HVAC & Plumbing Excellence in Lawton, OK

A single-stage AC system was experiencing issues with starting and running efficiently. I began by safely shutting off the power supply to the unit. I accessed the outdoor unit and located the capacitor, a crucial component for the system's motor. After carefully discharging any residual electricity, I removed the faulty capacitor. I then measured the specifications of the old capacitor to ensure an accurate replacement. I installed the new capacitor, double-checked all connections, and restored power to the system. Upon restarting, the AC system operated smo

A new return plenum was installed, ensuring efficient airflow and improved indoor air quality. The return ducts were meticulously reconnected, maintaining the integrity of the HVAC system. The plenum was then sealed to prevent air leaks, enhancing the system's efficiency and performance. Attention to detail was paramount throughout the process, ensuring a seamless integration of the new components. The work was completed with precision, resulting in a more effective and reliable HVAC system.

A new 2.5-ton gas furnace was installed, featuring a fresh filter base for optimal air quality. A new layer of Armaflex insulation was added to enhance energy efficiency. A new condensing AC unit with pumpups was installed to ensure efficient cooling. Another layer of Armaflex was mounted to the wall for added insulation. Pressure testing was conducted, holding pressure at 250 psi for 30 minutes to ensure system integrity. A vacuum test was performed, achieving a reading below 500 microns to confirm system tightness. All components were inspected and adjusted for optimal performance.

A comprehensive AC service was performed on a 2002 Rheem condenser. The service began with a thorough inspection of the condenser unit, including its coils, fins, and electrical components. The system was tested for proper operation, and any irregularities were noted. The condens

A thorough assessment of the master bedroom's ductwork was conducted, identifying areas for improvement. Recommendations included optimizing airflow to enhance comfort and efficiency. The inspection revealed potential leaks and blockages, which were addressed to ensure optimal performance. Additionally, the layout was reviewed to suggest better placement of vents for im

A 4-ton heat pump was assessed for performance issues, leading to the decision to replace its capacitor. The old capacitor was carefully removed, ensuring no damage to surrounding components. A new, high-quality capacitor was selected based on the heat pump's specifications. The new capacitor was installed with precision, ensuring all connections were secure and correctly aligned. After installation, the heat pump was tested to confirm the new capacitor was functioning properly and the system was operating efficiently. The job was completed with attention to detail, ensuring the heat pump would perform optimally.

Completed the installation of a 3-ton gas furnace, ensuring optimal performance. Installed a new filter base and sealed plenum for enhanced air quality. Added a new air scrubber to improve indoor air cleanliness. Installed a new drain and insulated it, along with the copper outdoor unit, to maintain efficiency. Conducted pump-up tests to verify system functionality. Applied Armaflex insulation to minimize noise and energy loss. Held pressures at 350 for 25 minutes, ensuring system integrity. Achieved micron levels below 500, confirming s

a man cave and a garage. The installation process began with a thorough assessment of the spaces to determine the optimal placement for the units. Each mini-split was carefully installed, ensuring that all components were securely mounted and properly connected. The ductless design allowed for a clean and efficient setup, avoiding the need for extensive ductwork. After installation, the systems were tested to ensure they operated efficiently and effectively. The final step involved a detailed walkthrough with the client to explain the operation and maintenance of the new systems, ensuring the client was fully informed and satisfied with the results.

A 3-ton 95% gas furnace was installed, including a flue pipe. A new condensation line was added, featuring a P-trap and Armaflex insulation. A new pan was installed with three pump-ups, and the plenum and coil were sealed to the furnace. An outdoor unit was set up with new pump-ups and Armaflex insulation. Pressures were maintained at 250, and microns were pulled to 300, ensuring optimal performance. The installation was completed with precision, enhancing the system's efficiency and reliability.

Installed a 4-ton air handler system with a two-phase configuration. The installation included a new Armaflex insulation layer and a fresh filter base. The filter base was meticulously sealed, and the plenum was insulated to enhance efficiency. The outdoor heat pump was set up with new pump-ups and Armaflex insulation. Pressure tests were conducted, maintaining 300 psi for 30 minutes. A vacuum was pulled, achieving a pressure below 500 microns to ensure a leak-free system. The entire process adhered to industry standards for optimal performance and longevity.

Upon inspection, the condenser coil was found to be significantly dirty, leading to elevated head pressure. The coil was carefully removed from the unit and thoroughly washed using a specialized cleaning solution. This process effectively removed the accumulated dirt, debris, and contaminants, restoring the coil's efficiency. Post-cleaning, the coil was inspected to ensure it was free of any remaining dirt and properly reinstalled. The system was then tested to confirm that the head pressure had returned to normal levels, ensuring optimal performance and energy efficiency. The entire process was completed with precision and care, enhancing the longevity and reliability of the HVAC system.

Upon inspection, the condenser coil was found to be heavily soiled, which led to the capacitor failure in the AC system. To address this, I first replaced the faulty capacitor to ensure the system could function properly again. Next, I meticulously cleaned the outdoor unit, removing dirt, debris, and any buildup that could hinder performance. This thorough cleaning helped restore efficiency and prevent future issues. The system was then tested to confirm it was operating correctly. This comprehensive approach ensured the AC system would run smoothly and reliably.

A comprehensive quality control inspection was conducted on the newly installed HVAC system, ensuring all components met industry standards and manufacturer specifications. Each part was meticulously examined for proper installation, functionality, and adherence to design criteria. The refrigerant charge was precisely measured and added to the system, ensuring optimal performance and efficiency. System pressures were checked to confirm they were within acceptable ranges, and any necessary adjustments were made. The system was tested for leaks, and all connections were verified for tightness and integrity. Post-installation diagnostics were performed to ensure the system operated smoothly and efficiently. Final adjustments were made to fine-tune performance, and the system was left in optimal working condition.

