HVAC Services in Cleveland, OH

Responded to no cooling call for one-year-old residential AC system affecting entire home. Upon arrival, accessed outdoor condensing units located in side yard between house and fence. Performed diagnostic inspection of dual outdoor units positioned on rubber isolation pads with proper clearances. Visually inspected condenser coils, fan grilles, electrical connections, and refrigerant line sets. Verified both units were properly mounted on concrete bases with adequate drainage. Checked wire grille protective covers and heat exchanger assemblies for any visible damage or obstructions. System components appeared in normal operating condition with no obvious mechanical failures or debris blockage visible on exterior equipment.

Responded to service call for insufficient hot water production from recently installed tanked water heater system. Upon arrival, found dual water heater configuration in basement utility area with copper supply lines and galvanized venting. Customer reported only lukewarm water available despite new installation. Performed diagnostic inspection of both units, examining temperature settings, gas supply connections, burner operation, and flue venting system. Inspected copper piping connections for proper flow and potential cross-connections that could affect water temperature. Evaluated vent pipe assembly and draft hood for proper combustion air flow and exhaust. Checked pressure relief valves, dip tubes, and internal heating elements for proper function. Documented existing plumbing configuration showing aged copper piping with oxidation, galvanized vent connections, and installation in unfinished basement space with exposed joists. Identified issues preventing adequate hot water deliv

Responded to service call for water heater experiencing sparking at burner assembly with failure to ignite. Upon inspection, diagnosed ignition system malfunction preventing proper gas valve operation and burner lighting sequence. Contacted property owner to report findings and discuss repair options for the malfunctioning tanked water heater unit. Documented existing conditions including aging infrastructure and recommended follow-up service to restore hot water functionality.

Responded to gas leak call at apartment unit 4. Upon arrival, inspected gas piping system in basement/crawlspace area and identified compromised section of gas line with hole requiring immediate repair. Located leak in heavily corroded steel gas pipe with significant rust deterioration throughout visible piping infrastructure. Documented existing conditions with photos showing extensive oxidation on threaded connections, unions, and pipe surfaces. Assessed structural environment including floor joists and surrounding utility systems. Identified safety hazard requiring prompt attention to restore gas service integrity and eliminate leak risk. Repair work needed on damaged section of gas line to address hole and restore safe operation of gas system.

Completed preventative maintenance tune-up on 2-3 year old air conditioning system. Performed system diagnostics using refrigerant manifold gauge, verifying proper operating pressures and temperatures across the system. Inspected blower wheel assembly and confirmed proper operation with normal dust accumulation for equipment age.

Installed Bradford White RG240T6N 40-gallon natural gas water heater with 40,000 BTU/hr capacity and atmospheric venting. Connected gas supply line using 3/4-inch threaded gas ball valve and installed motorized water pressure regulation assembly with brass valve body and automated actuator control. Configured 4-inch galvanized steel venting system with 90-degree adjustable elbow and snap-lock pipe sections to ensure proper exhaust ventilation and code compliance.

Replaced damaged sections of copper refrigerant line set that had arced due to contact with knob and tube electrical wiring in the attic space. Installed new Type L copper piping with proper insulation and secured lines with appropriate fasteners to prevent future contact with electrical components. Evacuated and recharged the system with refrigerant to manufacturer specifications, verified proper operation, and confirmed no leaks at connection points.

Responded to emergency dispatch for gas leak resulting in complete loss of gas service to residence. Located and repaired gas line leak in crawl space area where copper gas piping connects to distribution system near HVAC components. Restored gas service to house and verified system integrity through pressure testing and leak detection protocols.

