AC, Plumbing & Electrical in Weatherford - Done Right

Upon arrival, I assessed the thermostat installation and identified that the previous technician had not adequately explained its functions to the customers. I took the time to thoroughly review the thermostat's features, including temperature settings, scheduling options, and energy-saving modes. I provided clear, detailed instructions on how to use these features effectively, ensuring the customers felt confident in managing their home's climate control. Additionally, I addressed any questions they had, reinforcing their understanding and satisfaction with the system.

I successfully constructed the walls for a new closet, ensuring precise measurements and alignment. Each stud was carefully positioned and secured, followed by the installation of drywall panels. The drywall was taped, mudded, and sanded to achieve a smooth finish. The final step involved painting the walls to match the existing decor, enhancing the overall appearance and functionality of the space.

Upon arrival, the customer reported poor cooling and excessive noise. After evaluating the blower speeds, it was found that the noise increased with higher fan speeds, indicating worn bearings in the mini-split head blower. The blower wheel had significant dust, dirt, and biological growth buildup, causing vibrations. The system also shut down randomly without throwing any codes. The condenser coils were heavily compacted with dust and dirt, which were cleaned. Despite the diagnosis button playing a jingle, no codes were generated. I discussed the repairs and unknowns with the customer and recommended a Comfort Advisor visit, which was declined. I informed Riley about the situation, and he agreed to contact the homeowners.

I inspected and tightened all electrical connections on the 2025 Airhandler and Goodman Heatpump. I replaced the filters with the customer-provided ones. The drain was clear and functioning properly, and the blower motor and wheel were in good condition. The evaporator coil and condenser coils were also acceptable. I ensured the dual run cap was within the manufacturer's range and cleared debris from the unit's bottom. The fan blades, motor, and compressor saver were all functional. I washed the condenser coils and waxed the top of the unit. I recommended a comprehensive cleaning (CCC).

I thoroughly inspected and maintained a 2023 Daikin Airhandler, ensuring all electrical connections were secure and functioning correctly. The air filter was in good condition, but there was a buildup at the P-trap in the drain. The blower motor and wheel were operational, but the blower wires showed biological growth. The evaporator coil was clean, while the condensate pan and insulation on the evaporator coil exhibited biological growth. Additionally, I performed a comprehensive service on a 2023 Daikin Heatpump, checking and tightening all electrical connections. The dual run cap, primary electrical unit, and refrigerant levels were acceptable. The fan blades and motor were in good condition, and the condenser coils were clean. I also cleared debris and washed the condenser coils from the inside out, and waxed the top of the unit. I recommended a UV system to address the biological growth, along with clearing and treating the drain, and installing a Micro Air Soft Start Kit.

Upon inspection, the well pump was found to have no power, which was preventing the pressure switch from activating. I began by checking the circuit breaker and ensuring it was not tripped. Next, I examined the wiring connections to the pump and switch, confirming they were secure and intact. After verifying the power supply, I tested the pressure switch itself, finding it to be functional. Ultimately, the issue was resolved by replacing a faulty capacitor, restoring full functionality to the well system.

Upon receiving the customer's report of uneven temperatures in the upstairs rooms, I conducted a thorough inspection. I measured the temperatures at each supply vent and found them to be remarkably consistent, all within a degree of each other. This indicated that the issue was not related to the supply vents. To address the problem, I recommended installing a damper in the system to redirect airflow more effectively into the front room. Alternatively, I suggested a duct redesign to ensure a more balanced distribution of air throughout the upstairs area. These solutions aim to provide a more uniform temperature across all rooms.

