HVAC, Plumbing, & Electrical Services in Burleson, TX

During the heating tune-up, I identified that the blower capacitor was out of tolerance. The homeowner opted for a replacement with a lifetime warranty. Despite the unit's age, they are not ready to upgrade due to other priorities. The temperature split was within normal limits at 20°. The homeowner expressed interest in insulation recommendations but is not ready to proceed. Thank you for choosing our services.

I thoroughly inspected and serviced the entire system, ensuring all electrical components were functioning correctly with no issues detected. The amperage draws were within acceptable limits, and the freon levels were balanced, maintaining optimal cooling efficiency. The temperature split was ideal, and the condensate drains were clear and unobstructed. The condenser coils were clean, and the air filter was replaced to ensure efficient airflow. All gas safety mechanisms were verified to be operational, and the equipment was confirmed to be working properly. The system is now running efficiently and safely.

Upon arrival, I inspected the pool system after the customer reported it had lost power following a storm. The main electrical panel was providing 240 volts to the pool panel, and the breakers were also receiving power. However, the controller pad was not receiving power despite the correct voltage. I replaced the 9-volt battery, but the issue persisted. I explained that we typically do not replace the controller pad, and advised the customer to contact the pool company for further assistance.

I conducted a thorough evaluation of the air-conditioning system and identified a low refrigerant level as the primary issue. Given the homeowner's financial constraints, she opted to add refrigerant temporarily. Although this is not a permanent solution, the air-conditioning system now maintains a 20° temperature split, providing adequate cooling. The homeowner, who is elderly, understands the temporary nature of this fix but appreciates the immediate relief. I ensured she was informed about the next steps and potential long-term solutions.

I inspected both outdoor gas furnace systems, checking refrigerant pressures and ensuring they were within the proper range. The electrical components were also verified to be functioning correctly. I suggested installing a soft start to reduce compressor startup strain, providing an estimate for future consideration. The outdoor units were cleaned. Inside, I inspected the systems, finding a 15°F temperature split across both plenums and ensuring proper drainage. Internal components were confirmed to be working as intended. Given the systems' age, I advised checking the filters, which were found to be dirty. I recommended using Aprilaire filters for easier installation and removal. The customer agreed to use the recommended filters in the future. Both systems were operating correctly upon departure.

Upon arrival, I conducted an evaluation and found the unit lacked refrigerant. After adding refrigerant for leak detection, a significant leak in the evaporator coil was identified. The unit, now 9 years old, is out of its 5-year warranty. Additionally, I observed substantial biological growth inside the unit and recommended a UV system for treatment and prevention. Discussing options with the homeowner, I advised a replacement due to the unit's age, refrigerant type, and repair costs. They chose to explore replacement options and specifically requested Don. Thank you for choosing Comfort Experts.

I conducted a thorough plumbing inspection, examining pipes, fixtures, and drainage systems. I identified potential issues and provided detailed recommendations to enhance efficiency and prevent future problems. The customer appreciated the insights and indicated she would contact us if further assistance is needed. This proactive approach ensures her plumbing system remains in optimal condition.

I visited the site to address a recurring issue with a malfunctioning appliance. Upon inspection, I identified the root cause and attempted a repair. However, due to the complexity of the problem, I was unable to resolve it on the spot. I communicated with the customer, explaining the situation and the need for further investigation. We agreed to reschedule the appointment to allow for additional time and resources to ensure a successful resolution. I ensured the customer was informed about the next steps and reassured them of my commitment to finding a solution.

I performed a comprehensive super tune-up, starting with the outdoor system. I checked refrigerant pressures, inspected electronic components, and identified overamping. After discussing with the customer, we installed a soft start. I cleaned the outdoor unit, replaced the filter, and ensured proper refrigerant levels. Inside, I assessed temperature splits and found a 15° difference. I poured water into the primary drain line to check drainage, but it overwhelmed the condensate pump, causing a wet area. The customer was informed but chose not to worry. The system was fully functional by the end.

We conducted a comprehensive evaluation of both HVAC systems, focusing on the indoor air handlers, outdoor condensing units, and ductwork. Both systems showed significant dust and biological growth, with the upstairs system in worse condition. A severe refrigerant leak was found in the upstairs evaporator coil, indicating it is nearing the end of its service life. The downstairs system is currently functioning but requires maintenance. Recommendations include reviewing the emailed estimate for repairs and replacements to prevent further damage and enhance performance.

Upon arrival, I conducted a comprehensive super tune-up on the gas furnace and air conditioning system. Starting with the indoor unit, I measured the temperature split between the supply and return plenums, finding a 20°F split, which is within the expected range. I thoroughly inspected the internal components for proper operation and condition, and checked the electrical components for correct amperage and voltage. I also recommended installing a UV light to enhance system cleanliness and indoor air quality. Moving to the outdoor unit, I checked the refrigerant pressures and inspected the internal components for proper operation and condition. I suggested installing a surge protector to safeguard the system from electrical surges and recommended a condensate pan treatment/packet to prevent drain system buildup. The system was cooling and operating as intended upon my departure.

Upon arrival, I identified that the system had locked due to an issue with the LRA. I began by inspecting the system and found that the cap needed replacement. After replacing the cap, I installed a hard start kit to ensure proper functionality. Following these steps, I successfully reset the system, bringing it back online and resolving the issue.

A customer requested a Super Tune-Up for their HVAC system. I started with the outdoor unit, washing the coils and checking refrigerant pressures to ensure they met manufacturer specifications. I inspected electrical components and connections for proper operation. I recommended and installed a soft start to enhance startup performance and reduce electrical strain, which the customer approved. Post-installation, the system operated correctly with startup amperage at 33.5 amps. For the indoor unit, I tested the primary condensate drain by pouring two gallons of water, ensuring proper flow and drainage. I also checked the temperature split, confirming a 15°F difference between supply and return air. All accessible internal components were inspected and tested for proper operation. The system was cooling effectively upon my departure.

