|
UL16424 W5 i: W B5 K( K7 n
Short-Circuit at room temp.
) p$ J' f3 O w- i o4 ]8 IShort-Circuit at 55 Degree C4 m, K' q9 V2 T* }8 S
Abnormal Charge - t3 p( d+ K v1 }; x n6 [6 t
Forced-Discharge
3 @' x' P7 @' S! g, {+ l8 YCrush
' ^6 r5 T# f4 c) RImpact
& q6 V& N( F2 V9 g$ @* NShock
- A, q) O. w7 f9 @0 RVibration& i! r/ C$ y; ~2 Q
Heating/ M# i+ W. P: x6 z
Temperature Cycling
/ I; X a# v k# d' i3 lAltitude Simulation
% @4 a& V/ E$ V& ]Projectile
8 i Y: y8 _( t! s
! K8 ?4 o. S$ B8 H1 kUL20541 [- k. c/ J+ P
Short-Circuit at room temp. 4 P+ r! m* d$ m) i: P. E- J
Short-Circuit at 55 Degree C
9 C& a+ H' }% [4 V' N0 G# fAbnormal Charge # l z P3 s- w4 [! @
Abusive Overcharge ' c# @8 c# p* f8 H% s0 |
Forced-Discharge8 t5 j3 j9 Q! A! h9 b
Limited Power Source4 L6 f2 C) c! ] T& }0 E* P. w9 w# q
Projectile Test" [% z# O+ o* e3 J } N
250 N Steady Force Test- }8 X$ q- h+ C% q- P0 O
Mold Stress Relief Test$ Y& |5 n% n0 q' O$ M. j: k6 g
Drop Impact Test
3 [; y5 R+ G! J eEnclosure Flammability. {: X, h4 `& h6 K& ~* r/ D- \
& h/ }8 @6 N* h7 {# M/ Z
CAN/CSA-C22.2 NO. 60950-1
+ D) w# S/ r. y' ^" }; dEnergy Hazard measurements
+ {9 n' m" [ n. s gBattery Overcharge / Discharge Test
+ n9 n6 K$ h" ], e$ p# u; m1 QHeating Test
+ `; m+ g/ Q3 L/ z SSteady Force Test
" {0 b/ U( B) \# Q/ N" s8 \Drop Test/ e1 L+ G( Q, ^* o- s
Stress Relief Test
" I8 X+ g- S9 \4 p7 r( q l! cBattier Adhesive Test |
|