Since 1959 Hurlburt, we make it our mission to keep your home comfortable and protected.
with Purchase of Furnace & AC
Includes Merv 16 5" media cabinent and ApcoX Premium UV-light. Cannot be combined with any other offers. Must present coupon at time of service. Not valid on previously completed work.
The winter weather in Chippewa Falls makes it essential to have a dependable heating system because temperatures drop brutally low. When something goes wrong, you don’t want to risk damaging the system or injuring yourself with a DIY heating repair in Chippewa Falls. Instead, you need to call Hurlburt. We’ll send a trained technician to find and fix the underlying problem so that you don’t have to go without heat.
We’ll design a cooling system that perfectly matches your needs. This may look like a central setup with ductwork or a ductless mini-split using heat pump technology. The home’s square footage and layout impact choosing the right equipment. When something goes wrong, we’re just a phone call away. We’ll send a technician to implement a lasting solution that keeps the home cool and energy-efficient.
Our plumbers in Chippewa Falls, WI install water heaters, repair sump pumps, clear clogged drains and more. Emergency plumbing service is available for water leaks and burst pipes. We’re experts at finding and fixing hidden leaks beneath floors and behind walls.
You don’t want to ignore leaks and burst pipes because they increase the risk of water damage. Moisture buildup can lead to mold growth that causes respiratory and structural problems. Our solutions for leaks and burst pipes include pipe repairs, repiping and installing new shut-off valves. We’ll consider the leak’s location and severity to choose the best option.
Do you need to procure an EV charger upgrade? Hurlburt wants to help. We’ll match the charger to your charging needs and electrical system. Some homes require upgrades to their wiring to ensure compatibility with an EV charger. Some also require the installation of a dedicated circuit to feed the charging station. We’ll do a thorough inspection to see which upgrades your home needs.
We offer support for whole-home generators, smart home devices and other major electrical projects, too. We can even completely rewire your home. For example, if you’re still using outdated knob-and-tube wiring, we can upgrade it with modern grounded wiring. This makes the home safer by reducing the risk of electrical fires.
We’re the company that folks call when they need emergency HVAC in Chippewa Falls. We’ve helped numerous customers with furnace replacements after unexpected breakdowns. We’re also a trusted resource for achieving better indoor air quality in Chippewa Falls, WI. The humidity swings and seasonal allergens here contribute to stale, uncomfortable indoor air. With a whole-home air purifier in place, it becomes much easier to breathe easier and stay comfortable year-round.
We offer same-day service for emergency issues that need immediate attention, like burst pipes and refrigerant leaks. The technician who comes to your home will have gone through training and background checks. All HVAC installations we perform follow precise load calculations because we care about lasting performance.
Hurlburt isn’t your average home services company. We’re an all-in-one provider of electrical, HVAC and plumbing work. You won’t have to juggle multiple contractors just to get repairs or new installations. Homeowners frequently call us for heating and electrical upgrades. We love syncing thermostats and lighting with smart home systems to achieve better comfort and optimal energy efficiency.
Joining the Hurlburt Family Rewards Club gives you an easy way to save money on future repairs. Contact Hurlburt now to access professional solutions for plumbing, electrical, or HVAC in Chippewa Falls, WI.
Responded to refrigerator water supply line leak located approximately halfway along the existing supply line. Removed damaged water line and installed new supply line from shutoff valve to refrigerator connection point. Replaced shutoff valves to ensure proper water flow control and prevent future leaks. Tested system for proper operation and verified no additional leaks present upon completion.
Responded to service call for two leaking outdoor faucets. Inspected first hose bib and determined antisiphon backflow preventer cap required replacement; provided homeowner with ordering information for Nibco-compatible replacement part for customer installation. Evaluated second leaking hose bib located in basement behind stored materials and determined complete fixture replacement necessary; homeowner opted to attempt self-repair with option to schedule follow-up service if needed.