Installed ptac unit

A comprehensive maintenance service was performed on a 5-ton gas furnace and air conditioner system. The work began with a thorough inspection of the furnace and air conditioner components, including the burners, heat exchanger, and air filters. The air filters were replaced to ensure optimal airflow and efficiency. The burners were cleaned to remove any soot or debris, and the heat exchanger was inspected for cracks or damage. The air conditioner's condenser and evaporator coils were cleaned, and the refrigerant levels were checked and adjusted as needed. The thermostat was calibrated to ensure accurate temperature control. The system's electrical connections and controls were tested for proper operation. Finally, the system was thoroughly tested to ensure it was functioning correctly and efficiently. This maintenance service helps to extend the life of the system and ensures it operates at peak performance.

Completed the installation of a new A coil for the furnace, ensuring optimal heat exchange efficiency. This involved carefully removing the old A coil and replacing it with a new one, ensuring all connections were secure and leak-free. Additionally, a new filter dryer was installed to remove moisture and contaminants from the refrigerant system, enhancing the overall performance and longevity of the furnace. The system was thoroughly inspected for any potential issues, and all components were tested to confirm proper operation. The work was completed with attention to detail, ensuring the system operates at peak efficiency.

Upon arrival, I identified that the outdoor disconnect was repeatedly blowing fuses due to an unusually high compressor amp draw. This issue was causing frequent interruptions in the system's operation. I began by inspecting the outdoor unit, checking for any visible signs of damage or wear that could be contributing to the problem. After confirming the compressor was operational, I proceeded to measure the amp draw using a multimeter. The readings confirmed that the compressor was drawing significantly more current than normal. I then examined the wiring and connections for any faults or loose connections that could be causing the overload. Upon discovering a faulty capacitor, I replaced it with a new one, ensuring all connections were secure and properly insulated. Following the replacement, I rechecked the amp draw, which returned to normal levels. The system was then tested to ensure stable operation and to confirm that the fuse would no longer blow. The job was completed successfu

A comprehensive maintenance inspection of the HVAC equipment was conducted, ensuring optimal performance and longevity. The inspection involved a thorough examination of all components, including air filters, coils, fans, and electrical connections. Each part was meticulously checked for signs of wear, damage, or inefficiency. Air filters were replaced to enhance air quality and system efficiency. Coils were cleaned to ensure proper heat exchange. Fans were inspected for smooth operation and any obstructions were removed. Electrical connections were tested for integrity and safety. Lubrication was applied to moving parts to reduce friction and wear. System pressures and temperatures were measured to confirm they were within acceptable ranges. A detailed report was compiled, highlighting any issues found and recommendations for corrective actions. This proactive approach helps prevent unexpected breakdowns and extends the lifespan of the HVAC system.

Upon inspection, the outdoor condenser coil was found to be heavily soiled with dust and debris, leading to elev

Upon inspection, I identified an unusual low voltage issue affecting the system's performance. After a thorough examination, I discovered a lizard carcass on the outdoor control board, which was causing a short circuit. Carefully, I removed the carcass and cleaned the board to ensure no residual contaminants remained. I then tested the system to confirm the issue was resolved and the voltage returned to normal levels. The system was operational again, and I ensured all components were functioning correctly before concluding the service.

Installed a new 3-ton Amana heat pump and air handler with a filter base and Wi-Fi thermostat. Completed all required upgrades, testing, customer setup, PSO rebate, and collected payment by check.

Conducted comprehensive maintenance on a 3-ton HVAC system, which included both a gas furnace and a straight AC condenser. The maintenance began with a thorough inspection of the furnace, checking for any signs of wear or damage on the burners, heat exchanger, and blower motor. The air filters were replaced to ensure optimal airflow and efficiency. The condenser was inspected for any debris or blockages in the coils and fins, ensuring the unit could effectively transfer heat. Refrigerant levels were checked and adjusted if necessary, and the capacitor and compressor were tested for proper operation. Electrical connections and components were inspected for any signs of corrosion or damage. Lubrication of moving parts was performed to ensure smooth operation. The system was tested for overall performance, and any necessary adjustments were made to optimize efficiency and comfort. The job concluded with a detailed report of the maintenance performed and recommendations for future care.

Patriot Air Solutions assessed the home's cooling needs and identified a non-functional AC system and a second system that was not working properly. We replaced the old, non-functional AC system with a new, energy-efficient unit, ensuring optimal performance and comfort. Additionally, we diagnosed and repaired the second system, restoring its functionality and ensuring both systems provided cool air throughout the home. Our team conducted a thorough inspection, performed necessary repairs, and tested both systems to guarantee they were operating at peak efficiency. The result was a comfortable living environment, enhanced indoor air quality, and peace of mind for the homeowner.

Upon inspection of the 2007 Carrier system, it was determined that the evaporator coil was leaking. After discussing the issue with the customer, they chose to proceed with a replacement. The old coil was carefully removed, and a new one was installed to ensure optimal performance and efficiency. The system was thoroughly tested to confirm that the leak was resolved and that the new coil was functioning correctly. The customer was informed of the successful completion of the job and provided with maintenance tips to prolong the life of the new coil.

Upon arrival, the system was found to be operating with insufficient return air, leading to freezing issues. A thorough inspection revealed that the return air ductwork was partially obstructed, reducing airflow efficiency. The team cleared the obstructions and ensured the ductwork was unobstructed. Additionally, the return air grilles were cleaned to enhance air intake. Post-repair, the system was tested to confirm that the return air was balanced, preventing any further freezing. The system now operates efficiently, maintaining optimal temperature and performance.