Check out our other Corn Stove items listed in our Ebay Store. When mounted on the pipe, the air paddle blades or vanes extend into the pipe about 2 inches. Pipe sizes are normally 6 to 8 inches and we have an adaptor to take it down to 4 inches for wood pellet or corn stoves. It can be used for any kind of stove such as wood, oil, coal, or even pellet stoves such as wood pellets or corn. Burn ALL your wood, even moist or hard-to-burn types of wood, and reduce it to small ash residual in most cases. It takes up to 1 amp at 110VAC and is hardwired into your electrical general circut or into your stove turn-on circut. It can be adjusted from 30 to 350 CFM to match the CFM output of your power vented stove. You can adjust the variable speed control kob on the electrical box to achieve the maximum effectiveness of your stove. then eliminate them with this Draft Fan Inducer. It creates immediate draft or induces a draft in hard-starting wood stoves Smoke back-up problems?. Buy our DRAFT INDUUCER FAN (see last two pictures) that is mounted on the 6-8 inch pipe with variable speed adjustment from 30 to 350 CFM. You may need something stronger to boost your flue exhaust gas up the chimney pipe and make it draft better. Tight buildings will probably need a Fresh Air Kit to supply air.ĭRAFT INDUCER FAN (See last two pictures) It is used in commercial buildings or breezy residential houses or apartments. Disadvantage is it uses fresh air or heated air in the room and the room has to have available air to feed it. Flue Gases will move up the flue pipe more easily. The way it works: a cover damper plate will crack open and allow room air to come into the flue pipe system to balance out the air pressure (or vacuum). A Barometric Draft Regulator will maintain consistent draft by counteracting the negative forces caused by changes in temperature, barometric pressure, and effects of chimney-top wind. For proper operation and efficient fuel consumption, wood, coal, and oil fired furnaces must have a constant draft. Should the draft fall more than 40% below the set point for more than 12 seconds, it will deactivate the appliances to prevent a potentially hazardous situation.Boost and smooth-out your burnt flue gases flowing up your chimney pipe by installing a BAROMETRIC DRAFT REGULATOR or DAMPER. The system monitors the draft condition at any time and has an integrated safety function. It will create and maintain a pre-set draft prior to or immediately after the appliance fires. The system is activated when there is a call for heat. The Chimney Automation System maintains a perfect, constant draft for the appliances by modulating the chimney fan capacity. It can be used in conjunction with almost any type of appliance and fuel, whether it is forced draft, atmospheric or condensing design. By controlling the draft completely, we can reduce the need for combustion air and can apply the system to virtually any stack design.ĮXHAUSTO’s Chimney Automation System (CASV) is for installation and use with multiple and/or modulating boilers and water heaters. Today’s constant pressure chimney automation systems have the ability to control, monitor and maintain pre-set draft requirements by varying the flow. Their design makes them rather inefficient and limits their application to certain types of chimney designs. The rudimentary mechanical draft assist is a single speed fan that delivers a pre-set volume of air and utilizes a barometric damper for relief should the mechanical draft become too strong. Fixed speed power vent systems also waste energy by not being able to adjust to actual conditions.Ī new system with pressure and flow control switches and a variable speed fan match vent needs to conditions minimizing energy losses. This leads to wasted energy and higher installation costs. Gravity / barometric pressure systems must be over-sized in order to function in the worst conditions. Too much draft results in lost thermal energy from the boiler and higher electrical usage by the vent fan. Boilers must maintain a proper flue draft for efficient combustion too little draft can result in condensation, CO formation, flue gas spillage, and soot formation.
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