HVAC Services in Cleveland, OH

Responded to main drain backup in basement. Cleared obstruction in main sewer line using drain auger, restoring proper flow and eliminating backup condition.

Performed annual maintenance on 20-year-old boiler system. Conducted combustion analysis using digital analyzer, confirming CO levels at 0.22% and O2 at 20.64% with flue temperature reading of 95.7°F. Inspected and verified proper operation of soffit ventilation system to ensure adequate combustion air supply for continued safe boiler operation.

Performed routine maintenance on tanked water heater in basement mechanical room. Inspected all plumbing connections, valves, and pipe assemblies for proper operation and signs of wear. Verified valve functionality and checked mounting hardware for secure installation. System found to be operating within normal parameters with all components functioning as designed.

Completed installation of two customer-supplied toilets in residential bathrooms. Removed existing fixtures, installed new wax rings and closet bolts, properly seated and secured new toilets to flanges, connected water supply lines, and tested for proper operation and leaks. All installations were completed with protective coverings in place and work areas left clean and functional.

Conducted site evaluation for add-on mini-split installation on second floor living space. Assessed existing electrical panel capacity and verified adequate breaker positions available for new system connection. Evaluated attic bedroom area with sloped ceiling configuration to determine optimal placement for indoor air handler unit, taking into account existing window-mounted cooling unit to be replaced and room layout constraints.

Responded to service call for furnace pilot light failure following power outage. Upon arrival, inspected gas-fired forced-air heating system and confirmed pilot would not relight after power restoration. Performed diagnostic assessment of ignition system components and gas supply. Successfully restored furnace operation by relighting pilot assembly and verifying proper flame characteristics and system cycling.

Responded to an emergency gas shutoff situation on an older boiler system. Restored gas service to the unit and issued two warning tags documenting critical safety deficiencies identified during inspection. Found the system operating without a proper gas control valve and confirmed a defective thermocouple that requires immediate replacement. Advised customer of necessary repairs to bring the heating system back into safe operating condition.

Responded to ongoing leak issue with third-floor Mitsubishi mini-split unit that has persisted since installation. Inspected dual mini-split system mounted above water heater in mechanical room, checked condensate drainage system, refrigerant lines, and mounting integrity to identify source of water leakage. Documented system configuration and current conditions with photos for ongoing resolution of this recurring concern.

Responded to customer report of ice formation on refrigerant lines. Upon arrival, connected manifold gauges to assess system pressures and temperatures, which revealed abnormal operating conditions. Instructed customer to keep unit off until proper diagnosis and repairs could be completed to prevent compressor damage.

Responded to service call for air conditioning system blowing warm air and not cooling entire residence. Upon inspection, evaluated 15-year-old outdoor condensing unit showing visible signs of age, corrosion on fan guard, and weathering on exterior surfaces. Assessed indoor air handler unit located in basement with connected ductwork and determined system had reached end of serviceable life. Provided comprehensive replacement estimate for complete HVAC system due to age and condition of existing equipment.

Conducted commercial boiler system assessment in mechanical room. Evaluated existing wall-mounted boiler unit with blue burner assembly, associated piping infrastructure including overhead orange supply lines, copper distribution piping, and aging red expansion tank. Documented current system configuration, control components, and ancillary equipment including yellow separator vessel and insulated ductwork for estimate preparation.

Responded to no-cooling complaint on 15-year-old residential air conditioning system affecting entire home. Performed diagnostic evaluation of Luxaire HVAC system, model G1UAD05014B, including inspection of outdoor condensing unit, indoor air handler, ductwork, and associated components. Documented system specifications and current operating condition with photographic evidence for customer records and future reference.

Performed no-heat maintenance verification on a steam boiler system less than 10 years old located in a ground floor closet. Inspected unit operation, confirmed all safety controls functioning properly, and verified proper steam distribution throughout the system. Invoice and work details provided via email as requested.

Completed mini split system replacement in utility room, including installation of new indoor air handler unit and refrigerant line set. Utilized existing outdoor condenser bracket to minimize structural modifications. All electrical connections and condensate drainage verified operational upon system startup.

Responded to no-heat call for boiler system. Upon arrival, inspected heating system and thermostat operation per tenant report of non-functioning boiler. Verified thermostat battery condition and tested system controls including Honeywell zone valve and boiler firing sequence. Confirmed proper water level in boiler sight glass and inspected all associated copper piping connections for integrity. System restored to normal operation with heat confirmed at thermostat.

Completed scheduled maintenance on residential cooling and furnace system. Performed comprehensive inspection of outdoor condensing unit, measuring ambient temperature at 76°F, and evaluated blower assembly components including heat exchanger fins and housing. Cleaned accessible components, verified proper airflow through evaporator coil fins, and confirmed system operational status with all mechanical fasteners and clips secure.

Completed comprehensive furnace maintenance on 7-year-old unit. Performed standard tune-up procedures including inspection of blower motor assembly, air handling components, and electrical connections. Observed dust and debris accumulation on base platform and internal surfaces, which is typical for the unit's age and operational history.

Conducted comprehensive assessment of aging 30-year-old commercial-grade boiler system located in basement mechanical room with exposed brick construction. Upon inspection, identified unit manufactured by Adiator Corporation showing significant age-related deterioration and requiring extensive repairs that would be cost-prohibitive relative to equipment value. Documented all specification label information including maximum water pressure ratings, relief valve capacity, input BTU/HR, natural gas specifications, and serial number data. Photographed complete system configuration including copper piping connections, circulation pump assembly with electrical wiring, vertical venting arrangement, and overall installation layout to support replacement recommendation. Prepared detailed estimate for commercial-sized boiler replacement given the advanced age of existing equipment and anticipated ongoing maintenance costs.

Completed HVAC estimate for replacement of existing air conditioning system in mechanical room. Evaluated Fujitsu split-type air conditioner condenser unit mounted on exterior brick wall with white concrete base. Unit operates on 200/230V electrical specifications and is connected via black electrical conduit running along building exterior. Documented equipment specifications, installation location, mounting configuration on metal brackets, and overall system condition. Photographed condenser unit, manufacturer specification label, electrical connections, and surrounding installation area to provide comprehensive assessment for replacement recommendation.

Responded to follow-up service call for persistent low water pressure issue previously assessed in May. Technician arrived early morning to diagnose and address water pressure concerns affecting both bathroom and kitchen fixtures. Upon inspection, examined shower assembly, bathtub fixtures, and kitchen sink plumbing system. Investigated potential causes including clogged aerators, partially closed shut-off valves, and sediment buildup in supply lines. Assessed condition of existing plumbing infrastructure, including PVC drain lines and supply connections visible beneath kitchen sink cabinet. Documented current state of fixtures and plumbing components through photographic evidence showing bathroom shower system with vertical chrome piping and kitchen sink area with exposed under-cabinet plumbing. Confirmed water pressure levels at multiple fixtures to establish baseline measurements and identify affected areas throughout the property.