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 Homes in older parts of the city can still have aging drain lines, outdated water piping, or plumbing systems that have been patched together over several decades.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 Some older homes still operate on outdated panels that were never designed for modern electrical demand.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 14, 2026.
Hurlburt Heating & Plumbing has completed 3,576 jobs in Eau Claire, WI in the last 12 months. The first job there was in October 2015.
Responded to a shower drain leak originating from the tub waste overflow assembly. Upon inspection, identified the leak at the strainer arm slip nut caused by an improperly installed gasket that had been positioned backwards. Disassembled the complete tub waste and overflow system, replaced all worn gaskets with new components, and reassembled the drain assembly to manufacturer specifications, eliminating the leak.
Responded to no cooling complaint on R-22 system over 10 years old. Initially found failed compressor run capacitor rated 30 µF measuring 0 µF and replaced with new capacitor to restore system operation. Upon startup, performed complete refrigeration circuit analysis which revealed critically low refrigerant charge. Recorded suction pressure at 52.3 psig with evaporator saturation temperature of 27.5°F and superheat of 49°F, liquid line pressure at 246.7 psig with condensing saturation of 116.1°F, liquid line temperature of 114.8°F, and subcooling of 1.3°F at 82°F outdoor ambient temperature. These readings indicated starved evaporator condition consistent with significant refrigerant loss and probable system leak. Verified off-cycle equalized pressure at 138 psig after 12-hour shutdown with 78°F ambient, confirming normal static pressure for R-22 but not confirming adequate system charge. Due to unavailability of R-22 refrigerant on service vehicle and severity of undercharge indicati
Completed annual air conditioning tuneup and preventive maintenance inspection on residential outdoor condenser unit. Performed comprehensive system checkout per maintenance agreement protocol, including visual inspection of equipment condition, verification of proper operation, and documentation of findings on standard service form. Unit found in normal operating condition with no deficiencies noted.
Completed comprehensive annual maintenance tune-up on 12-year-old residential HVAC system including both air conditioning condenser unit and gas furnace. Performed full system inspection per maintenance agreement protocol, verified proper operation of all components, checked refrigerant levels, cleaned condenser coils, inspected electrical connections, tested safety controls, and evaluated airflow through ductwork. All equipment found to be functioning within normal parameters with no immediate repairs required at this time.
Completed annual cooling maintenance on 24-year-old Amana HVAC system as part of Family Rewards agreement. Performed comprehensive AC tune-up including inspection of evaporator coil, which showed dust and debris accumulation on fins with visible oxidation on refrigerant lines consistent with system age. Verified refrigerant line connections, checked condensate drainage system, and inspected furnace cabinet and associated PVC venting. All components functioning within normal parameters with no current issues identified by customer or during inspection.
Performed comprehensive AC maintenance under agreement plan. Removed and cleaned condenser panels, which showed minor buildup; thoroughly soaked and cleaned outdoor unit exterior. Inspected inverter components with no issues identified. Replaced heavily soiled air filter and recommended increasing filter replacement frequency from six months to every three months for optimal system performance. Flushed evaporator coil drain line with 20 ounces of water and installed drain pan tablet to prevent algae growth and maintain proper condensate drainage.
Completed routine AC tune-up maintenance on York HVAC system with air handler located in basement and outdoor condensing unit. Performed comprehensive system inspection, washed and tested outdoor unit, verified all electrical components within manufacturer specifications, and confirmed proper system operation. Customer had recently replaced air filter prior to service visit.
Responded to callback for burning smell and no cooling complaint on warehouse A/C system following recent belt and filter replacement. Upon arrival, thoroughly inspected electrical connections, belt tension and alignment, and all mechanical components. Started unit and monitored operation for 20 minutes. System operated normally with proper cooling performance verified at 33.5°F supply air temperature and 117.3°F return air temperature. No burning odor detected during inspection or operation. All components functioning within normal parameters. Advised to monitor system and contact if issues recur.
