HVAC Repairs, Plumbing, and Electrical Services in Weatherford, TX

Upon arrival, the customer reported that the system was blowing air but not cooling. During evaluation, I found the liquid line was cold and sweating while the suction line was warm. The system was in cooling mode, but it should have been in heating mode. I checked the pressures, but the system shut off, and the compressor went out on thermal overload protection. The pool compressor was down, and upon attempting to restart, the breaker had failed, likely due to heat. After replacing the breaker, the system came on, but the refrigerant line set began to cool, indicating a restriction likely causing the liquid line to meter prematurely. The compressor sounded like it had pebbles, so I recommended replacing it under warranty. The TXV also needs to be ordered. The job was charged for $550, and the warranty covers the refrigerant.

Upon arrival, the customer reported that the system was blowing air but not producing cold air. Additionally, the outdoor unit was not operating. During the evaluation, it was discovered that the condenser was tripped due to high head pressure. After starting the system, the compressor was found to be running, but the outdoor fan motor was not operational. Voltage checks to the fan motor revealed proper voltage levels, indicating that the condenser fan motor had failed. Consequently, a replacement TRANE variable speed condenser fan motor was required. The specific model and serial number of the condenser unit are TRANE CONDENSER MODEL – 4TTR6061C1000BA, SERIAL – 20095PUA2F. The faulty motor was replaced to restore proper system functionality.

Upon inspection, the ductwork beneath the structure was found to be severely damaged, with multiple sections shredded and compromised. This condition posed a significant risk to the efficiency and safety of the HVAC system. As part of the remediation process, the damaged ductwork was meticulously removed. New, high-quality duct materials were then installed to ensure optimal airflow and energy efficiency. The new ductwork was carefully sealed and secured to prevent any future damage. This comprehensive replacement not only restored the system's functionality but also enhanced the overall air quality within the space.

Upon inspection, the customer reported discomfort in one room. I conducted a hearing evaluation and examined the ductwork, finding no issues with airflow or temperature. The door to the room is usually closed, and there is insufficient space between the door and floors. I recommended opening the door to see if it improves comfort. If not, I suggested installing pass-through air vents in the wall. As a last resort, I proposed a fan booster. The customer opted to try these recommendations before incurring any costs.

Upon arrival, I identified that the hot and cold water lines had been incorrectly connected on the right sides. To rectify this, I carefully switched the lines to their correct positions. Additionally, I recently installed a new faucet, ensuring it was properly connected and functioning. Moving forward, I will provide a detailed pricing estimate for the fixtures required to install a walk-in shower in the upstairs bathroom. This will include a comprehensive build estimate to ensure a seamless installation process.

I successfully installed and repaired multiple electrical outlets, including those for the microwave, in the living room. I also installed a surge protector to safeguard the appliances from power surges. The outlets were inspected for proper functionality, and any faulty wiring was corrected. The surge protector was strategically placed to ensure maximum protection for the connected devices. The work was completed efficiently, ensuring the living room's electrical system is safe and reliable.

Upon inspection, I identified a persistent leak in the coil and a restriction within the coil, issues that have plagued the unit since installation. After two years of troubleshooting, it was confirmed that the Coleman evaporator coil for the downflow air handler needed replacement under warranty. I ordered the appropriate part and replaced the coil, ensuring the issues are resolved and the system operates efficiently.

I conducted a comprehensive super tune-up on a 2019 Amana Airhandler and Heatpump. I meticulously checked and tightened all electrical connections, ensuring the blower was clean and operating within the correct amp range. The airhandler's filter was acceptable, and the drain line was clear. For the heatpump, I verified the capacitor and condenser fan motor were within range, and refrigerant levels were acceptable. I cleaned the condenser from inside out and left the system running in cool mode. Additionally, I recommended a UV system and surge protection for enhanced performance.

