Radiant Heaters

Yes, this is in accordance with AS/NZS 3000:2018 wiring rules.

Infrared radiant heating technology uses direct heat transfer: electromagnetic waves deliver warmth from the heater to people and surfaces, bypassing the surrounding air entirely. HEATSCOPE radiant heaters emit mid-wave infrared radiation that is absorbed by solid objects (people, floors, surfaces) on contact. Because air is largely transparent to these wavelengths, warmth is not lost to wind, draughts, or dispersal in open spaces.

Mid-wave infrared is quickly absorbed by solid surfaces and skin, replicating the natural sensation of direct sunlight without heating the air around you. HEATSCOPE's dual carbon spiral heating elements emit this radiation through ceramic glass fronts with minimal visible light, delivering quiet, directed warmth. Designed to German engineering standards, this technology performs consistently indoors and in exposed outdoor environments.

Heatscope radiant heaters warm a space through direct heat transfer, with the heating element reaching full output in 15 to 60 seconds from switch-on. Perceived warmth arrives within milliseconds of powering on, because infrared technology heats people and surfaces without first warming the surrounding air, as convection systems must.

The speed difference is significant. Whilst traditional convection heating must warm the entire room's air before comfort is felt, radiant elements skip this step entirely. This makes radiant heaters genuinely on-demand: turn them on as guests arrive, extend your season with a single switch, or heat specific zones without waiting for a room to reach temperature.

There's a practical energy benefit too. Shorter warmup times mean you run the heater for less total time to achieve comfort, reducing consumption compared to systems that spend 30 minutes heating air before anyone feels anything. All models in the Heatscope range feature two-level power control (50%/100% output), letting you match heat to the moment and turn up only when needed.

For outdoor entertaining in cooler months, this responsiveness changes how you plan events. No pre-heating the venue; light the heater when guests arrive.

HEATSCOPE® heaters are easier to install and do not require a gas connection. This provides you with more design flexibility and less hassle. HEATSCOPE® radiant heaters are eco-friendly and don't produce harmful emissions. Additionally, electric infrared heaters are low-maintenance and will not have issues with ignition, gas pressure, or hoses which can kink or crush over time.

Radiant heating is suitable for most room types, with a few environment-specific exceptions to guide installation decisions.

Heatscope radiant heaters work well in living areas, dining rooms, bedrooms, kitchens, bathrooms, hallways, and open-plan spaces. The infrared heat carries through air without relying on ventilation or air circulation, making it particularly effective in enclosed, draught-prone, or high-ceiling rooms where forced-air systems underperform. Heat reaches occupants directly rather than dissipating overhead.

Environments where standard installation is not appropriate:

German-engineered and Red Dot Design Award winning, Heatscope heaters are tested rigorously across climates. The technology's independence from ducting and gas lines lets it adapt to any room geometry without constraining architecture.

No, radiant heating does not degrade indoor air quality. Heatscope Heaters use mid-wave infrared radiation, which transfers heat directly to solid objects (people, furniture, and floors) without heating the air itself. This fundamental difference from forced-air heating systems creates distinct air-quality benefits.

Because radiant heaters have no fan or blower, there is no convection to disturb dust, pollen, or other particulates. The sealed construction (IP25–IP65, depending on model) prevents internal particulate accumulation. There are no combustion byproducts, ventilation requirements, or filters to maintain.

Radiant heating also does not alter humidity levels the way forced-air systems do. You get even thermal comfort without the dry-air side effects common to traditional heating. For users with allergies or asthma, the absence of air circulation and combustion makes radiant heaters a practical choice for creating a quieter, cleaner indoor environment.

Heatscope outdoor radiant heaters cover between 8 and 11 square metres [86 to 118 sq ft], depending on the model. Compact models deliver 8 m² of effective coverage, whilst higher-output models extend this to 11 m². These figures represent the zone of meaningful warmth, the focused area where mid-wave infrared energy directly heats people and objects in the beam, rather than diffusing energy into surrounding air the way ambient heaters do.

Coverage isn't determined by wattage alone; it's shaped by how infrared energy is directed. Adjusting the swivel-joint mount to angle toward your seating or dining zone concentrates the heat where you need it most. The two-stage output setting (50% and 100% power) lets you tailor intensity across that zone: higher output for full warmth, lower output to spread heat more gently. For larger entertaining areas, positioning multiple heaters with overlapping coverage zones extends heating efficiently without wasting energy on unoccupied spaces.

Unlike ambient outdoor heaters that lose effectiveness in wind, directional infrared maintains its coverage focus in open patios and exposed settings, making the stated coverage area consistent and reliable regardless of breeze conditions.

Yes, Heatscope radiant heaters can be used in the rain, though suitability depends on your model's weather protection rating. Our heaters are engineered with IP ratings that specify their water-resistance capability, allowing us to rate them for different outdoor conditions.

Our highest-rating models carry IP65 certification, meaning full protection against dust and direct water jet spray, suitable for fully exposed outdoor installations without shelter. Other models in our range achieve IP25 to IP24 ratings, which provide splash-water protection and work best in partially covered areas such as patios with an overhang or pergola.

Beyond the IP rating, installation technique enhances durability. A slight downward mounting angle helps water run clear of electrical components. Positioning the heater under an eave or pergola extends the usable season, even for splash-rated models, letting you heat covered outdoor spaces across rainy months. All Heatscope heaters undergo rigorous German engineering testing protocols that validate weather performance. Check your specific model's IP rating when selecting an installation location to ensure the right match for your space's exposure.

• Spot 1600W: 13.91 amps at 100% power
• Spot 2800W: 12.17 amps at 100% power
• Vision 3200W: 13.91 amps at 100% power
• Pure 2400W: 10.43 amps at 100% power

We have a solution for every environment and unique project needs. There are a few aspects to consider when choosing your model:

• Location (indoor or outdoor)
• Environment conditions (wind and weather)
• Size of space to be heated
• Intended position to install the appliance
• Access to electricity supply
• Clearances required
• Design and colour best suited for your decor

To discuss the best infrared heater for your home, please contact our specialists.