New Furnace Installed Fast in Granbury

I successfully installed a 48,000 BTU downflow heat pump, ensuring optimal heating and cooling efficiency. The existing filtration system was retained to maintain air quality. A code kit was integrated to meet all regulatory standards. The easy start feature was configured for seamless operation, and a whole home surge protector was installed to safeguard the electrical system from power surges. The installation process was meticulous, ensuring all components functioned harmoniously.

Upon arrival, the outdoor unit was operational, but the blower failed to activate. Upon inspection, it was discovered that high voltage wires had shorted to low voltage wires, causing the melted wire molex plugs connected to the control board. The blower motor required replacement, and the wheel needed cleaning. The full amount for the repairs was collected. However, the customer wishes to consult with a comfort advisor before deciding whether to repair or replace the system. If a replacement is chosen, the repair costs will be credited. The advisor is scheduled to meet with the customer tomorrow at 5 pm.

Upon arrival, I found the upstairs unit was not cooling. The system had a resting pressure of 1 psi. Upon inspection, the compressor was severely corroded. I conducted a thorough leak search and identified a refrigerant leak on the bottom side of the compressor. The system is not under warranty. The customer requested to consult with her nephew, who installed the unit, before proceeding with any repairs. I provided detailed information about the findings and awaited her decision.

I conducted a comprehensive tune-up on an 8-year-old Trane heat pump system, including the 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 UV treatment to eliminate existing growth and prevent future occurrences. All electrical components, including amp draws, refrigerant levels, and the compressor and condenser fan motor, were assessed and found to be within acceptable parameters. The outdoor unit was thoroughly cleaned and treated with a protective wax. The customer opted to join the Comfort Care Club for ongoing maintenance.

During the service, I identified a dripping/leaking shower faucet and inspected the water heater, which is from 2010 and has significant buildup in the intake, making it unsuitable for flushing. Additionally, the outside hose bib was leaking when in use. I also noted that the water heater flue pipe requires a double-wall configuration. I provided detailed options and pricing for the necessary repairs, both combined and separately, but the customer decided not to proceed with any of the proposed solutions at this time.

Today, I completed a comprehensive service on a 3-year-old Amana gas furnace with a straight cool condenser. I began by ensuring all electrical connections were secure and free from corrosion. The refrigerant levels were checked and found to be within the optimal range. The blower wheel and evaporator coil were meticulously cleaned to ensure efficient operation. I verified that all amp draws were within the specified parameters. Additionally, the outdoor unit was thoroughly washed and waxed to enhance its performance and longevity. The system was tested and confirmed to be running smoothly and effectively cooling the space. A surge protector was also installed to safeguard the home's electrical systems. The customer was satisfied with the thorough service provided.

This job involved capping off the PEX lines behind the shower using Shark Bite fittings. We utilized Poly to PEX Apollo adapter fittings to ensure a secure connection. It's important to note that the PEX shower will remain non-functional until the customer decides to replace the shower assembly. Additionally, the drywall already had a pre-cut hole, and there was significant water damage present. We did not replace the wall or the shower assembly, focusing solely on capping the PEX lines. Shark Bite fittings were chosen for their ease of installation, though they are not a guaranteed permanent solution. The customer should be aware of the ongoing need for further repairs and replacements.

I completed a detailed inspection and maintenance of the internal drain system for the Tetco geothermal heat pump. This involved checking the integrity of the drain lines, ensuring there were no blockages or leaks. I also examined the switch mechanism to verify it was functioning correctly, allowing for efficient water flow and preventing any potential damage to the system. Additionally, I performed a thorough cleaning of the internal components to maintain optimal performance and longevity of the geothermal heat pump.