Scheduled for tomorrow at noon, I arrived early with Jake to begin the task. We started by inspecting the area to identify any issues. After gathering the necessary tools, we efficiently removed the old fixtures and installed new ones. Attention to detail was paramount, ensuring everything was securely fastened and functioning correctly. Throughout the process, we maintained a clean workspace and communicated regularly with Jake to ensure alignment with his expectations. The job was completed on time, leaving the area tidy and ready for use.

Upon arrival, I identified that several indoor outlets were not functioning. The customer reported a power surge that led to the upstairs thermostat losing power. I observed intermittent power issues with the thermostat and proceeded to inspect all low voltage connections. After tightening these connections, I replaced both thermostats with the customer-supplied Nest thermostats. Both systems are now operational, effectively cooling the home. To address the remaining non-functional outlets, I scheduled an electrician to visit and diagnose the issue. The customer was satisfied with the immediate resolution of the thermostat problem and is awaiting the electrician's assessment of the outlets.

Upon arrival, I discovered that the air handler's breaker had been switched off, which was the initial issue. The cause of this was unclear, but no service fee was charged at that moment. I thoroughly inspected the system, starting with the drain line, which was functioning correctly and draining properly. To ensure the system was safe and operational, I reset the breaker and left the air handler set to cool mode. This allowed the system to continue operating efficiently while I awaited further instructions or information regarding the breaker issue.

Upon arrival, the customer reported that the system was not cooling and had not done so for three days. During evaluation, I found that the air handler was running, but the outdoor heat pump was displaying a 04 code with two flashes, indicating a low-pressure soft cut-off reset. I checked refrigerant levels, which were within the normal range, and ensured all zones were open. The issue might be intermittent or a communication problem, causing the indoor unit to stop while the outdoor unit continues to run, leading to low pressure due to lack of airflow. I repaired a bare wire at the heat pump and left the system in cooling mode.

Recently, I successfully completed a project involving the installation of a high-efficiency level 5 heat pump, valued at 60,000. This advanced system is designed to provide optimal heating and cooling for residential spaces. The installation process began with a thorough assessment of the existing HVAC system to ensure compatibility and efficiency. After confirming the specifications, I meticulously installed the new heat pump, connecting it to the necessary electrical and refrigerant lines. The system was then rigorously tested to confirm its performance and reliability. The final step involved educating the client on the operation and maintenance of the new heat pump, ensuring they could maximize its benefits.

Upon inspection, I found a bucket under the filter door containing some water, indicating a leak. I checked the primary and secondary drains, both of which were clear. The primary drain pan was not holding water, suggesting a crack. Although no visible crack was apparent, water leakage under the pan was evident. Considering the cost of repairs and the system's age and efficiency, I recommended replacing the equipment. A Comfort advisor is scheduled to meet with the customer to discuss this further.

Upon arrival, the air conditioner was not functioning, blowing only warm air. The customer reported a recent power surge. The system in question is a 3-zone variable speed Lennox heat pump. I identified that the zone control board had reset to factory settings, mistakenly treating the system as a single-stage gas unit. I reprogrammed the board to correctly recognize the variable speed heat pump and conducted a function check. During this check, the indoor blower operated at a constant speed, while the outdoor unit rapidly changed speeds. This suggests damage to the outdoor board, causing erratic speed changes. I provided estimates and the customer intends to contact their home warranty company for coverage.

Today, I performed a comprehensive tune-up on a 10-year-old Comfort Maker heat pump with an air handler. All electrical connections were inspected and found to be secure with no signs of corrosion. Inside the air handler, biological growth was detected, prompting a recommendation for duct cleaning and UV sterilization to prevent recurrence. Additionally, the absence of drain protection was noted, and I suggested installing a wet switch to safeguard against potential water damage due to condensate drain blockages. Refrigerant levels were verified to be within acceptable limits. The outdoor unit was thoroughly cleaned, washed, and waxed.

