LED Waterproof Power Supply(C&V)
● Protections:short circuit/over load/over voltage/over temperature
● IP67 design for indoor or outdoor installation
● It can be used in dry ,wet and rainy environment Cooling by free air, high reliability
● 100% full load burn-in test
● Suitable for internal lights application for Ⅰ/Ⅱ/Ⅲ. Widely used in LED lighting and IT equipment
● IS 15885(Part2/Sec13)
● Compliance to worldwide safety regulation for led lightings.

Specification

MODEL  LED power supply YSD-40WHA-12 YSD-40WHA-24
OUTPUT Output voltage 12V DC 24V DC
Output voltage range 12VDC±0.5VDC 24VDC±0.5VDC
Output сurrent Max 3.3A Max 1.66A
Output power Max 40W
Output power range 0~100W
Ripple & Noise ≤120mV ≤240mV
Linear Regulation ±1%
Load Regulation ±1%
Start-up Time (Typ) 500ms/230VAC 800ms/115VAC
Hold Up Time(Typ) 100ms/230VAC 100ms/115VAC
INPUT Input voltage 100-264Vac
Frequency 50/60Hz
Input сurrent 0.84A/230Vac or 1.47A/115Vac
Power factor PF>0.6
No-load power consumption <3W
Efficiency (typ.) 90% 90%
Inrush current(typ.) Cold start 55A at 230Vac
Control surge capability L,N:2KV L,N-PE:4KV
Leakage сurrent Max. 0.5mA
ENVIRONMENT Working temperature ta: -30°C~ 50°C tc: 80°C
Working humidity 20 ~ 99%RH, condensing (Waterproof)
Storage temp., humidity -40°C ~ 80°C, 10~95%RH
PROTECTION Overtemperature Protection type: Turn off the output voltage, after the temperature drops, re-energize to restore.
Over load protection Shut down the output when current load ≥110%~150%, auto recovers.
Short circuit protection Protection type: It can be automatically restored after the fault is eliminated.
SAFETY&EMC Withstand voltage I/P-O/P:3750Vac
Isolation resistance I/P-O/P: 100MΩ/500VDC/25°C/70%RH
Safety standards IEC/EN61347;IEC/EN60950;IP67
EMC Test Standards EN55015: 2013;EN61547: 2009; EN61000-3-2:2014; EN61000-3-3:2013
Reliabilityand Quality Control Impact aging 100% of the product is fully loaded and impacted for 4 hours under an environment of at least 40°C±5°C
Component derating Under the steady-state conditions of rated input and output, the stress of components will not exceed its maximum nominal value
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