A Goodman AC 5 ton price is typically $5,500-$10,000 installed for a standard central-air replacement, with a national planning average near $7,500. The final quote depends on the condenser and indoor coil, efficiency rating, labor rates, refrigerant-line condition, and whether electrical or ductwork changes are needed.
A 5-ton system provides about 60,000 BTU of cooling per hour; proper sizing requires a load calculation, not just a home-size estimate.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Goodman 5-ton condenser only | $2,000 | $3,200 | $4,800 | Equipment price; indoor coil may be separate |
| Matched condenser and coil | $3,000 | $4,500 | $6,500 | Before installation |
| Installed replacement | $5,500 | $7,500 | $10,000 | Standard access and limited modifications |
| Complex replacement | $9,000 | $11,000 | $14,000 | May include duct, electrical, or code work |
Assumptions: U.S. residential split system, standard matched components, normal access, and no major duct replacement.
What a 5-ton Goodman system costs installed
For a like-for-like changeout, many homeowners can budget $5,500-$10,000 for the condenser, compatible indoor coil, refrigerant work, and startup. A complete new system with a furnace or air handler can cost more because that equipment is not included in a basic AC-only replacement.
A practical budget for a standard 5-ton Goodman AC replacement is about $7,500, while difficult installations can exceed $10,000. Prices vary by market and model; a quote should identify the exact condenser and coil rather than list only “Goodman 5 ton.”
Where condenser, coil, and labor charges appear
The estimate should separate major equipment from installation and job-site charges. A low equipment price may not include the evaporator coil, refrigerant lines, thermostat, or removal of the old unit.
| Quote item | Typical range | What it covers | Common cost trigger |
|---|---|---|---|
| Condenser and coil | $3,000-$6,500 | Matched outdoor and indoor equipment | Higher efficiency or coil changes |
| Installation labor | $1,500-$3,500 | Removal, setting, connections, startup | Longer line set or difficult access |
| Equipment and recovery | $200-$700 | Vacuum pump, refrigerant recovery, supplies | Extra refrigerant or line repair |
| Permits and disposal | $100-$600 | Local permit and old equipment haul-away | Municipal inspection requirements |
| Electrical or duct changes | $300-$2,500 | Disconnect, breaker, plenum, or repairs | Outdated wiring or leakage |
Ask whether the quote includes both the indoor coil and outdoor condenser, since unmatched or separately priced components can change the real total.
How SEER2 rating and coil size change the quote
A standard-efficiency Goodman 5-ton system generally costs less upfront than a higher-SEER2 model. Depending on model availability and the matched indoor equipment, moving up an efficiency tier can add roughly $500-$2,000 or more before installation. The exact comparison depends on the condenser-coil combination and local efficiency rules.
Five tons equals 60,000 BTU per hour, but a home does not automatically need that capacity because it has a certain square footage. A load calculation may point to a smaller or larger system. Replacing a 5-ton unit with the same capacity without checking airflow can leave comfort or humidity problems unchanged.
Confirm the matched coil dimensions and system rating, and compare the quoted model numbers rather than relying on tonnage alone.
Why local labor rates move Goodman AC prices
Installation labor commonly accounts for about $1,500-$3,500 of a straightforward replacement. A crew may spend 6-10 hours on removal, placement, line connections, evacuation, charging, and testing; a full-day or multi-day job can push labor higher. Rates in high-cost metro areas may run 15%-30% above a lower-cost rural market, while remote travel can add a separate fee.
Ask whether the contractor includes commissioning and a documented startup. A quick equipment drop without evacuation, leak checks, and airflow verification is not equivalent to a complete installation.
Compare labor scope and startup procedures, not only the hourly rate or equipment discount.
Extra charges for old lines, ductwork, and electrical work
Replacing a refrigerant line set may add $400-$1,500, depending on length and access. A new disconnect or circuit work can add about $300-$1,200; duct sealing or a short repair may cost $300-$1,000, while extensive duct replacement can add several thousand dollars.
Old refrigerant lines may be incompatible or contaminated, and local code can require electrical or condensate changes. Removal and disposal are often included, but some bids charge $100-$400 separately. Confirm these items before accepting a low base quote.
Have the contractor list foreseeable line-set, drain, duct, and electrical charges in writing before work begins.
Three Goodman 5-ton quotes for different job scopes
A basic changeout with a matched standard-efficiency condenser and coil, existing usable lines, and 8 labor hours might total $6,200-$7,200, or about $1.03-$1.20 per cooling BTU per hour of rated capacity as a rough comparison measure.
A midrange replacement with a higher-efficiency model, new disconnect, and 10 labor hours could run $7,800-$9,800. A difficult installation involving a long line set, coil-plenum changes, permits, and 14 labor hours may reach $10,500-$13,500.
These examples are planning ranges, not fixed bids; location, model, access, and required code work can shift each total.
How to lower the price without cutting installation quality
Get at least three itemized quotes for the same capacity and comparable efficiency tier. Compare equipment model numbers, coil, labor, permit, disposal, warranty, and startup details. Scheduling before peak summer demand may improve contractor availability, although seasonal savings are not guaranteed.
Keep sound ductwork and electrical components when they meet code, but do not refuse repairs needed for safe operation or proper airflow. Avoid paying for a larger unit without a load calculation, and compare the cost of an efficiency upgrade against expected energy use and how long the household plans to stay.
The most reliable savings come from matching the scope across bids and avoiding unnecessary upgrades, not from skipping commissioning or required repairs.