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Standard(s):8 }- Y0 }& J" H& T% d/ Q, ^
IEC/EN 60061-3* ?8 E: Q3 E* U9 C0 ~% K, `$ `
Subclause(s):, e/ z; C" t- {/ j
7006-22A - 7006-31
6 Z" D/ t; b' f5 h1 x$ ?2 z, NNo. Year PDSH 0985 20102 D6 Y- t! X. k$ F7 u& a
Category: LITE Developed by: ETF5 OSM/LUM
( k; n' l2 L) w3 y3 FSubject:& X0 R) w- E; [/ Q; L
Fixation of the gauge
1 ^" M X1 B+ {( F6 b/ ]Key words: ~4 L( c+ D0 j" S1 R7 O) s( Q! x+ o/ u8 e
- Gauge data sheet
2 k" h% ^9 w. Q k5 R5 l- Rotation; r! h& Y+ T. R( k4 \$ I8 m& D
- Axial movement0 O7 m7 Y6 y, x7 O
To be approved at the 49th CTL Plenary Meeting, in 2012
# I7 q. h% ?1 H1 |9 T( sQuestion:# I: f; k# W) I, g
According to the data sheet the gauge should be held in position. Does this mean that it is held in position5 u6 N# j: }, y) }
to prevent rotation and axial movement or does this only mean preventing rotation and by axial movement
* G' S- j% [1 E1 k' vthe most onerous position should be looked for?
; r) f8 q) w) Y8 `0 jDecision:
3 n0 S$ f% ]' O% J7 o, QMost unfavourable position should be applied. Steps to test:: ?* C; {: P. O: c! N" d5 k
1) The rotation must be fixed.
/ d B5 e. k* S% j2) During the test for contact, the lampholder can be moved in any direction with a reasonable force! x6 t6 N- r4 n
applied.* `6 a5 M! c# U: H5 U, v7 H# ~
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