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| PDSH 8589 d2 p8 T2 C) q/ y) v; F
) t! I7 Z1 A1 t+ _7 k | Material with equivalent characteristics5 K- x% S* a7 F' M! b7 C# ?
| 4.11.4
1 G! |5 q6 a: b | 60598-1(ed.3);am1 & 60598-1(ed.4);am1 & 60598-1(ed.5) & 60598-1(ed.6);am1 & 60598-1(ed.7)
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Standard(s):$ G3 i' D! Q! Z7 Z# l/ {
IEC 60598-1 All editions
8 o9 E0 M( b$ z) BSubclause(s): 4.11.4
# T8 D3 `' d% m, j# X; INo. Year PDSH 0858 2010
5 R* z! R/ a4 | PCategory: LITE Developed by: ETF5 OSM/LUM7 s% B/ ?* b6 ^. ?7 K
Subject:
# K# n, d$ h6 k1 z" N; EMaterial with equivalent characteristics
1 P1 J' ?' }) I3 tKey words:
+ v, m( \2 [7 `3 U- Material/ ~* u' C$ x% B
- Equivalent characteristics
; k8 i6 ~. d" P& [6 d4 U0 D- Conductive material
% ]# I7 e( `% x1 M- _ r/ Y& R8 RTo be approved at the 49th CTL Plenary Meeting, in 20121 C7 w. U# X6 \$ Q. H
Question:! d- G! L* y/ v0 I/ Q1 U& H
What is meant by “the material having at least equivalent characteristics”?
$ i9 K, w6 N7 q4 IDecision:
* M3 ]+ y- \& a. b1 y( EIn principle, any conductive material can be used (aluminium, steel, bronze) provided that the cross
! O4 y/ Y1 n( b5 q9 B ]! D1 _sectional area is sufficient. End material must have appropriates surface finishing for corrosion resistance.' V" y2 O, p* s. V9 s
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