Since 1959 Hurlburt, we make it our mission to keep your home comfortable and protected.
with Purchase of Furnace & Air Conditioner
Cannot be combined with any other offers. Must present coupon at time of service. Not valid on previously completed work.
From freezing pipes in winter to heavy usage throughout the year, your plumbing system in Minneapolis faces unique challenges. Hurlburt provides reliable plumbing services to keep water flowing safely and efficiently throughout your home.
As a trusted plumber in Minneapolis, Hurlburt offers dependable solutions for everything from routine maintenance to complex repairs. Our team handles drain cleaning, pipe repairs, water heater services, and more, all with a commitment to prompt, high-quality service.
Plumbing issues can escalate quickly, especially in colder climates. Our team responds promptly to diagnose and fix problems before they cause serious damage, helping you avoid costly repairs and disruptions.
Modern homes depend on safe, reliable electrical systems. Hurlburt’s licensed electricians in Minneapolis provide a full range of services, from upgrades to repairs, ensuring your home remains powered safely and efficiently.
Our electricians bring the same level of expertise and customer care to every job, ensuring the safety and efficiency of your electrical system. From panel upgrades to lighting installations, we handle every project with attention to detail and a strong focus on safety.
Electrical work should always be handled by professionals. Our team focuses on safety, performance, and long-term reliability with every project, helping homeowners avoid hazards and maintain consistent power throughout their homes.
While winters are known for their intensity, Minneapolis summers can bring heat and humidity that make indoor comfort just as important. Hurlburt offers expert air conditioning services to keep your home cool, efficient, and comfortable all season long.
From quick repairs to full system upgrades, our technicians are ready to handle any cooling challenge. We service both central air and ductless systems with precision and care.
Winters in Minneapolis are not just cold, they are relentless. Hurlburt provides complete heating services including repairs, maintenance, installations, and system replacements to ensure your home stays warm when it matters most. We work on furnaces, boilers, and ductless heating systems, so no matter what setup you have, we can help.
When your heat stops working during a Minnesota winter, it becomes an urgent issue. Our team offers fast, reliable service, including emergency heating repairs, to restore comfort quickly.
For top-quality furnace repair, AC repair, indoor air quality, plumbing, or electrical services in Minneapolis, reach out to Hurlburt and schedule your service today.
Responded to multiple drain backing issues affecting the main floor bathroom and basement plumbing system. Conducted diagnostic testing by running water through the laundry sink drain and tub for approximately 30 minutes while monitoring the basement floor drain and toilet for backup conditions. Testing confirmed the mainline was open and functioning properly with no blockages present in the primary sewer line. Identified the upstairs lavatory sink drain as blocked with accumulated hair buildup. Cabled the drain and successfully removed a large amount of hair causing the obstruction. Tested the lavatory sink drain for proper operation and confirmed normal drainage with no leaks present. Evaluated the main floor toilet and determined the unit is old and requires replacement due to poor flushing performance. Scheduled return visit for toilet replacement to resolve ongoing flushing issues.
Responded to service call for non-functioning sump pump with standing water in basin. Upon inspection, determined existing pump had failed and was no longer operational. Removed defective sump pump unit from basin and installed new replacement pump with proper float switch assembly. Installed new check valve on discharge line to prevent backflow. Tested system operation to verify proper pumping function and automatic float activation. System now operating correctly with basin draining as designed.
Responded to callback for no cooling condition with system failing to reach setpoint and condenser not operating. Verified thermostat calling for cooling, then checked outdoor unit and confirmed no 24V signal present. Inspected indoor unit components including filter, drain, condensate pump, and blower motor—all found satisfactory. Tested control circuit between C and Y terminals with no call signal detected. Performed jumper test from R to Y, which successfully energized the air conditioning system. Reset system and retested cooling cycle, system responded normally. Cycled cooling operation multiple times with proper function confirmed. Retrieved diagnostic error code P15 indicating ECM blower motor communication failure. Tested electrical components using digital multimeter to verify voltage readings and component integrity. Recommended warranty replacement of ECM blower motor and control board to resolve intermittent communication issue causing system failures. Submitted parts order
Responded to no cooling complaint on 1.5-year-old Unico air handler with Daikin condenser system. Found unit in lockout mode due to complete loss of refrigerant charge. Recharged system with refrigerant and added UV dye to facilitate future leak detection. Customer advised that follow-up leak search will be required to identify and repair refrigerant leak source.
