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| Harmonize humidity-freeze cycle profile on IEC61215-2005 Ed.2 to IEC61646-2008 Ed.22 G+ f- C1 Z' f" D
| 10.12.2.a), Figure 12
! y* A3 l1 G4 [# X | 61215(ed.2)1 S6 [7 O4 V/ n! j& K# e8 E8 E. E
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Standard:; m8 {$ k4 |. j X
IEC 61215-2005 Ed.22 b$ G' Q+ j# z! C( h9 c
Sub clause(s):2 F% d9 f5 q( h1 K1 k
10.12.2.a)
8 P1 ?4 Y9 }: C6 w( `. CFigure 12
; E! i$ o3 b4 JSheet n°:
' \+ M% W: {- LDSH 0735
4 Q9 _9 ]' w5 x- mSubject:
' [- M0 ~/ j6 n8 s+ k& uHarmonize humidity-freeze
" ~ b6 n" |. x) W# g4 Ccycle profile on IEC61215-
2 E- G t' k% A' y2 F7 [) E- M2005 Ed.2 to IEC61646-
$ u6 ^9 g- Q, I/ i2008 Ed.2
) w( {( X9 t0 A7 E' m# Z1 T4 oKey words:
0 P- F9 O( |; g& o8 ~; iHumidity freeze cycle2 c' A5 [, W6 L5 Q4 e
Approved by:! v6 y. z8 R( f0 k+ _: W+ a) V
46 CTL annual meeting in7 Z, l E" z$ ^( e& Q
Beijing, 5/15-16, 2009
2 I. b6 Y {: \Question:2 ~" w( L4 y n3 K
The two humidity-freeze cycle profile charts in following standards are different:
2 b6 @$ b7 n8 ^$ n0 w1. Newly published IEC61646-2008 Ed.2 Thin-film terrestrial photovoltaic
1 E; z; M7 L& ~3 A! i6 P(PV) modules – Design qualification and type Approval, Figure 5.
" n- a9 E& Q$ T" |- l( h2. Previously published IEC 61215-2005 Ed.2 Crystalline silicon terrestrial
2 Z& Y# N! `0 p8 S3 S6 _6 Dphotovoltaic (PV) modules – Design qualification and type approval,5 w1 P5 _+ G$ p7 y! Y' M5 R: A
Figure 12.9 R$ }) a% M+ v
Can these two be harmonized?4 u% I6 O- q' @
Decision:& R: ?0 Z C1 ~" u
When conducting clause 10.12 Humidity-freeze test per IEC 61215-2005 Ed.2,
& t5 p. H; D8 K/ A" q5 g: d# `Figure 12, use clause 10.12 Humidity-freeze test of IEC61646-2008 Ed.2, Figure i# R3 {: W; E8 Z8 {% m4 U' q
5. There will be no RH control requirement during temperature transitions8 K2 {' L& r1 A* }1 z2 j7 }' _
between room temperature and 85°C.
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