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 July 2026. The most recent job was on July 10, 2026.Recent Jobs and Reviews in Akron, OH
Akron, OH at a glance
Job Locations and Reviews
Responded to callback for water discharge issue at furnace location. Previous technician had identified potential plumbing concern, but plumber determined issue was HVAC-related. Upon arrival, inspected furnace area and located Aspen refrigerant evaporator unit installed in concrete housing showing signs of moisture accumulation and condensate drainage problems. Examined floor drain assembly with P-trap configuration in vicinity of equipment, noting debris accumulation and age-related deterioration around drain fixture. Documented existing conditions with photographs showing evaporator unit installation, concrete enclosure with visible moisture staining and efflorescence, and floor drain assembly condition. Confirmed water discharge originating from HVAC equipment condensate system rather than plumbing infrastructure.
Completed full HVAC system replacement including installation of new furnace unit in basement utility area and outdoor condensing unit. Furnace installed against interior wall with proper ductwork connections and ventilation routing. Exterior condenser positioned on concrete pad with appropriate clearances from building structure, connected via refrigerant lines and electrical conduit to indoor unit. Electrical disconnect box mounted on exterior wall for service accessibility. All connections secured and system tested for proper operation.
Completed appliance piping installation in new construction building. Installed flexible supply lines with compression fittings and integrated shut-off valve with wall-mounted access panel for future serviceability. All connections tested and verified leak-free, with proper access maintained for appliance hookups.
Responded to service call regarding banging noise in plumbing system. Upon inspection of the mechanical space and building interior, investigated potential water hammer issues and loose pipe mounting. Identified unsecured piping in attic area that required proper fastening and support to eliminate noise during water flow cycles. Secured all accessible supply lines and verified proper pipe strap installation to prevent future vibration and impact against structural components.
Completed spring maintenance on cooling system and diagnosed loud noise complaint. Performed standard seasonal inspection including filter check, electrical connections, refrigerant levels, and condenser coil examination. Verified thermostat operation and proper system cycling at 75°F setpoint.
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Responded to service call for loud clanging noise from operating air conditioning system. Upon arrival, performed visual inspection of outdoor condenser unit and indoor air handler components. Examined condenser unit exterior, noting accumulation of debris around base and unit operating components. Opened indoor air handler cabinet to inspect blower motor assembly, electrical connections, and internal mechanical components for source of reported noise. Documented equipment condition with photographs showing condenser installation, internal blower assembly, wiring configuration, and overall system components to assess potential causes of mechanical noise during operation.
Responded to service call for continuously running 4-year-old air conditioning system that had frozen up earlier in the week. Upon arrival, performed diagnostic inspection of outdoor condenser unit. Assessed refrigerant lines, electrical connections, and overall system operation to identify cause of freeze-up condition and continuous runtime issue. Completed necessary repairs to restore proper system cycling and prevent future freeze-up occurrences.
Completed installation of new air conditioning system in basement mechanical room. New AC unit was successfully integrated with existing Trane furnace system, including connection of refrigerant lines, condensate drainage, and electrical wiring to provide cooling capability to the residence. All ductwork connections were secured, system was tested for proper operation, and unit is functioning within manufacturer specifications.
Completed HVAC system estimate for furnace replacement in residential basement utility area. Assessed existing Armstrong Air furnace unit with associated components including copper refrigerant lines, PVC condensate drainage system, flexible ductwork connections, and electrical connections. Documented current installation configuration including unit placement on wooden platform, proximity to structural elements, and existing venting arrangements for replacement planning purposes.
Performed follow-up dye search on residential air conditioning system after initial service visit. Located and inspected HVAC unit in basement mechanical room, checking all refrigerant connections, ductwork joints, and system components for evidence of UV dye indicating refrigerant leaks. Utilized digital manifold gauges to measure system pressures and temperatures, recording readings of 92.8 PSI low side, 242.8 PSI high side, with superheat and subcooling values within acceptable parameters. System operating normally with no active leaks detected at time of inspection.
Responded to no cooling complaint in sanctuary area where unit attempted to start but produced clicking and buzzing noise without condenser fan operation. Found disconnect switch in OFF position as customer had de-energized unit. Inspected electrical components, control panel wiring connections, and disconnect box on rooftop unit. Verified proper wire terminations at terminal blocks and examined control board specifications and electrical ratings. Unit tagged and photographed for documentation purposes.
Responded to emergency water leak call on newly installed attic air conditioning unit. Upon arrival, found unit shut off due to active ceiling water intrusion and no cooling operation. Inspected attic installation and identified source of water leak in condensate drainage system. Corrected improper drain line installation, verified proper pitch and flow, and tested system operation. Cleared condensate blockage, confirmed no further leakage, and restored cooling function to unit.
Completed scheduled heating maintenance visit and performed combustion analysis on natural gas heating equipment. Testing confirmed system is operating within optimal parameters with combustion efficiency at 93.7%, oxygen levels at 7.7%, carbon dioxide at 7.4%, and carbon monoxide at a safe 4 PPM.
Completed full HVAC system retrofit including furnace and air conditioning condenser installation. New furnace unit was installed in basement utility area with proper ductwork connection to existing supply plenum, and outdoor condensing unit was positioned on protective pad with gravel base and professional landscaping integration. All electrical connections, disconnect box, conduit runs, gas lines, and refrigerant lines were properly installed and tested to manufacturer specifications, with system commissioned and verified operational.
Completed installation of white PVC drainage piping system in commercial building ceiling space, including multiple horizontal runs, vertical drops, and U-shaped configurations to establish proper drainage flow. Installed support wiring and hangers to secure piping to exposed concrete ceiling structure, ensuring all connections meet code requirements for commercial plumbing applications.
Responded to emergency no-start condition following tripped breaker. Upon inspection, diagnosed failed control board with visible component damage on PCB. Inspected circuit board assembly, toroidal inductors, capacitors, and integrated circuits within control cabinet. Verified system would not initialize after breaker reset due to control board failure. Documented control board serial number APPBS2003681 and LCD display error code for equipment records and recommended complete control board replacement to restore system operation.
Completed full furnace and evaporator coil replacement in residential basement location. Removed existing equipment and installed new high-efficiency furnace unit with proper venting system utilizing white PVC intake and exhaust pipes secured with metal strapping. Connected flexible metal ductwork to furnace outlet and verified all connections were properly sealed. Installation includes proper clearances, secure mounting on concrete pad, and compliance with manufacturer specifications and local code requirements.
Responded to service call for AC unit running continuously without cycling off. Upon arrival, performed diagnostic evaluation on 20+ year old system using digital manifold gauges. Tested refrigerant charge levels and measured superheat on R-410A system, confirming proper charge with 4° current superheat against 5° recommended superheat parameters. System status verified as correctly charged with no refrigerant issues identified.
Responded to first-time service call for air handler system in attic experiencing severe water leakage upon initial startup, marking the fourth occurrence of this issue. Arrived on-site at scheduled time, accessed attic location, and performed diagnostic inspection of the air handler unit and surrounding area to identify source of water leak and assess insulation conditions around the equipment.
Responded to no cooling complaint on commercial rooftop unit. Upon arrival, inspected RTU and associated electrical components including rooftop disconnect switch. Documented equipment condition showing significant age and weathering on unit housing with visible rust and corrosion on exterior panels. Electrical disconnect examined with cover open, revealing three-blade fuse assembly and associated wiring connections in serviceable condition despite surface oxidation consistent with outdoor exposure. Customer advised to contact when technician en route for service completion.
