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& L: F% _9 j' I9 K! l8 X8.2.6 Covers and other parts providing protection against electric shock shall have adequate
R3 s" G5 X. C, e2 u. v mechanical strength and shall be reliably secured so that they will not work loose with normal
: u$ [9 c ] y9 A handling.
% h( {4 v$ a0 [3 P Compliance is checked by inspection, by manual test and by the tests of Section 4.
/ L1 z- r* y. ^ For wall mounted luminaires, portable luminaires, and adjustable luminaires where covers 9 x! T/ F+ {4 p6 P! G% c- y
whose fixing is not dependent on screws and whose removal is obtained by applying a force in ; w; \5 ^- W' z$ \; h) K: q Y% P0 I
an approximately perpendicular direction to the mounting/supporting surface shall comply with . D+ g- X; L8 d0 e5 V+ A. Y5 K
the following test:
7 w" D1 Q! F5 }# ~6 I& [2 s( L A force is applied approximately perpendicular to the mounting/supporting surface. The force
$ w" Q" |' B. o5 p9 C* @ shall be 20 N when the opening of the cover will give access to basic insulated parts and 80 N
5 z1 I( T9 I9 Y; K3 I, E+ E% _ when live parts will be accessible.
" H- g7 p# i# h- P0 O! E During the test, the cover(s) shall not work loose.
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我的灯头如下图(我的灯就像是那些烧香的那种烛灯):
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# F4 z t7 g7 U" E是里面一个螺旋灯泡座(内黑线框),再在外面用灯柱组合而成一个E10的灯头,E10泡子从上部旋进已组合的灯座。 : r9 ]7 i0 O$ v- J: Y M9 `
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; L% N( K# y$ P6 P' e; C, t我想请问,这个里面的灯泡座(黑线框)算不算是8.2.6提到的COVER???
) q8 c& H: M$ y( g若装进灯泡后,这个灯泡(红色椭圆状)又是不是8.2.6中所提到的other parts??? ) H2 f! S! @7 z' U0 O
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若答案是肯定的,那做拉力又该如何实施?我是直接拉灯泡来测试里面的灯泡座与外壳之间的稳定性可以吗?谢谢! |