AC, Plumbing & Electrical in Weatherford - Done Right

cp

Upon arrival, the customer reported that the system was not blowing any air. During the evaluation, I discovered that the evaporator coil was completely iced over. Reviewing previous technician visit records, I found that the refrigerant levels were low, indicating a leak in the system. I explained to the customer the implications of this issue and the industry changes affecting refrigerants. To address this, I recommended the Comfort Advisor program. I promptly contacted the program and scheduled a visit, which was confirmed by the office.

Recently, I conducted a comprehensive plumbing tune-up for a four-year-old residence. The inspection revealed that all plumbing systems were functioning optimally. The water heater was flushed, resulting in minimal sediment, indicating efficient performance. Additionally, a video inspection of the sewer system confirmed its excellent condition, with no visible damage or blockages. All fixtures, pipes, and connections were examined to ensure they met safety and performance standards. This thorough evaluation ensures the home's plumbing systems will continue to operate smoothly.

Upon arrival, the system was not cooling, and the condenser displayed a low pressure lockout code. After inspection, it was determined that the system was low on refrigerant charge. A leak detection search revealed a leak in the condenser coil, located in a non-repairable area. Consequently, a replacement condenser coil is required. The refrigerant warranty fee has been waived as per the instructions from Brian H. The necessary steps have been taken to ensure the system is restored to proper functionality as swiftly as possible.

I thoroughly inspected and maintained the 2024 Amana Airhandler, ensuring all electrical connections were secure and tight. I replaced the filter using the customer-provided unit and confirmed that the drain was clear and functioning properly. The UV system was operational, and the blower motor and wheel were in acceptable condition. The evaporator coil was also found to be in good working order. For the 2024 Amana Heatpump, I checked and tightened all electrical connections, verified that the dual run capacitor was within the manufacturer's range, and ensured the primary electrical unit was acceptable. The compressor saver was functional, and refrigerant levels were acceptable. The fan blades and motor were in good condition, and the condenser coils were cleaned from the inside out. I recommended upgrading to a Micro Air Soft Start Kit for improved efficiency.

I visited the customer to provide a detailed quote for attic fans. The customer had several questions about the types and sizes of fans, specifically whether they should choose roof or Gable fans. I explained the differences and benefits of each type, ensuring the customer understood their options. With all the necessary information, the customer felt confident in her decision and will be placing her order soon. She plans to reach out for further assistance.

I conducted a thorough electrical inspection, finding the house in excellent condition following a previous fire. The entire wiring system had been professionally redone. The client expressed interest in adding outdoor fans and a hot tub circuit. I explained the process and provided a preliminary quote, advising them to contact me once they finalize their choices for a more precise estimate.

On 7/23/26, I performed a comprehensive tune-up on the air handler and condenser. I checked and tightened all electrical connections, ensuring they were secure. The evaporator coil was clean, the blower was operating within the specified range, and the drain line was functioning properly. For the condenser, I inspected the fan motor, capacitor, and compressor, all of which were in acceptable condition. I also checked the refrigerant levels and found the system to be low. After a thorough leak search on both indoor and outdoor coils, no leaks were detected. I added 47 oz of R-32 under warranty. On 07/30/26, I conducted another leak search and found no leaks. I added dye to the system and scheduled a follow-up visit on 08/03/26 to continue the leak search.

Upon arrival, the indoor unit was operational, but the condenser was not running, displaying an open line code. The contactor was engaged but not passing high voltage despite receiving proper low voltage. After discussing with the homeowner's son, we replaced the contactor. Checking refrigerant levels revealed they were low. Although unable to consistently locate leaks, the system's low refrigerant was evident. We recommended a Comfort visor visit, but the homeowner opted to proceed without it. The system was left running and cooling, with both the homeowner and son aware of the refrigerant issue.

I arrived at the site to conduct a thorough electrical inspection and address an issue with a non-functional plug for a sub pump. Upon investigation, I discovered that the problem was caused by a tripped GFCI. I reset the GFCI and confirmed that the sub pump was functioning correctly. During the inspection, I also assessed the overall electrical system for safety and efficiency. Additionally, I discussed the benefits of installing a surge protector on the electrical panel with the customer. Although they were not interested in this addition at the moment, I provided detailed information to help them make an informed decision in the future. The job was completed efficiently, ensuring the electrical system was safe and operational.

I replaced the faulty evaporator coil, thermal expansion valve (TXV), and primary drain pan, all covered under parts warranty. I meticulously pulled a vacuum to achieve a pressure of 500 microns and then released the pump down. After ensuring the system was properly evacuated, I added 13 ounces of R410A refrigerant. This adjustment brought the subcooling temperature to the optimal 8 degrees. The system is now running efficiently and providing effective cooling.

On 7/20, I diagnosed a low refrigerant issue indicated by the U0 code. High-side freezing and 40 PSI on the low side were noted. A leak at the suction line flare fitting was identified and temporarily sealed. Additional R32 was added. On 7/29, the leak was permanently repaired, the system was vacuumed, and the correct refrigerant charge was added, ensuring proper operation.

Upon arrival, the system was non-operational with no cooling. Investigation revealed that high voltage was not passing through the outdoor primary electrical control due to ants in the contacts. I replaced the faulty electrical control and ensured proper installation. Following replacement, I conducted a thorough function check to confirm the system's integrity. The system was successfully restored, and it began running and cooling efficiently upon my departure.

