MODEL:RX-ALF5050-33
Enhanced-LED Aluminum panel Lighting - more brightness
Recommended use
Outdoor Advertising LED backlight instead of the fluorescent light box
Indoor signs backlight, such as shopping malls, hotel restaurant advertising signs
Direct replacement of the same size as the ceiling lighting
Energy efficient, backlighting, energy saving 60% compared to fluorescent tubes
Long-life, life over 50,000 hours
excellent heat dispersing performance, the maximum temperature rise of <10 ℃
DC power supply, more reliable, more secure
Waterproof design, waterproof grade IP65
Lead-free mercury-free, no harmful rays infrared, ultraviolet
Light and thin, thickness 3.5mm
Aging test is more powerful, 24-hours of continuous work, more than 700 days,More than two years of practical application, the customer was well
Main Material: LED, aluminum, epoxy resin, cable
Operating temperature: -20 ℃ ~ 55 ℃
Net Weight: 2KG (600x600mm)
Size can be customized according to your needs
China Patent No.: ZL200820131053, ZL200820132702
MODEL
Dimension mm
LED QTY
Illuminance Lux(Centre distance)
Luminous flux Lumen
Power
Input
Spacing6cm
Spacing1m
Spacing2m
RX-ALF5050-33
LED spacing 33mm
300x300x3.5
81pcs
9000
380
100
1350
15
12V
300x600x3.5
162pcs
9000
700
205
2650
30
12V
600x600x3.5
324pcs
8600
1000
350
5200
58
12V
Note: The above parameters for white light LED, backlighting for advertising space and advertising canvas 5cm, light effects can be achieved even
Available colors: white 6000-7000K, warm white 3000-3500K
Super brightness-LED Aluminum panel Lighting - lighting in public place RX-ALF5050-25
LED panel lamp kit, integrated efficiency higher: RX-ALF3528-KD20 AC input, high light efficiency 90Lm / W, high power factor of 0.95, compatible with TRIAC dimmer, Consistent dimming performance unit to unit, a large area can be synchronized dimming, 24W LED panel KIT and 3x18W fluorescent illumination equivalent, 65% energy saving, waterproof grade IP67, than Common type of LED panel brightness of 3 to 5 times higher, at least 30% higher luminous efficiency