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| PDSH 858& O& Z; t: V* `! ~% C9 H/ \
; m+ S8 _5 r9 G; `7 G1 C9 C
| Material with equivalent characteristics6 O9 u1 s2 t) q9 c6 x8 ~/ v
| 4.11.44 e% q. ?2 w5 k+ r$ _( W+ J
| 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):
- L; e6 `. U7 n( k) i1 K) FIEC 60598-1 All editions6 M7 K* a. Y+ @* q
Subclause(s): 4.11.47 w) f1 u4 M9 v9 n
No. Year PDSH 0858 2010
% k" J, _2 ^: q$ WCategory: LITE Developed by: ETF5 OSM/LUM
# Q5 h& A3 O7 [: T; cSubject:( i2 ]) C+ }# [4 _
Material with equivalent characteristics
, C& N U2 b1 x6 CKey words:
& [1 T) s1 T6 T8 L$ f6 `- Material$ o6 v" C2 H5 C- G9 }
- Equivalent characteristics
! J7 o! q2 H+ O6 ]9 k4 t, U8 y9 ?- Conductive material
% c6 W% r0 ~+ }8 l9 aTo be approved at the 49th CTL Plenary Meeting, in 2012# u0 w0 g7 W( p$ m
Question:/ P. l3 K* Z% d( u
What is meant by “the material having at least equivalent characteristics”? q9 R+ l2 v2 k
Decision:
6 N( k4 g/ e3 F9 Y, |In principle, any conductive material can be used (aluminium, steel, bronze) provided that the cross/ t/ x& M* [; k+ x) Y
sectional area is sufficient. End material must have appropriates surface finishing for corrosion resistance." |$ ^; u, I5 ?2 F2 B/ X
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