Heating & Cooling Services in Canton, OH

Completed HVAC rough-in for new construction, including installation of two PVC combustion air and exhaust vent terminations through the exterior wall assembly. Penetrations were fitted with rubber gaskets/collars and sealed through the house wrap to maintain the building envelope. Verified vent pipe routing and termination clearances above grade and adjacent to the masonry and brick wall sections.

Performed fall heating system maintenance, including a combustion analysis of the flue gases using a Testo 310 analyzer. Readings showed O₂ at 8.8% and CO at 1 ppm, confirming clean combustion and safe CO levels within acceptable operating parameters.

Responded to a no-heat call on a furnace that would not start. Diagnosed a failed blower motor capacitor (20 MFD, 6/48) and a faulty blower assembly, and located the correct replacement parts. Combustion analysis recorded O₂ at 10.2% and CO at 27 ppm; recommend filter replacement and routine maintenance to restore proper airflow and operation.

Responded to a heating call for a furnace short-cycling, where the unit fires and then shuts off prematurely. Performed combustion analysis with a Testo 310 analyzer, recording 11.2% O₂ and 12 ppm CO, which confirmed combustion was within safe operating limits and ruled out a CO-related safety lockout. Further diagnostics of the thermostat and furnace safety circuit are recommended to isolate the cause of the cycling.

Performed seasonal heating maintenance on a 15-year-old natural gas furnace, including inspection of burner and heat exchanger components and verification of safe, proper operation. Conducted combustion analysis with a calibrated flue gas analyzer, recording O2 at 8.66%, CO at 6 ppm, and CO2 at 6.88%, confirming CO levels well within acceptable limits and combustion operating normally.

Completed full HVAC system installation, including equipment setting, ductwork connections, and routing of refrigerant lines and condensate drain piping through the framed utility space. Installed and connected a flue vent with segmented elbow sections through the masonry wall using a sealed thimble, then verified proper termination and clearances. System startup and operational checks were performed to confirm proper function of the new equipment.

Replaced the furnace integrated control board and verified proper operation through a full heating cycle. Performed a post-repair combustion analysis, recording an O₂ reading of 7.6% and a CO level of 33 ppm in the flue gases, confirming safe, stable combustion.

Performed annual heating maintenance on a 20-year-old natural gas furnace, including a combustion analysis using an electronic analyzer. Readings were within normal operating range: O₂ 12.1%, CO 7 ppm, CO₂ 4.9%, stack temperature 121°F, and steady-state efficiency of 88.4%. Furnace is operating safely and as designed.

Performed an on-site evaluation for replacement of an aging gas furnace and associated outdoor air conditioning condenser. The furnace showed significant age and wear, with dust accumulation, cluttered wiring at the control and blower compartment, and corrosion on the gas piping. The condenser exhibited heavy rust on the top panel and protective grille. Documented existing equipment conditions with photographs and assessed system configuration to determine whether one or two furnaces are required, then prepared replacement recommendations.

Performed a furnace tune-up with the upper access panel removed, inspecting the gas valve assembly, inducer motor, wiring harness, PVC vent/condensate piping, and drain connections. Combustion analysis on natural gas measured 9.3% O2, 71.1% excess air, 5 ppm CO, and 9 ppm air-free CO, all within acceptable operating limits. Noted visible surface rust and flaking on the gas supply piping, which should be monitored and addressed as needed.

Completed fall maintenance on commercial HVAC unit. Performed comprehensive inspection of control board, electrical connections, and blower motor assembly. Verified all wire terminations at circuit board and junction box are secure. Inspected main control PCB with microprocessor, relays, and associated components for proper operation. Checked blower motor housing and internal components, noting minor surface rust on base panel. Confirmed all safety labels and warnings are present and legible. Documented equipment condition with photographs of control system and blower assembly. System operational upon completion of preventive maintenance procedures.

Completed full HVAC system replacement including furnace and air conditioning condenser unit. Installed new outdoor AC unit on existing concrete pad with proper electrical disconnect and refrigerant line connections to brick exterior. Replaced indoor furnace system with associated PVC venting and condensate drainage piping secured to ceiling structure with appropriate mounting hardware.

Completed routine furnace tune-up and safety inspection on basement heating unit with no reported operational issues. Performed combustion analysis using digital gas analyzer, confirming proper burner operation with oxygen levels at 9.04%, carbon monoxide at 4 ppm, and carbon dioxide at 6.66%. All measurements within acceptable parameters for safe and efficient furnace operation.

Performed comprehensive heating maintenance on a 3-year-old furnace system. Conducted combustion analysis using digital analyzer, recording natural gas readings of 8.2% oxygen, 40 ppm carbon monoxide, 80.6% efficiency, and 7.2% carbon dioxide—all within acceptable operating parameters. Renewed maintenance plan coverage with customer during visit.

Completed residential heating maintenance on a 12-year-old furnace located in the basement. Performed comprehensive system inspection and combustion analysis using digital analyzer, which confirmed optimal performance with efficiency reading of 97.6%, oxygen level at 5.8%, carbon dioxide at 8.5%, and carbon monoxide at 20 ppm. All measurements were within acceptable parameters, and the unit is operating safely and efficiently with no service recommendations needed at this time.

Completed routine heating maintenance on a 16-year-old residential furnace located in basement. Performed comprehensive system inspection and combustion analysis using gas analyzer, which revealed oxygen levels at 6.2%, carbon monoxide at 44 ppm, efficiency at 81.4%, and carbon dioxide at 8.3%. All readings indicate unit is operating within acceptable parameters for equipment of this age.

Completed annual maintenance on a 7-year-old gas furnace. Performed combustion analysis which showed acceptable readings: oxygen at 13.7%, carbon monoxide at 18 ppm, efficiency at 79.2%, and carbon dioxide at 4.1%. Unit operating within normal parameters.

Completed full HVAC system retrofit in basement mechanical room, installing new Lennox furnace with integrated air handler and condensate pump assembly. Connected all supply and return ductwork, installed PVC venting and drainage piping, verified proper airflow distribution, and tested system operation to ensure optimal heating and cooling performance.

Completed full HVAC system retrofit including furnace, air conditioning unit, and water heater replacement. Performed refrigerant charging and system diagnostics on the new AC condenser unit, verifying proper R22 refrigerant levels and operational parameters using digital manifold gauges. All equipment installed to manufacturer specifications with successful startup and system testing confirmed.

Completed fall maintenance tune-up on a four-year-old furnace located in the basement. Performed comprehensive system inspection, verified combustion efficiency using digital analyzer, checked all safety controls, and confirmed proper operation. No issues found; unit operating within manufacturer specifications.