HVAC, Plumbing, & Electrical Services in Aledo, TX

Upon arrival, I identified a thermostat with no power to the R terminal. Investigating further, I discovered a clogged primary drain line and a tripped float switch. I blew nitrogen through the drain line to dislodge the clog and then poured a gallon of water down the line to ensure it was clear. The system was left in a cool state, ready for normal operation.

Upon arrival, I inspected a non-functional outdoor plug. I identified a Ground Fault Circuit Interrupter (GFCI) and replaced the faulty outdoor plug with a new one. During the visit, I discussed the benefits of surge protection on the electrical panel and the installation of a generator plug with the customer. However, the customer decided not to proceed with these additional services at this time.

During the service, the customer reported a leak in their system and expressed interest in using leak stop to address the issue, along with adding refrigerant. I discussed the industry changes and potential complications of using leak stop on a system with a leak. I recommended against this approach, especially since the system was outside of its warranty period. Instead, I suggested a visit from a comfort advisor to discuss a replacement. The customer agreed, and I coordinated the visit with the office.

I began by accessing the trap and attempting to clear the blockage. If unsuccessful, I planned to reach the vent for an alternative clearing method. Additionally, I used a cable to attempt to dislodge the obstruction in the tub drain through the trap. This comprehensive approach ensured that all potential avenues for clearing the blockage were explored.

Recently, I completed a comprehensive home service project that involved a thorough inspection and repair of the customer's HVAC system. I began by assessing the current condition of the system, identifying any potential issues, and discussing the customer's needs and preferences. After a detailed analysis, I proceeded with the necessary repairs, which included replacing faulty components, cleaning and lubricating parts, and ensuring optimal performance. Additionally, I provided the customer with valuable insights on maintaining the system and preventing future problems. The customer is now well-informed and will be contacting me this weekend to decide on the next steps.

I performed system tune-ups on two HVAC systems, both manufactured in July 2014. During the main system's tune-up, I discovered that the refrigerant levels were critically low. After conducting a link search on the evaporator coil, I was unable to locate the refrigerant leak. The fan capacitor for the main heat pump was weak, and the compressor was starting up excessively. I cleaned the condenser coils from the inside out. The ductwork for both systems was strapped in the air, reducing efficiency. The secondary train system's air handler had acceptable refrigerant levels and a properly functioning capacitor, but it was incorrectly wired. After cleaning the condenser coils, I found that the main system's heat pump was operating on low pressure due to extremely low refrigerant. I discussed industry changes, refrigerant updates, and price increases with the customer and recommended a Comfort Advisor visit. The customer agreed, and I scheduled the visit for the next morning, confirming it

On 8/12/26, I arrived to address an issue with the thermostat. The customer explained that her daughter struggles to operate it, often setting it to off or causing malfunctions. After discussing options, the customer opted for a lock box with a key instead of a coded thermostat. I confirmed the need for a Level Two repair to install this solution and will order the appropriate lock box with a key for the job.

Upon arrival, I discussed the customer's needs and preferences regarding coil cleaning. The customer expressed a desire to schedule the service for the following Saturday. I provided a detailed estimate for the coil cleaning service, explaining the process and associated costs. I assured the customer that they would receive the estimate shortly and would be able to call in to confirm the appointment and make the payment. This approach ensures a clear understanding and smooth scheduling of the service.

I successfully installed a compressor saver on the condenser unit. This involved carefully assessing the existing setup, ensuring all components were compatible, and securely attaching the saver to the condenser. The process required precise alignment and secure fastening to guarantee optimal performance and longevity of the system. Post-installation, I conducted thorough testing to confirm that the compressor saver was functioning correctly and efficiently.

.

Upon arrival, the customer expressed concerns about two bedrooms not cooling adequately. During the evaluation, it was discovered that the ductwork leading to these rooms was kinked, restricting airflow. This kinking was preventing sufficient air from reaching the bedrooms. Additionally, the inspection revealed that the can lights in the attic had no insulation, which was contributing to the cooling issues. I addressed the ductwork by straightening the kinks to ensure proper airflow. Furthermore, I relocated insulation from other areas to cover the can lights in the attic, enhancing the system's efficiency. The customer was satisfied with the improvements, and the system was left in a cool and efficient state.

Upon arrival, I discovered that the condenser fan motor was operational, but the compressor was not functioning. After a thorough inspection, I identified that the capacitor had failed. I discussed the issue with the landlord, who agreed to replace the capacitor. Following the replacement, I conducted a comprehensive system check and found no other issues. The system was then left in a fully operational state, ensuring the environment was cool. The customer paid $299 for the repair.

Upon arrival, I assessed the situation and identified a burst water line inside the wall, which had caused significant water damage to the structure. I promptly shut off the main water supply to prevent further damage. After carefully removing the affected drywall, I located the burst section of the water line. I replaced the damaged section with a new one, ensuring a secure and leak-proof connection. Following the repair, I meticulously restored the drywall and applied joint compound, followed by sanding and painting to match the existing wall. I then tested the repaired water line to confirm that everything was functioning correctly. The water flow was restored, and no leaks were detected. The area was left clean and dry, with the structure no longer at risk of further water damage.

I successfully installed a new dishwasher, ensuring it was properly connected to the existing plumbing and electrical systems. The installation included securing the dishwasher unit, connecting the water supply line, and ensuring the electrical connections were safe and compliant with local codes. I also tested the dishwasher to confirm it was functioning correctly. It's important to note that no warranty applies to the customer-supplied parts used during the installation. The job was completed efficiently, and the dishwasher is now ready for use.

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.

Kficiviv

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.