Oxbox 1.5-Ton 18000 BTU R-454B 14.3 SEER2 Dual Fuel Split System - J5HP5018A1000+J962V080CU4SA+J5GXCC005AC6HU

Description

This comprehensive HVAC bundle features essential components designed to work seamlessly together for optimal heating and cooling performance in residential applications. The Oxbox J5HP5018A1000 heat pump provides efficient heating and cooling with a 14.3 SEER2 rating, making it ideal for smaller homes and zone-controlled systems. Complementing this, the Oxbox J962V080CU4SA gas furnace delivers powerful heating with an impressive 96% AFUE efficiency, ensuring reduced fuel consumption and consistent comfort. Completing the setup, the Oxbox J5GXCC005AC6HU cased evaporator coil enhances the system's cooling capabilities while ensuring durability with its all-aluminum construction. Together, these components create a reliable and efficient HVAC solution for year-round comfort.

What's Included

• Oxbox J5HP5018A1000 - Heat Pump 1.5 Ton 14.3 SEER2 R-454B Residential Split System (Qty x1)
• Oxbox J962V080CU4SA - Gas Furnace 80000 Btu/h 96 Afue Two-stage Variable Speed Ecm (Qty x1)
• 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)
• Heat Pump Capacity: 1.5 tons
• Heat Pump SEER2: 14.3
• Gas Furnace Heating Capacity: 80,000 BTU/h
• Gas Furnace AFUE: 96%
• Refrigerant Type: R-454B
• Evaporator Coil Tonnage Range: 1.5 - 3.0 tons
• Cabinet Size: C-Cabinet (21" width)
• Blower Motor: Variable Speed ECM
• Unit Dimensions (Furnace): 34.5 x 21 x 28 inches

Use & Compatibility

This bundle is intended for residential heating and cooling applications, providing a complete system for efficient climate control. The heat pump and gas furnace are compatible with standard ducted forced-air systems, while the evaporator coil is designed to integrate seamlessly with the furnace for optimal performance. Ensure proper installation by licensed HVAC technicians to meet local codes and maximize system efficiency.