HVAC, Plumbing, & Electrical Services in Aledo, TX

Upon arrival, the customer reported issues with the thermostat and the HVAC system running continuously. The thermostat was set to 76 degrees, but the indoor temperature was also 76 degrees, with the fan set to "on" instead of "auto." I inspected the ductwork in the master bedroom closet and bathroom, finding it inefficiently installed and hanging close to the roof. I provided recommendations for improvement, but the customer chose not to make changes. The system was left in the "cool" mode.

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Upon arrival, I assessed the cooling system and found it was not functioning properly. The customer reported a leak in the evaporator coil and refrigerant addition the previous day. I checked refrigerant levels, which were below the recommended subcool. Using a leak detector, I identified multiple leaks in the evaporator coil. I discussed the system's age and scheduled a Comfort Advisor visit for today, confirmed by the office.

Upon arrival, the unit was operational but not cooling. The customer reported the issue. Upon inspection, the air handler grill was blocked with tape, causing air to bypass the evaporator coil. I reattached the tape to ensure proper airflow. The system lacked sufficient return air, and I recommended adding an additional return grill. The refrigerant charge was slightly low due to inadequate return air. The air filter was dirty, and the customer agreed to replace it.

On July 3, I visited to assess the situation thoroughly. The customer expressed significant dissatisfaction, but they remained patient and understanding throughout our interaction. I began by examining the load in detail, ensuring that I understood the scope of the work required. After a comprehensive review, I conducted a room-by-room assessment to identify specific areas needing attention. Each room was evaluated for any issues, and I took detailed notes to ensure nothing was overlooked. I communicated my findings clearly and provided a detailed plan for moving forward. Despite the customer's initial unhappiness, I reassured them that their concerns would be addressed promptly and effectively.

Upon arrival, the customer reported that the thermostat would intermittently turn on and off, and the system exhibited similar behavior. During the evaluation, I identified a clog in the primary drain line. After discussing the issue with the customer, we decided to clear the drain. I successfully cleared the primary drain, allowing 2 gallons of water to flow freely. I then checked the printer levels, which were within acceptable limits. The system was left in a cool state, ensuring optimal performance.

During the service, I thoroughly inspected the 2015 Goodman Gas Furnace, ensuring all electrical connections were secure and tight. I replaced the filter with the one provided by the customer. A slight buildup in the drain trap was noted, and I recommended clearing it. The blower motor and wheel showed minor dust and dirt accumulation. The evaporator coil was found to be in acceptable condition. The UV system was operational, but the lamp needed replacement or upgrading. For the 2015 Goodman Straight Cool, I checked and tightened all electrical connections, verified the dual run cap was within the manufacturer's range, and ensured the primary electrical unit was acceptable. The compressor was pulling over its rated LRA, with an actual reading of 152. Refrigerant levels were acceptable, and the fan blades and motor were in good condition. The condenser coils were washed from the inside out. I recommended installing a Micro Air Soft Start Kit, upgrading the UV system, and clearing the dr

On 7/1/26, I installed a new compressor and meticulously checked the refrigerant levels and reversing valve. Post-installation, I conducted a thorough tune-up on both systems, ensuring all parameters were within specification. The systems were operational and performing as expected. As per Brian's request, I left the system running in cool mode. The next steps involve installing a suction filter dryer once it becomes available. After running the system for two days, I will return to remove the existing filter dryer and install a new one for the 3/8 line.

Upon arrival, I installed a new reversing valve and addressed a significant leak on the suction line. Initially, the low pressure switch and the leak at the reversing valve prevented me from checking the compressor. After resolving these issues, I found that the compressor was grounded, as indicated by the meter reading between the start and ground. Consequently, the compressor did not turn on. I ordered necessary parts under the P&L to ensure the system operates efficiently.

Upon arrival, I assessed the tenant's complaint about the upstairs area not blowing cold air while the downstairs was comfortable. The system is a two-zone setup. I tested both zone dampers and confirmed they were opening and closing as intended. While the upstairs zone was running, I noticed loud vibrating sounds coming from the vents. Further investigation revealed that the bypass damper was not opening fully. I made a precise adjustment to the bypass damper to ensure it opened sufficiently, which helped maintain proper static pressure. After the adjustment, the system was running smoothly, and the upstairs area began to cool effectively. I verified the system's performance before leaving, ensuring both zones were functioning correctly.

00 to 3:00, which the customer agreed to.

Upon arrival, the customer reported that the system was unable to maintain the set point on the thermostat. During the evaluation, I discovered that the refrigerant levels were low while the system was running. I conducted a leak search on the evaporator coil and identified a leak at the u-joints. Given that the system is a year outside of warranty, I discussed the pricing for repairs with the customer. Additionally, I provided insights into industry changes and recommended having a Comfort Advisor visit to discuss the possibility of replacing the system, which is now out of warranty. This visit will allow for a comparison between repair and replacement options. A Comfort Advisor visit has been scheduled for this Thursday the 25th in the morning, confirmed by the office.

I initiated the process by discussing the repair requirements with the customer over the phone. With no other appointments at the time, we proceeded with the repair. I traveled to the site and successfully replaced the dual run capacitor. After confirming the system was functioning properly and maintaining a cool environment, I completed the job and departed.

We thoroughly inspected and maintained a 2019 Amana Airhandler, ensuring all electrical connections were secure and tight. The P-trap had a slight buildup, and while the UV system was operational, the lamp was nearing the end of its lifespan. We replaced the filter with the customer-provided one and confirmed the blower motor and wheel were in good condition. However, the blower wires showed biological growth due to the lamp's limited kill radius. For the 2019 Amana Heatpump, we checked and tightened all electrical connections, verified the dual run capacitor was within the manufacturer's range, and ensured the compressor's LRA was close to the specified 72.5. Refrigerant levels were acceptable, and we cleared debris, washed the condenser coils, and waxed the unit. Recommendations included replacing the UV lamp, treating the drain, and considering a compressor saver or Micro Air Soft Start.

