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.
Returned to site to replace defective ECM condenser fan motor module under parts warranty on aging York HVAC system. Removed failed motor assembly and took advantage of access to thoroughly wash condenser coil, removing accumulated debris and dirt buildup. Installed replacement motor module, verified proper electrical connections, and restored system to operation. Conducted full operational testing with system running successfully and achieving 3-degree temperature drop during on-site verification, confirming adequate cooling performance and proper airflow through cleaned condenser.
Completed comprehensive maintenance tune-up on both furnace and air conditioning systems. Identified and replaced failing dual capacitor and severely pitted contactor showing signs of electrical burning. Added R22 refrigerant to bring system to proper operating charge. Performed ductwork inspection using camera equipment to assess interior conditions. Coordinated with comfort advisor regarding age-related equipment concerns, noting the air conditioning unit is 22 years old while the furnace is 5 years old.
Responded to no cooling complaint on 1-year-old ductless mini-split system installed on outdoor deck. Upon inspection, determined that refrigerant lines had been disturbed during recent deck board replacement, causing flare fittings to loosen and resulting in complete refrigerant loss. Diagnosed leak at connection points where outdoor unit had been temporarily relocated. Provided estimate for pressure testing system, repairing compromised flare connections, and recharging unit to factory specifications. Customer declined repair services.
Responded to no cool call for 9-year-old AC system experiencing insufficient cooling with only 10-12 degree temperature differential from outdoor ambient. Diagnosed system low on refrigerant charge with 10-degree temperature split and 5-degree subcooling, indicating undercharge condition. Recharged system to manufacturer specifications, restoring proper cooling capacity and system performance.
Completed routine plumbing inspection and reverse osmosis system maintenance, replacing all filter cartridges in the four-stage under-sink water filtration system. Verified proper water flow, checked all connections and tubing for leaks, and ensured the RO system was functioning correctly throughout the residence.
Responded to call for clogged toilet and sink in toddler room with improper flushing. Upon inspection, identified foreign objects (toys) causing blockages in both fixtures. Manually extracted obstructions from toilet bowl and sink drain. Verified proper water flow and flush operation following removal. Fixtures restored to full functionality.
Performed comprehensive cleaning service on two ductless mini-split indoor units. Disassembled both head units using bib kit protection, thoroughly cleaned blower wheels and internal components, and verified proper condensate drain operation on both systems. All units reassembled, tested, and confirmed operating correctly.
Responded to a toilet reset request following bathroom floor replacement due to previous water leak damage. Successfully reset the toilet on the newly installed tile flooring, installed a new water supply line, and performed eight flush cycles to verify proper seal and confirm no leaks were present at the base or supply connection. All fixtures tested and functioning properly upon completion.
Performed comprehensive AC tune-up on 20-year-old residential cooling system as part of maintenance agreement. During routine inspection, discovered unit operating with low R22 refrigerant charge based on pressure and temperature measurements taken at outdoor condenser. Coordinated follow-up appointment with service advisor to provide replacement system estimates for both air conditioning unit and furnace due to age of equipment and refrigerant availability concerns.
Responded to no cooling complaint on 13-year-old Carrier system with water leakage. Found furnace filter completely plugged with ultrasonic humidifier dust, causing evaporator coil to freeze and restrict airflow. Removed clogged filter and installed new filter that was on-site. Allowed system to thaw and verified proper condensate drainage. Test ran unit to confirm cooling operation restored. Checked refrigerant charge levels, which were within manufacturer specifications.
Responded to service call for water softener not cycling through salt properly. Upon inspection, discovered a salt bridge formation in the brine tank preventing proper regeneration cycle. Broke up and removed the salt bridge to restore normal water softener operation. Verified system functionality and proper brine draw after repair. Coordinated entry access remotely per customer instructions as property was unoccupied during service visit.
Responded to a clogged toilet service call and successfully cleared the obstruction using a toilet auger. Upon arrival, diagnosed the blockage and snaked the toilet fixture to restore proper drainage and flushing function.
Responded to a no heating or cooling complaint on a 10-year-old geothermal heat pump system. Upon arrival, confirmed unit was cycling on and shutting off after brief operation. Connected refrigerant gauges and discovered system pressure at nearly zero PSI, indicating significant refrigerant loss. Due to the specialized nature of geothermal systems, determined that proper diagnosis requires a geothermal-certified technician to pressure test the ground loop, inspect heat exchanger, and locate the source of refrigerant leak. Shut down unit to prevent compressor damage and scheduled follow-up appointment with qualified geothermal specialist for complete system evaluation and repair.
Completed kitchen plumbing hookup including installation of new faucet on double-basin stainless steel sink. Connected water supply lines, installed drain assembly with P-trap configuration, and verified proper operation of all fixtures. All connections tested and confirmed leak-free with full functionality restored.
Responded to no cooling complaint on recently installed two-stage AC system. Upon inspection, discovered unit was only operating in first stage due to Y1/Y2 jumper being cut on furnace control board during installation. System was configured with single-stage zone control panel incompatible with two-stage thermostat control. Restored proper operation by jumpering Y1 and Y2 terminals on control board to enable both stages of cooling. Verified system performance with 22° temperature split across evaporator coil and adjusted board settings for optimal operation.
Responded to no-cooling complaint on 2005 Bryant PLUS 90 system with evaporator coil freeze-up. Upon arrival, found outdoor condenser coils clean and evaporator coil free of debris with clear condensate drain. Connected manifold gauges and observed refrigerant charge slightly below optimal range for R-22 system but within marginal operating parameters. Customer had recently installed MERV 11 air filter, which was determined to be excessively restrictive for this system's blower capacity, resulting in reduced airflow across evaporator coil and subsequent ice formation. After filter had been in place approximately 24 hours, coil began normal condensation cycle and ice buildup ceased. Verified airflow restoration and monitored system operation until cooling function returned to normal. Advised customer that R-22 refrigerant is no longer serviced and system replacement should be considered due to age and refrigerant phase-out, though current operation is functional for continued use.
Completed phone follow-up with customer regarding questions about reverse osmosis system installation work. Technician will return contact upon availability to address specific concerns and provide technical clarification on the completed installation.
Responded to no-cool call on recently installed air conditioning system. Upon inspection, discovered low voltage control wiring had been severed near landscaping, likely damaged during bush trimming. The control wire routing extended from the window around the exterior of the home, under the deck, and past shrubbery in a suboptimal configuration. Repaired the damaged wire by splicing at the break point, restored power to the system, and confirmed proper operation of the air conditioning unit.
Responded to no cooling complaint on 10+ year old air conditioning system with system malfunction error displayed on thermostat. Diagnostic testing revealed failed condenser fan motor, defective run capacitor, and compressor exhibiting abnormal operational sounds indicating potential failure. Replaced condenser fan motor and run capacitor to restore system operation, though compressor condition warrants monitoring for future replacement needs.
Responded to a no cooling call on a twelve-year-old air conditioning system. Upon inspection, found clogged air filters at the indoor unit. Examined the outdoor condenser and discovered severe coil damage caused by animal urine, heavy pollen accumulation, and missing fin sections. System testing revealed complete refrigerant loss with an audible leak detected at the damaged coil area. Due to the extent of condenser coil damage and system age, scheduled a comfort advisor to discuss replacement options with the homeowner.
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