Prem-I-Air Heat Powered 3 Blade Stove Fan - Black

The fan utilizes a thermoelectric module. When there is a temperature difference between the hot stove surface and the ambient air, this module generates a small amount of electrical current, which powers the fan motor.

Place the fan on the hottest part of your stove's top surface, ensuring it is level and as far away from the flue pipe as possible. This maximizes heat absorption for the thermoelectric module.

The included magnetic thermometer will indicate the optimal operating temperature. Generally, the fan starts to spin when the surface reaches around 50°C (122°F) and operates most effectively at higher temperatures, typically above 100°C (212°F).

This fan is designed for log and wood-burning stoves. It requires a metal surface with sufficient heat output. It is not suitable for gas fires, electric heaters, or stoves made of stone or glass where heat transfer to the fan's base might be insufficient.

The fan can circulate up to 5 cubic meters of air per minute. This helps to distribute the heat more evenly throughout the room.

Minimal maintenance is required. Ensure the fan is kept clean with a dry or slightly damp cloth and check that the blades spin freely. Always allow the fan to cool completely before cleaning.

The thermometer helps you monitor the temperature of your stove. Burning fuel within the optimal temperature range indicated by the thermometer ensures maximum efficiency, reduces fuel consumption, and helps prevent damage to your stove or flue from overheating.

Ensure the stove is hot enough. The fan requires a minimum surface temperature to generate power. Check the thermometer; if it's below the optimal range, increase the fire's intensity. Also, ensure the fan is placed on a level surface and is not obstructed.

The stove surface temperature may be borderline. Increase the fire to reach a higher, more consistent temperature. Verify the fan is positioned correctly on the hottest part of the stove, away from the flue.

Ensure the fan is placed on a level surface. Minor noises may be inherent to fan operation, but excessive noise could indicate an imbalance or an obstruction. Allow the fan to cool, then check the blades for any damage or foreign objects.

Ensure the surface where the thermometer is being placed is clean, dry, and metallic. The magnet requires direct contact with a suitable metal surface for optimal adhesion.