HVAC & Air Quality Services in Shaker Heights, OH

Responded to follow-up service call for furnace operational issues after recent visit on 1/9. Diagnosed pressure-related malfunction that was causing unit to operate only when filter was removed. Conducted differential pressure testing with manometer, obtaining readings of 2.15" WC and 4.04" WC at key measurement points. Adjusted system pressures to manufacturer specifications, restoring proper airflow and normal operation with filter installed.

Performed evaluation of existing HVAC system for full replacement options. System showed significant age with deteriorated wall penetration and compromised sealing around ductwork. Customer referenced previous successful installation at family member's residence, indicating preference for similar setup in this easily accessible location.

Conducted routine heating maintenance on a residential furnace system. Inspected burner assembly, electrical components, and PVC exhaust piping for proper operation. All systems functioning normally with no issues identified.

Performed routine furnace maintenance service, inspecting the heating system components located in the utility area. Verified proper operation of the furnace and checked system pressure readings, which were within normal operating parameters. All connections and ductwork were examined and found to be in satisfactory condition.

Performed monthly heating maintenance service on HVAC system. Conducted visual inspection of heat exchanger components and connections, noting some dust accumulation on cylindrical fittings. Completed electrical diagnostic testing using clamp meter, confirming proper amperage draw of 4.15 amps within manufacturer specifications.

Performed routine heating maintenance service on customer's furnace system. Inspected internal components including circuit board, wiring connections, and blower assembly for proper operation. Completed comprehensive tune-up to ensure optimal system performance for the heating season.

Performed routine maintenance on two boilers. Conducted combustion analysis using Testo 310 analyzer, confirming proper oxygen levels between 17.7-18.6% and minimal carbon monoxide (1ppm), indicating efficient and safe operation of both units.

Responded to service call regarding furnace issues after frozen gas line incident. Upon inspection of the combustion assembly and blower motor, confirmed gas company had resolved the initial pressure problem. Performed courtesy check of system operation, verified proper gas pressures, and inspected components for potential damage caused by the freeze event. All systems now functioning normally.

Performed annual maintenance on 12+ year old boiler system. Found significant dust/frost accumulation on heat exchanger and ignition assembly. Cleaned components, checked electrical connections, and verified proper operation of safety controls. Recommended continued annual maintenance due to equipment age.

Performed complimentary electrical inspection of customer's panel box. Examined junction box connections, noting the condition of armored cable and wire terminations. Inspected main breaker panel, evaluating circuit breakers, wire connections, and labeling. All systems were documented with photographs for reference.

Performed diagnostic assessment on non-functioning boiler system. Inspected pressure regulator, expansion tank, and associated copper piping. Identified and resolved issue causing heat failure, successfully restoring system operation.

Completed routine heating tune-up service on Weil-McLain boiler system. Inspected all components including pressure gauge, valves, and connected piping. System was found to be in good working condition with no visible leaks or abnormalities in the heat exchanger assembly.

Performed annual maintenance service on residential furnace system. Inspected gas burner assembly and verified proper flame pattern and operation. All electrical components, control boards, and wiring connections were examined and found to be in good working condition with no issues detected.

Responded to no-heat service call. Diagnosed issue with heating system not producing adequate heat despite thermostat calling for heat (set at 74°F with actual temperature at 61°F). Verified thermostat was functioning correctly and sending proper signals to the furnace. Restored proper system operation and confirmed heating cycle completed successfully with temperature beginning to rise.

Responded to customer complaint of no heat in one room with a Daikin mini-split system. Inspection revealed severely clogged air filters causing restricted airflow. Removed, cleaned, and reinstalled filters, restoring proper system operation. Unit now maintaining proper temperature (82°F) per remote control verification.

Performed scheduled maintenance on GE tanked water heater located in basement. Inspected all connections including copper supply lines, drain valve with attached hose, and metal ventilation ductwork. Confirmed proper installation and functionality of unit with no immediate issues requiring repair.

Responded to emergency no-heat call for radiant boiler system installed less than 5 years ago. Diagnostic inspection revealed low water level in system as indicated by VAT Programmable Water Feeder control unit. Adjusted system pressure from 17 PSI to appropriate operating range and reset controller, restoring normal heat function.

Performed diagnostic assessment on underperforming boiler system that was struggling to maintain setpoint temperature. Inspection of the unit with front panel removed revealed proper operation of internal components including wiring, valves and motor assembly. System was serviced and adjustments made to improve heating response time and efficiency.

Responded to emergency no-heat call to find outdoor unit completely buried in snow, preventing proper operation. Cleared snow accumulation from unit and verified proper airflow. System resumed normal function with thermostat now accurately controlling heating cycle as confirmed by temperature reading of 72°F.

Performed annual heating maintenance on 10+ year old system. Combustion analysis readings showed acceptable efficiency of 82% with CO levels at 9 ppm. Also completed hot water tank maintenance on 5-year-old unit, bringing both systems to proper operating condition.