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 For example, if you’re still using outdated knob-and-tube wiring, we can upgrade it with modern grounded wiring.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 a no-cool complaint on a 2-year-old Lennox system where the outdoor fan would not activate. Diagnosed no power to the condenser unit and traced the issue to a failed breaker-style disconnect switch at the outdoor unit. The obsolete disconnect should have been replaced during the original system installation. Replaced the faulty disconnect with a new unit and restored power to the condenser. Verified system operation with an 18-degree temperature differential across the evaporator coil, confirming proper cooling performance. Noted significant vegetation overgrowth around the outdoor unit that could restrict airflow and recommended clearance for optimal system efficiency. System restored to normal operation.
Completed comprehensive tune-up service on residential heating and cooling system. Performed thorough cleaning and testing of air conditioning unit, verifying proper operation of all components. Conducted detailed inspection of furnace system, during which a compromised secondary heat exchanger was identified. Documented findings with photos showing lockout tag applied to equipment and overall system condition. Discussed repair options with homeowner, who requested pricing information for necessary repairs to address the heat exchanger issue.
Responded to no cooling complaint on 2014 Nordyne R-410A air conditioning system with fixed orifice metering device. Homeowner reported unit not maintaining temperature setpoint and system over 10 years old. Upon arrival, started system and performed diagnostic testing using Job Link probes. Initial readings showed abnormally high condensing pressure at 479 psig liquid line, 150 psig suction line, and critically low superheat at 1.5°F, indicating poor condenser heat rejection and restricted indoor airflow. Inspection revealed severely restricted air filter and dirty condenser coil blocking proper airflow and heat transfer. Replaced restricted air filter with stock filter and thoroughly rinsed condenser coil to restore proper airflow. After cleaning, system stabilized with improved operating pressures of 394 psig liquid line and 140 psig suction line. Measured superheat at 7.2°F against required superheat of 7.3°F, confirming refrigerant charge correct for current operating conditions.
Performed annual maintenance on two Lennox mini-split systems, approximately four years old. Inspected and cleaned both outdoor condensing units, including condenser coils and fan assemblies. Verified proper refrigerant pressures, electrical connections, and operational performance on both systems. All equipment operating within normal parameters at time of service. Observed moderate dust accumulation on indoor blower wheels during visual inspection. This buildup is consistent with normal operation in environments containing fine airborne particulates such as cooking aerosols, candle residue, blown-in insulation fibers, or other household airborne material that adheres to internal components during air circulation. Recommended monitoring for continued accumulation and identifying potential sources of fine particulates if buildup persists. Indoor head units were not disassembled for deep cleaning during this visit, as standard maintenance protocol was requested. Both systems tested an
Responded to no cooling complaint on Lennox mini-split system installed two years prior. Customer reported loud chipping ice sounds and ice formation at indoor unit. Upon arrival, found system freezing up almost instantly during operation. Recovered refrigerant from system, pulling out 1 lb when factory charge specification is 2 lb 9 oz, indicating significant undercharge. Performed leak detection and identified refrigerant leak at flare connection on condenser unit. Removed and remade flare connections, cleaned excessive pipe dope and nylog residue from previous installation off connection nuts. Pressure tested repaired connections and performed bubble test on all flares to verify leak-free joints. Evacuated system to proper vacuum levels, then recharged unit to factory specification of 2 lb 9 oz. Verified system operation with all parameters within normal range. Unit now cooling properly with no abnormal sounds or ice formation.
Responded to no-cool call and discovered significant water accumulation on basement floor, inside blower compartment, and on top of heat exchanger. System consists of circa 1982 York R-22 condensing unit paired with 2018 Lennox furnace. Upon inspection, found PVC condensate drain line partially restricted with debris causing inadequate drainage. Observed evidence suggesting evaporator coil had partially frozen, resulting in condensate overflow when ice melted. Evaluated system operating conditions with 85°F outdoor ambient temperature and measured static pressure at approximately 112 psig, confirming abnormal performance parameters. Water intrusion had affected blower compartment and was dripping onto aluminized steel heat exchanger, creating potential for secondary damage. While condensate line was still attempting to drain, restriction was sufficient to cause backup during normal operation. Given the 40+ year age of the condensing unit, obsolete R-22 refrigerant requirement, and c
Responded to emergency no-water situation caused by leak at well tank pressure system. Upon arrival, identified active leak in copper piping at pressure tank fittings in mechanical room. System assessed and determined two fittings required replacement to restore water service. Customer declined water mitigation assistance for affected areas. Provided estimate for fitting repairs to resolve leak and restore full water pressure to residence.
Responded to a no cooling complaint on a 25-year-old residential air conditioning system. Upon arrival, found the indoor evaporator coil partially frozen and confirmed the system was low on R-22 refrigerant. Performed diagnostic testing which revealed inadequate cooling capacity with only a 9°F temperature split across the coil, well below the normal 15-20°F range expected for proper operation. The indoor furnace unit showed significant age-related deterioration with visible rust on copper refrigerant lines and connection points. The outdoor condensing unit was evaluated with digital manifold gauges to verify refrigerant charge and system pressures. Given the system's age (manufactured in 1995), use of obsolete R-22 refrigerant, declining performance, and overall condition of the equipment, recommended system replacement rather than repair. Coordinated with sales team to schedule equipment replacement consultation with homeowner to discuss modern, efficient replacement options.
