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UL1642" W- v9 T+ z2 m% S) L% v9 H9 B
Short-Circuit at room temp.
8 `6 P- l4 F+ T, KShort-Circuit at 55 Degree C' w) r; @' ~& ]7 L- _- m
Abnormal Charge ' c' \/ d7 c: l( J! k4 \. @8 I
Forced-Discharge3 S; s3 R. l/ E! L% O
Crush
4 l$ Q- y8 f+ X4 qImpact
6 w( s3 V/ c. P6 I# f. MShock
3 u! ~3 W$ M/ M1 e- O* _ }Vibration
/ n4 J u& @0 W! h4 NHeating
- J* Y" b( M$ R, ^5 v; B! KTemperature Cycling6 M5 V0 S" f- s2 S
Altitude Simulation
3 p2 A7 ^4 C% {% h/ }8 J$ V' bProjectile
2 d/ c p& h2 H% |$ Q' }1 k Z, X2 O |
UL2054
6 b, `1 L) g' W8 GShort-Circuit at room temp. 0 F: ~8 z' c* l9 L( S" }0 z
Short-Circuit at 55 Degree C5 n, U) i- O) Z, m
Abnormal Charge + ?# H2 F! m ]0 i
Abusive Overcharge 8 j6 i! s* ^: O4 D' |0 z
Forced-Discharge
4 i/ W# D+ A! s3 BLimited Power Source& A1 f d t. U$ Y7 I0 S9 |
Projectile Test& S$ d- m6 Q8 _% E/ |
250 N Steady Force Test
, E3 x9 M/ w8 w0 WMold Stress Relief Test! x. h1 ]) h% Z1 _; I0 I! \
Drop Impact Test
4 v# p2 {- M8 k- @9 ]! bEnclosure Flammability: y) T. p( C1 p6 _$ h h
2 T, z& t- M, G. a. uCAN/CSA-C22.2 NO. 60950-1
. W2 c$ k# B7 `+ s, xEnergy Hazard measurements7 \& d) a% o" X! ~/ u" N# u1 W9 X
Battery Overcharge / Discharge Test9 w0 A: t! X8 N1 x' g4 E% K
Heating Test
4 X# r# m% k' ~- `* XSteady Force Test: j5 V. W) i4 b: w' S
Drop Test
" O' t# }' J% _. F7 VStress Relief Test3 l* h5 j' r! }6 q- t
Battier Adhesive Test |
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