![]() ![]() To compensate for the relative lack of insulation in your RV, use double the amount instead: 40 BTU per square foot of living space. Because of this, using the Department of Energy’s rule for estimating HVAC capacity ( 20 BTU per square foot ) will not suffice. They also have a high heat gain due to the large windscreen and additional windows around the vehicle. Some extra-large RVs like RV buses may require a tri-zone setup, one for each third of the vehicle behind the driving cabin.Īlthough RVs with properly configured air conditioning can be very comfortable, they do not feature the same level of insulation as a standard household. The most common RV multi-zone configuration is a dual-zone setup, with one indoor unit inside the bedroom (in the rear) and another in the primary living area (in the front). In contrast, larger vehicles, such as Class A motorized RVs or large non-motorized units, may need a multi-zone system. ![]() ![]() Smaller motorized RVs, such as Class C and Class B RVs, can be adequately climate-controlled with a properly sized single-zone system. The size and configuration of your vehicle determine how many zones you have and how many indoor units you need. In standard households, each zone is typically assigned to a specific room or area of the house, such as the living room, bedroom, kitchen, garage, etc.ĭespite the relatively limited amount of space in an RV, zoning remains essential. Mini split AC systems are available in either single-zone (one indoor unit) or multi-zone (two+ indoor units) configurations. ![]()
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