Since 1959 Hurlburt, we make it our mission to keep your home comfortable and protected.

Heating calls in Eau Claire come with a wide mix of systems because the city has homes from nearly every era. Older neighborhoods like East Hill and Third Ward still have boiler systems, radiant heat, and homes that were never originally designed for central air. Meanwhile, many mid-century homes throughout Eau Claire still rely on aging forced-air furnaces that struggle to keep up during long Wisconsin winters.
We see a lot of airflow issues, aging heat exchangers, undersized ductwork, and systems that have simply reached the end of their lifespan. During sub-zero stretches, those problems become obvious fast.
Eau Claire summers can get surprisingly humid, especially near the Chippewa River and lower areas around Half Moon Lake. That humidity puts extra strain on older AC systems, particularly in homes that were not originally built with central air.
We work on a lot of mid-century homes where the ductwork was designed for heating first and cooling second. That often leads to uneven temperatures, weak airflow upstairs, and systems that cannot keep up during July heat waves.
Plumbing problems in Eau Claire often come down to age, freezing temperatures, and older infrastructure. Homes in older parts of the city can still have aging drain lines, outdated water piping, or plumbing systems that have been patched together over several decades.
During Wisconsin winters, frozen pipes and sump pump failures become common calls, especially during freeze-thaw cycles. We also see a steady demand for water softeners and water filtration systems throughout the Eau Claire area.
Older Eau Claire homes often have tight mechanical spaces and aging plumbing layouts that require experience to service properly.
If you are dealing with leaks, drain backups, or sump pump problems, we can help, call (715) 227-4145 today or connect with Hurlburt online to schedule service.
Electrical systems across Eau Claire vary just as much as the housing stock itself. Some older homes still operate on outdated panels that were never designed for modern electrical demand. We regularly see overloaded circuits, insufficient panel capacity, and aging wiring in homes built before the 1970s.
At the same time, newer neighborhoods are adding EV chargers, smart home systems, generators, and additional electrical loads that require upgraded infrastructure.
The dry winters and humid summers in Eau Claire create year-round indoor air quality challenges. During the winter, many homes become extremely dry once the furnace runs constantly. In the summer, excess humidity can leave the house feeling sticky even when the AC is operating.
A lot of homeowners also deal with dust buildup, pet dander, and poor airflow, especially in older homes with aging duct systems.
The right humidity and filtration setup can make a noticeable difference throughout the year. Call (715) 227-4145 today or connect with Hurlburt online to improve your comfort.
We are already working throughout Eau Claire every single day. This is not a secondary service market for us. It is where our company has operated for generations.
You have likely seen us at the Chippewa Valley Home Show, sponsoring the Fairfax Pool or Hobbs Ice Arena, or on WEAU 13 News during the Morning Connection segments where we share seasonal homeowner tips.
Hurlburt Heating & Plumbing has completed 20 jobs in Eau Claire, WI in August 2026.
The most recent job was on August 11, 2026.
Hurlburt Heating & Plumbing has completed 3,573 jobs in Eau Claire, WI in the last 12 months. The first job there was in October 2015.
Completed scheduled maintenance plan furnace inspection on 16-year-old Ruud and 50-year-old York HVAC systems with no reported issues. Replaced air filter and cleaned flame sensor with scotch bright pad to ensure optimal ignition performance. Verified inducer capacitor operation and inspected heat exchanger and pressure switch tubing for proper function. Checked outdoor unit terminations for debris, spiderwebs, and vegetation obstruction, removing one small tree growing near the exhaust vent to maintain proper clearance. Verified both first and second stage heating operation, confirming all systems functioning within normal parameters.
Responded to no cooling complaint on residential air conditioning system. Upon inspection of outdoor condensing unit, found compressor with severely deteriorated terminals and significant internal corrosion. Compressor terminals were non-existent due to age and environmental damage. Given the extent of deterioration, age of existing equipment (10+ years), and cost-effectiveness of repair versus replacement, recommended complete system replacement rather than compressor replacement alone. Customer approved full unit replacement. Removed old condensing unit and installed new outdoor air conditioning unit. Completed all refrigerant line connections, electrical wiring, and system startup. Verified proper operation of new equipment with system running and cooling effectively. System now operational and providing adequate cooling to residence.
Completed annual cooling maintenance on residential AC system as part of rewards membership agreement. During inspection, discovered significant long-term condensate intrusion issue on 2015 Rheem furnace originating from combustion air intake piping, causing moisture accumulation in blower compartment affecting blower deck and control board. Previous technician had recommended complete vent re-piping; instead installed Fernco-style drain-enabled fitting on intake pipe with braided drain tube and verified proper drainage function by water testing at outdoor intake. AC system (replaced 2022 or 2024, exact year unconfirmed) showed acceptable performance at time of service with normal operating pressures and 19-20°F temperature split across evaporator coil. However, homeowner reported annual refrigerant loss requiring repeated additions, with previous service company identifying suspected evaporator coil leak. Despite normal readings during current visit, historical refrigerant loss patter
Responded to emergency no-cool call at commercial auto body shop with water leaking through ceiling tiles in main office area. Found approximately 30-year-old RUUD unitary R-22 rooftop system with completely frozen suction line and evaporator coil causing active water damage to ceiling tiles and flooring. Initial diagnostic readings at 93°F outdoor ambient showed abnormal 120 psig on both suction and liquid lines. Inspection revealed condenser coil heavily plugged with grass clippings and debris, severely restricting heat rejection, along with dirty 20x20x1 filter that had not been serviced in approximately three months, causing critical airflow restriction. Performed thorough condenser coil cleaning to remove debris buildup and replaced dirty air filter. Allowed frozen coil to thaw completely before restart. Upon system restart, monitored performance and recorded only 12-13°F temperature split after 15-minute runtime, confirming significant underperformance typical of aged equipment
Completed scheduled cooling system tune-up and preventive maintenance on 7-year-old Nordyne system per Family Rewards Club agreement. Performed comprehensive inspection of outdoor Frigidaire-branded condenser unit and indoor furnace system. Conducted standard maintenance procedures including refrigerant level verification, electrical connection inspection, condenser coil cleaning, and airflow assessment. All components operating within normal parameters with no deficiencies noted. System tested and confirmed ready for cooling season operation.
