1、UD0 669.146.99-427 : 669.58 DEUTSCHE NORMEN August 1974 : 621.798.74 EN 1367 Seal Wires of Galvanized Steel Wire Part 1 Core wire Outer wire Number of turns of the outer wire per 100 mm length dl d2 of the core wire perm. var. var. +20% perm. 0,3 +0,03 0,3 t 0.03 100 o, 5 f0.04 0,3 aus verzinktem St
2、ahldraht d3 - * 099 1,05 191 1,40 195 193 L7 Dimensions in mm Breaking load) N + 10% 28,3 64 79 79 79 154 154 Hand turns of the outer wire (right or left) at manufacturers choice Weight (7,85 kg/dm3) kg/1000m 2 2096 177 292 2,6 3,75 494 493 6,25 Designation of a seal wire with a core wire of dl = 0.
3、5 mm diameter and an outer wire of d2 = 0.3 mm diameter of steel wire (St), galvanized (zn): Seal wire 0.5 - 0.3 DIN 1367 - St zn 1) With a view to uee in life-saving aad safety equipment, the breaking load is aelected so that the seal wire can be broken by hand. The values quoted for the breaking l
4、oad refer only to the core wire (without outer wire), and are calculated on the basia of a mean tensile strength of 400 N/mm2. Soft-galvanized steel wire having the breaking load values shown in the Table. Exam- ples of basic materials suitable for this purpose are steels D5-1 or D9-1 according to D
5、IN 17140. zE?-O;r-aeliue a) In coils by weight Example of order: 75 kg seal wire 0.5 - 0.3 DIB 1367 - St zn in coils of 1 kg. b) On reels by weight &le of order: 50 kg seal wire 0.5 - 0.3 Dl3 1367 - St zn on reels of 0.5 kg. c) Ready straightened and cut pieces of a specified length (e.g. 150 mm)
6、 usually in bundles of 1000, a bundle may contain 5 96 more or fewer pieces. Example of order: 5000 pieces of seal wire 0.5 - 0.3 DIB 1367 - St zn bundles per 1000 pieces of 150 mm length. Explanations on page 2 ?inverkauf der Normbltter durch Beuth Verlag GmbH, Berlin 30 und Kln 1 Dm 1367 B1. I en
7、gl. Freisgr. Ver1r:Nr 0104 Page 2 DILP 1367 Part 1 Emlanations At the request of the majority of manufacturer6 of seal wires, and especially of representatives of two important group6 of users, vir,., the packaging and electrical industries, the Standard DIN 1367 has been altered to DIN 1367 Part 1.
8、 DIN 1367 Part ? remains restricted to seal wires of galvanized steel wire, and the contenta are as good as unchanged in comparison with the Draft December 1971 issue. Subsequent Parts are to be reserved for seal wires of non-ferrous metals or plastics. As compared with the March 1958 issue, the fin
9、ish “black annealed“ is no longer included, as it no longer stands up to technical requirements. The designation outside diameter, i.e., greatest diameter of turn X core wire, which was previously wed, has not found favour in practice. A change was therefore made to diameter of core wire and diamete
10、r of outer wire. The Table ia arranged in order of increasing diameter of the core wire. The corresponding diameters of the outer wires are also shown. In addition, the number of turne of the outer wire per 100 mm length of the core wire is quoted, as this information is eaeier to check. The outside
11、 diameter of the turn is retained, but has been entered as a- dimension, because the addition for tolerance has to be considered here. In conformity with the “Units of Measurement Act“, the breaking load and tensile strength are no longer expressed in kg or kg/mm2 respectively, but in N or N/mm2. As
12、 proviaion i6 made for a tolerance of +lo % on the breaking load, the factor IO, and not 9.8065, as stipulated in DIN 1301, haa been used for covert- ing kp to N. Calculation of the breaking load was done on the baeis of a mean tensile strength of 400 N/& (40 kg/mm2). It proved difficult to specify the material with precision. None the less, apart from general information on the range of tensile strength, the steels D5-I and D9-I have been listed as the steal grades in most frequent use. The form of galvanizing is left to the manufacturer.
