Heating, Cooling, & Plumbing Services in Mequon, WI

Inspected two Rheem commercial tank-type water heaters reporting fault codes, verifying the digital control displays, gas control valves, electrical connections, and associated copper and PVC piping. Equipment appeared intact with no frost or rust on the units, though a brown/orange mineral stain was noted on the concrete beneath the pipe fittings, indicating possible minor leakage or corrosion at the connections that should be monitored.

Inspected the Lennox gas furnace and associated supply ductwork in response to reduced airflow at two rooms, verifying sealed duct seams, PVC venting and condensate piping, and gas line connections with no visible damage or obstruction. Noted standing water on the basement floor near the furnace, and recommend further evaluation of the condensate drain and airflow balancing to restore adequate delivery to the affected rooms.

Replaced the failed heat exchanger on the natural gas furnace and restored the unit to proper operation. Post-installation combustion analysis was performed at the flue, confirming safe and efficient performance with a stack temperature of 92.5°F, 94.8% efficiency, CO2 at 4.70%, and CO at 23 ppm, along with an ambient CO check of 0 ppm in the living space.

Performed an on-site assessment for installing a new gas line to a range, evaluating the existing overhead pathway above the drop ceiling and in the basement utility area. Inspected the exposed joist space and surrounding piping, conduit, and ductwork to identify a viable routing path and potential obstructions. Documented existing conditions with photos to support material takeoff and installation planning.

Responded to a no-heat call with a non-powering thermostat and inspected the furnace control board, low-voltage wiring, and terminal connections at the unit. Verified control voltage between R and C, checked for loose or improperly routed thermostat wiring, and tested with a clamp meter to isolate the cause of the power loss to the eco+ thermostat. Corrected the low-voltage wiring issue, restored power to the thermostat, and confirmed proper call for heat and normal furnace operation.

Installed a 3/4" black iron gas line to the stove location, routed through the wall cavity and terminated with a brass fitting and elbow connection to a flexible appliance connector. Sealed the pipe penetration through the framing with foam sealant to close the opening around the line.

Assessed the basement area for installation of a new bar sink, noting an existing floor drain and exposed concrete slab nearby that may serve as a connection point for drainage. Evaluated access for water supply and waste/vent routing and prepared a fixture installation estimate based on site conditions.

Conducted an on-site evaluation for replacement of an existing Carrier WeatherMaker Infinity high-efficiency natural gas furnace located in the basement mechanical area, with an associated Space-Gard air cleaner and galvanized supply trunk. Inspected the PVC vent and condensate piping, noting damp concrete flooring and staining near the condensate drain run and adjacent water treatment tank, and documented existing equipment condition with photos to support the replacement proposal.

Performed a furnace replacement estimate after the heat exchanger failed, requiring the unit to be shut down for safety. Inspected the furnace and surrounding installation, noting heavy rust staining and concrete deterioration near the condensate/drain line termination point at the floor, indicating prolonged moisture exposure. Evaluated the system for replacement and documented conditions with photographs.

Performed a furnace tune-up, inspecting the burner assembly, gas valve, inducer motor, blower housing, pressure switch, and wiring connections, and verifying that the PVC venting and gas piping were secure and free of leaks, corrosion, or damage. The system was found in good operating condition with no deficiencies noted.

Performed a scheduled furnace tune-up under a prepaid maintenance agreement, including removal of the access panel and inspection of the burner compartment, control wiring, and terminal connections. Cleaned the flame sensor to restore reliable flame rectification, and inspected and cleaned the blower wheel to remove accumulated dust and residue for improved airflow and efficiency. Reassembled the unit and verified proper operation.

Assessed the existing sump pit and primary system for the installation of a battery backup sump pump. Inspected the current submersible pump, PVC discharge piping, check valve assembly, and float switch to determine compatibility and placement for the backup unit, and documented pit conditions including sediment buildup and standing water.

Assessed the site for a new gas line to the kitchen range and inspected the existing black iron piping, finding a capped threaded termination within the wall cavity adjacent to the concrete wall. Documented the cap, fittings, and joint condition (including mineral residue at the threads) and marked the pipe routing for the proposed extension, pending verification of capacity and code-compliant installation.

Performed an on-site estimate for replacement of the existing Bryant oil-fired furnace (Beckett burner) with a new oil furnace, inspecting the unit, flue connection, and ductwork, which showed dust and soot accumulation and discoloration. Also evaluated conversion options from oil to LP, since no natural gas service is available at the property, and documented equipment conditions with photos for the replacement proposal.

Inspected the reported leaking exterior spigot and traced the supply line into the adjacent wall framing cavity, where the copper supply piping and fittings were visually examined for signs of leakage, corrosion, or failed connections. Documented the condition of the exposed copper piping and joints, noting the aged finish and surrounding framing, to identify the source of the leak and determine the appropriate repair.

Diagnosed a reported hose bib leak and inspected the associated plumbing fixtures. The toilet tank assembly was also examined, revealing a worn, discolored rubber flapper, a corroded flush chain and lever arm, and mineral buildup on the fill valve and refill tube. Findings were documented with photos for further repair recommendations.

Performed an on-site evaluation for a full system replacement of an aging natural gas furnace located in the basement and a non-operational outdoor air conditioning condenser that has been inoperative for over a year. Inspected the existing furnace, plenum, and ductwork configuration, and documented the condenser, electrical disconnect, and surrounding site conditions, noting heavy vegetation growth around the unit and cracking in the basement block wall. Provided a replacement estimate for a new furnace and AC system.

Inspected the oil-fired furnace equipped with a Beckett burner assembly to verify the completeness of the prior seasonal tune-up and confirm safe operation. Visually evaluated the burner, control wiring, flue connection, and cabinet interior, finding no signs of frost, ice, or significant rust. The unit was found in serviceable condition and ready for heating use.

Conducted on-site evaluation of existing sump pump discharge system to provide estimate for installation of above-ground winter diverter assembly. Assessed current configuration including PVC discharge piping mounted along basement wall with proper bracketing, functional sump pump unit with dual pit covers, and electrical connections. Examined exterior discharge point where sump line exits foundation and terminates at lawn area adjacent to driveway to determine optimal diverter placement and routing requirements for seasonal drainage management. Documented basement installation and exterior discharge location with photographs for estimate preparation.

Responded to no-heat call on heating system over 10 years old with reported hole in unit and carbon monoxide concern. Upon arrival, performed comprehensive system diagnostics using digital multimeter to test electrical components and verify proper voltage readings throughout the control circuit. Measured voltage at burner assembly and control module, obtaining readings of 490-502 volts AC, indicating proper transformer output to gas valve and ignition system. Conducted thorough visual inspection of heat exchanger and burner assembly for cracks, holes, or deterioration that could allow carbon monoxide leakage into living space. Examined all accessible sections of heat exchanger, flue pipe connections, and combustion chamber for structural integrity. Inspected flexible flue coupling and metal clamp connections for proper seal and secure attachment to white cylindrical vent pipe. Tested all safety controls including limit switches, flame sensor, and pressure switches to ensure proper op