HVAC & Plumbing Excellence in Lawton, OK

Installed new 3.5 ton Amana system with upgraded electrical, gas, drain, and line set repairs. Completed pressure test, vacuum, startup, and verified proper heating and cooling operation.

Completed a comprehensive preventive service operation (PSO) on a Bryant heat pump system. This involved a thorough inspection of all components, including the compressor, condenser, and evaporator coils. I checked and cleaned the air filters, ensuring optimal airflow. The system's electrical connections and controls were tested for proper functionality. Lubrication was applied to moving parts, and refrigerant levels were verified to ensure efficiency. The system's thermostat settings were calibrated, and performance diagnostics were conducted. All safety protocols were followed, and the system was tested for optimal operation. This maintenance ensures the longevity and efficiency of the heat pump system.

A comprehensive furnace installation was completed, featuring a 2.5-ton unit. The process began with the installation of new pumpups to ensure optimal performance. Armaflex insulation was applied to enhance energy efficiency and reduce noise. New thermostat wire was run from the furnace to the thermostat, ensuring precise temperature control. A new gas flex line was installed for safe and efficient gas delivery. Additionally, a new filter base and filter were installed to maintain clean air quality. The entire system was meticulously sealed to prevent air leaks and ensure longevity. The project was executed with precision, resulting in a reliable and efficient heating system.

Conducted a comprehensive maintenance service on a Bryant air conditioning system. Initiated the process by inspecting the entire unit for any signs of wear, damage, or unusual noises. The condenser was notably dirty, with a thick layer of dust and debris obstructing airflow. Carefully disassembled the necessary components to access the condenser coils. Utilized a specialized cleaning solution and a soft-bristle brush to meticulously wash out the condenser, ensuring all dirt and grime were removed. Checked and cleaned the fins to restore optimal heat transfer efficiency. Inspected and cleaned the evaporator coils, ensuring they were free from dust and mold. Verified that all components were reassembled correctly and tested the system to confirm it was functioning efficiently. Provided detailed notes on the condition of the system and recommended future maintenance intervals to ensure longevity and peak performance.

Conducted a comprehensive maintenance service on an Amana S series air conditioning system. The process began with a thorough inspection of the entire unit, including the compressor, condenser, and evaporator coils. The system's electrical connections and controls were checked for proper functionality. The air filter was replaced to ensure optimal airflow. Refrigerant levels were measured and adjusted as necessary. The condensate drain was cleaned to prevent clogs and potential water damage. Lubrication was applied to the motor bearings and other moving parts to ensure smooth operation. The system's thermostat was calibrated for accurate temperature control. Finally, a performance test was conducted to confirm the system's efficiency and reliability. This maintenance ensures the Amana S series AC system operates effectively and extends its lifespan.

Conducted a comprehensive maintenance service on an Amana AC system. The process began with a thorough inspection of the entire unit, including the condenser, evaporator coils, and air filters. I meticulously cleaned the condenser and evaporator coils to ensure optimal heat transfer and efficiency. The air filters were replaced to enhance indoor air quality and improve system performance. I also checked and lubricated the motor, adjusted the thermostat settings, and tested the refrigerant levels to confirm they were within the manufacturer's specifications. Additionally, I inspected the drainage system to prevent water buildup and potential leaks. The system was thoroughly tested to ensure it was operating at peak efficiency. All work was completed with attention to detail and adherence to safety protocols.

I began by thoroughly inspecting the Goodman AC system to identify the faulty disconnect. After confirming the issue, I safely de-energized the system to ensure a secure working environment. I then removed the old disconnect, carefully documenting its wiring configuration for accurate reassembly. Next, I installed a new, high-quality disconnect, ensuring all connections were secure and compliant with industry standards. I tested the system to verify proper functionality and efficiency. Finally, I cleaned up the work area an

Installed new Amana 3-ton AC/gas furnace system with coil, thermostat, air scrubber, upgraded duct, gas, and drain work. Completed pressure test, vacuum, refrigerant checks, system testing, and reviewed operation with customer.

