HVAC, Plumbing, & Electrical Services in Azle, TX

I completed a thorough inspection and maintenance of the water heater. During the process, I flushed the tank to remove any sediment buildup, ensuring optimal performance. However, I noticed a distinct rotten egg smell in the hot water, which typically indicates the presence of sulfur compounds. To address this issue, I recommended replacing the water heater's electric anode rod, which helps prevent such odors. Additionally, I contacted an electrician to provide an estimate for running an outlet to the closet, facilitating easier access for future maintenance. Despite the electrician's estimate, the customer chose not to proceed with the additional work.

Upon arrival, the customer reported that the system was not cooling the house to the desired temperature. They mentioned hearing a buzzing noise from the outdoor unit and attempted to manually start the fan, but the system still did not cool effectively. During the evaluation, I identified that the dual run capacitor was weak on both the compressor and fan sides. I explained the issue to the customer and discussed the benefits of a soft start kit for future protection. However, the customer preferred to complete the repair immediately. I replaced the faulty capacitors, and the system was restored to a cooling state. The customer left satisfied with the immediate repair.

I meticulously inspected the existing wiring setup and identified several areas requiring adjustments. After carefully reconfiguring the connections, I ensured all components were securely and correctly installed. The system was tested thoroughly to confirm optimal functionality. The adjustments have restored full performance, and all systems are now operating as intended.

Recently, I completed a job involving the installation and maintenance of a central air conditioning system. The client was experiencing issues with their existing unit, which was affecting comfort levels. After a thorough inspection, I identified the problem areas and replaced faulty components. Additionally, I performed a comprehensive cleaning of the system to ensure optimal performance. The client was impressed with the efficiency and effectiveness of the new installation. They appreciated the detailed explanation of the work performed and the steps taken to resolve the issues. I provided a detailed quote for the services rendered, and the client mentioned they would compare it with other prices before making a final decision.

Upon arrival, the customer reported that the system was behaving as it had during previous visits, running and shutting off the outdoor unit whenever a technician arrived. The outdoor unit was running even at the time of this visit, having started 15 minutes prior. After a hearing evaluation, I checked the wiring of the condenser fan motor, the PCB board, and the contactor. I discovered a spider lodged between the contactor contacts. I manually cycled the contactor by removing 24 volts every 20 seconds, eventually getting the contactor to pull in but not pass power due to the obstruction. I recommended replacing the contactor. The customer opted to replace it, and I left it as a recall. Unfortunately, I couldn't properly include the recall item in the invoice, so I removed it. I left the system running in cool mode.

I successfully installed an 8k heat pump with an upflow configuration, ensuring it was set up to maintain the current filtration system. The installation included a comprehensive code kit to meet all necessary regulatory standards. I meticulously configured the system to optimize performance and energy efficiency. The heat pump was carefully positioned, and all necessary ductwork and electrical connections were made. Post-installation, I conducted thorough testing to confirm that the system operated smoothly and effectively. The job was completed with attention to detail and adherence to safety protocols.

Recently, I completed a comprehensive service on an upflow furnace system, classified as Level 3. The furnace in question has a heating capacity of 48,000 British Thermal Units per hour. During the service, I meticulously inspected and cleaned the heat exchanger, checked and adjusted the burners, and ensured the flue and venting systems were operating efficiently. I also calibrated the thermostat and inspected the electrical connections for safety and reliability. This thorough maintenance ensures optimal performance and longevity of the furnace.

Upon arrival, the customer reported that the system was not maintaining proper cooling. A hearing evaluation revealed extremely low refrigerant levels. The evaporator coil and line set to the compressor were found to be frozen. Despite performing a leak search on the evaporator coil, no leak was detected due to ice buildup. As the system is a straight cool, I discussed the replacement of the coil with the customer and suggested upgrading to a heat pump to enhance efficiency and reduce energy bills during winter. The customer agreed and requested a Comfort Advisor visit, which was scheduled for the same day. Data tags were sent to the parts group, and I am currently awaiting information on coil replacement availability.

On August 8, I found that the board was receiving 24-volt power but failing to close the contactor. To ensure the customer's comfort until the issue was resolved, I temporarily wired the unit to run. I coordinated with Mark D to revisit the site on August 10 to double-check the work. On August 10, I bypassed the unit temporarily to maintain cooling while we awaited the OEM primary circuit board for the Ameristar outdoor unit, Model# M4HP4048A1000AB, Serial# 175040422. The job remains incomplete as we are still waiting for the estimated time of arrival for the replacement parts.

On August 8, I addressed an issue reported by Brian H. regarding a recent power outage and a generator that did not respond promptly. After inspecting the electrical panel, I confirmed proper connection torque and tested the generator, which started normally and switched the transfer switch as designed. The home and HVAC system operated correctly on generator power. I identified GFCI breakers stacked closely together, which could cause nuisance tripping due to heat. I recommended spacing them with standard breakers to prevent future issues. My assessment suggests that an imbalance in the power phase during the return of utility power caused some GFCI breakers to trip, necessitating their reset after a power cycle.

During the plumbing tune-up, I thoroughly inspected the 4-year-old home's plumbing system. There were no visible issues, and the water heaters were flushed with minimal sediment, indicating good maintenance. The customer reported a slow master shower drain, which I addressed by running the shower for several minutes. Despite the customer's concerns, I could not replicate the backup issue. To address water quality concerns, I discussed options ranging from descalers to backwashing carbon filters, considering the city water's low pressure and sediment. I also reviewed the existing booster pump to ensure it was functioning correctly.

