Midwestern weather can be extreme and unpredictable. Whether your broken air conditioner is running up your bill or your aging furnace is banging at night, Lakes Heating & Air Conditioning has the expertise to keep your heating, cooling, and air quality systems working reliably.
Our licensed and insured technicians service all brands if your system needs repair, and we provide free estimates when you’re ready to install a replacement. Our new construction installations guarantee builders control from the design stage to the finished home. Offering solutions for Akron homes since 1974, you can trust both our experience and our upfront pricing.
Take control of your home comfort! Contact us to schedule installation and repair services in Akron today!
Emergency HVAC Repair
When minor problems become big, they cost more time and money. If you notice these signs, it’s time for immediate repair:
- Foul smells: Odors can indicate that you need a technician to clean and sanitize your air ducts.
- Reduced airflow: Lack of or no airflow may mean blocked air ducts or other ventilation problems.
- Leaks and water damage: A clogged drain line or uneven installation can lead to leaks from your cooling system.
- Loud knocking sounds: Odd noises often indicate that your system is nearing the end of its functionality.
Comprehensive Heating Services
With an average January low of around 20 degrees in Akron, you don’t want your heating system to break down on a freezing night. Whether you are installing a geothermal unit or radiant heating, or need repair work for your furnace, boiler, or heat pump, the Lakes Heating & Air Conditioning technicians have what you need to keep your home warm all winter. An efficient system also means lower energy bills, so you don’t have to choose between affordability and comfort.
Thorough Cooling Installation & Maintenance
Our team can promptly service your system so you can get back to your summer plans. Lakes Heating & Air Conditioning is here to repair your current system or replace it with a more energy-efficient one. Not every home has the exact cooling needs, and our ductless AC offers flexibility for your home’s unique layout. Our geothermal units work with renewable energy to significantly reduce your monthly bill.
Professional Indoor Air Quality Services
Is the tree pollen forecast high in Akron today? Even with the filters of an excellent heating and cooling system, your home is susceptible to mold, bacteria, and other particles that can impact your health and allergies. Air cleaners from Lakes Heating & Air Conditioning improve your air quality and peace of mind so you can breathe easier. Our humidifiers and dehumidifiers give you total control of your home’s comfort no matter what the weather’s like outside.
Why Trust Lakes Heating & Air Conditioning?
We know our community. Whether it’s meeting your heating, cooling, and air quality needs or sponsoring local scholarships and sports teams, Lakes Heating & Air Conditioning is a reputable family-operated part of Akron. Trust AACA-accredited service from our background-checked team. We’re here for our military, veteran, and senior neighbors with special discounts. Our technicians keep your HVAC system running while our upfront pricing and financing options keep your budget in mind.
Reach out to the Lakes Heating & Air Conditioning for your free estimate today!
Lakes Heating, Air Conditioning & Plumbing INC has completed 20 jobs in Akron, OH in August 2026. The most recent job was on August 17, 2026.Recent Jobs and Reviews in Akron, OH
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Job Locations and Reviews
Responded to request for second opinion on previously quoted HVAC work. Performed thorough inspection of electrical connections and terminal blocks within the air conditioning unit, documenting existing wiring configuration and component condition for assessment and comparison to prior recommendations.
# A/C Retrofit Installation Completed
Successfully completed air conditioning retrofit installation on residential Lennox condensing unit. Installed new outdoor condenser with proper placement on composite pad against exterior wall with appropriate clearances. Ran refrigerant lines and electrical conduit along exterior siding to junction box and disconnect switch. Charged system with R-484B refrigerant and performed comprehensive system diagnostics.
System testing confirmed optimal performance parameters: low side temperature at 67.2°F, high side temperature at 80.0°F, vapor saturation temperature at 51.8°F, and liquid saturation temperature at 86.6°F. Measured superheat at 15.4°F and subcool at 8.6°F, both within manufacturer specifications and system targets. All electrical connections secured and tested. Unit operating efficiently with proper airflow through top-mounted fan assembly. Performed preventive maintenance inspection to ensure long-term reliability. Installation complete
Performed dye search inspection on HVAC system to identify potential refrigerant leak. Inspected furnace unit, ductwork, and refrigerant lines in basement mechanical room using UV dye detection method, documenting findings with photographs of equipment and copper piping installations for further analysis.
Responded to callback for wall-mounted AC unit with recurring cooling issue from previous month. Upon inspection, found unit operational but delivering insufficient cool air, consistent with reported symptoms. Performed diagnostic testing of indoor evaporator coil, refrigerant levels, and electrical connections at outdoor disconnect panel. Documented existing water staining above indoor unit indicating potential condensate drainage concerns that may be contributing to performance issues.
Responded to callback for Lennox rooftop package unit that was inoperative following previous service visit. Upon arrival, unit would not power on. Inspected electrical components and identified failed JARD capacitor. Replaced defective capacitor, verified proper wire connections and terminal integrity, and restored unit to full operation with normal startup sequence confirmed.
Responded to callback for break room unit with flashing light indicator. Upon inspection, found evidence of water intrusion and staining around evaporator coil assembly and control components. Documented existing condition with photos showing discoloration on housing and electrical components including capacitor. Unit requires further diagnostic work to determine source of water damage and assess affected electrical components for proper operation and safety.