During the service, I thoroughly inspected and maintained a 2012 Goodman Airhandler. I meticulously checked and tightened all electrical connections to ensure optimal performance. The customer-provided filter was replaced, and the drain was found to be clear and functioning properly. However, the absence of a drain safety was noted. The blower motor and wheel were inspected and found to be in acceptable condition, as was the evaporator coil. For the 2012 Goodman Straight Cool unit, I again checked and tightened all electrical connections. The dual run cap was identified as weak, and the primary electrical unit was found to be acceptable. Refrigerant levels were checked and found to be within acceptable limits. The fan blades and motor were inspected and deemed acceptable, as were the condenser coils. I cleared debris from the inside of the unit and washed the condenser coils from the inside out. Recommendations included installing a drain safety, replacing the dual run cap, and adding

Installed UV 200

We attempted to contact the customer multiple times to discuss the details of the job and finalize the arrangements. Despite our efforts, we were unable to reach them via phone. As a result, we have sent an email with the estimate once more, hoping to secure their response. In the meantime, we are pausing the job to allow for further communication. We are committed to ensuring all details are addressed and that the customer is fully informed before we proceed. Our goal is to provide a seamless and satisfactory service experience.

I performed a thorough descaling on the tankless water heater, ensuring all components were cleaned and free from mineral buildup. After the descaling process, I conducted a comprehensive test to verify that all functions were operating correctly. The customer's consistent maintenance has kept the unit in excellent condition, and all systems are now running smoothly. The water heater is now efficiently providing hot water as expected.

I replaced a customer-supplied thermostat with an old mercury model due to damaged connecting pins. The customer ordered a new thermostat and requested installation on Saturday. I also performed a cooling tune-up on a 2010 Carrier straight electric system, ensuring all electrical connections were tight and free of corrosion. I recommended a level 2 duct cleaning due to heavy biological growth inside the air handler. The system was slightly low on refrigerant charge, and I washed and waxed the outdoor unit. The system was cooling effectively upon departure, and the customer signed up for the Comfort Care Club.

Upon arrival, I found the gas furnace on the upper floor and the straight cool condenser in a non-cooling state. The customer reported a possible power surge during Sunday's storm. Both the indoor and outdoor units were unresponsive. I inspected and tightened all low voltage connections and executed a hard reset. The system resumed operation, cooling the home effectively. Temperature readings showed subcooling at 9 degrees and superheat at 8 degrees, indicating normal system performance. The customer upgraded their membership to the Home and Budget Protection Plan.

On May 20, 2026, I initiated a troubleshooting session early Friday morning. This was the first call of the day, and it required immediate attention. I coordinated with Jake, who was essential for the successful resolution of the issue. Our primary focus was to identify and address the root cause of the problem efficiently. We meticulously examined the system, conducted necessary tests, and implemented corrective measures. Our collaborative efforts ensured that the issue was resolved promptly, minimizing any potential disruptions. Throughout the process, we maintained clear communication and adhered to best practices to ensure a thorough and effective troubleshooting experience.

Upon arrival, I identified a blockage in the primary drain. Recent plumbing work was evident, with a kink in the flex line from the primary drain to the sink, preventing proper drainage. The P trap under the sink required rebuilding, and the AC drain was incorrectly positioned on the wrong side of the P trap. Without the necessary parts, I facilitated a slow drainage of the condensate and stopped the P trap from leaking at the connections. A plumber is needed for further repairs, including 3/4 PVC and a PVC to copper connector, and possibly a complete P trap rebuild.

Our team successfully installed a new Dorr bell system, ensuring it was fully operational. The installation process involved careful assessment of the existing setup, precise wiring, and thorough testing to confirm optimal performance. We also provided a detailed walkthrough of the system's features and functionalities to the client, ensuring they were comfortable and knowledgeable about their new bell system. The installation was completed efficiently, with no disruptions to daily activities.

During the service, I conducted a thorough duct check on four air handlers, identifying significant biological growth and extensive dust and dirt buildup. Given these findings, I recommended a level 2 duct cleaning for all four systems to ensure optimal air quality. Additionally, I suggested the installation of UV systems to help prevent future biological growth. The customer expressed interest in obtaining pricing from a neighboring company, Daffin, before making a decision. Despite the age of the systems, the customer declined replacement options, emphasizing their preference for a duct cleaning service. I also recommended consulting with Comfort Advisors for further insights and maintenance strategies.

I performed a comprehensive inspection and maintenance on several HVAC units. On the 2017 Carrier Airhandler, I tightened all electrical connections and identified a voltage issue with one of the breakers, which was resolved by resetting and recommending a double pole breaker for the heat kit. I also changed the filter, recommended adding a P-trap to the drain, and cleaned the blower motor, wheel, and evaporator coil. The supply plenum had biological growth, which was noted. For the 2017 Carrier Straight Cool, I checked and tightened all electrical connections, replaced the out-of-range dual run capacitor, and washed the condenser coils. I also cleared debris and addressed refrigerant issues likely due to build-up in the Airhandler. On the 2025 Amana Airhandler, I checked and tightened all electrical connections, changed the filter, and ensured the drain was clear. The blower motor and evaporator coil were found to be in acceptable condition. For the 2025 Amana Heatpump, I checked an