Minnetonka HVAC Company handles heating and cooling for homes, rental properties, commercial spaces, and everything in between. Whether the call is for a repair, a full system replacement, a new installation, or routine maintenance, we cover the full range of heating and cooling work across Minnetonka and the surrounding area. We are open every day from 5:30 AM to 9:30 PM.
Call (612) 665-6289 for a quote.
Built for homeowners. Ready for property managers. Ready for your system.
No matter what's going wrong with your heating or cooling, the first step is understanding what the system is actually doing. A repair call might turn up a refrigerant leak that has been slowly starving the system of capacity, or an airflow problem traced back to a blocked return or a collapsed duct section. Uneven temperatures from room to room, a system that short-cycles, or one that runs constantly without reaching setpoint all have specific causes, and finding the right one matters before any parts get quoted.
We work on residential homes and commercial properties alike, from a single-family house in Minnetonka to a multi-unit building or an office suite in Hennepin County. Pricing is explained on the call after the job is scoped, before anything is scheduled. We give honest recommendations on repair versus replacement, never an upsell. Reach out and we will talk through the symptoms.
A cooling call starts with the fundamentals: refrigerant charge, condenser and evaporator coil condition, and airflow through the air handler. When an AC is blowing warm air, failing to turn on, making unusual noise, or showing water around the unit, each symptom points toward a different part of the system. We work on central air conditioning and ductless mini-split systems. A mini-split that is not cooling often has a different root cause than a central system with the same complaint, and the diagnostic reflects that.
A heating call covers the heat exchanger, burner and ignition system, and airflow through the blower and air handler. A furnace blowing cold air, failing to ignite, or cycling on and off without completing a full run all warrant a look at the control board, the flame sensor, and the venting path. We also service boilers and hydronic radiant systems. A boiler that is losing pressure or producing uneven heat across zones involves a different set of checks than a forced-air furnace, and we handle both on the heating side.
Heat pump service covers the refrigerant circuit, the reversing valve that switches the system between heating and cooling modes, and the defrost cycle that keeps the outdoor coil clear in cold weather. A heat pump that is not heating in winter and a heat pump that is not cooling in summer can both trace back to a reversing valve that is not switching correctly, or to refrigerant issues that affect performance in both directions. For new installations, see the featured regional section below on cold-climate heat pump systems.
A replacement visit starts with sizing the new equipment to the actual load of the space, not just matching the old unit's tonnage or BTU rating. Undersized and oversized systems both cause problems: one cannot keep up, and the other short-cycles before it has a chance to dehumidify the air. The cost of a replacement depends on equipment type, system size, and what the installation involves at that specific property. We confirm the price after the system is scoped, before anything is scheduled.
A thermostat installation involves wiring to the low-voltage control circuit and confirming compatibility with the heating and cooling equipment it will run. A smart thermostat that is not matched to the system's control wiring will not operate correctly, and some heat pump systems require a thermostat with specific staging and auxiliary heat logic. We handle the wiring, the programming, and the calibration so the system responds the way it should.
Leaking ducts push conditioned air into wall cavities and attic spaces instead of into the rooms where it belongs. The result is uneven temperatures, higher energy use, and a system that runs longer than it should to meet setpoint. A duct inspection covers locating the leaks, sealing supply and return runs, and checking static pressure and airflow balance across the system. We'll get the repair scoped and scheduled.
Whole-home filtration and air purifier installation work with the existing HVAC system rather than alongside it. Filter media selection matters because a filter that is too restrictive for the blower's capacity reduces airflow and puts stress on the system, while one that is too open passes particles that accumulate on the coil. We match the filtration approach to the equipment and the space.
A tune-up covers coil cleaning, refrigerant check, burner and heat exchanger inspection, filter swap, and thermostat calibration. Catching a worn igniter or a coil that is starting to foul before the heating or cooling season starts is a different conversation than diagnosing a system that has already failed. We offer seasonal maintenance scheduled around your calendar, so the work gets done before the season puts the system under load.
Hennepin County winters run long and cold, with sub-zero stretches that put real pressure on heating equipment. Months of forced-air heat also drive indoor humidity down to levels that are hard on woodwork, flooring, and the people living in the space. The three services below come up more in this area than almost anywhere else, and each one is worth understanding before a problem forces the conversation.
