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: H9 @2 t; L! Z2 k2 J8.2.6 Covers and other parts providing protection against electric shock shall have adequate # c4 v0 {, o& i9 p) w
mechanical strength and shall be reliably secured so that they will not work loose with normal
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* z% u3 J, G) v& a! }: h* A Compliance is checked by inspection, by manual test and by the tests of Section 4.
% k, ^/ {; p1 a' o" j( X: l( N For wall mounted luminaires, portable luminaires, and adjustable luminaires where covers , H2 d' z q$ T1 V+ H
whose fixing is not dependent on screws and whose removal is obtained by applying a force in 8 e% M" X& j: y- d7 i z) Z8 V* {
an approximately perpendicular direction to the mounting/supporting surface shall comply with
% B( Q2 I" ~& P2 J- l the following test: 2 z: a) W4 A* c% R
A force is applied approximately perpendicular to the mounting/supporting surface. The force % T0 f: k" @4 J# C9 k
shall be 20 N when the opening of the cover will give access to basic insulated parts and 80 N * ^8 T- \3 d) K+ s1 G
when live parts will be accessible.
+ j2 G x$ @0 i 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): ; [0 f. G$ P; ^3 O
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) i, Q7 p. E3 [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。 1 _/ B, g1 @, @- g
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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??? . S' t0 e3 j7 Z5 g0 R! ~% |
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??? 8 e8 z9 j. h9 d
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* W, {# @# d9 b# f. }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! |