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A Goodman Heat Pump Split System is a space-saving way to control the temperature of your home in warm and mild climates. Goodman has been known for high-quality HVAC systems since 1982 — and a split system equipped with one of Goodman's heat pumps is no exception to this. These units work as a heater in colder weather and an air conditioner in the summer for year-round comfort.
Goodman split heat pump systems are the most efficient way to heat your home when outdoor temperatures stay above 35°F. Electric heat kit add-ons are also available in case your area occasionally dips below 35°F. In addition to the savings on your utility bills, you can save thousands up-front with rock-bottom wholesale prices and free shipping from HVACDirect.com.
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Goodman 1.5 Ton 15.2 SEER2 Heat Pump Split System - R32 Single Stage - Multi-PositionalModel: GLZS4BA1810 / AMST24BU1300Was $4,680.00Special Price $3,743.00 - Goodman 2 Ton 15.2 SEER2 Heat Pump Split System - R32 Single Stage - Multi-PositionalModel: GLZS4BA2410 / AMST24BU1300Was $4,775.00Special Price $3,819.00
- Goodman 2 Ton 15.2 SEER2 Heat Pump Split System - R32 Single Stage - Multi-PositionalModel: GLZS4BA2410 / AMST36CU1300Was $5,030.00Special Price $4,023.00
- Goodman 2.5 Ton 14.5 SEER2 Heat Pump Split System - R32 Single Stage - Multi-PositionalModel: GLZS4BA3010 / AMST30BU1300Was $5,299.00Special Price $4,239.00
- Goodman 1.5 Ton 15.2 SEER2 Heat Pump Split System - R32 Single Stage - Multi-PositionalModel: GLZS5BA1810 / AMST24BU1300Was $5,399.00Special Price $4,318.00
- Goodman 2 Ton 15.2 SEER2 Heat Pump Split System - R32 Single Stage - Multi-PositionalModel: GLZS5BA2410 / AMST24BU1300Was $5,517.00Special Price $4,413.00
- Goodman 2.5 Ton 15.2 SEER2 Heat Pump Split System - R32 Single Stage - Multi-PositionalModel: GLZS4BA3010 / AMST42CU1300Was $5,552.00Special Price $4,441.00
- Goodman 3 Ton 15 SEER2 Heat Pump Split System - R32 Single Stage - Multi-PositionalModel: GLZS4BA3610 / AMST36CU1300Was $5,966.00Special Price $4,772.00
- Goodman 2.5 Ton 15.2 SEER2 Heat Pump Split System - R32 Single Stage - Multi-PositionalModel: GLZS5BA3010 / AMST30BU1300Was $6,017.00Special Price $4,813.00
- Goodman 2.5 Ton 14.5 SEER2 Heat Pump Split System - R32 Single Stage - Multi-PositionalModel: GLZS5BA3010 / AMST36CU1300Was $6,195.00Special Price $4,955.00
- Goodman 3.5 Ton 15.2 SEER2 Heat Pump Split System - R32 Single Stage - Multi-PositionalModel: GLZS4BA4210 / AMST42CU1300Was $6,350.00Special Price $5,079.00
- Goodman 3 Ton 15.2 SEER2 Heat Pump Split System - R32 Single Stage - Multi-PositionalModel: GLZS5BA3610 / AMST42CU1300Was $6,667.00Special Price $5,333.00
- Goodman 4 Ton 15.2 SEER2 Heat Pump Split System - R32 Single Stage - Multi-PositionalModel: GLZS4BA4810 / AMST48CU1300Was $6,806.00Special Price $5,444.00
- Goodman 3.5 Ton 15.2 SEER2 Heat Pump Split System - R32 Single Stage - Multi-PositionalModel: GLZS5BA4210 / AMST42CU1300Was $7,027.00Special Price $5,621.00
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Goodman 2 Ton 17.2 SEER2 High Efficiency Heat Pump Split System - R32 Two Stage - Multi-PositionalModel: GLZT7CA2410 / AMVT30BP1300Was $7,528.00Special Price $6,022.00 - Goodman 4 Ton 15.2 SEER2 Heat Pump Split System - R32 Single Stage - Multi-PositionalModel: GLZS5BA4810 / AMST48CU1300Was $7,547.00Special Price $6,037.00
- Goodman 5 Ton 14.2 SEER2 Heat Pump Split System - R32 Single Stage - Multi-PositionalModel: GLZS4BA6010 / AMST60DU1300Was $7,872.00Special Price $6,297.00
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Goodman 3 Ton 17.2 SEER2 High Efficiency Heat Pump Split System - R32 Two Stage - Multi-PositionalModel: GLZT7CA3610 / AMVT42CP1300Was $8,459.00Special Price $6,767.00 - Goodman 5 Ton 16 SEER2 Heat Pump Split System - R32 Two Stage - Multi-PositionalModel: GLZS5BA6010 / AMST60DU1300Was $8,846.00Special Price $7,076.00
