Central Ohio Heat Pumps
Heat Pumps Services in Central Ohio
Year-round comfort with a system built for the way your home heats and cools
Heat pumps do more than provide heating in winter—they can also cool your home during warmer months.
- We report. You decide.
- 5.0 Google rating*
- License #49878
Residential
HVAC service
Service Hours
Mon–Fri 7AM–5PM
Licensed
Bonded & insured
Ruud Pro Partner
Manufacturer status
Heat Pump Services
One system. Multiple ways to keep your home comfortable.
Heat pumps provide both heating and cooling, but reliable performance depends on proper equipment selection, sizing, airflow, controls, installation, and ongoing system condition.
My Choice Heating & Air provides residential heat pump services in Mechanicsburg and throughout Central Ohio, including installation, repair, replacement, maintenance, cold-climate, dual-fuel, and mini-split heat pump solutions.
Home of the Confidence Report™
Know how your heat pump is actually performing.
The Confidence Report™ gives homeowners documented information about relevant findings from a heat pump service visit.
My Choice records observations and measurements, explains technical information in plain English, and identifies repair, maintenance, improvement, or replacement considerations when appropriate.
For heat pumps, that may include information about system performance, airflow, refrigerant-related conditions, controls, equipment condition, and other factors affecting heating or cooling.
You should understand what was found before deciding what to do about it.
We report. You decide.
Services We Offer
Heat pump solutions for Central Ohio homes
Heat Pump Installation
Proper sizing, system selection, airflow considerations, and commissioning for a new heat pump installation.
Heat Pump Repair
Diagnosis of heating, cooling, airflow, refrigerant, electrical, control, and performance problems.
Heat Pump Replacement
Evaluate the existing system and home before determining whether replacement is the right solution.
Dual Fuel Systems
Combine a heat pump with a furnace so the system can use the appropriate heating source as conditions change.
Cold-Climate Heat Pumps
Evaluate heat pump options designed to maintain heating performance at lower outdoor temperatures.
Mini-Split Heat Pumps
Provide heating and cooling for homes or areas where a traditional ducted system is not the right application.
The My Choice Difference
Heat pump problems are not always equipment problems
A heat pump may appear to have a major equipment failure when the actual concern involves airflow, thermostat controls, refrigerant charge, ductwork, electrical components, or system sizing.
Likewise, a system can be operating without a complete failure while gradually losing heating or cooling performance.
My Choice looks at the system as a whole and connects relevant findings to the way the equipment is performing in the home.
The Confidence Report™ gives you a clearer picture of the problem and the realistic options available.
What the report is built to do
See the system. Understand the problem.
- Evaluate heat pump operation in heating and cooling modes.
- Document relevant findings, measurements, and system conditions.
- Identify issues affecting heating or cooling performance.
- Evaluate airflow and air-distribution conditions.
- Check relevant refrigerant-related operating conditions.
- Identify developing electrical, control, or component concerns.
- Explain what was found and why it matters.
- Compare appropriate repair, improvement, or replacement options.
- Give homeowners understandable information without pressure.
A Better Heat Pump Evaluation
What happens during heat pump service
STEP 01
Review
We begin with what you have noticed, including weak heating or cooling, longer run times, unusual sounds, frequent cycling, ice buildup, or changes in comfort.
STEP 02
Inspect
We examine relevant indoor and outdoor equipment, components, controls, and operating conditions to identify potential causes.
STEP 03
Test
Appropriate measurements help evaluate system performance, airflow, refrigerant charge, electrical operation, and other conditions that cannot be confirmed through visual inspection alone.
STEP 04
Report
We explain the findings, identify what deserves attention, and give you practical information for deciding whether to repair, maintain, improve, or replace the system.
Is Your Heat Pump Operating the Way It Should?
Small changes can reveal bigger performance problems
Heat pump issues do not always begin with a complete loss of heating or cooling. Changes in how the system runs can provide useful clues.
Runs Constantly
Longer operation can be normal during certain outdoor conditions, but persistent performance problems may indicate capacity, airflow, controls, or other concerns.