Responded to water leak from furnace installed seven months prior. Upon inspection, identified plugged evaporator drain line causing water to overflow the condensate pan. Cleared blockage from drain hose and upsized drainage system to improve flow capacity and prevent future buildup. Verified proper drainage function upon completion.
Responded to service call for air conditioning system not running. Diagnosed failed inverter/drive board as cause of system malfunction. Replaced defective board under parts warranty. Upon completion of board replacement, performed system startup and verification procedures. Air conditioning unit now operating properly with normal cooling function restored.
Replaced defective condenser fan motor on outdoor AC unit under full parts and labor warranty. Installed new motor, verified proper rotation direction, and tested system operation to ensure all components functioning correctly.
Responded to complaint of gurgling noises from toilet when shower was in use in basement bathroom. Upon inspection, identified improper venting throughout the plumbing system resulting from previous remodeling work. Examined exposed plumbing infrastructure in ceiling area, including PVC drain lines and vent piping configuration. Determined that drain-waste-vent system was not installed to code specifications, causing negative air pressure and gurgling sounds during fixture use. Documented existing conditions with photographs showing inadequate venting arrangement and improper trap configuration. Recommended complete re-piping and proper venting installation to resolve drainage issues and bring system up to code compliance.
Responded to a dripping shower valve in the master bathroom where the homeowner had unsuccessfully attempted to resolve the issue by replacing the handle. Upon inspection, diagnosed a failed Moen cartridge within the valve body and noted significant verdigris corrosion on the valve assembly indicating advanced oxidation of the brass components. Presented options to either replace the entire valve assembly due to the deteriorating condition or proceed with cartridge replacement as a temporary solution. Per customer decision, removed the defective cartridge, installed a replacement Moen cartridge, and performed leak testing to verify proper operation and confirm the drip had been eliminated.
Replaced defective soft start kit on geothermal heat pump unit under parts and labor warranty. Removed failed component and installed new soft start kit. Performed operational testing on geothermal system to verify proper startup sequence and confirmed all functions operating within normal parameters.
Return visit for air conditioning system not maintaining temperature in upstairs zone. Diagnosed improper airflow configuration with maximum CFM setting at 600, limiting system capacity to approximately 35% output (1 ton of cooling). Adjusted maximum CFM setting to 800, increasing system output to 65% capacity (approximately 2 tons of cooling) for upstairs zone. Verified proper operation with improved airflow and observed temperature beginning to drop. System now operating within normal parameters.
Responded to a no-cooling complaint on a 2006 Lennox air conditioning system with a factory charge of 12 lb 5 oz of R-410A. Upon arrival, found the system running continuously with inadequate cooling and rising indoor temperature reading 78°F on the thermostat. Inspected the outdoor unit and discovered the condenser coil heavily impacted with cottonwood and debris, severely restricting airflow and heat transfer capability. Performed thorough cleaning and rinsing of the condenser coil, reassembled all panels, and connected diagnostic probes to evaluate system performance. After allowing the system to stabilize for 10 minutes with an outdoor ambient temperature of 80°F, measured suction line and liquid line temperatures both at approximately 76°F with subcooling at -1°F, well below the manufacturer's specification of 8°F subcooling. These diagnostic readings confirmed the system is severely undercharged with refrigerant, indicating an active leak in the refrigerant circuit. Explained fin
Performed follow-up service on recently installed Bradford White tanked water heater due to insufficient hot water temperature. Upon inspection, found both upper and lower thermostats set below the "hot" marking on the temperature dial. Adjusted both thermostats to settings above the "hot" position to increase water temperature output and meet household requirements.
Responded to no cooling complaint with indoor temperature rising from 76°F to 82°F. Found geothermal unit tripped on high pressure safety. Tested geothermal system and pump station components, identifying faulty relay in pump station. Swapped defective relay with replacement unit, verified all electrical connections at terminal blocks, and performed operational testing of complete system. Unit restored to normal cooling operation with all safeties functioning properly.
Performed comprehensive A/C tune-up on 10-15 year old residential system experiencing inadequate cooling performance. Conducted thorough inspection of indoor components including air filter, blower wheel, and evaporator coil drain, all found to be in satisfactory condition. Inspected outdoor unit and discovered heavily soiled condenser coil, which was thoroughly cleaned and rinsed to restore proper heat transfer capability. Evaluated electrical components and identified weak capacitor that was still functional but approaching end of service life. Following coil cleaning, performed system startup and operational testing. Connected refrigerant gauges and identified significantly low refrigerant charge affecting cooling capacity. System was operating below optimal pressure but had not yet reached icing conditions. Low refrigerant charge was determined to be primary cause of insufficient cooling performance. Prepared repair estimates for refrigerant recharge service and discussed finding
Responded to no cooling complaint on residential air conditioning system. Upon arrival, found evaporator coil completely iced over. Activated furnace heat mode to thaw frozen coil. After thaw cycle completed, verified airflow was adequate throughout system. Connected manifold gauges and performed refrigerant charge analysis, revealing system was significantly low on refrigerant charge. Added approximately 2 pounds of refrigerant to restore proper system operation. Verified unit was cooling properly upon departure. Discussed with homeowner potential need for future leak detection and repair services given the low refrigerant condition on this aging system.
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