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.
Hurlburt offers heating repairs, maintenance, installations, and replacements in Altoona. This ensures we can help keep our clients warm throughout the coldest days. We service furnaces, boilers, and ductless systems, making it easy to get assistance no matter what system you have.
It’s frustrating and concerning when you realize your heating system is experiencing issues or nearing its end. Our various heating solutions can restore warmth to your home whether you want an upgrade or to fix an issue. We offer standard and emergency HVAC assistance in Altoona.
Heating solutions we provide include:
Hot summer days require having cool, conditioned air flowing through your home. Our team can help make that happen whether you have a ductless system or central AC.
When summer approaches, the days become longer, and the temperatures rise, you need HVAC technicians you can count on. We tackle large and small projects, including installations, replacements, maintenance, and repairs. Our team arrives in fully stocked vans, ready to address any air conditioning situation you’re experiencing.
Cooling solutions we supply include:
Your plumbing system goes through significant wear and tear on a daily basis, especially in the kitchen and primary bathroom. The older the system, the more problems it may experience. Our plumbers in Altoona can address any issue with your system.
When you notice problems with your plumbing, it’s understandable that you don’t want to wait long for help. You can rely on our team for prompt, efficient repair services that help the water flow freely once again. Installations and maintenance are also available.
Plumbing solutions we offer include:
Our electricians in Altoona deliver a wide range of electrical services, including installing EV chargers and whole-home generators. They also provide maintenance, replacements, and repairs, ensuring a comprehensive approach to care for your electrical system.
Homeowners should never attempt any electrical projects on their own. It could lead to personal injury, fires, and even explosions. Our experienced team can perform any project, prioritizing safety and functionality.
Electrical solutions we provide include:
There’s a lot to love about living in Altoona from hanging out at Lake Altoona Park to dining at local restaurants. After a fun day, you don’t want to deal with a problem with one of your major home systems. Thanks to our multiple services, Hurlburt can help make your house safer, more comfortable, and more functional.
No matter where you live in Altoona, our plumbers, electricians, and HVAC technicians can assist you with your home needs. You’ll find our trucks in several local neighborhoods, including:
Our more than 65 years of industry experience means you can count on us to provide consistent, exceptional service. We employ a team of skilled technicians, electricians, and plumbers who love what they do, and it shows. Many of our clients have written positive online reviews about Hurlburt over the years. We invite you to read what they’ve had to say so you can know what to expect during your own appointment. Welcome to the Hurlburt family!
Contact Hurlburt today for outstanding plumbing, electrical, and HVAC services in Altoona.
Responded to no cooling call on 10-12 year old air conditioning system. Upon arrival, diagnosed failed dual run capacitor reading zero microfarads, causing compressor to draw excessive amperage and trip the circuit breaker. Removed and replaced defective capacitor with proper rated replacement. Performed condenser coil cleaning to remove accumulated dirt and debris, improving heat transfer efficiency. Verified proper system operation, confirmed normal amperage draw, and tested all safety controls. Unit restored to full cooling capacity.
Responded to no cooling call on 10+ year old R22 system. Found condenser operating with restricted airflow due to partially plugged coil and significantly low refrigerant pressures (suction 10-15 PSI, discharge 150 PSI), indicating system leak. Verified indoor blower operation and confirmed air filters in acceptable condition. Explained to homeowner that unit requires leak repair and R22 recharge, but due to age of equipment and refrigerant costs, replacement would be more cost-effective. Customer agreed to have comfort advisor provide replacement estimates.
Completed installation of two mini-split systems at elevated height requiring scissor lift access. Ran electrical wiring for both mini-split units and installed dedicated outlet, then mounted exterior disconnect for proper system isolation and code compliance.
Responded to no cooling call on 8-year-old residential central air conditioning system. Upon inspection, discovered low voltage control wiring had been damaged by rodent activity, causing system failure. Repaired compromised wiring, restored electrical connections, and verified proper system operation. Tested cooling cycle and confirmed unit returning to normal function with adequate airflow and temperature output.
Responded to no cooling complaint on 18-year-old York AC system experiencing freeze-up conditions similar to previous year's issue. Connected Job Link diagnostic probes and confirmed system was severely undercharged. Performed leak detection above evaporator coil and successfully identified active refrigerant leak in indoor unit. Documented findings with video evidence. Advised customer that recharging a system with an active leak releasing refrigerant into living space is not recommended due to safety and environmental concerns. Provided detailed quotes for both repair and complete system replacement options given age and condition of equipment.
