Exhibitors

To enhance the sourcing experience, buyers can now gain access to all the events listed below by simply using a single admission badge for the April fairs:6-9 Apr: Hong Kong International Lighting Fair (Spring Edition), Smart Lighting Expo13-16 Apr: InnoEX, Hong Kong Electronics Fair (Spring Edition)27-30 Apr: Fashion InStyle, Home InStyle, DeLuxe PrintPack Hong Kong, Hong Kong International Printing &amp; Packaging Fair, Hong Kong Gifts &amp; Premium Fair28-30 Apr: Hong Kong International Licensing Show &amp; Asian Licensing Conference

Notice: Access Trade Events in April with a Single Admission Badge

PWM Dimming Electronic LED Driver 300watt 12vdc&nbsp; 
Features&nbsp;

<ul>
	<li>Output constant voltage&nbsp;&nbsp;&nbsp;</li>
	<li>Input voltage range 100-277VAC&nbsp;&nbsp;&nbsp;&nbsp;</li>
	<li>Built-in PFC function / PF&gt;0.97 &nbsp;&nbsp;&nbsp;</li>
	<li>Efficiency &gt;88%&nbsp;/ Dimming range: 0~100%</li>
	<li>Protections:short circuit/over voltage/over heat</li>
	<li>PWM output, does not change the color index&nbsp;&nbsp;</li>
	<li>Cooling by free air convection&nbsp;/ Flicker-free &nbsp;&nbsp;</li>
	<li>Work with leading edge and trailing edge triac&nbsp;dimmers&nbsp;available</li>
	<li>Metal&nbsp;housing, suitable for dry, damp, wet location</li>
	<li>PWM output, does not change the color index&nbsp;&nbsp;</li>
	<li>Strong compatibility, flicker-free dimming</li>
	<li>Suitable for LED lighting and moving sign applications</li>
	<li>Compliance to worldwide safety regulations for lightings.&nbsp;</li>
	<li>Compatible with Forward&nbsp;phase, Reverse phase, Triac, MLV, ELV Dimmers</li>
	<li>7 years warranty&nbsp; &nbsp;</li>
</ul>
 
Dimming Operation 
 
Output constant current level can be adjusted through input&nbsp;terminal of the AC phase line(L) by connection a triac dimmer. 
Compatible with Leading edge or trailing edge triac dimmers, but trailing edge dimmers work better. 
Please try to use dimmers with power at least 1.5 times as the output power of the driver. 
&nbsp;

Constant Voltage 24v 120w LED Driver Triac Dimmable LED Power Supply 
Features

<ul>
	<li>Output constant voltage</li>
	<li>Input voltage range 100-277VAC</li>
	<li>Built-in PFC function / PF&gt;0.97</li>
	<li>Efficiency &gt;85%&nbsp;/ Dimming range: 0~100%</li>
	<li>Protections:short circuit/over voltage/over heat</li>
	<li>Cooling by free air convection&nbsp;/ Flicker-free &nbsp;&nbsp;</li>
	<li>Work with leading edge and trailing edge triac&nbsp;dimmers&nbsp;available</li>
	<li>PWM output, does not change the color index&nbsp;</li>
	<li>Metal&nbsp;housing, suitable for dry, damp, wet location</li>
	<li>Strong compatibility, flicker-free dimming</li>
	<li>Suitable for LED lighting and moving sign applications</li>
	<li>Compliance to worldwide safety regulations for lightings.&nbsp;Compatible with Forward&nbsp;phase, Reverse phase, Triac, MLV, ELV Dimmers</li>
	<li>7 years warranty</li>
</ul>
 
Dimming Operation

<ul>
	<li>Output constant current level can be adjusted through input&nbsp;terminal of the AC phase line(L) by connection a triac dimmer.</li>
	<li>Compatible with Leading edge or trailing edge triac dimmers, but trailing edge dimmers work better.</li>
	<li>Please try to use dimmers with power at least 1.5 times as the output power of the driver.</li>
</ul>

<table border="1" cellpadding="0" cellspacing="0" style="border-collapse: collapse; font-family: &quot;sans serif&quot;, tahoma, verdana, helvetica; letter-spacing: normal; orphans: 2; text-transform: none; widows: 2; word-spacing: 0px; -webkit-text-stroke-width: 0px; text-decoration-thickness: initial; text-decoration-style: initial; text-decoration-color: initial; width: 860px; border: 1px solid rgb(0, 0, 0);" width="980"><tbody><tr><td height="26" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Model Number</td><td style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">DSD-12030J</td><td style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">DSD-24030J</td><td style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">DSD-48030J</td></tr><tr><td colspan="4" height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="980">Output Type</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Reted Power</td><td style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">&nbsp;</td><td colspan="2" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="490">&nbsp;</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Reted Voltage</td><td style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">12V</td><td style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">24V</td><td style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">48V</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Reted Current</td><td style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">2.5A</td><td style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">1.25A</td><td style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">0.63A</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Voltage Tolerance</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">±0.5V</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Voltage Regulation</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">±0.5%</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Load Regulation</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">±1%</td></tr><tr><td colspan="4" height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="980">Input Type</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Voltage Range</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">110-277V</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Frequency Range</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">47-63HZ</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Efficiency(Typ.)</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">85%@120VAC 86%@277VAC</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Total Harmonic Distortion</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">THD&lt; 15%(@100% load)</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Power Factor(typ.)</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">0.99@120VAC 0.98@277VAC</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">AC Current(Typ.)</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">0.35A</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Inrush Current(Typ.)</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">18A</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Leakage Current</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">&lt;0.5mA</td></tr><tr><td colspan="4" height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="980">PROTECTION</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Short Circuit</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">Hiccup mode, recovers automatically after fault condition is removed.</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Over Load</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">Intelligently reduce the output voltage, auto-recovery or re-power on to recovery</td></tr><tr><td height="40" rowspan="2" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Over Temperate</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">100℃±10℃&nbsp;Intelligently reduce the output voltage and current.auto-recovery after over</td></tr><tr><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">load is removed</td></tr><tr><td colspan="4" height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="980">ENVIRONMENT</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Working Temp.</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">Tcase=-40 ~ +60 (Please refer to“OUTPUTLOAD vs TEMPERATURE”section)</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Working humidity</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">20 ~ 95% RH non-condensing</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Storage temp., Humidity</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">-40 ~ +90, 10 ~ 95% RH</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Temp&nbsp;.coefficient</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">±0.03%/℃(0~50℃)</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Vibration</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">10~500Hz,&nbsp;5G 10min./1 cycle,period for 60min. each along X,Y,Z axes</td></tr><tr><td colspan="4" height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="980">SAFETY &amp; EMC</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Safety standards</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">UL8750,&nbsp;CSAC22.2 No. 250.0-08</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Withstand voltage</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">I/P-O/P:1.88KVAC</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Isolation resistance</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">I/P-O/P:100M Ohms / 500VDC / 25/ 70% RH</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">EMC Emission</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">Compliance to FCC part 15 &nbsp;Subpart B</td></tr><tr><td colspan="4" height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="980">OTHERS</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Dimension</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">158x120.5x42mm (L*W*H)</td></tr><tr><td height="20" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="245">Packing</td><td colspan="3" style="font: 12px / 1.5 &quot;sans serif&quot;, tahoma, verdana, helvetica; border: 1px solid rgb(0, 0, 0);" width="735">-</td></tr></tbody></table>

