Heating and Air Conditioning in Odessa, TX

Upon inspection, the system was found to be low on refrigerant with a leak on the evaporator coil. Additionally, both the blower motor and condenser capacitors were below 10% capacity, necessitating replacement. I replaced the dual capacitor for the condenser and the blower motor capacitor. To address the refrigerant issue, I added 6 pounds of 410a. Following these repairs, the system is now cooling properly. I will provide an estimate for the evaporator coil replacement on Monday. The customer declined the membership and yard sign options.

I performed a comprehensive AC tune-up, which included replacing the fan motor after washing the unit. Fortunately, the new motor was under warranty. I also cleaned the evaporator coil and blower wheel due to noticeable dirt accumulation. No other issues were found during the inspection. Estimates for further cleaning services were provided. The yard sign was already in place.

A comprehensive cooling system tune-up was successfully completed. We added 1 lb of R22 refrigerant to ensure optimal performance. The condenser was found to be heavily obstructed with dirt, which we thoroughly cleaned to restore efficiency. To maintain peak performance, we recommended the customer to change the air filters every two months. Additionally, we installed a yard sign to promote our services and kindly requested a 5-star review for our work. This detailed approach ensures the system operates efficiently and the customer remains informed about ongoing maintenance.

I performed a comprehensive AC tune-up, starting with a thorough inspection of the system. The blower wheel was found to be excessively dirty, which I recommended cleaning to ensure optimal performance. I provided a detailed estimate for this service. Apart from the dirty blower wheel, the system checked out well with no other issues detected. I ensured everything was functioning correctly and ready for the upcoming season. Unfortunately, the homeowner was not present, and there was no yard sign, so I left a comfort survey for them to review.

I successfully installed a supply branch supply duct system, ensuring it was properly configured to meet the specific requirements. The installation involved precise measurements and careful planning to guarantee optimal airflow and efficiency. I meticulously transferred the ductwork to the baby's bedroom, ensuring all connections were secure and the system was functioning correctly. Attention to detail was paramount to avoid any disruptions and to maintain a safe environment. The installation was completed on time, and the system was tested to ensure it met all performance standards. This project required a combination of technical skills and problem-solving abilities to achieve a seamless and effective outcome.

I performed a comprehensive AC tune-up, ensuring all components were functioning optimally. I signed the customer up for a membership, enhancing their service experience. Noting the blower wheel's dirtiness, I recommended its removal and cleaning. The dual capacitor for the condenser was found to be faulty and was replaced with the customer's approval. After thorough checks, no other issues were detected, confirming the system was ready for use. I also placed a yard sign and completed a comfort survey.

I performed an AC tune-up and noticed that the pressures and sub-cooling were significantly higher than normal. After checking the filter drier temperature, which was fine, I washed the condenser, but the issue persisted. Upon inquiry, the customer confirmed that someone had added refrigerant, leading to a severe overcharge. I removed the excess refrigerant to restore the pressures to the manufacturer's specifications. Additionally, the blower wheel and evaporator coil were dirty, so I sent estimates for their cleaning. No other issues were found during the service. I also placed a yard sign and filled out a comfort survey.

During the service, I identified that the air filter had become obstructed, leading to reduced airflow efficiency. To address this, I promptly advised the client on the importance of replacing the filter at least twice a week to maintain optimal performance. I demonstrated the correct procedure for filter replacement, ensuring the client understood the steps involved. Following the replacement, I conducted a thorough inspection to confirm that the airflow had been restored and that there were no further issues. The client was satisfied with the resolution and reported no additional problems.

I performed a comprehensive AC tune-up, finding the blower wheel to be dirty. I provided an estimate for its removal and cleaning. The blower motor capacitor was significantly degraded, below 10%, and I replaced it with the customer's approval. After thorough checks, no other issues were found. The system is ready for operation. Unfortunately, I couldn't leave a yard sign or conduct a comfort survey as the homeowner was not present.

I thoroughly cleaned the condenser unit using a specialized green machine to remove dirt and debris, ensuring optimal performance. I replaced the 7.5 mfd capacitor for the fan motor, which was found to be faulty, restoring proper function. Upon inspection, I discovered that the unit lacks a drain, which I recommend installing to prevent future water accumulation issues. Additionally, I identified the need for a blower motor cleaning to enhance efficiency. Given the age and condition of the unit, I highly recommend considering a new installation for long-term reliability and performance.

Upon inspection, the evaporator coil was found to be significantly obstructed, hindering effective airflow and reducing the system's efficiency. There were no visible signs of leaks. I provided estimates for a thorough cleaning of the blower wheel, condenser, and evaporator to restore optimal performance. This included detailed diagnostic services to ensure all components were assessed. No other issues were identified during the evaluation.

I successfully completed maintenance on a 3-head mini split cooling system. This involved thorough cleaning of the condenser and a detailed inspection of the indoor units, ensuring the delta t readings were within the optimal range of 17.5 to 19 degrees at an indoor temperature of 70 degrees. The home was effectively cooled to 67 degrees, providing a comfortable environment. Additionally, I washed the indoor filters and cleared all drain lines to ensure efficient operation. The surge protector was checked and confirmed to be fully operational, safeguarding the system from power surges.

We performed comprehensive tune-ups on three air conditioning systems. For the upstairs unit, the fan motor capacitor required replacement, which we completed with the customer's approval. Additionally, we identified and addressed exposed thermostat wires by securely taping them back. After thorough inspection, the other two systems showed no significant issues and were deemed to be in optimal working condition. Our team ensured all systems were functioning efficiently and safely.

