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The GOODMAN cauf4860c6 is an uncased aluminum evaporator coil rated for 4.0 to 5.0 nominal tons (60,000 BTU/h) and designed for upflow and downflow ducted installations. Built on the CAUF series platform, it uses a Flowrator expansion device and is compatible with both R-22 and R-410A refrigerants, making it a practical fit for replacement work on legacy systems as well as new R-410A equipment. The aluminum heat exchanger keeps weight manageable at 48 pounds. The uncased design requires a field-supplied cabinet or existing coil cabinet that matches the 20-inch nominal width. Licensed HVAC technicians handle installation as part of a split-system air conditioning or heat pump setup.
This coil is intended for residential, multi-family, and light commercial ducted split systems requiring upflow or downflow evaporator coil placement. The 20-inch cabinet depth suits a range of air handler and furnace configurations. Compatible expansion device accessories noted in product documentation include HTP-C, HTP-D, TX5N4, and TXV-60 for installations requiring a thermostatic expansion valve upgrade. The single-phase, air-cooled design fits standard residential tonnage applications. Verify cabinet dimensions against the unit depth of 20-1/4 inches, height of 28 inches, and width of 20 inches before ordering.
Compatible expansion device accessories listed in product documentation: HTP-C, HTP-D, TX5N4, and TXV-60. Designed as an OEM-style uncased evaporator coil for single-phase ducted split systems in the 4.0 to 5.0 ton range using R-22 or R-410A refrigerant. Confirm cabinet width, depth, and height clearances match unit dimensions before installation.
Installation must be performed by a licensed HVAC technician holding the appropriate EPA Section 608 certification for refrigerant handling. Shut down and lock out the entire system, including the outdoor condensing unit and indoor air handler or furnace, before beginning coil work. Verify that the existing or new cabinet dimensions match the coil unit dimensions prior to mounting, and check that condensate drain lines are properly trapped and pitched per local mechanical codes. Do not pressurize or charge the system until all refrigerant connections are leak-tested and the system has been properly evacuated.
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