€265.00
Prices including VAT
Available, delivery time: 1 to 3 days
Longevity Accessory • Weather Protection • Stainless Steel & Aluminium • Custom-Fit
HEATSCOPE® Protection Cover Plate: The All-Weather Shield
Preserve the integrity of your Spot and Vision heaters against the elements. A physical barrier against rain, snow and corrosion for long-lasting warmth.
Protect Your Heating Investment
Although HEATSCOPE® heaters are designed for outdoor use, constant direct exposure to rain and harsh weather can accelerate wear on the chassis over time. Our protection plate acts like a technical canopy, diverting water, humidity and airborne particles to keep your heater operating at peak condition.
It is the essential accessory for fully exposed installations where the heater does not benefit from the natural protection of an overhang, pergola or terrace roof.
Drainage Engineering and Materials
Smart Semi-Circular Design
The curved shape of the plate has been specifically engineered to encourage natural water runoff. It prevents snow, leaves and moisture from accumulating on top of the heater, ensuring efficient drainage and continuous ventilation.
Industrial Durability
Manufactured in stainless steel or powder-coated aluminium depending on the version, this plate offers full resistance to hail, thermal shock and corrosion. It will not rust or deform, even after years of exposure to UV rays, frost and outdoor conditions.
Compatibility Guide and Dimensions
Each protection plate is sized to fully cover the heater chassis without obstructing the infrared heat output.
| Heater Model | Plate Length | Depth | Material |
|---|---|---|---|
| Spot 1600 W | 72 cm | 10 cm | Stainless Steel / Aluminium |
| Spot 2200 W / 2800 W | 94 cm | 10 cm | Stainless Steel / Aluminium |
| Vision 1600 W | 94 cm | 10 cm | Stainless Steel / Aluminium |
| Vision 2200 W | 125 cm | 10 cm | Stainless Steel / Aluminium |
| Vision 3200 W | 175 cm | 10 cm | Stainless Steel / Aluminium |
Note: The standard 0.7 cm thickness ensures maximum rigidity against wind exposure.


