Air Conditioning & Heating Services in Willoughby, OH

Completed scheduled preventive maintenance on residential cooling system as part of ongoing service agreement. Performed comprehensive inspection of air handler unit, including blower assembly and internal components. Blower wheel showed moderate dust accumulation on blades, which is typical for operational equipment. Verified blower motor operation and inspected electrical connections. All components found functioning within normal parameters. System operational upon completion of maintenance visit.

Responded to callback regarding reported gas odor near recently installed air conditioning system. Upon inspection, discovered significant moisture condensation and frost accumulation on refrigerant line connections and fittings. Examined all refrigerant piping joints, brazed connections, and service valves in the installation area. Photographically documented heavy condensation on vertical pipe connections with bolted fittings, as well as ice formation on brass components at insulated line set junction points. Verified system refrigerant integrity and confirmed no refrigerant leaks present at connection points. Determined moisture accumulation was normal condensation due to temperature differential on cold refrigerant lines during system operation. No natural gas lines or combustion equipment present in immediate vicinity of new AC installation. Advised that reported odor was unrelated to air conditioning equipment, as system operates on electricity and sealed refrigerant circuit only

Conducted on-site evaluation of existing outdoor HVAC system to provide replacement options for the homeowner. The current unit, a teal-colored air conditioning system positioned on a concrete pad against the home's exterior, showed signs of age and weathering with visible discoloration and dirt accumulation on the metal surfaces. Assessed the equipment's condition, noting the existing installation configuration including ductwork connection to the home and unit placement relative to the foundation. Documented the system with photographs for estimate preparation purposes. Discussed full replacement options with the homeowner, taking into account the unit's deteriorated condition and potential issues from previous repair attempts. Provided technical recommendations for complete system replacement to ensure optimal performance and reliability.

Responded to service call for condenser unit not operating following lightning storm. Upon arrival, inspected 31-year-old outdoor air conditioning unit and found electrical damage to contactor assembly. Removed access panel and diagnosed failed contactor caused by electrical surge from storm. Replaced damaged contactor with new unit, verified all electrical connections, and tested system operation. Unit restored to full functionality with proper amperage draw and cooling cycle confirmed.

Replaced failed heat exchanger and control board on Rinnai tankless water heater. Unit was disassembled to access internal components, defective heat exchanger and control board were removed and replaced with new parts, then system was reassembled, tested for proper operation, and returned to service.

Completed courtesy inspection of kitchen plumbing system including double-basin sink, garbage disposal unit, and drainage assembly. Inspected sink faucet operation and verified proper function of all components. Examined under-sink plumbing configuration consisting of black garbage disposal with connected hoses and metal clamps, white PVC P-trap assembly, and dual drain system with stainless steel strainer basket. All connections, hoses, and clamps were found to be secure with no visible leaks or damage. Also inspected hot water heater per customer request and confirmed proper operation.

Completed comprehensive cooling maintenance on residential HVAC system as part of ongoing preventive maintenance program. Performed thorough inspection of furnace unit including gas valve assembly, draft inducer motor, electrical connections, and control board components. Verified proper operation of air return vent and filter system, confirmed all wiring connections secure, and ensured PVC vent pipes properly installed and functioning. System operating within normal parameters with no issues identified.

Responded to service call for tankless water heater system that would not power on despite customer attempts to reset and unplug the unit. Upon inspection, discovered significant corrosion and rust damage to the drain pan and internal components, along with evidence of water staining and moisture exposure throughout the system. Performed diagnostic evaluation of electrical connections, wiring, and mechanical components to identify the root cause of the power failure and assessed the overall condition of the unit for necessary repairs or replacement recommendations.

Completed routine HVAC cooling system maintenance on residential split system including outdoor condenser unit and indoor air handler. Performed standard preventative maintenance procedures, inspected all components for proper operation, and verified system functionality with no issues identified requiring repair.

Completed scheduled HVAC cooling system maintenance inspection and testing. Performed system diagnostics using electronic measuring equipment to verify proper refrigerant levels, temperature differentials, and overall system performance, with all readings confirming normal operating parameters.

