Waterproof LED power supply for LED module and LED strip
1. SAFETY STANDARD
The green mode switching power supply shall be certified by the following international regulatory standards:
2. INPUT FEATURE
2.1 INPUT VOLTAGE RANGE: 90Vac to 264Vac
2.2 RATED INPUT VOLTAGE: 100Vac to 240Vac
2.3 INPUT FREQUENCY RANGE: 47Hz to 63Hz
2.4 RATED INPUT FREQUENCY: 50Hz/60Hz
2.5 INPUT CURRENT:0.7A max.&100Vac.
2.6 INRUSH CURRENT: 30A max. at 100-240Vac input for a cold start at 25℃
2.7 EFFICIENCY: higher than 82% at 100-240Vac input and output full load(5A)
3. OUTPUT FEATURE
RATED OUTPUT VOLTAGE: 12.0VDC
Unload output regulation
Rated load output voltage
Rated output current
Short-circuit output power
Ripple and Noise
(20MHz Bandwidth 10uF Ele.Cap. & 0.1uF Cer. Cap.)
(Output load change from 20% to 80% of full load(5A))
4. PROTECTION FEATURE
4.1 OVER - CURRENT PROTECTION: The power supply shall be hiccupped and no damage shall occur when output current reaches to its over-current protection trigger point (set@ Max load 120-300%). The power supply shall be self - recovery when the fault condition is removed.
4.2 SHORT - CIRCUIT PROTECTION: The power supply shall be hiccupped(input power less than 3W) and no damage shall occur when any output operating in a short circuit condition under any line condition for an indefinite period of time. The power supply shall be self - recovery when the fault condition is removed.
4.3 OVER - VOLTAGE PROTECTION: The power supply shall be hiccupped and no damage shall occur when output current reaches to its over- voltage protection trigger point (set@ Max output voltage 120-180% ). The power supply shall be self - voltage when the fault condition is removed.
5. ENVIRONMENTAL CONDITIIONS
5.1 OPERATING: The power supply shall be capable of operating continuously in any mode without performance deterioration in the following environmental conditions.
5.2 NON-OPERATING: The power supply shall be capable of withstanding the following environmental conditions extended periods of time, without sustaining electrical or mechanical damage and subsequent operational deficiencies
5.2.1 Vibration and Shock :The power supply shall be designed to withstand normal transportation vibration per MIL–STD-810D, method 514 and procedures X, as it is mounted in the chassis assembly and packed for shipping.
5.2.2Drop Test : Power supply product can in transport process, because the accident drops into its ground and cement ground( tallest 1.55 Ms)s fall in in proper order for Mitsubishi six,without sustaining electrical or mechanical damage and subsequent operational deficiencies
6. EMC STANDARDS
6.1 The power supply met the radiated and conducted emission requirements requirements for FCC PART15B CLASS B, EN55015