I began by inspecting the condensation drain line to identify any blockages or debris that could impede proper drainage. Using specialized tools, I carefully removed any obstructions, ensuring the line was free of any clogs. After clearing the line, I flushed it with water to confirm that it was unobstructed and functioning correctly. Next, I conducted a thorough test of the cooling system to ensure it was operating efficiently. This involved monitoring the system's performance, checking for any unusual noises, and verifying that the temperature settings were accurate. I also inspected the refrigerant levels and ensured they were within the optimal range. Finally, I provided detailed recommendations to maintain the system's efficiency and prevent future issues.

A new 2.5-ton Amana air conditioning system was installed, featuring fresh decking, a new drain line, and a new outdoor unit. The outdoor wiring was completely replaced, and a new pump-up system was added. The wiring was updated, and a new whip was installed. The system was meticulously leveled, and pressures were held for 45 minutes. A vacuum was maintained for an hour, achieving a pressure of 350 microns. The installation was completed with precision, ensuring optimal performance and efficiency.

Recently, we successfully replaced the condensate pumps for several mini-split air conditioning systems. This involved diagnosing the existing issues with the pumps, which were causing inefficient drainage and potential water damage. We carefully removed the old pumps, ensuring minimal disruption to the systems. New, high-efficiency pumps were installed, and we tested each one to confirm proper operation. This included checking the drainage paths and ensuring no leaks were present. The systems were then restored to full functionality, enhancing overall performance and reliability. Attention to detail and precision were key throughout the process, ensuring a seamless transition and satisfaction for the client.

Upon inspection, the indoor evaporator coil was found to be leaking refrigerant, compromising the system's efficiency. The customer expressed a desire for a complete system replacement. To provide a temporary solution, I added refrigerant to the system, ensuring the customer could still enjoy cooling until the replacement is scheduled. This process involved carefully measuring and introducing the appropriate amount of refrigerant to maintain system balance and performance. The customer was informed about the temporary nature of this fix and the importance of scheduling a full replacement to avoid further issues.

Conducted a thorough plumbing inspection to identify the root cause of the foul odor emanating from the sink. Discovered a blockage in the sink drain caused by accumulated debris and mineral deposits. Carefully disassembled the sink trap to remove the obstructions. Cleaned and inspected the pipes for any additional issues. Reassembled the sink trap and ensured proper alignment and secure connections. Tested the sink to confirm the elimination of the bad smell. Provided the customer with advice on maintaining the sink to prevent future odors. Completed the job efficiently, ensuring the sink operates smoothly and odor-free.

Upon arrival, I identified an issue with a concord that was emitting an unusual noise. The source of the noise was traced to a copper component. After careful examination, it was determined that the noise was due to the copper rubbing against a wooden surface. To resolve the issue, I carefully moved the copper component away from the wood, ensuring it was positioned correctly to prevent any further noise. This action successfully eliminated the noise and restored the concord to its proper functioning state. The process involved precise handling and attention to detail to ensure the job was completed efficiently and effectively.

I performed a comprehensive maintenance service on a Rheem R22 AC system for Petrie. This included a thorough inspection of the entire system, checking for any signs of wear or damage. I cleaned and replaced the air filter, ensuring optimal airflow. The condenser and evaporator coils were cleaned to enhance efficiency. I also checked and cleaned the drain lines and pan to prevent water buildup. Refrigerant levels were verified and topped off as necessary. The system's electrical connections were inspected for safety and reliability. Finally, I tested the system's operation to ensure it was running smoothly and efficiently. This maintenance will help extend the life of the AC system and improve its performance.

Upon inspection, I identified a faulty capacitor as the root cause of the intermittent cooling issues. I carefully removed the old capacitor, ensuring all connections were safely disconnected. I then installed a new, high-quality capacitor, double-checking all wiring and connections for accuracy. After confirming the new component was securely in place, I tested the system to ensure proper functionality. The cooling system now operates smoothly, providing consistent and reliable performance. The customer was pleased with the resolution and expressed satisfaction with the restored comfort in their home.

A Comfort Maker unit was experiencing performance issues due to a heavily soiled condenser. The initial inspection revealed a significant buildup of dust and debris, obstructing airflow and reducing efficiency. The condenser was carefully disassembled to access the coils. Using specialized tools, the coils were thoroughly cleaned, removing all accumulated dirt and grime. Post-cleaning, the unit was reassembled, and a performance test was conducted to ensure optimal functionality. The condenser was also inspected for any signs of wear or damage, and necessary adjustments were made. The unit was returned to service, providing improved cooling efficiency and reliability.

