HVAC, Plumbing & Electrical Services in Barberton, OH

Completed a complete system replacement, converting the existing gravity-type furnace and air distribution to a forced-air furnace and air conditioning system, with asbestos-containing materials removed as part of the changeover. After installation, verified system performance with a digital manometer for static pressure and a thermometer for supply duct temperature readings, confirming proper operation.

Diagnosed a no-heat condition on a 22-year-old gas furnace and identified a failed hot surface igniter as the cause. Replaced the igniter, cleaned accumulated dust and lint from the cabinet and vent slots, and inspected the PVC vent connection and surrounding ductwork. Verified proper ignition sequence and heat output at completion.

Diagnosed a leak at the kitchen sink drain and replaced the cracked PVC drain pipe, reassembling the slip-joint connections with new fittings to restore a watertight seal. Checked the adjacent drain and supply connections for additional leaks and confirmed proper drainage and no leakage under normal operation.

Diagnosed and repaired a leak at the under-sink drain assembly, where residue and staining indicated seepage at the P-trap slip-nut connection. Disassembled and inspected the trap and tailpiece joint, then reseated and secured the slip-nut fittings to restore a watertight seal. A collection bucket was placed beneath the trap to contain drainage during the repair.

Performed annual furnace maintenance, including inspection of the upflow unit, supply ductwork, and condensate drain piping. Removed and inspected the return air filter, which showed light dust loading, and verified the unit and surrounding area were clear of obstructions for proper airflow and service access. Confirmed system components were in serviceable condition and ready for the heating season.

Diagnosed a no-heat condition caused by ignition failure, with the furnace completing three trial-for-ignition attempts before entering lockout. Inspected the flame sensing/ignition components and found the sensor rod discolored with carbon buildup, which prevented reliable flame proving. Serviced the affected component to restore proper operation and verified the furnace completed a full ignition sequence with stable flame and normal heating operation.

Diagnosed a continuously running toilet and found a corroded fill valve with a rusted float arm and weathered float ball, along with a worn flapper and heavy rust and mineral buildup in the tank. Replaced the fill valve and flapper, adjusted the water level and refill tube, and tested the flush cycle to confirm the toilet shuts off properly with no further running.

Performed seasonal heating maintenance on a 9-year-old gas furnace, including inspection of the flame sensor, inducer assembly, and internal cabinet components. Used a true RMS clamp meter to test electrical continuity and resistance of the ignition/flame sensing circuit and verified proper readings. Unit is operating normally with no renewal required.

Replaced the failed basement ejector pump after the unit tripped its reset and could no longer discharge. Opened the floor and wall to access the sump basin, removed the heavily sediment-fouled basin cover, pump, and float switch, and reinstalled the new pump assembly with the discharge piping, check valve, and rubber coupling secured. Restored power and confirmed the system is ready to serve the basement washer and toilet.

Inspected the under-sink drain assembly that had separated and been reassembled, and found multiple leaking joints due to improperly seated components and worn connections. Disassembled the P-trap and associated fittings, replaced compromised parts, and reconnected the assembly with properly aligned slip joints and fresh washers. Pressure-tested by running water and verified all connections were dry and leak-free.

Installed a new 90% AFUE gas furnace with matching A-coil/air handler cabinet and R-454B air conditioning system, including PVC condensate and venting connections, refrigerant line set, and galvanized supply plenum with sealed duct transitions. Integrated the existing whole-home accessory unit, verified electrical and control wiring, and confirmed all equipment labeling and safety placards are in place.

Performed an on-site replacement estimate for a no-heat condition on an aging belt-drive furnace located in the basement utility area. Inspection revealed a weathered, corroded cabinet, a dated blower assembly, and heavy rust on adjacent piping and fittings, confirming the unit has exceeded its serviceable life and is a candidate for full replacement. Replacement options were presented, and the customer intends to pursue financing through their own bank.

Responded to a no-heat call on a Lennox gas furnace installed in 2024, located in a basement utility space with limited front-panel access. Inspected the unit, including the gas supply piping, electrical conduit and junction box, condensate/PVC drain line, and ductwork connections, and performed diagnostic testing to determine why the furnace was not initiating a heat cycle. Documented the equipment condition with photos, and the system remains under the manufacturer's warranty.

Cut the existing CPVC water supply lines below the shut-off valves and transitioned to new copper piping using push-fit (SharkBite) couplings, installing new ball valves on the hot and cold supplies. With the wall open for full access, replaced the tub trim and tub spout and sealed around both with fresh caulk to restore a watertight finish.

Diagnosed a constant water stream at the shower and opened the wall behind the tub to access the supply piping and valves. Inspected the single-handle shower valve and tub spout with diverter, noting a deteriorated caulk seal at the spout wall joint and a worn, tarnished valve trim plate, and completed repairs to stop the continuous flow.

Installed a dedicated furnace branch circuit by running armored (MC) cable from the main service panel through the basement and along the ductwork in the attic to a new disconnect/receptacle at the furnace location, secured with clips at proper intervals. Terminated the new circuit on a dedicated breaker in the panel, sized for the equipment's rated load, and verified proper voltage, grounding, and polarity before returning the unit to service.

Inspected the unfinished basement to trace the source of reported water intrusion and found rust-colored staining, mineral efflorescence, and moisture streaking on the poured concrete wall, indicating active or recurring seepage. Evaluated the area for a possible supply, drain, or shower-related leak and documented the affected wall section with photos, and recommended further leak isolation or moisture testing to confirm the source and prevent continued water damage.

Performed scheduled heating maintenance and measured static pressure across the duct system with a digital manometer, recording a reading of 12.05 inH2O. Inspected the blower assembly and found a heavy accumulation of dust and debris on the squirrel-cage wheel and housing, along with wear and discoloration at the motor shaft hub, mineral deposits on the plastic housing, and surface rust on adjacent metal components. Recommend cleaning the blower wheel and housing and monitoring the shaft, hub, and motor assembly for continued wear.

Removed the existing gas-fired water heater and installed a new 40-gallon Bradford White unit backed by a 10-year manufacturer warranty, reconnecting the gas supply, flue venting, and water lines. Installed a new ball valve and thermal expansion tank to protect the system from pressure buildup, and replaced the cold line saddle valve with a new 1/4" valve for a proper, leak-free connection.

Installed a new 80% AFUE gas furnace and connected it to the existing supply plenum and ductwork, sealing transition seams with foil tape. Routed and secured the flue vent pipe, connected the gas supply with a shutoff ball valve, and wired the furnace through flexible conduit to the service disconnect switch.