HVAC Service In West Fargo, ND

I performed a thorough inspection of the furnace, replacing the air filter, cleaning the burners, and lubricating the moving parts. I also checked the thermostat and made adjustments to ensure optimal performance.

I replaced the expansion tank on the boiler, restarted and verified pressure at 15 psi. All working properly.

Addressed indoor air quality issues in 2,000 sq ft home in West Fargo with Bryant Evolution system. Installed Bryant DGAPA whole-house air purifier, integrating with existing HVAC. Upgraded filtration to MERV 16 Carrier EZ Flex cabinet filter. Sealed ductwork using Aeroseal process, reducing leakage by 95%. Installed Bryant HUMXXSTM steam humidifier to maintain 40-50% relative humidity. Performed thorough duct cleaning using Rotobrush aiR+ system with HEPA filtration. Collected air samples pre- and post-treatment for third-party lab analysis. Results showed 92% reduction in airborne contaminants and significant allergen decrease.

Executed comprehensive ductwork cleaning for a client in West Fargo. Employed Hypervac 12,000 CFM truck-mounted vacuum system. Cleaned all supply and return ducts using rotating brush method. Applied EPA-registered antimicrobial fogger. Cleaned all registers and grilles. Performed video inspection to verify thorough cleaning. Improved overall system airflow by 35%.

Completed installation of Bryant Evolution 98V variable-speed furnace with matching 24VNA0 heat pump for dual fuel operation. Removed existing system and modified ductwork for proper airflow. Installed new line set and evacuated to 500 microns. Charged heat pump with R-410A to factory specifications. Wired outdoor unit and connected communicating control board. Installed Evolution Connex thermostat and programmed for optimal energy savings. Set up zoning system with three dampers for personalized comfort control. Performed static pressure test and adjusted blower for each zone. Conducted extended run test in all modes. Achieved 98.3% AFUE for gas heat and 20.5 SEER for cooling operation.

I completed an HVAC repair for a system that wasn’t cooling effectively. Upon inspection, I found a refrigerant leak and a malfunctioning capacitor. I repaired the leak, recharged the system with R-32 refrigerant, and replaced the faulty capacitor. After the repair, I tested the compressor and blower motor to ensure they were functioning properly. The system is now cooling efficiently, with a steady 22-degree temperature drop across the evaporator coil. The homeowner was pleased with the results and the system is now back to full operation.

I responded to a call for HVAC repair when the system wasn’t heating properly. After inspecting the unit, I found that the heat exchanger was dirty and the flame sensor was corroded. I cleaned both components and checked the blower motor and burner assembly for proper operation. Additionally, I recalibrated the thermostat and tested the system’s airflow to ensure even heat distribution throughout the home. I also inspected the ductwork for any leaks or blockages. After the repair and testing, the furnace is now running efficiently, and the homeowner is satisfied with the restored performance of their heating system.

I performed a complete furnace maintenance for a homeowner preparing for the winter season. I started by inspecting the heat exchanger for cracks and cleaning the burner assembly to ensure optimal combustion. I tested the flame sensor and ignition system for proper operation and checked the blower motor for any signs of wear. Additionally, I replaced the air filter and recalibrated the thermostat to ensure accurate temperature control. After testing the system and verifying proper airflow, the furnace was running smoothly and efficiently. The homeowner can now rely on their heating system to perform well throughout the colder months.

Found fan motor for air exchanger squealing, indicating bad bearings. Waiting on callback from parts house to see if part is available or if it will have to get ordered. Will let customer know as soon as we get info.

Checked charge at system and had a super heat of 89 degrees, today called for about 18 degrees. Added 3 Pounds of refrigerant to achieve the required SH of today. Operations otherwise normal. Condenser fan motor struggling to run. Replaced fan motor with capacitor. Fired system up to check amps, all good. Operations normal at this time.

Checked charge on system and found charge to be very low. Did not charge system up as suction pressures were in the negative, having pulled in noncondensables. Gathered information for new install.

7.25.24 Chad called said everything had worked fine after Monday's service call until afternoon yesterday and the outside unit will not come on. 7.22.24 Call Nathan to be sure he is home, (son) 701.730.2266 Then please call with what you find wrong and an estimate ->Valerie @ 701.610.6509 No cool Existing customer but please check to make sure the furnace is stickered. AC runs but not cooling at all. currently off.

