40W 415/620/830mA*2ch 0-10V CC Driver EULP40A-2WMC
40W 415/620/830mA*2ch 0-10V CC Driver EULP40A-2WMC
EULP40A-2WMC is a 40W AC/DC constant current mode output LED driver featuring the multiple levels selectable by switch. EULP40A-2WMC can be connected to 0-10V main controller to achieve a smooth dimming effect.
Features
· 2 channel output, output current level selectable by DIP S.W.
· Wide input voltage of 120VAC~277VAC
· Meeting UL class2 standard
· High efficiency up to 85%
· Built-in active PFC function
· Logarithmic dimming, dimming effect smooth, no flicker
· Protections: No load, short circuit
· Suitable for indoor LED lighting application, vapor light, and so on
Technical Parameters
Model |
EULP40A-2WMC | |
Input |
Efficiency | 85%@120VAC,Full load |
Voltage | 120VAC-277VAC | |
Frequency Range(Hz) | 60Hz | |
Power Factor | 0.9@120VAC,Full load | |
THD(full load) | <10%@120VAC, Full load | |
AC Current(max) | 0.6Amax@120VAC | |
Standby power | <1W | |
Inrush Current(max) | Cold start,30A(twidth=22us measured at 50% Ipeak)@120VAC | |
Output |
Current(mA)/Voltage (VDC) Power(W) | 415mA/30-50VDC/20.75W 620mA/30-50VDC/31W 830mA/30-50VDC/41.5W |
Ripple Current | 8% | |
Channel | 2 | |
Current Tolerance | ±5% | |
No load output voltage | 60VDC | |
Turn on time | <1.5s | |
Function | Dimming Type | 0-10V |
Dimming Range | 1%-100% Dimming to off | |
Protection | Short circuit | Close output,recovers automatically after fault removed |
No Load | Power supply will not be damaged under no-load condition | |
Safety & EMC |
Surge | L-N: 2KV |
Withstand Voltage | I/P-O/P: 3750VAC/1min/5mA | |
Safety Standards | UL | |
EMC Eission | Class B | |
EMC Immunity | Class B | |
Others |
Working Temp. | -20℃ ~+50℃ |
Storage Temp., Humidity | -40℃~85℃ 20-90%RH | |
tc | 90℃ | |
Material | Metal | |
IP Rating | IP20 | |
Lifetime | 50,000h@ta: 45℃ | |
Warranty Condition | 5 years | |
Switch Cycle | >25,000 times | |
Packing(weight) | Net weight: –g±5%/PCS; –PCS/Carton; –kg±5%/Carton; Carton Size: –mm(L*W*H) | |
Dimension | 280*30*23mm(L*W*H) |