Heating, Cooling & Air Quality Services in Akron, OH

Completed annual heating maintenance per agreement on one-year-old furnace system. Performed comprehensive inspection of heating equipment, including burner assembly, heat exchanger, blower motor, and air filtration components. Verified Space Gard air cleaner operation, checked all ductwork connections in basement area, and confirmed system is operating within manufacturer specifications with no issues found.

Completed scheduled heating maintenance on residential boiler system over 10 years old per maintenance agreement. Performed comprehensive inspection of boiler unit, verified proper operation of pump assembly, checked all electrical connections and controls, and inspected copper piping, expansion tank, and gas line connections for leaks or deterioration. All components found operating within normal parameters with no immediate repairs required.

Completed installation of gas line infrastructure serving new furnace and hot water heater system. Installed exterior PVC vent piping through building envelope with proper termination and drainage provisions, and routed metallic flexible ductwork through basement ceiling joists to distribute conditioned air throughout the structure. All work performed to code specifications with secure mounting and proper clearances maintained.

Repaired leaking roof vent cap by inspecting the rooftop penetration flashing and PVC pipe installation. Applied fresh roofing sealant around the pipe penetrations through the flashing plate to establish a watertight seal and prevent water intrusion.

Installed iMag dirt separator on the heating system to remove debris and sediment from the circulating water. Integrated the unit into existing copper piping using appropriate brass fittings and isolation valves to allow for future maintenance. Flushed and cleaned the entire hydronic system to remove accumulated particulates and improve system efficiency and component longevity.

Completed full AC system retrofit including outdoor condenser unit and indoor air handler replacement. Installed new condenser unit on exterior pad adjacent to light green siding with proper clearances, mounted electrical disconnect box on exterior wall, and ran conduit connections to unit. Interior installation included new air handler in basement utility area with complete PVC condensate drain piping in Y-configuration, insulated supply plenum, flexible return ductwork connections, and refrigerant line set routing between indoor and outdoor units. Verified all electrical connections, tested system startup and operation, and confirmed proper drainage flow.

Responded to callback for recurring furnace issue. Upon arrival, inspected gas supply components and discovered heavily corroded gas line fitting and filter bowl mounted on exterior brick wall. The threaded connector and surrounding metal showed significant rust deterioration, likely causing intermittent gas flow problems consistent with previous service calls. Documented condition with photographs showing extensive corrosion on fitting assembly and deteriorated mounting surface. Recommended immediate replacement of corroded gas line components to resolve recurring operational failures.

Completed comprehensive HVAC system tune-up and maintenance inspection for new homeowner. Performed full system evaluation including combustion analysis of natural gas furnace, which showed excellent performance with 95.3% efficiency, safe carbon monoxide levels at 20 ppm, and proper oxygen levels at 7.3%. Provided customer orientation on existing HVAC equipment operation and maintenance requirements.

Completed furnace cleaning and inspection. Performed combustion analysis using digital gas analyzer, confirming proper operation with efficiency reading of 88.1% and acceptable carbon monoxide levels at 6.44%. Unit running within normal parameters; air conditioning check deferred due to low ambient temperature conditions.

# Service Summary Responded to service call for 10-year-old residential furnace unit with operational concerns reported by homeowner. Upon inspection, diagnosed failed inducer motor preventing proper furnace operation. Sourced and installed replacement Fasco inducer motor (Part #99W13) to restore system functionality. Unit tested successfully post-repair with proper draft pressure and ignition sequence verified.

# HVAC Ductwork Reinstallation - Basement Utility Area Completed comprehensive ductwork reinstallation in residential basement mechanical room. Removed existing galvanized sheet metal ductwork system and reinstalled new horizontal trunk line runs along ceiling space above laundry area. Fabricated and secured metal duct sections with proper seaming and joint connections, ensuring airtight assembly throughout system. Installed appropriate metal bracket supports and hangers to ceiling structure for adequate weight distribution and code compliance. Routed main supply trunk line to optimize airflow distribution while maintaining clearance requirements above washing machine and dryer appliances. Integrated flexible aluminum duct connections at terminal points for proper ventilation routing. Verified all ductwork joints were properly sealed to prevent air leakage and maintain system efficiency. Coordinated ductwork placement to avoid interference with existing utility infrastructure includ

Completed installation of AC add-on to existing Trane XR 80 furnace system in basement. Inspected and verified proper connection of ductwork, including rectangular and round pipes, to accommodate new AC components. Ensured all ventilation, copper gas piping, and electrical connections meet code requirements for the integrated HVAC system.

Performed diagnostic assessment on aging boiler system in 1976 home where customer reported furnace not working. Visual inspection revealed older copper piping with oxidation and aging components, including expansion tank and pressure relief valves. System appears to be a standard residential hydronic heating installation requiring further evaluation for proper functionality.

Responded to service call for a boiler making unusual noise. Upon inspection, found significant corrosion on horizontal pipes and control valve assembly with mineral buildup at connection points. Observed advanced oxidation and galvanic corrosion at brass/copper fittings, indicating long-term moisture exposure or possible slow leak causing deterioration of metal components.

Responded to service call for non-functioning heating system. Inspection revealed disconnected ductwork in attic with visible separation at junction points. Reconnected and sealed disconnected ductwork segments, restoring proper airflow and system functionality.

Performed routine furnace inspection and combustion analysis on 4-year-old residential unit. Analysis confirmed proper operation with oxygen level of 8.36%, carbon monoxide at 7 ppm, and carbon dioxide at 7.05%. System is operating at optimal efficiency (88.7%/97.8%) with all safety parameters within normal range.

Performed fall maintenance on heating system. Conducted combustion analysis using Sauermann analyzer, which revealed O2 at 9.31%, CO at 16 ppm, CO2 at 6.51%, with efficiency readings of 78.7% and 86.7%. Documented findings with photos of test results.

Completed furnace and AC retrofit on existing residential system. Replaced aging outdoor condensing unit, which showed visible wear, with new unit properly installed on existing concrete pad with electrical disconnect. Interior work included replacement of furnace unit in mechanical room, ensuring proper connection to existing ductwork and PVC venting system.

Completed furnace replacement with proper installation of PVC intake and exhaust venting through exterior wall. Verified system operation and ensured proper drainage configuration. All connections were secured and sealed according to manufacturer specifications.

Successfully installed a complete Lennox HVAC system in the utility room, including furnace unit with proper metal ductwork connections, ventilation components, and PVC drainage piping. System installation included a chimney liner and all necessary exhaust venting with appropriate elbow joints, ensuring proper operation and compliance with ventilation requirements.