Heating & Cooling Services in Barberton, OH

Performed annual heating maintenance on a gas furnace, inspecting the gas valve, pressure switch, inducer assembly, venting, and wiring with the access panel removed; no visible rust, breakage, or damage was found. Conducted a flue gas combustion analysis on natural gas, recording 9.2% O2, 69.7% excess air, 3 ppm CO, and 5 ppm air-free CO, confirming safe, complete combustion within normal operating parameters.

Performed an on-site evaluation for a full system replacement, inspecting the exterior condenser and the indoor air handler/plenum assembly. The condenser coil exhibited heavy debris and dirt accumulation, with vegetation encroaching on required clearances, and the indoor unit, ductwork, electrical connections, and filter area were documented for sizing and compatibility. Findings were recorded to support a complete system replacement recommendation.

Completed comprehensive heating maintenance on basement furnace unit as part of MVP maintenance program. Performed combustion analysis using digital gas analyzer, confirming optimal system performance with efficiency reading of 95.8%, oxygen level at 7.1%, carbon dioxide at 7.8%, and carbon monoxide at 14 ppm, all within acceptable parameters for natural gas operation.

Completed furnace cleaning and inspection service. Verified proper operation of heating system, inspected copper piping connections and expansion tank assembly, and confirmed all mechanical components are functioning within normal parameters.

Completed routine furnace maintenance on a 2-year-old unit located in basement. Performed combustion analysis using digital analyzer, confirming optimal performance with efficiency reading of 96.0%, oxygen level at 5.7%, carbon monoxide at 71 ppm, and carbon dioxide at 8.6%. All measurements within acceptable operating parameters for natural gas furnace.

Completed fall maintenance tune-up on 15-20 year old gas furnace located in basement as part of annual preventative maintenance package. Performed comprehensive inspection of all system components including burner assembly, heat exchanger, gas valves, ignition system, and blower motor. Conducted combustion analysis using Testo 327-1 analyzer, which confirmed safe operating parameters with oxygen levels at 6.9%, carbon monoxide at 2 ppm, and carbon monoxide air-free at 3 ppm. Verified proper gas combustion efficiency and flue gas temperatures within manufacturer specifications. Inspected burner flames for proper ignition and uniform flame pattern across all burners. Checked all electrical connections, control wiring, and safety switches for secure operation. Examined PVC venting system for proper drainage and clearances. Tested thermostat operation and system cycling. All components found to be functioning properly with no immediate repairs needed at this time. System is operating safel

Completed furnace retrofit installation in residential basement utility room. Replaced existing heating system with new vertical furnace unit and integrated air handler assembly. Installation included proper mounting on concrete pad, connection of supply and return ductwork to existing plenum system, and integration with horizontal PVC condensate drainage piping. Verified all electrical connections to panel, ensured proper clearances per manufacturer specifications, and confirmed system operational functionality. Unit positioned alongside existing ductwork infrastructure with flexible ducting routed to ceiling distribution points.

Completed full HVAC system retrofit installation including replacement of gas furnace and air conditioning condenser unit. Installed new gray cabinet-style furnace in basement utility area with proper venting using white PVC ductwork routed along ceiling joists. Positioned outdoor AC condenser unit on gravel pad against exterior wall with appropriate clearances and connected refrigerant lines via conduit along vinyl siding. Verified all electrical connections, tested system operation, and confirmed proper condensate drainage with collection pan installation at furnace base.

Completed filter replacement on rooftop unit as requested. Installed two new pleated air filters in the metal housing track system, ensuring proper seating and secure mounting. Unit exterior shows significant biological growth on surfaces and condenser coil that will require future cleaning and maintenance attention to prevent efficiency loss and potential system degradation.

Completed scheduled commercial cooling maintenance visit on unit M546. Performed system inspection and operational checks. Verified supply air temperature reading of 52.1°F, indicating proper cooling performance. Inspected interior cabinet components, electrical connections, and wiring. All connections found secure with blue, pink, and beige control wires properly terminated. Unit operating within normal parameters with no immediate service needs identified at time of visit.

