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Goodman - 1.5 Ton/60,000 BTU 80% AFUE Gas Furnace and Air Conditioner System - Upflow - 15.2 SEER2 - R32 - CAPTA2422B3

Goodman - 1.5 Ton/60,000 BTU 80% AFUE Gas Furnace and Air Conditioner System - Upflow - 15.2 SEER2 - R32 - CAPTA2422B3

Precio habitual $3,367.99 USD
Precio habitual $4,490.00 USD Precio de oferta $3,367.99 USD
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Descripción

Goodman - 1.5 Ton/60,000 BTU 80% AFUE Gas Furnace and Air Conditioner System - Upflow - 15.2 SEER2 - R32 - CAPTA2422B3 

A Goodman combination system is a great choice to keep your home comfortable all season long. With tons of extra features and a great price, a Goodman furnace and air conditioning system is the perfect choice for all of your heating and cooling needs.

Features
  • All-Aluminum Coil: Goodman's evaporator coils maximize surface area and optimize heat transfer for efficient comfort by using a reliable all-aluminum design complete with sine fins and grooved tubes.
  • Internal Thermostatic Expansion Valve: Goodman's CAPTA units have a factory-installed internal thermostatic expansion valve, which streamlines installation and maintains ideal refrigerant flow for your system.
  • Cabinet Durability: Providing superior longevity and efficiency, CAPTA units have a galvanized, embossed, and insulated cabinet that protects the coil and prevents air leakage.
  • Condensate Management: Keeping your system sage and operational, the CAPTA units feature a foil-faced insulation to inhibit the formation of condensate and a rust-resistant, DecaBDE-free thermoplastic drain pan secondary drain connections. The drain pan is UV-resistant.
  • R32 Compatibility: Complies with Clean Air Act New Refrigerant Requirements.
Specifications
1.5 Ton 14.3 SEER2 Goodman Air Conditioner Condenser - R32
SKU GLXS4BA1810
Weight 132.000000
Manufacturer Goodman
Replaces GSXN401810; GSX140181
Cooling BTU 18,000
Blower Motor Single Speed PSC Motor
Decibel Level (dBA) 74
Horsepower 1/8 HP
Refrigerant R32
SEER2 14.3
Condenser Stages Single Stage
Compressor Type Rotary
Liquid Line 3/8"
Suction Line 3/4"
Liquid Valve Size 3/8"
Suction Valve Size 3/4"
Electrical 208/230v 1 Phase 60Hz
Max Breaker Size 15 Amps
Min. Breaker Size 10.9 Amps
Tonnage 1.5 Ton
Connection Sweat
Height 27"
Width 26"
Depth 26"
Manual
What our Experts Think
  • Balanced Comfort & Efficiency
    This Goodman 1.5 Ton 15.2 SEER2 R‑32 System combines a high‑efficiency air conditioner with a 60,000 BTU 80 % AFUE gas furnace, delivering year‑round reliable comfort with energy savings for homes ~700–1000 sq ft.

  • Modern R‑32 Refrigerant Compatibility
    Built for R‑32 refrigerant, it supports lower global warming potential and improved heat transfer compared to older refrigerants—boosting performance and environmental profile.

  • Efficient Cooling Performance
    The outdoor condenser reaches 15.2 SEER2 cooling efficiency, helping reduce electricity consumption during hot months while maintaining comfortable indoor temperatures.

  • Consistent Heating with Good Efficiency
    The 80 % AFUE gas furnace provides dependable warmth in winter with cost‑effective fuel usage suitable for typical residential heating needs.

  • All‑Matching Matched Components
    Includes the CAPTA2422B3 R‑32‑ready coil sized for upflow/downflow setups, ensuring proper refrigerant flow and optimal system performance when paired with the matched condenser and furnace.

  • Durability & Serviceability
    Features like heavy‑gauge cabinets, easy access panels, ECM blower motor, and robust heat exchanger design support long service life and smoother maintenance for HVAC pros.


Q&A

Q1: What type of system is the Goodman CAPTA2422B3?
A: It is a 1.5 ton packaged HVAC system that combines an 80% AFUE gas furnace with a 15.2 SEER2 air conditioner, designed for upflow residential installations.

Q2: Which refrigerant does the AC use?
A: The system is compatible with R‑32 refrigerant, a modern, energy-efficient, and environmentally friendly refrigerant.

Q3: What is the heating capacity?
A: The gas furnace provides up to 60,000 BTU/h, delivering reliable heating for small to medium-sized homes.

Q4: What is the cooling efficiency?
A: The air conditioner achieves 15.2 SEER2, ensuring energy-efficient cooling while maintaining comfort during hot months.

Q5: What installation type is supported?
A: This system supports upflow installation, ideal for homes with vertical ductwork and air handlers positioned below the main unit.

Q6: Does the system include a TXV coil?
A: Yes. The matched evaporator coil includes a factory-installed TXV (Thermostatic Expansion Valve) for optimal refrigerant flow and system efficiency.

Q7: What are the key benefits of this Goodman system?
A: It offers reliable heating and cooling in one package, energy efficiency with R‑32 refrigerant, durable construction, and matched components for optimal performance.

Q8: Is this system suitable for residential applications?
A: Yes. The CAPTA2422B3 is designed for residential homes requiring a 1.5 ton HVAC system, delivering balanced heating and cooling year-round.


Maintenance Tips
  • Replace Air Filters Every 1–3 Months – Clean filters protect the furnace blower and evaporator coil, ensuring efficient airflow and preventing coil icing.

  • Clean Evaporator Coil Annually – Dust on the all‑aluminum horizontal coil reduces heat transfer. Professional cleaning maintains AC efficiency. (hvacstore.com)

  • Inspect Furnace Burners & Heat Exchanger – Annual inspection prevents soot buildup, ensures safe combustion, and maintains 80% AFUE efficiency.

  • Check Condensate Drain & Pan – Clear the drain line to prevent water damage and microbial growth.

  • Test Thermostat & TXV Performance – Ensure the factory‑installed TXV regulates refrigerant correctly and the thermostat maintains stable indoor temperatures.

  • Keep Airflow Unobstructed – Maintain open supply and return vents; proper airflow protects the furnace blower and maximizes AC performance.

  • Schedule Annual HVAC Service – Certified technicians should check refrigerant levels, clean internal components, inspect gas connections, and verify system safety and efficiency.

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