HVAC, Plumbing, & Electrical Services in Grandbury, TX

During the visit, I thoroughly examined the ductwork with the customer. It was discovered that the trunk line was showing signs of deterioration, leading to air leakage into the vapor barrier. To address this issue, I recommended a detailed inspection and potential repair of the trunk line. Additionally, I scheduled a Comfort Advisor Visit for today, which was confirmed by the office to ensure a comprehensive assessment and resolution of the problem.

Upon arrival, I assessed the existing hose bib, which was originally installed when the outdoor kitchen was built. The customer requested a more convenient setup. I began by carefully removing a section of brick to expose the water line. Next, I ran the water line out of the wall, ensuring it was properly positioned for the new hose bib. I then drilled into the concrete to secure the new hose bib closer to the door. This modification allows the customer to easily turn the hose bib on without having to crawl inside. The job was completed efficiently, enhancing the usability of the outdoor kitchen.

I successfully replaced the condenser fan motor on a 1/4 horsepower system operating at 825 revolutions per minute. After installation, I conducted a thorough function check to ensure the motor was working correctly. The system was tested for proper operation, and it was confirmed to be running smoothly. Upon completion of the task, I verified that the system was fully operational and left the site with the assurance that everything was functioning as expected.

cutting back the burned wire and splicing it with the remaining good wire, or replacing the entire blower motor. Given the customer's $700 budget, they opted for the blower motor replacement. The system was fully functional and cooling when I left.

During the service, I meticulously checked and tightened all electrical connections on the 2020 Trane Airhandler and Heatpump. I replaced the customer-provided filter and ensured the drain was clear. The UV system was confirmed functional, and the blower motor and wheel were in good condition. The evaporator coil was also acceptable. For the 2020 Trane Heatpump, I replaced the failed dual run cap with a basic cap and upgraded to a CCC. The primary electrical unit, defrost board, and fan motor were all acceptable. The condenser coils were cleaned and waxed, and debris was cleared from the bottom of the unit. I recommended and installed a lifetime warranty cap, micro air soft start kit, and CCC.

The customer reported a malfunctioning thermostat. Upon evaluation, the thermostat was set at 79 degrees, matching the house temperature, indicating it was satisfied. After running the cooling system, refrigerant levels were found to be within the acceptable range. Components and the air handler were inspected, revealing no issues. The customer was advised on replacing or installing a new thermostat with a common wire to avoid battery changes. Additionally, biological growth in the air handler was noted, and the customer was informed about UV systems and potential Comfort advisor assistance.

A customer requested a plumbing service to provide a quote for relocating a water spigot in the backyard. Upon arrival, we assessed the current setup and discussed the desired new location. We also addressed a tripped GFCI in the garage, ensuring all electrical systems were functioning correctly. Our team provided a detailed quote, outlining the materials and labor involved. We ensured the customer understood the process and the associated costs, aiming for transparency and satisfaction.

Upon arrival, I assessed the operational status of the system, which was running but exhibiting significant issues with the condenser fan motor. The motor was producing an unusually loud noise and drawing high amperage, indicating a potential failure. After confirming the need for replacement, I proceeded to install a new 230v 1/4hp 825rpm premium fan motor. This motor was chosen for its efficiency and durability, ensuring optimal performance and longevity. The installation was completed smoothly, and the system is now operating quietly and efficiently.

Upon arrival, the Carrier heat pump installed in 2019 was not functioning. Diagnostic checks revealed that only one leg of the power supply was reaching the unit. Voltage readings confirmed 240v at the main panel and disconnect. Further inspection identified a failed fusable link in the disconnect pull-out. I recommended replacing the disconnect with a modern unit featuring a switch or breaker. The customer opted to perform the repair themselves, so no repairs were completed during this visit.

Upon arrival, the indoor unit was operational but the 4-ton Carrier heat pump was not. The main panel breaker had tripped, and resetting it caused it to trip again. I conducted a thorough inspection and used a megohm meter to check the compressor windings, discovering a ground fault. I scheduled a meeting with the comfort advisor to discuss the issue with the customer later today.

Upon arrival, I knocked on the door, but the customer did not respond, and I couldn't see who opened it. After multiple attempts to get a response, I left for safety reasons. Later, I diagnosed a heat pump with a "failed start winding" code. The 35mfd capacitor had failed, so I replaced it with a premium 35mfd capacitor. After installation, I performed a function check and confirmed the system was running and cooling properly before leaving.

Today, I conducted a comprehensive cooling tune-up on a 30-year-old straight electric system. The compressor exhibited high amperage, which I suspect is due to a mixture of refrigerants in the system, as indicated by the readings. Additionally, the evaporator coil was found to be dirty, which I cleaned to improve efficiency. The blower motor was assessed and found to be functioning within acceptable parameters. I have scheduled a meeting with the Comfort Advisor to discuss the findings and next steps with the customer later this afternoon.

Today, I conducted a comprehensive cooling tune-up on a 2010 Rheem heat pump system. The system was found to be low on refrigerant, with less than a degree of subcooling and 40 degrees of superheat. The 9-degree temperature difference was insufficient to maintain the desired home temperature of 71 degrees. The condenser fan motor was drawing high amperage, and biological growth was detected inside the air handler. Given the system's age and these issues, a replacement is recommended for better efficiency and reliability. A Comfort Advisor will meet with the customer to discuss options.

Today, I conducted a comprehensive cooling tune-up on an Amana gas furnace paired with a straight cool condenser, installed nine years ago. I meticulously checked all electrical connections, ensuring they were secure and free from corrosion. The blower wheel and evaporator coil were cleaned, and refrigerant levels were verified to be within the optimal range. The compressor and condenser fan motor were inspected and found to be functioning properly. The outdoor unit was thoroughly cleaned and treated with a protective wax coating. Although the UV bulb required replacement, the customer opted not to proceed with this service.