Responded to no cooling call on system installed last year. Upon arrival, discovered main breaker feeding the electrical sub-panel was in the off position, which supplies power to the air conditioning circuit. Reset breaker to on position, restoring power to the AC system. Verified unit operation and confirmed cooling function restored. System now operating normally.
Performed furnace tune-up on a 1970s Janitrol unit at vacant property. Upon inspection, discovered cracked blower belt, rust-covered blower wheel fins, and excessive play in the blower motor shaft. Heat exchanger showed significant wear but no visible cracks or holes detected. Customer approved replacement of blower wheel and belt only at this time.
Completed comprehensive plumbing inspection as part of membership service. Inspected accessible plumbing fixtures including bathroom shower assembly with handheld unit and chrome fixtures, under-sink cabinet area with PVC P-trap drain configuration and shut-off valves. Documented water heater age and identified minor maintenance items, provided homeowner with findings and recommendations for noted concerns.
Completed preventative maintenance tune-up on 13-year-old front residential air conditioning system under recurring maintenance agreement. Performed comprehensive cooling system inspection including all major components, verified proper operation with measured 20° temperature split across evaporator coil, and confirmed equipment is functioning within manufacturer specifications with no deficiencies noted.
Responded to service call for leaking bathtub waste and overflow assembly along with failed drum trap. Upon inspection, confirmed active leaks at both the overflow drain and drum trap requiring immediate replacement. Successfully removed deteriorated waste and overflow assembly and corroded drum trap, then installed new components to restore proper drainage function and eliminate leaks. Noted slow drainage issue and advised customer to test system after extended period of non-use before proceeding with potential wall access and drain line replacement if drainage does not improve with regular use.
Responded to no cooling complaint on 10+ year old air conditioning system. Upon arrival, system was off. Started unit and observed operation - condenser and compressor engaged properly. Monitored system performance and recorded temperature measurements showing 15-degree temperature split across evaporator coil. Found evaporator coil sweating appropriately along full length, indicating proper refrigerant flow. Discovered severely clogged air filter restricting airflow. Replaced plugged filter with customer-supplied filter. System operating normally at time of departure with proper airflow restored and adequate cooling capacity.
Responded to emergency water leak in basement mechanical room. Upon arrival, found active leak at T-fitting on plumbing manifold spraying water at significant rate, filling 5-gallon bucket within one hour. Assessed manifold system and determined fitting failure required immediate repair to prevent water damage. Shut off water supply, removed failed T-fitting, and completed repipe of affected manifold section with new fittings and connections. Tested system under full pressure to verify leak elimination and proper water flow. Restored water service and confirmed all connections secure with no additional leaks detected.
Responded to return service call for overheating issue where newly installed boiler was running continuously, causing basement temperature to reach 84 degrees and affecting upper levels. Diagnosed faulty wall thermostat as the root cause of the heating malfunction. Installed replacement thermostat to verify proper system operation and restore normal boiler cycling. Homeowner elected to source and install their own thermostat to match existing wall finish and avoid repainting.
Completed annual cooling system maintenance and tuneup on residential air conditioning system. Performed comprehensive inspection of indoor furnace unit and outdoor condensing unit. Verified all components operating within manufacturer specifications. Checked refrigerant levels, electrical connections, and airflow through system. Inspected air filter access point marked on ductwork. Examined condensate drain lines for proper operation. Tested outdoor unit fan operation and verified proper condenser coil condition. All equipment found to be functioning properly with no issues identified or repairs required.
Responded to water leak investigation in finished basement. Upon inspection, determined that water infiltration was due to exterior foundation seepage rather than plumbing failure. Tested hose bib and confirmed proper operation with no leaks detected. Recommended foundation specialist evaluation to address water intrusion issue. Also recommended preventative replacement of hose bib and installation of dedicated shutoff valve while drywall remains open for access.