Responded to service call for 15-year-old mini split system experiencing immediate shutdown after startup. Upon arrival, performed diagnostic inspection of both indoor and outdoor units. Examined interior evaporator components, air distribution grid, and housing for obstructions or mechanical failures. Inspected outdoor condensing unit mounted on concrete pad, checking electrical conduit connections, refrigerant lines, and overall system integrity. Documented equipment condition through photographic evidence showing normal component wear consistent with system age. Unit operational status assessed and customer contacted en route as requested.
Completed full AC system retrofit including replacement of outdoor condensing unit and indoor air handler with associated ductwork modifications. Installed new gray air handler unit in basement utility area with insulated supply and return ducts, secured with foil-backed insulation and metallic tape at all seams. Connected metallic ductwork transitions from air handler to existing distribution system. Installed new outdoor condensing unit with black mesh grille and white fan cover on existing concrete pad. Unit positioned against exterior wall with proper clearance maintained. Connected electrical service through existing disconnect box with appropriate conduit routing. Installed PVC condensate drain lines with brass fittings and shutoff valves for proper drainage. All refrigerant lines properly insulated and secured between indoor and outdoor equipment.
Completed AC retrofit installation in residential basement mechanical room. Installed new air conditioning coil integrated with existing beige furnace unit, coordinating with current ductwork configuration and water heater placement in confined utility space. System tested and operational upon completion.
Replaced failed condenser fan motors, blades, and capacitors on commercial HVAC unit. Removed corroded fan assembly showing significant rust on mounting hardware and hub, installed new motor assemblies with factory-spec blades, and verified proper rotation and airflow upon startup.
Responded to callback for unresolved gas leak on furnace supply line. Upon arrival, inspected gas piping assembly and fittings at furnace connection point. Located active leak at threaded union connection between galvanized steel pipe and brass valve assembly. Applied leak detection solution to verify exact leak location at threaded joint. Shut off gas supply via red-handled ball valve, depressurized line, and disassembled union fitting. Cleaned threads, applied appropriate pipe thread sealant, and reassembled connection to manufacturer specifications. Pressurized system and performed leak check with soap solution—no leaks detected. Restored gas supply and verified proper furnace operation.
Conducted site assessment for gas line installation to service pool heater. Evaluated routing requirements through crawlspace and basement areas, documenting existing structural conditions including exposed floor joists, storage configurations, and available pathways for pipe installation. Photographed proposed gas line route and identified necessary access points for future installation work.
Completed full HVAC system retrofit including outdoor Lennox air conditioning condenser unit and indoor furnace with associated ductwork. The exterior condenser was professionally mounted on a stable pad against the building exterior with proper electrical connections routed from the existing meter, while the indoor furnace installation featured new metal ductwork, air handling components, and proper integration with the existing water heater and utility infrastructure in the basement mechanical room.
Responded to service call for 16-year-old AC system with outside condenser running continuously but interior furnace not engaging. Verified 120V power supply and maintenance switch both functioning properly. Diagnosed lack of power at control board despite board fuse testing good; control board indicator lights not illuminating, confirming board failure. Documented equipment specifications including serial number 8403K16236 from furnace nameplate for replacement parts ordering.
Responded to service call for non-operational commercial A/C unit. Upon inspection, diagnosed system failure and performed necessary repairs to restore unit to proper working condition. Verified operational status of compressor, fan assembly, and electrical components, replaced air filters, and confirmed system functionality with all components operating within normal parameters.
Completed full HVAC system retrofit in basement mechanical room, including new furnace and air conditioning equipment installation. Installed furnace unit with properly configured supply and return ductwork, mounted vertical plenum with integrated controls, and ran PVC condensate drain lines in accordance with manufacturer specifications. All ductwork secured to ceiling joists with appropriate fasteners, system tested and verified operational upon completion.
Completed full HVAC system retrofit including replacement of indoor furnace unit and outdoor air conditioning condenser. Installed new beige-cased furnace in basement utility area with proper venting using white PVC piping and insulated connections. Configured copper refrigerant lines and white ductwork for optimal airflow. Positioned new white vertical condenser unit on concrete pad against building exterior with finned coil heat exchanger. Connected unit to building electrical system using gray conduit and routed white PVC condensate drainage line through stone foundation. All components installed per manufacturer specifications and local code requirements. System tested and confirmed operational.
Completed routine commercial cooling maintenance on rooftop condensing unit. Performed standard service procedures including cleaning condenser coils with water flush, inspecting fan motor and blade assembly, and checking refrigerant operation. Accessed air handler compartment and noted filter condition and interior cleanliness. All components operating within normal parameters upon completion of scheduled maintenance visit.
Completed full HVAC system retrofit including furnace and air conditioning replacement. Installed new equipment with proper ductwork integration, ensured all refrigerant lines were properly evacuated to 325 microns as verified by vacuum gauge testing, and confirmed system achieved target vacuum levels for optimal performance. All venting, electrical connections, and condensate management systems were installed to manufacturer specifications and local code requirements.
Completed installation of ductwork and flue piping on second floor mechanical space for commercial new construction project. Installed rigid and flexible ductwork with proper support brackets and strapping, routed PVC condensate drain lines, and ensured all mechanical components were properly secured and positioned according to specifications.