During the assessment, I found that the secondary system, being only a year old with brand new ductwork, did not require immediate duct cleaning. However, the main system, which is 14 years old, exhibited significant biological growth buildup in the air handler cabinet. The return filter was extremely compacted with dust and dirt, likely exacerbated by ongoing construction within the home. Additionally, the supply plenum showed dust, dirt, and biological growth accumulation. Given these conditions, I recommended a Level 2 duct cleaning for both systems, along with the installation of a UV system to address the biological growth. I also suggested a Comfort Advisor assessment due to the age of the main system. The customer, still dealing with unfinished construction, decided to postpone all recommendations until everything is completed. They assured they would contact us once the construction is finished.

I replaced the damaged ductwork with brand-new 14-inch flex duct, ensuring a seamless connection from the unit to the box. The previously torn duct was patched to prevent any air leaks. I attempted to clean the condenser coil, but the inadequate water pressure in the house made it impossible to effectively wash the coil. Consequently, I left the system in a cooled state, pending further action to address the water pressure issue.

I conducted a comprehensive service on the main system, secondary system, and pool house unit. This included a thorough tune-up, checking all electrical connections, and changing the filters. The evaporator coils on all three systems were found to be in acceptable condition, as were the lower motors and wheels. However, significant biological growth was detected in the main house air handlers. I also inspected the electrical connections to the heat pumps and noted that the dual run cap on the main system is weak, recommending its replacement. All refrigerant levels were acceptable, and I cleaned all three condensers from the inside out. Additionally, I recommended installing micro airsoft start kits or compressor savers, along with UV systems to prevent biological growth. The customer opted for the multi-system home and budget protection club. There was also an issue with the water leak detector on the water heater, which was running on batteries due to a missing plug. The customer has

I performed a comprehensive tune-up on the heat pump package unit, starting with a thorough inspection of all electrical connections. I changed the customer-provided filter and cleaned the evaporator coil, which had accumulated dust, dirt, and biological growth. The blower motor also had similar buildup. The dual run capacitor was weak and was replaced under warranty. Refrigerant levels were checked and found to be within the acceptable range. Additionally, I cleaned the unit from the inside out. The supply ducts showed significant damage from animals, and I discussed options with the customer, including a full replacement or patching. The customer requested a comfort advisor visit for further consultation. I scheduled the visit and provided information on patch repair pricing if the ductwork replacement was not pursued.

I inspected and tightened all electrical connections on the 2014 Goodman Airhandler and Heatpump. The airhandler's filter was changed, and the drain had slight P-trap buildup. The evaporator coil, condensate pan, and supply plenum had biological growth, as did the blower wires. The blower motor and wheel were acceptable. The UV system was functional but overdue for a lamp replacement. The heatpump's dual run cap, electrical unit, compressor saver, refrigerant levels, fan blades, motor, and condenser coils were all acceptable. The unit was cleaned, and the condenser coils were washed. An upgrade for the UV system and surge protection, along with a Comfort Advisor visit, were recommended due to the systems' age and warranty status. The customer agreed and scheduled the visit.

Upon arrival, the customer reported poor airflow and the system not functioning correctly. A thorough inspection revealed that the airflow was indeed inadequate. I crawled underneath the house to identify the issue and found that the ductwork had been severely damaged. A critter had ripped open the main duct from the unit to the supply plenum, and another duct had a smaller hole that could be bypassed. I discussed the options with the customer, including replacing both duct lines or replacing the main supply and patching the smaller hole. The customer opted to replace the main supply and patch the smaller hole. They paid half the cost upfront, and I will return on Friday to complete the replacement and patching. I will pick up the necessary materials from the parts house before the visit.

Upon arrival, I inspected the condenser and discovered the suction line was frozen. I examined the electrical components and found the primary electrical unit was welded on and the dual capacitor was out of specification. Given the refrigerant standing pressure at 55 PSI and the failed electrical components, I recommended a complete system replacement. I scheduled a Comfort Advisor Visit for today, which was confirmed by the office.

Upon arrival, I identified that the 30-5 capacitor had failed, which was affecting the system's performance. Following the company's P&L guidelines, I replaced the faulty capacitor. Additionally, I recommended adding a soft start feature to the system to enhance its efficiency and longevity. After the replacement, I left the system running in the cooling mode to ensure that the new components were functioning correctly. The system is now operating smoothly, and the customer is satisfied with the improved performance.

Upon arrival, the upstairs system was not providing any cooling. Upon inspection, it was determined that a failed 35/5 dual run capacitor was the root cause, preventing the outdoor unit from activating. To resolve this issue, I replaced the faulty capacitor with a premium dual run capacitor, which was covered under a parts-only warranty. After the replacement, I conducted a thorough function check to ensure the system was operating correctly. Upon completion, the system was running smoothly and effectively cooling the area. I departed the site with the assurance that the issue had been successfully resolved.

Upon inspection, the condenser fan motor was found to be non-functional. I replaced the 1/3 horsepower, 825 revolutions per minute condenser fan motor under the P&L warranty. After installation, I conducted a thorough function check to ensure the system was running efficiently. The home was successfully cooled, and I verified optimal performance before concluding the service.

On 4/22/26, I performed a comprehensive super tune-up on a 12-year-old Lennox gas furnace with a straight cool condenser. I ensured all electrical connections were tight and free from corrosion. Refrigerant levels were checked and found to be within the acceptable range. The blower wheel and evaporator coil showed slight buildup, which I addressed. The compressor and condenser fan motor were inspected and found to be in good working condition. The outdoor unit was thoroughly cleaned and waxed. Additionally, I installed a compressor saver to enhance efficiency and reliability during startup.