UL1703-40的arcing test是什么

duchaojie

广东安规检测
有限公司提供：

小型摆管淋雨试验机

IPX5X6X7喷水试验机

1000L恒温恒湿箱

各种试验指现货

可程式恒温恒湿试验箱

水平垂直燃烧机

自动卷线器试验机

耐划痕试验机

各种灯头量规现货

灼热丝试验机现货

GB1002插头量规

IPX1-X7淋雨现货

IEC61347/UL935镇流器热试验箱

灯具防风罩

IK冲击试验机

UL498插头插座量规

VDE0620插头插座量规

稳定性试验台

家电温升测试角

针焰试验机现货

热电偶焊机现货

家电125mm试验指

E12灯头量规

无绳壶无绳电熨斗插拔寿命试验机

IEC60335试验指甲

arcing test是什么试验，再网上百度一下找到UL1703-40的标准，哪位大侠给扔一份

stevenyu

UL 4703
; M, J0 u! _4 h4 khttp://angui.org/bbs/read.php?tid-40457-keyword-1703.html
; @/ _8 c2 ^- k. A) [3 p
, r2 |  ?, C* C; l( L: e; w40 Arcing Test
40.1 General
40.1.1 If the point of current (at rated operating voltage) and voltage (VL as determined from the
relationship given in 39.2.2) that can appear across a cell or interconnect fracture is in the ²ARC TEST²
zone in Figure 40.1, the module or panel shall comply with the provisions of 40.1.2 – 40.6.3. See also
47.9.
40.1.2 With reference to 40.1.1, during conditions of simulated cell or interconnect fracture, there shall be
no ignition of the module or panel.
40.2 Method A
, `2 b3 E% }& Y40.2.1 Similar modules or panels to be tested are to be connected in series to achieve an open-circuit
voltage across the fracture equal to that which is present during normal use of the modules or panels with
the specified bypass diodes. The modules and panels are to be irradiated at 80 mW/cm2 or more at 20 –
30°C (68 – 86°F).
# c0 F; h  Q, F) e1 `' D* h40.3 Method B
. U9 t) g8 K: p1 n0 E- m40.3.1 A single module or panel is to be used with a separate power supply as described in 40.5.2
: X4 K% J) s# j. z8 Mconnected in series to provide the remainder of the source. The module or panel under test is to be
/ w% y: o5 M; C: _& Yirradiated at 80 mW/cm2 or more at 20°C – 30°C (68°F – 86°F).
40.4 Methods A and B
40.4.1 All bypass diodes, either included with the module or panel or described in the markings shall be
included in the test circuit.
) i& h; ?6 z* W0 d0 f1 r40.5 Method C
& n+ S# ?7 O7 t40.5.1 A single module or panel is to be used to provide the material for the ignition attempt. However,
all power in the arc is to be provided by an external power supply as described in 40.5.2 connected in
series with only passive portions of the module’s circuit. Cells are to be jumpered if necessary to involve
specific portions of the module or panel insulation system.
! h8 [: `( j7 U1 ~40.5.2 With reference to 40.3.1 and 40.5.1 the power supply is to be a constant voltage supply with a
# P- f- I8 ]( o; Z1 k$ }2 _series connected current-limiting resistor. The parameters of the total system are to be as follows:
7 P, ^' z! F* N  G& X, za) Open-Circuit Voltage – The voltage that is across the fracture during normal use of the
# Y; Y$ K! F3 L; @2 \modules or panels with the specified bypass diodes.
b) Short-Circuit Current – Not less than 80 percent nor more than the rated module or panel
short-circuit current, when the current-limiting resistor is adjusted so that the voltage across the
9 q" _  m3 j+ h& ^4 F& U3 cmodule or panel being tested is zero.
40.6 All methods
$ q- r9 m1 [6 ~9 W40.6.1 The system load is to be a short circuit.
40.6.2 Any connection(s) within the module or panel may be broken (fractured). The breaks are to be
chosen to achieve a worst case condition of maximum open-circuit voltage and/or maximum short-circuit
current at one of the chosen break points.
Exception: Any electrical connection made with wire of circular cross section or flexible braided
construction that is mechanically secured to its connection points is not to be broken. Braided or stranded
' s- k  v: Z: n/ I* ?4 Q* L9 V  c! p7 Owire shall not have any process performed on it that reduces its flexibility. Solder coating of a portion of
: ]2 |' j8 I; d0 I0 Uthe wire at the connection points is acceptable.
1 {6 ^8 [5 v9 X0 ?40.6.3 An arc is to be drawn across the breaks, with the arc across the material of the module or panel
that it might contact during use of the module or panel. The arcing is to be continued for 15 min at each
location tested.

HOUTILY

大电流起弧测试？