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.
When you need high-quality duct cleaning services that enhance your air conditioner’s efficiency and the cleanliness of your indoor air, trust the team at Hurlburt. The build-up of dust, allergens, and other particles in ductwork can restrict airflow and decrease HVAC efficiency. By employing Hurlburt’s thorough cleaning process, you can maximize airflow and operational efficiency, which helps in lowering energy costs and extending the lifespan of your air conditioning system. Additionally, the service significantly boosts indoor air quality, reducing irritants that affect respiratory health and creating a more comfortable and healthy home environment.
To get our HVAC and plumbing services, call us today. To learn what other customers think about our plumbing and HVAC services, check out our reviews below!
Heat pumps can be a great alternative to traditional air conditioners. Like an AC, they can be paired with a forced-air furnace or air handler. Heat pumps look a lot like traditional air conditioning units but they work a bit differently.
Like a traditional air conditioner, they use the refrigeration cycle to provide cool air in your home. However, these units can use the refrigeration cycle to provide heat as well. To simplify it, they basically run in reverse. The refrigeration cycle allows the heat pump or AC to absorb heat and move it from one area to another. On cooling mode, the unit absorbs the heat from inside your home and releases it outside. On heating mode, it finds heat in the ambient outdoor air and moves it inside to heat your home. While that might not seem like something that can work in our harsh, Wisconsin winters, heat pumps use technology that allow them to work in subzero temperatures.
On heating mode, heat pumps are more efficient than electric and gas-fired furnaces. This is because they don’t have to “create” heat but rather move it from one area to another. Many people who use heat pumps chose them for this reason. Higher energy efficiency means lower operating costs.
Important note for heat pump installations: if you plan to rely on your heat pump for home heating, you must choose a unit that is rated for low temperatures. There are many varieties of heat pumps. The ones that work great in Florida do not work well here. We can use heat pumps efficiently in Wisconsin but you have to have the right one!
Ductless mini splits are gaining popularity in the US and it’s no surprise why. These are the most eco-friendly AC options on the market. Mini splits are a type of heat pump so they can provide both heating and cooling on a single system. They have the same benefits of heat pump efficiency but are also integrated with their own smart technology that automatically adjusts the output of the compressor to use the least amount of energy possible to maintain the indoor temperature setting.
Ductless mini splits use wall or ceiling-mounted air handlers to distribute warm and cool air into your rooms. Typically, one air handler is needed per room. In open spaces (like living rooms, dining rooms and kitchens) only one air handler may be used for the combined area. Luckily, one outdoor unit can connect to multiple indoor air handlers. However, if you are needing to heat and cool a large home, you may still need two outdoor condensers.
Ductless mini splits excel at strict temperature control of small spaces and single rooms. This makes them perfect for zoning applications or supplemental HVAC solutions.
Because they do not utilize ductwork, they can be installed in homes with boiler heat (no ductwork system) and areas where it would be difficult or impractical to add to existing ductwork. We often install them in home offices, guest suites, master bedrooms, attic spaces, basements and garage workshops.
Central AC units, heat pumps and ductless mini splits all last between 15 and 20 years if they are well maintained. All of these systems have filters that either need to be replaced regularly or cleaned. That is one of the best things you can do for your AC system to keep it running as long as possible.
There’s more to choosing an AC system than simply calculating the square footage of your home. That’s part of it, but the team at Hurlburt knows that each home is unique. We will come out and do a walk through and look at your home’s layout, the number of windows you have, the ceiling height and talk with you about your cooling needs.
We will discuss the pros and cons of each design and let you make the final decision. We are here to provide expert guidance but you have the final say in your choice of AC system. Whatever AC system you decide to go with, we will ensure it is sized and installed correctly to meet your cooling needs.
Performed comprehensive cooling system tune-up and inspection on 13-year-old Gibson air conditioning unit as part of recurring maintenance agreement. Conducted thorough evaluation of all major components including contactor, capacitor, refrigerant charge, condenser coil, amp draws, blower wheel, control board, and evaporator coil—all found to be in good working condition. Replaced dirty furnace filter and verified temperature drop at 18 degrees, confirming system is operating within manufacturer specifications with no deficiencies noted.