Conducted a comprehensive maintenance service on a Lennox AX inverter system. The process began with a thorough inspection of the entire system, including the air handler, condenser unit, and ductwork. I checked for any signs of wear, leaks, or damage. Next, I cleaned the evaporator and condenser coils to ensure optimal heat transfer and efficiency. The air filter was replaced to improve indoor air quality. I also cleaned and lubricated the blower motor and checked the refrigerant levels, refilling as necessary. The thermostat was calibrated to ensure accurate temperature control. Finally, I tested all system functions to confirm everything was operating correctly and provided recommendations for future maintenance.

Installed new 5 ton Amana heat pump system with air handler, upgraded ductwork, added return, safety switches, and drain improvements. Completed pressure test, vacuum, system testing, thermostat walkthrough, and project documentation.

I began by inspecting the 410a system to ensure it was safe and operational. I checked for any visible leaks, damage, or wear on the components. Next, I used a manifold gauge set to measure the system's pressure, ensuring it was within the manufacturer's specifications. I then proceeded to evacuate the system to remove any non-condensable gases and moisture. After confirming a proper vacuum, I charged the system with the correct amount of refrigerant, carefully monitoring the pressure and temperature to maintain balance. Throughout the process, I ensured all connections were secure and leak-free. Finally, I tested the system's performance, verifying efficient cooling and proper operation.

A comprehensive heat pump installation was completed, featuring a 4-ton system. The project included the installation of new Armaflex insulation to enhance efficiency and reduce noise. New pump-ups were installed to ensure optimal performance. A new thermostat was added for precise temperature control. A fresh filter base was installed to improve air quality. The condensation drain was meticulously configured to prevent leaks and blockages. System pressures were held for 35 minutes to ensure stability. A vacuum test was conducted, achieving a pressure below 500 microns to confirm system integrity. Each component was installed with precision, ensuring the system operates efficiently and reliably.

Conducted a comprehensive refrigerant leak search using advanced diagnostic tools to identify any potential leaks in the system. Upon locating the source of the leak, I repaired it using appropriate techniques and materials. Following the repair, I recharged the system with R-22 refrigerant, ensuring the correct pressure levels were achieved. Throughout the process, I adhered to safety protocols and industry standards to guarantee optimal performance and efficiency of the HVAC system. The system was tested to confirm proper operation and to ensure that the refrigerant levels were balanced.

Conducted a comprehensive preventive service operation (PSO) on a Comfort Maker air conditioning unit. This included a thorough inspection of all major components, such as the compressor, condenser, and evaporator coils. The system's electrical connections and controls were checked for proper functionality. The unit's refrigerant levels were measured and adjusted as necessary to ensure optimal performance. The air filter was replaced to enhance indoor air quality. The condensate drain was cleaned to prevent clogs and potential water damage. Lubrication was applied to the motor bearings to ensure smooth operation. A performance test was conducted to verify that the system met efficiency standards. Documentation of the maintenance activities was completed to provide a detailed record of the work performed.

Upon inspection, the thermostatic expansion valve (TXV) was found to be leaking refrigerant, causing inefficient cooling and potential system damage. I carefully disassembled the TXV, inspecting each component for wear or damage. The diaphragm and spring were found to be intact, but the sealing pin was slightly worn. I replaced the sealing pin and reassembled the valve, ensuring all connections were secure. After refilling the system with the appropriate refrigerant, I tested the TXV for leaks and verified proper operation. The system now operates efficiently, maintaining the desired temperature and preventing further refrigerant loss.

Conducted a comprehensive maintenance service on a Bryant air conditioning system. The process began with a thorough inspection of the unit, checking for any visible signs of wear or damage. The air filter was replaced to ensure optimal airflow and efficiency. The condenser and evaporator coils were cleaned to remove any accumulated dirt and debris, enhancing heat transfer. Refrigerant levels were checked and adjusted as necessary to maintain proper pressure. The system's electrical components were tested for functionality, and all connections were tightened to prevent leaks. Lubrication w