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The flexible cable is loaded with a mass such that the force applied is3 _ x4 N+ H7 l9 d+ p/ k
– 20 N for accessories with flexible cables having a nominal cross-sectional area exceeding
6 z! z9 {7 e: }7 p, o( z- v7 {0,75 mm2;
# c Y; d. k) I& i- Q– 10 N for other accessories.
; g$ M4 \9 x" d% }# `0 lA current equal to the rated current of the accessory or the following current, whichever is the
" m$ `1 L' Q& e# L4 _* J: u+ ylower, is passed through the conductors:
. k: X' N' R1 B" h% K6 t1 v3 q– 16 A for accessories with flexible cables having a nominal cross-sectional area larger than9 R( q4 d3 V& ` r
0,75 mm2;$ a/ \# h8 f/ F5 z
– 10 A for accessories with flexible cables having a nominal cross-sectional area of- h& u) N$ [- i4 x" [
0,75 mm2;7 I( ~' D7 n" g% L7 g
– 2,5 A for accessories with flexible cables having a nominal cross-sectional area less than
* l% ~# b8 c2 U# q0 O& h g# g0,75 mm2.
8 d. d3 k4 X8 x4 q, Z) _1 U' hThe voltage between the conductors is equal to the rated voltage of the specimen.8 l: V, U" G$ Z
The oscillating member is moved through an angle of 90° (45° on either side of the vertical),& j" o! b7 d0 ~# l. V6 X
the number of flexings being 10 000 and the rate of flexing 60/min.- ?; y0 H# @+ h
NOTE 4 A flexing is one movement, either backwards or forwards.
+ D( C5 E ?; F' G& l60884-1  IEC:2002+A1:2006 |
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