GOODMAN GLZS5BA4210+CAPTA4230C3+GR9S921005CN - 42K BTU Ducted Heat Pump System - R-32

Description

This comprehensive HVAC bundle is designed to provide optimal heating and cooling solutions for your home. Featuring the Goodman GLZS5BA4210 Split Heat Pump, this system operates efficiently at 16 SEER2, making it perfect for moderate climates. Paired with the Goodman CAPTA4230C3 AlumaFin7 Evaporator Coil, this combination ensures effective cooling performance with its durable all-aluminum construction. To complete the bundle, the Goodman GR9S921005CN Gas Furnace offers reliable heating with a 92% AFUE rating, ensuring comfort during colder months. Together, these components create a cohesive system that maximizes energy efficiency and performance, making it an ideal choice for homeowners looking to upgrade their HVAC setup.

What's Included

• GOODMAN GLZS5BA4210 - Goodman GLZS5BA4210 Split Heat Pump 16 SEER2, Single Stage (Qty x1)
• GOODMAN CAPTA4230C3 - Goodman CAPTA4230C3 AlumaFin7 Evaporator Coil Cooling Only (3.5 Ton) (Qty x1)
• GOODMAN GR9S921005CN - Goodman GR9S921005CN 92% AFUE Gas Furnace Multi Speed ECM, Single Stage (Qty x1)

Key Details

• Weight of Bundle: 469 lb (Goodman 277 lb + Goodman 51 lb + Goodman 141 lb)
• Heat Pump Capacity: 3.5 Tons
• Cooling BTU: 42000
• Heating Capacity: 42000 BTU
• SEER2: 16
• AFUE: 92%
• Voltage: 208/230 Volts (Heat Pump), 115 Volts (Furnace)
• Dimensions (Heat Pump): 35.75 in H x 35.5 in W x 35.5 in D
• Dimensions (Evaporator Coil): 30 in H x 21 in W x 21 in D
• Dimensions (Gas Furnace): 33.375 in H x 21 in W x 28 in D
• Material: All-aluminum (Evaporator Coil), Steel (Heat Pump and Furnace)

Use & Compatibility

This HVAC bundle is ideal for residential applications, providing efficient heating and cooling for single-family homes. The Goodman heat pump and evaporator coil are optimized for use with R-32 refrigerant, while the gas furnace complements the system for reliable heating. This combination is designed for seamless integration, ensuring consistent performance across varying climate conditions.