<span style="color: rgb(42, 43, 46); font-family: &quot;PingFang SC&quot;, &quot;Segoe UI&quot;, Arial, &quot;Microsoft YaHei&quot;, 微软雅黑, 宋体, &quot;Malgun Gothic&quot;, sans-serif; font-size: 18px; font-style: normal; font-variant-ligatures: normal; font-variant-caps: normal; font-weight: 400; letter-spacing: normal; orphans: 2; text-align: start; text-indent: 0px; text-transform: none; white-space: pre-line; widows: 2; word-spacing: 0px; -webkit-text-stroke-width: 0px; background-color: rgb(255, 255, 255); text-decoration-thickness: initial; text-decoration-style: initial; text-decoration-color: initial; float: none; display: inline !important;">100-277vac dali-2 &amp; push dimmable led driver has built-in NFC function to adjust output voltage and set address code through the application, dimming range between 0-100%, suitable for indoor intelligent lighting projects ■Features·Output constant Voltage &nbsp;·Range: 100-277VAC &nbsp; &nbsp;&nbsp;·Built-in active PFC function &nbsp;(NFC regulation)&nbsp;·PF＞0.98@120VAC; PF＞0.96@230VAC &nbsp;&nbsp;·Efficiency up to 88.5% &nbsp; &nbsp;&nbsp;·Standby power consumption≤0.5 W &nbsp;&nbsp;·Protections: short circuit/ over load / over temperature &nbsp; &nbsp;·Cooling by free air convection;&nbsp;·IP66 for indoor &amp; outdoor (suitable for dry &amp; damp &amp; wet location); &nbsp; &nbsp; &nbsp;·Dimming curve: Logarithmic (default) and Linear; &nbsp; &nbsp;·Dimming protocol: DALI-2 Protocol IEC62386; PUSH-DIM (CCT dimming)·NFC function to adjust output voltage and set address/ID&nbsp;·Dimming range: 0-100%, LED start at 0.1% possible·Flicker-free, PWM output frequency, 4K Hz Stroboscopic exemption·Dimming range: 0-100%, LED start at 0.1% possible·Suitable for intelligent LED lighting&nbsp; ※Input &amp; Output wiring&nbsp;※Input electronic cable 3*18AWG, the green cable connect with (FG) ,Black with AC (L), White with AC(N) (US);※Output : 12V electronic cable 3*16AWG to be connected to LED Light; &nbsp;&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; 24V electronic cable 3*18AWG to be connected to LED Light; &nbsp;※Dimming cable &nbsp;&nbsp;※Dimming electronic cable 3*18AWG, Brown DA/N and Purple DA/L (No polar) connected to the DALI BUS when use DALI function.Brown (N) is connected to AC (N) while Purple (L) and pink (CCT Push )connected to CCT Push dim switch dimmer( L) when use Push function.※Please make sure you connect these correctly otherwise your product will not function correctly and could be damaged.CCT (TW) dimming: electronic cable, Black is output ( V+) Positive, While (CW-) and Yellow (WW-) are output (V-) negative &nbsp;Note: &nbsp;there is external antenna at output side. &nbsp;Don't disassemble!

<table border="0" cellpadding="0" cellspacing="0" height="811" style="border-collapse:collapse;width:730.52pt;" width="974"><tbody><tr height="19" style="height:14.25pt;"><td colspan="2" height="19" style="height:14.25pt;width:247.50pt;" width="330">Model</td><td style="width:483.00pt;" width="644">SMT-DI100W160-DP2A</td></tr><tr height="19" style="height:14.25pt;"><td colspan="2" height="19" style="height:14.25pt;width:247.50pt;" width="330">Certificate</td><td style="width:483.00pt;" width="644">UL / FCC / CE /&nbsp;RoHS / Reach&nbsp;/ NFC</td></tr><tr height="19" style="height:14.25pt;"><td height="133" rowspan="7" style="height:99.75pt;width:103.50pt;" width="138">Output</td><td style="width:144.00pt;" width="192">Rated current</td><td style="width:483.00pt;" width="644">160mA-1600mA&nbsp;(multiple current for choice freely by ProNFC)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">DC Voltage</td><td style="width:483.00pt;" width="644">24V-93V</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Rated power&nbsp;</td><td style="width:483.00pt;" width="644">100Wmax</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Voltage Tolerance</td><td style="width:483.00pt;" width="644">±30mA</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">No-load voltage</td><td style="width:483.00pt;" width="644">98Vmax</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Line Regulation</td><td style="width:483.00pt;" width="644">&lt;0.1%</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Load Regulation</td><td style="width:483.00pt;" width="644">&lt;0.1%</td></tr><tr height="19" style="height:14.25pt;"><td height="190" rowspan="10" style="height:142.50pt;width:103.50pt;" width="138">Input</td><td style="width:144.00pt;" width="192">Voltage Range</td><td style="width:483.00pt;" width="644">100-277VAC</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Frequency Range</td><td style="width:483.00pt;" width="644">47 - 63Hz</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Power Factor&nbsp;@ full load</td><td style="width:483.00pt;" width="644">≤0.95</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">THD(Typ.) @ full load</td><td style="width:483.00pt;" width="644">&lt;10%</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Efficiency&nbsp;@ full load</td><td style="width:483.00pt;" width="644">&gt;88.5%@120VAC 60Hz &nbsp; &nbsp; &gt;90.5%@230VAC 50HZ &nbsp; &nbsp; &nbsp;&gt;90.5%@277VAC 60HZ</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">No load power (Max)</td><td style="width:483.00pt;" width="644">&lt;3W</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Standby power&nbsp;(max.)</td><td style="width:483.00pt;" width="644">&lt;0.5W</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">AC Current&nbsp;(Max.)</td><td style="width:483.00pt;" width="644">&lt;1.33A</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Inrush Current (Typ.)</td><td style="width:483.00pt;" width="644">29.6A, 412us@50%Ipeak120V &nbsp; &nbsp; 56.8A, 120us@50%Ipeak230V &nbsp; &nbsp; 68.4A, 580us@50%Ipeak277V</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Leakage current</td><td style="width:483.00pt;" width="644">&lt;0.5mA</td></tr><tr height="19" style="height:14.25pt;"><td height="103" rowspan="3" style="height:77.25pt;width:103.50pt;" width="138">Protection</td><td style="width:144.00pt;" width="192">Short Circuit</td><td style="width:483.00pt;" width="644">Hiccup mode,&nbsp;restarts&nbsp;automatically after fault condition is removed</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Over Load</td><td style="width:483.00pt;" width="644">≤120%&nbsp;Hiccup mode&nbsp;or Constant power mode,&nbsp;recovers automatically after fault condition is removed</td></tr><tr height="65" style="height:48.75pt;"><td style="width:144.00pt;" width="192">Over temperature</td><td style="width:483.00pt;" width="644">Ambient temp. over 55 ± 5℃, output current will be reduced to 50%; Ambient temp.Over 45 ± 5℃, recovers automatically after temp. drops. Ambient temp.over 75 ± 5℃, output current will be reduced to 0%; Ambient temp.Over 45 ± 5℃, recovers automatically after temp. drops.</td></tr><tr height="19" style="height:14.25pt;"><td height="95" rowspan="5" style="height:71.25pt;width:103.50pt;" width="138">Environment</td><td style="width:144.00pt;" width="192">Working TEMP</td><td style="width:483.00pt;" width="644">-40~+60℃ (see below derating curve) &nbsp;</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Working Humidity</td><td style="width:483.00pt;" width="644">20 -95%RH &nbsp;non-condensing &nbsp;</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Storage TEM.,Humidity</td><td style="width:483.00pt;" width="644">-40 - +80℃,10 - 95% RH&nbsp;</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">TEMP.coefficient</td><td style="width:483.00pt;" width="644">±0.03%/℃(0 - 50℃)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Vibration</td><td style="width:483.00pt;" width="644">10~500Hz,&nbsp;5G&nbsp;12min./1 cycle,&nbsp;period for&nbsp;72min. each along X,Y,Z axes</td></tr><tr height="19" style="height:14.25pt;"><td height="147" rowspan="7" style="height:110.25pt;width:103.50pt;" width="138">Safety &amp; EMC</td><td style="width:144.00pt;" width="192">Safety standards</td><td style="width:483.00pt;" width="644">EN61347-1 &nbsp; EN61347-2-13 (EU) &nbsp;&amp; &nbsp;UL8750 &nbsp;(US)</td></tr><tr height="33" style="height:24.75pt;"><td style="width:144.00pt;" width="192">Withstand voltage</td><td style="width:483.00pt;" width="644">I/P-O/P:3.75KVAC &nbsp; I/P-FG:1.5KVAC &nbsp; O/P-FG:0.5KVAC (EU) &nbsp; I/P-O/P:1.8KVAC &nbsp; &nbsp;I/P-FG:1.8KVAC &nbsp; O/P-FG:1.8KVAC (US)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Isolation resistance</td><td style="width:483.00pt;" width="644">I/P-O/P:100MΩ&nbsp;/&nbsp;500VDC&nbsp;/&nbsp;25℃&nbsp;/&nbsp;70%RH</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">EMC Emission</td><td style="width:483.00pt;" width="644">EN55015 &nbsp;EN61000-3-2,3 (EU) &nbsp;&amp; &nbsp;FCC Part 15, Subpart B; ANSI C63.4:2014 (US)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">EMC Immunity</td><td style="width:483.00pt;" width="644">EN61000-4-2,3,4,5,6,11 &nbsp;EN61547 (EU)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Lightning surge</td><td style="width:483.00pt;" width="644">DM:2KV &nbsp;CM:4KV</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Strobe test standard</td><td style="width:483.00pt;" width="644">IEEE 1789&nbsp;flicker-free</td></tr><tr height="19" style="height:14.25pt;"><td height="57" rowspan="3" style="height:42.75pt;width:103.50pt;border-bottom:1.0pt solid #000000;" width="138">Others</td><td style="width:144.00pt;" width="192">Net Weight</td><td style="width:483.00pt;" width="644">0.6KG</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Dimension</td><td style="width:483.00pt;" width="644">365.8*38.5*23.6mm&nbsp;(L*W*H)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:144.00pt;" width="192">Packing</td><td style="width:483.00pt;" width="644">**** pcs /CTN &nbsp; &nbsp;&nbsp;</td></tr><tr height="48" style="height:36.00pt;"><td height="48" style="height:36.00pt;width:103.50pt;" width="138">Notes</td><td colspan="2" style="width:627.00pt;border-right:1.0pt solid #000000;" width="836">1. All parameters NOT specially mentioned are measured at rated load and 25℃of ambient temperature. 2. To extend the driver's using life , please reduce the loading at lower input voltage .</td></tr></tbody></table>

