An assembly and method is provided for an air-conditioning system coil housing and a plastic drain pan wherein the coil housing has one or more sheet metal walls. A first flap is cut and formed in at least one sheet metal wall which is resiliently bendable away from the metal wall. A second flap is cut and formed in the first flap. The drain pan comprises an outwardly extending lip portion such that when the coil housing is mounted to the drain pan then the sheet metal wall slidingly engages a drain pan wall whereby the first flap portion bends outwardly to catch the lip portion such that the second flap engages an underside of the outwardly extending lip portion.
Coil With Built-In Primary And Auxiliary Drain Pans And Method
An air-conditioning system provides a primary drain pan built in beneath an evaporator coil with primary drain lines. An auxiliary drain pan is built into the air conditioning system to receive overflow condensate from the primary drain pan and drains through auxiliary drain lines. The built-in auxiliary drain pan and primary drain pan are plumb with respect to each other. The assembly construction thereby provides reduced time and costs associated with storing, transporting, installing, leveling, and plumbing individual components.
Coil With Built-In Segmented Pan Comprising Primary And Auxiliary Drain Pans And Method
An air-conditioning system provides a segmented pan with a primary drain segment and a built in auxiliary drain pan segment to receive overflow condensate from the primary drain pan and drains through auxiliary drain lines. The built-in auxiliary drain pan and primary drain pan are plumb with respect to each other and are secured together and/or monolithic. The assembly construction thereby provides reduced time and costs associated with storing, transporting, installing, leveling, and plumbing individual components.
Air conditioning apparatus and method are disclosed which provide for a bi-flow coil housing having air flow connection ends that are substantially identical. These coil housing features allow the coil housing to be configured to have either a right-hand or left-hand coil configuration to thereby allow installation flexibility so that the coil refrigerant and drain connections are readily available. In furtherance of this feature, a transition member and a plenum have substantially similar or identical ends for connection to the coil housing and may be connected to either end of the coil housing. Because there is only one end of the transition member that will vary in size thereby greatly reducing the number of different possible combinations of connection sizes the transition member must accord, a plurality of prefabricated transition members are preferably stored in the warehouse based on the type of heater. The use of a prefabricated transition member specifically designed for the specific type of heater and coil housing provides a quicker and precision fit therebetween.
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