Heliosa 66 Black Glass Short Wave Infrared Heater – Amber Light 2000w

What you get with Heliosa 66 Black Glass Short Wave Infrared Outdoor Heater Heliosa 66 Black Glass Infrared Heater is perfect for cafés, bars, restaurants and larger outdoor areas.Market leading performance: a large heat projection for such a small heater – only 2000W heats up to 15m².Designed for outdoor use: fully weatherproof so can be operated safely in all weathers. IPX5 certified.Short-wave infrared heater – 92% radiant efficiency keeps you warm even in windy conditions.Instant heat – full power within 1 second of switch on means no wasted energy pre-heating.Darkened safety glass – reduces glare from the halogen lamp.Amber halogen lamp – reduces light output by 80%, mimics the ambience of an open fire.Long life – InFraCaLoR® halogen lamps have up to 5000 hours of life, meaning low maintenance costs.Warm gold halogen lamp – gives 80% reduction in light output compared to traditional infrared lamps, offering the ambience of an open fire.The heater casing is in powder-coated aluminium, finished in Optic Black. Heliosa 66 Black Glass infrared heater comes with a tilt-and-swivel bracket for wall mounting. For ceiling and under-the-eaves installation, a separate 150mm extension long wall bracket is required.Heating capabilityThe Heliosa 66 Black Glass infrared heater is a stylish short wave infrared heater which will complement the look and feel of any outdoor area. Its large patented parabolic reflector means that its heat output offers a real ‘wow’ factor while giving its owner the satisfaction of knowing that energy bills are being kept well under control.The Heliosa 66 Black Glass projects heat to 3.0m distance and 3.5m width when mounted 2.2-2.5m above the ground. Unlike our Heliosa 44, it will not heat directly underneath the heater from an angled mounting, and this can be advantageous where there are plants or passageways next to your wall.To add a plug before shipping, please mention it in the ‘Comments’ section at checkout at no extra charge.