New Furnace Installed Fast in Granbury

I inspected a 2022 Goodman Airhandler, ensuring all electrical connections were secure. The customer-provided filter was replaced, and the drain's primary P-trap buildup was noted. The heat kit functioned correctly, and the blower motor, wheel, and evaporator coil were in good condition. The UV system was operational but required a lamp replacement. Biological growth was found in the airhandler and supply plenum. I recommended a UV system upgrade or lamp replacement and cleared the primary P-trap. The UV200 was installed.

I installed the customer-supplied thermostat, ensuring it was correctly configured for optimal performance. I provided detailed instructions on its operation and features, enhancing the customer's understanding. The system was adjusted to operate in Heatpump mode, aligning with its design specifications. I verified the system's functionality by running it in cooling mode, confirming it operated smoothly and efficiently. The customer now has a fully functional and correctly set up thermostat.

On 10/30/26, I inspected the heat strips and relays as requested. The system showed high voltage with a low voltage call, but the kit wasn't powering up. All four relays were faulty, preventing them from closing to pass high voltage to the heat kit. I replaced the relays to ensure proper heating. I also informed the customer about their heat pump, advising them to use emergency heat until freezing temperatures arrive.

On October 30, I inspected the gas supply to the furnace. According to local building codes, the gas must be hard-piped directly from the furnace box. I identified the necessary modifications and provided a detailed quote to the realtor. The quote includes all required materials and labor for the hard piping installation. The realtor will review the quote with their team and get back to us with a decision. The job is currently on hold pending their review.

We successfully revised the home and budget plan to align with the comfort care club's standards. This involved a thorough assessment of the existing setup, identifying areas for improvement, and integrating new elements to enhance comfort and efficiency. We ensured that all modifications met the club's guidelines and prioritized the client's needs. The updated plan now includes optimized resource allocation, improved accessibility features, and enhanced safety measures, providing a more comfortable and secure living environment.

I completed the installation of hard pipe and a new gas flex line on the furnace, followed by a thorough plumbing inspection. The customer, preparing to sell their home, requested both electrical and plumbing inspections to ensure everything is safe and up to code. The gas furnace, paired with a straight cool condenser installed in 2018, was examined. All electrical connections were found to be tight and free from corrosion. The PSC blower motor, capacitor, blower wheel, and evaporator coil were all in acceptable condition, with clean components and proper refrigerant levels. The gas valve, burners, and heat exchanger were operational, and all safety mechanisms were functioning correctly. The compressor and condenser fan motor also met standards. The outdoor unit was cleaned and waxed. However, the gas line to the furnace did not meet code requirements, and a plumber is scheduled for an inspection. An electrician is set to perform an inspection today.

I inspected the tankless water heater, finding that the flood stop valve was not opening, causing the alarm to activate. There was no water in the pan, indicating a potential issue with the valve mechanism. Additionally, I examined the motorized blinds, which were not opening, and assessed an outdoor fan for any operational issues. I also performed function checks on both AC systems and furnaces, confirming they were operating normally.

Upon arrival, I assessed the situation and confirmed that the system was not cooling. I began by checking the thermostat and discovered there was no voltage present. Further investigation led me to the low voltage transformer, which I found had failed. I replaced the faulty transformer with a new one, ensuring it was properly installed and secure. After completing the replacement, I tested the system, and it successfully powered on. The system began to run, and I verified that it was effectively cooling the area. I confirmed the system was functioning correctly before concluding the job.

On 10/23/24, I completed a comprehensive kitchen renovation. I replaced the existing kitchen faucet with a new one supplied by the customer. This involved removing an additional faucet and ensuring the new one was properly installed. Additionally, I replaced the single outside hose bib to enhance functionality. The garbage disposal was also replaced with a new unit provided by the customer. The indoor plumbing work was successfully completed. However, the outdoor plumbing tasks will require a follow-up visit by Zach W on Monday, estimated to take about three hours. The customer will be present during the work.

Upon inspection, I identified that the previous technician had incorrectly wired the heat pump by jumping the R and O wires, resulting in the system operating as a straight cooling unit. This miswiring caused the outdoor unit to run continuously, leading to freezing. I corrected the wiring to restore proper heat pump functionality. No other issues were found during the inspection, ensuring the system operates efficiently and safely.