I recently completed a task involving the assessment and estimation of costs for a new unit and repairs for a 17-year-old system. The system in question was found to be operating at a significantly reduced efficiency level. I meticulously evaluated the current state of the system, identified necessary repairs, and provided a detailed estimate for the new unit. This estimate included both parts and labor costs, ensuring transparency and clarity for the client. The comprehensive report was then emailed to the client for their review.

I performed a thorough cooling maintenance check, ensuring the system operates efficiently. I inspected the air filters and recommended switching to 2” filters, specifically 16x25x2, to enhance air quality and system performance. The unit was found to be in perfect working condition, with all components functioning optimally. This maintenance will help maintain a comfortable environment and extend the lifespan of the cooling system.

I performed an AC tune-up, discovering that the system had lower than normal pressures. After a thorough inspection of both coils, no obvious signs of a leak were found, though I suggested it could be a microscopic leak. To restore the system to optimal performance, I recommended adding refrigerant to meet the manufacturer’s specifications, which was agreed upon. I added 2 pounds of 410a refrigerant. Additionally, the blower wheel was found to be dirty, and I sent an estimate for its cleaning. The system is now cooling properly, with no other issues detected. A comfort survey was previously completed, and I declined to install a yard sign.

Upon inspection, the R22 refrigerant unit was found to be completely devoid of any refrigerant. The unit, measuring 14 1/2 inches in diameter, required immediate attention. I conducted a thorough assessment to determine the extent of the issue and prepared a detailed estimate for the necessary repairs. This estimate was promptly sent to Brittany for review. Following this, I contacted the office to confirm the next steps. Once the approval was received, I proceeded with the repair work, ensuring that the unit was restored to optimal functionality. The job was successfully completed, and the unit is now fully operational. Billing has been processed accordingly.

I performed a comprehensive AC tune-up, meticulously inspecting all components to ensure optimal performance. The system was thoroughly cleaned, and all filters were replaced. I checked the refrigerant levels, electrical connections, and overall functionality, finding no issues. The cooling efficiency and air quality were assessed, and adjustments were made as needed. Additionally, I verified that the yard sign and comfort survey from the previous visit were still in place, ensuring all documentation was up to date. The system is now ready for the upcoming season.

I successfully installed a UV light FM2 system, ensuring it was properly integrated into the existing setup. The installation involved mounting the UV light fixture in a strategic location to maximize its effectiveness. I also installed an inline fuse to protect the system from electrical surges, enhancing its longevity and reliability. The process required precise measurements and careful wiring to ensure everything functioned correctly. After installation, I tested the UV light to confirm it was operating at optimal levels, providing a clean and efficient solution. The entire installation was completed with attention to detail and adherence to safety standards.

I successfully disconnected a 5-ton unit, identifying an arcing issue that could lead to future damage if not addressed. To safeguard against power surges and outages, I installed surge protectors on both the 3-ton and 5-ton outdoor units. The installation of these protective devices ensures enhanced stability and longevity for the units. All necessary parts were installed, completing the job efficiently and effectively.

Upon receiving the initial estimate, I reviewed the client's needs and identified areas where additional services could be provided to enhance the overall outcome. I updated the estimate to include these additional services, ensuring that the client received maximum value. The updated estimate detailed the new services, such as extended coverage and enhanced features, which would significantly improve the project's efficiency and aesthetics. I communicated the changes clearly, highlighting the benefits and the improved return on investment. The client appreciated the thoroughness and the proactive approach, leading to a successful agreement on the revised terms.

I provided a detailed estimate for the replacement of the thermostatic expansion valve (TXV). This involved assessing the current system, identifying the appropriate replacement TXV, and detailing the labor and parts costs. The replacement process was explained, including the importance of proper installation to ensure optimal system performance and efficiency. The estimate was comprehensive, covering all necessary steps and potential additional services.

I recently completed a comprehensive cooling maintenance service, ensuring optimal performance and efficiency. During the maintenance, I thoroughly inspected the system, cleaned essential components, and checked for any signs of wear or damage. Additionally, I provided three detailed estimates for future repairs, addressing potential issues proactively. The first estimate involves replacing the drain line to prevent future clogs and leaks. The second estimate covers repairs on the refrigerant lines, ensuring they are properly sealed and functioning. The third estimate includes hanging the refrigerant lines under the house and insulating them over a length of 4-6 feet to enhance energy efficiency and protect against external elements.

Upon completing the compressor replacement, I recharged the system and ensured it was operational. However, I observed that the system pressures indicated a restriction at the thermal expansion valve (TXV). To address this, I will provide an estimate for the TXV replacement. Payment for the compressor will be made via cashier's check. No other issues were detected during the service.

I recently completed a comprehensive cooling maintenance service on a residential unit, ensuring it is fully operational and ready for the summer season. During the inspection, I found that the blower wheel was significantly dirty, although the unit was not over-amping. This indicates that while the system was functioning, the efficiency was compromised due to the accumulated dirt. I highly recommend a blower cleaning to restore optimal performance and energy efficiency. Additionally, I provided an estimate for the blower cleaning service. The unit in question operates on R22 refrigerant, which is an older type, and it is essential to maintain it properly to avoid potential issues. The maintenance included a thorough check of all components, ensuring everything is in top condition for the warmer months ahead.