HVAC, Plumbing, & Electrical Services in Azle, TX

I performed a comprehensive inspection and maintenance service on a 2015 Amana gas furnace. I meticulously checked and tightened all electrical connections to ensure optimal performance. The customer-provided filter was replaced, and the drain was confirmed to be clear and functioning properly. A pan treatment was added, and customer-supplied bleach was poured into the primary P-trap. The blower motor and wheel were inspected and found to be in acceptable condition. The evaporator coil was also deemed acceptable. The inducer motor, ignition system, and safety features were all tested and found to be functional. The UV system was inspected and confirmed to be working correctly. Additionally, a quick inspection of the condenser revealed no issues. Given the system's age and the absence of warranty coverage, I recommended surge protection and/or a conditional agreement for future maintenance.

I conducted a thorough electrical inspection, assessing the current system and identifying potential issues. During the inspection, I discussed various recommendations with the customer to enhance their electrical panel's protection against surges and lightning strikes. I explained the benefits of installing surge protectors and upgrading the panel to safeguard electronic devices. Although the customer decided not to proceed with any changes at the moment, they expressed interest in revisiting the options in the future. I ensured they understood the importance of these upgrades and provided detailed information to facilitate an informed decision later.

We began by assessing the sink's drainage system to identify the extent of the clog. The bathroom sink was heavily clogged with calcium buildup, which we manually broke apart using appropriate tools. After removing most of the obstruction, we ran water through the drain to help flush out any remaining debris. To ensure the clog was fully cleared, we used a drain camera to inspect the pipes. If the AC line was still clogged, we offered to clean it as well, but the customer declined this additional service. We emphasized that if the AC unit was clogged, we would not be responsible for any resulting water damage. The job was completed efficiently, and we provided a detailed report to the customer.

Upon arrival, the customer reported a backed-up sink with standing water, sand, and other debris. We inspected the sink, identifying the clog's origin in the primary drain line before the sink trap. The customer also mentioned that the shower caused water to fill in the bathroom sink, indicating a more extensive issue. I explained that a plumber would need to assess the situation and provide repair options. The customer agreed, and I coordinated with the office to schedule a plumber. To prevent further water damage or system shutdown, I turned off the system temporarily.

Today, I conducted a comprehensive tune-up on a Ducane heat pump with an air handler installed in 2019. I began by inspecting and cleaning the blower wheel and evaporator coil, ensuring they were free from debris and functioning optimally. All electrical connections were checked for tightness and free from corrosion, ensuring reliable operation. I verified that refrigerant levels were within the manufacturer's specifications and confirmed that all amp draws were within acceptable parameters. The outdoor unit was thoroughly cleaned to remove any accumulated dirt or grime, enhancing its efficiency. Additionally, I installed a compressor saver to protect the system from potential damage. The entire process was completed with precision and care, ensuring the heat pump operates efficiently.

I successfully cleared the primary drain line by using specialized equipment to remove any blockages. After the drain line was thoroughly cleaned, I conducted a comprehensive inspection to ensure proper drainage. The system is now functioning optimally, with no signs of blockage or restriction. I informed the customer that the system is draining effectively and provided them with tips on maintaining the drain line to prevent future issues.

Upon arrival, the customer reported that the system was not operational. Investigating further, I identified a R32 fault code. Upon inspection, I discovered that the R32 sensor was in contact with the evaporator coil, potentially causing water to accumulate inside the sensor, leading to its failure. Additionally, I found that the previous technician had routed the wires improperly, placing them between doors and causing visible damage to the wires inside the cable, which could have contributed to the issue. I also recalled that the previous technician had replaced the R32 sensor and checked the refrigerant levels, but left the system in a cooling state. I addressed the sensor's positioning and repaired the damaged wires to restore proper functionality.

I successfully addressed the issue by removing the malfunctioning and leaking coil. A new coil was then installed to ensure proper functionality. The system underwent a thorough pressure test, reaching 200 PSI to confirm its integrity. A vacuum was pulled down to below 500 microns to eliminate any moisture and non-condensables. Subsequently, 10 lb 12 oz of 410A refrigerant was added. The system was left running in a cool environment to ensure optimal performance and stability.