<span style="color: rgb(42, 43, 46); font-family: &quot;PingFang SC&quot;, &quot;Segoe UI&quot;, Arial, &quot;Microsoft YaHei&quot;, 微软雅黑, 宋体, &quot;Malgun Gothic&quot;, sans-serif; font-size: 14px; font-style: normal; font-variant-ligatures: normal; font-variant-caps: normal; font-weight: 400; letter-spacing: normal; orphans: 2; text-align: start; text-indent: 0px; text-transform: none; white-space: pre-line; widows: 2; word-spacing: 0px; -webkit-text-stroke-width: 0px; background-color: rgb(255, 255, 255); text-decoration-thickness: initial; text-decoration-style: initial; text-decoration-color: initial; display: inline !important; float: none;">60W triac/ELV dimmable led transformer, compact size, only 84*40*25mm, easy and fast installation, constant voltage operating mode, dimming range between 0-100%, with 3 year warranty Feature &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;•Dimming: Triac/ ELV dimming•Dimming 0-100%•UL, Class 2&nbsp;•Damp and dry location•100-130Vac input•Build in active PFC, typical power factor=0.94&nbsp;•THD&lt;20%@120V Max. load•Constant voltage type•Small size: 3.31x1.57x0.98 inch (L*W*H)•Super low loading request, works perfect at 20-100% load.•Short-circuit, over-load protection.•3 years warranty•compatible with popular dimmers in the market, Lutron-CL, Diva series etc. &nbsp;Application•LED strip/LED tape/LED module•Residential Lighting•Commercial Lighting Instruction:This driver should be installed by qualified and professional person;Please make sure the driver is installed with adequate ventilation around it to allow for heat dissipation.Ensure that wiring is correct before test in order to avoid light and power supply damage;If the dimmable LED drivers do not work normally, pl. don’t maintain privately, but contact us: sales1@smartselectronics.com &nbsp;Or take a phone-call: 0086-595-22863721 ext.808 &nbsp;

<table border="0" cellpadding="0" cellspacing="0" height="740" style="border-collapse:collapse;width:706.52pt;" width="942"><tbody><tr height="20" style="height:15.00pt;"><td colspan="2" height="20" style="height:15.00pt;width:258.00pt;" width="344">Model</td><td style="width:448.50pt;" width="598">SMT-DI060W120-DP2P</td></tr><tr height="20" style="height:15.00pt;"><td colspan="2" height="20" style="height:15.00pt;width:258.00pt;" width="344">Certificate</td><td style="width:448.50pt;" width="598">UL / FCC / CE /&nbsp;RoHS / Reach&nbsp;/ DALI / NFC</td></tr><tr height="20" style="height:15.00pt;"><td height="140" rowspan="7" style="height:105.00pt;width:119.25pt;" width="159">Output</td><td style="width:138.75pt;" width="185">Rated current</td><td style="width:448.50pt;" width="598">120mA-1200mA&nbsp;(multiple current for choice freely by ProNFC)</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">DC Voltage</td><td style="width:448.50pt;" width="598">24V-93V</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">No-load voltage</td><td style="width:448.50pt;" width="598">98Vmax</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Voltage Tolerance</td><td style="width:448.50pt;" width="598">Output current&nbsp;± 10mA for ≤ 300mA, ± 20mA for ≥ 300mA, and ± 30mA for ≥ 1000mA</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Rated power</td><td style="width:448.50pt;" width="598">60Wmax</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Line Regulation</td><td style="width:448.50pt;" width="598">&lt;0.5%</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Load Regulation</td><td style="width:448.50pt;" width="598">&lt;0.5%</td></tr><tr height="20" style="height:15.00pt;"><td height="200" rowspan="10" style="height:150.00pt;width:119.25pt;" width="159">Input</td><td style="width:138.75pt;" width="185">Voltage Range</td><td style="width:448.50pt;" width="598">100-277VAC</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Frequency Range</td><td style="width:448.50pt;" width="598">47 - 63Hz</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Power Factor (Typ.)&nbsp;</td><td style="width:448.50pt;" width="598">PF≥0.94</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">No load power (Max)</td><td style="width:448.50pt;" width="598">&lt;1.5W</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Standby power (Max)</td><td style="width:448.50pt;" width="598">&lt;0.5W</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">THD(Typ.) @ full load</td><td style="width:448.50pt;" width="598">≤15%</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Efficiency&nbsp;@ full load</td><td style="width:448.50pt;" width="598">≥88%@120VAC 60Hz &nbsp; &nbsp;≥89%@230VAC 50HZ &nbsp; &nbsp; ≥89%@277VAC 60HZ</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">AC Current&nbsp;(Max.)</td><td style="width:448.50pt;" width="598">0.75A</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Inrush Current (Typ.)</td><td style="width:448.50pt;" width="598">28.7A, 204us@50%Ipeak@120V &nbsp; &nbsp; 55.2A, 98us@50%Ipeak@230V &nbsp; &nbsp; &nbsp;66.0A, 220us@50%Ipeak@2770V</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Leakage current</td><td style="width:448.50pt;" width="598">&lt;0.5mA</td></tr><tr height="20" style="height:15.00pt;"><td height="60" rowspan="3" style="height:45.00pt;width:119.25pt;" width="159">Protection</td><td style="width:138.75pt;" width="185">Short Circuit</td><td style="width:448.50pt;" width="598">Hiccup mode,&nbsp;recovers automatically after fault condition is removed</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Over&nbsp;voltage</td><td style="width:448.50pt;" width="598">Hiccup&nbsp;or constant power mode,&nbsp;reboots automatically after fault condition is removed</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Over temperature</td><td style="width:448.50pt;" width="598">Ambient temp. over 55 ± 5℃, output current will be reduced to 50%; Ambient temp.Over 45 ± 5℃,recovers automatically. Ambient temp.over 75 ± 5℃, output current will be reduced to 0%; Ambient temp.Over 45 ± 5℃,recovers automatically.</td></tr><tr height="20" style="height:15.00pt;"><td height="100" rowspan="5" style="height:75.00pt;width:119.25pt;" width="159">Environment</td><td style="width:138.75pt;" width="185">Working TEMP</td><td style="width:448.50pt;" width="598">-40~+60℃ (see below derating curve) &nbsp;</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Working Humidity</td><td style="width:448.50pt;" width="598">20 -90%RH &nbsp;non-condensing &nbsp;</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Storage TEM.,Humidity</td><td style="width:448.50pt;" width="598">-40 - +80℃,10 - 95% RH &nbsp;</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">TEMP.coefficient</td><td style="width:448.50pt;" width="598">±0.03%/℃(0 - 50℃)</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Vibration</td><td style="width:448.50pt;" width="598">10~500Hz,&nbsp;2G&nbsp;12min./1 cycle,&nbsp;period for&nbsp;72min. each along X,Y,Z axes</td></tr><tr height="20" style="height:15.00pt;"><td height="120" rowspan="6" style="height:90.00pt;width:119.25pt;" width="159">Safety &amp; EMC</td><td style="width:138.75pt;" width="185">Safety standards</td><td style="width:448.50pt;" width="598">EN61347-1 &nbsp; EN61347-2-13(EU) &nbsp;&amp; &nbsp;UL8750 (US)</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Withstand voltage</td><td style="width:448.50pt;" width="598">I/P-O/P:3.75KVAC (EU) &nbsp;&amp; &nbsp;I/P-O/P:1.8KVAC (US)</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Strobe&nbsp;test standard</td><td style="width:448.50pt;" width="598">IEEE 1789&nbsp;Flicker free</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">lightning surge</td><td style="width:448.50pt;" width="598">DM:2KV &nbsp;</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Isolation resistance</td><td style="width:448.50pt;" width="598">I/P-O/P:100MΩ&nbsp;/&nbsp;500VDC&nbsp;/&nbsp;25℃&nbsp;/&nbsp;70%RH</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">EMC Emission</td><td style="width:448.50pt;" width="598">EN55015 &nbsp; EN61000-3-2,3(EU) &nbsp;&amp; &nbsp;FCC Part15 Subpart B; ANSI C63.4:2014(US)</td></tr><tr height="20" style="height:15.00pt;"><td height="60" rowspan="3" style="height:45.00pt;width:119.25pt;border-bottom:1.0pt solid #000000;" width="159">Others</td><td style="width:138.75pt;" width="185">Net Weight</td><td style="width:448.50pt;" width="598">0.38KG</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Dimension</td><td style="width:448.50pt;" width="598">314*30*21.7mm&nbsp;(L*W*H)</td></tr><tr height="20" style="height:15.00pt;"><td style="width:138.75pt;" width="185">Packing</td><td style="width:448.50pt;" width="598">***pcs /CTN</td></tr><tr height="20" style="height:15.00pt;"><td height="20" style="height:15.00pt;width:119.25pt;" width="159">Notes</td><td colspan="2" style="width:587.25pt;border-right:1.0pt solid #000000;" width="783">1. All parameters NOT specially mentioned are measured at rated load and 25℃of ambient temperature. 2. To extend the driver's using life, please reduce the loading at lower input voltage .</td></tr></tbody></table>

