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 in September 2026.
The most recent job was on September 18, 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.
Performed comprehensive maintenance on a 2-year-old furnace system. Verified thermostat operation and inspected indoor air handler components including filter, condensate drain, blower motor, inducer motor, capacitor, and electrical wiring—all found in acceptable condition. Evaluated temperature split, heat exchanger integrity, igniter, flame sensor, and gas pressure, confirming proper operation. Discovered significant rust and corrosion on burner assembly attributed to moisture and humidity infiltration from the fresh air intake feeding directly into the combustion chamber. Recommended burner replacement under warranty coverage; customer declined service at this time and estimate was provided for future consideration. System currently operating within normal parameters despite burner condition.
Responded to service call for Morton System Saver water softener experiencing continuous discharge and cycling malfunctions. Upon arrival, found unit displaying error code with brine tank half full and softener stuck in regeneration cycle, resulting in ongoing water waste. Diagnosed failed control valve assembly preventing proper cycle completion. Bypassed softener system to immediately stop water discharge and prevent further water loss. Documented equipment condition with photos showing unit installation, plumbing connections, and salt reservoir status. Recommended complete softener replacement due to control valve failure and age of unit.
Completed warranty service on two newly installed HVAC systems experiencing multiple operational issues. First level basement furnace exhibited ignition problems, potentially related to weak hot surface ignitor or flame sensor; resolved thermostat issue where unit was not properly secured to wall, restoring heat functionality. Identified critical electrical hazard with GFCI outlet wired at 240V instead of proper voltage, requiring licensed electrician for correction. Outdoor unit lacks power at disconnect switch despite indoor breaker being energized, indicating wiring fault requiring electrical contractor attention. Second level system experiencing rapid cycling due to high pressure condition. Recovered 9 pounds of refrigerant with recovery tank reaching capacity; approximately 2 additional pounds remain in system. Manufacturer nameplate indicates 5-pound factory charge, but 4 pounds were recovered beyond factory amount, suggesting overcharge condition. System requires complete refri
Responded to report of leaking pipe in basement causing water damage to carpet. Upon arrival, water supply to home had already been shut off. Conducted thorough inspection of basement plumbing system and surrounding areas to locate source of moisture. Examined flooring and discovered extensive water damage to wood planks and subflooring at multiple locations, including deteriorated threshold area between rooms. After comprehensive assessment of all accessible pipes, fixtures, and connections, no active plumbing leaks were identified. Determined moisture intrusion was consistent with groundwater seepage rather than failed plumbing components. Documented damaged flooring conditions with photographs showing warped wood, discolored subflooring, and water-stained threshold areas. Advised monitoring situation for any changes and recommended addressing groundwater drainage issues to prevent further damage.
Performed comprehensive preventative maintenance on 9-year-old Rheem furnace system. Conducted full system inspection including ignition system verification, flame safety testing, gas valve operation check, burner inspection, blower wheel cleaning assessment, control board diagnostics, heat exchanger examination, combustion analysis, and temperature rise measurements. Replaced air filter and confirmed all components operating within manufacturer specifications with no deficiencies identified.
Completed fall/winter maintenance inspection on 2-year-old Bryant HVAC system per maintenance agreement. Upon inspection, found significant salt corrosion throughout the furnace assembly. Performed cleaning of blower assembly and burner components as part of routine tune-up service. Due to extent of salt damage, additional repairs beyond standard maintenance scope will require further recommendation via email to address corrosion issues and ensure long-term system reliability.
Responded to no hot water complaint on NTI boiler system. Found Error 67 code indicating ILK switch failure to close, caused by tripped low water cutoff with system pressure at 10 psi. Refilled boiler to proper operating pressure of 20 psi, restoring system function. Unit fired successfully and resumed heating domestic hot water tank. Verified condensate trap drainage operating correctly and confirmed exhaust pathway clear of obstructions. Inspected all accessible piping for leaks with no issues found. Confirmed safe operation of all system components including circulation pumps, gas valve assembly, and safety controls. System restored to full operational status.
Responded to report of plumbing leak originating from upstairs bathroom and penetrating through ceiling into main floor bathroom. Upon arrival, performed thorough inspection of affected areas including wet wall conditions and ceiling penetration points. Conducted investigative work by creating access points in the main floor bathroom wall to trace moisture source and assess extent of water intrusion. Determined leak characteristics and confirmed mitigation team had been contacted for water damage remediation. Documented all findings and damage with photographic evidence showing ceiling moisture indicators and wall penetration points required for diagnostic purposes.
Diagnosed failing flush valve in toilet tank and sold customer on replacement of standard diameter flush valve and gaskets. Documented existing conditions showing worn flapper valve and fill valve assembly requiring replacement. Repair sold and awaiting parts arrival from shop to complete installation of new standard flush valve components.
Responded to service call to inspect and verify operation of wall-mounted space heater and boiler system prior to property sale. Upon arrival, found space heater gas supply line in closed position. Performed visual inspection of pilot assembly, electrical wiring, and thermostat controls—all components appeared satisfactory. Opened gas supply line and successfully ignited pilot light. Cycled unit through complete operational sequence; space heater functioned properly despite extended period of non-use. Proceeded to boiler inspection. Initial attempt to start unit via thermostat was unsuccessful. Investigated gas valve and discovered control knob stuck in pilot position rather than full "on" position. Repositioned gas valve control knob to proper operating position, which allowed boiler to fire successfully. Conducted operational verification by cycling thermostat through temperature adjustments—unit responded appropriately by shutting down when setpoint was lowered and restarting when
Completed annual heating maintenance on one 8-year-old furnace system. Performed comprehensive inspection including thermostat operation, indoor air handler components, air filter, condensate drain, blower motor, inducer motor, and electrical connections. Verified proper temperature split across system, inspected heat exchanger for cracks or deterioration, tested igniter and flame sensor functionality, and measured gas pressure to ensure proper combustion. All components found operating within normal parameters with no deficiencies noted. System is functioning properly and ready for heating season.
