Since 1959 Hurlburt, we’ve made it our mission to keep your home safe, comfortable and protected.

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 furnace and AC 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.
Hurlburt Heating & Plumbing has completed 20 jobs in Minneapolis, MN between July 2026 and August 2026.
The most recent job was on August 3, 2026.
Hurlburt Heating & Plumbing has completed 1,695 jobs in Minneapolis, MN in the last 12 months. The first job there was in October 2024.
Responded to service call for furnace activating without thermostat demand during rain events. Upon investigation, determined that moisture was affecting the outdoor sensor, causing false heating calls. Additionally, found the recirculating pump had been inadvertently left in the on position, which was deactivated to restore proper system operation. Contacted office to report findings and recommend outdoor sensor protection or replacement to prevent future moisture-related issues.
Responded to a no cooling complaint on a 4-year-old system. Upon arrival, inspected the indoor air handler and measured supply air temperature at 64.6°F, indicating inadequate cooling performance. Checked air filter condition and proceeded to outdoor unit inspection, where diagnostics revealed low refrigerant charge. Performed extended system runtime testing for 12 minutes baseline and an additional 13 minutes with charging jacket installed, with minimal change in operating parameters, confirming active refrigerant leak in the system. Added proper weighed-in refrigerant charge to manufacturer specifications and injected UV dye into the system to facilitate future leak detection and pinpointing. Rechecked supply air temperature after refrigerant addition and verified proper system operation with supply air temperature dropping to 55.8°F, restoring adequate cooling capacity. System now operating within normal parameters. Advised that UV dye will require approximately one month to circul
Responded to service call for 3-year-old Amana HVAC system experiencing short cycling and inability to reach desired temperature setpoint. Upon diagnosis, found contactor energizing but condenser fan motor failing to start. Tested capacitor with multimeter and confirmed proper readings within acceptable range. Discovered tripped breaker at electrical panel, which was reset during troubleshooting. Determined contactor had failed mechanically, preventing proper fan motor operation despite electrical pull-in. Replaced defective contactor with new unit, restored power, and verified system operation with condenser fan motor running properly and unit cooling effectively to setpoint.
Responded to no cooling complaint on third floor system. Upon arrival, performed diagnostic evaluation and airflow measurements using digital instrumentation at supply registers and return air grille. Identified inadequate airflow distribution due to undersized supply registers and insufficient return air pathways for the zone size. Documented existing ductwork configuration with small supply outlets servicing large area with single return grille. Discussed system performance limitations with homeowner and provided recommendations for improving comfort, including adding additional return air grille to increase air circulation and evaluating ductless mini-split system as alternative solution for better zone control and temperature management on third floor.
Returned to property to address blower motor issue and determined the control board was the actual failure point. Installed new control board and rewired the system to correct previous bypass wiring that had been present. Replaced blown fuse and restored proper electrical connections to ensure safe operation. System tested and verified operational upon completion.
Responded to service call for non-operating Navien boiler used for heating and domestic hot water. Upon arrival, found Error 282-00 displayed on control panel indicating improper exhaust vent pipe installation. Diagnosed that vent pipe was not inserted to required 3.5-inch depth to properly close safety sensor. Reinstalled exhaust vent pipe to correct depth and secured connection. Replaced leaking boiler drain valve. Performed system startup and verified unit achieved proper operating temperatures with DHW and CH functions displaying normal parameters. Confirmed boiler is now heating and producing hot water as designed. Unit returned to full operation under warranty coverage.
Responded to service call for one-year-old Goodman air conditioning system not adequately cooling residence. Unit was running continuously but failing to reach desired temperature setpoint. Upon inspection, found condenser coil heavily soiled with debris restricting airflow through the unit. Cleaned condenser coil thoroughly to restore proper heat exchange efficiency. Verified all other system components, electrical connections, and refrigerant operation were functioning within normal parameters. Advised customer that system performance should improve with cleaner condenser, but to monitor performance during hotter ambient conditions and contact for follow-up if cooling issues persist.
Performed comprehensive tune-up and inspection on residential A/C unit. Upon evaluation, identified that system is not cooling to full potential. Documented electrical connections including contactor assembly, capacitor terminals, and control wiring for future reference. Customer was notified of reduced cooling capacity and recommendations will follow for corrective measures to restore optimal system performance.
Conducted phone follow-up with homeowner regarding toilet repair from previous day's visit. Homeowner confirmed toilet is functioning properly after initial service call, and repair parts order was cancelled as issue has been resolved. Dispatch and diagnostic fees applied from original service visit.
