HVAC & Plumbing Services in Cleveland, OH

Completed scheduled preventive maintenance on residential air conditioning system as part of ongoing cooling season service program. Performed comprehensive inspection of all major components including compressor, capacitor, electrical connections, and control systems. Verified proper operation of motor assembly, checked refrigerant line connections, tested electrical circuits and terminals for secure connections and proper voltage. All equipment found to be operating within normal parameters with no immediate repairs required at this time.

Installed two exterior GFCI-protected outlets with new Milbank weatherproof enclosure mounted on building siding. Ran gray flexible conduit from panel box to exterior location, added dedicated circuit breakers to main electrical panel, and completed all necessary wiring to code specifications for outdoor receptacles.

Completed routine cooling system maintenance on residential HVAC system. Performed comprehensive inspection of outdoor condenser unit and indoor air handler, verified proper operation of all components, checked refrigerant levels, cleaned condenser coils, inspected electrical connections, and confirmed adequate airflow through the system. Unit operating within normal parameters with no issues identified.

Responded to cooling failure in multi-zone residential mini-split system consisting of four individual wall-mounted air handler units. Diagnosed failed component in one of the four units affecting single-zone operation while remaining three zones maintained normal cooling function. Replaced defective part in the affected 9-year-old air handler unit, restoring full system functionality across all four zones.

Conducted comprehensive site assessment for full HVAC system replacement, evaluating options for furnace installation and rooftop unit (RTU) configuration requiring ladder access. Documented existing equipment locations, interior ventilation points, and rooftop accessibility conditions to provide accurate replacement specifications and installation requirements.

Completed comprehensive preventive maintenance on HVAC cooling system, including thorough inspection of evaporator coil fins and refrigerant lines. Examined outdoor disconnect and condensing unit electrical connections, verified all components were operating within normal parameters, and documented system condition with no issues found.

Installed an 8-circuit, 50-amp Square D QO subpanel fed from the main breaker near the boiler system to support two new air conditioning condensers located on opposite sides of the sanctuary. Ran two dedicated 60A 240V circuits using 6 AWG THHN wire—one routed externally along the building exterior wrapping around from the boiler room, and one routed internally through the ceiling—with each circuit extending approximately 50 feet to serve condensers rated at 43-45 amps. Installation included condenser pads, safety disconnects, and proper grounding for both units, completing the electrical infrastructure for dual-zone HVAC system serving high-mount and standard air handlers.

Completed scheduled preventive maintenance service on rooftop HVAC cooling system. Performed comprehensive inspection of outdoor unit including electrical disconnect boxes, condenser components, and associated ductwork. Documented system conditions with diagnostic measurements and visual assessment of equipment weathering and normal operational wear patterns.

Replaced two 50-gallon Bradford White residential water heaters in utility room. Installation included proper copper piping connections with shut-off valves, brass fittings, expansion tank integration, and code-compliant galvanized flue venting for both units.

Completed preventive maintenance on two HVAC systems per MVP protocol. Inspected air handler unit in attic space, including ductwork connections, electrical controls, and system operation; noted dust accumulation on unit surfaces typical of attic environment. Serviced second system consisting of furnace and blower assembly in basement location, verifying proper operation of all components, checking PVC venting connections, and confirming system controls functioning correctly. Both systems operational and running within normal parameters upon completion of maintenance procedures.

Completed scheduled cooling system maintenance visit as part of ongoing preventive maintenance program. Performed comprehensive inspection of HVAC unit including electrical measurements using clamp meter, verified blower motor operation and wiring connections, and inspected internal components including control board, heat exchanger, and burner assembly. Customer's payment method on file requires updating for future service visits.

Returned to complete previously interrupted cooling system maintenance after padlock was removed from outdoor disconnect by property owner. Performed comprehensive maintenance inspection of outdoor condenser unit including electrical testing with digital multimeter, verified proper system operation, and documented equipment condition with diagnostic readings.

# HVAC Cooling Maintenance Service Completed comprehensive preventive maintenance on residential air conditioning system as part of ongoing service plan. Performed electrical diagnostics using digital multimeter to verify system voltage and capacitance readings, confirming proper operation of compressor and fan motor components. Inspected and evaluated air filtration system, noting pleated filter media condition within the return air pathway. All measurements fell within manufacturer specifications, and system demonstrated normal operational parameters throughout testing sequence.

Accessed bathroom plumbing by opening wall in closet to expose the whole house stack. Documented the existing plumbing configuration and stack condition with photos and diagrams to provide accurate assessment for complete stack replacement quote.

Replaced malfunctioning pressure reducing valve (PRV) in main water supply line. Installed new brass PRV unit with proper connections to existing copper and PVC piping, ensuring optimal water pressure regulation throughout the property.

Responded to service call for A/C unit freezing up and causing interior water leakage. Upon inspection, discovered extensive mold growth and water damage on interior surfaces around air handler area, with heavy contamination visible on walls and ceiling. Evidence of prolonged moisture intrusion and biological growth indicates ongoing condensate drainage issue or refrigerant system malfunction causing excessive freeze conditions. Documented conditions with photographs showing significant deterioration requiring remediation. Escalated to senior technician for advanced diagnostics and defrost system evaluation to determine root cause of freezing coil and water overflow.

Conducted on-site evaluation for electrical panel and main service replacement in residential basement utility area. Assessed existing electrical infrastructure, including current panel location, service entrance conductors, and grounding system. Documented existing conditions through photographic survey to develop comprehensive replacement estimate for upgrading main electrical service and distribution panel to meet current code requirements and customer capacity needs.

Responded to service call for dehumidifier producing loud grinding noise during shutdown cycle. Performed diagnostic inspection of unit to identify source of mechanical failure. Discussed preventative maintenance program benefits and provided documentation regarding comprehensive HVAC system care options.

Completed scheduled cooling maintenance on rooftop air conditioning system as part of ongoing preventative service plan. Performed comprehensive inspection of outdoor condenser unit, verified proper operation of all components, and examined air filtration system. Filter was found in clean, functional condition with proper pleating intact and structural supports secure within housing.

Completed full commercial mini-split system installation consisting of four indoor air handlers connected to two outdoor condensing units. Installation included all necessary refrigerant line sets, condensate drainage, and electrical work required for system operation. All equipment was properly mounted, commissioned, and tested to verify optimal performance and compliance with manufacturer specifications.