Performed comprehensive commissioning and verification on three EL18KSLV side discharge heat pump systems. Verified and adjusted all dipswitch settings on control boards, confirmed proper refrigerant charge levels on all three units, and inspected air filters, blower speeds, and control configurations for each indoor air handler. Programmed and configured VisionPro thermostats with scheduling parameters and verified all settings for proper system operation. Confirmed humidifier functionality with setpoint at 35% relative humidity. Tested HRV ventilator operation and confirmed normal performance across all mechanical ventilation components. Identified condensate drainage concern on garage unit due to previous freeze-up during extreme cold weather conditions and currently evaluating alternative drain routing solutions. Discussed thermostat compatibility limitations with two-wire configuration that necessitated VisionPro installation instead of originally specified E30 models, explorin
Replaced malfunctioning zone valve power head and installed automatic air vent to eliminate trapped air from the hydronic heating system. Refilled and purged the system to restore proper circulation and ensure optimal performance across all heating zones.
Conducted on-site assessment for customer-supplied tanked water heater installation. Performed visual inspection of existing utility room plumbing infrastructure, including water supply lines, drainage connections, and venting requirements. Evaluated installation feasibility, noting existing HVAC ductwork, electrical panel proximity, and floor-mounted plumbing configuration. Documented current conditions showing water heater positioning area with adjacent PVC drainage lines and copper supply piping. Identified necessary components and fittings required for proper installation. Initiated and submitted parts requisition form for required materials to complete installation per code requirements.
Completed scheduled heating maintenance agreement on two furnace systems. Performed comprehensive inspection of both units including thermostat operation, indoor air handlers, filters, condensate drains, blower motors, inducer motors, capacitors, and electrical wiring. Verified temperature splits, heat exchangers, igniters, flame sensors, and gas pressures on both furnaces. Diagnosed basement/main floor furnace with tripped limit switch due to failed component and submitted estimate for replacement upon approval. Identified attic furnace experiencing overheating condition caused by closed supply vents and advised homeowner to open vents to restore proper airflow and prevent future limit trips. All other system components operating within normal parameters. Will return to install new limit switch once authorization received.
Performed air conditioning repair and boiler service on residential HVAC system. Confirmed low refrigerant condition in cooling system as previously diagnosed. Added 2 lbs of R410A refrigerant and UV dye to system for future leak detection and scheduled follow-up leak search. Inspected boiler and identified elevated carbon monoxide levels indicating improper combustion and ventilation. Cleaned burner assembly and lubricated inducer motor. Determined inducer motor is not functioning at optimal capacity, resulting in inadequate exhaust ventilation. Adjusted system to restore safe operating parameters and confirmed boiler returned to proper operation with acceptable combustion levels.
Performed pre-sale home inspection on 28-year-old York gas furnace. Conducted comprehensive system evaluation including ignition sequence, flame safety controls, burner assembly, heat exchanger integrity, gas valve operation, control board functionality, blower wheel condition, electrical amp draws, venting system, combustion analysis, and temperature rise measurements. All components found to be operating within manufacturer specifications except blower capacitor, which tested as failing and requires replacement to prevent potential motor damage and cascading component failures. Documented heavily soiled air filter requiring replacement. All safety systems verified operational, combustion efficiency confirmed acceptable, and temperature rise within acceptable range for unit age and specifications.
Completed routine heating system maintenance on Trane unit as part of preventative maintenance agreement. Performed comprehensive tune-up inspection of boiler system, including examination of Burnham boiler unit, expansion tank, circulation pump, hydronic piping manifold, and associated valves and controls. Verified proper operation of all heating components, checked electrical breaker panel connections, inspected copper piping distribution system with ball valves, confirmed pressure gauge readings within normal parameters, and ensured all safety controls functioning correctly with no issues identified.
Responded to service call for continuously running toilet. Upon inspection, identified water leak caused by flapper valve not properly seating against the flush valve opening. Removed tank lid and examined internal components, noting discolored water in tank and debris accumulation on flapper sealing surface. Thoroughly cleaned the flapper flange and seating area to remove mineral deposits and buildup preventing proper seal. Tested flush mechanism to verify flapper now seats correctly and water flow stops after tank refill cycle completes. Leak resolved and toilet functioning properly.
Performed comprehensive heating maintenance on four heating systems as part of membership agreement. Conducted thorough inspections including venting and exhaust flue examination, camera inspection of heat exchangers, burner assessment, and verification of blower, inducer, pressure switch, safety switches, and limit switches on all units. Checked flame sensors, igniters, gas pressures, and combustion air supply. Cycled all systems on high and low settings to verify safe and proper operation. Replaced humidifier pads on three Aprilaire humidifier units, set humidistats to appropriate levels, and verified proper operation with drainage systems functioning correctly. Inspected heat pump system, cycled unit through heating mode, and confirmed proper heating output and blower speed operation. Evaluated garage-mounted mini-split system in heating mode, verified unit producing 125° supply air temperature, and programmed thermostat to 69° in auto mode for optimal comfort and efficiency. All f
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