During the visit, I inspected two gas furnaces. The downstairs system had a water accumulation in the emergency pan, indicating a potential leak or drainage issue. Additionally, the gas supply to this system had failed, which could be due to a faulty valve or a more serious problem. In contrast, the upstairs system was fully operational and ready for use. Given the homeowner's preference to handle all repairs through their home warranty company, I provided a detailed report of the findings and recommended next steps for both systems.

During the service, I addressed an issue where the insulation size air handler had fallen onto the blower motor, causing it to freeze during cooler weather. I carefully removed the insulation and repositioned it to prevent further contact with the blower motor. Additionally, I checked the refrigerant levels, which were slightly low. Although I recommended topping them off, the customer opted to leave them as they have been functioning adequately.

During the evaluation of the customer's system, we identified significant biological growth within the supply plenum of the ductwork. Specifically, a supply grill located in the daughter’s bathroom exhibited growth on the adjacent drywall. This issue was traced to the absence of insulation around the supply boot, leading to condensation on the drywall. We explained the problem and its root cause to the customer, who had already sought three other opinions. She plans to discuss the matter with her husband before deciding on the company to proceed with. We await her decision and will be ready to move forward as soon as she contacts us.

During the service, I thoroughly inspected both the heating and cooling systems. The heating system was functioning perfectly, with no issues detected. However, the cooling system exhibited a superheat (SC) reading of 4.9, which is below the recommended range of 6 to 10 for summer conditions. To address this, I recommended converting the system to use R-410A refrigerant. Although there were no visible signs of leaks, it is crucial to monitor the system to ensure there are no hidden leaks. This conversion and monitoring will help maintain optimal performance and efficiency of the cooling system.

I performed a comprehensive super tuneup on both HVAC systems. The upstairs system was found to be overcharged, but it is currently functioning. The downstairs system, however, had lower refrigerant levels and an evaporator coil leak. The homeowner, having recently moved in, opted for a temporary solution by topping off the refrigerant. This is not a permanent fix, as the refrigerant will continue to leak out through the evaporator coil. The homeowner is aware of this and plans to monitor the situation before deciding on a more permanent solution. Additionally, the homeowner has two other properties that will require service in the near future.

Added material

I conducted a thorough evaluation of the HVAC system. The unit was previously inspected and deemed to be functioning within specifications, though some minor concerns were noted. I measured temperatures at every vent, finding no significant discrepancies. The attic fans, equipped with temperature sensors, were turned back on, though they hadn't activated during my visit due to insufficient attic heat. The filter was replaced with an April Air 310, and the drain was confirmed to be clear. Refrigerant levels were adequate, and the compressor was operating above its rated 124 amps, necessitating a hard or soft start to reduce current. The system was cooling effectively when I departed.

Upon inspection, I identified a faulty capacitor in the system. After confirming the issue, I replaced the bad capacitor with a new one. I carefully installed the capacitor unit under the p&l unit, ensuring all connections were secure and properly insulated. Following the replacement, I tested the system to verify that it was functioning correctly. The system is now operating efficiently, and the p&l unit is working as intended.

Upon inspection, I identified a leak in the evaporator coil unit, which was operating at 83 psi. After discussing the issue with the customer, I provided a detailed estimate for the necessary repairs. The customer reviewed the estimate and decided to proceed with the work. I emailed the estimate to the customer, who confirmed they would pay the balance of $6,050 for the job. I placed an order for the required evaporator coil parts and added all relevant information to the materials list. The job is currently paused, and the customer has been instructed to ask for Autumn to handle the payment tomorrow.

I conducted a comprehensive inspection and maintenance of the HVAC system. Starting with a thorough tune-up, I meticulously checked the air filter and ensured it was clean and functioning properly. I also tested the system's drains, discovering significant rust in the drain pan, which I recommended replacing to prevent future issues. Additionally, I assessed the refrigerant levels and delta T, ensuring optimal performance. All electrical components were checked for proper operation. The outdoor coil was cleaned to enhance efficiency. I also washed the coil to remove any accumulated dirt. For improved air quality, I suggested resealing the supply plenum and cleaning the blower wheel. Lastly, I recommended installing a germicidal unit to address any biological growth within the system. The system is currently running efficiently, providing both cooling and heating as expected.

Upon arrival, the homeowner reported a lingering rotten smell that had gradually dissipated since the previous technicians' visit. Additionally, they noted that screws were missing from various panels and the whip was not securely fastened to the unit. I began by addressing the missing screws, meticulously reattaching them to the panels and ensuring all components were properly secured. The whip was then remounted to the unit, ensuring it was firmly attached. After thorough inspection, no signs of rot were detected. The system was left operational and cooling effectively upon my departure. The homeowner expressed satisfaction with the resolution of the issues.

Upon arrival for the customer's cooling tune-up, I began by meticulously washing the outdoor coils, which were heavily soiled due to the package unit's design. I used a specialized cleaning solution and brush to remove dirt and debris, ensuring optimal heat transfer. After cleaning, I replaced the air filter with a new one to enhance air quality. I allowed the system to dry completely before proceeding with further checks. I verified the refrigerant charge, finding it within the manufacturer's specified range. The temperature split was approximately 15°F, indicating efficient operation. I inspected the condensate drains and confirmed they were draining properly. All internal components were checked for proper operation, and electrical connections were inspected for integrity and functionality. I recommended adding a germicidal UV light to help reduce airborne germs, though the customer declined this suggestion. The system was operating properly and cooling as intended upon my departure