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Goodman 4 Ton 17.2 SEER2 High Efficiency Heat Pump Split System - R32 Two Stage - Multi-PositionalModel: GLZT7CA4810 / AMVT60DP1300Was $10,067.00Special Price $8,053.00 -
Goodman 5 Ton 16.2 SEER2 High Efficiency Heat Pump Split System - R32 Two Stage - Multi-PositionalModel: GLZT7CA6010 / AMVT60DP1300Was $11,069.00Special Price $8,855.00
What is a Goodman heat pump split system?
A Goodman heat pump split system is a central heating and cooling setup that is made up of two pieces of equipment. The two pieces include an outdoor heat pump condenser and an indoor central air handler, which itself contains an accompanying blower motor and evaporator coil inside of it.Â
Unlike a fuel-burning furnace, a heat pump uses refrigerant and a reversing valve to transfer heat between indoor and outdoor air. In the summer, the system moves heat from indoors to outdoors. In the winter, it extracts heat from outdoor air and moves it indoors.Â
A Goodman heat pump split system is a central heating and cooling setup that is made up of two pieces of equipment. The two pieces include an outdoor heat pump condenser and an indoor central air handler, which itself contains an accompanying blower motor and evaporator coil inside of it.Â
Unlike a fuel-burning furnace, a heat pump uses refrigerant and a reversing valve to transfer heat between indoor and outdoor air. In the summer, the system moves heat from indoors to outdoors. In the winter, it extracts heat from outdoor air and moves it indoors.Â
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Which spaces are ideal for Goodman heat pump split systems?Â
Goodman heat pump split systems deliver efficient, year-round heating and cooling engineered for high reliability across a wide range of residential structures and are best suited for areas without harsh winters. Made for a wider variety of homes, these systems accommodate diverse layouts, space constraints, and existing duct configurations.
- Family Homes: Ideal for single-family residences requiring whole-home heating and cooling through central ductwork, providing consistent temperature control across large or multi-room layouts.
- Townhomes and Condominiums: Perfect for attached residential structures where compact outdoor footprints and low operational sound levels maximize usable interior and exterior space.
- Homes with Existing Heating Systems: Excellent for retrofit home configurations, multi-family residences, and apartments, pairing seamlessly with existing gas furnaces or electric air handlers to optimize winter energy efficiency.
Goodman heat pump split systems stand out as a versatile climate control solution by matching reliable performance with flexible equipment configurations for virtually any residential footprint. Backed by Daikin manufacturing quality, high SEER2 efficiency ratings, and long-term warranty coverage, these systems allow property owners across all structural types to maintain consistent indoor comfort while managing energy costs.
What type of Goodman heat pump split system do you need?
Selecting the right Goodman heat pump split system depends on your local climate, budget, and desired installation method. System options range from basic single-stage units to advanced multi-stage setups designed for extreme weather.
- Standard: Goodman single-stage split systems listed by HVACDirect.com feature ratings around 14 to 15 SEER2, making them an affordable choice for mild to moderate climates.
- High Efficiency: Higher-efficiency Goodman systems can reach up to 17 SEER2 and excel in colder regions where stronger winter heating performance is necessary.
Choosing between standard efficiency and high efficiency models often comes down to your regional climate and long-term utility savings goals. Higher efficiency systems cost more upfront, but they deliver lower monthly electric bills in areas with harsh summers or freezing winters.
What features matter most when buying a Goodman heat pump split system?
