40W 950mA DALI Waterproof CC Driver LWP40D-1H950C
40W 950mA Waterproof DALI CC Driver LWP40D-1H950C
LWP40D-1H950C is a 40W AC-DC LED driver, which conforms to Dali standard protocol IEC62386. Connect Dali master to achieve smooth dimming effect. IP65 waterproof grade, suitable for indoor and outdoor lamps.
Features
·Constant current output
·Follow Dali protocol standard IEC62386
·Built in active PFC function
·THD <10%
·Overload protection, short circuit protection, no-load protection
·IP65, suitable for various LED lighting applications requiring dimming
Technical Parameters
Model |
LWP40D-1H950C | |
Input |
Efficiency | 85%@230VAC, Full load |
Voltage | 220VAC-240VAC | |
Frequency Range(Hz) | 50/60Hz | |
Power Factor | ≥0.95@230VAC, Full load | |
THD(full load) | <10%@230VAC, Full load | |
AC Current(max) | 0.22Amax@230VAC | |
Inrush Current(max) | Cold start,28A(twidth=20us measured at 50% Ipeak)@230VAC | |
Output | Current(mA)/Voltage (VDC)/Power(W) | 950mA/20-42VDC/39.9W(max) |
No load output voltage | 60VDC Max | |
Current Tolerance | ±5% | |
Ripple Current | <3% | |
Load Rugulation Rate | <±5% | |
Linear Rugulation Rate | <±5% | |
Turn on Delay | <1.5s | |
Function |
Dimming Type | DALI |
Protection | Short Circuit | Close output, recovers automatically after fault removed |
Over Load | Hiccup, recovers automatically after fault removed | |
No load | Power supply will not be damaged | |
Safety & EMC |
Surge | L-N:2KV,L,N-PE:4KV |
Withstand Voltage | I/P-O/P: 3000VAC/1min/5mA; I/P-G: 1500vac/5mA/1min; | |
DALI Standard | IEC 62386-101: 2014, IEC 62386-102: 2014; IEC 62386-207: 2009, DALI 1.0 | |
Safety Standards | GB19510.1-2009, GB19510.14-2009 | |
Others |
Working Temp. | -20°C~50°C |
Storage Temp., Humidity | -25°C~75°C, 5-95%RH | |
tc | 75°C | |
Material | Metal | |
IP Rating | IP65 | |
Lifetime | 50,000h@ta:40°C | |
Warranty Condition | 5 Years | |
Switch Cycle | >25,000 times | |
Packing(weight) | Net weight: –g±5%/PCS; 50PCS/Carton; –kg±5%/Carton; Carton Size: –mm(L*W*H) | |
Dimension | 167*49.5*40.5mm(L*W*H) |