Bundle Overview
The Goodman GSXN401810 GMVC960803BN CAPTA1818B4 is a comprehensive central air and furnace bundle. This kit includes a GSXN4 air conditioner, a GMVC96 furnace, and a cased CAPTA evaporator coil. Designed to provide complete comfort, this system is ideal for regions with moderate cooling needs and cold winters requiring a multi-speed furnace.
- Includes air conditioner, furnace, and evaporator coil
- Designed for ease of installation and durability
- Provides upfront and long-term value
- High efficiency and superior craftsmanship
Product Highlights
This Goodman bundle offers a complete HVAC solution with a focus on efficiency, reliability, and ease of installation. It is perfect for maintaining a comfortable indoor environment year-round.
Product Information
Goodman GSXN401810 Air Conditioner
The Goodman GSXN401810 is a 1.5-ton air conditioner designed for efficient cooling. Key features include:
- Energy-efficient compressor for reliable cooling
- All-aluminum coil design with sine fins for optimal heat transfer
- Factory-installed filter drier for moisture and impurity removal
- Heavy-gauge galvanized-steel cabinet for durability
This component ensures your home stays cool during the hottest months.
Goodman GMVC960803BN Gas Furnace
The GMVC960803BN is an 80,000 BTU variable-speed furnace. Key specifications:
- 96% AFUE for high fuel efficiency
- Dual-diameter tubular heat exchanger for efficient heat transfer
- Secondary heat exchanger made of stainless steel
- ComfortBridge™ compatible for advanced control
This furnace provides reliable heating during the coldest winters.
Goodman CAPTA1818B4 Cased Evaporator Coil
The CAPTA1818B4 is a cased evaporator coil designed to work seamlessly with the GSXN4 air conditioner and GMVC96 furnace. Key features:
- All-aluminum design for reliability
- Internal thermostatic expansion valve for ideal refrigerant flow
- Foil-faced insulation for condensate management
- Thermoplastic drain pan for rust resistance
This coil ensures efficient heat transfer and system operation.