Key performance features in a Goodman heat pump split system determine how efficiently, quietly, and reliably your home stays comfortable throughout the year. Modern Goodman units incorporate HVAC-specific technologies and electronic controls in their heating and cooling systems that maximize seasonal energy savings while protecting internal components during cold weather.
- Variable-Speed Airflow: Multi-speed blower motors continuously adjust air circulation to eliminate hot or cold spots and maintain precise temperature balance. Options range from budget-friendly multi-speed ECM motors to advanced variable-speed ECM blowers that adjust airflow continuously for superior humidity control, quieter operation, and enhanced energy savings.
- Air Handler Orientations: Air handler options determine how efficiently and quietly conditioned air circulates throughout your home. Goodman provides multi-positional air handlers in its heat pump split systems that can be installed in upflow, downflow, or horizontal orientations to fit different layout constraints, such as attics, basements, or utility closets. Those featuring durable all-aluminum evaporator coils, insulated cabinets that prevent condensation, and built-in compatibility with optional electric backup heat kits provide better overall performance.
- Smart Thermostat Support: Compatibility with 24V smart thermostats and proprietary system controls allows remote temperature monitoring and automated scheduling from your phone.
- Quiet Operation: Features like heavy-duty compressor sound blankets and optimized fan blade designs reduce operating noise down to comfortable sound levels. Entry-level single-stage models generate 74 to 76 dB, two-stage models generate 71 to 73 dB, and premium communicating/two-stage models go as low as 71 dB.
- Defrost Control: Goodman heat pumps can automatically monitor the outdoor unit for frost and start a defrost cycle only when needed. This helps keep the system heating efficiently while preventing ice buildup on the outdoor coil.
- High-Efficiency Operation: Current model listings sold by HVACDirect.com include Goodman split systems around 14.3 SEER2 (federal minimum rating), 15 SEER2, and up to 17 SEER2. Two-stage systems can operate at a lower output when full capacity is not needed, helping provide more consistent comfort while reducing unnecessary energy use.
- Energy Star Certification: Some Goodman heat pump systems may meet ENERGY STAR efficiency requirements. Certification can help identify higher-efficiency equipment and may also factor into available utility incentives. HVACDirect lists an ENERGY STAR-compliant 17 SEER2 Goodman system, but certification varies by configuration.
Investing in premium features like variable-speed blowers or smart control integration slightly increases initial equipment costs, but the long-term utility savings and improved humidity control deliver a quick return on investment. Before ordering, verify that the selected outdoor unit, air handler, thermostat, and optional electric heat kit are approved to work together.
What size Goodman heat pump split system do you need?
Whether your home is smaller (beginning around 600 square feet) or larger (up through 3,000+ square feet), determining the correct Goodman heat pump split system size requires matching your home's square footage with the proper capacity rating. Choosing the right tonnage ensures your equipment cools and heats efficiently without the system under- or over-working. All of the following estimates depend on these variables: climate, insulation, windows, ceiling height, air leakage, home layout, and a professional sizing review.
- 1.5 Ton (600 to 1,000 sq. ft., small home): A 1.5 ton system has a nominal cooling capacity of about 18,000 BTU per hour, making it an ideal choice for compact living spaces, small homes, or single zone additions. Actual heating capacity varies by model and outdoor temperature.
- 2 Ton (1,000 to 1,300 sq. ft., small home): A 2 ton system delivers 24,000 BTUs of thermal output to comfortably balance temperatures across small single-family layouts and condos.
- 2.5 Ton (1,300 to 1,600 sq. ft., small to medium home): A 2.5 ton configuration supplies 30,000 BTUs, providing efficient, whole-home air circulation for average split-level properties.
- 3 Ton (1,600 to 1,900 sq. ft., medium home): A 3 ton setup produces 36,000 BTUs and serves as the standard residential capacity for typical mid-sized homes.
- 3.5 Ton (1,900 to 2,200 sq. ft., medium home): A 3.5 ton split system generates 42,000 BTUs to maintain consistent temperature control across expansive single-story or ranch-style floor plans.
- 4 Ton (2,200 to 2,600 sq. ft., medium to large home): A 4 ton unit outputs 48,000 BTUs of air handling power to manage the heavier heating and cooling demands of larger multi-level houses.
