HVAC & Plumbing Excellence in Lawton, OK

Upon arrival, I conducted a thorough inspection of the electrical system, identifying a recurring issue with the circuit breaker tripping frequently. I began by examining the main electrical panel, checking for any signs of wear, corrosion, or loose connections. I then moved on to inspect individual outlets and switches, ensuring they were securely connected and functioning properly. After confirming that the panel and outlets were in good condition, I focused on the wiring, tracing it to locate any potential faults. Upon discovering a damaged wire, I carefully repaired it, ensuring all connections were tight and secure. I also replaced a faulty breaker to prevent future tripping. Finally, I conducted a series of tests to verify the system's stability and functionality, ensuring everything was operating as intended. The job was completed with precision, restoring reliable electrical service.

A 5/35 capacitor was successfully replaced on an Amana AC system. The process began by ensuring the system was turned off and power was disconnected for safety. The old capacitor was carefully removed, and its specifications were double-checked to ensure the correct replacement part was installed. The new 5/35 capacitor was then securely attached, and all connections were verified for proper fit and function. After confirming the new capacitor was correctly installed, the system was powered back on and tested to ensure optimal performance. The AC system was then restored to full operation, providing reliable cooling.

A comprehensive HVAC upgrade was succ

A Carrier AC system was experiencing issues with cooling efficiency. After a thorough inspection, it was determined that the condenser fan motor needed replacement. The process began by safely shutting down the system to prevent any electrical hazards. The old motor was carefully removed, taking note of its configuration and connections. A new, compatible condenser fan motor was installed, ensuring all wiring and mounts were correctly aligned. The system was then tested to confirm the new motor was functioning properly, restoring optimal cooling performance. Throughout the process, attention to detail and adherence

Patriot Air Solutions was tasked with replacing a 2.5-ton heat pump system with an upflow air handler in a closet. The customer, who has small children, had been without a functional system for some time. They chose Patriot Air Solutions for our honest pricing and exceptional service to the military community they represent. The project began with a thorough assessment of the existing system and the space available in the closet. We then carefully removed the old heat pump, ensuring minimal disruption to the household. Next, we installed the new upflow air handler, which was chosen for its efficiency and quiet operation, ideal for a home with young children. The system was configured to meet the specific heating and cooling needs of the household. After installation, we conducted a comprehensive test to ensure everything was functioning correctly. The customer was pleased with the improved comfort and efficiency of the new system.

A thorough inspection was conducted to identify the source of the refrigerant leak. Utilizing specialized equipment, the leak was precisely located within the system. Once identified, the compromised area was carefully repaired to prevent further leakage. Following the repair, the system was evacuated to remove any residual air and moisture. Subsequently, the appropriate type and amount of refrigerant was added to restore optimal performance. The system was then tested to ensure proper functionality and efficiency. This comprehensive process ensured the air conditioning system operates effectively and reliably.

Conducted a comprehensive maintenance service on a 4-year-old appliance. The process began with a thorough inspection to identify any potential issues. I cleaned and inspected the appliance's internal and external components, ensuring all parts were functioning correctly. I checked for any signs of wear and tear, cleaned the filters, and lubricated moving parts as needed. Additionally, I tested the appliance's performance to ensure it operated efficiently and quietly. I also provided the customer with maintenance tips to prolong the appliance's lifespan and improve its performance. The maintenance was completed to industry standards, ensuring the appliance remains in optimal condition.

Upon inspection, the condenser coil was found to be heavily soiled, which was causing the system to frequently trip due to elevated head pressure. The coil was covered in a thick layer of dust and debris, significantly reducing its efficiency. I meticulously cleaned the coil using specialized equipment and techniques to remove all contaminants. This involved disassembling parts of the system to access and clean the coil thoroughly. Post-cleaning, the system's performance improved dramatically, with head pressure returning to normal levels. The system was tested to ensure it operated smoothly without further issues. This maintenance not only resolved the immediate problem but also enhanced the overall efficiency and lifespan of the HVAC system.

