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 Homes in older parts of the city can still have aging drain lines, outdated water piping, or plumbing systems that have been patched together over several decades.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 Some older homes still operate on outdated panels that were never designed for modern electrical demand.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 September 2026.
The most recent job was on September 4, 2026.
Hurlburt Heating & Plumbing has completed 3,599 jobs in Eau Claire, WI in the last 12 months. The first job there was in October 2015.
Responded to no-cool complaint on 4-year-old system where AC was running constantly without cycling off. Performed comprehensive diagnostics on Honeywell Home thermostat (Model TH8321R1001) and system operation. Verified system was cooling properly but running extended cycles due to extreme outdoor temperatures and significant heat load on older home construction. Conducted system shutdown test which confirmed 2-degree temperature rise within minutes, indicating heavy thermal gain. Determined equipment was functioning as designed under high ambient conditions and explained normal operational parameters to customer.
Responded to a leaking shower faucet in a single-family residence with vintage green tile bathroom. Upon inspection, identified active leak at tub spout and cold water valve allowing water passage. Opened wall cavity to access plumbing system, exposing copper supply lines, brass fittings, and shut-off valves behind finished drywall. Assessed valve assembly and determined replacement parts required for proper repair. Completed diagnostic evaluation, documented conditions with photographs, and submitted parts order form to proceed with permanent repair of leaking cold side faucet and tub spout components.
Responded to no cooling complaint on mini-split system serving office area. Found indoor blower motor operational but outdoor unit not running. Diagnosed failed capacitor on outdoor condensing unit. Replaced defective capacitor, cleaned outdoor condenser coil, and tested system operation. Unit started successfully and achieved proper cooling with 15-degree temperature split across evaporator coil.
Completed installation of multiple plumbing fixtures throughout the residence, including new faucets for the kitchen, lavatory, and laundry room deck mount applications. Additionally installed a new toilet seat to complete the fixture upgrades. All installations were performed to manufacturer specifications with proper water supply connections and tested for proper operation and leak-free performance.
Responded to emergency water leak in basement where damaged pipe with gash was causing flooding into the home. Upon arrival, assessed the compromised supply line running from basement to kitchen sink and determined complete pipe replacement was necessary. Removed the damaged section and installed new piping from the basement through to the kitchen sink connection. Tested all connections and verified system integrity with no leaks detected upon completion.
Completed annual maintenance on both 11-year-old furnace and air conditioning systems with no operational issues identified. Corrected AC unit leveling by installing two additional support pads beneath the condenser. Performed comprehensive FR Maintenance protocol on both systems including inspection of internal components, electrical connections, blower assembly, and condenser fan operation.
Responded to service call for malfunctioning bathtub spout with inoperative shower diverter mechanism. Upon inspection, determined existing tub spout had failed and required replacement. Removed defective spout and installed new chrome-finished tub spout. Verified proper water flow and diverter operation upon completion.
Completed comprehensive maintenance tune-up on both the air conditioning system and furnace, with both units being three years old. Performed full system inspection, cleaning, and testing on the Lennox outdoor condenser unit and indoor heating system to ensure optimal performance and efficiency. Noted vegetation growth around the outdoor unit that may require periodic trimming to maintain proper airflow and clearance.
Responded to no cooling complaint on 2020 Nordyne R-410A split system. Found unit critically low on refrigerant with static pressure at 48 psig and operating pressures of 21.4 psig suction and 167.5 psig discharge, indicating severe undercharge with evaporator temperature at approximately 26°F and condensing temperature at 58.8°F. Electronic leak detection performed at evaporator coil showed low-level refrigerant presence, identifying indoor coil as primary suspected leak source. Upon system startup, compressor exhibited abnormal ticking noise, indicating potential mechanical failure and possible oil loss due to extended operation in undercharged condition. Leak confirmation could not be strengthened with refrigerant addition. Customer advised of critical system condition requiring either evaporator coil replacement and compressor evaluation or full system replacement, and requested estimate for permanent repair solution rather than temporary service.
Performed preventive maintenance on residential central air conditioning system and Mitsubishi mini-split unit. Both outdoor condensers were heavily plugged with debris and thoroughly cleaned to restore proper airflow. Cleaned mini-split filters and verified furnace air filter condition. Flushed drain lines on both systems with hot water and vacuumed mini-split drain line to clear blockages and ensure proper condensate drainage. Tested electrical components including capacitor and contactor on both units, all readings within manufacturer specifications. Verified system performance with temperature split measurements exceeding 20 degrees on both units, confirming adequate cooling capacity and refrigerant charge. Both systems operating properly with no deficiencies identified.