- 5 Ton (2,600 to 3,200 sq. ft., large home): A 5 ton system has a nominal cooling capacity of about 60,000 BTU per hour to condition broad, open-concept luxury layouts and large estates.
Ask a qualified HVAC professional to perform a load calculation that accounts for insulation, windows, ceiling height, air leakage, layout, climate, and ductwork. An oversized or undersized system can reduce comfort, increase energy use, affect humidity control, and add wear to HVAC components.
Additional factors to consider when buying a Goodman heat pump split system
Beyond basic system sizing, successfully buying and installing a Goodman heat pump split system requires evaluating your property's existing physical layout and electrical infrastructure. Accounting for home layout, local climate demands, and insulation quality helps prevent unexpected installation delays and ensures your equipment operates at peak efficiency.
- Matching Indoor Coil: Pair the outdoor Goodman heat pump with an approved indoor air handler or evaporator coil. The selected combination must meet manufacturer matching and installation requirements.
- Power Requirements: Installing a split system requires verifying that your main electrical panel supports the required circuit and specific wire gauge sizes. Required voltage, breaker size, wiring, and disconnect specifications vary by model and should follow Goodman installation requirements and local electrical codes.
- Ductwork Compatibility: Existing supply and return ductwork should be able to handle the airflow required by the new system. Undersized, damaged, or poorly configured ducts can restrict airflow and reduce comfort and system performance.
- Refrigerant Line Sizing: Use the liquid-line and suction-line diameters, maximum line length, and elevation limits specified for the selected Goodman system.
- Installation Clearance: Maintaining 10 to 12 inches of side clearance around the outdoor condenser unit allows unobstructed airflow and gives technicians room for servicing. Follow the selected Goodman model’s installation manual for required side, rear, top, and service clearances. Do not block airflow around the outdoor unit.
Review these requirements with a qualified installer before ordering so the system can be matched to the home, installed correctly, and configured to manufacturer requirements. Working with an experienced installer helps ensure every electrical, ducting, and refrigerant connection meets factory specifications and local building codes.
How much does a Goodman heat pump split system cost?Â
Complete equipment package pricing, excluding annual operating cost, for a Goodman heat pump split system can range between $5,700 and $22,000+, depending on capacity and efficiency tiers. Evaluating total system costs involves factoring in wholesale hardware pricing, initial contractor setup fees, and ongoing monthly electrical usage.
Prices shown here and below are planning estimates, not guaranteed costs. Equipment prices reflect current HVACDirect.com listings, where buying direct may save up to 70% on HVAC equipment versus local company pricing. Installation, labor, energy, maintenance, and service costs vary by system size, efficiency, installation complexity, local contractor and utility rates, climate, and location. For an accurate project estimate, consult a qualified local HVAC professional or an HVACDirect.com specialist to point you in the right direction.
- Equipment Cost: Wholesale equipment packages containing a matched Goodman condenser and air handler run between $3,700 and $7,000+ based on tonnage, single- or two-stage class, and SEER2 ratings.
- Operational Cost: Annual operating costs commonly range from $300+ to $750, depending on seasonal conditions. Monthly operational expenses depend on regional electric rates and climate, but high-efficiency heat pumps reduce power draw to keep seasonal utility bills low.
- Â Installation Cost: Hiring a licensed HVAC technician to get a Goodman system installed will run approximately $2,000 to $15,000. Handling the line-set connections, electrical wiring, and system charging generally adds to that cost range in direct labor fees.
Purchasing equipment directly online saves money compared to traditional full-service dealer markups. Review the warranty terms for the exact Goodman model. HVACDirect.com listings state that online registration and installation that follows state and local codes are required to uphold applicable warranty coverage.
Why buy your Goodman heat pump split system from HVACDirect.com?
Buying your Goodman heat pump split system from HVACDirect.com gives you direct access to contractor-grade equipment without the typical dealer markups. By purchasing online, you save money upfront while benefiting from reliable shipping and expert support throughout the entire process.
- Affordable Wholesale Pricing: Buying directly eliminates retail middleman markups to save you thousands of dollars on complete heat pump system packages. Compare current HVACDirect.com pricing across Goodman split-system capacities, SEER2 ratings, and included indoor components to find the best option for your needs.
