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| PDSH 858
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- g! R N3 T3 q7 z: L2 h' y | Material with equivalent characteristics
* J- m+ ], u% G9 C | 4.11.4& D; a1 T, u9 i; p
| 60598-1(ed.3);am1 & 60598-1(ed.4);am1 & 60598-1(ed.5) & 60598-1(ed.6);am1 & 60598-1(ed.7)8 n( v- w( z) p6 O" H4 D
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Standard(s):
( h0 x8 M/ b+ l3 k4 jIEC 60598-1 All editions
6 E. Y3 C6 V6 p2 |, h+ V; YSubclause(s): 4.11.4
T7 [" w; A, H& l4 M" ONo. Year PDSH 0858 2010, X2 h+ @( H- d, c7 e
Category: LITE Developed by: ETF5 OSM/LUM: k7 i7 M8 C2 L% `) R" k
Subject:% \4 V, {2 c& t1 h' \
Material with equivalent characteristics9 _: x; C+ r4 P3 l4 r% _: T7 p/ H
Key words:
) b% a2 q# t1 ?+ [' [- Material3 S# \1 h8 a ^4 N% P" G
- Equivalent characteristics B) Z7 D! f$ G
- Conductive material' j8 D4 @, k; `( u9 a! X/ n$ t
To be approved at the 49th CTL Plenary Meeting, in 2012' Z0 L; _8 y' d- g' A
Question:
* @! k9 G7 ~( w3 ]2 e1 p2 E6 |What is meant by “the material having at least equivalent characteristics”?
\ p: w+ ~. e' L y( ?2 m: x: I& YDecision:
{/ m9 m7 ?2 @9 r) C0 w9 g9 v9 TIn principle, any conductive material can be used (aluminium, steel, bronze) provided that the cross* U! J$ r. G& W% G* `
sectional area is sufficient. End material must have appropriates surface finishing for corrosion resistance.
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