Hudson’s housing market looks very different from many communities across western Wisconsin. Near Historic Downtown Hudson, the Octagon House Museum, and the St. Croix River, you’ll find homes that have stood for generations. Travel toward County Road F, County Road A, Heritage Greens, or the Troy Burne area, and you’ll see neighborhoods built within the last two decades featuring advanced Air Conditioning and Heating systems, smart home technology, and increasingly sophisticated electrical infrastructure.
That variety creates very different service needs from one property to the next. On any given day, our technicians may be servicing a boiler in an older riverfront home, installing a whole-home generator in a newer subdivision, or helping a homeowner improve humidity control in a house overlooking the St. Croix Valley. Understanding how Hudson has grown allows us to make recommendations that fit the specific home rather than offering a one-size-fits-all solution.
When homeowners in Hudson call about cooling problems, temperature is often only part of the story. Humidity plays a major role in how comfortable a home feels, particularly for properties located closer to the St. Croix River, North Hudson, and other lower river valley areas. Even when temperatures remain reasonable, excess moisture can leave a home feeling uncomfortable and force air conditioning systems to work harder than necessary.
Many homeowners assume they need a larger air conditioner when the real issue is humidity management, airflow design, or aging equipment that is no longer operating efficiently. We regularly help homeowners improve comfort while reducing energy usage by addressing the actual cause of the problem.
Whether your air conditioner struggles to keep up, certain rooms stay warmer than others, or humidity becomes a constant frustration, our team can help identify the right solution.
Hudson homeowners deal with two very different air quality challenges throughout the year. During the summer, humidity can make homes feel damp and uncomfortable. During the winter, months of furnace operation can leave indoor air excessively dry, affecting comfort throughout the home.
Many homeowners are surprised by how much indoor air quality impacts their day-to-day comfort. Dust buildup, inconsistent humidity levels, pet dander, and poor airflow often contribute to issues that homeowners mistakenly blame on their heating or cooling equipment.
The right combination of filtration and humidity control can improve comfort, protect furnishings, and help AC and Heating equipment perform more efficiently throughout the year.
Anyone who has spent a winter in Hudson understands how quickly conditions can change. One week may bring relatively mild temperatures, while the next delivers subzero wind chills and significant snowfall. Those rapid weather swings place tremendous stress on heating equipment and expose weaknesses that may have gone unnoticed earlier in the season.
For many Hudson residents, reliability is just as important as efficiency. A large percentage of local homeowners commute daily along Interstate 94 into Minneapolis or St. Paul. Nobody wants to return home after a long day to discover the furnace stopped working hours earlier. That is why preventative maintenance and proactive system upgrades remain such a priority throughout the area.
Whether you’re maintaining an existing system or evaluating replacement options before winter arrives, we can help you make a confident long-term decision.
Hudson’s continued growth has created increasing demand for electrical upgrades. Newer homes often include electric vehicles, home offices, smart home systems, advanced Heating and Air Conditioning equipment, and entertainment systems that place greater demands on electrical infrastructure than homes built decades ago.
We continue to see strong demand for panel upgrades, backup generators, surge protection, and EV charger installations throughout neighborhoods like Willow River, Troy Burne, Stone Pine, and newer developments along County Road F. Many homeowners are choosing to make these upgrades proactively rather than waiting for electrical limitations to become major problems.
Whether you’re planning future upgrades or dealing with an existing electrical concern, our team can help ensure your system is ready for today’s demands.
Many Hudson homes feature finished basements, updated living spaces, and valuable personal property that can be vulnerable to water damage. Between spring storms, heavy rainfall, frozen pipes, aging water heaters, and sump pump failures, plumbing issues can become expensive very quickly if not addressed promptly.
We regularly help homeowners protect their homes through preventative plumbing improvements, water quality upgrades, and fast repairs when problems occur. Whether you’re in a newer development or an older home near downtown, protecting your plumbing system helps protect the value of your property.
From water heater replacements and filtration systems to emergency leak repairs and sump pump installations, we help homeowners prevent small problems from becoming major repairs.