Completed comprehensive estimate for complete HVAC system conversion from existing boiler heating system to forced air system at church facility. Assessed current boiler infrastructure and mechanical room layout to determine requirements for new forced air installation. Evaluated utility space conditions including structural considerations, available clearances, and necessary modifications for air handler placement and ductwork routing. Documented existing mechanical room configuration showing adequate space for modern air handler unit installation with proper clearance requirements. Identified optimal positioning for new equipment to maximize efficiency and serviceability while minimizing structural modifications. Assessed requirements for PVC condensate and exhaust venting systems that will need to be installed with new forced air system. Evaluated exterior wall conditions and determined placement requirements for four ventilation grilles needed for proper air intake and exhaust. V

Conducted on-site assessment of existing commercial steam boiler system at church facility to provide replacement estimate. Documented current boiler configuration, including aged piping infrastructure, pump assemblies, control systems, and associated mechanical components showing significant corrosion and deterioration. Evaluated utility room conditions, existing brick structure, concrete flooring, and spatial requirements for new boiler installation and recommended system upgrades to meet current operational needs.

Responded to gas service call where gas supply had been shut off to the unit. Accessed gas line system through floor cutout in living area near fireplace. Installed new gas whip connection under the floor to restore service to stove and fireplace. Repaired damaged gas line section beneath flooring. Completed pressure test on entire gas line system to verify integrity and ensure no leaks present. All connections tested and confirmed operational with gas service safely restored to appliances.

Responded to emergency gas leak in basement. Upon arrival, gas utility had already shut off service to the property pending repairs. Performed thorough inspection of accessible gas piping system, including supply lines and connections to HVAC equipment. Documented existing conditions with photographs showing piping configuration, threaded fittings, and mechanical equipment installation. System remains tagged out awaiting repair authorization and parts procurement before gas service can be safely restored.

# HVAC Install - Boiler Successfully installed a Peerless Mi-x-05 hot water boiler system including all required components and near boiler piping modifications. Installed a new pressure reducing valve/backflow preventer combo, expansion tank, circulator pump, and copper shutoff valve on the supply feed. Mounted and programmed a White-Rodgers digital thermostat to control the new heating system, completing a full boiler replacement with all necessary safety and operational components.

Responded to no cooling call on recently installed system. Found thermostat displaying communication error (dashes on display). Diagnosed faulty control board communication issue and confirmed system failure code 8/830 KS, indicating loss of signal between thermostat and air handler control board.

Responded to service call for leaking 3-year-old Mitsubishi mini split system. Upon inspection, identified refrigerant leak at condensate drain line connection point beneath indoor air handler unit. Repaired leak, tested system operation, and verified proper drainage function with no further leakage detected.

Completed installation of ground water drainage system and water supply lines for climate-controlled shed. Excavated trenches in backyard area and ran hot and cold water lines from main house to outbuilding. Installed commercial-grade drain line with P-trap to ensure proper drainage and prevent sewer gas backup. All plumbing connections tested and verified operational upon completion.

Conducted comprehensive on-site evaluation of existing gas-fired heating system in residential basement for equipment replacement estimate. Assessed aging furnace unit showing significant wear, discoloration, and operational decline, along with associated ductwork infrastructure including black flexible ducts and metallic distribution components. Documented current system configuration, copper piping connections, burner assembly condition, and overall mechanical room layout to provide accurate replacement specifications and equipment recommendations.

Conducted comprehensive commercial HVAC replacement estimate for first-floor air conditioning system and rooftop unit. Assessed existing air handler installation in mechanical room, documenting equipment configuration including ductwork, insulation integrity, and spatial constraints for future replacement planning.

Completed comprehensive heating system tune-up and maintenance service. Performed thorough inspection of blower motor assembly and air filtration system, noting accumulated dust and normal wear on components. Conducted refrigerant pressure diagnostics using manifold gauge set on outdoor condensing unit, verifying system pressures and operational parameters to ensure proper heating cycle performance and efficiency.

Completed air conditioning maintenance on unit of unknown age. Performed system diagnostics using refrigerant manifold gauge, measuring operating pressures and temperatures to verify proper system performance. Customer declined MVP membership enrollment at this time.