Napoleon Gas Furnaces are among the highest efficiency rated furnaces in the world. These efficiencies have been certified by an accredited laboratory to CSA and ANSI Test Standards and use the latest technologies to maximize the heat reclamation from the combustion process.
Think of your furnace like a brand new car. You need to have regular maintenance every 5000 km, and complete service checks at certain stages of your cars life. Having regular maintenance will make sure that your furnace is running in top condition. More than likely if you read the fine print of your warranty, you will see this is required by the dealership to honour your warranty.
A “variable speed furnace blower” adjusts its speed according to the heat setting of the gas burner. The blowers start off on a low speed and continually ramp up until they achieve the optimum speed for the current heat setting. Conversely, they slow down once the desired room temperature has been achieved. This ensures that cold air is never circulated during the heat up and cool down cycles of the furnace while also circulating most of the heat being generated by it during those segments of the heat cycle. These blowers are also sensitive to airflow resistance that can be caused by restrictions such as a dirty air filter, which causes the blower to increase its speed to maintain the desired airflow.
The two stage heating system has two different firing rates with the lower normally operating at 40% of the full firing rate. When the thermostat calls for heat, the furnace will start up at the lower firing rate and continue to operate at this rate for the first 5 or 10 minutes. If during that time, the demand for heat is satisfied, the burner will shut off, but if the thermostat is still not satisfied after that period the burner will switch to high fire. This system provides greater running time than a conventional furnace, which is more desirable to maintain an overall comfortable temperature. Conventional furnaces provide short blasts of heat resulting in the stratification of temperatures with hot and cold pockets or layers throughout the home. The longer heated air is circulated through the home, the more balanced the room temperature becomes which is the premise behind two-stage heating.
There are many factors to consider when selecting the best-sized furnace for your home. Square footage and construction (insulation and windows) are the main factors but even window exposure to the sun all influence your houses potential heat loss which is why it is best to consult an expert who is trained to evaluate all these factors. Of course if you are replacing an existing furnace, you can always use its BTU input and efficiency to help determine your needs based upon its successful ability to heat your home. Your best solution is to contact your nearest Napoleon HVAC dealer, and discuss your homes layout with them directly.
A Napoleon Hybrid, of course. It is the only furnace system that can still provide heat without a power source. The wood fire will continue to heat the heat exchange system, which in turn heats the air surrounding it. This warm air then rises through the ductwork and up into the room while drawing air back in through the air return ducts. While not as effective as when the blower is operating, this system can still effectively heat a house during such a power failure.
The answer is always YES. Here's why:
All air conditioning systems are designed and certified to work with specific indoor and outdoor units for maximum efficiency and performance. When changing from an older unit that used R22 refrigerant to a more efficient and environmentally friendly unit that uses 410 refrigerant, it is very important to change the pipes (line-set). This ensures that there is no non-condensable left in the system. This could run through the compressor and other major parts of the system and cause blockage, this may cause your system to freeze up, or possibly cause damages that is irreparable.
In most cases, yes. It is more efficient to pump dense concentrated liquid than it is with forced air. With ductless units the dense refrigerant is pumped into the evaporator, which is placed close to the ceiling. Since colder air is denser than hot air, the cold air will naturally drop allowing the air conditioner to utilize its maximum cooling capacity.
Unlike central air conditioning systems, the evaporator unit is placed in the basement above the furnace. This needs to push the cold dense air up to the second or third floor. In central systems most of the air will travel through the shortest runs creating a cold basement, a fairly cool 1st floor, and usually unsatisfactory conditions on the 2nd and 3rd floors.
Air conditioners used to be one of the biggest contributors on the list of appliances that aren’t great for our planet. However, large steps have been made in recent years to ensure that this technology has less of an impact on the environment than ever before.
Older air conditioners use a cooling agent called R22, which contributed to ozone depletion. New air-conditioners including all that are manufactured by Napoleon uses the chlorine-free refrigerant R-410A, which does not contribute to ozone depletion and offers a higher SEER rating.
Consult with your HVAC technician to find out what cooling agent your current air conditioner uses.
All Napoleon manufactured air conditioners are made with the chlorine-free refrigerant R-410A, which is an alternative cooling agent, taking the place of R22 that is used in older models. Refrigerants are liquids that are housed within the coils of your air conditioner to cool and dehumidify your home. By using a refrigerant that is chlorine-free, Napoleon air conditioners do not contribute to ozone depletion and offer a higher SEER (seasonal energy efficiency ratio) rating. In addition, R-410A reduces power consumption and increases the durability of your compressor, extending the life of a Napoleon air conditioner considerably.