Won’t Reach Temperature
Failure to reach the desired temperature may involve equipment performance, sizing, airflow, controls, or outdoor conditions.
Outdoor Ice
Some frost is normal and heat pumps use a defrost cycle to remove it. Heavy or persistent ice buildup can indicate a problem that needs evaluation.
Frequent Auxiliary Heat
Frequent supplemental heat can increase energy use and may indicate a sizing, control, airflow, or equipment-performance issue.
Comfort Changes
A system that previously maintained comfort but now struggles in one or both modes may have a developing performance issue.
Unusual Sounds
New buzzing, rattling, clicking, grinding, or other changes in normal operation can indicate a component or operating concern.
Cold-Climate Heat Pumps
Designed for more demanding winter conditions
Central Ohio winters can bring extended periods of low outdoor temperatures, making cold-weather heating performance an important consideration when selecting a heat pump.
Cold-climate heat pumps are specifically designed to maintain useful heating capacity and efficiency at lower temperatures. ENERGY STAR identifies cold-climate models based on demonstrated low-temperature performance, including capacity and efficiency at 5°F.
The right system still depends on the home. Sizing, ductwork, airflow, controls, equipment selection, and the home’s heating requirements all matter when determining whether a cold-climate heat pump is a good fit.
Dual Fuel Heat Pumps
Let the system use two heating sources strategically
A dual fuel system combines a heat pump with a traditional furnace. Depending on outdoor conditions and system controls, the heat pump can provide heating when it is advantageous, while the furnace can provide supplemental or alternate heat when conditions make that appropriate.
ENERGY STAR describes dual-fuel systems as providing flexibility between a heat pump and a traditional gas or oil furnace.
My Choice can evaluate the equipment, controls, heating requirements, and system configuration to help determine whether a dual-fuel setup makes sense for the home.
Installation Makes a Difference
A quality heat pump starts with the right design
Choosing a heat pump based only on the size of the existing air conditioner or furnace can lead to an improperly matched system.
The home’s heating and cooling loads, airflow, ductwork, equipment capacity, comfort goals, and operating conditions all deserve consideration.
DOE guidance notes that issues such as oversizing, improper refrigerant charging, and leaky ducts can reduce efficiency and comfort and shorten equipment life.
My Choice uses load calculations, airflow evaluation, performance testing, and commissioning capabilities to help verify that an installed system is operating as intended.
Repair, Improve or Replace?
The right answer depends on the condition of the whole system
A heat pump problem does not automatically mean the entire system needs to be replaced.
Find the actual problem
Determine what is causing the performance issue before deciding that replacement is necessary.
Evaluate the complete system
Consider the equipment, ductwork, airflow, controls, refrigerant-related conditions, and the home's heating and cooling requirements.
Compare the options
A repair may restore the existing system, while a larger performance or equipment issue may make replacement worth considering.
Decide when the facts are clear
You should understand what is wrong, what each option accomplishes, and why it makes sense before choosing the next step.
Heat Pump Performance
Efficiency starts with correct system performance
A heat pump transfers heat rather than creating heat through combustion. That makes system design and operating conditions particularly important to how efficiently it provides heating and cooling.
My Choice’s technical capabilities include:
Manual J Load Calculations
Performance Testing
Air Balancing
These capabilities allow heat pump performance to be evaluated alongside the home’s airflow, duct system, heating load, and other factors rather than treating the outdoor unit as the entire system.
Catch Problems From Getting Bigger
Early evaluation can change the repair decision
A heat pump that still produces some heating or cooling may already be showing signs of a developing problem.
Reduced airflow, abnormal cycling, refrigerant-related issues, control problems, or declining performance can become more disruptive if they are ignored.
Finding the cause while the system is still operating gives you more time to understand the issue and compare your options instead of making a rushed decision after a complete failure.
Performance matters in both seasons
A heat pump works through both heating and cooling seasons, so changes in performance can affect comfort at different times of the year.
Regular evaluation can help establish a clearer history of the equipment and make changes easier to recognize over time.