A Minnesota winter leaves no margin for a furnace that is short-cycling, failing to ignite, or running at reduced capacity. When the system goes down in January, the call is urgent. A repair visit covers the heat exchanger, the burner and ignition system, and the flue and venting path. When the system is older or the repair cost approaches what a replacement would run, we give honest recommendations on repair versus replacement, never an upsell. The right answer depends on the system's actual condition, not on what costs more.
Modern cold-climate heat pumps are rated to extract heat efficiently at temperatures well below freezing, which makes them a workable option in Minnetonka where older heat pump technology simply could not keep up. Installation involves selecting equipment matched to the heating load, placing the outdoor unit, running the refrigerant line set, and connecting the air handler or ductless indoor head to the low-voltage control wiring at the thermostat. The electrical circuit and disconnect that feed the outdoor unit are separate work on the electrical side. We handle the equipment and the refrigerant side. State and utility incentive programs have made cold-climate heat pumps a fast-growing upgrade in this region, and we can walk through what the installation involves on the call.
Forced-air heating through a Minnetonka winter pulls moisture out of the air, and by February the indoor relative humidity in many homes has dropped to a level that causes static buildup, dry skin, and stress on hardwood floors and wood trim. A whole-home humidifier mounted to the supply plenum adds moisture back into the air as it moves through the system. The humidistat and the furnace control board get wired together so the humidifier runs in coordination with the heating cycle. The water supply connection on the humidifier is the plumber's side of the job. We handle the equipment mounting, the low-voltage wiring, and the calibration.
The hardest part of an HVAC problem is knowing when to call, but a furnace that stops mid-January or an AC that quits on a hot July afternoon is not a situation to wait out. When the call comes in, we scope the job on the phone. Comfort problems get diagnosed rather than guessed at. The price is confirmed before anything is scheduled, and we are available every day from 5:30 AM to 9:30 PM. Reach out and we will talk through the symptoms.
A system's age says a lot about which repair makes sense, and the same is true for the type of property. A single-family home in Minnetonka, a townhome, a condo, a retail space, a rental unit, or a multi-unit building in Hennepin County each has its own equipment configuration and its own set of priorities. Property managers and landlords dealing with a system-down situation at a tenant's unit need the job scoped quickly and the scope confirmed before anyone is dispatched. The call covers all of it. We handle the work matched to the manufacturer's specification, whether the system is residential or commercial.
When the technician arrives, the real work begins, and so does the real pricing conversation. A failed capacitor on an air conditioner is a different scope from a cracked heat exchanger on a furnace or a failed compressor on a heat pump. Repair cost depends on what the diagnostic finds. Replacement cost depends on equipment type, system size, and what the installation involves at that specific address. Neither figure is something we can give accurately before the system is looked at, and we do not guess at it.
What we can tell you on the call is what the visit covers and how the pricing works. You get the rate confirmed before anything is scheduled.
Know the price. Know what the visit covers. Know what comes next.
We serve Minnetonka and the communities around it, including Wayzata, Plymouth, Hopkins, Eden Prairie, Minnetrista, Shorewood, Deephaven, and Chaska. If your property is in this part of Hennepin County and you need heating or cooling work handled, call for a quote and we will confirm coverage for your address on the call.
The visit starts with the system running, or attempting to run, so the technician can observe what it is doing. Refrigerant pressures, airflow measurements, control board behavior, and component condition all feed into the diagnosis. The work is matched to what the system is actually doing, not to what the most common repair for that model happens to be. That distinction matters when the symptom points one direction and the root cause is somewhere else.
A cold-climate heat pump installation starts with sizing the equipment to the heating and cooling load of the space, which in Hennepin County means accounting for sustained sub-zero temperatures rather than average winter conditions. Installation covers placing the outdoor unit, mounting the indoor air handler or ductless head, running the refrigerant line set, and connecting the low-voltage control wiring at the thermostat. The electrical circuit that feeds the outdoor unit is separate work on the electrical side. We handle the equipment, the refrigerant circuit, and the controls.
A furnace that has needed the same repair more than once in a short window, or one where the repair cost is approaching what a replacement would run, is often a better candidate for replacement than another fix. A cracked heat exchanger is one case where replacement is typically the right call regardless of cost, because a heat exchanger failure affects combustion safety and the system should not continue to run. We walk through both options and give honest recommendations on repair versus replacement, never an upsell.
