|
|
UL16422 D$ b, v; y$ D- _5 Z
Short-Circuit at room temp. & T2 @7 s' [7 c& E3 @9 ?
Short-Circuit at 55 Degree C
( ?* O6 G0 k; D7 D* W5 B" \Abnormal Charge
z1 q: z" E* o! jForced-Discharge
5 [& r6 \* \, I$ K3 M5 x* E! nCrush
3 I# ?! f S. u. t* B2 _! KImpact
6 i$ G8 [. s) ^& M! E8 ^# t; K& dShock
% g: b( j& y- u7 E: L# d) t! ~* cVibration- j* T& ] _4 a& Z) k+ q. N, V6 h
Heating
% [* a# L i4 ^Temperature Cycling
8 S; b5 A* t3 |9 oAltitude Simulation
: Y) A3 C3 G1 |5 [* {, BProjectile- \# u& w3 ]0 B
7 r2 Y$ a, L% v
UL20542 I+ o+ h4 @# C( f
Short-Circuit at room temp.
2 Z8 u J: M( F; w4 P! [7 qShort-Circuit at 55 Degree C
5 V7 p2 Z; d4 r1 bAbnormal Charge
" k( T- ^/ _# M$ s/ @- D3 iAbusive Overcharge 1 s8 ^. F b% f. R, r) W( i( Q* {
Forced-Discharge
) q" V7 b; Y8 r& aLimited Power Source0 h( p2 T. ?) ]
Projectile Test
2 B1 p# G6 x; x; q( O250 N Steady Force Test, B. q8 d/ M6 H+ }$ P2 I) f4 U
Mold Stress Relief Test
. C5 a7 X2 ^/ l* O" EDrop Impact Test
+ h1 t+ k5 ? M6 C. pEnclosure Flammability
' v) x: ]( e" i. C) n( h9 m2 a5 ~$ I4 p( y2 Y3 N: w" C! X. z
CAN/CSA-C22.2 NO. 60950-1, a7 Y' Q- n1 I. y f" P, u2 g
Energy Hazard measurements1 N# f" V% f5 W
Battery Overcharge / Discharge Test
9 _! K" p& b/ {3 C- gHeating Test
) D/ d6 U/ X- @6 C& GSteady Force Test$ k& `& x' r/ X7 U0 i: K
Drop Test5 O9 O$ L s1 c7 X$ K. w
Stress Relief Test
( }0 B* ~1 {% h! U3 xBattier Adhesive Test |
|