Installed new 4-ton furnace and outdoor condensing unit. Installed new filter base, new Armaflex insulation on the line set, new insulated condensate drain with P-trap, new electrical whip, and new anchors to properly align and secure the line set and whip. Pressure-tested the system at 250 PSI for 30 minutes with no pressure loss. Pulled a vacuum to below 500 microns before charging and commissioning the system. Final operating readings: * Subcooling: 9.6°F * Superheat: 15°F System started, tested, and is operating properly at this time.

A system faced significant electrical issues, with a burnt-up wire at the entry point. Upon inspection, it was determined that the wiring had deteriorated due to excessive heat. The affected area was carefully dismantled to assess the full extent of the damage. The burnt wire was replaced with a new, high-quality cable to ensure durability and safety. Additional protective measures were implemented to prevent future overheating. The system was then thoroughly tested to confirm that the electrical issues were resolved. An electrician was subsequently contacted to perform a comprehensive inspection and provide further recommendations. The system is now operating efficiently, with no signs of recurring problems.

Completed a comprehensive maintenance service on a one-year-old Amana HVAC system. The primary task involved replacing a severely dirty 16x25x1 air filter, which had accumulated significant dust and debris, hindering efficient airflow. The old filter was carefully removed and inspected for any signs of damage or wear. A new, high-quality filter was then installed to ensure optimal performance and air quality. Additionally, the entire system was thoroughly inspected for any other potential issues, including checking the refrigerant levels, cleaning the evaporator and condenser coils, and ensuring all components were functioning correctly. Lubrication of moving parts and a detailed cleaning of the system's internal components were also performed to enhance longevity and efficiency. The system was tested post-maintenance to confirm that it was operating at peak performance.

A thorough inspection of the HVAC system revealed a malfunctioning thermal expansion valve (TXV). The first step was to safely shut down the system to prevent any potential hazards. The faulty TXV was carefully removed, and a new, high-quality replacement was installed. Precision was key during this process to ensure proper fit and function. After installation, the system was restarted, and performance was meticulously checked. This included verifying refrigerant levels, assessing cooling efficiency, and ensuring the system operated smoothly. The new TXV was tested under various conditions to confirm optimal performance. The entire process was completed with attention to detail, ensuring the system's reliability and efficiency were restored.

Conducted a comprehensive maintenance service on the Armstrong air conditioning system. This involved a thorough inspection of all components, including the compressor, condenser, evaporator coils, and air filters. The system was cleaned to remove accumulated dust and debris, ensuring optimal performance. Refrigerant levels were checked and adjusted as necessary. Electrical connections and controls were tested for proper functionality. Lubrication of moving parts was performed to reduce wear and tear. The system was tested for efficiency and cooling capacity, with adjustments made to enhance performance. Documentation of the maintenance activities and findings was completed for future reference.

A couple dependent on oxygen faced a dire situation with no cooling and a grounded compressor. I installed a new, efficient air conditioning system and a heating unit for the winter. During the installation, I provided temporary cooling to ensure their comfort and safety, potentially saving lives. The new systems promise enhanced efficiency and reliability, addressing their urgent needs. The installation was completed with precision, ensuring the couple could breathe easier and stay cool, even in challenging circumstances.

Conducted a comprehensive maintenance service on four Lennox air conditioning systems. The maintenance included thorough inspections of each unit's electrical components, refrigerant levels, and overall system functionality. Filters were replaced to ensure optimal air quality and efficiency. Coils were cleaned to enhance heat exchange efficiency. Lubrication was applied to moving parts to reduce wear and ensure smooth operation. System pressures were checked and balanced to maintain peak performance. Additionally, thermostats were calibrated for accurate temperature control. Post-maintenance testing was performed to confirm all systems were operating correctly and efficiently.

Upon receiving a service call, I began by inspecting the HVAC system to identify the root cause of the cooling issue. After a thorough examination, it was determined that the capacitor was faulty, leading to inadequate cooling performance. I carefully removed the old capacitor and replaced it with a new one, ensuring compatibility and proper installation. Following the replacement, I tested the system to confirm that the cooling function was restored to optimal performance. The system was running smoothly, and the temperature was regulated effectively. The job was completed efficiently, ensuring the customer's comfort and satisfaction.

Installed a new 3-ton Amana AC, evaporator coil, and furnace with a Honeywell Wi-Fi thermostat and filter base.