Completed installation of new residential air conditioning system including outdoor condensing unit and indoor evaporator coil. Positioned outdoor unit on concrete pad adjacent to home foundation with proper clearances, installed electrical disconnect box on exterior wall, and ran conduit for power supply. Inside basement utility area, installed new evaporator coil and integrated system with existing ductwork near water heater location. Verified all electrical connections to main panel, tested system operation, and confirmed proper refrigerant charge and airflow throughout. Unit operational and cooling effectively.

Responded to service call for HVAC system experiencing short cycling during heating season and continuous runtime with freeze-up during cooling season. Performed comprehensive system diagnostics including ductwork inspection using micro camera equipment to assess airflow restrictions and internal conditions. Evaluated refrigerant line configuration, ductwork connections, and overall system installation in basement mechanical space. Identified potential airflow issues and system operation concerns affecting both heating and cooling performance.

Responded to service call for A-frame coil water leak, frozen refrigerant line, and inoperative blower fan. Upon arrival, discovered frozen evaporator coil and suction line due to restricted airflow. Removed furnace access panel to inspect internal components and airflow path. Found dirty blower assembly and restricted air filter causing inadequate air circulation across evaporator coil, leading to freeze-up condition. Thawed frozen coil and refrigerant lines. Cleaned blower wheel and housing to restore proper airflow. Replaced air filter with correct size. Inspected condensate drain system and cleared blockage causing water leakage at A-frame coil. Verified blower motor operation and capacitor functionality. Cycled system through complete cooling operation to confirm proper airflow, temperature differential, and condensate drainage. System restored to normal operating condition with no further leaks or freeze-up issues observed.

Responded to no cooling complaint on residential split system air conditioning unit. Upon arrival, accessed indoor furnace/air handler in basement and outdoor condensing unit. Connected manifold gauge set to service ports on outdoor unit to diagnose refrigerant pressures and system performance. Performed diagnostic testing to identify cause of insufficient cooling. System evaluated and appropriate corrective measures taken to restore proper cooling operation.

Responded to service call for commercial A/C unit not maintaining setpoint temperature, with thermostat set to 75°F but space reading 84°F. Upon arrival, inspected Amana PTAC unit and assessed system performance. Documented equipment condition and installation setup, noting unit mounted in corner location with visible refrigerant lines and electrical connections. System appears to require further diagnostics to determine cause of insufficient cooling capacity and temperature differential issue.

Responded to service call for commercial air conditioning system drain line issue. Upon inspection, located clogged condensate drain line causing water backup at air handler unit. Cleared blockage from drain line using appropriate tools and verified proper drainage flow. Tested system operation to confirm condensate removal functioning correctly and no further leaks present.

Installed intake piping for residential furnace system, with exterior PVC intake termination visible at foundation level. Installed three combination smoke and carbon monoxide detectors throughout the residence to ensure proper life safety protection and code compliance.

Responded to commercial A/C leak complaint and performed system inspection. Upon arrival, identified active refrigerant leak at evaporator coil connection point in air handler unit. Inspected multi-unit HVAC installation including stacked air handlers and ductwork assembly. Documented leak location with photographic evidence showing affected metallic cylindrical connection and surrounding insulation material. Verified leak source at concentric ring nozzle connection on evaporator coil inlet. Assessed overall system configuration including Carrier brand equipment, vertical ductwork routing, and associated piping. Recommended immediate refrigerant leak repair at coil connection point to restore system integrity and prevent further refrigerant loss.

Performed comprehensive air conditioning tune-up service including removal and cleaning of evaporator coil which showed moderate accumulation of dust and debris between fins. Inspected internal components of air handler unit, verified proper drainage system operation, and confirmed all electrical connections and wiring were secure and functioning correctly.

Responded to callback for air conditioning system experiencing recurring issues related to previously identified evaporator coil refrigerant leak. Verified unit operation and confirmed system performance limitations due to leaking coil despite prior refrigerant charge adjustment. Provided pricing information for evaporator coil replacement with metering device as previously recommended, and discussed alternative option of complete cooling system replacement to address ongoing refrigerant loss issue.