标题: 风筒19.102非正常温升 [打印本页] 作者: juanstery 时间: 2011-6-23 10:50 标题: 风筒19.102非正常温升 2-23说： 5 u# q4 r6 U$ P8 }power input. / f! m7 z' r' C! \A sheet of polyethylene approximately 200 mm x 200 mm and having a thickness of 50 μm is7 M2 |3 d4 P& I$ _# H" @
placed against the air-inlet and moved in any direction in order to reduce the airflow so that / p( w0 ~7 W! `6 L9 w1 u/ @1 ethe most unfavourable conditions are established.9 i2 q# V8 g( H. i1 ~* ~( l" l
The test is carried out for 30 min. ; D% X0 ]# P- v( B) _( y) pThe test is repeated with the airflow directed horizontally.0 { H& E. T2 C8 W; H- ]
NOTE The most unfavourable conditions are usually obtained by positioning the polyethylene sheet so that the- t" x: y( t6 J; M7 _5 \" W
thermal cut-out is prevented from operating. 3 Z2 q( U8 _0 Q0 S; i* ?( W( N8 U/ R4 Q
我搜索到之前的帖子有人把它解释为“ 19.102 限制入风测试,最高档和最低档,风口水平和风口垂直,总共做4部机,限制入风口知道跳制动作,然后微调如风到跳制刚好不跳的状态,最后吹30分钟稳定,” / _0 @) ~; s* V$ j! G4 T# o 1 K# e: W4 K- [* v" k% H请问以上解释是对的吗？ : s$ i) O- q: d, Z6 X* J9 w* r1 Z _& N0 c( @4 ]9 r
但有人认为是“不断反复让THERMOSTAT跳和不跳之间测试30分钟”。 ' C9 O7 e! L$ X' H5 q3 C% l, X5 A* u9 X
请问以上哪种观点是正确的？1 q& M- {( k: O5 y2 z
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BTW:要对thermal cut-out有个根本的认知，本人认为thermal cut-out是风筒上的fuse,而不是自复位的thermostat.作者: 极品老工 时间: 2011-6-23 11:42
为何不读读GB4706.15的19.102。作者: mingck 时间: 2011-6-23 11:55
"限制入风口知道跳制动作,然后微调如风到跳制刚好不跳的状态,吹30分钟稳定,”这样做是正确的.作者: 山炮 时间: 2011-6-23 12:42
BTW:要对thermal cut-out有个根本的认知，本人认为thermal cut-out是风筒上的fuse,而不是自复位的thermostat. $ a; v8 f: J9 R$ x1 _! W! a7 ?3 z4 p4 p9 a" Q" ^
行业中所能见到的热断路器和温控器在称谓、外观形状、标称参数等方面并不一定截然分开，也不必截然分开。一个温度控制元件，只有被应用到器具中，明确它特定的控制目的，才具有定义中的具体含义。那楼主认为这个部件是为了正常工作时控制温度还是故障时防止温度过高？叫什么不重要，关键是其控制的目的。作者: juanstery 时间: 2011-6-23 13:35
专家，既然知道结果何必不告诉我一个结论呢？* V9 v% D0 U0 S- V' T$ L
3 z& P& f7 u% [7 L ~# Y因THERMAL-CUT OUT 本人认定此风筒上的FUSE,而不是thermostat,就是偏向于第二种观点，也就是避免PREVENT 保险丝烧，让THERMOSTAT在30分钟不断的做往复工作。。作者: 红豆绿豆 时间: 2011-6-23 17:12 标题: 回 4楼(juanstery) 的帖子 FUSE不可认为THERMAL-CUT OUT作者: 极品老工 时间: 2011-6-23 17:16
那俗称叫热FUSE的算不？不是电流FUSE。作者: shiya888 时间: 2011-6-23 22:59
吹风机中那个热保护器不是thermostat,而是self-resetting thermal cut-out.3 M v7 ^* q, T) ^$ f# @
3.7.1 ) c$ p6 U3 X$ U1 ~# {2 wthermostat+ g2 {, K" |; w
temperature-sensing device, the operating temperature of which may be either fixed or8 o X% n) u% }0 x
adjustable and which during normal operation keeps the temperature of the controlled part & Y7 U, X, n/ c0 ]' e& d. kbetween certain limits by automatically opening and closing a circuit f- w2 I$ t# r( a; m3.7.29 ]( f( j$ P$ U/ c3 r
temperature limiter( i& Y- J. L, x1 A
temperature-sensing device, the operating temperature of which may be either fixed or # i3 F R2 b# Yadjustable and which during normal operation operates by opening or closing a circuit when : q& i& x' J1 ^# \" Hthe temperature of the controlled part reaches a predetermined value2 X7 l9 v9 O- G( E/ J: L* n
NOTE It does not make the reverse operation during the normal duty cycle of the appliance. It may or may not 9 \4 ^( Y3 K# U1 @require manual resetting.2 I+ Y, ]5 k# U3 M
3.7.33 Z' O& Z4 R2 X* H1 C
thermal cut-out, f( l2 S- J5 y/ y- H
device which during abnormal operation limits the temperature of the controlled part by - n$ N6 v1 M" |0 t, Kautomatically opening the circuit, or by reducing the current, and is constructed so that its 4 G$ X1 i& [- |/ R/ k) Vsetting cannot be altered by the user 3 d. F# {* ^6 A* }+ {/ b! f) J# `( a3.7.4- P2 Z# q2 l2 U( f
self-resetting thermal cut-out: Q, T9 h# c% ?; A7 \) s- q/ A$ r
thermal cut-out that automatically restores the current after the relevant part of the appliance ( ^* q9 a' L/ T }2 t# J3 A5 Bhas cooled down sufficiently作者: zero517 时间: 2011-6-23 23:13
如果LZ碰到没fuse的电吹风就不会烦恼了！