Responded to no cooling complaint on 13-year-old residential HVAC system experiencing compressor short cycling and inability to maintain temperature. Upon inspection, discovered failed capacitor with burned wiring at capacitor connection. Replaced defective capacitor and repaired damaged wiring to restore proper electrical connection. System tested and confirmed operational with normal cooling cycle restored.
Successfully completed replacement of existing toilet with customer-supplied TOTO Drake model and installed new Brizo three-handle faucet assembly on powder room pedestal sink. Additionally installed Grundfos comfort valve as an add-on to existing recirculation system. All fixtures were customer-provided materials, and installations were performed on a time and materials basis. Verified proper operation of all new fixtures including water flow, drainage, and comfort valve functionality upon completion.
Responded to furnace humidifier maintenance alert indicated by blinking panel change light. Upon inspection, confirmed water panel requires replacement and noted humidifier switch was still set to winter mode. Deactivated humidifier unit and provided instructions for water panel replacement and reset light procedure. Homeowner will order replacement panel and complete installation.
Responded to service call for leaking exterior hose bib. Upon inspection, found outdoor spigot supply pipe heavily rusted and unable to accept proper faucet connection. Confirmed no active leaks present at time of visit and water supply remained operational. Assessed condition of exterior plumbing fixture and determined replacement necessary due to corrosion. Prepared comprehensive estimates for hose bib replacement and additional sink replacement as requested, with both estimates scheduled for review during upcoming appointment.
Completed installation of kitchen faucet and filtered drinking water faucet system. All connections were properly secured to existing plumbing infrastructure, including integration with garbage disposal unit, supply lines, and water filtration system with visible filter cartridge mounted in cabinet space.
Responded to warranty callback on 2-year-old Lennox AC system with no cooling issue. Performed diagnostic testing and found refrigerant charge adequate with good subcooling, but low side pressure dropping to low 20s PSI and slowly creeping back up. Relocated TXV sensing bulb to horizontal suction line run and re-insulated to eliminate potential bulb positioning as cause. Pressure behavior indicated thermostatic expansion valve attempting to open but mechanically restricted or stuck. Determined TXV replacement required under warranty. Ordered replacement TXV for follow-up installation visit.
Replaced non-compliant accordion-style drain trap with code-approved PVC P-trap assembly and extension tailpiece. Installation completed to meet inspection requirements, with all connections properly secured and tested for leaks.
Responded to no cooling complaint on residential HVAC system over 10 years old with visible mold present in equipment closet. Upon inspection, found critically low refrigerant pressure on low side indicating significant refrigerant leak in system. Additionally discovered compressor producing abnormal grinding and metallic noise suggesting internal mechanical failure. Removed access panels and documented internal condition of air handler and condensing unit components including wiring, refrigerant lines, evaporator coil, and compressor assembly. Advised customer of dual failure conditions requiring both leak repair and likely compressor replacement, provided repair options and recommendations for system given age and extent of failures.
Responded to water leak complaint affecting basement ceiling below main floor bathroom. Conducted thorough inspection of basement ceiling stain and traced source directly to main floor toilet location. Upon examination of the toilet, identified failed wax ring seal as the cause of water infiltration. Removed toilet from floor flange and confirmed active leak evidenced by moisture present beneath fixture. Replaced deteriorated wax ring with jumbo wax ring to ensure proper seal. Reinstalled and secured toilet to floor flange with appropriate hardware. Restored water supply and performed leak test consisting of five consecutive flushes with visual inspection. Verified complete seal with no water discharge detected. Applied caulking around toilet base perimeter for additional moisture protection and finished appearance. Returned fixture to full service operation.
Removed existing mixing valve from water heating system and installed new brass mixing valve with coupling to properly regulate water temperature. System tested and verified operational with appropriate temperature control functionality restored.
Responded to service call for slow bathroom drains with standing water in tub. Upon inspection, found kitchen sink and lavatory sink drains were restricted but functional, while the tub drain was severely clogged. Identified outdated drum trap on tub drain that was no longer compliant with current plumbing code. Removed the non-compliant drum trap and replaced it with a new P-trap, making all necessary connections to the existing drain lines. Cabled the drain line and successfully extracted a large hair obstruction causing the blockage. After completion of repairs, performed operational testing by filling and dumping the tub multiple times to verify proper drainage and inspect for leaks. All systems tested successfully with no leaks detected and full drainage restored to code-compliant standards.
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