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UL16427 |4 z4 M' X3 t
Short-Circuit at room temp.
; ]9 s9 G! D4 Z8 P6 gShort-Circuit at 55 Degree C; \# N+ D# j* J6 l5 I
Abnormal Charge / |. f; E- y& {" L
Forced-Discharge, D V5 ]7 ?9 F" y# t9 {
Crush
* G& V) n& ^1 K* SImpact! `, i& c9 ]2 \' w, [5 H, |
Shock
1 w% Z6 Q0 |% u5 ?! o, FVibration
6 ]7 m8 R2 P' gHeating1 n* x) p- }9 N9 N2 |
Temperature Cycling
# V4 }$ w/ ]4 a" v5 D' Q6 k2 RAltitude Simulation
9 a/ Z: t6 {0 U4 h# gProjectile
4 ^" M, i, B. |4 y7 R' `5 v# D! X9 t9 u
UL2054/ r2 S! ^5 ]) N1 a- B
Short-Circuit at room temp.
9 @) m! s0 q i& W9 e% s$ YShort-Circuit at 55 Degree C6 @; {1 g/ |4 M; d2 j
Abnormal Charge
6 M' _# |4 |& }) ^1 u; JAbusive Overcharge 0 n! @) u2 p4 n( J {" l1 I; ]
Forced-Discharge1 _5 p# h" ?2 O
Limited Power Source
. t9 G& |8 S- C. GProjectile Test
3 H$ i. C. j4 [& t/ S4 ]( |250 N Steady Force Test1 A( U! j6 c! m+ t
Mold Stress Relief Test
& }! m/ S8 o% x: C" f1 kDrop Impact Test
6 @+ i$ L* c d- @! F5 x j. l1 zEnclosure Flammability
& z$ `2 z4 ~8 J4 R% [
* q5 I& A7 U( M. tCAN/CSA-C22.2 NO. 60950-1
5 i, X! ?# G; o: B! _Energy Hazard measurements+ P$ B1 {" m; S. X
Battery Overcharge / Discharge Test2 C$ {; [; g9 ? r) Z
Heating Test/ C9 Q% a8 n1 G. p+ D. I0 R
Steady Force Test. a2 Z/ y j& u: }6 x
Drop Test
- {2 t. o# e, f) Y) {Stress Relief Test
. J6 f( ?. T4 rBattier Adhesive Test |
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