Winter in Spring Valley brings long stretches of icy mornings and deep cold. Our team keeps your home warm with detailed heating services tailored to local weather. We work with furnaces, boilers, and heat pumps, ensuring dependable performance through each freeze. Whether you need a quick repair, a complete system replacement, or seasonal maintenance, we have you covered.
Many homeowners reach out for heating repair in Spring Valley when they notice uneven heat, rising energy use, or systems struggling to keep up. We diagnose issues quickly and offer solutions that fit your home’s layout and usage patterns. Our goal is to maintain dependable heat without disrupting your household. With Hurlburt, you always get honest guidance and steady results with emergency HVAC in Spring Valley.
When summer humidity arrives in Spring Valley, a dependable cooling system becomes essential. We support homeowners with AC installation, maintenance, and repair in Spring Valley, WI. Whether your system struggles to cool rooms evenly or shuts off unexpectedly, we provide solutions that help you stay comfortable through the warmest months.
Our AC repair in Spring Valley, WI addresses airflow problems, worn components, and system imbalances. These issues not only affect your comfort but also the indoor air quality in Spring Valley, WI. We take the time to understand how your home responds to heat and humidity and provide cooling options that improve comfort and efficiency.
Your plumbing system plays a major role in your home’s safety and convenience. We keep your water flowing with repair and installation services delivered by our trained plumbers in Spring Valley, WI. If you deal with leaks, low pressure, or fixture issues, we diagnose the cause and restore function efficiently.
Whether you plan a fixture upgrade or need quick help with a stubborn problem, you can rely on our professional plumbers in Spring Valley, WI. We treat your home with care and ensure every part of your system operates smoothly.
Safe electrical systems protect your home and family. Our electricians handle repairs, replacements, and upgrades that keep your home operating smoothly. If you notice flickering lights, outdated wiring, or unreliable outlets, you need an electrician in Spring Valley, WI.
We support remodels that involve electrical upgrades. Our electricians in Spring Valley, WI, work with precision and follow current safety standards, ensuring every project meets expectations.
Spring Valley is a tight-knit community where neighbors look out for one another. Whether you live near the Crystal Cave entrance or closer to the Eau Galle Recreation Area, you rely on dependable home systems. Our team understands the area’s unique traits, including heavy snowfalls, damp river air, and warm summer nights. We tailor our services to meet these local demands, supporting homeowners with reliable HVAC, plumbing, and electrical services.
We work throughout the village, helping homes of all sizes stay safe and efficient. When storms roll through Pierce County or temperatures fluctuate rapidly, we provide steady support.
For more than 65 years, Hurlburt has proudly served customers throughout Minnesota. We deliver reliable service backed by strong values and a commitment to excellent workmanship. With over 6,000 5-star reviews, we prove our commitment to the Spring Valley community.
When you work with us, you become a part of the family. Welcome to the Hurlburt Family! We are always here to take your call and ready to help your home stay comfortable and safe.
Contact Hurlburt today to schedule services for your HVAC in Spring Valley. We’re here when you need HVAC, plumbing, or electrical services for your home.
Responded to no cooling complaint on 27-year-old R22 system. Diagnosed low refrigerant charge, weak dual capacitor, and heavily pitted contactor. Replaced dual capacitor and contactor to restore electrical functionality. Due to system age, R22 refrigerant phase-out, and extent of wear, recommended comfort advisor consultation for replacement options.
Responded to exterior faucet leak that had been dripping constantly for approximately three weeks. Upon inspection, determined that the outside faucet required complete replacement due to continuous water loss. Additionally identified that the main water shutoff valve was also leaking and inoperable, preventing proper isolation of the exterior fixture. Shut down water supply at the basement main line to facilitate repairs. Successfully installed new exterior faucet and replaced the failed main water valve. Both fixtures tested and confirmed operational with no leaks upon restoration of water service.
Performed annual air conditioning maintenance on 27-year-old R22 system. Upon inspection, identified failed dual capacitor and compromised heat exchanger. Replaced dual capacitor to restore proper compressor and fan motor operation. Scheduled comfort advisor consultation due to heat exchanger failure requiring system evaluation for replacement options given age and refrigerant phase-out considerations.
