Description
This comprehensive HVAC bundle includes essential components for an efficient and reliable residential heating and cooling system. The Oxbox J5AC3030A1000 air conditioner provides a robust 2.5-ton cooling capacity with a high SEER2 rating, ensuring energy efficiency and environmental compliance. Paired with the Oxbox J962V080CU4SA gas furnace, which boasts an impressive 80,000 BTU/h output and a 96% AFUE rating, this combination guarantees optimal heating performance during colder months. Completing the setup is the Oxbox J5GXCC005AC6HU cased evaporator coil, designed for seamless integration and enhanced thermal performance. Together, these components create a balanced system that meets modern efficiency standards while delivering comfort year-round.
What's Included
- OXBOX J5AC3030A1000 - Oxbox J5AC3030A1000 Air Conditioner 2.5 Ton 13.4 SEER2 R-454B Residential Cooling (Qty x1)
- OXBOX J962V080CU4SA - Oxbox J962V080CU4SA Gas Furnace 80000 Btu/h 96 Afue Two-stage Variable Speed Ecm (Qty x1)
- OXBOX J5GXCC005AC6HU - Oxbox J5GXCC005AC6HU Cased Evaporator Coil 1.5-3.0 Ton R-454B Upflow/Downflow (C-Cabinet) (Qty x1)
Key Details
- Weight of Bundle: 375 lb (Oxbox 200 lb + Oxbox 130 lb + Oxbox 45 lb)
- Cooling Capacity: 2.5 tons
- Heating Capacity: 80,000 BTU/h
- SEER2: 13.4
- AFUE: 96%
- Refrigerant: R-454B (A2L)
- Cabinet Dimensions: 34.5 x 21 x 28 inches (Furnace)
- Cabinet Size: C-Cabinet (21" width) (Evaporator Coil)
- Maximum Overcurrent Protection: 30.3 amps (Air Conditioner)
- Airflow Configuration: Upflow/Downflow (Evaporator Coil)
Use & Compatibility
This bundle is designed for residential heating and cooling applications, providing a complete system that meets modern efficiency standards. The air conditioner and gas furnace are compatible with standard forced-air systems, while the evaporator coil is engineered to integrate seamlessly with the furnace, ensuring optimal airflow and performance. Installation should be performed by licensed HVAC technicians to ensure compliance with local codes and maximize system efficiency.