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| DSH 735
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| Harmonize humidity-freeze cycle profile on IEC61215-2005 Ed.2 to IEC61646-2008 Ed.2
) S1 G6 |- H5 C | 10.12.2.a), Figure 12: h0 D* r& h+ N
| 61215(ed.2)* p* }4 s0 N% s; c) [" u8 z9 p7 `% I
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Standard:
) M" f. ~# W. Y& ZIEC 61215-2005 Ed.26 U! s% F+ ~9 ~4 D2 T/ d6 Y8 l
Sub clause(s):9 {6 a2 c( Y( w9 _' V; c
10.12.2.a)
9 \- c3 w, y% z5 r0 X5 c3 q' E* e6 g% `Figure 12
7 P$ h7 J) ?; M# v; I4 ^2 v5 ], nSheet n°:
9 Z7 n. p( D0 Q- m oDSH 0735
7 F* c; n t0 J. hSubject:+ |# z: X, q# }9 J9 B& T
Harmonize humidity-freeze$ O+ v: t8 o8 A" c# t, }; Y
cycle profile on IEC61215-
8 D( ~) y4 ]0 v O: I" }5 X2005 Ed.2 to IEC61646-
& D* k1 f: ]& Q" U6 U2008 Ed.2
& s! B; P, R- [ N) E( [9 LKey words:
, L& G/ |! q# j3 [# bHumidity freeze cycle; X3 @# `4 F, l( N" I
Approved by:
5 s9 g$ |6 G1 \- T0 p/ K46 CTL annual meeting in( O4 e: D7 C( J- y0 {# ?
Beijing, 5/15-16, 2009* Y7 ?+ C) e0 o) [
Question:5 M* y { t4 o: |+ y+ \
The two humidity-freeze cycle profile charts in following standards are different:
e: Q4 w. w1 {+ p0 S8 x1. Newly published IEC61646-2008 Ed.2 Thin-film terrestrial photovoltaic
: \0 c4 z% W& ~% R7 G4 d5 M(PV) modules – Design qualification and type Approval, Figure 5.
# Z: U* t% e% o y- H, u* [3 W2. Previously published IEC 61215-2005 Ed.2 Crystalline silicon terrestrial
$ {1 H/ L' w- lphotovoltaic (PV) modules – Design qualification and type approval,$ a* J3 q: M, s/ n v, O
Figure 12.
$ c+ o! H. r+ b; YCan these two be harmonized?
3 `0 Y o) b0 pDecision:7 i( g9 ^6 J/ n4 a! s
When conducting clause 10.12 Humidity-freeze test per IEC 61215-2005 Ed.2,
& h9 w3 U- G+ X# kFigure 12, use clause 10.12 Humidity-freeze test of IEC61646-2008 Ed.2, Figure
. t/ U" n3 V8 P9 j5. There will be no RH control requirement during temperature transitions
$ n; l$ x! H( N1 p6 t! mbetween room temperature and 85°C." ]" ~- u2 T* J8 F! f. U( L
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