12 volt dc 10W constant voltage TRIAC dimmable LED driver class 2 power supply 
	 
	
	
	SMARTS'S (10W-80W) series of UL/cUL Listed AC phase-cut /triac dimming 12 volt dc led power supply provides outstanding LED dimming performance, continuous smooth full range dimming, and was designed to work with a wide range of MLV & ELV (forward phase and reverse phase / leading edge and trailing edge) TRIAC dimmers.
	
	
	  
	Specification   
	
		
			
				| 
						Model
					 | 
						SMT-012-012VT
					 | 
						SMT-024-012VT
					 | 
			
				| 
						Output
					 | 
						DC Voltage
					 | 
						12VDC
					 | 
						24VDC
					 | 
			
				| 
						 
					 | 
						Voltage Accuracy
					 | 
						±5%
					 | 
						±5%
					 | 
			
				| 
						 
					 | 
						Rated current
					 | 
						1.0A
					 | 
						0.5A
					 | 
			
				| 
						 
					 | 
						Rated power 
					 | 
						12W
					 | 
						12W
					 | 
			
				| 
						Input
					 | 
						Voltage Range
					 | 
						90-135VAC / 170~250VAC
					 | 
			
				| 
						 
					 | 
						Frequency Range
					 | 
						47~63HZ
					 | 
			
				| 
						 
					 | 
						Power Factor ( Typ.)
					 | 
						PF≧0.92/110V ; PF≧0.94/220V ; PF≧0.95/250V
					 | 
			
				| 
						 
					 | 
						Full Load Efficiency(Typ.)
					 | 
						>82%
					 | 
						>82%
					 | 
			
				| 
						 
					 | 
						AC Current(Typ.)
					 | 
						0.17A/110VAC  0.15A/170VAC  0.12A/220VAC 0.1A/265VAC
					 | 
			
				| 
						 
					 | 
						Leakage current
					 | 
						<0.8mA/110VAC, ﹤0.7mA/220VAC
					 | 
			
				| 
						Protection 
					 | 
						Short Circuit
					 | 
						Hiccup mode, recovers automatically after fault condition 
					 
						is removed.
					 | 
			
				| 
						 
					 | 
						Over Current
					 | 
						1.4 Times output current
					 | 
			
				| 
						Environment
					 | 
						Working TEMP.
					 | 
						-40~+60℃
					 | 
			
				| 
						 
					 | 
						Working Humidity 
					 | 
						20~90%RH,non-condensing
					 | 
			
				| 
						 
					 | 
						Storage TEM.,Humidity
					 | 
						-40~+80℃,10~95%RH
					 | 
			
				| 
						 
					 | 
						TEMP.coefficient
					 | 
						±0.03%/℃(0~50℃)
					 | 
			
				| 
						 
					 | 
						Vibration
					 | 
						10~500Hz,2G 10min./1 cycle,period for 60min.
					 
						each along X,Y,Z  axes
					 | 
			
				| 
						Safety&
					 
						EMC
					 | 
						Safety standards
					 | 
						EN-60950-1, EN-61347-1/-2/-13
					 | 
			
				| 
						 
					 | 
						Withstand voltage
					 | 
						I/P-O/P:3.75KVAC 
					 | 
			
				| 
						 
					 | 
						Isolation resistance
					 | 
						I/P-O/P:100MΩ/500VDC/25℃/70%RH  
					 | 
			
				| 
						 
					 | 
						EMC EMISSION
					 | 
						Compliance toEN55015,EN61000-3-2 (≧50%load)  
					 | 
			
				| 
						 
					 | 
						EMC IMMUNITY 
					 | 
						Compliance to EN61000-4-2,3,4,5,6,11,EN61547,Alight industry level 
					 
						 
					 | 
			
				| 
						Others
					 | 
						Weight
					 | 
						0.16Kg
					 | 
			
				| 
						 
					 | 
						Size
					 | 
						140*45*28mm(L*W*H)
					 | 
			
				| 
						 
					 | 
						packing
					 | 
						320*280*215mm
					 | 
			
				| 
						Notes
					 | 
						1. All parameters NOT specially mentioned are measured at 110VAC~ 230VAC input , rated 
					 
						   load and 25℃ of ambient temperature.
					 
						2. Tolerance: includes set us tolerance,line regulation and load regulation . 
					 | 
		
	
	
 
	  
	Mechanical Specification
	
	
	Input with AC (L), (N)
	Output cord: (DIM+)(DIM-)
	
	
	  
	Derating Curve  
	
	 
 
	
 
	 Load carried in accordance with the load derating curve, according to the ambient temperature derating, in order to extend the service life 
	
	
	  
	Dimming Operation
	
	
	- 
		Output constant current level can be adjusted through input terminal of the AC phase line(L) by connection a triac dimmer.
	
- 
		Compatible with Leading edge or tailing edge triac dimmers.
	
- 
		please try to use the small power dimmers, which have access to a wider dimming range, high-power dimmer is difficult to achieve the output current to zero