Goodman 1.5 Ton 16.2 SEER2 Heat Pump Inverter Side Discharge Condenser R32 GZV6SA1810
The Goodman GZV6SA1810 is a high-efficiency 1.5-ton side discharge heat pump condenser engineered for compact installations, quiet operation, and outstanding energy performance. Featuring a variable-speed inverter compressor and optimized for R-32 refrigerant, this unit delivers precise temperature control while meeting modern efficiency standards. With ENERGY STAR® certification, it is an ideal choice for homeowners seeking maximum efficiency in limited outdoor spaces.
Key Features
- Variable-Speed Inverter Compressor for Superior Comfort and Energy Savings
- Quiet Digitally Commutated Fan Motor
- High-Density Compressor Sound Blanket for Reduced Operating Noise
- Advanced Proprietary Control Algorithmic Logic
- Non-Communicating System Configuration
- Diagnostic Indicator Lights with Fault Code Storage
- AHRI Certified and ETL Listed
- Meets 2023 M1 Test Standards
- ENERGY STAR® Certified
Cabinet Features
- Heavy-Gauge Galvanized Steel Cabinet with Grille-Style Sound Control Side Design
- Custom Ivory White Powder-Paint Finish
- High-Corrosion ZAM® Unpainted Steel Bottom Frame and Legs
- 500-Hour Salt Spray Tested for Long-Term Corrosion Resistance
- Wire Fan Discharge Grille
- Top and Side Maintenance Access Panels
- Meets 2023 Florida Building Code Unit Integrity Requirements When Properly Anchored
This 1.5-ton condenser is ideal for smaller homes or zones requiring ultra-efficient performance, quiet operation, and compact side-discharge installation.
Goodman 80% 80K BTU Gas Furnace Two Stage Variable Upflow/Horizontal R32 GRVT800803BN
The Goodman GRVT800803BN is part of Goodman’s top-tier 80% AFUE furnace series, combining powerful two-stage heating with a variable-speed blower motor for exceptional comfort, efficiency, and durability. Built with heavy-duty aluminized steel heat exchangers and a tightly sealed cabinet, this furnace ensures reliable performance and quieter operation, making it a trusted heating solution for small to medium homes in average climate conditions.
Key Features
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80,000 BTU Input / 64,000 BTU Output – Ideal for small to medium homes
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80% AFUE Efficiency – Industry-standard performance for cost-effective heating
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Two-Stage Burner – Provides consistent comfort and reduced energy waste
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Variable-Speed ECM Blower Motor – Precise airflow, quieter operation, and higher efficiency
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Heavy-Duty Aluminized Steel Tubular Heat Exchanger – Durable and efficient design
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Insulated Heavy-Gauge Cabinet – Reduces air leakage and operating noise
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Runs on Natural Gas – Convertible to propane with optional LP kit (sold separately)
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Requires Metal Flue Venting – Standard requirement for 80% efficiency furnaces
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Flexible Installation – Compatible with upflow and horizontal orientations
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80,000 BTU Heating Capacity – Delivers reliable heating in moderate climates
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Two-Stage Heating with Variable Speed Blower – Enhances comfort and energy efficiency
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Durability and Reliability – Features tightly sealed cabinet and advanced heat exchanger
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Quiet Operation – Insulated design helps lower sound levels during operation
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Warranty Protection – 10-year parts warranty and lifetime heat exchanger warranty (with registration)
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Installation Flexibility – Factory-configured for natural gas, convertible to LP
Goodman 2 Ton Evaporator Coil 17.5" Cabinet EEV Expansion Upflow/Downflow CAPEA2418B3
The Goodman CAPEA2418B3 is a versatile cased evaporator coil engineered for both upflow and downflow installations. Designed for modern R-32 refrigerant systems, this indoor coil features a factory-installed Electronic Expansion Valve (EEV) for enhanced refrigerant control and compatibility with advanced communicating HVAC systems. With a compact 21" depth, it's ideal for tight attic spaces and applications requiring flexible installation without sacrificing performance or efficiency.
Product Features:
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All-Aluminum Evaporator Coil – Built for durability and optimal heat transfer, reducing corrosion and increasing coil longevity.
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R-32 Refrigerant Optimization – Engineered with specialized circuits and manifolds to maximize performance with environmentally friendly R-32 refrigerant.
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Integrated R-32 Sensor – Designed to last the life of the coil and ensure optimal refrigerant management throughout system operation.
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Factory-Installed Electronic Expansion Valve (EEV) – Provides precision refrigerant control and supports compatibility with Daikin One+ smart thermostats and Daikin communicating equipment.
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Upflow & Downflow Configuration – Offers flexible installation options in a wide range of home HVAC setups.
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Seven-Millimeter Coil Tubing – Improves overall system efficiency and performance in both cooling and heat pump applications.
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Fault Recall Memory – Stores the six most recent system faults for simplified diagnostics and service.
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Standardized Copper Suction Tube Stub Length – Ensures easier installation across different system configurations.
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21-Inch Depth – Compact design allows for easier access during attic or tight-space installations.
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Foil-Faced Internal Insulation – Helps reduce cabinet condensation, improves efficiency, and protects internal components.
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Galvanized, Leather Grain-Embossed Finish – Rugged exterior provides lasting protection and resists wear and corrosion.
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Rust-Resistant Thermoplastic Drain Pan – Low water-retention design helps prevent microbial growth and corrosion over time.
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DecaBDE-Free, UV-Resistant Drain Pan – Environmentally conscious and built for long-term UV exposure without degradation.
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Drain Pan Rails – Allow for easy removal and repositioning of the coil without compromising structural integrity.
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AHRI Certified & ETL Listed – Meets strict efficiency and safety standards for trusted performance and compliance.
Advanced Control & Compatibility:
With its built-in electronic expansion valve (EEV), the CAPEA2418B3 supports advanced system communication and control, making it an ideal match for Daikin One+ smart thermostats and other Daikin communicating HVAC equipment. This advanced compatibility ensures better system performance, precision diagnostics, and maximum energy efficiency.
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