HVAC & Plumbing Services in Cleveland Heights, OH

Completed scheduled home plan maintenance on 5-year-old boiler system. Performed comprehensive heating system inspection, combustion analysis, and efficiency testing using calibrated digital analyzer, which confirmed proper CO and CO2 levels and acceptable system performance. All components operating within manufacturer specifications.

Returned to property to complete revised boiler replacement estimate. Documented existing heating system conditions, including severely corroded piping infrastructure with extensive rust and oxidation on central valve assemblies and horizontal pipe runs. Assessed unfinished basement mechanical space with exposed joists, existing ductwork, and foundation conditions to determine scope of work for new boiler installation and associated piping modifications.

Conducted comprehensive on-site evaluation for complete furnace and air conditioning system replacement. Assessed existing HVAC equipment and infrastructure in basement mechanical area, documenting current installation conditions including ductwork, piping configurations, and structural considerations. Photographed equipment access points and exterior service areas to determine optimal replacement specifications and installation requirements. Provided detailed replacement estimate based on system capacity needs and existing infrastructure compatibility.

Responded to warranty call for newly installed furnace with no heat condition. Upon arrival, performed diagnostic inspection of heating system and associated components. Documented installation with photographs showing expansion tank, water heater, and mechanical room configuration. Verified system connections and operational status to determine cause of no-heat condition and restore heating function to residence.

Responded to service call for commercial tanked water heater experiencing recurring minor leak. Upon inspection, identified leak associated with temperature and pressure relief valve assembly, which had been previously replaced but symptoms returned. Evaluated relief valve installation, discharge piping, and surrounding plumbing connections for proper operation and potential causes of continued seepage. Documented equipment condition and plumbing configuration with photographic evidence showing valve assembly, piping connections, and overall system layout for further assessment and recommended corrective action.

Conducted boiler estimate after detecting elevated carbon monoxide levels during inspection. Thorough examination revealed heat exchanger in severely deteriorated condition, posing immediate safety hazard and requiring system replacement. Documented equipment condition with photographs showing existing HVAC infrastructure including Unico System components, ductwork, water heater, and associated plumbing connections for replacement planning purposes.

Responded to no heat call on residential boiler system. Upon arrival, found blue cabinet boiler unit in basement with complex piping configuration including copper supply and return lines, expansion tank, and PVC condensate drainage. Performed diagnostic inspection of boiler components including control board, pressure gauges, and safety devices. Verified gas supply, checked electrical connections, and tested ignition sequence. Inspected venting system and condensate drain for proper operation. System restored to normal heating operation. All safety controls verified functional before departure.

# HVAC System Installation Successfully completed a full air conditioning and evaporator coil replacement in the mechanical room. Removed the existing system and installed a new CVA1036172MAA40A indoor heat pump/air conditioner section with matching coil assembly. The new air handler unit was properly positioned and secured adjacent to the existing furnace equipment. Installed and wired a new control relay box on the adjacent wall, running appropriate electrical conduits and connections to the main unit. All electrical connections were terminated according to manufacturer specifications and code requirements. Verified proper refrigerant line connections at the coil ports and confirmed all safety labels and documentation were in place. System was tested for proper operation with all indicator lights functioning correctly. Installation meets UL certification standards and manufacturer's minimum clearance requirements.

Responded to no heat call and diagnosed gas supply issue caused by leak in gas line. Inspected gas piping system in basement area, identified compromised section of gas line with visible corrosion and aging connections. Shut off gas supply to furnace for safety, tagged unit out of service, and advised customer that gas line repair by licensed gas fitter is required before furnace can be restored to operation.

Completed full HVAC system replacement in basement mechanical room, including new furnace, evaporator coil, air conditioning unit, and condensate pump installation. Reconnected and secured cold air return ductwork to new system, installed exterior condenser unit with refrigerant lines and electrical connections, and verified all components operational. System tested successfully with proper airflow, temperature differential, and drainage function confirmed.

