Oxbox 5-Ton 60000 BTU R-454B 13.4 SEER2 Gas/Electric Split System - J5AC3060A1000+J962V100CU5SA+J5MXCC009AC6HC+5AYTXVH3A6000A

Description

This comprehensive HVAC bundle includes essential components for a high-efficiency heating and cooling system designed for larger residential applications. The Oxbox J5AC3060A1000 outdoor condenser unit pairs seamlessly with the J962V100CU5SA gas furnace, providing reliable climate control with a focus on energy efficiency. The J5MXCC009AC6HC evaporator coil ensures optimal refrigerant flow and thermal performance, while the 5AYTXVH3A6000A TXV kit enhances system efficiency. Together, these products deliver a complete solution for homeowners seeking comfort, reliability, and energy savings.

What's Included

• OXBOX J5AC3060A1000 - Oxbox J5AC3060A1000 Central Air Conditioner 5 Ton 13.4 SEER2 R-454B Outdoor Condenser Unit (Qty x1)
• OXBOX J962V100CU5SA - Oxbox J962V100CU5SA Gas Furnace 100000 Btu/h 96 Afue Two-stage Variable Speed Ecm (Qty x1)
• OXBOX J5MXCC009AC6HC - Oxbox J5MXCC009AC6HC 3.0 - 5.0 Ton Multi-Position R-454B All-Aluminum Cased Evaporator Coil (C-Cabinet) (Qty x1)
• OXBOX 5AYTXVH3A6000A - Oxbox 5AYTXVH3A6000A TXV (Thermostatic Expansion Valve) Kit - 5 Ton - R-454B (Qty x1)

Key Details

• Weight of Bundle: 512 lb (Oxbox 200 lb + Oxbox 130 lb + Oxbox 82 lb + Oxbox 100 lb)
• Cooling Capacity: 5 tons
• Heating Capacity: 100,000 BTU/h
• SEER2: 13.4
• AFUE: 96%
• Refrigerant: R-454B
• Blower Motor: Variable Speed ECM
• Dimensions (Furnace): 34.5 in x 21 in x 28 in
• Dimensions (Evaporator Coil): 21 in W x 21 in D x 30 in H
• Multi-Position: Upflow, Downflow, Horizontal
• TXV Type: Thermostatic Expansion Valve Kit

Use & Compatibility

This bundle is ideal for residential heating and cooling applications, specifically designed for larger homes requiring efficient climate control. The components are compatible with standard ductwork and are optimized for use with R-454B refrigerant. Installation should be performed by licensed HVAC professionals to ensure compliance with local codes and optimal performance.