Wood Stove Fans
VonHaus Double Stove Supporter
Increase the performance of your stove oven or wooden/ log burner with the VonHaus Double Stove Admirer.
Inexpensive, heat run handbook stove fan with twin blades – will increase the effectiveness of your freestanding stove oven or wood/ log burner to produce warmth.
Eco-helpful and self-driven - a thermoelectric module functions as a little generator to power the fans’ motor.
No batteries or electricity required
Twin Motor 6 blades for higher air circulation - operates routinely amongst one hundred forty - 662°F with enthusiast velocity immediately adjusting according to the temperature of the stove.
Circulates 250 - 300 CFM
Very peaceful procedure, compact measurement, no installation required.
Black aluminium development with six massive blades and carry manage
General Size: 12.five X three.nine X seven Inches (Duration X Depth X Height).
Blade Dimension: three.1 X 2.nine inches
Self-run and value-successful, this guide supporter generates its personal power and is powered fully by the warmth of your stove supporter.
With no batteries or electric power needed, the supporter galvanises the heat produced by your stove oven through successful circulation – distributing the warmth horizontally and reducing sizzling and cold spots all through your property.
The twin motor supporters provide double the circulation electricity – maximizing the effectiveness of your stove oven twofold. Best for larger areas or if you want a quicker room warmth up.
Computerized Warmth Up
The supporter arrives fitted with a thermoelectric module which functions as generator to energy the fans’ motor – this starts off up when the module detects a minimal temperature of 60°C, at which position it commences circulating warm air close to the place.
Many thanks to a rapid supporter speed of 1600rpm max., which circulates between 250 - 300 CFM (cubic ft air/ moment) you will feel the benefits in no time at all.
The enthusiast immediately adjusts depending on the temperature of the stove – dashing up as the temperature rises and slowing down as it begins to drop.
See more here: https://www.youtube.com/watch?v=42VvSVbqq34