Responded to no-heat service call at rental property to assess furnace system and provide replacement estimate. Upon inspection of basement mechanical room, evaluated existing HVAC infrastructure including ductwork configuration and determined heating system was non-operational and required full replacement. Documented equipment condition, ductwork layout, and existing utility connections including water heater proximity for coordination of new furnace installation. Prepared comprehensive replacement estimate for property owner covering furnace equipment and installation requirements.

Responded to service call regarding potential carbon monoxide leak identified by gas company. Upon arrival, performed comprehensive safety inspection of Goodman furnace system. Visual examination revealed extensive corrosion and rust damage on heat exchanger components and internal metal surfaces, indicating advanced deterioration from prolonged moisture exposure. The corrosion exhibited heavy oxidation with pitting and flaking, particularly on critical heat exchanger surfaces where structural integrity is essential for safe operation. This level of deterioration creates pathways for combustion gases, including carbon monoxide, to escape into the living space rather than being properly vented. Documented all findings with photographs showing corroded components and overall unit condition. Confirmed gas company's assessment that furnace poses carbon monoxide safety hazard due to compromised heat exchanger. Advised customer that unit requires immediate replacement as heat exchanger failu

Completed routine maintenance and tune-up on residential HVAC system including both furnace and air conditioning components. Performed comprehensive inspection of burner assembly, confirmed proper ignition and blue flame pattern, tested system performance using Testo 310 analyzer with readings indicating normal operating parameters, inspected blower motor and electrical connections, and verified all components functioning within manufacturer specifications. System found to be in good working order with no deficiencies noted.

Responded to no heat call on 1979 furnace system. Performed comprehensive assessment of existing HVAC equipment including furnace unit, electrical panel, and associated mechanical systems. Documented current system condition through detailed photographic inspection showing aged furnace cabinet, electrical distribution panel with multiple circuit breakers, water heater installation, and ductwork configuration. Prepared replacement estimate for complete furnace system upgrade due to equipment age and failure to provide adequate heating.

Conducted on-site assessment for mini split installation in converted attic workspace with vaulted ceiling and exposed beam construction. Evaluated space requirements, electrical access, and optimal placement for an 18,000 BTU ductless mini split system to provide heating and cooling to the finished attic area.

Completed comprehensive heating system tune-up on 20-year-old furnace experiencing unusual operational sounds. Performed full inspection of blower assembly, inducer motor, heat exchanger, gas valve, and all electrical connections; cleaned blower wheel and burner assembly; tested all safety controls and verified proper system operation. Addressed age-related wear concerns including surface corrosion on metal components and verified all wiring connections were secure; system now operating within normal parameters with improved performance and reduced noise levels.

Responded to service call for toilet that intermittently runs and fails to shut off. Diagnosed faulty fill valve as the source of the continuous running issue. Replaced the defective valve assembly to restore proper operation and prevent water waste.

Responded to emergency service call for damaged pipe located above gas meter that had rendered the gas line inoperable. Upon inspection, identified compromised galvanized pipe section with threaded connections in basement utility area requiring immediate replacement. Removed deteriorated pipe segment and installed new pipe section with proper fittings and connections to restore gas line functionality. Verified all joints were properly sealed and tested system integrity to ensure safe operation. Documented existing plumbing configuration including mixed galvanized metal and PVC piping running along exposed wooden joists before completing repairs.

Performed comprehensive heating system tune-up and inspection for Home Plan member with no reported issues. Conducted thorough examination of furnace blower motor assembly, confirming proper operation and clean condition of blower wheel and housing components. Measured combustion efficiency and air quality parameters using calibration-grade digital analyzer, recording carbon monoxide levels at 53 ppm and oxygen content at 8.2%. Verified blower motor bearings and shaft assembly showed no signs of wear or unusual operation. Inspected all accessible ductwork connections and PVC venting components, finding proper installation and secure fittings throughout. All system components operating within normal parameters with no deficiencies noted requiring immediate attention.

Responded to service call for air conditioning system low on refrigerant. Conducted diagnostic assessment of residential HVAC system located in basement utility area. Evaluated furnace unit, air handler, and associated ductwork and piping connections. Documented existing equipment condition including gas supply lines with shut-off valve, condensate drainage system, PVC venting, and electrical components. Prepared estimate for complete system replacement based on assessment findings.