Completed comprehensive furnace tune-up and maintenance inspection. Tested full furnace operation including second stage heating, verified air filter condition, cleaned flame sensor, and cleared condensate drain line. Addressed irregular line voltage code on control board related to recent power outages and cleared fault from system. All components inspected and verified operational, with homeowner advised on ongoing filter maintenance schedule.
Completed comprehensive plumbing inspection as part of annual membership maintenance program. All plumbing systems inspected and found to be in excellent condition following previous year's repipe work. Water heater noted to be 27 years old and nearing end of expected service life; recommendation provided to homeowner for future replacement planning. Water hardness tested at 13 grains per gallon; discussed benefits of water softener installation with homeowner for consideration. Inspected all visible supply lines, drain lines, shut-off valves, and pressure regulation equipment throughout the residence. All fixtures, connections, and recently installed piping verified to be functioning properly with no leaks or concerns identified. Documentation completed with photographic records of plumbing infrastructure and equipment condition.
Performed follow-up maintenance tune-up on residential HVAC system after previous repair visit. Verified system operation and confirmed reversing valve solenoid connection was secure following previous service where it had been inadvertently disconnected during crankcase heater replacement, causing unit to remain in heat mode. System now cooling properly with 18-degree temperature delta across evaporator coil. Discussed compressor sound blanket removal from prior visit with homeowner, who approved leaving it off permanently for improved heat dissipation.
Responded to emergency water leak originating from upstairs bathroom shower valve, which was actively leaking through ceiling into lower level. Upon arrival, main water supply had been shut off to stop active leak. Accessed shower valve through existing access panel and confirmed leak at valve body, noting evidence of previous repair attempt. Inspected plumbing infrastructure in basement crawl space and utility chase, documenting pipe routing, drainage assembly, and overall system configuration with photographs. Discussed repair options with homeowner, who recently purchased property three weeks prior. Homeowner requested installation of isolation valves on bathroom plumbing group to allow localized water shutoff; however, inspection revealed water supply pipes in basement appear to have potential asbestos-containing insulation wrap, preventing immediate valve installation work. Homeowner elected to postpone all repairs pending consultation with legal counsel and real estate representa
Responded to mystery water leak in basement utility area where pressure tank, furnace, and water heater are installed in close proximity. Upon investigation, identified the Bradford White water heater as the source of the leak, with water dripping from the bottom of the unit. Documented existing equipment condition with photographs showing the conventional tank-style water heater with standard copper and insulated piping connections. Customer requested replacement with tankless water heater system, and service advisor has been notified to schedule the installation.
Installed new crankcase heater on compressor unit and tested system operation in heating mode with no issues found. Removed compressor jacket to prevent future rodent intrusion and ensure proper unit protection.
Responded to no cooling complaint on aging HVAC system. Upon arrival, found indoor furnace calling for cooling with blower operational, but outdoor condenser unit unresponsive. Diagnosed failed dual-run capacitor (30/5 MFD) reading zero on both terminals, preventing compressor and condenser fan operation. Additionally discovered severely restricted airflow due to dirty blower wheel, plugged secondary heat exchanger, and completely blocked evaporator coil. Replaced defective capacitor with new unit to restore immediate cooling functionality. Advised property owner that system requires comprehensive maintenance including coil cleaning and blower service, and recommended obtaining replacement system pricing given the advanced age of equipment and accumulating maintenance needs. System restored to operational status with cooling capability confirmed.
Responded to no cooling complaint on 19-year-old residential air conditioning system. Found contactor mechanically engaged but failing to make electrical contact due to significant rodent activity and nesting materials inside unit. Removed remaining mouse nest debris from electrical compartment and replaced failed contactor. Verified system operation and proper electrical connections following repairs. Scheduled follow-up consultation for complete system replacement recommendation given age of equipment and extent of pest damage observed.
Responded to third service call for inadequate cooling complaint during extended heat wave. Performed comprehensive diagnostic testing of Lennox system including temperature differential measurements, refrigerant pressures, and superheat calculations—all readings within normal operating parameters. Verified evaporator coil with fixed orifices and condenser coil were clean and unobstructed. Identified significant airflow imbalance with majority of return air being drawn from basement level with only two small return grilles serving upper floor, resulting in poor air circulation to occupied spaces during extreme ambient conditions. System operating at full capacity with no mechanical defects found; inadequate return air distribution appears to be original design limitation becoming apparent during prolonged high-temperature period.
