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 August 2026.
The most recent job was on August 26, 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.
Conducted comprehensive plumbing estimate for water heater replacement in utility room with existing water softener system. Assessed current water heater condition, evaluated copper piping configuration, and documented existing plumbing infrastructure including water softener connections and valve placements. Provided recommendations for water heater replacement options and identified opportunities for general plumbing system improvements throughout the property.
Completed annual maintenance agreement service on two HVAC systems, each consisting of one gas furnace and one air conditioning unit. Performed comprehensive heating system inspections including filter evaluation, carbon monoxide level testing, temperature split measurements, burner operation assessment, flame sensor and igniter functionality checks, motor and capacitor testing, drain line inspection, and heat exchanger examination. Conducted thorough cooling system maintenance on both AC units operating with R-410A refrigerant at 76-degree ambient temperature, including filter inspection, thermostat verification, temperature split analysis, condenser evaluation, coil cleaning assessment, motor and capacitor testing, compressor performance check, refrigerant charge verification, and condensate drain inspection. Both furnaces and air conditioning systems tested and confirmed to be operating within normal parameters with no deficiencies noted at time of service.
Performed scheduled HVAC maintenance agreement service. Inspected residential heating and cooling systems, including wall-mounted air conditioning unit and boiler system. Documented existing issues with boiler showing empty condition and backflow leaking that requires follow-up repair visit. Cleaned and inspected mini-split air handler, noting dust accumulation on evaporator coils. Verified thermostat operation displaying proper temperature reading of 68 degrees. Captured photographic documentation of equipment condition for service records. Scheduled return visit to address boiler and backflow concerns requiring additional technician support.
Completed comprehensive heating and cooling maintenance tune-up on 15-year-old HVAC system for new homeowner. During furnace inspection, identified multiple failing components including ignition system, inducer draft motor with condensation and exhaust leakage into combustion cabinet, rusted and deteriorating burners, and rusted heat exchanger eyelets with no visible leakage currently present. Furnace remains operational at this time. Performed AC tune-up and found refrigerant levels adequate with contactor, compressor, and fan motor testing within proper specifications. Identified failing capacitor reading out of acceptable range and completed replacement, restoring AC to full operational status. System estimate scheduled for furnace replacement due to multiple component failures and safety concerns.
Responded to water leak call at main water line entry point. Upon inspection, identified condensation present around main water line and on surrounding concrete floor where line enters structure. Diagnosed source of leak as loose packing nuts on main water shutoff valve. Tightened packing nuts to manufacturer specifications, resolving active leak condition. Verified repair by monitoring valve assembly for continued seepage. No further moisture accumulation observed following adjustment.
Responded to water leak emergency with water penetrating through garage ceiling from overhead bathtub drain line. Upon investigation, identified severely corroded galvanized pipe section as the source of the leak. Removed the deteriorated galvanized piping and installed new replacement section with proper rubber couplings and stainless steel hose clamps to ensure watertight connections. Verified all connections were secure and tested the drain system to confirm leak was eliminated and proper drainage restored.
Completed annual heating maintenance visit on a 20+ year old Smith boiler system located in the lower level. Performed comprehensive tune-up inspection including evaluation of piping, burners, heat exchanger, backflow preventer, and pressure relief valve. Conducted combustion analysis and verified proper ignition and flame safety controls. Confirmed system pressure within acceptable parameters and tested for carbon monoxide leakage from boiler jacket. All components found to be in good working condition with no safety concerns identified. System operating properly and safely with no repairs or recommendations required at this time.
Completed code correction callback on residential furnace installation. Documented existing rigid transition piece on plenum that requires replacement with fabric vibration isolation transition per code requirements. Coordinated fabrication of proper flexible transition piece for installation team to replace rigid connection, ensuring compliance with vibration isolation standards between furnace and ductwork system.
Responded to warranty call for blower motors operating continuously without call for fan. Disassembled equipment and diagnosed missing retention clip on blower wheel, causing wheel to come loose and resulting in capacitor failure. Secured blower wheel, replaced failed capacitor, and repaired fan motor. Cycled system through all modes and verified proper operation with thermostat control restored.
Responded to no-cool callback on recently installed mini split system. Upon arrival, diagnosed miswired indoor head units at outdoor condenser connections. Corrected wiring configuration between heads and corresponding condenser ports. After resolving wiring issue, one indoor head unit remained non-responsive. Performed voltage verification at both indoor and outdoor units, confirming proper electrical supply. Isolated fault to defective control board in non-responsive indoor head unit. Submitted warranty parts request for replacement control board.