Responded to service call for toilet that was continuously running water. Upon inspection, diagnosed faulty fill valve as the source of the problem. Removed defective fill valve and installed new Pro 45 fill valve assembly, restoring proper operation and eliminating continuous water flow.
Responded to service call for blower motor running continuously on 1-year-old Lennox AC system. Upon inspection, determined thermostat fan setting was configured to "ON" position rather than "AUTO" mode. Adjusted thermostat setting to AUTO to resolve continuous blower operation and provided homeowner instruction on proper thermostat operation. Additionally noted customer concerns regarding non-functional baseboard heaters in living room and bathroom; coordinated electrician follow-up for separate electrical issue as this falls outside HVAC scope of work.
Responded to no cooling complaint on 10-year-old residential air conditioning system. Upon arrival, found system completely empty of refrigerant charge. Performed leak detection testing by introducing trace amount of refrigerant into sealed system. Testing confirmed primary leak location at indoor evaporator coil assembly. Documented findings with photos of equipment installation. Provided customer with repair recommendations including evaporator coil replacement, system evacuation, and refrigerant recharge to manufacturer specifications.
Installed customer-supplied chrome kitchen faucet with dual handles and side sprayer attachment on double-basin stainless steel sink. Verified proper water flow, tested for leaks, and ensured all connections were secure beneath the sink cabinet.
Responded to service call for toilet that was constantly running. Diagnosed issue as failed flush valve gasket on Mansfield toilet. During inspection, discovered water heater was also leaking. Replaced flush valve gasket to resolve running toilet issue. Subsequently installed new 50-gallon natural gas power vent water heater to address the leaking unit.
Completed comprehensive plumbing inspection of residential property. Investigated reported issue with downstairs faucet experiencing continuous running and dripping after shutoff. Inspected bathroom fixtures including tub/shower valve assemblies with brushed nickel finishes and Kohler shower valve trim. Documented condition of all plumbing fixtures and captured photographic evidence of installations for service records.
Responded to no-cool complaint on 27-year-old R-22 split system. Performed diagnostic testing at 80°F outdoor ambient temperature, measuring liquid line pressure at 135 psig and suction pressure at 21 psig. System equalized to only 49 psig when shut down, indicating critically low refrigerant charge and probable significant refrigerant loss. Operating pressures confirmed system is severely undercharged and not functioning within acceptable parameters. During comprehensive system inspection, performed furnace evaluation and discovered cracked heat exchanger approximately 1–2 inches in length at burner inlet. Conducted visual verification using inspection camera and documented findings with photography. Due to safety hazard posed by compromised heat exchanger, red-tagged furnace and removed unit from service per safety protocols. Reviewed findings with homeowner using real-time camera inspection to show heat exchanger damage. Explained that both air conditioning system's poor operating
Responded to a plumbing service call to replace malfunctioning washing machine shut-off valves in a utility area. Removed the old broken hot and cold water supply valves and installed two new brass washing machine shut-off valves, restoring proper water control for the appliance. All connections were tested for leaks and confirmed operational upon completion.
Responded to a water pressure issue causing flooding around the water heater and utility systems. Upon inspection, identified that the property lacks a pressure reducing valve (PRV), resulting in fluctuating water pressure between 60-86 psi throughout the home. The excessive pressure was causing the temperature and pressure relief valve on the tanked water heater to discharge intermittently, leading to water spillage in the utility room. Documented the existing plumbing configuration, including the water heater installation and associated piping systems. Provided estimates for installing a PRV to regulate incoming water pressure and prevent future T&P valve discharge incidents.
Responded to a slow-draining bathroom tub issue caused by a deteriorated overflow assembly. Removed the old overflow and drain components and installed new replacement parts to restore proper drainage function. System tested successfully upon completion with water now draining at normal rate.
Responded to service call for upstairs toilet not filling with water. Upon arrival, found fill valve assembly stuck against side of toilet tank, preventing proper operation. Repositioned fill valve to correct position within tank. Verified toilet was filling properly and flushing normally with all components functioning as designed.
Responded to a water leak under the kitchen sink caused by a failed basket strainer. Removed the defective basket strainer assembly and installed a new Domar brand replacement unit, ensuring proper sealing to prevent further leakage. The new strainer was tested and confirmed to be functioning without any leaks.
Responded to main drain backup caused by plugged inlet on sewer tank. Cleared blockage by breaking up accumulated toilet paper at inlet, restoring proper drainage and flow to the system.
Responded to emergency call for severely clogged toilet causing active overflow and water damage in bathroom area. Upon arrival, assessed the situation and determined complete blockage in toilet trap. Utilized toilet auger to effectively clear the obstruction and restore proper drainage function. Verified toilet flushed properly with no further leaking or overflow issues. Left fixture in operational condition.
Responded to emergency water leak in basement with active flooding. Upon arrival, found supply line had completely detached from shut-off valve, causing continuous water discharge through basement vent despite main water supply being shut off to home. Secured the disconnected supply line and properly reconnected it to the shut-off valve, restoring proper connection and stopping the leak. Verified system integrity and confirmed no further water discharge. Documented conditions of affected bathroom area and basement with photographs showing finished bathroom space and unfinished basement with exposed joists and mechanical systems.
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