New AC Installed Fast in Weatherford

Upon arrival, the system was not operational. Upon inspection, it was discovered that the high voltage line to the outdoor unit had suffered damage, causing a burn on one of the power legs. I promptly addressed the issue by repairing the wiring and installing new connections. After ensuring the integrity of the repairs, I conducted a thorough function check to confirm the system's operational status. The system is now running smoothly and providing the expected cooling. However, the equipment is quite dirty, indicating a need for maintenance. I strongly recommend scheduling a maintenance service soon to ensure continued efficiency and longevity of the system.

Upon arrival, I began by pumping down the air conditioning unit to safely reduce the refrigerant pressure. Following this, I replaced the existing thermal expansion valve (TXV) with a new one to ensure optimal system performance. After installing the new TXV, I meticulously pulled a vacuum on the system, achieving a vacuum level of 500 microns to remove any non-condensable gases and moisture. Once the vacuum was stable, I released the pump down and recharged the system with the appropriate amount of refrigerant. Finally, I started the system to verify that it was running efficiently and effectively cooling the home. The system was stable and functioning correctly upon my departure.

Upon identifying a blockage, I utilized a specialized cable line to navigate through the trap. This method allowed for precise targeting of the obstruction. By carefully maneuvering the cable, I successfully dislodged the blockage, ensuring smooth flow. The process required patience and attention to detail to avoid any damage to the trap. The successful clearance was confirmed by observing the restored flow.

During the recent service, I conducted a comprehensive tune-up of the entire system. The inspection revealed that all components are functioning optimally, with no breaks or separations detected in the sewer line. The water heater, a 2014 model, is well-insulated and shows no visible leaks. However, considering its age, I recommend replacing it to prevent potential issues. I refrained from flushing the heater due to its age. The home's water supply is sourced from a well, and the filtration system is properly installed and operational. Overall, the system is in good condition, but proactive replacement of the water heater is advised.

Recently, I successfully completed the installation of a high-efficiency level 5 heat pump, boasting a capacity of 48,000 BTUs. This advanced unit was meticulously selected for its superior energy efficiency and robust performance. The installation process involved precise measurements, careful handling of components, and thorough testing to ensure optimal functionality. The client now enjoys enhanced comfort and energy savings, thanks to this state-of-the-art heating and cooling solution.

Upon arrival, the customer reported that the system was not cooling properly. During the evaluation, it was found that the suction line was freezing, and the refrigerant levels were very low. A detailed inspection of the air handler revealed that the X13 blower motor was not running. The motor was receiving both high and low voltage signals but was not spinning correctly. After discussing the system's age and the absence of warranty coverage, I provided the customer with the pricing for a new X13 blower motor. I recommended that a Comfort Advisor visit to compare the cost of the repair with the option of a full system replacement, which would come with new warranties. I contacted the office and confirmed the Comfort Advisor's visit for later today.

Recently, I successfully completed the installation of a high-efficiency level 330k heat pump closet unit. This involved precise measurements, careful unit placement, and ensuring optimal ventilation. The system was thoroughly tested for performance and reliability, providing enhanced comfort and energy savings. The client was delighted with the seamless integration and functionality of the new unit.

00 and 5:00 PM to discuss a replacement. I confirmed the appointment with the office.

I replaced the thermostatic expansion valve (TXV) under warranty. After installation, I conducted a pressure test to ensure system integrity and then pulled a vacuum to remove any air or moisture. The refrigerant charge was checked and found to be within the manufacturer's specified range, ensuring optimal performance of the system. The job was completed efficiently and effectively.

On July 17, I was tasked with installing an iron and sulfur breaker filter to address water quality issues. After assessing the water, I determined that an iron and sulfur filter was necessary. I ordered the appropriate filter, which was expected to arrive by Tuesday or Wednesday. Once the filter arrived, I meticulously installed it, ensuring all connections were secure and the system was functioning correctly. I tested the water to confirm the filter's effectiveness and provided the client with instructions on maintenance and usage. The installation was completed efficiently, and the client was satisfied with the improved water quality.

The customer requested consultation with the installers regarding a potential board replacement. We recommended comfort care and a plumber for additional home services, which the customer accepted. If the original installers did not act, the customer planned to contact us for an OEM circuit board replacement. We ensured the customer understood the next steps and provided necessary contact information.

Upon arrival, the customer reported that the outdoor system was not operational, although the indoor unit was still blowing air. Suspecting a capacitor issue, I conducted a thorough evaluation and confirmed that the capacitor had indeed failed. I discussed the repair options, the age of the system, and recent industry changes with the customer. Given the customer's previous negative experience with a similar service, they opted not to sign up for a club membership. Instead, they chose to replace the capacitor. After the replacement, I verified that the system was running correctly and that the refrigerant levels were acceptable. I left the customer satisfied with the system now effectively cooling the space.

.

