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| PDSH 1000# f- J* B0 [; Y, w6 x
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| Torque test on energy saving lamp! p, t$ T/ {' G# d
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| 60968(ed.1);am1;am2' k' W, } D. [8 p) T" W. ~3 f1 o2 {8 v
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% L9 j G# T1 ^1 l- pStandard(s):
: j9 r# e! u2 s# \IEC 60968/1988 A1/1991 A2/1999
! T$ v5 v; n2 q- a8 r: KSubclause(s): 8
0 I- S/ Z" h; vNo. Year PDSH 1000 2010
$ b/ x5 v2 B, i% a1 c, XCategory: LITE Developed by: ETF5 OSM/LUM9 | `0 p% b0 N9 C! f& B$ M! w
Subject:$ w# [; R2 r, l- A
Torque test on energy saving lamp
; E$ C# ^8 _% l2 n( X& r; s4 I6 }Key words:
% w$ G1 X4 J) z; T8 ?" u9 N- Energy saving lamp; R$ v0 m# {" j
- Torque test
; C- `4 [' L$ f8 D4 I- y- Bulb of the lamp/ p q& @7 U/ {+ p+ C9 N5 @
To be approved at the 49th CTL Plenary Meeting, in 2012
2 R) m) P* X; kQuestion:$ [3 S. y( \5 E: B6 j
We have tested the energy saving lamp shown in the photograph.
: }' G" E3 }$ R" VWhen applying the torque between the cap and the bulb of the lamp per clause 8, we had the following' E7 s1 g c: C# x
results:
* Y- G, W% g9 @4 z4 V& y- torque applied between part 1 and part 2 : pass
* n7 t6 H6 Z( Q# J. K- torque applied between part 1 and part 3 : rotation of part 3 by more than 10 degrees.& j- x6 E4 X1 \: }8 i+ P X
Is this construction in accordance with the standard?
4 Z( `! M% J& A% s, i! NDecision:+ v& v. B1 \" w& L+ O
No.
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