Goodman - 5 Ton - 21" Width Upflow/Downflow Cased Evaporator Coil TXV - R32 - CAPTA6030C3

Goodman - 5 Ton - 21" Width Upflow/Downflow Cased Evaporator Coil TXV - R32 - CAPTA6030C3

An AC or heat pump system is only as good as its evaporator coil. The Goodman CAPTA evaporator coils are designed with this simple thought in mind for its longevity, accessibility, and value as their other heating and cooling equipment. The advanced design and all-aluminum constriction of this coil improves its durability and heat transfer efficiency. The CAPTA series are cased A-Coils for use in Upflow/Downflow applications. These units include an internal TXV (thermostatic expansion valve), which is perfect for high-performance systems. Goodman pressure tests each coil twice prior to it leaving the factory. Whether you are replacing an old failing coil or installing a new system, you can choose Goodman's CAPTA units with confidence.

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

Manual

• Installation Manual
• Spec Sheet

What our Experts Think

• Reliable Cooling: 4 Ton / 48,000 BTU output keeps larger homes comfortable.

• Energy Efficiency: SEER2 13.4 balances performance with reasonable electricity use.

• Consistent Operation: Single-stage compressor delivers dependable cooling.

• Eco-Friendly Refrigerant: Uses R32 to minimize environmental impact.

• Installation Flexibility: Compact design fits standard condenser locations.

• Quiet Performance: Engineered for low operational noise.

• Durable Build: Designed for long-term reliability in diverse climates.

Q&A

Q: What cooling capacity does this unit deliver?
A: This condenser provides 48,000 BTU (4 tons) of cooling capacity, suitable for medium to larger homes when paired with a matched indoor coil or air handler.

Q: How efficient is this air conditioner?
A: It’s rated 13.4 SEER2, meeting current efficiency standards for reliable cooling performance and everyday comfort.

Q: What refrigerant does it use?
A: This unit uses R‑32 refrigerant, which is more environmentally responsible with a lower global warming potential (GWP).

Q: What type of compressor and operation does it have?
A: It features a single‑stage scroll compressor for dependable and consistent cooling operation.

Q: What are the electrical requirements?
A: Operates on 208/230 V single‑phase power, typical for residential AC condensers, with recommended breaker and ampacity specs (≈40 A max).

Q: How loud is the unit during operation?
A: The condenser typically runs around 71 dBA, which is standard for outdoor cooling equipment.

Q: What durability and maintenance features does it include?
A: Features like a powder‑coat steel cabinet, steel louver coil guard, factory‑installed filter drier, and easy‑access service valves help enhance durability and serviceability.

Q: Does this unit meet performance and safety standards?
A: Yes — it is AHRI‑certified and ETL‑listed, ensuring tested performance and compliance.

Q: What warranty coverage is offered?
A: Goodman offers a 10‑year parts and compressor warranty when the product is properly registered after installation.

Maintenance Tips

• Replace or clean air filters every 1–3 months to maintain airflow and efficiency.

• Keep the area around the coil clear of dust, debris, and obstructions.

• Inspect coil fins and surfaces periodically; gently clean to prevent dirt buildup that reduces efficiency.

• Ensure the drain pan and condensate drain line are clear to prevent clogs and water damage.

• Check refrigerant lines and insulation for damage or leaks.

• Verify TXV (Thermostatic Expansion Valve) operation for proper refrigerant flow.

• Maintain 2–3 feet of clearance around the unit for proper airflow and service access.

• Listen for unusual noises such as rattling or hissing that may indicate mechanical issues.

• Ensure thermostat is functioning properly and calibrated.

• Schedule annual professional HVAC inspection to clean coils, check refrigerant, and verify overall system performance.