Responded to no cooling complaint on aging R-22 system. Found compressor not running due to failed capacitor and unit heavily contaminated with debris. Replaced capacitor and performed exterior coil cleaning. Verified system operation with gauges showing 70 psig suction, 210 psig discharge, and 17-degree temperature drop across evaporator coil after 20-minute runtime. Discussed system age and refrigerant phase-out considerations, but customer elected to proceed with repairs. Unit restored to proper cooling operation with clean air filter confirmed.
Responded to complaint of inadequate cooling on upper level of home. Found system utilizing MERV 12 filters causing excessive airflow restriction and low subcool readings on 3-ton unit installed approximately 6 months prior. Recommended switching to MERV 8 filters to reduce static pressure. Added refrigerant to bring subcool within manufacturer specifications. Adjusted airflow from 1200 CFM to 1500 CFM for high-stage cooling while maintaining subcool within range and approximately 20-degree temperature drop across coil. Verified thermostat fan setting configured to "on" position to promote better air circulation and temperature distribution throughout home. System operating properly upon departure.
Responded to service call for leaking outdoor lawn faucet. Upon inspection, determined the existing spigot was broken and required full replacement. Successfully removed the failed lawn faucet and installed a new outdoor spigot, restoring proper function and eliminating the leak.
Responded to no cooling complaint on 3-year-old air conditioning system with thermostat set to 70°F but indoor temperature reading 79°F. Upon arrival, found system shut down with only fan operational. Discovered rodent remnants (squirrel or mouse) in outdoor electrical panel with damaged wiring, and condenser coil severely obstructed with debris. Repaired broken wire by installing new spade connector to restore electrical connection. Disassembled and thoroughly cleaned condenser coil to restore proper airflow and heat transfer. Performed complete system inspection including all electrical components, verified air filter condition (found clean), checked refrigerant charge and temperature differential across evaporator coil, confirmed proper coil sweating pattern indicating adequate refrigerant flow, and cleared condensate drain line. System restored to proper cooling operation. Advised customer that due to elevated indoor temperature exceeding 80°F, system would require extended runtime
Responded to no cool call where outdoor fan motor was not operating. Diagnosed and found capacitor completely out of specification. Replaced failed capacitor and tested system operation. Noted refrigerant charge appears slightly low and may require future attention. Additionally observed multiple supply vents blocked by ongoing flooring renovation work and advised homeowner's family member to cut out floor openings at all vent locations immediately to restore proper airflow and system performance.
Responded to water leak originating from apartment #5 causing ceiling damage to the unit below. Upon inspection, identified a leaking brass 3/4" valve installed on a 3/4" schedule 80 line. Removed the incompatible brass valve and replaced it with the proper 3/4" schedule 80 valve to ensure correct fitting specifications and eliminate the leak. Documented repairs with photographs of the plumbing installation and completed work area.
Responded to no cooling complaint on 9-year-old system with weak airflow and handler condensation. Found system low on refrigerant charge and heavily soiled air filter restricting airflow. System has history of previous refrigerant leak repairs including condenser leak and TXV replacement, indicating potential additional leak in system. Added refrigerant to restore proper charge levels, achieving target subcooling of approximately 7 degrees. Injected UV dye into system for future leak detection. System restored to proper cooling operation upon departure.
Responded to no cooling complaint on 30+ year-old Amana air conditioning system. Upon arrival, confirmed unit was running but not cooling effectively. Performed diagnostic inspection beginning with indoor components, verifying air filter condition and testing blower capacitor—both found to be in acceptable working condition. Proceeded to outdoor condenser unit and connected refrigerant gauges to measure system pressures. Diagnostic testing revealed critically low refrigerant charge with suction pressure reading only 10 psi during operation, well below manufacturer specifications. Low refrigerant pressure confirmed as primary cause of no cooling condition. Given the advanced age of the system (30+ years) and the refrigerant loss, coordinated follow-up appointment with service advisor to discuss repair options and system replacement recommendations with customer.