Upon arrival, the customer reported significant discomfort in the main system rooms, which have always been an issue. These rooms include the living room, kitchen, front bedrooms, and a side bedroom. During the evaluation, it was discovered that all ductwork was suspended by straps, and the plenum had a duct on the end cap. This configuration prevented the supply plenum from filling and obstructed the airflow to the ductwork supplying the rooms, resulting in poor air circulation and major temperature discrepancies. I discussed the identified ductwork issues with the customer and recommended scheduling a visit from a comfort advisor to explore various options for fixing or redesigning the ductwork.

We successfully installed a 42,000 BTU downflow heat pump, ensuring it was properly integrated with the existing HVAC system. The installation included the replacement of the current filtration system to enhance air quality and efficiency. We also incorporated a code kit to ensure compliance with all relevant regulations and standards. Throughout the process, we maintained a clean and organized workspace, minimizing disruption to the home environment. Our team verified the system's functionality and provided a detailed walkthrough, ensuring the homeowner understood the operation and maintenance of the new heat pump.

I recently installed a Level 3, 42,000 BTU heat pump in a closet, utilizing a downflow configuration. This involved precise measurements, careful installation of the unit, and ensuring optimal airflow. The system was thoroughly tested for efficiency and comfort. Additionally, I configured the thermostat and provided a detailed walkthrough of the system’s operation and maintenance. The installation was completed to the highest standards, ensuring reliable performance.

00 to 12:00. I confirmed the appointment with the office.

We successfully replaced the kitchen faucet as per the customer's specifications. The new faucet was installed with precision, ensuring a seamless fit and function. Additionally, we installed a modern sink equipped with advanced sensors that automatically turn the water on and off, enhancing convenience and efficiency. Throughout the process, we provided detailed instructions on how to use the new system, ensuring the customer understood every feature. We also left the original box and all necessary documentation with the customer, as requested, to facilitate any future reference or maintenance.

This job involved clearing multiple blocked drains in the bathroom. First, I ran a cable to clear the toilet drain, which was blocked in several spots. If plumbing damage was found, additional repair costs would apply. I replaced the stop to the bathroom toilet. Next, I cabled the sink and shower drains. If these did not clear, further evaluation of the lines was necessary. The home has cast iron pipes transitioning to PVC outside. I recommended having the tank pumped, as the customer was unsure of the last time it was done. All drains were successfully cleared and demonstrated to the customer.

Upon arrival, the customer reported that their system had frozen this morning. During the evaluation, I identified that the refrigerant levels were low. After a thorough leak search, I discovered a leak in the U-joints of the evaporator coil. Given the age of the system and the remaining warranty, I discussed the situation with the customer. With only a little over a month left on the warranty, I recommended consulting a comfort advisor. To address the issue, I ordered a new Coleman evaporator coil and TXV. The specific model of the coil is 1856S4A, with a serial number M0413160020. The heat pump model is HC6B060F4C, with a serial number W1H6889883. I charged $550 for the warranty refrigerant.

Upon inspection, the defrost fan relay was found to be failing, preventing power from reaching the condenser fan motor. This issue left only the compressor running. To address this, I bypassed the defrost relay temporarily to ensure the condenser fan motor operated. The faulty component was identified as the Ameristar Heat Pump Defrost Board, model M4HP4048A1000AB, serial number 175040422M. Following the warranty process outlined by Mark W, I replaced the defrost board and conducted a thorough system check to confirm the repair's effectiveness.

I installed the customer-supplied thermostat, ensuring it was securely mounted and properly aligned. I then checked the low voltage connections in the air handler to confirm they were tight and secure. After a thorough inspection, no immediate issues were found. To ensure the system operates correctly, I paused the job temporarily. This allows for monitoring in case any issues arise later. I provided the customer with detailed information on the installation and advised them to monitor the system for any signs of malfunction.

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.