Responded to a pinhole leak in copper piping located in the utility room mechanical area. Upon inspection, identified a small leak in the copper line and observed widespread corrosion throughout the copper piping system and fittings, indicating advanced aging of the plumbing infrastructure. The existing system includes a water filtration unit with pressure regulation components, multiple copper supply lines, and various valve assemblies showing signs of oxidation and patina buildup. Performed immediate repair of the active pinhole leak to stop water intrusion and restore system integrity. Documented the extensive corrosion present on copper pipes and fittings throughout the mechanical room for follow-up evaluation. Recommended comprehensive assessment for potential re-piping of remaining copper lines due to the deteriorated condition of the existing plumbing system to prevent future failures.
Responded to no cooling complaint for gymnasium area at daycare facility. Found indoor fan motor operating but outdoor unit completely non-operational. Performed diagnostic testing on outdoor unit components and identified failed capacitor preventing compressor and condenser fan operation. Replaced defective capacitor with new unit, restored power, and verified proper system operation with adequate cooling performance. Recommended preventative maintenance service for all four rooftop units due to observed dirt accumulation affecting system efficiency.
Responded to no cooling call on R-22 system. Upon arrival, confirmed outdoor unit not operating. Verified thermostat was calling for cooling but contactor would not engage. Discovered low pressure switch was open, indicating loss of refrigerant charge. System found completely flat with no refrigerant present. Performed visual inspection of outdoor condenser unit and located significant oil accumulation on condenser coil, confirming active refrigerant leak at coil. Documented findings with photos showing coil condition and leak evidence. Advised customer that condenser coil replacement is required due to leak, or full system replacement should be considered given age of equipment and R-22 refrigerant type. Scheduled follow-up consultation to review repair versus replacement options.
Responded to no-cooling complaint on 15-year-old residential central air conditioning system. Upon inspection, discovered failed dual-run capacitor and rodent nest obstructing airflow within outdoor condensing unit. Replaced defective capacitor with proper OEM-specification component. Performed thorough cleanout of condenser coil and cabinet, removing all debris and nesting material. Washed condenser coil to restore proper heat transfer efficiency. Following mechanical repairs, performed refrigerant system diagnostics using manifold gauge set. Testing revealed system operating with insufficient refrigerant charge, indicating potential leak in refrigeration circuit. Given the age of the equipment and multiple compounding failures, provided comprehensive repair versus replacement options to customer. Due to cost-effectiveness considerations and system age exceeding typical service life expectancy, customer elected to schedule consultation with service advisor for full system replacement
Responded to call regarding intermittent sewer odor emanating from bathroom drain. Upon arrival, inspected plumbing fixtures and drainage system. No active sewer smell detected at time of inspection. Evaluated toilet installation and determined unit may require resetting to ensure proper seal at floor flange. Provided estimate for toilet reset service to address potential source of odor infiltration.
Responded to water leak complaint near furnace area. Upon inspection, identified multiple sources contributing to water accumulation: clogged air conditioner condensate drain line, sweating suction line causing condensation drip, and drain pipe displaced approximately one foot from floor drain opening. Cleared condensate drain obstruction and repositioned drain pipe to proper drainage location. Identified potential secondary leak in evaporator coil drain pan and noted water heater showing signs of leakage as separate issue. Performed complete system tune-up on HVAC equipment to ensure optimal operation. Documented conditions with photos showing supply duct temperatures, drain pan configuration, and floor water damage. Provided recommendations for water heater replacement and continued monitoring of coil drain pan condition.
Responded to no cooling complaint on 21-year-old Lennox system. Upon inspection, found system cycling improperly with condenser shutting off prematurely while indoor blower continued to run. Used Fieldpiece manifold gauge to diagnose refrigerant levels and confirmed system is significantly low on R410A refrigerant, indicating a leak in the system. Observed water accumulation on floor around indoor unit. System requires leak detection, repair, and refrigerant recharge. Provided customer with repair estimate for R410A system work and recommended comfort advisor consultation given age of equipment.