Upon arrival, I assessed the system and found that the outdoor unit was not cooling. The customer reported that the condenser fan was not moving. After a thorough inspection, I discovered that the fan shroud had not been properly secured by the previous technician after cleaning the unit. This caused the shroud to shift, resulting in the fan blade hitting the side of the unit and preventing the motor from turning. I carefully secured the fan shroud and checked the fan motor's windings and bearings, which were found to be in good condition. After resolving the issue, I performed a function check to ensure the system was running and cooling properly before leaving the site.

Upon inspection, the air conditioner was found to be non-functional due to a turned-off breaker. After turning it on, I verified all amp draws, checked refrigerant levels, and ensured the blower wheel and evaporator coil were clean. The system is now functioning normally. However, the wrong filter was installed; the customer needs an April Air 2200. I recommend a level 2 duct cleaning, adding a UV system for better air quality, and installing a drain safety to prevent water damage. Additionally, a plumber should inspect the leaking exterior water line and tankless water heater.

I successfully installed two level 2, 24k mini split systems for Alex D, ensuring optimal performance and efficiency. Each system was carefully configured with add-ons to enhance functionality and comfort. The installation process involved precise measurements, secure mounting of indoor and outdoor units, and meticulous ductwork integration. Additionally, I conducted thorough testing to confirm that both systems operated seamlessly, providing reliable cooling and heating. The job was completed to Alex D's satisfaction, resulting in a noticeably improved indoor environment.

I conducted a comprehensive tune-up on a 17-year-old Amana dual fuel furnace and heat pump. All components were functioning within acceptable ranges. I replaced the customer-provided filter and meticulously cleaned the heat pump condenser coils. Given the system's age and recent industry changes, such as refrigerant updates and parts availability, I recommended consulting with a Comfort advisor. The customer understands the system's age and the potential need for replacement if major failures occur. Currently, scheduling a Comfort advisor visit is not feasible due to the customer's medical priorities.

Today, I performed a comprehensive tune-up on a Carrier straight electric system. The dual run capacitor was replaced, and I recommended adding a compressor saver, a drain switch, a P trap to the secondary drain, and a UV system for improved air quality. All electrical connections were checked for tightness and corrosion. I found biological growth inside the air handler and noted that the X13 blower motor was running constantly due to a faulty motor module. The outdoor unit was cleaned and waxed. Estimates for necessary repairs have been sent to the customer.

On May 19, I arrived at the site to begin work on the refrigerant system. However, an unexpected heavy downpour made it impossible to proceed with changing the line set or opening the system. After discussing the situation with the customer, we agreed to reschedule the task for the following Tuesday, May 26. I made the first call to confirm the new date and time. The work will be paused until then, ensuring that we can complete the job under optimal conditions.

Upon inspection, a crimp fitting was found to be leaking. I carefully removed the faulty fitting and assessed the surrounding area. After ensuring all necessary tools and materials were on hand, I replaced the crimp fitting with a new one, ensuring a secure and leak-free connection. The job was completed efficiently, restoring the system's integrity.

Upon arrival, the system was found to be non-operational due to a low-pressure shutdown. This 3-zone, 2-stage system, installed last year, had been locked into second-stage cooling only. After assessing the situation, it was determined that if only one zone was in use, insufficient airflow was passing over the coil during the second stage. I corrected the wiring issue and conducted a thorough function check. Post-repair, the system successfully operated in both low and high stages, ensuring optimal performance before my departure.

I successfully replaced the failed XV pressure testing system, ensuring the system's integrity and functionality. I meticulously pulled a vacuum to remove any air pockets, enhancing the system's efficiency. Additionally, I replaced a section of the thermostat wire system, addressing any potential connectivity issues. Since the system did not require refrigerant, there was no need to utilize the 550 warranty refrigerant. After completing the necessary repairs, I ran a comprehensive system check to confirm that everything was operating correctly. The system was left in a cool state, ensuring optimal performance and customer satisfaction.