Responded to a no cooling complaint on an 18-year-old residential air conditioning system. Upon arrival, homeowner reported inadequate cooling with indoor temperature rising to 76°F despite thermostat set to 73°F, and previous temperature spike to 90°F. System was running continuously but failing to maintain setpoint. Performed diagnostic evaluation of outdoor condenser unit. Inspection revealed burnt wiring connections and a failed run capacitor with visible heat damage and corrosion on terminals. Electrical connections showed signs of arcing and thermal degradation. Capacitor tested outside acceptable parameters and required immediate replacement. Repaired damaged wiring by cutting back burnt sections and installing new wire connections with proper terminations. Replaced failed capacitor with new TITAN PRO THCD-455 dual run capacitor, ensuring proper electrical specifications matched manufacturer requirements. Secured all electrical connections and verified tight, corrosion-free te
Completed annual heating and cooling maintenance visit on 8-year-old Trane system. Performed comprehensive inspection including igniter, flame sensor, heat exchanger, evaporator coil, contactor, capacitor, and refrigerant charge verification. All components tested within manufacturer specifications with proper amp draws, temperature rise/drop, and combustion analysis results. System operating efficiently with no deficiencies identified or recommendations required at this time.
Completed comprehensive maintenance on one furnace and one air conditioning system. Inspected furnace components including filter, CO levels, temperature split, burners, flame sensor, igniter, motors, capacitor, drain, and heat exchanger. Replaced dirty filter with homeowner-supplied replacement. Adjusted gas pressure from slightly elevated reading to within manufacturer specifications. Recommended humidifier water panel replacement for optimal performance. Verified furnace operating normally upon completion. Performed AC maintenance with outside ambient temperature at 71 degrees on R-410A refrigerant system. Inspected filter, thermostat, temperature split, condenser, coils, motors, capacitors, compressor, refrigerant charge, and drain line. Identified blower speed set incorrectly at low setting and adjusted to medium-high for proper airflow. Confirmed AC system operating within normal parameters. Both HVAC systems functioning properly at conclusion of service visit.
Responded to service call for malfunctioning Toto Neorest 750H toilet with integrated bidet system. Upon inspection, diagnosed failed flush valve and bowl controller affecting lower bowl operation. Removed defective components and installed new OEM flush valve assembly and bowl controller unit. Reconnected all electrical wiring harnesses and plumbing connections to internal control systems. Performed operational testing of all toilet functions including flush cycles, bidet spray settings, and electronic controls. Verified proper water flow, drainage, and sensor response. Cleaned work area and confirmed unit restored to full working order with all functions operating as designed.
Completed annual heating tune-up on 7-year-old Lennox system and performed boiler inspection. Found boiler operational but running at low pressure; added water to system to meet manufacturer's specified pressure requirements. Inspected hydronic heating system including circulator pumps, zone valves, manifold distribution system, expansion tank, and associated copper piping—all components found to be functioning properly following pressure adjustment.
Completed installation of customer-supplied kitchen faucet at residential property. Mounted and secured faucet assembly to existing sink configuration without modifications to countertop or plumbing infrastructure. Connected faucet to existing supply lines and shut-off valves, tested operation for proper water flow and verified no leaks at connection points.
Removed existing toilet from upstairs bathroom and installed customer-supplied one-piece Toto toilet with integrated washlet bidet seat. Used plastic closet flange extension kit with gasket to ensure proper mounting height and seal. Completed all water supply connections, tested flush mechanism and bidet functionality to verify proper operation. Pre-existing cosmetic scuffs were noted in bowl prior to installation. Unit left in full working order with no leaks or operational issues.
Conducted phone follow-up to verify installation scheduling based on system records and discussed Xcel Energy electric vehicle program details with customer. Site documentation photos were captured for record-keeping purposes.
Conducted phone follow-up regarding pending electrical estimate preparation. Discussed under-cabinet lighting specifications for kitchen installation and obtained additional electrical specifications from customer to assist in completing accurate proposal. Documented site conditions with photos for estimate finalization.
Responded to no hot water condition on tanked water heater. Found pilot light extinguished and valve leaking. Successfully relit pilot light to restore hot water temporarily. Upon inspection, discovered significant corrosion on copper supply lines with heavy green patina and oxidation, indicating advanced age and deterioration of unit. Gas control valve assembly and internal components showing considerable wear. Provided replacement options due to compromised condition of water heater and active leak at valve.
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