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This product weighs 75 lb each and will be shipped via LTL carrier. A lift gate option will be added free of charge for your convenience.
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The General Electric ncuc36bt4 is a cased, upflow evaporator coil rated at 3 tons (36,000 BTU/h) and designed for use with R410A refrigerant systems. It functions as the indoor heat-exchange component in a split-system air conditioner or heat pump, absorbing heat from return air as refrigerant evaporates through the coil assembly. The cased construction provides a factory-enclosed cabinet that simplifies installation into the airstream and helps maintain a sealed, efficient system. Licensed HVAC technicians install this coil as part of a complete cooling system, typically pairing it with a matched outdoor condensing unit and an air handler or furnace.
This upflow coil is suited for residential split-system cooling applications where conditioned air exits vertically upward from the air handler or furnace. The cased design integrates directly into the supply plenum above an upflow furnace or air handler cabinet. At 17.5 inches wide, 21 inches in length, and 23.25 inches tall, it is sized for standard residential equipment footprints. R410A compatibility makes it appropriate for current-generation residential cooling systems that have not yet transitioned away from that refrigerant.
Designed as an OEM-style replacement or new-installation evaporator coil for residential upflow split-system air conditioners and heat pumps using R410A refrigerant.
Installation must be performed by a licensed HVAC technician holding an EPA Section 608 certification for refrigerant handling. Always shut down and lock out the electrical supply to the air handler or furnace before accessing the coil cabinet. Verify that the coil dimensions and refrigerant type are compatible with the existing system before installation, and confirm proper drain pan and condensate line connections to prevent water damage. Follow local mechanical codes and the equipment manufacturer guidelines for refrigerant line sizing and system commissioning.
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