A whole-home humidifier mounts to the supply plenum and adds moisture to the air as it moves through the heating system. In a Minnetonka winter, forced-air heat can pull indoor relative humidity down to levels that cause static buildup, dry skin, and stress on hardwood floors and wood trim. Installation involves mounting the humidifier to the plenum, wiring the humidistat to the furnace control board so the two run in coordination, and calibrating the output for the space. The water supply connection on the humidifier unit is a plumbing connection handled on the plumbing side.
Leaking ducts push conditioned air into wall cavities, attic spaces, and crawl spaces instead of into the rooms where it belongs. A system that is mechanically sound but losing air through duct gaps cannot maintain even temperatures across the home, no matter how well the equipment performs. Duct sealing covers locating the leaks, sealing supply and return connections, and checking static pressure and airflow balance after the work is done. If one part of your home never reaches setpoint while another is comfortable, duct condition is worth investigating before replacing equipment.
A furnace tune-up covers the heat exchanger, burner and ignition system, blower and air handler performance, flue condition, and filter. An AC tune-up covers coil cleaning, refrigerant charge, electrical connections, and thermostat calibration. The goal is catching a marginal part or a developing problem before the heating or cooling season puts the system under full load. We offer seasonal maintenance scheduled around your calendar so the work gets done before the season that stresses the equipment most.
An AC that runs but does not cool is usually dealing with a refrigerant charge problem, a dirty evaporator or condenser coil, or an airflow restriction through the air handler. Any of those can prevent the system from transferring heat effectively even when the compressor is running. A compressor that is running but not building pressure is a more serious finding, because compressor replacement is a significant cost and often makes a replacement conversation worth having. The diagnostic tells us which situation we are in.
Clear a path to the furnace, air handler, and any indoor equipment the technician will need to access. If the outdoor unit is surrounded by landscaping or stored items, move them back so there is room to work around the unit. For attic or crawl-space equipment, confirm the access point is unobstructed. Keeping children and pets out of the work area during the visit is also helpful, particularly when the system is being run through diagnostic cycles.
Some parts of a service visit require the equipment to be de-energized, particularly when electrical components are being inspected or replaced. The technician manages that as part of the work. For a diagnostic visit where the system needs to run, the equipment stays on until the technician is ready to work on a specific component. You do not need to shut anything off before the visit unless we ask you to on the call.
A smart thermostat installation requires confirming that the control wiring at the existing thermostat is compatible with the new device. Heat pump systems often need a thermostat with specific staging logic and auxiliary heat wiring, which is different from a standard furnace and AC configuration. After the wiring is confirmed and the new thermostat is mounted, the system is programmed and tested through a full heating and cooling cycle to confirm it is communicating correctly with the equipment.
A system that runs constantly without reaching setpoint, one that has needed multiple repairs in a short window, or one that produces noticeably uneven temperatures across the home are all signs worth paying attention to. Short cycling, where the system turns on and off without completing a full run, is another indicator that the equipment is either failing or was never correctly sized for the load. A system's age and repair history both belong in the replacement decision, and we walk through both when the call warrants it.
Ready to get the comfort back? Minnetonka HVAC Company covers repair, installation, replacement, and maintenance for heating and cooling systems across Minnetonka and the surrounding area. We are open every day from 5:30 AM to 9:30 PM.
Call (612) 665-6289 for a quote. We're ready to get your heating and cooling running again.
Heating and cooling work covers a wide range of jobs, and knowing what each service involves helps you make the right call before anything is scheduled. The table below lays out what we cover, who each service fits best, and a practical note worth knowing before you call. Pricing is confirmed after the job is scoped, so call us and we will walk through what applies to your system and your property.
