|
决议内容 Question:6 k1 \4 U" l$ Z3 G* \5 D8 M
Based on the definition in 3.8.2 and taking into account that there is not always an7 q) \- N( r# U6 [# q& d* F
stand-by position marked or identified in the appliance operation and there is a need to
3 v0 t/ Y! ]9 c' g9 ]differentiate the "off" and "stand-by" circuits, at least in the test of 19.11.2 and 22.46
5 G$ V* ^" u5 A. M0 A5 f8 Iin the appliance in which 19.11.2 is applicable in stand –by mode according to the) ?6 \! a& w# A4 O: R
relevant parts 2.
+ y; ^; W6 c0 |; xWe would like to know if the stand-by circuit include those parts that are energized. A6 l8 M3 u; [2 u9 O
when the appliance is in "0" position.
& g4 j W, s F! b; w: o# I
: _+ B6 ]) U! oDecision:
$ L7 a- d8 z [! G# c$ X9 `In stand-by, only electronic components that are energized in any of their terminals are
3 L- O; v( U' E* psusceptible to be short circuited according to a) to g) in 19.11.2., E! x( h/ R# V
It was agreed that in terms of clause 19 the meaning of "off" correspond to circuits or
' ^$ I M: t. M, v- j2 u3 X6 jcomponents that are not energized in any of their terminals. |
|