Proudly Serving Central Ohio
Local service across Central Ohio.
My Choice Heating & Air is based in Mechanicsburg and serves residential homeowners throughout Central Ohio. It proudly serves homeowners in communities including:
Don’t see your town listed? Call 614-588-4826 — if it’s within range, we’ll take the job.
Built Around Trust
A service company you can understand
★ 5.0 Google Rating
OH Ohio HVAC License #49878
A+ BBB Accredited
Every Heat Pump visit includes a Confidence Report™
Inspect & diagnose → document the findings → translate to plain English → present your options → you decide. That's the process behind every repair, install, and maintenance visit.
Heat Pumps FAQs
Questions homeowners ask before calling
How does a heat pump heat a home in winter?
An air-source heat pump moves heat from outdoor air into the home rather than generating heat through combustion. Modern systems can continue operating at low outdoor temperatures, although heating capacity and efficiency vary by equipment and conditions. Cold-climate models are specifically designed for stronger low-temperature performance.
Can a heat pump work in Central Ohio winters?
Yes. Heat pump technology has advanced significantly for colder climates, and cold-climate models are designed to maintain useful heating performance at lower outdoor temperatures. The important factors are selecting equipment appropriate for the climate, properly sizing the system, and designing the installation around the home’s heating load and airflow.
Why is my heat pump blowing cool air when it is heating?
Heat pumps generally deliver warmer air than the outdoor temperature but may not produce the same high supply-air temperature as a conventional furnace. During a defrost cycle, the system can temporarily change operation to remove frost from the outdoor coil, and supplemental heat may operate to maintain indoor comfort. If the system continuously blows noticeably cold air or cannot maintain temperature, it should be evaluated.
Is ice on a heat pump normal?
A light layer of frost can be normal during cold, damp weather because the outdoor coil can fall below freezing. The heat pump should periodically enter a defrost cycle to remove that frost. Heavy ice that remains on the coil, repeated icing, or a system that appears stuck in defrost can indicate a problem requiring professional evaluation.
Why is my heat pump using auxiliary heat so often?
Auxiliary heat is designed to supplement the heat pump when additional heating is needed, but frequent operation can increase energy use. Excessive auxiliary-heat use may be related to system sizing, thermostat settings, controls, airflow, outdoor conditions, or equipment performance. Field research has also found that undersizing and control or sensor faults can contribute to increased auxiliary heating.
How often should a heat pump be maintained?
Heat pump maintenance should follow the equipment manufacturer’s recommendations and the system’s operating conditions. Regular professional service can evaluate components, airflow, refrigerant-related conditions, controls, and overall performance. Because heat pumps provide both heating and cooling, keeping the system maintained can help identify problems before they affect either season.
What is a dual fuel heat pump system?
A dual fuel system combines a heat pump with a furnace as two heating sources. The system can use the heat pump under appropriate conditions and switch to the furnace when supplemental or alternate heat is needed. This approach can provide flexibility for homes that want heat pump operation while retaining furnace-based heating.
Are mini-split heat pumps good for homes without ductwork?
Mini-split heat pumps can be a useful option for homes or areas where conventional ductwork is unavailable or impractical. They use indoor units connected to an outdoor heat pump and can provide both heating and cooling. Proper sizing, indoor-unit placement, refrigerant piping, and installation are important to achieving consistent comfort.
How do I know if my heat pump needs repair or replacement?
A heat pump should not be replaced simply because it has developed one problem. The decision should consider the equipment’s condition, age, repair history, performance, efficiency, refrigerant-related issues, comfort problems, and whether the system still meets the home’s heating and cooling needs. A complete evaluation can help determine whether repair or replacement is the more reasonable option.
What affects heat pump efficiency and performance?
Heat pump performance depends on equipment selection, outdoor temperature, system sizing, airflow, ductwork, refrigerant charge, controls, installation quality, and maintenance. Problems such as improper charging, oversizing, and leaky ducts can reduce efficiency and comfort.
Ready to get your heat pump sorted out?
Call, text, or send a request. We’re available Monday – Friday, 7 AM – 5 PM.