








Product Description
Burning for Area Lighting
In the new lighting era represented by the LED, LEONLITE is committed to provide our
customers with energy-efficient illuminators and keep moving with the LED technology.
That is why we constantly strive toward developing high quality lighting fixture, while
today's protagonist, with a lovely square light head, Dusk-to-dawn LED Outdoor Flood Light.
Product Benefits
☀ 3400lm ultra-bright yard light, much brighter than most available similar products in the market.
☀ Automatically turn on at night and stay off at daytime. Effectively avoid the waste of
human and material resources.
☀ The die-casting aluminum back housing is corrosion & rust resistant and won't faded even for decades.
☀ The adjustable light head could swing 180° vertically, this will make the lamp suit different needs easily.
☀ 120° wide beam angle, lighting coverage is 88.5' × 88.5' at the mounting height of 20'.
☀ With the stalinite lampshade, the shock resistance are strengthened significantly, no more
injuries caused by glass fragments.
☀ IP65 waterproof rating, effectively prevent water from permeating, excellent for outdoor
applications, like gardens, court, lawn, patio, etc.
☀ Our lamp can be widely applied in various electric environments and cuts down
unnecessary wastage caused by voltage instability, with a wider voltage range of AC 110-277V.
☀ With the 56 SMD high quality chips, it only consumes 28 watt but provides the same
lighting performance as the traditional 220W ones do.
☀ 5 year unlimited product warranty since the day you made this purchase.
Specifications:
Wattage: 28W
Voltage: AC 110-277V
Luminous flux: 3400lm
Lifespan: 50,000hrs
CCT: 3000K Warm White
Waterproof rating: IP65
Beam angle: 120°
LED QTY: 56
Material: Die-casting aluminum & PC
Finish: Coffee
Working temp: -4℉ - 140℉
Warranty: 5 years
Feature
✅ ACCURATE PHOTO SENSITIVITY - This floodlight automatically turns on at night and stays off at daytime. With the photocell located under the light head, interferences caused by artificial light sources are reduced significantly.