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决议内容 Question:
3 l" W5 b* S! c4 t2 U. }7 ]1 E9 kBased on the definition in 3.8.2 and taking into account that there is not always an3 S* Z% ]9 M6 s. T& |5 {
stand-by position marked or identified in the appliance operation and there is a need to
% u$ y) t, v8 ddifferentiate the "off" and "stand-by" circuits, at least in the test of 19.11.2 and 22.46# c) ]& U1 i: I+ D1 p$ r* X& h9 A
in the appliance in which 19.11.2 is applicable in stand –by mode according to the
9 v8 }& j& {+ {! Q( B4 L& orelevant parts 2.) \9 x& c$ g: i, ?
We would like to know if the stand-by circuit include those parts that are energized
5 T7 f4 R) u" }1 `3 A# v) Dwhen the appliance is in "0" position.# S( T2 z+ k" h8 e3 v
+ [: V0 h" b. B" ?9 p; p9 r
Decision:
7 P$ e! V! c) M# E! [In stand-by, only electronic components that are energized in any of their terminals are
+ N" X6 I4 r, I2 f" Y0 _- Y6 ?susceptible to be short circuited according to a) to g) in 19.11.2." f, R) L ^2 y1 k' J
It was agreed that in terms of clause 19 the meaning of "off" correspond to circuits or4 @% t) p' \( X$ ?% F, C
components that are not energized in any of their terminals. |
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发表于 2018-11-5 21:19
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