HVAC & Air Quality Services in Shaker Heights, OH

Responded to no cooling call and performed diagnostic evaluation of air conditioning system. Upon inspection, found system experiencing refrigerant leak as evidenced by moisture staining visible at condensate area and abnormal pressure readings on refrigeration gauges showing 1134 psig with superheat of 126°F and suction temperature of 36.4°F. Documented system conditions with diagnostic equipment and photographic evidence of leak location near bundled refrigerant line sets secured with cable ties in attic space. Senior technician assessed situation given urgency of health-related concerns and determined immediate repair necessary to restore cooling operation.

Responded to no cooling complaint for upstairs zone. Inspected Unico CX high-velocity air conditioning system serving second floor. Evaluated outdoor condensing unit and attic-mounted air handler with associated ductwork. Determined retrofit Unico CX equipment requires specialized parts currently on backorder. System remains non-operational pending availability of necessary components for repair.

Completed comprehensive cooling system maintenance on two residential air conditioning units. Performed standard preventive maintenance procedures including system inspection, temperature differential measurements, and equipment performance verification. Both HVAC systems, including the J.K. Wadsworth furnace with air handler configuration, were evaluated and found to be operating within normal parameters with temperature readings confirming proper cooling output.

Completed routine maintenance inspection on residential gas-fired water heater unit located in basement utility area. Verified proper operation of all connections including copper supply lines, gas control valve assembly, and venting system. Inspected unit for signs of corrosion, leaks, or deterioration, and confirmed all safety labels and specifications remain legible and intact.

Responded to no-cooling call where thermostat was not communicating with outdoor unit. Diagnosed control board issue inside air handler, inspecting circuit board connections and electronic components. Verified proper wiring connections between thermostat and HVAC system, tested control board functionality, and restored system operation allowing unit to respond to thermostat commands.

Responded to no cooling call where condenser unit was not operating. Upon arrival, performed diagnostic testing on outdoor unit's electrical components using digital clamp meter. Inspected control board, capacitor, and contactor connections in both indoor air handler and outdoor condensing unit. Verified proper voltage readings and tested electrical connections throughout the system. Identified and resolved issue preventing condenser operation. System restored to normal cooling function and confirmed proper operation before departure.

Completed installation of new S-Series air conditioning system. Installed outdoor condensing unit and indoor evaporator coil with proper refrigerant line sets and electrical connections. Verified system pressures using dual port manometer, confirming proper refrigerant charge and airflow with readings within manufacturer specifications. All mechanical components, including copper refrigerant lines, insulated suction lines, and drain lines, installed per code requirements. System tested and operational, providing cooling as designed.

Responded to emergency no-cooling call for a 2005 central air conditioning system. Upon arrival, found unit running with airflow present but unable to maintain temperature setpoint, with indoor temperature remaining at 76°F despite thermostat set to 73°F before system shutdown. Inspected outdoor condensing unit and identified failed condenser fan motor with multiple disconnected wire terminals visible in control compartment. Documented equipment condition showing significant age-related wear, corroded wiring connections, and accumulated debris in motor housing. System is approximately 18-19 years old and approaching end of serviceable life expectancy for residential HVAC equipment.

Conducted site assessment for air conditioning system addition to existing property with boiler heating system. Evaluated electrical panel capacity and attic space configuration to determine feasibility and requirements for AC installation, documenting existing infrastructure including electrical service and available mounting locations for indoor air handler unit.

Completed annual preventative maintenance on two HVAC systems: a Unico high-velocity air conditioning system and a conventional forced air heating unit. Performed comprehensive inspection of both systems including electrical connections, capacitor testing, gas valve operation, thermocouple functionality, and control board diagnostics. All components found operating within normal parameters, wiring connections secure, and systems tested successfully under load conditions.

Responded to service call for two non-functioning outlets following whole home rewire completed in April. Upon arrival, located and tested affected receptacles, including GFCI outlet in utility area. Inspected electrical connections, traced circuits through conduit system, and verified proper wiring at outlet boxes. Identified and corrected wiring issues causing outlets to be inoperable, restored power to both receptacles, and confirmed proper function with testing equipment.

Responded to no cooling complaint on CAPTA6030C3AA unit following previous service visit. Performed diagnostic evaluation of system, documented equipment specifications and installation configuration with photos. Unit is 10+ years old and customer reported continued lack of cool air after initial service attempt.

Completed preventive maintenance on multiple cooling systems as part of ongoing service agreement. Performed comprehensive electrical testing using digital multimeter, recording amperage draw of 30.00A and resistance measurements of 15.29Ω to verify proper system operation. Inspected control board wiring and terminal connections, confirming all electrical connections were secure at terminal blocks with proper wire routing of line voltage and control wiring. Customer declined additional electrical inspection services. All systems operating within normal parameters at time of service completion.

Responded to no cooling complaint on newly installed system. Performed diagnostic testing using manifold gauges and digital multimeter to assess system pressures and electrical components. Verified proper refrigerant charge levels and system operation to ensure unit was functioning correctly following installation.

Responded to no cooling complaint on residential air conditioning system. Upon inspection, assessed interior mechanical components including condensate pump, copper refrigerant lines, and associated HVAC equipment. Unit showed signs of age and wear with visible corrosion on metal panels and accumulated debris in mechanical compartment.

Completed air conditioning system installation including outdoor condensing unit and indoor evaporator coil integration with existing Carrier furnace. Installed new refrigerant line set with proper insulation, established electrical disconnect with 45-amp time-delay fuses rated for 250V AC, and ran PVC condensate drain lines with appropriate trap configuration. System was pressure tested, evacuated, charged to manufacturer specifications, and verified operational. All components secured per code requirements and manufacturer guidelines.

Completed full HVAC system installation including a 96% efficiency furnace, air conditioning condensing unit, and whole-home humidifier. The furnace was installed in an interior utility closet with proper PVC venting routed through the structure, and the outdoor condensing unit was positioned on a composite pad adjacent to the building exterior with refrigerant lines and electrical connections completed. All components were tested, commissioned, and left in proper working order with system operating to manufacturer specifications.

Completed installation of new air conditioning condenser unit on existing concrete pad against exterior brick wall. Unit was positioned centrally between two existing HVAC systems, with proper clearance maintained for airflow and serviceability. Connected refrigerant lines and electrical service to new condenser, verified all manufacturer labels and warning stickers were properly affixed and visible. Performed system startup procedures and utilized Fieldpiece SMAN digital manifold gauge set to measure and record refrigerant pressures, superheat, and subcooling values. All readings confirmed system operating within manufacturer specifications. New AC unit fully operational and ready for service.

Completed routine maintenance on Aprilaire HVAC cooling system. Performed comprehensive inspection of unit, verified proper operation of all components, and replaced air filter dated 05/03/26. All electrical connections were previously serviced and confirmed secure during inspection.

Responded to no cooling complaint for commercial office mini split system. Upon inspection, discovered severe electrical failure in the indoor unit's junction box with evidence of arcing, overheating, and burnt wiring at the terminal connections. Found charred insulation and melted debris throughout the electrical compartment, indicating a significant electrical fault had occurred. Assessed the damage to terminal blocks labeled S1, S2, S3, L1, and L2, along with compromised wire connections. Documented the electrical damage and verified the system was inoperable due to the failure. Collected service fee and provided photographic documentation of the electrical fault for repair estimate purposes.