<table border="0" cellpadding="0" cellspacing="0" height="768" style="border-collapse:collapse;width:706.52pt;" width="942"><tbody><tr height="19" style="height:14.25pt;"><td colspan="2" height="19" style="height:14.25pt;width:258.00pt;" width="344">Model</td><td style="width:448.50pt;" width="598">SMT-DI100W160-DP2P</td></tr><tr height="19" style="height:14.25pt;"><td colspan="2" height="19" style="height:14.25pt;width:258.00pt;" width="344">Certificate</td><td style="width:448.50pt;" width="598">CE /&nbsp;RoHS / Reach</td></tr><tr height="19" style="height:14.25pt;"><td height="133" rowspan="7" style="height:99.75pt;width:119.25pt;" width="159">Output</td><td style="width:138.75pt;" width="185">Rated current</td><td style="width:448.50pt;" width="598">160mA-1600mA&nbsp;(multiple current for choice freely by ProNFC)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">DC Voltage</td><td style="width:448.50pt;" width="598">24V-93V</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Rated power&nbsp;</td><td style="width:448.50pt;" width="598">100Wmax</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Voltage Tolerance</td><td style="width:448.50pt;" width="598">±30mA</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">No-load voltage(Max.)</td><td style="width:448.50pt;" width="598">98Vmax</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Line Regulation</td><td style="width:448.50pt;" width="598">&lt;0.1%</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Load Regulation</td><td style="width:448.50pt;" width="598">&lt;0.1%</td></tr><tr height="19" style="height:14.25pt;"><td height="190" rowspan="10" style="height:142.50pt;width:119.25pt;" width="159">Input</td><td style="width:138.75pt;" width="185">Voltage Range</td><td style="width:448.50pt;" width="598">100-277VAC</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Frequency Range</td><td style="width:448.50pt;" width="598">47 - 63Hz</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Power Factor&nbsp;@ full load</td><td style="width:448.50pt;" width="598">≤0.95</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">THD(Typ.) @ full load</td><td style="width:448.50pt;" width="598">&lt;10%</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Efficiency&nbsp;@ full load</td><td style="width:448.50pt;" width="598">&gt;88.5%@120VAC 60Hz &nbsp; &nbsp; &gt;90.5%@230VAC 50HZ &nbsp; &nbsp; &nbsp;&gt;90.5%@277VAC 60HZ</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">No load power (Max)</td><td style="width:448.50pt;" width="598">&lt;3W</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Standby power&nbsp;(max.)</td><td style="width:448.50pt;" width="598">&lt;0.5W</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">AC Current&nbsp;(Max.)</td><td style="width:448.50pt;" width="598">&lt;1.33A</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Inrush Current (Typ.)</td><td style="width:448.50pt;" width="598">29.6A, 412us@50%Ipeak120V &nbsp; &nbsp; 56.8A, 120us@50%Ipeak230V &nbsp; 68.4A, 580us@50%Ipeak277V</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Leakage current</td><td style="width:448.50pt;" width="598">&lt;0.5mA</td></tr><tr height="19" style="height:14.25pt;"><td height="103" rowspan="3" style="height:77.25pt;width:119.25pt;" width="159">Protection</td><td style="width:138.75pt;" width="185">Short Circuit</td><td style="width:448.50pt;" width="598">Hiccup mode,&nbsp;restarts&nbsp;automatically after fault condition is removed</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Over Load</td><td style="width:448.50pt;" width="598">≤120%&nbsp;Hiccup mode&nbsp;or Constant power mode,&nbsp;recovers automatically after fault condition is removed</td></tr><tr height="65" style="height:48.75pt;"><td style="width:138.75pt;" width="185">Over temperature</td><td style="width:448.50pt;" width="598">Ambient temp. over 55 ± 5℃, output current will be reduced to 50%; Ambient temp.Over 45 ± 5℃, recovers automatically after temp. drops. Ambient temp.over 75 ± 5℃, output current will be reduced to 0%; Ambient temp.Over 45 ± 5℃, recovers automatically after temp. drops.</td></tr><tr height="19" style="height:14.25pt;"><td height="95" rowspan="5" style="height:71.25pt;width:119.25pt;" width="159">Environment</td><td style="width:138.75pt;" width="185">Working TEMP</td><td style="width:448.50pt;" width="598">-40~+60℃ (see below derating curve) &nbsp;</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Working Humidity</td><td style="width:448.50pt;" width="598">20 -90%RH &nbsp;non-condensing &nbsp;</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Storage TEM.,Humidity</td><td style="width:448.50pt;" width="598">-40 - +80℃,10 - 95% RH&nbsp;</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">TEMP.coefficient</td><td style="width:448.50pt;" width="598">±0.03%/℃(0 - 50℃)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Vibration</td><td style="width:448.50pt;" width="598">10~500Hz,&nbsp;2G&nbsp;12min./1 cycle,&nbsp;period for&nbsp;72min. each along X,Y,Z axes</td></tr><tr height="19" style="height:14.25pt;"><td height="133" rowspan="7" style="height:99.75pt;width:119.25pt;" width="159">Safety &amp; EMC</td><td style="width:138.75pt;" width="185">Safety standards</td><td style="width:448.50pt;" width="598">EN61347-1 &nbsp; EN61347-2-13 (EU) &nbsp;&amp; &nbsp;UL8750 &nbsp;(US)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Withstand voltage</td><td style="width:448.50pt;" width="598">I/P-O/P:3.75KVAC (EU) &nbsp;&amp; &nbsp;I/P-O/P:1.8KVAC (US)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Isolation resistance</td><td style="width:448.50pt;" width="598">I/P-O/P:100MΩ&nbsp;/&nbsp;500VDC&nbsp;/&nbsp;25℃&nbsp;/&nbsp;70%RH</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">EMC Emission</td><td style="width:448.50pt;" width="598">EN55015 &nbsp;EN61000-3-2,3 (EU) &nbsp;&amp; &nbsp;FCC Part 15, Subpart B;ANSI C63.4:2014 (US)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">EMC Immunity</td><td style="width:448.50pt;" width="598">EN61000-4-2,3,4,5,6,11 &nbsp;EN61547 (EU)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Lightning surge</td><td style="width:448.50pt;" width="598">DM:2KV &nbsp;CM:4KV</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Strobe test standard</td><td style="width:448.50pt;" width="598">IEEE 1789&nbsp;flicker-free</td></tr><tr height="19" style="height:14.25pt;"><td height="57" rowspan="3" style="height:42.75pt;width:119.25pt;border-bottom:1.0pt solid #000000;" width="159">Others</td><td style="width:138.75pt;" width="185">Net Weight</td><td style="width:448.50pt;" width="598">0.43KG</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Dimension</td><td style="width:448.50pt;" width="598">375.8*34.8*24.1mm&nbsp;(L*W*H)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:138.75pt;" width="185">Packing</td><td style="width:448.50pt;" width="598">****pcs /CTN &nbsp; &nbsp;&nbsp;</td></tr><tr height="19" style="height:14.25pt;"><td height="19" style="height:14.25pt;width:119.25pt;" width="159">Notes</td><td colspan="2" style="width:587.25pt;border-right:1.0pt solid #000000;" width="783">1. All parameters NOT specially mentioned are measured at rated load and 25℃of ambient temperature. 2. To extend the driver's using life , please reduce the loading at lower input voltage .</td></tr></tbody></table>