During the service, I thoroughly inspected the 2004 Trane Gas Furnace, ensuring all electrical connections were secure. The drain was clear, and the blower motor and wheel were cleaned of heavy dust and burt buildup. The evaporator coil showed significant rust, posing a future leak risk. The ignition system was functional, and all safeties were operational. A full Super Tune Up was performed due to the system's age. For the 2004 Trane Straight Cool, I checked and tightened all electrical connections. The safety disconnect plug had burn marks and carbon buildup, and the primary electrical unit showed heavy pitting and carbon buildup, which could lead to failure. The refrigerant levels were acceptable, and the condenser coils were cleaned of dust and dirt. I recommended a UV system, blower cleaning, and other components to improve system performance and safety.

I thoroughly inspected and maintained a 2020 Amana Airhandler and Heatpump. For the Airhandler, I checked and tightened all electrical connections, confirmed the heat kit was functional, changed the customer-provided filter, and ensured the drain was clear. However, I found a slight gap between the filter box and the filter, allowing unfiltered air, dust, and dirt to pass through. The blower motor and wheel had significant dust, dirt, and biological growth buildup, as did the blower wires. The evaporator coil had slight dust and dirt accumulation. For the Heatpump, I checked and tightened all electrical connections, verified the dual run capacitor was within the manufacturer's range, and ensured the primary electrical unit was acceptable. The defrost board and defrost function were confirmed to be operational. I also found carbon buildup and slight burn marks on the disconnect plug and box. The compressor inrush amp draw was close to the manufacturer's LRA, and the fan blades, motor, a

During the service, I thoroughly inspected the 2015 Trane Airhandler, ensuring all electrical connections were secure and the heat kit was operating within the manufacturer's specifications. I replaced the filter with the one provided by the customer. Upon arrival, I noticed water accumulation in the emergency drain pan, which led to the discovery of a clogged primary drain. The blower housing was not properly secured to the cabinet, and the blower wires exhibited biological growth. The blower motor and wheel were in good condition, as were the evaporator coil and supply plenum, though the latter showed signs of biological growth. For the 2015 Trane Heatpump, I verified all electrical connections, checked the compressor capacitor, and ensured the defrost board and compressor were functioning correctly. I also cleared debris and washed the condenser coils. I recommended clearing the drain, installing a UV system to combat biological growth and allergies, and adding a Micro Air Soft Star

Today, I performed a comprehensive tune-up on a Carrier heat pump with an air handler installed in 2022. The Nest thermostat was not functioning correctly, failing to recognize the "o" and "c" wires. To address this, I temporarily bypassed the "o" wire to the "y" wire, enabling cooling operation. I also identified biological growth inside the air handler and recommended installing a UV system to mitigate this issue. Additionally, I noted the absence of drain protection and advised adding a drain safety switch to prevent potential water damage from drain blockages. The outdoor unit was thoroughly cleaned and waxed, and refrigerant levels were confirmed to be within the optimal range. All electrical draws were within acceptable limits, and the system was operational and cooling effectively upon my departure.

Upon arrival, I assessed the customer's concerns regarding the master bedroom not cooling adequately after a new return was installed. I first examined the ductwork and return duct, finding no issues and ensuring that the different levels were within the acceptable range. However, I discovered that the bedroom lacked a return, and when the door was shut, there was only a small gap between the bottom of the door and the carpet. This gap did not allow sufficient air circulation, causing the room to fill with air. I then ran the system in heat mode, confirming that it functioned properly. No issues were found at this time.

Upon arrival, the customer requested the line set be connected to the mini split according to the vacuum pool manufacturer's standards. I provided a detailed pricing breakdown with and without the Comfort Care Club. The customer opted for the service without the Comfort Care Club. I removed excess copper, flared both the high and low sides, and attached flare fittings to the system. I then tightened the flare fittings from the head to the condenser. After pressure testing, the system held pressure, and I pulled a vacuum below 500 microns. Finally, I broke the refrigerant loose, and the system was cooling effectively upon my departure.

I replaced the connections on the drain switch wiring for the Tetco geothermal heat pump, model TVS036A10LT0CSS, serial M15060212. After carefully inspecting the existing wiring, I made the necessary replacements to ensure proper functionality. I then ran the system for 40 minutes to confirm that the issue was resolved. Throughout the testing period, the system operated without any failures, indicating that the repair was successful. The system is now running smoothly and efficiently.

I successfully installed the IAQ 300 system in the guest house unit. This involved careful assessment of the space to ensure optimal placement of the unit for maximum efficiency. After installation, I conducted a thorough function check to verify that all components were working correctly. This included testing the air filtration, humidity control, and temperature regulation features. The system was found to be operating normally, with all functions performing as expected. I ensured that the unit was set to the appropriate settings for optimal performance and left the area clean and tidy, ready for use.

