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| Batteries: N* W1 |& {0 f! t; F& F
| 13.2.2
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- T/ a, N: ]$ p) Y& a! q' sStandard:; I2 @8 b$ `- K- Y& U
IEC 61010-1:1990 +A1:1992 + A27 I' ?! ]7 e( C' B! H
:1995
. F* k* v4 T1 E- x6 h _+ WSub clause:+ e& e' |8 y$ c m& [; q1 t! `
13.2.2
: a7 X9 J" \$ Z8 [Sheet n. 356
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Subject:. e0 [5 \# Q& u: F$ e i, M
Batteries
* S; ~$ b; m; ^, b% C- q8 KKey words:8 r3 X3 D0 j4 c- m! F
- Explosion0 Y3 {3 g' X, }4 P" f7 K
- Fire hazard
, N/ A# T/ M& A1 J0 P4 B6 O* l* `- Charge state H- l) C1 U0 c. Q( Q' V' A
Decision taken by. ?9 z4 m/ k0 i! N% |* |3 l0 L- U; Y
ETF3 and confirmed- O9 p9 i7 }7 I4 K8 D/ m" f
by CTL at its 38th# f2 q! {8 z2 ~ x; @
meeting, in Toronto, H" F5 i7 H4 @7 ?
Question:# o+ c. X; {* n5 y" |: P9 x% ?
The state of charge of the battery will affect the result obtained. How do laboratories
% [* H4 t4 |( N" e8 o8 I' Jdetermine the initial charge condition?7 y3 f' B0 l# Z* m
Decision:' ~7 z" \: ]4 u9 }9 f
It was agreed that the battery data should be assessed to establish the worst case condition. B! m$ E9 a5 j" j4 y
and that the battery should be arranged to be in that condition.
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