<table border="0" cellpadding="0" cellspacing="0" height="799" style="border-collapse:collapse;width:771.77pt;" width="1029"><tbody><tr height="19" style="height:14.25pt;"><td colspan="2" height="19" style="height:14.25pt;width:273.00pt;" width="364">Model</td><td style="width:498.75pt;" width="665">SMT-DI040W140-D4PA</td></tr><tr height="19" style="height:14.25pt;"><td colspan="2" height="19" style="height:14.25pt;width:273.00pt;" width="364">Certificate</td><td style="width:498.75pt;" width="665">UL/ FCC / CE /&nbsp;RoHS / Reach&nbsp;/ NFC</td></tr><tr height="19" style="height:14.25pt;"><td height="133" rowspan="7" style="height:99.75pt;width:108.00pt;" width="144">Output</td><td style="width:165.00pt;" width="220">Rated current</td><td style="width:498.75pt;" width="665">140mA-1400mA&nbsp;(multiple current for choice freely by ProNFC)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">DC Voltage</td><td style="width:498.75pt;" width="665">12V-54V</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Rated power&nbsp;</td><td style="width:498.75pt;" width="665">40Wmax</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Voltage Tolerance</td><td style="width:498.75pt;" width="665">±30mA</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">No-load voltage</td><td style="width:498.75pt;" width="665">60Vmax</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Line Regulation</td><td style="width:498.75pt;" width="665">&lt;0.1%</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Load Regulation</td><td style="width:498.75pt;" width="665">&lt;0.1%</td></tr><tr height="19" style="height:14.25pt;"><td height="190" rowspan="10" style="height:142.50pt;width:108.00pt;" width="144">Input</td><td style="width:165.00pt;" width="220">Voltage Range</td><td style="width:498.75pt;" width="665">100-277VAC</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Frequency Range</td><td style="width:498.75pt;" width="665">47 - 63Hz</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Power Factor @ full load&nbsp;</td><td style="width:498.75pt;" width="665">≥0.95</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">THD(Typ.) @ full load</td><td style="width:498.75pt;" width="665">&lt;10%</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Efficiency&nbsp;@ full load</td><td style="width:498.75pt;" width="665">&gt;85.5%@120VAC 60Hz &nbsp; &nbsp;&gt;86.5%@230VAC 50HZ &nbsp; &nbsp;&gt;86.5%@277VAC 60HZ</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">No load power (Max)</td><td style="width:498.75pt;" width="665">≤1.5W</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Standby power&nbsp;(max.)</td><td style="width:498.75pt;" width="665">&lt;0.5W</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">AC Current&nbsp;(Max.)</td><td style="width:498.75pt;" width="665">&lt;0.56A</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Inrush Current (Typ.)</td><td style="width:498.75pt;" width="665">28.8A, 256us@50%Ipeak@120V &nbsp; &nbsp; 55.2A, 130us@50%Ipeak@230V &nbsp; &nbsp; 66.5A, 259us@50%Ipeak@277V</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Leakage current</td><td style="width:498.75pt;" width="665">&lt;0.5mA</td></tr><tr height="19" style="height:14.25pt;"><td height="103" rowspan="3" style="height:77.25pt;width:108.00pt;" width="144">Protection</td><td style="width:165.00pt;" width="220">Short Circuit</td><td style="width:498.75pt;" width="665">Hiccup mode,&nbsp;restarts&nbsp;automatically after fault condition is removed</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Over load</td><td style="width:498.75pt;" width="665">Hiccup&nbsp;or&nbsp;Constant power mode,&nbsp;restarts&nbsp;automatically after fault condition is removed</td></tr><tr height="65" style="height:48.75pt;"><td style="width:165.00pt;" width="220">Over temperature</td><td style="width:498.75pt;" width="665">Ambient temp.Over 55 ± 5℃, output current will be reduced to 50%; Ambient temp.Over 45 ± 5℃, recovers automatically after temp. drops. Ambient temp.Over 75 ± 5℃, output current will be reduced to 0%; Ambient temp.Over 45 ± 5℃, recovers automatically after temp. drops.</td></tr><tr height="19" style="height:14.25pt;"><td height="95" rowspan="5" style="height:71.25pt;width:108.00pt;" width="144">Environment</td><td style="width:165.00pt;" width="220">Working TEMP</td><td style="width:498.75pt;" width="665">-40~+60℃ (see below derating curve) &nbsp;</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Working Humidity</td><td style="width:498.75pt;" width="665">20 -95%RH &nbsp;non-condensing &nbsp;</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Storage TEM.,Humidity</td><td style="width:498.75pt;" width="665">-40 - +80℃,10 - 95% RH&nbsp;</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">TEMP.coefficient</td><td style="width:498.75pt;" width="665">±0.03%/℃(0 - 50℃)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Vibration</td><td style="width:498.75pt;" width="665">10~500Hz,&nbsp;5G&nbsp;12min./1 cycle,&nbsp;period for&nbsp;72min. each along X,Y,Z axes</td></tr><tr height="19" style="height:14.25pt;"><td height="109" rowspan="5" style="height:81.75pt;width:108.00pt;" width="144">Safety &amp; EMC</td><td style="width:165.00pt;" width="220">Safety standards</td><td style="width:498.75pt;" width="665">EN61347-1 &nbsp; EN61347-2-13 (EU) &nbsp;&amp; &nbsp;UL8750 (US)</td></tr><tr height="33" style="height:24.75pt;"><td style="width:165.00pt;" width="220">Withstand voltage</td><td style="width:498.75pt;" width="665">I/P-O/P:3.75KVAC &nbsp; I/P-FG:1.5KVAC &nbsp; O/P-FG:0.5KVAC (EU) &nbsp; I/P-O/P:1.8KVAC &nbsp; &nbsp;I/P-FG:1.8KVAC &nbsp; O/P-FG:1.8KVAC (US)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Isolation resistance</td><td style="width:498.75pt;" width="665">I/P-O/P:100MΩ&nbsp;/&nbsp;500VDC&nbsp;/&nbsp;25℃&nbsp;/&nbsp;70%RH</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">EMC Emission</td><td style="width:498.75pt;" width="665">EN55015 &nbsp; EN61000-3-2,3(EU) &nbsp;&amp; &nbsp;FCC Part 15 ,Subpart B; ANSI C63.4:2014 (US)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">EMC Immunity</td><td style="width:498.75pt;" width="665">IEC/EN61000-4-2,3,4,5,6,8,11; EN/EN61547(EU)</td></tr><tr height="19" style="height:14.25pt;"><td height="38" rowspan="2" style="height:28.50pt;width:108.00pt;" width="144">Power supply</td><td style="width:165.00pt;" width="220">Strobe test standard</td><td style="width:498.75pt;" width="665">IEEE 1789&nbsp;Flicker free</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">lightning surge</td><td style="width:498.75pt;" width="665">Line to line:2KV &nbsp; &nbsp;Line to FG:4KV</td></tr><tr height="19" style="height:14.25pt;"><td height="57" rowspan="3" style="height:42.75pt;width:108.00pt;" width="144">Others</td><td style="width:165.00pt;" width="220">Net Weight</td><td style="width:498.75pt;" width="665">0.48KG</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Dimension</td><td style="width:498.75pt;" width="665">314.7*38.5*23.6mm&nbsp;(L*W*H)</td></tr><tr height="19" style="height:14.25pt;"><td style="width:165.00pt;" width="220">Packing</td><td style="width:498.75pt;" width="665">******pcs /CTN</td></tr><tr height="36" style="height:27.00pt;"><td height="36" style="height:27.00pt;width:108.00pt;" width="144">Notes</td><td colspan="2" style="width:663.75pt;border-right:1.0pt solid #000000;" width="885">1. All parameters NOT specially mentioned are measured at rated load and 25℃of ambient temperature. 2. To extend the driver's using life , please reduce the loading at lower input voltage .</td></tr></tbody></table>

