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UL1642
- Z& n/ u$ ~2 X4 V9 V% SShort-Circuit at room temp. 6 t% Z# n6 O, b: o+ A$ r0 F! f: B3 v
Short-Circuit at 55 Degree C1 W' v# c8 r* b# K# ]8 r% \
Abnormal Charge / i0 _( m* ]7 }0 S' a6 t, K+ }, y
Forced-Discharge) c9 A, g) J+ }4 z
Crush {- |( X) b4 C3 \
Impact
: x ]( a9 v7 hShock7 P C' }2 k- p, f
Vibration- s/ I& O& a2 R3 f
Heating$ {, o( ^. }$ U; ?+ F
Temperature Cycling# Z9 ~: z. G0 _0 b" K
Altitude Simulation/ B |$ R! G, A) |% F
Projectile) i& W7 n* W$ D- n* y- H) k. k1 o
, m5 m7 P2 x* F2 zUL2054
. |2 b5 X# G% p `, l- W' G( IShort-Circuit at room temp. ' h' D) x) ^0 a0 [1 O& w! \ c) x
Short-Circuit at 55 Degree C
+ } N0 w# D4 {( lAbnormal Charge , w* n9 A3 Z9 I
Abusive Overcharge & _! t% z0 P" O
Forced-Discharge
' B* }% V; c. s: p$ O2 I" ^! ^' h. XLimited Power Source/ }+ }! J/ Z9 q# K+ N
Projectile Test. @* z) x/ m' Q
250 N Steady Force Test
' m) c8 r8 X& d( H: r' `( o/ vMold Stress Relief Test' P" {! x _7 D
Drop Impact Test9 {! r' X4 k5 _3 j" M
Enclosure Flammability
$ L6 |. w! l/ o$ V' x5 ]) t
! L0 b" h3 ]: F. RCAN/CSA-C22.2 NO. 60950-13 _6 I# L# [& l: ^
Energy Hazard measurements2 ~% r+ M& J2 p' R& C |/ g
Battery Overcharge / Discharge Test# Y# C a ~9 V' d
Heating Test6 Q8 V8 y& J) u
Steady Force Test$ [- w9 V" M/ M. p; {4 I
Drop Test* O" q+ K3 h0 t9 z, E* v
Stress Relief Test' {- v8 c6 k- Y3 }& K/ s0 l
Battier Adhesive Test |
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