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The flexible cable is loaded with a mass such that the force applied is
4 N6 I6 q7 c, s! b# }! L& l+ }– 20 N for accessories with flexible cables having a nominal cross-sectional area exceeding
* v; n3 ~& H- b) N7 i1 D7 Q9 t0,75 mm2;
$ n k9 \' w. k8 k' f8 X N– 10 N for other accessories.$ Y% [; F7 ] t2 ]2 U% L, |
A current equal to the rated current of the accessory or the following current, whichever is the
5 M/ j8 w! i% \0 H8 _% S0 S0 x2 h! Vlower, is passed through the conductors:) ~ G; ]) q. n) S& |
– 16 A for accessories with flexible cables having a nominal cross-sectional area larger than# L* p3 Q2 ^$ k) r1 I8 l5 J9 `2 `7 F
0,75 mm2;& r+ u9 Q$ o9 u' X
– 10 A for accessories with flexible cables having a nominal cross-sectional area of
( l. X* O- R; P0 H& W( g% l0,75 mm2;
' @7 b3 L: I/ X1 Q! F8 y, U– 2,5 A for accessories with flexible cables having a nominal cross-sectional area less than
! p9 M2 e$ H9 f4 H0,75 mm2.
; m" J3 w- p. o; JThe voltage between the conductors is equal to the rated voltage of the specimen.
7 I$ q* ]" R: f4 BThe oscillating member is moved through an angle of 90° (45° on either side of the vertical),
% A* @6 `2 W9 E* k# X5 Sthe number of flexings being 10 000 and the rate of flexing 60/min., O/ G8 ?6 @6 E
NOTE 4 A flexing is one movement, either backwards or forwards.8 {- C: K, L) f% v; \
60884-1  IEC:2002+A1:2006 |
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