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UL16421 C% V& c6 s' K1 G
Short-Circuit at room temp. , H# t8 _9 N. y; u
Short-Circuit at 55 Degree C9 M( |# T! M+ I2 L; W0 |
Abnormal Charge
, H2 `, N$ Q: S2 Z. k. D9 U' J; LForced-Discharge* I. |# V; m: m6 v$ R2 |; D
Crush- d3 `% N! ]9 o7 N7 C0 i
Impact
# b* ]* L2 D& F/ r2 H' [* KShock
1 a# q( j/ z- q1 [Vibration1 ?7 q5 c6 v1 J% d" s
Heating
`/ t1 R0 @/ p2 L/ YTemperature Cycling" U" e3 J8 n7 T; P
Altitude Simulation; R0 m8 s6 F0 q! C/ D: P6 [
Projectile2 b: z3 `0 l+ }' d4 A: s. D' E
; H3 s5 q. L7 D* `1 i0 u
UL2054
: Y; F: M+ Y, L AShort-Circuit at room temp.
$ `' J/ Y7 e' f8 N- bShort-Circuit at 55 Degree C
: [8 ]2 `* H! ~2 P7 ?0 iAbnormal Charge
& H) ^$ V; J6 O. g5 E7 y+ ]' KAbusive Overcharge
2 c% B0 y; W5 h0 \Forced-Discharge
# i- s: ?9 a" {+ J2 eLimited Power Source3 V( ~% d4 |& w [) v) q' ^
Projectile Test2 O6 ]4 y2 D3 l
250 N Steady Force Test
# ?5 i6 ] f% }- nMold Stress Relief Test: o1 L" C6 G0 Y* w# @
Drop Impact Test
$ L6 v6 s# i. t( P" ZEnclosure Flammability" t$ X2 x z! \9 H
" q3 k9 @: m% N- HCAN/CSA-C22.2 NO. 60950-1
0 I# c: K/ L! q1 F9 R3 ]; AEnergy Hazard measurements
6 ]6 j2 J7 p a* i) w% E( A" W) lBattery Overcharge / Discharge Test
& G1 ^. M1 z9 h8 M" vHeating Test. ^* A0 W7 Y" u' G
Steady Force Test
3 a. {- U& B8 O; A+ FDrop Test3 A$ a8 D) ^% Q) x1 X
Stress Relief Test
1 r) W- E6 f$ N, @( F: g" Q% yBattier Adhesive Test |
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