Features
The Goodman 2.5 Ton Cooling 60k BTU/Hr Heating Air Conditioner and Variable Speed Furnace System provides a comprehensive HVAC solution. This system includes the GSXN403010 air conditioner, the GMVM970603BN gas furnace, and the CAPTA3026B4 cased evaporator coil. Designed for ease-of-installation and durability, these components work together to provide efficient heating and cooling.
- All-Aluminum Coil
- Internal Thermostatic Expansion Valve
- Condensate Management
- Advanced Heat Exchanger Design
- Quiet Comfort
- Energy-Efficient Compressor
Product Highlights
This bundle includes three main components – the Goodman GSXN403010 air conditioner, GMVM970603BN gas furnace, and CAPTA3026B4 evaporator coil – engineered to work together for reliable and efficient HVAC performance.
Product Information
Standard Information
- Type: Air Conditioner and Furnace System
- Brand: Goodman
- Cooling Capacity: 2.5 Tons
Goodman GSXN403010 Air Conditioner
The Goodman GSXN403010 is a 2.5 Ton air conditioner designed to deliver efficient cooling with a 14.3 SEER2 rating.
- Designed with aluminum fins and copper tubing for efficient heat transfer
- Factory-installed filter drier for impurity removal
- Heavy-gauge galvanized-steel cabinet for durability
- Operating mode: Cooling
Goodman GMVM970603BN Gas Furnace
The GMVM970603BN gas furnace offers a heating capacity of 60,000 BTU/Hr with a 97% AFUE rating. It features a variable-speed ECM blower motor and advanced heat exchanger design.
- Dual-diameter tubular heat exchanger for efficient heat transfer
- ComfortBridge™ compatible for smart home integration
- Quiet operation with multiple venting options
- Available in direct vent configuration
Goodman CAPTA3026B4 Cased Evaporator Coil
The CAPTA3026B4 is a 2.5 Ton cased evaporator coil designed for upflow/downflow configurations with an internal thermostatic expansion valve.
- All-aluminum design with sine fins and grooved tubes
- Foil-faced insulation for condensate management
- Rust-resistant thermoplastic drain pan
- TXV installed for optimal refrigerant flow