- Wide Selection: Access a full inventory of Goodman tonnage capacities, efficiency tiers, and air handler configurations to fit any home layout. HVACDirect.com offers Goodman heat pump split systems in multiple capacities and efficiency levels, including R-32 models around 14.3 SEER2, 15.2 SEER2, and up to 17.2 SEER2.
- Easy Ordering: User-friendly online filtering tools, including those for airflow directions, cabinet width, SEER2, and tonnage, and custom cart builder options make finding and purchasing your exact system match quick and straightforward.
- Fast Delivery: Multiple nationwide distribution centers ensure your equipment ships directly to your doorstep within a matter of days. Confirm current inventory status, freight terms, delivery timing, and delivery-site requirements for the exact system before ordering.
- Expert Support: Trained, in-house HVAC specialists from HVACDirect.com provide expert guidance before and after your purchase via phone or online chat. Contact HVACDirect.com using the support options shown on the product page to ask about compatible equipment, system sizing, available accessories, and ordering requirements.
Taking advantage of direct wholesale pricing allows you to invest in a higher-efficiency Goodman heat pump system without overspending on contractor equipment markups. Pair these supply savings with a local licensed installer to ensure a smooth, cost-effective setup that keeps your factory warranty intact.
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FAQs about Goodman heat pump split systems
Goodman heat pump split systems are well worth the investment because they offer an exceptional balance of low upfront wholesale pricing, reliable year-round performance, and strong manufacturer warranty protection. Backed by Daikin's manufacturing standard, these energy-efficient systems deliver high SEER2 heating and cooling performance while costing significantly less than competing premium brands. Many HVACDirect.com Goodman split-system listings state that included equipment carries a 10-year limited parts warranty with online registration. Review the exact model’s warranty terms and installation requirements before purchase.
Yes, but warranty terms vary by Goodman model and matched equipment. HVACDirect.com offerings for several Goodman split systems state that included equipment has a 10-year limited parts warranty with online registration and installation that follows state and local codes. Some standard unregistered installations carry a 5-year functional parts warranty. Completing online registration within 60 days of a professional installation extends this protection to the 10-year parts warranty for the original registered homeowner.
A Goodman heat pump split system typically lasts between 12 to 15 years with proper installation and routine maintenance. Because heat pumps operate year-round to handle both heating and cooling, regular filter changes and tune-ups are essential to reaching maximum lifespan. Service life varies based on installation quality, maintenance, runtime, climate, electrical conditions, and local environment. Follow the manufacturer’s maintenance instructions and use a qualified technician for service.
No, installing a Goodman heat pump split system requires professional HVAC expertise and specialized licensing. DIY installation for these kinds of systems is illegal, because handling EPA-regulated refrigerants, high-voltage electrical connections, and precise line-set brazing requires specialized certification and safety equipment. Furthermore, Goodman's manufacturer warranty explicitly requires installation by a licensed HVAC professional to remain valid. Use a qualified HVAC professional who can install the system according to the manufacturer’s instructions and applicable state and local codes.
Yes, HVACDirect.com lists Goodman R-32 heat pump split systems. The listed R-32 outdoor units must be paired with an R-32 air handler or evaporator coil equipped with a refrigerant leakage detection system. If you currently have an older system, it very likely runs on R-410A since regulations requiring low-GWP refrigerants took effect recently. While existing R-410A systems can still have individual parts replaced with compatible R-410A components for maintenance, brand-new full system installations must be upgraded completely to R-32 equipment to ensure compliance, optimal efficiency, and proper system balance.
A rule of thumb suggests that Goodman heat pump split systems should be professionally serviced twice a year, once in the spring before the cooling season and once in the fall before the heating season. However, follow the maintenance schedule in the selected Goodman system’s owner and installation documentation. A qualified HVAC technician can inspect the system based on its age, condition, and operating environment. Periodic tune-ups are necessary to clean coils, check refrigerant pressures, inspect electrical connections, and maintain peak efficiency. Homeowners should inspect and replace or clean the air filters to maintain proper airflow and prevent unnecessary strain on the system, as directed by the manufacturer’s instructions and the system’s maintenance guidance.