Torque test on energy saving lamp, q/ G6 S4 B* O" p7 G' }' [2 C
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60968(ed.1);am1;am2$ A: K9 |' R+ B% z2 Q1 o; U
% H* f- m8 k1 c$ S/ jStandard(s): 5 S& a$ N* ^0 u7 c( {IEC 60968/1988 A1/1991 A2/1999$ Q. m- W1 h* R1 h4 ]5 g
Subclause(s): 8 1 i& I$ C0 ^% I- fNo. Year PDSH 1000 2010 2 {3 [9 Z) _2 u$ e5 @" W7 \% A8 H5 nCategory: LITE Developed by: ETF5 OSM/LUM : E# Y; U, H# ?* Y2 ~0 VSubject: - C- M4 M1 U* U3 M vTorque test on energy saving lamp5 h# G$ g3 Q7 W
Key words: B; U" Z& I) R/ B! V! g
- Energy saving lamp) Q( Z; q4 K4 v8 q/ C) i2 z
- Torque test " w" A1 o1 E; Z* B- Bulb of the lamp# J5 D5 x5 c3 s. s. W! i
To be approved at the 49th CTL Plenary Meeting, in 2012- [% Z3 E6 E+ S1 G7 Q6 r' {
Question: 2 x4 x5 U% {- ~We have tested the energy saving lamp shown in the photograph. 5 X+ g7 W# j0 G0 l" r6 }When applying the torque between the cap and the bulb of the lamp per clause 8, we had the following 7 B$ X6 I) x& q% v) O7 Wresults:$ a. F$ w3 K! T0 S
- torque applied between part 1 and part 2 : pass0 x; H1 b2 F* ` G! j$ i1 P
- torque applied between part 1 and part 3 : rotation of part 3 by more than 10 degrees.% }. u% l( @! Y% N# Z5 _( ?! t
Is this construction in accordance with the standard? 3 E) U9 K- |# CDecision:0 N9 @ |8 ~ W& ]- ?! l1 H! `0 ]: Y
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[attach]76137[/attach] : D) u* ~& ?, ~7 Z/ g& p2 c