Completed comprehensive maintenance agreement service on two HVAC systems, performing thorough tune-ups on both furnaces and air conditioning units. Inspected all routine components per maintenance specifications, tested operational performance of heating and cooling functions, and verified all systems were operating within normal parameters with no deficiencies noted.
Responded to no cooling complaint on 5-year-old residential HVAC system. Upon inspection, discovered evaporator coil completely iced over, preventing proper heat exchange and airflow. System was shut down with thermostat fan set to "on" position to allow ice to melt naturally over 24-hour period before further diagnostic work could be performed. Provided preliminary estimate for suspected low refrigerant charge based on customer report of diminished cooling capacity throughout current cooling season compared to previous year's performance. Scheduled return visit for complete system diagnostic once coil has fully defrosted to accurately identify root cause of icing condition and determine appropriate repair solution.
Completed annual maintenance inspection on an 11-year-old ICP furnace under family rewards program. System operated normally with all electrical components testing within acceptable parameters: inducer capacitor rated 5 µF tested at 4.970 µF, and blower motor capacitor rated 15 µF tested at 15.6 µF. Performed combustion analysis which showed initial CO reading of approximately 110 ppm, stabilizing to 62 ppm after 15 minutes of runtime. Identified environmental concerns including two cat litter boxes positioned near the furnace and visible gaps in the furnace cabinet allowing dust and debris infiltration into the unit. Evidence of cat litter contamination observed inside cabinet with potential impact on burner and heat exchanger areas, though no operational failure present at time of service. Recommended sealing all cabinet gaps, relocating litter boxes away from equipment, improving housekeeping practices around furnace area, and monitoring combustion readings during future maintenance
Responded to return visit for 3-year-old Lennox system with intermittent no-cool condition where outdoor unit would not start despite proper thermostat signals. Upon arrival, outdoor unit failed to operate with thermostat calling for cooling. Inspected outdoor unit control board (ICM5156) and detected burnt odor emanating from the smaller circuit board. Disconnected and reseated thermostat wiring connections at control board terminals, which temporarily restored system operation. However, due to persistent burnt smell and intermittent failure pattern observed on multiple service calls, recommend replacement of outdoor unit control board to prevent future system failures and ensure reliable operation.
Completed plumbing inspection identifying loose toilet requiring repair. Installed new 4-inch PVC flange on concrete floor to secure toilet fixture. Took measurements for future shower bar installation in tiled shower area with subway tile pattern.
Responded to service call for outdoor air conditioning condenser unit experiencing operational issues. Diagnosed failed dual-value capacitor as the cause of system malfunction. Removed defective capacitor and installed new dual-value secondary start device from stock inventory. Completed full system operational testing following capacitor replacement, verifying proper compressor and fan motor startup, correct amperage draws, and normal cooling cycle operation. Unit restored to proper working condition with all components functioning within manufacturer specifications.
Completed comprehensive 8-12 point tune-up and maintenance on both air conditioning and furnace systems under preventative maintenance agreement. Both units are approximately 4 years old and operating within normal parameters. Performed standard inspection procedures, filter replacement program, system diagnostics, and all required maintenance tasks as documented on service forms for the Lennox outdoor condenser unit and indoor furnace system.
# HVAC Service Completed Responded to a no cooling call on a 5-year-old Ameristar air conditioning system. Upon arrival, confirmed the unit was not turning on or providing cooling. Performed diagnostic testing and determined the thermostat had failed and was not sending call signals to the system. Replaced the defective thermostat with a new unit. Verified proper operation of both the indoor air handler and outdoor condensing unit. System tested and confirmed operating within normal parameters with proper cooling output restored.
Responded to no cooling call on a 2002 Carrier air conditioning system at a rental property. Found outdoor unit humming but not starting, with condenser fan blades not operating. Diagnosed and replaced failed capacitor, restoring system operation. Performed basic repair as requested without full system evaluation.
Completed comprehensive annual maintenance on both air conditioning and furnace systems, approximately one year old. Performed full tune-up procedures on both units, including inspection, cleaning, and testing of all components. Both systems operating within manufacturer specifications with no deficiencies noted. Trimmed back hydrangea bushes that were encroaching on outdoor condensing unit to restore proper airflow clearance around equipment. Homeowner indicated landscaper will relocate plants permanently in the future.
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