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| DSH 525% b) _2 R9 m) q+ x0 K/ ~
7 O3 S7 q h- [9 H. k | Applied force for internal parts
! i* @7 T/ I$ K0 h" {! m$ x R% v | 13.2
* z% _4 t {. O$ a- C | 60065(ed.6)
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! P: j( ^: e: JStandard:
, B0 g* I. s, v2 m dIEC60065 6ed." X- O' \8 m4 J/ f' b# T
Sub clause:
( w2 k5 i) s2 V# ]13.2
0 Q2 z. Y, ?' m+ I0 z8 fSheet No.
. K5 w. [7 y( b T525
) _6 i4 c% u S9 u6 I$ H# OSubject) i4 [( Q. K, J7 L. y8 e- ~9 e
Applied force for internal parts
8 }. _, Q( q$ `% mKey words:
5 d6 }/ k# _6 D4 z0 s' Yforce for internal parts
+ N+ H$ \* o2 |3 MDecision taken at the
! H0 c T5 j- l9 d40th meeting 2003
* I# i9 y0 [. K% ^Question:
7 z" Z# a0 m, E( v7 B& f2 Z( ~In clause 13.2, it is specified that 2N for internal parts and 30N for the outside are applied1 S; j8 b: B! U! y) _& L
simultaneously while taking measurement of clearance. However, it is not specified that forces are3 t* F/ N7 d- G. f9 h8 B! p X
applied to internal parts while taking measurements between two internal parts, ex. primary circuit( S$ B$ \' T) x- g2 C8 f
component and secondary circuit component.
/ e% I9 ?4 ?7 u! E1 IWhich is the appropriate method to measure clearance between two internal parts ?
- b) A9 W3 C+ z. c. qa) 2N forces are applied to the both parts simultaneously.3 z3 _# w n1 C4 i; Q8 K5 o, P
b) First, a 2N force is applied to one part and removed. And then a 2N is applied to the other one.7 ]+ J4 B0 q, r0 j# l% l! z* J
c) Other opinion
8 F# `9 `0 l9 }8 g' F1 a$ N1 x4 hDecision:* D" B- p6 a# s V/ O$ X
First, a 2N force is applied to one part and removed. Then a 2N force is applied to the other
8 W) z) `! \0 q4 _7 ]part.( w/ `+ D& L- q( C7 ?3 R3 U
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