Responded to water leak in mechanical room originating from 8-12 union fitting on water line connected to pressure tank. Upon inspection, identified failed Kitec plumbing system with multiple deteriorating fittings throughout the residence. Customer had applied temporary repair using hose clamps to slow the leak. Documented existing conditions with photographs showing corroded brass fittings, makeshift clamp repairs, and compromised connections. Arranged for emergency estimate consultation to address immediate mechanical room repairs and evaluate complete home re-piping to eliminate failing Kitec components and prevent future system failures.
Responded to callback for AC system not adequately cooling during afternoon heat. Performed refrigerant charge check with readings of 295 PSI liquid line at 82°F and 115 PSI suction at 60°F. Identified airflow issues including an open return vent behind temporary wall pulling cold basement air into system. Closed problematic return vent, verified all supply vents were open and return vents unobstructed. Reduced blower speed by approximately 170 CFM to optimize system performance and dehumidification. Recommended monitoring system performance over next 24-48 hours to evaluate effectiveness of airflow corrections.
Removed and disposed of a corroded and leaking hot water recirculation pump from the residential water heater system. Installed a new Grundfos recirculation pump with timer control, ensuring all connections were properly secured to existing piping infrastructure. Bled all hot water lines throughout the system to remove air pockets and verified proper circulation and pump operation. During inspection, identified a corroded nipple fitting on the water heater outlet that will require future monitoring and potential replacement. Tested the complete system for leaks and confirmed the new pump was cycling correctly according to timer settings. Installation includes a 1-year parts and labor warranty. Customer was advised of the corroded fitting condition but declined additional repairs at this time.
Responded to no cooling condition on 5-year-old heat pump system. Upon inspection, discovered rodent damage to compressor wiring causing high amperage draw and system failure. Repaired damaged wiring where possible and restored cooling operation. Performed routine maintenance including condenser coil cleaning, condensate drain clearing, and provided replacement air filter. Identified crankcase heater wiring damaged beyond repair due to rodent activity at connection point near heater element, requiring full crankcase heater replacement. System tested and operational with cooling restored, pending crankcase heater replacement recommendation.
Responded to a water heater recirculation pump leak on a Hydropro tanked water heater system. Upon inspection, discovered extensive corrosion and mineral deposits around the pump connections and mounting base, indicating a prolonged slow leak that had compromised the unit's integrity. Assessed the circulation pump assembly and associated piping connections, documented the corrosion damage with photographs, and ordered the appropriate replacement recirculation pump to restore proper system operation and eliminate the leak.
Responded to a continuous leak underneath the kitchen sink. Upon inspection, identified a cracked section of CPVC cold water supply line and a leak in the drain piping assembly. Replaced the damaged section of the cold water line and installed a new section of drain piping to eliminate both leak sources. Verified all connections were secure and tested the system to confirm proper operation with no further leakage.
Performed extensive leak search on mini split system that was previously serviced three years ago with refrigerant charge and UV dye addition. System found completely flat on refrigerant due to customer not scheduling follow-up leak check as recommended. Conducted thorough UV light inspection of indoor unit evaporator coil, drain pan, and refrigerant connections to locate source of refrigerant loss. UV dye traces examined under ultraviolet illumination revealed leak indicators in drain pan area and internal components. Provided second opinion regarding proper use of UV dye in refrigerant systems, confirming that UV dye is an approved leak detection method when used with compatible refrigerants and in accordance with manufacturer specifications.
Installed new exterior faucet on front of garage by routing copper jumper line from existing garage spigot through brick wall, as direct house penetration was not feasible due to brick construction. Replaced leaking stem on existing garage faucet. All connections tested and verified leak-free with proper operation confirmed.
©2026 Hurlburt. All Rights Reserved.
Privacy Policy | Terms and
Conditions
This site is protected by reCAPTCHA and the Google Privacy Policy and Google Terms of Service apply.