Responded to A/C repair callback on 1996 Goodman air conditioning system. Previous technician had replaced run capacitor, which restored operation temporarily, but unit failed again the same night. Upon arrival, found condenser fan motor locked up. Tested capacitor and confirmed within specification. Checked fan motor windings and measured approximately 100–250 ohms, indicating motor failure. Identified severe crimp in suction line between indoor and outdoor units, which restricts refrigerant flow and contributes to poor system performance. Given the age of the equipment (27 years old) and multiple component failures, recommended system replacement evaluation. Comfort advisor scheduled to provide replacement quote. During inspection, also observed leaking CPVC plumbing requiring attention. Plumbing advisor scheduled for separate quote on piping repairs. Documented conditions with photographs showing corroded plumbing components and mechanical space configuration.
Responded to a no cooling call on a 10+ year old system. Upon arrival, found the outdoor unit fan motor not operating and producing a humming noise. Diagnosed a failed dual run capacitor preventing the condenser fan motor from starting. Replaced the defective capacitor with a new unit rated to manufacturer specifications. Verified proper fan operation, checked amperage draws on both compressor and fan motor, and confirmed system cooling normally. Unit returned to full operational status.
Responded to kitchen sink leak originating from malfunctioning garbage disposal unit. Upon inspection, found disposal motor buzzing and water actively leaking from the unit into the cabinet below. Removed failed disposal and installed new Badger 5 garbage disposal unit, reconnected plumbing connections, tested system for proper operation and verified no leaks present.
Responded to insurance claim for washing machine water leak. Initial inspection revealed supply line installed without washer, causing massive leak behind unit. Removed both supply lines, installed two new washers, and temporarily capped washing machine valve to allow water restoration company safe access to work area. Return visit completed full reconnection of washing machine with properly installed washers in both supply lines. Tested system under pressure with valve open—no leaks detected. Issue resolved.
Responded to no cooling call on aging HVAC system with known refrigerant leak that was recently recharged by another contractor. Performed system evaluation and documented existing furnace and air conditioning equipment with detailed photographs of mechanical room installation, including ductwork, copper refrigerant lines, and current equipment configuration. Coordinated with service advisor to schedule replacement estimate consultation, as customer expressed strong interest in complete system replacement rather than continued repairs to aging equipment.
Completed Family Rewards cooling maintenance visit on aging Carrier air conditioning system with gas furnace. Performed comprehensive AC tuneup including filter replacement and thorough washing of outdoor condensing unit. System evaluated and found to be operating within normal parameters for equipment age. No deficiencies or repairs required at this time.
Responded to a service call for a leaking bathtub drain assembly where water was escaping from the PVC connection point at the tub. Upon inspection, determined that the existing drain installation required reconstruction to achieve a proper seal. Disassembled and reinstalled the tub drain assembly, ensuring all PVC connections were properly fitted and secured. Applied fresh silicone sealant around the drain perimeter to create a watertight seal and prevent future leakage.
Completed tub drain assembly replacement to address failing drainage system. Removed existing drain components and installed new chrome drain cover and overflow assembly. Tested system for proper water flow and verified all seals to prevent future leaks.
Completed annual plumbing inspection as part of pre-paid maintenance program. Thoroughly examined all accessible plumbing systems, fixtures, water supply lines, drain lines, shut-off valves, and connections throughout the property including basement mechanical room. Inspected copper supply piping, brass valves, gas shut-off mechanisms, and older existing water lines for proper operation, leaks, corrosion, and code compliance. Documented current condition of plumbing infrastructure with photographic evidence showing mix of newer and aging components. Provided comprehensive estimates for recommended future repairs and upgrades to address identified maintenance items.
Completed annual air conditioning tune-up and preventive maintenance per agreement. System operational with no major issues found. During inspection, discovered outdoor unit capacitor reading out of manufacturer specifications, which will require replacement to prevent future compressor failure. Left voicemail and sent estimate for capacitor replacement approval, as customer was unavailable during service call.
Completed annual cooling maintenance and AC tune-up for Family Rewards Club member as part of preventative maintenance agreement. Performed comprehensive system inspection, checked refrigerant levels, cleaned condenser coils, verified electrical connections, tested thermostat operation, and inspected all system components per manufacturer specifications. No issues identified during inspection; system operating within normal parameters and ready for cooling season.
Installed calcite neutralizer system and repiped water treatment equipment in proper sequence: nitrate filter, neutralizer, water softener, then to house supply. Reconfigured existing system layout by swapping unit order to optimize water treatment process and ensure correct filtration staging for residential water quality improvement.
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