| Service | What It Covers | When You Need It | What to Keep in Mind |
|---|---|---|---|
| Indoor Air Quality & Air Filtration |
| Households dealing with dust, allergens, or air quality concerns, or anyone whose current filter is restricting airflow | A filter that is too restrictive for the blower reduces airflow and puts stress on the system. We match the filtration approach to the equipment, not just the particle rating. |
| Thermostat Installation & Smart Controls |
| Anyone upgrading to a programmable or smart thermostat, or dealing with a thermostat that is not communicating correctly with the equipment | Heat pump systems require a thermostat with specific staging logic. Installing a standard thermostat on a heat pump system can cause the auxiliary heat to run at the wrong time. |
| Boiler & Hydronic Heating Service |
| Homes with a hot water boiler or radiant floor heating that is losing pressure, heating unevenly, or not responding to the thermostat | A boiler that is losing pressure across zones involves a different set of checks than a forced-air furnace. We handle both on the heating side. |
| Whole-Home Humidifier Installation |
| Minnetonka homes where forced-air heat is pulling indoor humidity down to levels that cause static, dry air, or stress on wood floors and trim | By February, indoor relative humidity in many area homes has dropped to a level that is hard on woodwork and flooring. A plenum-mounted humidifier addresses that without adding a separate appliance. |
| Seasonal Maintenance & Tune-Ups |
| Any property owner who wants the system checked before the heating or cooling season puts it under full load | We offer seasonal maintenance scheduled around your calendar. Catching a worn igniter before January is a different conversation than diagnosing a system that has already failed. |
| Heat Pump Repair & Service |
| Properties with a heat pump that is underperforming in either heating or cooling mode | A reversing valve that is not switching correctly can cause a heat pump to fail in both modes. That distinction matters before any parts are ordered. |
| Emergency HVAC Service |
| Any situation where the heating or cooling system has stopped working and waiting is not an option | We are available every day from 5:30 AM to 9:30 PM. The job is scoped on the call so the visit is ready to move when someone arrives. |
| Cold-Climate Heat Pump Installation |
| Minnetonka homeowners looking to add or replace a heating system with modern cold-climate heat pump technology | Modern cold-climate heat pumps are rated to operate efficiently well below freezing. State and utility incentive programs have made these a fast-growing upgrade in this region. |
| Ductwork Repair & Sealing |
| Homes with uneven temperatures, high energy use, or a system that runs longer than expected to reach setpoint | Leaking ducts push conditioned air into wall cavities and attic spaces. Sealing them can change system performance noticeably without touching the equipment itself. |
| Full System Installation & ReplacementMost Popular |
| Homeowners or property managers facing a system that is beyond repair or no longer sized correctly for the space | Matching equipment to the actual load of the space matters more than matching the old unit's tonnage. An oversized system short-cycles and never fully dehumidifies. |
| Heating & Furnace Repair |
| Any property where the furnace is not igniting, is blowing cold air, or is cycling on and off without completing a full run | In a Minnesota winter, a furnace that short-cycles or fails to ignite is an urgent call. We scope the job on the phone so the visit is focused from the start. |
| AC Repair & Service |
| Homes or units where the AC is running but not cooling, making noise, or failing to start | A system blowing warm air and a system that will not turn on at all point to different components. The diagnostic narrows it down before parts are quoted. |
| Furnace Repair & Replacement |
| Minnetonka homeowners dealing with a furnace that has needed repeated repairs or is approaching the end of its useful life | A cracked heat exchanger is one case where replacement is typically the right call regardless of cost, because the system should not continue to run with that failure present. |
How do I know if my furnace is worth repairing or if replacement makes more sense?
The repair versus replacement decision comes down to the system's condition, its age, and what the repair actually involves. A furnace that has needed the same fix more than once in a short period, or one where the repair cost is approaching what a replacement would run, is often a better candidate for replacement. A cracked heat exchanger is one situation where we recommend replacement regardless of cost, because that failure means the system should not continue to run. We walk through both options on the call and give honest recommendations, not the one that costs more.
What are the signs that a refrigerant or airflow problem is affecting my AC?
An AC that runs but cannot reach setpoint, one that is blowing air that is cool but not cold, or one that is icing up on the indoor coil are all common signs of a refrigerant or airflow issue. A refrigerant charge problem reduces the system's ability to transfer heat even when the compressor is running. An airflow restriction through a dirty coil or a blocked return does the same thing by a different path. The diagnostic tells us which situation we are dealing with before anything is quoted.
Why is one room in my home consistently hotter or colder than the rest?
Uneven temperatures from room to room usually point to one of three things: a duct problem, an equipment sizing problem, or a problem with the return air path. A duct that is leaking or partially collapsed delivers less conditioned air to the rooms it serves. A system that was never correctly sized for the load will struggle to maintain even temperatures across the whole home. A blocked or undersized return can starve the air handler of the airflow it needs to work correctly. We look at all of those before drawing a conclusion.
