The QW can be fitted to room heaters, boilers and central heating units burning coal, wood, pellets, anthracite or virtually any solid fuel you can imagine.įor further information about the QW, please contact us today. Tests have shown that with a QW Damper thermostat 5kg of fuel will last 57% longer, increasing the burn time from 5.25hrs to 8.25hrs. That is, the thermostat automatically reduces or increases the air-flow proportional to the desired setpoint as needed to maintain the correct temperature. Automatic Combustion Control (ACC) burn technology offers precision.
#Automatic draft control for wood stove manual
The QW does this by controlling the flow of air into the appliance by moving a flat damper plate at the end of the control arm relative to the air intake port of the appliance in response to variations of temperature at the sensor. Lopi Leyden Top Loading Cast Iron Wood Stove Users Manual Brochure Top Loading Cast. The QW from Teddington Appliance Controls is a Thermostatically Controlled Damper Valve which regulates the temperature of a solid fuel system so that the system's temperature is maintained near a desired setpoint temperature, chosen by the user. Pleasant Hearth PBAR-2427 Wood Stove Blower 243 10200125. I have heard the argument that it would be dangerous having automated air and draft control on a wood stove. 1-48 of over 5,000 results for 'wood stove blower' RESULTS Price and other details may vary based on product size and colour. Yes, I love the wood stove for its window and heat and so forth, but a little technology would never hurt. Whilst this works, it is not the most economical or effective way to control the temperature. Wood Boilers and Wood furnaces have had automatic air and draft controls for years yet wood stove companies still don't make them. Typically, most solid fuel appliances are controlled by manually choking the air supply. Trials have clearly demonstrated that by controlling the air supply to maintain an even temperature, any solid-fuel stove or range can reduce it's CO2 footprint and fuel consumption, optimising efficiency. Gain up to 55% increased economy, simply by managing the burn rate of the fuel.
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