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| DSH 7359 u. I' T9 S" ~' o, u* E# V! [
9 l4 C) n- L4 a | Harmonize humidity-freeze cycle profile on IEC61215-2005 Ed.2 to IEC61646-2008 Ed.20 |# f1 Y) c, t5 N9 L% `, u
| 10.12.2.a), Figure 12
$ t6 \- H [' O/ m% L" q' {1 Z | 61215(ed.2)
2 h! B, m. E2 c" Z9 z | " S; v# [' ]: {6 t9 G9 g
Standard:/ l& H! Y w' n9 ?
IEC 61215-2005 Ed.2, u1 C1 p( _8 K1 f
Sub clause(s):6 g* P# T$ i3 m* F/ O% d
10.12.2.a)% {/ _4 o- u5 P; U& {. Q3 Y& Z
Figure 12, N$ \! z) k- G: V) u( z
Sheet n°:
7 s, G \# m( J1 R; NDSH 0735
0 n. @; K* j& W7 Q4 LSubject:& ^( v$ ~4 i# {7 @- H
Harmonize humidity-freeze
8 K& r$ `$ P' G! U. i4 e" Tcycle profile on IEC61215-
% s$ g% R5 j% V( S2005 Ed.2 to IEC61646-4 d4 B* Q1 F( k: l5 E$ G! i$ i4 P
2008 Ed.26 m9 t7 b4 s1 j/ q$ t. k
Key words:9 f/ y1 e3 N: A0 L3 j* t
Humidity freeze cycle+ x6 ^. h0 ~$ r* X. L& n g$ A
Approved by:6 q( t# ~7 a% f9 g8 u
46 CTL annual meeting in
3 K" d; T# V4 BBeijing, 5/15-16, 2009+ w: `! I' o, K) I8 `
Question:9 `' R5 A0 t2 e, Y) \/ E/ R! E( V
The two humidity-freeze cycle profile charts in following standards are different:
4 k* Q( n+ J+ v" _% I1. Newly published IEC61646-2008 Ed.2 Thin-film terrestrial photovoltaic
$ P: s6 d2 W3 B8 Y' n+ _8 o(PV) modules – Design qualification and type Approval, Figure 5., f1 \4 g& B/ @5 i" q
2. Previously published IEC 61215-2005 Ed.2 Crystalline silicon terrestrial0 [3 S6 ^ G+ q
photovoltaic (PV) modules – Design qualification and type approval,& N N0 i$ ] m
Figure 12.
3 ]% e L g; ~Can these two be harmonized?; L# X% I" `1 L j5 `) J7 B
Decision:; g; X% w; f$ |+ J+ U0 e. L( h) m
When conducting clause 10.12 Humidity-freeze test per IEC 61215-2005 Ed.2,( @- G* | Y: J* k+ C
Figure 12, use clause 10.12 Humidity-freeze test of IEC61646-2008 Ed.2, Figure" \5 b B" T6 x' x
5. There will be no RH control requirement during temperature transitions! O+ `- J; p* e/ s1 U
between room temperature and 85°C.! S6 Q. _& G) m9 `! A/ m
5 |& E! z" p( v2 J- u1 i9 _ |8 s0 x2 ]9 s. z6 o
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