System Checked Before Parts Are Quoted
We diagnose the system before recommending a repair. The work is matched to what the equipment is actually doing, not to what the most common fix for that model happens to be.
How often should I schedule a maintenance tune-up for my heating and cooling system?
Once a year for each side of the system is the standard starting point. A furnace or boiler tune-up is best done before the heating season, and an AC tune-up is best done before the first hot stretch of the year. In a Minnetonka winter, catching a marginal igniter or a dirty heat exchanger in October is a different situation than finding the same problem in January when the system is already under full load. We schedule maintenance around your calendar so the work gets done before the season that stresses the equipment most.
What does short-cycling mean and why does it matter?
Short-cycling is when the system turns on, runs for a short time, shuts off, and then starts again before completing a full heating or cooling cycle. It matters for a few reasons. A system that short-cycles never runs long enough to fully condition the air or remove humidity. It also puts more wear on the compressor and the ignition system than a system running normal cycles. Short-cycling is often a sign that the equipment is oversized for the space, but it can also point to a refrigerant problem, a dirty coil, or a failing component. The cause determines the fix.
What do strange noises from my furnace or AC usually mean?
The type of noise usually points toward a specific part of the system. A banging or rattling sound on startup often comes from a loose panel, a failing blower wheel, or a component that is not secured correctly. A high-pitched squealing sound is often the blower motor or a belt that is wearing out. A clicking sound that repeats without the system starting usually points to the ignition system on a furnace. A grinding noise is one worth stopping the system for, because it often means a bearing is failing. We ask about the sound on the call so the visit is focused on the right area.
Emergency No-Heat and No-Cool Calls Handled
A furnace that stops in January or an AC that quits in July is not a situation to wait out. We are available every day from 5:30 AM to 9:30 PM and scope the job on the call before anyone is dispatched.
Do I need to be home when the technician comes out for a service call?
For most heating and cooling work, yes. The technician needs access to the equipment, and in many cases needs to run the system through diagnostic cycles that require someone to be present. For rental properties and multi-unit buildings, a property manager or tenant can provide access if you are not able to be there. We confirm the access situation on the call so the visit does not arrive at a locked door.
How does a dirty filter or coil affect system performance?
A dirty filter restricts the airflow the air handler needs to move conditioned air through the system. When airflow drops, the system works harder to reach setpoint, runs longer, and puts more stress on the blower motor. A dirty evaporator coil does the same thing by a different mechanism: a coil that is coated with dust and debris cannot transfer heat efficiently even when refrigerant charge and airflow are both correct. Both problems are caught and addressed during a tune-up, which is one reason maintenance before the season matters more than maintenance after a problem has already shown up.
Older Systems and New Installs Both Covered
Whether the system is a decades-old boiler or a new cold-climate heat pump, we handle the diagnostic, the repair, and the replacement conversation the same way: honestly, and matched to what the system actually needs.
What does it mean when a heat pump stops heating in cold weather?
A heat pump that loses heating capacity as temperatures drop may be running normally for its design limits, or it may be dealing with a defrost cycle problem, a refrigerant issue, or a reversing valve that is not operating correctly. Older heat pump technology had real limitations in sub-zero temperatures. Modern cold-climate heat pumps are rated to extract heat efficiently well below freezing. If a heat pump is struggling in cold weather, the diagnostic visit covers refrigerant pressures, defrost cycle function, and reversing valve operation to identify which situation applies.
How does a whole-home humidifier work with an existing furnace?
A whole-home humidifier mounts to the supply plenum and adds moisture to the air as the furnace moves it through the system. The humidistat is wired to the furnace control board so the two run in coordination: the humidifier operates during heating cycles and shuts off when the furnace is not running. The output is calibrated to the size of the space so the system adds enough moisture without over-humidifying. In a Minnetonka winter, this kind of setup addresses the dry-air problem at the source rather than managing it room by room with portable units.
What is involved in a no-heat or no-cool emergency call?
When you call about a system that is down, we scope the job on the phone first. That means asking about what the system is doing, what it was doing before it stopped, and what equipment is involved. That information shapes the visit so the technician arrives knowing what to look at. We are available every day from 5:30 AM to 9:30 PM. The price is confirmed before anything is scheduled, and the diagnostic work starts when the technician arrives.
Call (612) 665-6289 and we will talk through what your system needs, confirm the price before anything is scheduled, and get the work on the calendar.
(612) 665-6289