Responded to no cooling complaint on approximately 5-year-old Goodman air conditioning system. Upon inspection, discovered disconnect box receiving only 120V instead of required 240V, preventing system operation. Identified faulty disconnect box as root cause requiring electrical repair. Customer declined service as family member who is a licensed electrician will replace the disconnect box.
Performed comprehensive tune-up on 20-year-old residential air conditioning system. System was found to be low on refrigerant, which was replenished to manufacturer specifications. Given the age and condition of the equipment, customer was advised that the system is nearing end of service life and an estimate for replacement will be provided.
Successfully installed a Toto Drake comfort height toilet at the customer's residence. The new fixture was properly secured to the flange, all connections were sealed and tested for leaks, and the unit was verified to be functioning correctly upon completion.
Performed comprehensive tune-up on a 22-year-old Carrier air conditioning system. Inspected indoor air handler, confirming clean air filter, balanced airflow, and proper supply/return temperature split. Verified condensate drain line operating correctly with no blockages. Evaluated outdoor condensing unit, testing refrigerant pressures and temperatures which were within manufacturer specifications. Measured capacitor, contactor, and compressor amperage draw, confirming all electrical and mechanical components functioning within normal operating parameters. Cleaned outdoor coil to maintain optimal heat transfer efficiency. System currently operating in normal working condition with no deficiencies noted.
Completed annual AC tune-up and inspection on residential cooling system. Unit operating properly with supply air temperature measuring 53.9°F, electrical connections secure and within specifications, and condenser coils clean with adequate airflow through outdoor unit.
Completed Family Rewards cooling maintenance visit on residential air conditioning system. Performed comprehensive AC tune-up inspection and identified weak capacitor on compressor side. Replaced defective capacitor to restore proper system operation and ensure reliable cooling performance.
Performed comprehensive AC maintenance tune-up on an 11-year-old system serving the lower level of the residence. During inspection, identified a weak dual capacitor and determined the system was low on R410A refrigerant, indicating a potential leak in the refrigerant circuit. Documented equipment condition with photos of both the outdoor condensing unit's electrical components and the indoor air handler assembly, and provided recommendations for repair or replacement options to address the failing capacitor and refrigerant loss issues.
Completed comprehensive duct cleaning service on residential HVAC system with 27 total openings including both supply and return ducts. Removed significant accumulation of lint and debris throughout the ductwork system and cleaned all vent registers. Identified one open vent requiring 13x9 cover for proper system operation and noted floor register showing corrosion and moisture damage requiring attention.
Responded to complaint of salty taste in water and excessive brine level in tank above salt line. Calculated cabinet volume and evaluated existing fill/draw cycle parameters based on 0.2 gpm draw rate and 0.5 gpm fill rate. Adjusted water softener regeneration cycle settings: increased backwash time from 5 minutes to 10 minutes, increased rapid rinse time from 5 minutes to 7 minutes, decreased draw time from 33 minutes to 21 minutes (approximately 4.2 gallons), and decreased fill time from 19 minutes to 7 minutes (approximately 3.5 gallons). Documented equipment with photos.
Responded to service call for two malfunctioning toilets in residence. First toilet was not flushing properly due to complete blockage in the trapway. Upon inspection and augering, removed a pencil lodged in the drain line that was causing the obstruction. Cleared blockage and restored proper flushing function. Second toilet was experiencing fill issues preventing tank from refilling after flush. Inspected fill valve assembly and internal tank components. Provided estimate for new toilet installation in master bathroom to replace aging fixture. Both toilets assessed and primary issue resolved on-site.
Responded to laundry room water leak caused by a non-functioning water softener that had been shut off for approximately one year. Removed the defective water softener unit and associated drain connections by cutting out the existing plumbing configuration. Reconnected and restored direct water flow to the house by bypassing the softener system, ensuring proper water supply throughout the residence.
Responded to no heat call on 13-year-old furnace system. Upon arrival, found draft inducer motor dragging and drawing over full load amperage. Manually spun motor to verify mechanical binding, confirmed motor failure when unit attempted to run. Replaced defective draft inducer motor and restored system to proper operation.
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