Responded to no cool call on 3-year-old system with complete loss of power to furnace and air conditioning unit. Upon arrival, found Ecobee thermostat display completely dark with no power present at any system components. Diagnosed failed 24V transformer on furnace as primary issue and replaced transformer to restore low voltage power supply. After transformer replacement, conducted system testing and discovered Ecobee thermostat had also failed, specifically the Y terminal which controls compressor operation. Bypassed thermostat and verified air conditioning compressor, condenser fan, and indoor blower motor all operated properly when directly energized, confirming all HVAC equipment functionally sound. Determined faulty thermostat likely caused electrical fault that damaged transformer. System now has proper 24V power supply restored and is ready for operation once new thermostat is installed. Provided thermostat replacement options but customer declined service and elected to self-
Responded to no cool call on 10+ year old 3-ton R22 system. Indoor blower operational but outdoor unit not receiving signal. Upon inspection, discovered extensive mouse nest in condenser unit blocking electrical cabinet. Removed rodent debris and inspected wiring—fortunately no wire damage occurred, though electrical cabinet showed evidence of previous burn damage and rewiring from past rodent issues. After clearing nest and testing, compressor failed to start. Diagnosed failed run capacitor on hermetic terminal. Replaced capacitor and verified compressor operation. Connected manifold gauges to check R22 charge levels—system pressures within acceptable range with 21-degree temperature drop across evaporator coil. Blower airflow slightly below optimal 1200 CFM for tonnage but within operational parameters given acceptable pressures and temperature differential. Confirmed system cooling properly and advised homeowner regarding R22 refrigerant phase-out and future service considerations f
Responded to no cooling complaint on 1993 R-22 air conditioning system. Unit was running but not producing cold air. Connected manifold gauges and recorded 45 psi static pressure and approximately 5 psi suction pressure during operation, indicating significant refrigerant undercharge. Performed leak inspection at refrigerant line connections that were recently disturbed during furnace replacement in December, finding no evidence of oil residue or active leaks at those fittings. Discussed system age and obsolescence with homeowner, noting the unit is over 30 years old and uses R-22 refrigerant which has been phased out. Explained that given the system's age and current refrigerant technology, replacement would be more cost-effective than repair. Offered complimentary estimate for new system installation, but homeowner declined and indicated preference for window units instead. No repairs performed at customer's request. Documented conditions with photos showing gauge readings and outdoo
Responded to no cooling call on 10+ year old A/C system with outdoor unit not running while indoor fan operated normally. Diagnosed failed contactor with only one side engaging and no continuity on right side terminal, confirmed 220V power supply and 24V control voltage present at unit. Reviewed initial diagnostic findings with homeowner before departure and provided estimates for necessary repairs.
Responded to no cooling complaint on 5-year-old Bryant air conditioning system. Upon inspection, found condenser unit not operating due to rodent damage in electrical compartment. Discovered mouse nest inside condenser housing with chewed low voltage control wiring preventing system operation. Removed rodent nest and debris from electrical compartment. Repaired damaged low voltage wiring by splicing and insulating affected conductors. Sealed entry points with silicone to prevent future rodent intrusion. Tested system operation and confirmed proper cooling function with 19-degree temperature differential across evaporator coil. Installed customer-provided air filter to complete service call.
Responded to no cooling condition on 10-year-old residential air conditioning system. Upon arrival, confirmed heating and fan modes operational but compressor not engaging. Inspected outdoor unit and found shorted contactor and failed compressor start/protection device. Capacitor had been previously replaced with dual capacitor and separate single capacitor for fan motor, both tested within acceptable range. Tested system operation with replacement contactor, confirming compressor and condensing unit functioned properly. Also noted electrical disconnect box hanging loose from exterior wall mounting. Discussed findings and repair options, including recommendation to consider system replacement quotes given age and potential for additional component failures. Per homeowner request, secured electrical disconnect box to exterior wall. Homeowner declined contactor replacement at this time, electing to complete repair independently. System left in safe, non-operational condition pending cont
Responded to callback for AC system fan continuing to run after reaching setpoint temperature. Replaced thermostat and monitored system operation for approximately 20 minutes to verify proper cycling. Fan shut down within one minute after cooling call ended, indicating improved performance. Documented control board model number and captured photos for reference, as intermittent relay sticking on control board remains possible cause if issue recurs.
©2026 Hurlburt. All Rights Reserved.
Privacy Policy | Terms and Conditions | [cookie_preferences_link]
This site is protected by reCAPTCHA and the Google Privacy Policy and Google Terms of Service apply.