I addressed a condensate drain blockage in the 3/4-inch line connected to the air handler. The stoppage was not covered by warranty. I cleared the blockage temporarily but could not ensure its longevity. The issue might be in the pan, and I set up an appointment for an AC technician to inspect the drain. Currently, water is not draining through the secondary drain. This temporary solution should maintain system functionality until the technician's visit.

I visited the customer's home to perform electrical work, which included installing a new plug and mounting a ceiling fan. The installation of the plug was straightforward, but the ceiling fan required careful attention to ensure it was securely mounted and balanced. The customer had some questions about additional electrical work they wanted to discuss, so we spent some time going over their needs. Although the initial tasks took a bit longer than expected, the customer appreciated the thorough explanations and guidance provided. We agreed to return soon to address the other electrical work they mentioned.

Today, I performed a comprehensive cooling tune-up on a Goodman heat pump paired with a Goodman propane furnace installed in 2012. I inspected all electrical connections, ensuring they were secure and free from corrosion. A slight buildup was noted on the blower wheel, which I addressed. The air filter was replaced to enhance system efficiency. Refrigerant levels were checked and found to be within the optimal range. However, the outdoor primary electrical control exhibited buzzing, indicating it should be replaced to prevent future failures. The compressor and condenser fan motor were both functioning properly.

Today, I successfully installed a new water heater under warranty. The process began with a thorough inspection of the existing system to ensure compatibility with the new unit. After confirming everything was in order, I carefully removed the old water heater and prepared the area for the new installation. With the assistance of Mark W. Karl, we lifted the heavy appliance into place, ensuring it was securely positioned. We then connected all necessary plumbing and electrical components, double-checking each connection for safety and efficiency. Finally, I conducted a series of tests to confirm the new water heater was functioning correctly. We will return tomorrow for a follow-up to ensure everything is operating smoothly.

I visited the customer's residence to provide a quote for installing an electrical outlet and mounting a ceiling fan on the back patio. The customer had already selected a fan, and I assessed the area to ensure proper placement and wiring. I explained the installation process, including the need for a licensed electrician for the electrical work. The customer agreed, and I scheduled the installation for the next morning. I confirmed the appointment details and ensured the customer knew what to expect during the visit.

Upon inspection, the faucet was found to be clogged and leaking due to a faulty cartridge. I carefully disassembled the faucet, removed the damaged cartridge, and replaced it with an identical Delta faucet cartridge. Ensuring a precise fit, I reassembled the faucet, checked for proper alignment, and tested the water flow. The faucet now operates smoothly without any leaks, restoring full functionality.

Upon arrival, I found the HVAC system was inefficient and low on R-22 refrigerant. The gas furnace was non-operational due to the lack of gas supply. After discussing repair options with the customers, they opted to consult a comfort advisor for a potential system replacement. The current system is a 20-year-old Goodman straight cool with a gas furnace. The customers are selling the home and have remodeled everything except the heating and air. A meeting with the comfort advisor is scheduled for after 5 pm on 7/28.

During the plumbing tune-up, I conducted a thorough inspection of the entire system to identify any potential issues. Several concerns were discovered, which I promptly addressed to ensure the system's optimal performance. I provided the customer with detailed estimates for the necessary repairs, explaining each step and the expected outcomes. Although no work was performed at this time, I reassured the customer that the septic system had recently been serviced and was in good condition. Additionally, I checked the area under the deck to ensure everything was in proper working order.

A 12-year-old Amana heat pump with an air handler was experiencing issues with cooling. The outdoor unit displayed a short cycling code. After inspecting all electrical connections and components, I found them to be within specification. Both the outdoor and indoor units were dirty. I cleaned the outdoor unit, which reduced the head pressure by 50 psi. The high superheat reading indicated a dirty evaporator coil and blower wheel. I recommend a level 2 duct cleaning to clean the ducts, evaporator coil, and blower assembly. The drains were checked and found to be draining properly. The system was running and cooling the home upon my departure.

Upon arrival, the system was underperforming. A thorough inspection revealed low refrigerant levels. A leak search identified a leak in the evaporator coil. Additionally, water leakage was detected from the primary drain pan. To resolve these issues, an evaporator coil and primary drain pan for the Trane air handler, model TEM6B0C60H51SAA, serial 23072JG83V, need to be ordered. This will ensure the system operates efficiently and prevent further damage.

During the visit, I provided detailed estimates for necessary repairs. The husband was unavailable, so I informed the wife about the situation and the need for his input. He expressed a desire to decide later on the repair. The initial estimates did not include lowering the drain line under the sink to properly install the P-trap. If they choose to proceed with the under-sink repair, additional costs will be incurred to lower the drain line. The homeowners were made aware that it is unsafe to tie the condensate drain under the sink. The AC drain is currently leaking into a bowl, a setup left by the homeowners. No work was completed, but if they call for the repair, we will adjust the estimates accordingly.

Upon arrival, the customer reported issues with the indoor unit running while the outdoor unit did not. During evaluation, I identified a blown fuse and a malfunctioning disconnect box, along with a failing dual run capacitor. I discussed the options of replacing the fuse or switching to a breaker-style disconnect, as well as replacing the capacitor. The customer opted for these repairs and also enrolled in the Comfort Care club. After replacing the components, the system started and ran smoothly, ensuring the customer left with a fully functional cooling system.