Hi there, take a look at our website for greater details... if we can help you further, then please let us know. - www.mkmagri.com/airrex-ah200i-c/1487
The heaters are sized for cubic meters, but house sizes are in square feet. That means I’d have to measure the 3 dimensions of every room in my house in metric to find out how many cubic meters I have. Is that correct? That is a lot of work!!! The house is 2500square ft. The ceilings are 8’. Is there a way to calculate the area of my house in cubic meters without having to measure every single room? What would be even better would be if some ‘alternative sizing examples’ were offered. For example: The 200 model will heat a structure that is 1000 sq. ft, with a ceiling height of 10’. Or, the 800 model will heat a structure that is approximately 10,000sq ft with a ceiling height of 8’. A range of examples would be really helpful for potential customers to know what size model they would need! Can you tell me ‘roughly’ how many SQUARE FEET each of the models can heat based on 8’ ceilings and 10’ ceilings. I would really appreciate it! Thanks! Patti
Hi there... provided that there is a little ventilation they are great. They are best used in large environments, so really depends what is meant by 'domestic houses' The secret is in the 3 burn system, to ensure that there is so little residue... the magic is the system!
@@edwardoutthere3189 You should always combine this with a carbon monoxide sensor/alarm. If one of the burners fails or a sensor or injector breaks, you may see a spike in the amount of carbon monoxide. If the system remains in good working order though and you are using clean fuel, I can't see why this would be a risk since carbon monoxide is flammable and will be consumed in the combustion process. I was a firefighter by the way so take this opinion for what it's worth.
I've got one of these and had to flue it straight away. When it comes on and off on thermostat the fumes are nasty and start up will give off same until its hot.
Someone mentioned having to flue it. In the video it appears that the heat and any fumes are emitted through the opening at the top. So, how/where would you attach venting to take care of the fumes but leave the heat? Also, could it be used with existing forced air ductwork in a house using an air exchanger? My gasification boiler in the shop heats the water coming to the house, it goes through a heat exchanger and the heat blows up my vents. I’m wondering if this could be used in a similar way. (I would duct it to outside too.) Can you provide the BTU capacity range for each model? Also, do you have any charts/graphs/info on consumption rates? I know each building will have different heat loss, and different construction materials, but it would be REALLY helpful to see charts showing different scenarios. A good comparison chart would show: Size of the building in sq.ft (and cubic metres), construction materials, insulation rating 1-5, Seasonal temperatures/climate of area, size of heater, time to raise the temperature from 58°F to 70°F, and most importantly: average fuel consumption per day/70°inside/outside temperature ranging from 0°CELSIUS to -15°C. I’d like to be able to calculate roughly how much fuel would be needed to heat my house for a winter so I could figure out the cost and see how it compares to oil, natural gas, and propane. To do that though, I need some basic data about consumption & temperatures. ANY relevant technical information that you could provide me with would be appreciated! I tried to open the Basic Information and Technical Details in your web page but nothing comes up. I am VERY interested to learn more about these heaters!! Is there a way I can contact you directly? Thanks! Patti
