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UL1642
. A1 h4 q1 j! s7 h1 YShort-Circuit at room temp.
5 {6 r5 J* S2 bShort-Circuit at 55 Degree C
# h! C, k) k# u5 |. t; l. Y& m& FAbnormal Charge
' L9 I$ N7 X% k6 V# YForced-Discharge
6 m7 x" `1 E+ J3 X: sCrush
' h6 U7 n0 v" y* Z1 ?Impact+ G+ V; b) b2 w. }/ T
Shock6 B% c8 U1 X6 p0 v3 D+ m e0 W- k
Vibration
. z8 f* s8 D$ e( i8 c/ GHeating% i3 A0 u# F( u% H0 [
Temperature Cycling
: @1 `( H& ~) N9 n6 ^Altitude Simulation
2 B$ P8 Z7 p% rProjectile9 h# ~5 ]2 x8 c+ m# }
* g. Y) |2 B9 q1 I: v% x v7 _* VUL2054
& n2 o8 ?* W8 U o9 wShort-Circuit at room temp. 4 X' \ w! r0 J" {
Short-Circuit at 55 Degree C9 D% Q1 R1 M" u% W. x0 o
Abnormal Charge # j, l7 b/ x+ j2 X- c
Abusive Overcharge
) [7 t; B4 j: z/ cForced-Discharge
# F# b, W3 G- K7 X: ALimited Power Source
- n) ^# ~ V2 P* r* Q4 KProjectile Test9 {% S* k& W! `. f: D* j/ s
250 N Steady Force Test
; W. ?1 {' r/ Q4 p0 W: FMold Stress Relief Test
6 m# N( T$ q, R- N! f& jDrop Impact Test
6 h% R" w% O. G2 b8 tEnclosure Flammability
' x3 P( t" L$ j; t6 |/ ~/ |, s% Q+ ~8 a5 q0 ~
CAN/CSA-C22.2 NO. 60950-1
/ N3 k( P, d# S0 OEnergy Hazard measurements& R5 f) s& {7 @3 \9 u B) W
Battery Overcharge / Discharge Test
5 d& B/ V6 w! n5 R9 g b" KHeating Test
. V0 ~8 n! q! A, q0 i& l# R# k S" ^' ZSteady Force Test
) k! {. I6 {: c2 ^Drop Test8 j; p3 z7 v0 I0 ^
Stress Relief Test
4 s& |; {% U+ VBattier Adhesive Test |
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