Responded to a service call for a malfunctioning smart shower thermostatic mixing valve in the master bathroom. Upon inspection, identified the Hans Grohe valve cartridge as defective and requiring replacement. Contacted manufacturer technical support to diagnose the issue and arranged for warranty replacement parts to be shipped directly to the customer. A follow-up appointment will be scheduled upon part arrival to complete the cartridge installation and restore proper hot and cold water mixing functionality.
Responded to follow-up service call regarding recirculation pump on tanked water heater producing excessive noise and cycling irregularly. Upon inspection, discovered pump was improperly oriented and configured on incorrect operational setting, causing unit to turn on and off every few seconds. Referenced manufacturer installation manual to verify proper specifications. Rotated pump 180 degrees to correct orientation per manufacturer guidelines and adjusted control settings from intermittent to continuous run mode. Reinstalled pump with proper configuration, tested system operation, and confirmed unit now runs quietly and continuously as designed. System restored to proper working order in accordance with manufacturer recommendations.
Performed annual air conditioning maintenance on dual 13-year-old Trane AC systems. Inspected contactors on both units (found in good condition), tested capacitors (upper unit capacitor out of specification), checked refrigerant charge (upper unit low, lower unit adequate), and measured temperature drops (lower unit 20°F, upper unit 16°F indicating low charge). Verified evaporator coils were clean on both systems. Replaced one dirty air filter; noted second filter is an Aprilaire 210 model. Discussed findings and repair options with homeowner, enrolled them in maintenance membership program, and scheduled follow-up service advisor appointment to address capacitor replacement and refrigerant recharge needs on upper unit.
Responded to service call for leaking tankless water heater that was tripping GFCI outlet. Located unit in utility room and confirmed Westinghouse tankless water heater model with visible water leak. Performed visual inspection and identified slow drip originating from internal solenoid valve positioned directly above inlet gas line. Conducted electrical testing to verify GFCI tripping issue and confirmed correlation with internal leak condition. Documented leak location and captured photographic evidence of affected solenoid component and electrical connections. Contacted Westinghouse technical support line to initiate warranty case and obtain manufacturer guidance for solenoid replacement procedure. Received case initiation instructions via email from manufacturer support team. Job paused pending manufacturer response and parts availability determination, as internal component replacement requires factory authorization and specific replacement procedures for this tankless unit model.
Responded to a correction notice regarding an improperly connected water heater vent system. Upon inspection, found the draft hood had popped up and was not secured to the top of the water heater, causing the vent pipe to disconnect. Pulled the draft hood back into proper position, adjusted the vent 90-degree elbow to provide additional length for secure connection, and reattached all components. Installed screws through the draft hood into the water heater top to prevent future displacement and ensure proper venting. Documented the completed repair with photographs for inspector review.
Responded to service call for loud noise occurring when air conditioning system shuts down at thermostat setpoint on recently installed three-month-old unit. Upon arrival, initiated cooling cycle at thermostat and observed excessive static pressure causing ductwork to collapse inward during operation and release with audible bang upon system shutdown. Identified heavily soiled 16x25x1 air filter as primary cause of restricted airflow and high static pressure. Replaced dirty filter with new odor-reducing pleated filter. Attempted to verify and adjust blower motor speed settings to reduce static pressure and noise levels, though exact CFM setting could not be determined from control board. Temporarily reduced blower speed which successfully eliminated ductwork noise but resulted in decreased airflow volume. Consulted with homeowner regarding trade-off between noise reduction and cooling performance. Homeowner elected to restore original factory blower speed setting to maintain maximum ai
Responded to low pressure switch lockout fault with inadequate cooling on upstairs 3-ton system. Removed severely clogged air filter and installed customer-supplied replacement, which restored proper static pressure. Verified refrigerant charge and temperature split were within manufacturer specifications. Discovered airflow fixed at 1350 CFM instead of proper setting for tonnage, and system would not accept manual airflow adjustment attempts. Consulted technical support and performed extensive troubleshooting including direct-wiring thermostat to air handler to bypass potential communication issues, but airflow reverted to 1350 CFM after briefly adjusting to 1200 CFM. Identified thermostat temperature sensor malfunction—unit displayed 79°F while in 68°F ambient environment, confirming faulty sensor causing improper system operation. Ordering warranty replacement thermostat for follow-up installation. System currently operational with temporary workaround. Instructed homeowner on syste
Responded to a no cooling complaint on a 2-year-old Lennox air conditioning system that was blowing hot air and had ceased operation the previous evening. Upon arrival, diagnosed the issue by testing the outdoor disconnect and discovered failed fuses—one reading 0.9 ohms and the other showing an open line (OL). Replaced the defective disconnect fuses, restoring power to the condenser unit and returning the system to normal cooling operation.