<table border="0" cellpadding="0" cellspacing="0" height="760" style="border-collapse:collapse;width:741.77pt;" width="989"><tbody><tr height="20" style="height:15.00pt;"><td colspan="2" height="20" style="height:15.00pt;width:288.00pt;" width="384">Model</td><td style="width:453.75pt;" width="605">SMT-DI040W140-DP2P</td></tr><tr height="20" style="height:15.00pt;"><td colspan="2" height="20" style="height:15.00pt;width:288.00pt;" width="384">Certificate</td><td style="width:453.75pt;" width="605">UL / FCC / CE /&nbsp;RoHS / Reach&nbsp;/ DALI / NFC</td></tr><tr height="20" style="height:15.00pt;"><td height="140" rowspan="7" style="height:105.00pt;width:115.50pt;" width="154">Output</td><td style="width:172.50pt;" width="230">Rated current</td><td style="width:453.75pt;" width="605">140mA-1400mA&nbsp;(multiple current for choice freely by ProNFC)</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">DC Voltage</td><td style="width:453.75pt;" width="605">12V-54V</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Rated power&nbsp;</td><td style="width:453.75pt;" width="605">40Wmax</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Voltage Tolerance</td><td style="width:453.75pt;" width="605">±30mA</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">No-load voltage</td><td style="width:453.75pt;" width="605">60Vmax</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Line Regulation</td><td style="width:453.75pt;" width="605">&lt;0.1%</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Load Regulation</td><td style="width:453.75pt;" width="605">&lt;0.1%</td></tr><tr height="20" style="height:15.00pt;"><td height="200" rowspan="10" style="height:150.00pt;width:115.50pt;" width="154">Input</td><td style="width:172.50pt;" width="230">Voltage Range</td><td style="width:453.75pt;" width="605">100-277VAC</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Frequency Range</td><td style="width:453.75pt;" width="605">47 - 63Hz</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Power Factor @ full load&nbsp;</td><td style="width:453.75pt;" width="605">≥0.95</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">THD(Typ.) @ full load</td><td style="width:453.75pt;" width="605">&lt;10%</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Efficiency&nbsp;@ full load</td><td style="width:453.75pt;" width="605">&gt;85.5%@120VAC 60Hz &nbsp; &nbsp;&gt;86.5%@230VAC 50HZ &nbsp; &nbsp;&gt;86.5%@277VAC 60HZ</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">No load power (Max)</td><td style="width:453.75pt;" width="605">≤1.5W</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Standby power&nbsp;(max.)</td><td style="width:453.75pt;" width="605">&lt;0.5W</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">AC Current&nbsp;(Max.)</td><td style="width:453.75pt;" width="605">&lt;0.56A</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Inrush Current (Typ.)</td><td style="width:453.75pt;" width="605">28.8A, 256us@50%Ipeak@120V &nbsp; &nbsp; 55.2A, 130us@50%Ipeak@230V &nbsp; &nbsp; &nbsp;66.5A, 259us@50%Ipeak@277V</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Leakage current</td><td style="width:453.75pt;" width="605">&lt;0.5mA</td></tr><tr height="20" style="height:15.00pt;"><td height="60" rowspan="3" style="height:45.00pt;width:115.50pt;" width="154">Protection</td><td style="width:172.50pt;" width="230">Short Circuit</td><td style="width:453.75pt;" width="605">Hiccup mode,&nbsp;restarts&nbsp;automatically after fault condition is removed</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Over load</td><td style="width:453.75pt;" width="605">Hiccup&nbsp;or&nbsp;Constant power mode,&nbsp;restarts&nbsp;automatically after fault condition is removed</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Over temperature</td><td style="width:453.75pt;" width="605">Ambient temp.Over 55 ± 5℃, output current will be reduced to 50%; Ambient temp.Over 45 ± 5℃, recovers automatically after temp. drops. Ambient temp.Over 75 ± 5℃, output current will be reduced to 0%; Ambient temp.Over 45 ± 5℃, recovers automatically after temp. drops.</td></tr><tr height="20" style="height:15.00pt;"><td height="100" rowspan="5" style="height:75.00pt;width:115.50pt;" width="154">Environment</td><td style="width:172.50pt;" width="230">Working TEMP</td><td style="width:453.75pt;" width="605">-40~+60℃ (see below derating curve) &nbsp;</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Working Humidity</td><td style="width:453.75pt;" width="605">20 -90%RH &nbsp;non-condensing &nbsp;</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Storage TEM.,Humidity</td><td style="width:453.75pt;" width="605">-40 - +80℃,10 - 95% RH&nbsp;</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">TEMP.coefficient</td><td style="width:453.75pt;" width="605">±0.03%/℃(0 - 50℃)</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Vibration</td><td style="width:453.75pt;" width="605">10~500Hz,&nbsp;2G&nbsp;12min./1 cycle,&nbsp;period for&nbsp;72min. each along X,Y,Z axes</td></tr><tr height="20" style="height:15.00pt;"><td height="100" rowspan="5" style="height:75.00pt;width:115.50pt;" width="154">Safety &amp; EMC</td><td style="width:172.50pt;" width="230">Safety standards</td><td style="width:453.75pt;" width="605">EN61347-1 &nbsp; EN61347-2-13 (EU) &nbsp;&amp; &nbsp;UL8750 (US)</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Withstand voltage</td><td style="width:453.75pt;" width="605">I/P-O/P:3.75KVAC (EU) &nbsp;&amp; &nbsp;I/P-O/P:1.8KVAC (US)</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Isolation resistance</td><td style="width:453.75pt;" width="605">I/P-O/P:100MΩ&nbsp;/&nbsp;500VDC&nbsp;/&nbsp;25℃&nbsp;/&nbsp;70%RH</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">EMC Emission</td><td style="width:453.75pt;" width="605">EN55015 &nbsp; EN61000-3-2,3(EU) &nbsp;&amp; &nbsp;FCC Part 15 ,Subpart B; ANSI C63.4:2014 (US)</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">EMC Immunity</td><td style="width:453.75pt;" width="605">IEC/EN61000-4-2,3,4,5,6,8,11; EN/EN61547(EU)</td></tr><tr height="20" style="height:15.00pt;"><td height="40" rowspan="2" style="height:30.00pt;width:115.50pt;border-bottom:1.0pt solid #000000;" width="154">Power supply</td><td style="width:172.50pt;" width="230">Strobe test standard</td><td style="width:453.75pt;" width="605">IEEE 1789&nbsp;Flicker free</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">lightning surge</td><td style="width:453.75pt;" width="605">Line to line:2KV &nbsp;</td></tr><tr height="20" style="height:15.00pt;"><td height="60" rowspan="3" style="height:45.00pt;width:115.50pt;" width="154">Others</td><td style="width:172.50pt;" width="230">Net Weight</td><td style="width:453.75pt;" width="605">0.32KG</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Dimension</td><td style="width:453.75pt;" width="605">324.7*34.8*24.1mm&nbsp;(L*W*H)</td></tr><tr height="20" style="height:15.00pt;"><td style="width:172.50pt;" width="230">Packing</td><td style="width:453.75pt;" width="605">****pcs /CTN</td></tr><tr height="20" style="height:15.00pt;"><td height="20" style="height:15.00pt;width:115.50pt;" width="154">Notes</td><td colspan="2" style="width:626.25pt;border-right:1.0pt solid #000000;" width="835">1. All parameters NOT specially mentioned are measured at rated load and 25℃of ambient temperature. 2. To extend the driver's using life , please reduce the loading at lower input voltage .</td></tr></tbody></table>