Responded to service call for multiple PTAC units experiencing error codes 4 and 1 with excessive noise complaints. Diagnosed and repaired bad thermostat connection on one unit, addressed leaking seal under another unit, and replaced batteries in control systems. Recommended switching to membrane control for improved reliability. Tested all three units post-repair and confirmed proper operation with no error codes present.
Responded to no cooling complaint on rooftop unit. Upon arrival, unit displayed high-pressure switch fault code for compressor. Observed one condenser fan motor not operating. Performed system reset and monitored operation for approximately 10 minutes. During observation period, the non-operational condenser fan cycled off for several minutes before restarting. However, compressor had already overheated during fan failure, triggering high-pressure safety lockout. Identified faulty limit switch or sensor in condenser compartment controlling intermittent fan operation. Discovered completely plugged air filters restricting airflow, contributing to elevated system pressures and inadequate cooling performance. Recommended replacement of condenser fan limit switch and installation of new air filters to restore proper system operation. Unit providing limited cooling at time of departure but requires component replacement to resolve intermittent fan failure and prevent recurring high-pressure
Completed comprehensive AC maintenance tune-up on 20-year-old R22 system with condenser coil located in basement. Removed significant cottonwood debris accumulation from condenser coil and inspected all system components including gas valve connections, control board, blower assembly, and electrical wiring harnesses. Replaced 16x20x1 ultimate allergen reduction air filter, verified system operation, and confirmed unit is currently functioning properly despite age; noted system uses R22 refrigerant and recommended monitoring due to advanced age of equipment.
Responded to no cooling complaint on 8-year-old central air conditioning system where outdoor fan was not spinning and unit was producing intermittent whooshing sounds. Upon inspection, diagnosed failed run capacitor as cause of system failure. Replaced defective capacitor with new unit, restoring proper operation to both indoor and outdoor components. Verified system performance with temperature split measuring approximately 20 degrees across evaporator coil, confirming adequate cooling capacity and proper refrigerant charge.
Responded to no cooling complaint on 28-year-old system. Upon inspection, discovered improperly wired dual run capacitor installed by third party—load line incorrectly connected to common terminal, causing ghost voltage to condenser fan motor. This resulted in fan operating at approximately 50% RPM continuously, leading to elevated head pressure and inadequate heat rejection. Corrected capacitor wiring to manufacturer specifications, restoring proper fan operation and system cooling. Noted significant rust and corrosion on fan grille and mounting components consistent with unit age and outdoor exposure. Refrigerant charge verified within acceptable range. Provided estimate for condenser fan motor replacement as preventive measure due to potential damage from prolonged operation at reduced speed. Customer declined immediate repair, opting to attempt self-installation; scheduled follow-up advisory appointment for technical guidance.
Performed preventative maintenance tune-up on 6-year-old Lennox air conditioning system. Conducted comprehensive inspection including washing condenser coil, testing all electrical components, and verifying system operation. All measurements and readings confirmed within manufacturer specifications, with unit operating properly upon completion.
Responded to no cooling complaint where system was short cycling, running 30-45 seconds before thermostat would kick out on delay and repeat the cycle. Performed diagnostic testing on outdoor unit including low voltage verification, secured connections with new wire nuts, and ohm tested contactor coil which measured 17 ohms (within specification) and drew 0.29 amps when energized. After systematically verifying all wiring at outdoor unit, furnace, and thermostat location, determined thermostat was faulty. Replaced defective thermostat with new Honeywell Home ProSeries T4 unit, verified proper wiring connections throughout system, and monitored operation for approximately 20 minutes to confirm proper cycling with temperature降cooling to setpoint and system shutting off as designed.
Performed furnace tune-up on a 32-year-old Comfortmaster unit as requested for home sale contingency. Electrical components tested and found within specifications. Critical safety issue identified: cracks discovered on heat exchanger, documented with photographs. Due to age of unit and severity of heat exchanger failure, coordinated same-day appointment with service advisor to discuss replacement options.
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