Today, I conducted a comprehensive super tune-up on a two-year-old Ducane air handler paired with a straight cool condenser. I began by ensuring all electrical connections were secure and free from corrosion. The heat strips were checked and found to be pulling the proper amperage. The PSC blower motor and capacitor were inspected and found to be in acceptable condition. The blower wheel and evaporator coil were meticulously cleaned to ensure optimal performance. Refrigerant levels were measured and confirmed to be within the appropriate range. The compressor and condenser fan motor were also examined and found to be functioning correctly. The outdoor unit was thoroughly washed and waxed to enhance its efficiency. Additionally, I recommended adding surge protection to safeguard against electrical surges and installing a compressor saver on the outdoor unit to improve efficiency and reliability during startup.

I began by diagnosing the issue with the indoor control board, confirming it was the source of the problem. I then replaced the faulty control board with a new one, ensuring all connections were secure and properly installed. After the replacement, I adjusted the fan speed to the optimal setting for efficient cooling. I conducted a thorough function check to verify that the system was operating correctly and that the cooling function was active. The system was running smoothly and effectively cooling the space upon my departure, ensuring the client's comfort and satisfaction.

Today, I performed comprehensive maintenance on a Generac 24kw air-cooled generator. I began by changing the oil and oil filter, ensuring the engine runs smoothly. Next, I replaced the spark plugs and air filter to maintain optimal performance. I meticulously checked the valve spacing, confirming it was within the specified parameters. The battery, which is five years old, showed significant corrosion. I cleaned the battery terminals and conducted a thorough battery check, which revealed it is currently within operational range. However, due to its age, I strongly recommend replacing the battery. Finally, I performed a function check, confirming the system is running normally and set it to auto run, which was verified by the green indicator light.

A recurring issue with a blocked sewer at the guest house was addressed. A low spot between the clean-out and the tank was identified as the cause. Additionally, the sewer under the bathroom was found to be holding water, necessitating immediate attention. To resolve these problems, the sewer tunnels were accessed, and rerouting was performed outside the foundation to the tank, ensuring proper drainage and preventing future blockages.

I replaced the indoor coil temperature sensor for the Daikin mini-split system. After installation, I calibrated the sensor to ensure accurate readings. I then conducted a thorough function check to confirm the system's efficiency. The system was tested for cooling performance, and it operated smoothly upon my departure, ensuring optimal functionality.

We recently completed a job involving the replacement of an indoor control board for a Nordyne down flow air handler. The specific model in question is the E7EM-B015K1, with a serial number of E7G2501038210. This is the second time in four months that the control board has failed, indicating a potential underlying issue. We arranged for an electrician to visit on Saturday afternoon to facilitate the replacement. Additionally, we are investigating the cause of the repeated failures, with a focus on possible surge issues that might be affecting the board's functionality. Our goal is to ensure the system operates reliably and to identify any preventative measures that can be taken to avoid future failures.

I assessed the condition of the existing system and provided expert advice on whether to repair or replace. After a thorough evaluation, I recommended a replacement due to its efficiency and longevity. I guided the customers through the decision-making process, ensuring they understood the benefits of the new system. The installation was completed smoothly, leaving the customers satisfied with the improved performance and reliability.

I conducted a comprehensive tune-up on a 2-year-old Trane heat pump. The customer reported inconsistent temperatures in the front bedroom. After thorough inspection, I found the blower wheel and coil clean, electrical connections tight and corrosion-free, and refrigerant levels and amp draws within specifications. The condenser was cleaned and waxed. A duct redesign may resolve the temperature issue, as the duct is 35-40 feet from the supply plenum. The customer opted for the Comfort Care Club upgrade.

I conducted a comprehensive tune-up on a 6-year-old Bryant heat pump. Upon inspection, I identified low subcooling and high superheat, suggesting a low refrigerant charge. Using an IR leak detector, I located a refrigerant leak at the front bottom side of the evaporator coil. The blower wheel was found to be in acceptable condition. The outdoor unit was thoroughly cleaned and waxed. I confirmed that there are no existing warranties. I provided the customer with a quote for the repair and scheduled a Comfort Advisor visit for tomorrow to discuss replacement options.

