HVAC, Plumbing & Electrical Services in Barberton, OH

Replaced the UV-degraded service entrance cable (SEU) feeding the main panel. Installed a new service entrance feed from the meter socket, routed in PVC conduit along the exterior wall to the point of entry, with proper support and weatherproof fittings. Terminated the new conductors at the main panel, restoring a safe, code-compliant service feed.

Installed a dedicated furnace circuit from the main load center, routing flexible metal conduit and cabling through the basement ceiling joists and securing it with conduit clamps. Terminated the circuit at a junction box and connected it to the furnace, labeling the corresponding breaker in the panel directory.

Replaced the failed garbage disposal, which had a broken internal blade, with a new 3/4 HP quiet-technology unit. Removed the wye branch tailpiece that left the tubular 90 disconnected due to insufficient pipe length, installed a standard flange tailpiece, and reconnected the drain assembly. Tied the dishwasher discharge line into the new disposal and verified proper operation with no leaks.

Performed MVP furnace maintenance, inspecting the control board and associated wiring, including the heat, cool, humidifier, and 120V igniter terminals and connections. Conducted combustion analysis on natural gas using a Bacharach analyzer, with readings of 6.0% CO2, 10.2% O2, and 21 ppm CO, confirming safe combustion and operation within acceptable parameters.

Performed a recurring heating maintenance inspection, including electrical diagnostics with a true RMS clamp meter on the furnace control wiring, pressure switch, and inducer motor circuit. Inspected the burner and heat exchanger sections and found no visible rust, frost, or damage. Identified heavy dust and debris buildup on the blower wheel fins, which can restrict airflow and reduce efficiency, and recommend cleaning to maintain proper system performance.

Responded to an over-crank fault on an 11-year-old natural gas standby generator that had recently undergone scheduled maintenance. Opened the enclosure and inspected the air intake system, including the air filter element and housing, throttle body, and intake tubing, and reviewed the Evolution controller for fault status. Components were found clean and intact with no visible damage, corrosion, or debris, and the unit was left in a serviceable condition.

Performed annual furnace maintenance, including inspection of the gas valve assembly, wiring connections, inducer housing, and pressure switch, with no visible signs of corrosion, cracking, or damage. Conducted a combustion analysis on natural gas, recording CO at 23 ppm, CO2 at 8.2%, stack temperature of 109°F, and combustion efficiency of 94.5%, confirming safe and efficient operation.

Responded to a burst pipe leaking through two floors and located the failure at the corroded copper supply and valve assembly behind the access panel. Isolated the water supply, repaired the failed section of copper piping and fittings, and restored service. Documented the heavy corrosion on the adjacent piping and the water staining on the ceiling below from the leak.

Performed scheduled heating maintenance on a natural gas furnace, including inspection of the burner assembly, which showed stable, even blue flames across all burner ports, and verification of wiring and control board connections. Combustion analysis recorded O2 at 6.5%, CO at 32 ppm, CO2 at 8.1%, and 96.9% efficiency, indicating proper combustion. Noted teal/green corrosion residue at the gas pipe-to-valve threaded connection, recommended for monitoring and further evaluation.

Performed routine maintenance on a 14–17 kW standby generator, including removal of the access panels for inspection of the battery compartment and control panel. Load-tested the starting battery with a digital battery analyzer, which returned a good result (12.94 V, 557 CCA, 100% SOH/SOC) with no replacement needed. Verified battery terminal connections and general unit condition, and the generator was returned to standby operation.

Performed scheduled heating maintenance on a gas furnace, inspecting the burner assembly, gas valve and piping, inducer motor, condensate/PVC venting, and control board wiring. All components were found intact with no evidence of frost, rust, burn marks, or significant damage, and the unit was left in normal operating condition. Recommended monitoring the densely and loosely routed low-voltage and control wiring during future visits.

Performed annual maintenance on a 9-year-old natural gas furnace, including combustion analysis with a Bacharach analyzer, which showed O2 at 6.5%, CO at 50 ppm, CO2 at 8.1%, and steady-state efficiency of 94.7%. Tested the blower motor run capacitor with a clamp meter, and marked the capacitor and measured amp draw on the equipment panel for reference. Replaced the air filter per service request.

Performed annual maintenance on a 19-year-old gas furnace, including a combustion analysis with a Bacharach Fyrite InTech analyzer. Readings were within normal operating range at O2 12.6%, CO 10 ppm, CO2 4.7%, and 93.5% combustion efficiency. Inspection also documented visible rust and corrosion with crack-like surface deterioration on a furnace component, which is recommended for further evaluation given the age of the unit.

Performed annual maintenance on a one-year-old Lennox gas furnace with an AprilAire-equipped plenum, inspecting the unit, condensate/PVC venting, and ductwork with no visible damage, rust, or abnormalities noted. Removed and inspected the pleated air filter, which showed heavy dust and lint buildup, to ensure proper airflow and system efficiency.

Performed a tune-up on a 10-year-old gas furnace, inspecting the inducer motor, pressure switch, gas valve, manifold, burner assembly, and control board with associated wiring and relays. Verified secure electrical connections and sound wire routing, and found no visible rust, frost, or component damage. The unit was left in proper working condition.

Performed MVP cooling maintenance, including inspection and replacement of a heavily soiled return air filter that was restricting airflow. Opened the outdoor condensing unit and inspected the scroll compressor, refrigerant lines, and electrical wiring, and noted surface rust and moisture accumulation on the base pan. Condenser coil fins were checked for obstructions to maintain proper heat transfer and system efficiency.

Responded to a reported burst pipe with the water supply shut off, then inspected the exposed wall cavity and basement ceiling plumbing, which showed copper-to-galvanized transitions, corroded fittings, and water-stained framing. Isolated and repaired the failed section of supply piping, restoring the line to a leak-free condition. Water service was restored and the repaired connections were checked for leaks.

Performed a recurring cooling maintenance visit, including inspection and replacement of the dusty, discolored return air filter to restore proper airflow. Removed the condenser's outer casing and top panel to access the heavily soiled aluminum fin coil, then cleaned the coil to remove accumulated dirt and grime and improve heat transfer. Inspected the refrigerant line set and noted minor fin bending along the upper coil edge.

Performed seasonal cooling maintenance on the outdoor condenser unit, including inspection of the cabinet, fan assembly, and coil surfaces, and removal of accumulated leaf debris and dirt from around and beneath the unit to restore proper airflow. Verified the condition of the refrigerant line set insulation and electrical connections, and noted moss and algae growth on the condenser pad for the homeowner's awareness. Replaced the system air filter as part of the MVP cooling tune-up.

Performed annual heating maintenance on a 4-year-old gas furnace, including inspection of the ignition assembly, gas line connections, and wiring harness, which showed no visible damage, frost, or rust. Conducted a combustion analysis on natural gas with a Bacharach analyzer, recording a stack temperature of 97°F, 39.3% excess air, and 37 ppm CO to verify safe, efficient operation.