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00 and 12:00. We discussed potential equipment pricing and the necessity for ductwork replacement. Our team ensured all issues were thoroughly addressed and scheduled the necessary follow-up actions.

I conducted a comprehensive HVAC system tune-up, starting with a thorough inspection of all electrical components and safety features. The heater was activated and tested, and the outdoor coil was cleaned. The outdoor fan motor capacitor was replaced due to being out of tolerance, while the compressor and indoor fan motor capacitors tested fine. The Delta T was measured at 20°, and refrigerant levels were confirmed to be adequate. I also recommended re-insulating the house and resealing supply ducts to enhance efficiency. Drains were checked using 2 gallons of water, and the system was tested for heating and cooling capabilities, which functioned perfectly. The system is now cooling efficiently.

I conducted a comprehensive tune-up on the HVAC system, ensuring optimal performance. The air filter was found to be in good condition. I tested the primary drains using 2 gallons of water, confirming they are functioning correctly. Heater operations and safety features were thoroughly checked and verified. System insulation and refrigerant levels were assessed, with a delta T of 18° recorded. The outdoor coil was cleaned, and I recommended installing a star kit on the condenser to enhance system efficiency and startup. Additionally, I advised resealing the supplied ducts for improved air quality. The homeowner has now joined the Comfort Care club. The system is currently running efficiently, providing both cooling and heating as needed.

Upon arrival, I identified that the system was not cooling due to a lack of refrigerant, indicating a leak. The system was in negative pressure, and I confirmed this by disconnecting the left unit and leaving the fan on. I discussed the necessary repair steps and leak search with the homeowner over the phone. The homeowner plans to contact the original installer to explore warranty options as the unit is only a year old. This is a 454b refrigerant system. Awaiting the homeowner's call to proceed with the repair.

I successfully completed the installation of a 36,000 BTU upflow gas furnace, ensuring optimal performance and efficiency. This involved precise assembly and integration of a high-efficiency filtration system, which enhances indoor air quality by effectively capturing dust, pollen, and other airborne particles. Additionally, I installed a comprehensive code kit, which included all necessary components to meet current safety and efficiency standards. The installation process required careful attention to detail, ensuring all connections were secure and the system operated smoothly. The final inspection confirmed that the furnace met all regulatory requirements and was functioning at peak efficiency.

Upon arrival, I assessed the client's plumbing and HVAC systems, identifying several issues that required immediate attention. I began by thoroughly inspecting the plumbing system, checking for leaks, blockages, and any signs of wear and tear. Next, I evaluated the HVAC system, ensuring all components were functioning correctly and efficiently. After diagnosing the problems, I proceeded with the necessary repairs, which included replacing faulty pipes, clearing blockages, and adjusting the HVAC settings for optimal performance. Throughout the process, I ensured the client understood each step and the importance of regular maintenance. The client opted to use her home warranty for all plumbing and HVAC needs, streamlining the process and ensuring coverage for future issues.

During the service, I identified a blown relay on the zone control board, which was causing operational issues. Additionally, I noticed significant damage on the contactor outside, likely due to high inrush amperage. To resolve these problems, I ordered a new zone control board that is an Original Equipment Manufacturer (OEM) part for the hydronic air handler. This ensures compatibility and reliability. Upon my return, I will install the new zone control board and a soft start device to mitigate the high inrush amperage. I will also replace the damaged contactor with a new one to prevent future issues. These steps will restore the system's functionality and enhance its overall performance.

Upon inspection, I identified a significant clog in the main drain, which was impeding proper drainage. The clog originated from the foundation, where the air conditioner drain line connects. I carefully traced the issue back to its source, ensuring a thorough examination. After confirming the clog's location, I scheduled a professional plumber to address the problem. I provided detailed information about the clog's origin and the affected areas to ensure a swift and effective resolution. My goal was to facilitate a smooth process for the plumber to clear the clog and restore proper drainage.

On September 29th, I will perform a thorough duct cleaning to ensure optimal air quality. This process involves meticulously cleaning the entire ductwork system to remove accumulated dust, debris, and contaminants. Additionally, I will install a UV system, specifically the IAQ300, which will help eliminate airborne pathogens and improve indoor air quality. Currently, I am pausing the job to allow for the ordering of a light system, which will complement the duct cleaning and UV installation, enhancing the overall air purification and lighting solutions.

Upon arrival, I identified that a wire had become loose at the contactor. This component is crucial for the system's operation, and its malfunction could have led to significant issues. I carefully inspected the area, ensuring no other components were affected. After securing the loose wire, I tested the system to confirm proper functionality. Fortunately, no damage was done to the system, and it is now operating efficiently. As a gesture of goodwill, I provided this service at no charge.