Torque test on energy saving lamp5 ?! \- C! g: l8 r/ R9 x6 Y- T% b6 t
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60968(ed.1);am1;am2! A# Z( s. F+ \/ p
7 M8 T( v4 {3 E. F4 j" \3 rStandard(s):; D! e* Z( [3 H- ~( L
IEC 60968/1988 A1/1991 A2/1999 # m9 _) t' ^0 d! A( a; h- H8 CSubclause(s): 8% }8 h% V+ X: Y& |0 @
No. Year PDSH 1000 2010 , B! O. C* \3 |$ y/ X$ s3 Z9 OCategory: LITE Developed by: ETF5 OSM/LUM l w3 ^: C$ o; Q
Subject:1 ~) `' f- Z Y- u- [/ L- @. L
Torque test on energy saving lamp $ G, `; c n, N% ?! i4 n5 dKey words:4 @! a% x, l0 c) s; r+ T) G! x$ {
- Energy saving lamp " X3 t) E" M9 c0 F- Torque test : o- n1 ]. q- L; E# c( `- Bulb of the lamp' }4 \5 }2 [5 l: |+ x7 e% C4 v
To be approved at the 49th CTL Plenary Meeting, in 2012 # |0 y. \5 k# h/ g; Y# U' ^3 Z( rQuestion: 6 [1 K. F- l% L8 t; Z" MWe have tested the energy saving lamp shown in the photograph. 5 V1 `; ], q) p9 j: U- X4 {* ~1 d; oWhen applying the torque between the cap and the bulb of the lamp per clause 8, we had the following % z( `" d- v' y- {6 `$ k: D8 ^+ xresults:& N# U% o6 o4 g5 t; U
- torque applied between part 1 and part 2 : pass 1 F# b( c+ v1 m& }- torque applied between part 1 and part 3 : rotation of part 3 by more than 10 degrees. : A, K) X8 M7 U! [0 FIs this construction in accordance with the standard?3 \2 z! y/ g5 i! c/ K
Decision: % j: `& v" L* J- GNo. & ^& M8 w% h2 L % A6 }! f" R, j$ V4 t5 P3 G[attach]76137[/attach] , E$ U. U4 X( U3 \6 W7 B6 W
PDSH 1000