A comprehensive furnace installation was completed, starting with the installation of a 3-ton furnace. A sealed plenum and return box were added to ensure optimal airflow. A new gas flex line was installed, and Armaflex insulation was applied to enhance efficiency. A new filter base was added to the condenser, which was then secured with a fresh pad. New pumpups and whips were installed, and the whip was anchored to the wall. The lineset was connected, and the system was pressure-tested at 350 psi for 30 minutes. A vacuum test was conducted, achieving a reading below 500 microinches to confirm system integrity. The job was completed with precision and attention to detail.

Upon inspection, the HVAC system was found to have a malfunctioning compressor and a restricted thermal expansion valve (TXV). The compressor showed signs of wear and inefficiency, resulting in inadequate cooling. The TXV was obstructed, hindering proper refrigerant flow. After confirming these issues, the faulty compressor was carefully removed and replaced with a new, high-efficiency unit. The restricted TXV was also replaced to ensure optimal refrigerant metering and system performance. The electrical disconnect was replaced to ensure a safe and reliable power supply to the new compressor. Post-installation testing confirmed the system was now operating efficiently and effectively, providing reliable and improved cooling performance.

Conducted a comprehensive maintenance service on a Heil inverter AC system, ensuring optimal performance and longevity. The process began with a thorough inspection of the unit, checking for any visible signs of wear or damage. I meticulously cleaned the condenser and evaporator coils, removing debris and buildup to enhance efficiency. The system's refrigerant levels were checked and adjusted as necessary, ensuring proper cooling capacity. Additionally, I inspected and cleaned the air filter, replacing it if needed to maintain clean airflow. The thermostat and control settings were calibrated for accurate temperature regulation. Motor and fan operations were tested for smooth functionality, and all electrical connections were inspected for safety and reliability. Finally, I provided recommendations for future maintenance to ensure the system's continued efficiency.

Conducted a comprehensive maintenance service on an Amana S series appliance. The process began with a thorough inspection of the unit to identify any potential issues. I meticulously cleaned the interior and exterior components, ensuring all parts were free from dust and debris. I checked and cleaned the air filters, replaced any worn-out parts, and lubricated moving components to ensure smooth operation. I also tested the appliance's functionality, verifying that all systems were operating correctly. Finally, I provided detailed guidance on optimal usage and maintenance practices to the client to ensure the longevity and efficiency of the appliance.

Upon inspection, the condenser coil was found to be heavily soiled with dust and debris, obstructing airflow and causing the system to work harder than necessary. This strain led to the failure of the capacitor. I meticulously cleaned the condenser coil, removing all accumulated dirt and debris. This restoration of proper airflow allowed the system to function efficiently. I then replaced the failed capacitor with a new one, ensuring the system operates smoothly and effectively. The system is now running optimally, free from the previous issues.

Recently, we completed comprehensive HVAC service on a 2005 Carrier AC unit. Our team began with a thorough inspection of the entire system, checking for any signs of wear or damage. We meticulously cleaned the condenser coils and e

Completed the installation of a new 3-ton Amana heat pump and air handler with a new filter base and WiFi thermostat. Opened the local return for improved airflow, upgraded the drain line, flushed the existing line set, sealed the return base, pressure tested to 400 PSI, and pulled the system down to a 300-micron vacuum. Started and tested the system, verified an 18° temperature split with proper refrigerant pressures, and confirmed everything is operating correctly.

Conducted comprehensive maintenance on a 2005 Carrier HVAC system, ensuring optimal performance and longevity. Tasks included thorough inspection and cleaning of the air handler, evaporator, and condenser coils. Replaced the air filter and cleaned the blower assembly to enhance airflow efficiency. Checked and adjusted the refrigerant levels, ensuring they were within the manufacturer's specifications. Lubricated all moving parts, including the motor bearings and fan blades, to reduce friction and wear. Verified the thermostat functionality and calibrated it for accurate temperature control. Inspected electrical connections and wiring for any signs of wear or damage, ensuring safe and reliable operation. Conducted a system performance test to confirm all components were functioning correctly. Provided detailed documentation of all maintenance activities and recommendations for future upkeep.