Implemented installation of Bryant 3-ton, 16 SEER air conditioning system. Mounted 36,000 BTU condensing unit with sound blanket for noise reduction. Installed matched cased coil in air handler, ensuring proper airflow across TXV. Flushed existing line set with nitrogen before brazing connections. Evacuated system to 350 microns. Charged with 7.2 lbs of R-410A, achieving 10°F subcooling. Programmed Evolution connex controller for optimal comfort and efficiency. System startup confirmed 20°F delta T.

Responded to a no AC call and discovered the system was not functioning. Upon inspection, I identified a failed capacitor and low refrigerant levels as the primary issues. I replaced the faulty capacitor and recharged the refrigerant to the required levels. After completing the repairs, I performed a comprehensive test to ensure the system was cooling efficiently and operating correctly. The AC unit is now fully operational, providing consistent and effective cooling throughout the home, ensuring the homeowner's comfort.

Addressing a no-start issue on an existing HVAC unit, I began by inspecting the electrical disconnect for any visible signs of damage or failure. Using a multimeter, I confirmed the incoming voltage supply was within acceptable parameters. However, the disconnect's fuse cartridges had failed open due to an overcurrent condition. To restore operation, I replaced the cartridges with new 40-amp Fusetrons properly rated for this equipment's maximum overcurrent protection device requirements per NEC code. After verifying all electrical terminations were secure, I successfully energized the unit and closely monitored operating amperages to validate the system was functioning normally without any lingering fault conditions.

During a recent AC repair, I diagnosed the system and found a refrigerant leak and a malfunctioning capacitor. I repaired the leak, recharged the refrigerant to the correct levels, and replaced the faulty capacitor. After completing these repairs, I tested the unit to ensure it was cooling efficiently and running smoothly. The AC system is now fully operational.

Addressed an icing issue by cleaning the indoor coil. Shut off the system and allowed the ice to melt. Used a coil cleaner to remove dirt and debris from the evaporator coil, enhancing heat transfer efficiency. Checked the refrigerant levels and airflow to ensure no further restrictions. Verified the system was operating correctly and restored proper cooling functionality.

Performed a comprehensive A/C tune-up. Began by inspecting and cleaning the condenser coils to improve heat transfer efficiency. Checked and adjusted refrigerant levels to ensure optimal cooling performance. Inspected and tightened all electrical connections, and lubricated moving parts to reduce friction. Replaced the air filter to improve airflow and indoor air quality. Cleared the condensate drain to prevent water damage and mold growth. Conducted a full system test to verify proper operation, ensuring the A/C unit runs efficiently and reliably for the upcoming season.

Conducting routine HVAC maintenance, I meticulously inspected the air filters for dirt and debris accumulation, replacing them as needed to ensure optimal airflow. Next, I checked the evaporator and condenser coils for dirt buildup, cleaning them with a coil cleaner solution to enhance heat exchange efficiency. Additionally, I inspected electrical components, including capacitors and contactors, tightening connections and testing voltage levels to prevent potential issues. Finally, I calibrated the thermostat for accurate temperature control.

Initiating an AC cleaning and servicing task, I started by inspecting the evaporator and condenser coils for dirt and debris accumulation. After cleaning both coils thoroughly, I checked the refrigerant levels using pressure gauges to ensure optimal performance. Observing a slight refrigerant deficiency, I added 1lb of R-22 refrigerant to the system, restoring proper levels. Finally, I tested the system to ensure efficient cooling operation and proper airflow throughout the vents.

I performed a comprehensive cleaning and servicing of an AC unit today in Fargo, ND. First, I inspected and cleaned the evaporator and condenser coils to remove accumulated dirt and debris, enhancing heat exchange efficiency. I also checked the air filter and replaced it to ensure optimal airflow. Next, I examined the electrical components, tightening any loose connections and testing the system's overall performance. Finally, I verified the refrigerant levels and calibrated the thermostat for accurate temperature control.

During a service call today, I addressed an issue of low cooling performance in an HVAC system. After a thorough inspection, I determined that the refrigerant level was below the required specifications. Using precision gauges, I added the appropriate amount of refrigerant to the system, restoring it to optimal levels. This adjustment ensures efficient cooling performance and improves overall system functionality, allowing for consistent and comfortable indoor temperatures.

Clean blower motor and wheel

No Cooling.

Per quote - Replace both crank case heaters and condenser fan motors in outdoor ac units.