Installed pressure relief valve connection on Rinnai tankless water heater system. Work included proper PRV piping integration with existing hot and cold water supply lines, ensuring code-compliant installation with appropriate shut-off valves and connections.

Responded to no cooling complaint on residential air conditioning system. Performed diagnostic testing using digital instruments to measure system parameters at the air handler unit. Inspected control board and wiring connections, examining the low-voltage thermostat wiring bundle and verifying proper connections to the integrated control module. All electrical components and circuit board were assessed for proper operation.

Responded to service call for Rinnai tankless water heater with reported pressure release valve leak at seal and visible corrosion. Performed inspection of unit, documented internal components and wiring configuration, and assessed condition of pressure relief valve assembly and surrounding areas for corrosion damage.

Performed comprehensive AC tune-up on recently installed system following customer report of heat smell during operation. Completed full system inspection including electrical connections, control wiring, and low-voltage components. Verified amperage draw at 0.553A and supply voltage at 24.11V within manufacturer specifications, confirming proper electrical operation with no abnormalities detected.

Responded to active water leak from attic-mounted AC unit causing interior ceiling damage. Upon inspection, identified clogged condensate drain line as primary cause of overflow condition. Cleared blockage from drain line and verified proper drainage flow. Inspected evaporator coil and drain pan for secondary issues; found excessive condensation due to restricted airflow from dirty air filter. Replaced air filter and confirmed system operating within normal parameters. Tested condensate removal system under load for 30 minutes with no leakage observed. Educated account holder on importance of regular filter maintenance to prevent future drainage issues and recommended quarterly filter changes given system location in attic environment.

Responded to report of mold on ceiling near attic crawl space access point in closet of addition section. Accessed attic crawl space using ladder to inspect one-year-old Amana heating unit and heat exchanger for suspected water leak. Upon inspection, confirmed HVAC system and ductwork installation in attic space with flexible silver-insulated air ducts and control unit properly mounted. Examined heat exchanger and surrounding areas for signs of active leakage or condensate drainage issues that could be contributing to ceiling moisture and mold growth. Documented equipment condition and attic installation with photos showing system components and affected areas. Advised homeowner of findings and recommended next steps for remediation.

# HVAC Cooling Maintenance Summary Completed scheduled preventive maintenance on residential air conditioning system. Upon inspection, discovered significant corrosion and rust deterioration on evaporator coil components, indicating prolonged moisture exposure and potential refrigerant leak concerns. Performed comprehensive system diagnostics using refrigerant manifold gauges, confirming R-410A refrigerant levels and measuring operating pressures, superheat, and subcooling parameters to assess system performance. # Detailed Work Performed Conducted thorough visual inspection of indoor evaporator unit, identifying extensive rust formation on metal surfaces and mineral deposits on surrounding panels. The corrosion pattern suggests chronic moisture accumulation, likely from condensate drainage issues or refrigerant leaks over extended period. Documented deteriorated conditions with photographic evidence for customer records and future reference. Utilized digital manifold gauge set to

Performed HVAC service on a 15-year-old Magic Pack air conditioning system found to be low on refrigerant. Diagnosed refrigerant loss, inspected system components, and documented heavily soiled air filter requiring replacement. Customer advised to contact office for follow-up diagnostic information.

Completed scheduled preventive maintenance on residential cooling system. Performed comprehensive inspection of outdoor condenser unit, verified proper operation of fan motor and compressor, checked refrigerant levels, and inspected electrical connections at exterior junction box. All components found operating within normal parameters with no deficiencies noted.

Responded to service call for air conditioning system not operating. Upon arrival, performed visual inspection of outdoor condenser unit. Removed access panel to examine electrical components and wiring. Discovered severe fire damage in electrical compartment with extensive charring and melted wire insulation at bottom of unit. Multiple wire connections showed burn damage with blackened material accumulation. JARD capacitor present with connected wiring affected by thermal damage. Unit deemed unsafe to operate due to fire hazard and electrical component failure. Documented damage with photographs for customer review and insurance purposes. Advised customer that system requires immediate replacement of damaged electrical components and thorough safety inspection before restoration of service.