Upon arrival, I identified a frozen system issue. Detailed inspection revealed a blockage in the evaporator coil. To resolve this, I ordered a replacement evaporator coil and a thermostatic expansion valve (TXV) under the P&L warranty. The affected unit is an Amana air handler, model ASPT61D14AA, with serial number 1705283632. The parts were ordered to ensure the system operates efficiently and effectively.

I installed two 4-inch lavatory faucets and two widespread lavatory faucets provided by the customer. Each faucet was carefully mounted, ensuring alignment and secure connections. I tested both for leaks and functionality, confirming they operate correctly. The installation is under warranty, while the customer-supplied parts are not. The job was completed efficiently and to satisfaction.

I performed a comprehensive tune-up on the gas furnace and straight cool condenser. All electrical connections were inspected and found to be secure with no signs of burning. The blower motor and wheel were operational and in good condition. The evaporator coil was also acceptable. The filter, which had not been changed for nearly two years, was heavily caked with dust and dirt, so I replaced it with the customer-provided filter. Refrigerant levels were checked, and the dual run capacitor was found to be weak, prompting a discussion about replacement. The primary electrical unit was acceptable, and the condenser coil was cleaned of heavy cottonwood debris.

I visited to assess an issue with the lighting and provided quotes for various other tasks. After a thorough walkthrough, the customer prioritized fixing a light switch. I obtained the necessary switch, completed the repair, and ensured everything was functioning correctly. The customer expressed satisfaction and plans to contact us for additional work. I also explained our membership options, though they were not ready to commit at that time.

Today, I replaced a 45/5 capacitor on a Goodman heat pump with an air handler installed in 2019. The electrical connections were tight and free from corrosion, and the PSC blower motor and capacitor were in good condition. The blower and evaporator coil were clean, and the attic insulation levels were low, which I highly recommend improving for better efficiency. The outdoor unit was washed and waxed, and the capacitor was replaced under the premium cap membership warranty. I also suggest adding a compressor saver for enhanced reliability. Due to rain, I couldn't get accurate refrigerant readings, but the system was running and cooling when I left.

Brian and I thoroughly evaluated the existing duct work, assessing its condition and efficiency. We identified areas needing attention and documented our findings. I then calculated the necessary adjustments and improvements. Following this, I collaborated with Joe to review the calculations and discuss potential solutions. Our goal was to ensure the duct work meets optimal performance standards, enhancing overall air quality and energy efficiency.

Upon arrival, the customer reported frequent failures of the dual run capacitor. After thorough evaluation, I found all electrical connections secure and the dual run capacitor within the manufacturer's specifications. The start capacitor on the compressor saver was blown and weak. Additionally, the start relay was improperly mounted, potentially causing issues. I replaced the start relay and capacitor, mounted the relay correctly, and ensured the system was running smoothly. The return air and static pressure were suboptimal, but these were not the primary causes of the capacitor failures. I left the system cooling.

On 7/14/26, I arrived to find the system was not cooling and freezing up. The suction side pressure was 80 psi with a 40° superheat. The blower was not blowing strongly, and the fan speed was set to tap three. I increased the fan speed to tap five, which slightly improved the pressures, but the coil still had slight ice buildup. The refrigerant levels were off due to this ice. I informed the customer that I would return the next morning to thaw the coil and obtain accurate refrigerant readings, potentially identifying a leak or adding refrigerant. The system is currently cooling. On 7/15/26, I found the TXV was shut down, a recurring issue. This will be a recall. I need to order a new indoor TXV. The air handler model is AMST60DU1300, and the heat pump model is ALZS4BA6010. The TXV is under warranty.

On 7/14/26, I arrived to begin the scheduled tune-up of the downstairs system. After initial assessments, I started the process, which included checking and cleaning various components. However, heavy rainfall began, making it unsafe and impractical to continue. The rain disrupted the work, necessitating a pause. I ensured all tools and equipment were secured and left the site. The tune-up will need to be rescheduled to a more suitable day.

I engaged in a detailed conversation with Ray, providing comprehensive guidance over the phone. I meticulously explained the location and significance of the filter base, ensuring he understood its importance in the system's operation. I broke down the process step-by-step, emphasizing the necessity of regular maintenance. Additionally, I offered tips on identifying potential issues and how to address them. Throughout the discussion, I maintained a clear and patient tone, ensuring Ray felt confident in his ability to locate and manage the filter base effectively.

Upon arrival, the customer reported that the indoor unit of the air conditioning system was operational, but the outdoor unit was humming without any movement. During the evaluation, I identified that the run capacitor had failed. I discussed the issue with the customer and explained the benefits of the Comfort Care club. The customer agreed to replace the capacitor and sign up for the Comfort Care club. After replacing the run capacitor, I tested the system to ensure it was functioning correctly. The customer was satisfied with the resolution, and the system was left in a cool state.

I attempted to contact the customer via the provided number but received no answer, only voicemail. If the customer calls back, please direct them to contact me. Additionally, I arranged a follow-up visit for Wednesday or Thursday with Brian H to further examine the temperature discrepancies between the rooms. I made another call attempt, again reaching only voicemail. If the customer reaches out again, please ensure they are connected to me.