During the service, I thoroughly inspected the 2020 American Standard Airhandler, ensuring all electrical connections were secure and tight. The drain was clear and functioning properly, though it lacked a drain safety feature. The customer did not have an extra filter available at the time. The blower motor and wheel were in acceptable condition, as were the evaporator coil and airhandler cabin. However, the supply plenum exhibited biological growth buildup, and the ducts on the front side were kinked, causing poor airflow. For the 2020 American Standard Heatpump, I checked and tightened all electrical connections, verified that the dual run cap was within the manufacturer's range, and ensured the defrost board was acceptable. The refrigerant levels were slightly low due to a compacted filter, but the fan blades, motor, and condenser coils were all in good condition. I also cleared debris from the unit's bottom and washed the condenser coils from the inside out. I recommended installi

Upon arrival, the customer reported that the system had frozen on Monday but rescheduled the service to today. During the hearing evaluation, I found that the refrigerant levels were within the acceptable range. The TXV bulb was incorrectly positioned, but the blower motor was functioning properly. I identified slight air gaps at the doors, which were insufficient to bypass the coil and cause freezing. I sealed the air gaps and raised the head pressure to simulate a hot day. The refrigerant levels remained stable, and no issues were detected. I recommended that the customer contact us immediately if the coil freezes again, to improve our chances of identifying the problem. The system was running and cooling properly when I left.

Upon arrival, the cooling system was not operational. The issue was identified as a low refrigerant level. Despite thorough inspection, no leaks were detected in the evaporator coil, line set, or condenser. Given the significant amount of refrigerant required to restore proper function, it is evident that a leak exists within the system. Considering the age and efficiency of the equipment, it is advisable to replace the system. The system was charged with 48oz of R410A refrigerant, and it was running and cooling effectively upon departure. The appointment will be paused until payment is received.

I performed a comprehensive super tune-up on a 2020 Carrier air handler and heat pump. I meticulously checked all electrical connections to ensure they were secure and free from any signs of burning. The air filter had been recently changed, and I noted a slight accumulation of dust and dirt on the evaporator coil. The blower wheel also had some dust and dirt buildup. The air handler exhibited biological growth, which I addressed appropriately. The heat pump door and run capacitor were within acceptable ranges, and the primary electrical unit was functioning correctly. The defrost board was operational, and refrigerant levels were within the required range. Additionally, I cleaned the condenser coils from the inside out. I discussed the Comfort Care club with the customer, who is relocating. I explained that the membership is transferable to their new home, although they are uncertain about the completion date of their new house and wish to wait until they move in.

I arrived to complete the work that Matt had previously quoted for the customer. After finishing the job, the customer expressed satisfaction. We discussed the installation of a customer-provided doorbell, which will be set up once she receives it. Additionally, I addressed the customer's concern about the AC rising to 85 degrees by noon. I explained that replacing the attic fans should significantly improve the situation, but if it doesn't, she should contact us for an AC technician.

Upon arrival, the Carrier heat pump with an air handler installed in 2009 was not cooling. The outdoor unit was not turning on due to a failed 45/5 dual run capacitor. I replaced the faulty capacitor with a premium dual run capacitor and conducted a thorough function check. The system is now running and cooling effectively. The customer appreciated the service and signed up for the Comfort Care Club.

I identified and exposed a leak in the water line, ensuring the area was prepared for repair. The faulty fitting was removed and replaced with a new, high-quality component. Additionally, I installed a new boiler drain to enhance system efficiency and prevent future issues. The work was completed with precision and care to ensure optimal performance.

I successfully addressed the issue with the primary drain on the upstairs unit, which was completely blocked. I carefully cleaned out the drain to restore proper function. To prevent future blockages, I advised the customer to pour a mixture of light vinegar and water into the drain once a week for a month, followed by once a month thereafter. Additionally, I recommended rerouting the drains for both systems to enhance efficiency and reduce the likelihood of future clogs. This comprehensive approach ensures the system operates smoothly and minimizes the risk of recurring issues.

Upon arrival, the Carrier heat pump with an air handler installed in 2012 was not functioning. The outdoor fan was not operational, indicating a potential issue. Upon inspection, the 70/7.5 capacitor had failed, which was preventing the fan from starting. I replaced the faulty capacitor and conducted a function check to ensure the fan was operating correctly. Additionally, the system was slightly low on refrigerant, but no leaks were detected. The customer opted not to replace the unit at this time. After completing the repairs, the system was running efficiently and providing the desired cooling.