Upon inspection, the water heater, a single element model installed in 2013, showed significant sediment buildup, indicating it needs replacement. Both hose bibs were non-functional, preventing a proper pressure check. Additionally, the master bath toilet exhibited a noticeable crack but was not leaking. The customer mentioned they would need to consult with their spouse before making any decisions regarding the repairs. I provided detailed information on the necessary replacements and repairs, ensuring the customer is well-informed about the current conditions and next steps.

On July 30, we successfully completed the installation of an indoor cooling filter dryer and a new thermal expansion valve (TXV). The filter dryer was meticulously installed to ensure optimal air quality and system efficiency. The TXV was precisely calibrated to maintain the correct refrigerant flow, enhancing the overall performance of the cooling system. Our team ensured all components were securely fitted and tested for functionality, providing a reliable and efficient system.

Upon arrival, I assessed multiple plumbing issues, including a leaky faucet, a clogged drain, and a running toilet. The customer expressed a preference for self-repair and requested no work to be done. I provided detailed guidance on how to address each issue, including step-by-step instructions and safety precautions. I also offered recommendations for tools and materials needed. The customer appreciated the information and felt more confident in handling the repairs independently.

On July 27, I successfully installed a thermostatic expansion valve (TXV) for a customer. This was done in preparation for the arrival of the refrigerant, which the customer agreed to purchase and pay for at a cost of $500. The installation was completed efficiently, ensuring the system was ready for the freon to be added. The customer was satisfied with the work, and the system is now fully operational.

Upon arrival, the customer reported ongoing leakage from the mini split. I removed the plastic covers to inspect the drain pan, finding it slightly unlevel, causing water to overflow and drip onto the wall. The issue stemmed from the pan's tilt away from the drain line. The customer plans to raise the tiny home to correct the pan's level, which will require recalling a previous technician's work.

Upon arrival, the customer reported that the indoor system was functioning correctly, but the heat pump was not operational. During the evaluation, I identified an L6 code indicating an open start circuit. Upon further inspection, the dual run capacitor was found to be significantly weak, preventing the system from running properly. I replaced the dual run capacitor, ensuring the system was operational in the cool mode before leaving. The heat pump is now functioning as intended.

Upon arrival, I inspected a malfunctioning circuit as requested. During the assessment, I identified a faulty plug in the bathroom. The customer opted to replace it with a Ground Fault Circuit Interrupter (GFCI) outlet to ensure compliance with safety codes. The new GFCI outlet was installed, and the circuit was tested to confirm proper functionality. The job was completed efficiently, enhancing the safety and code compliance of the electrical system.

Credit reject

The customer reported an issue with a thermostat displaying an outdoor temperature sensor failure code. Upon inspection, it was determined that the system does not include an outdoor temperature sensor. I reprogrammed the thermostat to eliminate the error message. After the reprogramming, the system was tested and confirmed to be cooling effectively. The thermostat was set to the 'cool' mode, and the customer was satisfied with the resolution.

Today, I began by assessing the customer's needs, focusing on their plumbing issue. After a thorough inspection, I identified the root cause of the problem. I then proceeded to repair the faulty pipe, ensuring all connections were secure and leak-free. Throughout the process, I maintained clear communication with the customer, explaining each step and its importance. Midway through the job, the customer needed some time to discuss the work with a family member. I paused the job to allow them this time, ensuring they were comfortable with the proposed solution. Once they were ready, I resumed the task, completing the repair efficiently and effectively.

Upon arrival, the customer informed me that her husband had attempted to replace the capacitor, but the system still wasn't functioning. During the evaluation, I noticed that the condenser fan motor was operational, but the compressor was not engaging. After a thorough inspection, I determined that the compressor had failed due to grounded windings. Interestingly, the breaker in the main panel did not trip, which led me to suggest that there might be a failed breaker. I discussed industry changes and price fluctuations with the customer, and we agreed on a time slot for a Comfort Advisor to visit. I left the breaker for the condenser off as a precaution, in case the customer decides to proceed with the repair instead of a replacement.

Upon arrival, the customer informed me that a family member in the HVAC industry had examined the system and identified burned connections on the thermostat plug. I first inspected the thermostat plug and Ford, finding no evidence of burned connections. I then proceeded to replace the board and plug. After the replacement, I reprogrammed the Ford to ensure compatibility and optimal performance. The system was tested and left in a cooling mode, ensuring the customer's satisfaction with the restored functionality. The job was completed efficiently, and the system was operating correctly.

During the service, I thoroughly inspected the 2020 Rheem Airhandler, ensuring all electrical connections were secure and tightened. The customer had recently changed the filter, and the drain was clear and functioning. However, the blower motor and wheel were heavily compacted, and the evaporator coil had significant dust, dirt, and biological growth. The fresh air vent was found to be open continuously, allowing unfiltered air into the system due to the filter placement before the fresh air damper. For the 2020 Rheem Straight Cool, I checked and tightened all electrical connections, verified the dual run cap and refrigerant levels, and ensured the fan blades and motor were in good condition. The condenser coils were heavily compacted, so I cleared debris and washed the coils from the inside out, then waxed the top of the unit. I recommended level 2 duct cleaning, a UV system for biological growth, and adjusting the fresh air damper.

I arrived to inspect the electrical system after a lightning strike damaged the AC unit. The customer wanted assurance that no other electrical components were affected. I removed the panel cover and found no signs of damage. The surge protector installed in the panel likely safeguarded the customer's electronics. The grounding and all electrical components were up to code and up to date, as the house was built only three years ago. I confirmed that there was no damage to the wiring or any other electrical components in the attic. Overall, the electrical system was in excellent condition with no issues detected from the lightning strike.