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2 Y! \& k9 t. o9 d | Batteries0 E; ^$ d+ Y- n3 i2 k6 p
| 13.2.2' \3 [3 C( U+ p; z3 {: Z! k1 l
| 61010-1(ed.1);am1;am2
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* F$ I& f7 u& t* _Standard:$ X6 G' |- f8 r! h7 U
IEC 61010-1:1990 +A1:1992 + A24 O" E L$ f& i' d4 ]
:1995
1 P! z+ [: y1 M5 [) j/ YSub clause:" q; ~) R: t) [+ q) e
13.2.23 k( I' N2 E, R/ o
Sheet n. 356. c, s! m% z% q ?5 n
Page 1(1): d2 f# @) Z3 g. J1 [8 j* T
Subject:
0 F# r6 b, P3 e# T* O$ c9 S* xBatteries% e% b. I8 Z) _
Key words:
" r# n& E4 [6 d' d* w5 f/ l- Explosion
4 V" ^3 @1 J6 A7 \ q) Y2 H+ ?( f- Fire hazard' P* Q( |( X4 x6 e) b
- Charge state
" c) u- ?5 P' s, ^4 `& s# c+ ^6 wDecision taken by
+ `! Y! D4 t* e" C+ z/ uETF3 and confirmed+ `6 H3 D( n1 x
by CTL at its 38th
6 t% h- @; q& j9 Omeeting, in Toronto
9 N; U' u8 t& O. O2 E' mQuestion:6 j! Y; }$ k8 J! F. s
The state of charge of the battery will affect the result obtained. How do laboratories
- t# J9 y# n2 \ r- [determine the initial charge condition?7 n0 e5 \! T" B+ ^! A( B2 b# d
Decision:9 W" _5 O9 [" e3 d j$ \
It was agreed that the battery data should be assessed to establish the worst case condition
, S) \/ X$ h* ]and that the battery should be arranged to be in that condition.
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7 \0 K3 Z8 J0 G) a+ L/ R
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