Upon arrival, I began by thoroughly inspecting the drainage system to ensure it was free of any blockages. I used specialized tools to clear the drain, ensuring that water flowed freely. Next, I vacuumed the water from the emergency drain pan to prevent any potential leaks or damage. Following this, I installed a condensate drain pan treatment to enhance the system's efficiency and longevity. To address indoor air quality concerns, I prepared the area for the installation of an IAQ 300 unit, which will be installed during the next scheduled visit on Monday. This comprehensive approach ensures that the system operates optimally and maintains a healthy indoor environment.

The customer initially sought assistance with duct replacement, but our discussions evolved into a comprehensive system upgrade. I began by assessing the existing ductwork, identifying areas that required attention. After a thorough evaluation, we decided on a full system replacement to ensure optimal performance and energy efficiency. The project involved removing the old ducts, installing new, high-quality materials, and ensuring all connections were secure and airtight. Throughout the process, I maintained clear communication with the customer, providing updates and addressing any concerns. The final result was a fully functional, efficient system that exceeded the customer's expectations.

I performed a comprehensive tune-up on the HVAC system, starting with a thorough inspection of all electrical connections at the air handler. I cleaned the washable filters and poured a gallon of water down the drain to ensure proper drainage. The evaporator coil showed signs of dust, dirt, and biological growth buildup, while the blower wheel also had accumulated dust and dirt. The heat strips were found to be functional. The condenser unit, a straight cool model, had a weak dual run capacitor on the fan side, but the primary electrical unit was acceptable. The system started up over the manufactured LRA. I recommended using a micro airsoft start or compressor saver, along with replacing the dual run capacitor, to optimize performance.

During the service, we addressed a 2020 Goodman Airhandler with a rust buildup in the emergency drain pan. The evaporator coil was clean, but the condensate pan and air handler cabin had significant biological growth, as did the supply plenum and blower wheel. The primary P-trap in the drain also had buildup. We recommended a Level 2 duct cleaning, UV 300 clearing, and treating the drain and emergency drain pan. For the 2006 Trane Heatpump, the dual run capacitor was within range, but the primary electrical unit had heavy pitting on the contacts. The compressor saver was functional, and the defrost board was acceptable. There was heavy leaf and root buildup at the bottom of the system, which we removed. We washed the coil from the inside out and waxed the top of the unit. We recommended replacing the primary electrical control due to the pitted contacts, installing a micro airsoft start kit, adding insulation, and scheduling a visit from a comfort advisor to discuss system replacement

I performed a comprehensive inspection and maintenance on a 2022 Goodman Airhandler and Heatpump system. Starting with the Airhandler, I meticulously checked and tightened all electrical connections to ensure optimal performance. The heat strips were verified to be within the acceptable range. The recently changed filter was confirmed to be in good condition. The drain was clear and functioning properly, and the blower motor and wheel were found to be acceptable. The evaporator coil was also in good condition. The UV system was operational. For the Heatpump, I checked and tightened all electrical connections, ensuring they were secure. The dual run capacitor was within the manufacturer's specifications. The primary electrical unit, defrost board, and defrost functionality were all acceptable. The compressor saver was operational, and refrigerant levels were within acceptable limits. The fan blades and motor were in good condition, and the condenser coils were clean. I also cleared debr

During the recent blower change-out in April, it was discovered that the relay for the heat kit had not been installed. This oversight was identified during the recall process. I promptly installed the relay for the heat kit, ensuring the system was configured correctly. Post-installation, I verified that the system was functioning properly in both heating and cooling modes. The system was left in the cooling mode to ensure it operated correctly without any issues.

Today, I conducted a comprehensive super tune-up on a 5-year-old Goodman straight cool condenser paired with a 1-year-old downflow air handler. I meticulously inspected all electrical connections, ensuring they were secure and free from corrosion. The heat strips were tested and found to be pulling the proper amperage. The blower wheel and evaporator coil were cleaned to remove any accumulated debris, ensuring optimal airflow and efficiency. Refrigerant levels were checked and found to be within the manufacturer's specifications. The outdoor unit was thoroughly washed to remove dirt and grime, followed by a protective wax application to enhance its longevity. Upon completion, the system was tested and confirmed to be running smoothly and effectively cooling the space.