What Kind of Non -passing Air Outlet Art Fireplace Should I Choose?

Expanding on the existing article, let's delve deeper into the various factors that influence the heat output provided by non-Tongfengtu fire furnace equipment, the impact on indoor air quality, as well as the installation requirements and considerations for consumers.

The heat output of non-Tongfengtu fire furnace equipment varies depending on the season and usage method in a household. These types of fireplace equipment offer a range of thermal energy level settings, whether it's manual control or constant temperature control. In terms of indoor air quality, the heating area V is a crucial factor to consider when selecting a fireplace product, but overall, consumers can choose any size product based on their personal preference.

The quality of the fireplace equipment can be categorized into three types based on the structure. Loose structure products have a higher thermal loss and penetration rate, typically lacking insulation layers, riot doors and windows, and steam barriers. This type of fireplace has an Air Changes per Hour (ACH) value of about 1.0. Average structure products have a typical heat loss and penetration rate, with some insulation and moisture-proof layers, loose riot doors and windows, and a damping device for the fireplace. The ACH for these products is approximately 0.5. Lastly, tight structure products have low thermal loss and penetration rates, featuring good thermal insulation, moisture-proof layers, riot doors and windows with windshields, and a damping device for the fireplace. The ACH for this type is 0.35. (ACH refers to the number of air replacement times per hour.)

It is important to install the fireplace equipment according to national fuel regulations. This applies not only to non-Tongfengtu fire furnace equipment but also to all gas equipment. Consumers need to provide certain information when considering installation. Firstly, they must determine the amount of space to be heated, which can be a single room or a connected area. Secondly, they need to choose the appropriate house structure based on the sealing of the same size area. Thirdly, they should select the desired heater control system type, whether constant temperature or manual operation. Lastly, the country/region where the house is located should be specified.

To determine the heater input rate required, consumers need to refer to Table A. Based on the information provided in the previous step, including the space to be heated, house structure, and heater control system type, they can find the input rate from Table A (BTUH/FT3). By multiplying this value by the space mentioned earlier, consumers can find the minimum heater input to ensure comfort under certain working conditions.

If the desire is to install the heater in a room isolated from other rooms within the heating area V, consumers can refer to Table B (BTUH/FT3). By multiplying the value from Table B by the space mentioned earlier, they can find the maximum heater input to ensure acceptable indoor air quality. However, in certain operating conditions, this may not provide enough heat. If the ventilation in the isolated room is increased, for example, by installing a permanent opening in adjacent rooms or areas, with a volume at least 40% larger than the isolation space, this exception does not apply.

To assess the performance of gas-free products in terms of indoor air quality, the American Gas Association Research (AGAR) laboratory conducted extensive scientific research. They tested real non-Tongwu products in real homes, specifically in an AGAR research and demonstration house. The researchers evaluated the five main factors of indoor air quality: oxygen, carbon dioxide, nitric oxide, and water vapor (humidity). Based on the latest indoor air quality guidelines and suggestions, the researchers concluded that the fireplace fireplace performs well within the recognized indoor air quality standards of the country.

Additionally, independent scientific consulting company RiskSciences, LLC conducted a study on the influence of non-passing air inlets on indoor relative humidity. The purpose of this study was to determine whether fireproof furnaces generate enough water vapor to increase indoor humidity and promote mold growth. The findings revealed that fireproof furnaces do not produce enough water vapor to significantly increase indoor humidity, which is not conducive to mold growth. Other factors such as aging houses, poor windows, insufficient ventilation, and deficient air conditioning maintenance are more likely to contribute to high humidity levels.

In summary, the expansion of this article provides a comprehensive understanding of the heat output, indoor air quality considerations, installation guidelines, and studies conducted to support the performance and humidity impact of non-Tongfengtu fire furnace equipment. By considering these factors, consumers can make informed decisions when selecting and installing fireplace equipment in their homes.