Hurlburt Heating & Plumbing has completed 20 jobs in Hudson, WI in July 2026.
The most recent job was on July 29, 2026.
Installed customer-supplied kitchen faucet in double-basin stainless steel sink, replacing existing fixture. The new brushed stainless steel faucet features a high arching spout with side-mounted sprayer attachment, providing modern functionality and improved water delivery to both sink basins.
Replaced and installed Kohler shower valve in basement utility area. Completed rough-in plumbing installation with copper pipe connections and PEX transitions, ensuring proper valve operation and secure mounting within exposed wall framing.
Responded to service call for leaking outdoor hose bibb mounted on exterior brick wall. Upon inspection, confirmed active water leak from the existing fixture. Removed the deteriorated hose bibb and installed new replacement unit with proper sealing to prevent future leaks. Tested new installation to verify proper water flow and confirmed no leakage at connection points.
Responded to a toilet leak that required shutting off water to the home. Upon inspection, discovered the fill valve was not properly secured and the angle stop valve was not fully closed, both contributing to the continuous leak. Removed the defective fill valve and installed a new replacement unit, ensuring proper installation and secure connections. Verified angle stop was functioning correctly and fully closed. Tested the system to confirm the leak was eliminated and water supply restored to the home.
Installed customer-supplied undermount stainless steel sink basin with brushed nickel pull-down faucet and complete drain assembly. Connected hot and cold water supply lines with braided flexible hoses to angle stop valves, installed chrome P-trap configuration with proper venting, and verified all connections for leaks and proper operation.
Responded to no cool call on 10-year-old central air conditioning system with indoor temperature at 82°F and thermostat set to 68°F. Found outdoor condenser unit heavily caked with dirt and debris, severely restricting airflow through coil. Performed thorough cleaning of condenser coil using water hose to remove accumulated dirt buildup. System immediately showed 20-degree temperature drop across coil after cleaning, and indoor temperature began decreasing before departure, confirming restored cooling capacity.
Responded to no cooling complaint with indoor temperature at 82 degrees. Found system in pressure switch lockout due to severely packed outdoor condenser coil restricting airflow. Thoroughly cleaned condenser coil, reset pressure switch, and verified proper system operation with normal cooling restored.
Responded to no cooling call with AC unit short cycling every three seconds. Diagnosed faulty pressure switch causing compressor damage, with compressor drawing excessive amperage up to 15 amps, exhibiting abnormal noise consistent with refrigerant leak, and visible oil accumulation at compressor plug. Due to extent of compressor damage, recommended system replacement over repair, and customer scheduled with advisor for full unit replacement.
Responded to a water leak originating from an upstairs shower that was causing water intrusion to the lower level. Upon investigation, identified a faulty shower valve as the source of the leak. Relocated the bathroom vanity to access the shower valve assembly behind the wall, then removed and replaced the defective shower valve to eliminate the leak. Additionally, installed new toilet tank components per request to address separate fixture maintenance needs.
Responded to no cooling call on 30-year-old air conditioning system. Upon arrival, unit was running but experiencing water leakage due to improperly pitched drain pan. Assessed overall system condition and documented existing HVAC equipment including 7-year-old furnace showing excessive wear and deterioration. Customer requested evaluation for relocating condenser coil to accommodate planned home addition. Based on age of air conditioning system, condition of furnace, and ongoing drainage issues, recommended complete system replacement. Referred to comfort advisor for full equipment replacement consultation and proposal for new furnace and air conditioning unit.
Responded to no cooling call on 15+ year old residential air conditioning system. Upon arrival, performed diagnostic evaluation and confirmed unit was low on refrigerant charge. Connected manifold gauges and service equipment to measure system pressures. System was operating with insufficient refrigerant levels, preventing adequate cooling capacity. Recharged system to proper specifications using appropriate refrigerant recovery and charging procedures. Due to age of equipment and current condition, provided estimate for complete system replacement as a long-term solution.
