Our premium quality industry leading High Bay and UFO LED lights are class leading in terms of high efficiency/lumen output of up to 180 lm/W using the latest generation Philips LUMILED LUXEON LED sources providing energy savings of up to 80% and payback in as little as 9 months or less for 24 hour operation. At 240W and approximately 38,400 lm or 170lm/W our UFO high bay lights can exceed the light output of your existing 1000W metal halide lights. Or our 480W - 500W high output highbay models at a maximum of 76,800 lm can exceed the output of a 2000W metal halide light [1].
Our highbay LED lights use high quality industry leading Mean Well HBG or HLG Drivers enabling a long LED Lighting System life of > 50,000 or > 62,000 hours and a maximum case temperature of 85°C and 90°C, respectively. With patented heat control systems and custom designs we can offer LED lights with superior heat tolerance of up to 65°C to 80°C ambient temperature, and high radiant heat glass lens options of > 200°C to 1000°C.
Where cheaper LED high bay lights fail prematurely particularly under hot roof space conditions or high radiant heat applications you can expect our LED highbay lights to stand the test of time. See our application of our premium narrow beam 240W UFO High Bay Lights at Bluescope Steel Australia.
With multiple high bay lens optics including narrow 8° to 30°, medium 45° to 90° and wide 100° to 150° beam angles our LED high bay and factory lights can be specified to suit any indoor or outdoor applications at any spacing, ceiling, crane or mast height and where day light is required.
Please contact us now about your LED Lighting requirements at info@liteonled.com.au or read about our LED High Bay and UFO lighting case studies and examples. Applications include warehouse and factory lighting, indoor sports stadium lighting, crane lighting, garages, workshops and shed lighting, aircraft hanger lighting, storage lighting, conference or church halls, retail lighting, and gymnasium lighting.
[1] Light comparison will depend on age of existing metal halide high bay lights and efficiency of housing reflector.