I conducted a comprehensive super tune-up on a 3-year-old Amana straight cool condenser paired with a propane furnace. I meticulously inspected and ensured all electrical connections were secure and free from corrosion. The blower wheel and evaporator coil were cleaned to enhance efficiency. The compressor and fan motor were evaluated and found to be functioning within acceptable parameters. Refrigerant levels were checked and confirmed to be within normal limits. Additionally, I thoroughly cleaned and applied a protective wax coating to the outdoor unit. The customer opted to upgrade to the Comfort Care Club for ongoing maintenance and support.

Today, I conducted a comprehensive tune-up on a three-year-old Amana heat pump system, including its air handler. I meticulously checked all electrical connections, ensuring they were secure and free from corrosion. The ECM blower motor was inspected and found to be functioning properly. The blower wheel and evaporator coil were cleaned to ensure optimal performance. I also confirmed that the drains were clear to prevent any potential blockages. The compressor and condenser fan motor were evaluated and found to be in acceptable condition. Refrigerant levels were measured and confirmed to be within the proper range. The outdoor unit was thoroughly cleaned, and a protective wax coating was applied. Upon completion, the system was tested and confirmed to be effectively cooling the home.

I conducted a comprehensive cooling tune-up on a 9-year-old Payne air handler paired with a straight cool condenser. All electrical connections were inspected for tightness and free from corrosion. The blower wheel was cleaned, and the compressor and condenser fan motor were evaluated and found to be in acceptable condition. Refrigerant levels were checked and confirmed to be within the proper range. The outdoor unit was thoroughly washed and waxed. A weak 35/5 dual run capacitor was identified and replaced with a premium dual run capacitor. The system is now running efficiently, ensuring effective cooling throughout the home.

Today, I conducted a comprehensive cooling tune-up on a 10-year-old Trane heat pump system, including the air handler. I meticulously inspected and ensured all electrical connections were secure and free from corrosion. The blower wheel and evaporator coil were cleaned thoroughly, and the blower wheel was confirmed to be in acceptable condition. The compressor and condenser fan motor were evaluated and found to be functioning properly. Refrigerant levels were checked and found to be within the optimal range. Additionally, the outdoor unit was cleaned to enhance efficiency. The system is now running smoothly, effectively cooling the home.

I contacted Kerry and Sean twice each to discuss a potential home service project. During our initial conversation, we explored their needs and preferences for the work. I provided detailed information about the services available, including options for maintenance, repairs, and enhancements. I also discussed pricing and scheduling to ensure everything aligned with their expectations. Unfortunately, I did not receive a response from either party after my calls, so I will attempt to reach out again in the coming days. My goal is to ensure that we can move forward with the project and deliver high-quality service to meet their needs.

We addressed a significant blockage caused by paper waste in the sewer line, which had created a belly in the pipeline. Using various cable heads, I successfully cleared the line multiple times. To ensure complete clearance, I ran a camera through the line. A low spot was identified and needs repair. Additionally, I recommend regular septic maintenance to prevent future issues. No warranty will be provided without these necessary repairs.

On September 4, I returned to complete a service task as requested. First, I meticulously pulled a vacuum on the system to ensure all air and moisture were removed, which is crucial for optimal performance. Following this, I assembled the unit, making sure all components were securely and correctly installed. Finally, I added the appropriate amount of refrigerant as specified by Mark W, ensuring the system was balanced and ready for operation. Each step was performed with precision to guarantee the highest quality of service.

We successfully rerouted the condensate line from the AC unit to a vent drain in the attic. This involved capping off the old drain under the bathroom sink and replacing the tail piece. Additionally, we ensured the old line in the attic was properly capped off. The new condensate line was tied into a one and a half inch pipe in the attic, ensuring efficient drainage and preventing any potential water damage. Our team meticulously followed safety protocols and completed the job with precision, ensuring the AC unit operates efficiently and effectively.