Features

<ul>
	<li>Output constant voltage&nbsp;&nbsp;</li>
	<li>Input voltage range 100-277VAC&nbsp;&nbsp;</li>
	<li>Built-in PFC function / PF&gt;0.97 &nbsp;</li>
	<li>Efficiency &gt;85%&nbsp;/ Dimming range: 0~100% &nbsp;</li>
	<li>Protections:short circuit/over voltage/over heat &nbsp;</li>
	<li>Cooling by free air convection&nbsp;/ Flicker-free &nbsp;&nbsp;</li>
	<li>Work with leading edge and trailing edge triac&nbsp;dimmers&nbsp;available</li>
	<li>PWM output, does not change the color index&nbsp;</li>
	<li>Metal&nbsp;housing, suitable for dry, damp, wet location</li>
	<li>Strong compatibility, flicker-free dimming</li>
	<li>Suitable for LED lighting and moving sign applications</li>
	<li>Compliance to worldwide safety regulations for lightings.&nbsp;</li>
	<li>Compatible with Forward&nbsp;phase, Reverse phase, Triac, MLV, ELV Dimmers</li>
	<li>7 years warranty</li>
</ul>
 
Dimming Operation

<ul>
	<li>Output constant current level can be adjusted through input&nbsp;terminal of the AC phase line(L) by connection a triac dimmer.</li>
	<li>Compatible with Leading edge or trailing edge triac dimmers, but trailing edge dimmers work better..</li>
	<li>Please try to use dimmers with power at least 1.5 times as the output power of the driver.</li>
</ul>

12v 30watt Dc Waterproof Electronic LED Driver 30w Triac Drivers&nbsp; 
Features

<ul>
	<li>Output constant voltage&nbsp;&nbsp;</li>
	<li>Input voltage range 100-277VAC&nbsp;&nbsp;</li>
	<li>Built-in PFC function, PF&gt; 0.98</li>
	<li>Efficiency &gt; 87%&nbsp;/ load:0~100%</li>
	<li>Protections: short circuit/over voltage/overheat</li>
	<li>Cooling by free air convection</li>
	<li>Work with leading-edge and trailing edge Triac&nbsp;dimmers&nbsp;available</li>
	<li>PWM output does not change the color index&nbsp;</li>
	<li>Metal&nbsp;housing, suitable for dry, damp, wet location</li>
	<li>Strong compatibility, flicker-free dimming</li>
	<li>Suitable for LED lighting and moving sign applications</li>
	<li>Compliance to worldwide safety regulations for lighting</li>
	<li>7 years warranty</li>
</ul>
 
Dimming Operation

<ul>
	<li>Output constant current level can be adjusted through input&nbsp;terminal of the AC phase line(L) by connection a triac dimmer.</li>
	<li>Compatible with Leading edge or trailing edge triac dimmers, but trailing edge dimmers work better..</li>
	<li>Please try to use dimmers with power at least 1.5 times as the output power of the driver.</li>
</ul>

Plastic case design Constant voltage led driver 60W TRIAC &amp; 0-10V dimmable mode can be switched to two-color CCT dimming mode, 100-277vac input voltage, UL certified mainly sold in North America, can be suitable for large commercial lighting projects Feature &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;•Dim-all: Triac/0-10V/1-10V/10V PWM/Potentiometer•Switch to PWM or Voltage Reduce output &nbsp;ref. To Unique Selling Points•Switch to dual color temperature LED strips•Dimming effect:&nbsp;Voltage Reduce mode: 100%-0.01% dim, stepless dimming,flicker-free,&nbsp;PWM dim mode: 100-0.1% dim, flicker-free&nbsp;•Triac dim mode: Forward phase &amp; reverse phase, MLV, ELV dim•UL cUL listed, Class 2, Class P, Type HL, FCC, NEMA 4X, CE, RoHs•Wet, damp, and dry location,•Title 24 JA8 compliant•Universal input, 100-277Vac&nbsp;•Build in active PFC, typical power factor&gt;0.95, THD&lt;10%@120V Max. load•Constant voltage type, fine tune of output voltage&nbsp;•Super low loading request, works perfect at 10-100% load.•Short-circuit, over-temperature, over-load protection.•7 years warranty &nbsp; Unique Selling Points：Voltage Reduce Output&nbsp;√Dimming range: 100%-0.01% Ultra Deep Amplitude &nbsp; &nbsp; &nbsp; &nbsp;&nbsp;√The output voltage peak is in the affordable value of the LED during driver on/off and dimming, no harm to the LED for long-term using, and slow down the speed of lumen depreciation.√Works with single channel dim to warm LED strip/tape (2 wires).√Works with two channel CCT warm-dim LED strip/tape (3 wires).&nbsp; Compatible PWM &amp; Voltage Reduce output√compatible with RGBCW different LED fixture√compatible with DC-DC design LED fixture, such as MR16, PAR, wall washer, linear lighting, LED strip/type&nbsp; 2）Compatible PWM &amp; Voltage Reduce output√compatible with RGBCW different LED fixture√compatible with DC-DC design LED fixture, such as MR16, PAR, wall washer, linear lighting, LED strip/type Application:•LED strip/LED tape/LED module•Residential Lighting•Commercial LightingSeries Information:Include 30-340W, single &amp; multiple outputs

Features

<ul>
	<li>Output constant voltage&nbsp;&nbsp;</li>
	<li>Input voltage range 110-277Vac</li>
	<li>Built-in PFC function / PF&gt;0.97&nbsp;&nbsp;&nbsp;</li>
	<li>Efficiency &gt;88% / Dimming range: 0~100%</li>
	<li>Protections: Short circuit/over voltage/over heat</li>
	<li>PWM output, does not change the color index&nbsp;</li>
	<li>Cooling by free air convection / Flicker-free&nbsp;&nbsp;</li>
	<li>Work with leading edge and trailing edge triac dimmers available</li>
	<li>Metal housing, suitable for dry, damp, wet location</li>
	<li>PWM output, does not change the color index&nbsp;</li>
	<li>Strong compatibility, flicker-free dimming</li>
	<li>Suitable for LED lighting and moving sign applications</li>
	<li>Compliance to worldwide safety regulations for lightings.</li>
	<li>Compatible with Forward phase, Reverse phase, Triac, MLV, ELV Dimmers</li>
	<li>7 years warranty&nbsp;&nbsp;</li>
</ul>
Dimming Operation

<ul>
	<li>Output constant current level can be adjusted through input terminal of the AC phase line(L) by connection a triac dimmer.</li>
	<li>Compatible with Leading edge or trailing edge triac dimmers, but trailing edge dimmers work better.</li>
	<li>Please try to use dimmers with power at least 1.5 times as the output power of the driver.</li>
</ul>

Features
<ul>
	<li>Output constant voltage</li>
	<li>Input voltage range 100-277Vac</li>
	<li>Built-in PFC function / PF&gt;0.97</li>
	<li>Efficiency &gt;85% / Dimming range: 0~100%</li>
	<li>Protections: Short circuit/over voltage/over heat</li>
	<li>Cooling by free air convection / Flicker-free&nbsp;&nbsp;</li>
	<li>Work with leading edge and trailing edge Triac dimmers available</li>
	<li>PWM output, does not change the color index</li>
	<li>Metal housing, suitable for dry, damp, wet location</li>
	<li>Strong compatibility, flicker-free dimming</li>
	<li>Suitable for LED lighting and moving sign applications</li>
	<li>Compliance to worldwide safety regulations for lightings.</li>
	<li>Compatible with Forward phase, Reverse phase, Triac, MLV, ELV Dimmers</li>
	<li>7 years warranty</li>
</ul>
Dimming Operation

<ul>
	<li>Output constant current level can be adjusted through input terminal of the AC phase line(L) by connection a Triac dimmer.</li>
	<li>Compatible with Leading edge or trailing edge Triac dimmers, but trailing edge dimmers work better.</li>
	<li>Please try to use dimmers with power at least 1.5 times as the output power of the driver.</li>
</ul>