Responded to water leak at guest bathroom sink base and provided estimates for necessary plumbing repairs and upgrades. Assessed lavatory faucet requiring replacement, outdoor hose bibb needing installation, and water softener system requirements. Documented existing plumbing infrastructure including copper supply lines with shut-off valves and utility room configuration for future work authorization.
Responded to no cooling call with report of extremely loud compressor noise at vacant property. Upon arrival, system was off; started unit and observed normal operation with proper cooling and no unusual sounds. Performed complete system diagnostic including electrical component testing, which revealed capacitor testing below optimal specifications. Cleaned outdoor condenser coil and verified refrigerant charge within manufacturer specifications. Monitored system operation for 30 minutes with continued normal performance. Replaced weak capacitor as preventive measure. System restored to full cooling operation with normal sound levels.
Responded to service call for rooftop unit at commercial strip mall location. Upon inspection, identified failed blower pulley requiring replacement. Removed access panel to blower compartment and replaced defective pulley with new component. Installed fresh air filters throughout the unit. Verified proper belt alignment and tension on new pulley assembly. Tested blower motor operation and confirmed unit returned to normal functionality. RTU is now operational and providing proper airflow.
Responded to a recurring overflow issue with a Liberty pump system beneath a commercial sink. Upon inspection, discovered the float mechanism was heavily contaminated with grease buildup, preventing proper operation and causing the pump to malfunction. Disassembled the float assembly, thoroughly cleaned all grease and debris from the float and accessible pump components, and reassembled the unit. Tested the pump through ten complete cycles to verify proper operation and reliable activation. Additionally, installed a water alarm by drilling it into the standpipe to provide early warning monitoring for future water level concerns. System restored to full functionality with enhanced monitoring capability in place.
Responded to callback for 15-year-old air conditioning system with no cooling and reported system failure. Upon arrival, unit was operational after customer had reset tripped breaker. Performed comprehensive electrical diagnostics and amp draw testing on compressor circuit. Testing revealed compressor drawing excessive amperage beyond rated specifications, causing circuit breaker to trip under load. Inspected electrical connections, contactors, and capacitor at outdoor unit. Documented equipment condition with photos showing weathered electrical panel, wire connections, and compressor components with visible age-related deterioration including rust and discoloration on metal surfaces. Advised customer that failing compressor poses safety concern and will continue to trip breaker, resulting in system failure. Scheduled appointment with comfort advisor to review replacement options for aging system.
Completed comprehensive AC tune-up on Lennox heat pump system previously installed by our team. Performed full system inspection, verified proper operation of all components, cleaned outdoor condenser unit, confirmed filter condition and all electrical connections were secure. Customer reported minor condensation on ductwork during peak heat conditions, which was noted for monitoring but system is operating within normal parameters with no immediate concerns.
Responded to callback for no cooling condition following blower motor replacement. Found indoor blower operational but outdoor unit not running due to lack of 240V power supply. Diagnosed blown fuse in electrical panel, replaced fuse, and restored power to condenser unit. Verified system operation with 20° temperature split across evaporator coil and confirmed refrigerant pressures within normal range. System now cooling properly. Recommended upgrading outdated fuse-type electrical panel to modern circuit breaker panel to prevent future electrical issues and improve safety.
Responded to no cooling call on 5-year-old residential air conditioning system with reports of loud noises from outdoor unit. Upon inspection, diagnosed failed capacitor and severely restricted airflow due to packed condenser coil. Performed complete coil cleaning by washing outdoor unit to restore proper heat exchange efficiency. Replaced failed capacitor with new component to restore compressor and fan motor operation. System tested and confirmed cooling restored to normal operation with no refrigerant leaks detected.
Responded to no cooling complaint on 20+ year old unit. Upon inspection, diagnosed faulty contactor failing to pass power properly and weak capacitor. Replaced defective contactor and capacitor, then performed condenser coil cleaning to restore proper airflow and heat transfer. System tested after repairs and confirmed operating within normal parameters with proper cooling output. Discussed equipment replacement options due to system age and scheduled follow-up consultation.
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