Constructeurs de Matriel Arospatial). It is published on yellow paper in three equivalent versions (English, French, German). It will be subm
4、itted to CEN (European Committee for Standardization) as a draft European Standard. I- I II _- AECMA PREN23b9 83 1012311 0003020 T CO NT E NTS 1 SCOPE AND FIELD OF APPLICATION 2 REFERENCES 3 MATERIALS 4 REQUIRED CHARACTERISTICS 5 DESIGNATION 6 TECHNICAL SPECIFICATION 7 I e e A.E.C.M.A. STANDARD prEN
5、2369 WIRES, HEAT RESISTING ALLOYS DIAMETER 0,2 mm 4 D 4 8 mm DIMENSIONS SCOPE AND FIELD OF APPLICATION This standard specifies the dimensions and tolerances of heat resisting alloy wire used in aerospace construction. REFERENCES MATERIALS Inspection and testing requirements for titanium and heat res
6、isting alloy wrought products - Part 1 : genral requirements Inspection and testing requirements for titanium and heat resisting alloy wrought products - Part 5 : inspection and t.esting requirements for wires. The materials are defined in the material standards. KEQUIRED CHARACTERISTICS 4.1 Preferr
7、ed diameters See table 1. ;- A AECMA PREN2367 83 LOL23LL 0003022 3 -1: TABLE 1 Dimensions in millimetres Cross sectional Diameter area mm2 Mass * kglm Mass * kglm Cross sectional area mm2 Diameter 3,14 1 0,025 3,80 0,031 4/90 I O040 6/16 i-*O 7,OS-I 0,057 _ -I _ 0,4 I 0,126 i 0,0010 I 2.5 O .5 . 0,1
8、96 i 0,0016 i 0,283 0,0024 9,62 1 0,078 12.57 I 0,102 - -_l_- 33 4,o e O 4,5 15.90 I 0,129 i 0,159 19,133 28,271 0,229 .I_ 6.3 31.17 1 0,252 38.48 ! 0,312 7 ,o 8,O . I 2,545 f 0,0206 I 50,27 I 0,407 * Calculated on the basis of an average density of 8,l g/cm3. 4.2 Tolerances on diameter See table 2.
9、 TABLE 2 Dimensions in millimetres . I l Diameter Tolerance I .I D04 2 0,006 i i_-. I_- -f- 0,013 0,3- .= D a 0,8 I 0,8 : D G 1,2 tr 0,020 1,2 *f D 2,O rt 0,030 I I_. 2,O D 3,O tr 0,040 i 3OD45 ._ ! t 0,045 ._ , . _ . -_I_ - _ ! 4,5 . D . 8,O i: 0,050 I e e a prEN2369 Page 5 5 DESIGNATION The design
10、ation of wire defined in this standard may include the following elements : name, number of material standard, dimensions (diameter, length or mass), number of dimensional standard. 6 TECHNICAL SPECIFICATION The wire supplied to this standard shall conform with the requirements of EN2098-1 and EN2098-5.