12VDC Triac Dimmable LED Power Supply 5A 60W SELV Class 2 LED Driver 
 
&nbsp;Features
<ul>
	<li>Output constant voltage&nbsp;</li>
	<li>Input voltage range 100-277VAC&nbsp;</li>
	<li>Built-in PFC function / PF&gt;0.97&nbsp;</li>
	<li>Efficiency &gt;85% / Dimming range: 0~100%&nbsp;</li>
	<li>Protections:short circuit/over voltage/over heat&nbsp;</li>
	<li>Cooling by free air convection / Flicker-free&nbsp;&nbsp;</li>
	<li>Work with leading edge and trailing edge triac dimmers available</li>
	<li>PWM output, does not change the color index</li>
	<li>Metal housing, suitable for dry, damp, wet location</li>
	<li>Strong compatibility, flicker-free dimming</li>
	<li>Suitable for LED lighting and moving sign applications</li>
	<li>Compliance to worldwide safety regulations for lightings.</li>
	<li>Compatible with Forward phase, Reverse phase, Triac, MLV, ELV&nbsp;&nbsp; Dimmers</li>
	<li>7 years warranty</li>
</ul>
Dimming Operation

<ul>
	<li>Output constant current level can be adjusted through input terminal of the AC phase line(L) by connection a Triac dimmer.</li>
	<li>Compatible with Leading edge or trailing edge Triac dimmers, but trailing edge dimmers work better..</li>
	<li>Please try to use dimmers with power at least 1.5 times as the output power of the driver.</li>
</ul>

Feature

<ul>
	<li>Output constant voltage&nbsp;&nbsp;</li>
	<li>Input voltage range 100-277VAC&nbsp;&nbsp;&nbsp;</li>
	<li>Built-in PFC function / PF&gt;0.97&nbsp;&nbsp;&nbsp;</li>
	<li>Efficiency &gt;88% / Dimming range: 0~100%</li>
	<li>Protections: Short circuit/over voltage/over heat</li>
	<li>PWM output, does not change the color index&nbsp;</li>
	<li>Cooling by free air convection / Flicker-free&nbsp;&nbsp;</li>
	<li>Work with leading edge and trailing edge triac dimmers available</li>
	<li>Metal housing, suitable for dry, damp, wet location</li>
	<li>PWM output, does not change the color index&nbsp;</li>
	<li>Strong compatibility, flicker-free dimming</li>
	<li>Suitable for LED lighting and moving sign applications</li>
	<li>Compliance to worldwide safety regulations for lightings.</li>
	<li>Compatible with Forward phase, Reverse phase, Triac, MLV, ELV Dimmers</li>
	<li>7 years warranty</li>
</ul>
Dimming Operation

<ul>
	<li>Output constant current level can be adjusted through input terminal of the AC phase line(L) by connection a triac dimmer.</li>
	<li>Compatible with Leading edge or trailing edge triac dimmers, but trailing edge dimmers work better.</li>
	<li>Please try to use dimmers with power at least 1.5 times as the output power of the driver.</li>
</ul>

100-277 Vac triac dimmable 36 watt constant voltage led strip driver 
Features 

<ul>
	<li>Output constant voltage type</li>
	<li>Input voltage range 100-277VAC&nbsp;</li>
	<li>Class 2, Class P, Type HL approval</li>
	<li>Built-in PFC function&nbsp;/ Efficiency &gt; 82%&nbsp;/ PF&gt; 0.99</li>
	<li>Dimming range: 0~100%&nbsp;/ load: 5~100%</li>
	<li>Protections:short circuit/over voltage/over heat</li>
	<li>IP20&nbsp;design for indoor&nbsp;dry or damp environment&nbsp;installations</li>
	<li>Cooling by free air convection&nbsp;&nbsp;</li>
	<li>Work with leading edge and trailing edge triac&nbsp;dimmers&nbsp;available</li>
	<li>PWM output, does not change the color index</li>
	<li>Full protection aluminum&nbsp;housing, for dry, damp, wet location</li>
	<li>Strong compatibility, flicker-free dimming</li>
	<li>Suitable for LED lighting and moving sign applications</li>
	<li>Compliance to worldwide safety regulations for lighting</li>
	<li>7 years warranty</li>
</ul>
&nbsp;Dimming Operation 

<ul>
	<li>Output constant current level can be adjusted through input terminal of the AC phase line(L) by connection a triac dimmer.</li>
	<li>Compatible with Leading edge or trailing edge triac dimmers, but trailing edge dimmers work better..</li>
	<li>Please try to use dimmers with power at least 1.5 times as the output power of the driver.</li>
</ul>

Description 

<ul>
	<li>Input&nbsp;volt.:100-277Vac</li>
	<li>Output: 12vDC @8.33A&nbsp; 100w</li>
	<li>Efficiency: &gt;98%&nbsp;</li>
	<li>PFC: &gt;0.95</li>
	<li>Size: 330*32*23mm</li>
	<li>Net weight: 500g/pc</li>
	<li>Case material:Plastic</li>
	<li>Waterproof rate:IP20</li>
	<li>CE,ROHS&nbsp;approval&nbsp;</li>
	<li>Warranty: 7 years</li>
</ul>
&nbsp;Features 

<ul>
	<li>Cooling by nature</li>
	<li>100% full load burn-in test</li>
	<li>High efficiency,save energy ,protected environment.</li>
	<li>High stability and low ripple, increase light efficiency and decrease light attenuation.</li>
	<li>Meet to safety standard and EMC&nbsp;</li>
	<li>Assure LED stability long lift and light efficiency by constant voltage.</li>
	<li>Passed high, low temperature and waterproof testing.</li>
	<li>Integrity protection,over loading, over voltage ,over current.</li>
	<li>8Hrs and 100% full load burn-in test.</li>
</ul>
&nbsp;Environment 

<ul>
	<li>Working Temperature : -40 ~ +60°C</li>
	<li>Working Humidity : 20 ~ 90% RH non-condensing</li>
	<li>Storage Temp. , Humidity : -40 ~ +80°C , 10 ~ 95% RH</li>
	<li>TEMP. Coefficient : ±0.03%/°C (0 ~ 50°C)</li>
	<li>Vibration : 10 ~ 500Hz, 2G 10min./1cycle, period for 60min. each along X, Y, Z axes</li>
</ul>
Safety 

<ul>
	<li>Safety Standards :EN61347-1&nbsp; EN1347-2-13</li>
	<li>Withstand Voltage : I/P-O/P: 3.75KVAC</li>
	<li>Isolation Resistance : I/P-O/P:100MΩ/500VDC/25°C/70%RH&nbsp;</li>
	<li>EMC EMISSION: Compliance to EN55015, EN61000-3-2(&gt;=50%load)</li>
	<li>EMC IMMUNITY: EN61000-4-2,3,4,5,611(Surge 4KV)</li>
</ul>

&nbsp;277v dimmable led driver&nbsp; 24v 4a ac to dc plastic case power supply 96w 
Features&nbsp;

<ul>
	<li>Cooling by nature</li>
	<li>100% full load burn-in test</li>
	<li>High efficiency,save energy ,protected environment.</li>
	<li>High stability and low ripple, increase light efficiency and decrease light attenuation.</li>
	<li>Meet to safety standard and EMC&nbsp;</li>
	<li>Assure LED stability long lift and light efficiency by constant voltage.</li>
	<li>Passed high, low temperature and waterproof testing.</li>
	<li>Integrity protection,over loading, over voltage ,over current.</li>
	<li>8Hrs and 100% full load burn-in test.</li>
</ul>
&nbsp;Environment&nbsp;

<ul>
	<li>Working Temperature : -40 ~ +60°C</li>
	<li>Working Humidity : 20 ~ 90% RH non-condensing</li>
	<li>Storage Temp. , Humidity : -40 ~ +80°C , 10 ~ 95% RH</li>
	<li>TEMP. Coefficient : ±0.03%/°C (0 ~ 50°C)</li>
	<li>Vibration : 10 ~ 500Hz, 2G 10min./1cycle, period for 60min. each along X, Y, Z axes</li>
</ul>
&nbsp;Safety&nbsp;

<ul>
	<li>Safety Standards :EN61347-1&nbsp; EN1347-2-13</li>
	<li>Withstand Voltage : I/P-O/P: 3.75KVAC</li>
	<li>Isolation Resistance : I/P-O/P:100MΩ/500VDC/25°C/70%RH&nbsp;</li>
	<li>EMC EMISSION: Compliance to EN55015, EN61000-3-2(&gt;=50%load)</li>
	<li>EMC IMMUNITY: EN61000-4-2,3,4,5,611(Surge 4KV)</li>
</ul>

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