David is very knowledgeable in what he does, explaining what was needed and why. Kept me very well informed. Jenny from the office also has excellent customer service skills. I have used this company before and will continue to call them for my home needs.
Overall Experience
Quality
Price
Convenience
Overall Experience
Quality
Price
Convenience
Easy to get a hold of. Scheduling was easy. Tech on time and diagnosed problem right away and fixed it. Great job!
Overall Experience
Quality
Price
Convenience
Overall Experience
Quality
Price
Convenience
Overall Experience
Quality
Price
Convenience
I was extremely impressed with every aspect of my dealings with Patriot Air. From the fair cost to the outstanding service. The two Gentlemen that installed the AC we’re great to work with and we’re very knowledgeable throughout the installation process!
Response from Patriot Air:
We’re so happy you loved your experience and can’t wait to have you back for your next service appointment.
Overall Experience
Quality
Price
Convenience
A gas furnace in Moorhead, MN, was blowing cold air due to a failed igniter. I inspected the unit and found the Hot Surface Igniter (HSI) cracked. Using a replacement Honeywell Q3200U2002 igniter, I swapped out the faulty part, ensuring proper connections. Afterward, I tested the system, verifying the burners lit correctly and warm air circulated throughout the home. A final inspection confirmed the furnace was operating efficiently and safely. Customer is warm and happy!
I performed routine maintenance on the furnace to improve efficiency and longevity.
I completed a routine furnace maintenance for a homeowner preparing for the colder months. I inspected the heat exchanger for cracks, cleaned the burner assembly, and tested the ignition system for proper functionality. Additionally, I checked the blower motor for efficient airflow and replaced the air filter to ensure the system operates efficiently. After recalibrating the thermostat, I tested the system to confirm that it was heating the home properly. The furnace is now ready for the winter season.
they need the AC moved to allow contractors to work on the foundation. We will hook back up on Friday morning.
Found system overflowing with water into return boot. Checked charge on system and had a super Heat of 55 degrees, today called for 12 degrees. Added 1 pound of refrigerant to achieve the necessary superheat. Found leaking fitting at the indoor coil. Customer would like to hold off on replacement and see how the added charge will do. Operations normal at this time.
No cool. He said it won't stay on for more than a few minutes and then will shut off. Please don't charge OT. new customer if you would sticker the unit and grab serial plate pics, please.
Lane @ 701.429. 1144 Unit 7 has a minisplit that isn't working. Lane mentioned he thinks it might be a compressor. Tenant Maria @ 701.610.3859, said they would be home this morning, Melina = tenants mom, home w/ kids todays.
Tanya @ Sherz said either the tenant would be home or she will meet you. 701.205.7684 Let me know please if you have issues getting in. AC is not coming on.
Performed the installation of a new 1.5 ton Liberty air conditioning system following all manufacturer specifications. I started by setting the air handler and connecting the refrigerant lines using nitrogen purge and proper brazing techniques. The condensing unit was positioned on the pre-fabricated pad with proper clearances. I pulled a deep vacuum on the lineset, then charged the system with the required amount of R-410A refrigerant. All electrical connections were made at the disconnect and thermostat for 208/230V operation. Upon startup, I verified that the system was operating within the recommended superheat and subcooling parameters to ensure optimal cooling performance.
Responded to a no AC call and found the system unresponsive. Diagnosed the issue as a failed capacitor and low refrigerant levels. Replaced the capacitor and recharged the refrigerant. Conducted a thorough system test to ensure proper cooling and efficient operation. The AC unit is now functioning optimally, restoring comfort to the home.
During a recent service call, I found the AC fan not spinning. Diagnosed the issue as a failed capacitor. Replaced the capacitor, checked the fan motor for any additional issues, and ensured proper electrical connections. After repairs, tested the unit to confirm the fan was operating correctly.
Completed installation of Liberty 1.5-ton split system air conditioner. Set 18,000 BTU outdoor unit on vibration-dampening pad. Installed matched evaporator coil in air handler. Brazed refrigerant lines using nitrogen purge to prevent oxidation. Evacuated system to 500 microns and charged with R-410A to manufacturer specifications. Wired low-voltage connections and verified proper communication between thermostat and system components. Conducted startup sequence and confirmed 18-20°F delta T across evaporator.
Addressed a cooling issue by adding refrigerant to the system. First, inspected the unit for any leaks and checked the current refrigerant levels. Determined that the system was low on refrigerant and required an additional 1 lb of R-410A. Carefully added the refrigerant while monitoring the system’s pressure levels to ensure they were within the manufacturer's specifications. Tested the air conditioning unit to confirm improved cooling performance and verified that the system was functioning efficiently and effectively for the customer.
Responding to a water heater malfunction, I initiated diagnostic procedures to identify the underlying issue. Beginning with the electrical panel, I checked for tripped circuit breakers or blown fuses affecting power supply to the unit. Next, I inspected the heating elements for continuity using a multimeter to determine if they were functioning properly. Additionally, I examined the thermostat settings and temperature sensors to ensure they were set correctly and providing accurate readings.
I'm just wrapping up a job where I addressed an issue with the AC unit caused by shorted fuses. Upon inspection, I determined that the contactor was faulty and needed replacement. I carefully removed the defective contactor and installed a new one, ensuring all electrical connections were secure and up to code. After replacing the contactor, I tested the system to verify proper operation and confirm that the issue was resolved, restoring the AC unit to full functionality.