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 cosy atmosphere is created.
Efficiency Made Simple. HEATSCOPE® is committed to efficiency! All VISION, SPOT and PURE radiant heaters were developed in accordance with the newest findings concerning the mid-wave IR range. This means that between 90% and 94% of the energy used is turned directly into ambient heat.
Real Infrared. All HEATSCOPE® design radiant heaters produce natural infrared heat in the (fast) mid-wave IR range. This means that the heat feels particularly pleasant and is effective exactly where it is needed – that’s directly under the first layers of skin, but not too deep in the tissue.
Inviting & Cosy. Other radiant heaters use light tubes to produce heat as a by-product – at HEATSCOPE® we exclusively use innovative carbon technology: two carbon spirals are powered with an electric current, they begin to glow and produce a particularly pleasant warmth.
Super Fast. Output peaks are a thing of the past with HEATSCOPE® power heaters. Although the heaters start up slowly, they reach 100% in no time: the range of SPOT models take only 15 seconds, and the VISION & PURE range takes a maximum of 30 seconds owing to the glass front.
Full Control. The separate model ranges are either delivered with their own IR remote control or with a 4-wire cable for integration into an external control system (output dependent).
Award-winning Design. Delivers pleasant heat without the distraction. Clean-cut, modern designs and colours easily blend into any décor.
Fast Heating. Noticeable heat within milliseconds and 100% heat within 15-60 seconds.
Weather-Resistant. All models are certified with an IP rating for protection against dust, splash-water, and wind.
No Aggressive Red Light. 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.