Heatscope heater
Heatscope heater - Vision 3200W - Radiant Heater - Black
Heatscope heater - Vision 3200W - Radiant Heater - Black
Heatscope heater - Vision 3200W - Radiant Heater - Black
HEATSCOPE® Vision 3200W ambient heater emits medium-wave infrared light with its parallel carbon heating strands. Since the already low luminosity of less than 300 lux is still dimmed by the glass-ceramic front, a cozy atmosphere is created.
Vision is characterized by its extremely restrained, slightly orange-coloured ambient light.
Materials
Materials
Aluminum body, glass ceramic front
Dimensions and Basic Information
Dimensions and Basic Information
Width: 184mm
Length: 1660mm
Height: 87mm
Product weight: 10kg
Application: Indoor & Outdoor
Included Accessories
Included Accessories
Mounting Parts
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Award Wining Design
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Fast Heating 15-60 Second
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Weather Resistant
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No Aggressive Red Light
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High Efficiency
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Indor & Outdoor Application
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Installation manual
download PDF file -
Specification
download PDF file
Electric Radiant Heaters
Beautifully Warm
Electric infrared radiant heating is practical, functional, efficient, andeco-friendly. If you're looking for a discreet heating solution that can be used both indoors and outdoors, in large open spaces or under covered areas, then look no further. Heatscope's space-saving, sleek designs are ideal for homes, restaurants, cafes, or wherever an effective, unobtrusive heating solution is needed.
Award-winning Design
Delivers pleasant heat without the distraction. Clean-cut, modern designs and colours easily blend into any decor.
Fast Heating
Noticeable heat within miliseconds and 100% heat within 15-60 seconds.
Water Resistant
All models are certified with an IP rating for protection against dust, splash water and wind.
No Aggressive Red Light
Light up outdoor spaces with a soft, alluring glow - easily and efficiently, without cumbersome connections.Produces a very ambient, modest light based on double carbon heating elements.
High Efficiency
Up to 94% of the energy used is turned into ambient heat and transferred directly to nearby people and surfaces for maximum efficiency.