Upon arrival, the system was not cooling. Initial checks revealed no low voltage at the thermostat. Further investigation showed that the transformer had failed, as there was 240v input but no output. I replaced the faulty transformer and conducted a thorough function check to ensure proper operation. After confirming the system was running correctly, I verified that the cooling function was restored. The customer appreciated the resolution and signed up for the Comfort Care Club for ongoing maintenance and support.

Upon arrival, the system was not cooling. After a thorough inspection, it was determined that the outdoor unit was not receiving high voltage, which was the root cause of the cooling issue. I located a tripped breaker at the disconnect switch and reset it, restoring power to the outdoor unit. The system then started and began to cool effectively. I checked refrigerant levels, which were found to be within the acceptable range. Additionally, all electrical connections were inspected and found to be secure, and amp draws were within the specified tolerances. The customer mentioned recent electrical work on the property, which may have caused the breaker to trip. The system is now running smoothly and providing adequate cooling.

Upon arrival, I identified a non-functional condenser fan motor. The existing motor had failed, disrupting the system's cooling function. I promptly replaced the faulty motor with a reliable 1/8 horsepower, 240-volt, 825 RPM condenser fan motor sourced from my truck stock. Additionally, I installed a new capacitor to ensure optimal performance. After completing the replacement, I conducted a thorough function check to confirm that the system was operating correctly. The cooling system was fully restored, and upon my departure, the system was running efficiently.

Upon arrival, I found the thermostat set at 71 degrees, but the inside temperature was 72 degrees. I conducted a thorough system check, ensuring all components were functioning correctly, including pressure levels and electrical connections. The air filter was cleaned to enhance efficiency. The system was blowing cold air, but the customer mentioned a Bible study with about 12 people the previous day, which naturally raised the temperature. I explained that on days over 100 degrees, it's normal for the system to rise up to three degrees past the set point. I left the system in cool mode, ensuring it would maintain the desired temperature.

I successfully completed a task involving electrical work and lighting installation. First, I carefully cut off the wire that was previously connected to the junction box to ensure a clean and safe disconnection. After that, I provided power to the junction box, ensuring all connections were secure and compliant with safety standards. Next, I tested the functionality of the new setup to confirm everything was working correctly. Following this, I installed a new track light, making sure it was properly mounted and illuminated as intended. Lastly, I collaborated with Cindy to create a list of tasks for future maintenance and improvements around the house.

I began by safely recovering the existing refrigerant from the system. Next, I replaced the condenser coil to ensure optimal performance. I then pulled a vacuum to achieve a pressure of 500 microns, ensuring no moisture or air was present. After that, I added the recovered refrigerant back into the system and topped it off with an additional 40oz of R410A. I conducted a thorough function check to confirm everything was operating correctly. The system was running efficiently and cooling effectively upon my departure.

Upon arrival, I assessed the house's cooling system and found it was not functioning properly. During the evaluation, I discovered that the refrigerant levels were low on the suction side. At the air handler, I measured a static pressure of 1.5 on the return side and 0 on the supply side, indicating a significant restriction in airflow on the return side and almost no air coming through the supply system. The system was also unusually loud. After removing the filter, the noise level decreased significantly, and the static pressure dropped below the manufacturer's recommended 0.5. I adjusted the refrigerant levels to within the proper range. I recommended using a regular filter and suggested removing the filter box and adding an AprilAire filter box for better filtration and improved airflow. However, the customer declined this recommendation and opted to use a regular pleated filter instead.

Cut a tree

Upon arrival, the system was not cooling. After a thorough inspection, it was determined that the root cause was a failed 70/10 dual run capacitor. I replaced the faulty capacitor with a premium dual run capacitor, ensuring compatibility and reliability. Following the replacement, I conducted a comprehensive function check to confirm the system's proper operation. The system is now running efficiently and providing the expected cooling upon my departure.