Contacted landlord via phone to discuss and clarify questions regarding the estimate provided for RPZ (Reduced Pressure Zone) backflow preventer replacement. Addressed all concerns and provided detailed explanations of the scope of work. Landlord indicated they would review the estimate for approval, and the job will remain on hold pending their acceptance.
Responded to no cooling call on 11-year-old Carrier air conditioning system. Upon arrival, diagnosed dual capacitor failure affecting both compressor and condenser fan motor circuits. Replaced failed dual run capacitor, restoring system operation. Verified refrigerant charge within manufacturer specifications, confirmed proper amp draws on compressor and fan motor, and inspected condenser coil finding acceptable cleanliness. Contactor tested and found operational. Replaced furnace filter with customer-supplied media. Measured supply/return air temperature differential at approximately 20 degrees, confirming adequate system performance. Advised customer that extended operation on weakened capacitor may have caused cumulative damage to compressor and fan motor, potentially shortening remaining service life. Discussed repair versus replacement options given system age and condition.
Responded to warranty callback for water leak originating from kitchen sink drain above basement. Upon inspection, identified failed Y-connector at sink drain assembly that was causing water to leak through floor and run down basement walls. Removed defective Y-fitting, installed new drain connector, and tested system under full water flow to confirm proper seal and drainage with no further leakage detected.
Responded to a no cool complaint on a Mitsubishi Electric air conditioning system that was previously serviced approximately one month ago for the same issue. Upon arrival, verified system was not cooling and diagnosed low refrigerant charge. Homeowner reported that a siding company recently performed work on the exterior of the home and suspects their work may have caused damage to the refrigerant lines, resulting in a refrigerant leak. System requires refrigerant recovery, evacuation, recharge with up to 8 lbs of fresh refrigerant, and injection of leak detection dye to locate the source of the leak. Provided estimate for refrigerant recovery, recharge, and dye injection as the first step in the leak search process. Homeowner will contact the siding company to determine if they will accept responsibility for potential damage before authorizing repairs. Left system in non-operational state pending customer authorization to proceed with leak detection and repair process.
Responded to no cooling complaint where indoor temperature was 76°F with thermostat set to 70°F. Upon inspection, discovered thermostat was set to heat mode instead of cool mode. Switched system to cooling mode at 70°F setpoint, and unit began operating immediately. Observed excessively hot liquid line during operation, indicating potential airflow restriction. Inspected outdoor condenser unit and found coil heavily impacted with cottonwood, dirt, and debris, significantly restricting airflow and reducing system efficiency. Provided estimate for condenser coil cleaning to restore proper airflow and system performance, but service was declined at this time.
Responded to low refrigerant charge on system installed 1.5 years ago. Initial diagnostics showed liquid line pressure at 186 PSI, suction pressure at 30 PSI, with superheat at 84°F and subcooling at -0.9°F. Performed visual inspection of evaporator coil with no signs of refrigerant leaks or oil residue detected. Recharged system to manufacturer specifications and injected UV dye into refrigerant circuit to aid in leak detection. System tested and operational upon completion. Follow-up appointment required to inspect for dye traces and identify leak source.
Performed follow-up leak search on Daikin HVAC system after customer reported diminished cooling performance. Located small leak in valve stems, tightened connections, and added additional UV dye as a precautionary measure to facilitate future leak detection if needed.
Completed biannual plumbing inspection and tune-up service at residential property. Performed comprehensive evaluation of bathroom plumbing fixtures, including toilet operation, water supply connections, and drain functionality. All fixtures were found to be in proper working condition with no leaks, operational issues, or maintenance concerns identified at time of inspection.
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