HVAC & Plumbing Excellence in Lawton, OK

Conducted a comprehensive fall maintenance service on a 2-stage gas furnace. This involved a thorough inspection of the furnace's operation, ensuring it was running efficiently and safely. I verified the ignition system, checked the flame sensor, and inspected the heat exchanger for any signs of wear or damage. The air intake and exhaust systems were cleaned to ensure optimal airflow. Filters were replaced to enhance indoor air quality. All moving parts, including the blower motor and belt, were lubricated to prevent wear and ensure smooth operation. The furnace's thermostat was calibrated to maintain accurate temperature control. Finally, I provided detailed recommendations for any necessary repairs or upgrades to ensure the furnace operates efficiently throughout the heating season.

Upon inspection, the condensate drain and drain pan were found to have issues with leaking fittings and a backed-up drain. I began by carefully inspecting the condensate drain line to identify the source of the leaks. After locating the faulty fittings, I disassembled and replaced them with new, high-quality components to ensure a secure and leak-proof seal. Next, I thoroughly cleaned the drain pan, removing any accumulated debris and water that had caused the backup. I then inspected the drain line for any remaining blockages and cleared them to restore proper drainage. Finally, I tested the system to confirm that the leaks were resolved and the condensate drain was functioning efficiently. This meticulous process ensured the system's optimal performance and prevented future issues.

Upon arrival, I identified a clogged drain line as the root cause of the water accumulation in the customer's closet. I carefully inspected the entire drain line, locating the blockage and using specialized tools to clear it. This process involved disassembling parts of the HVAC system to access and remove the obstruction. Once the drain line was clear, I ensured proper drainage by flushing it with water to confirm its functionality. To prevent future occurrences, I installed a safety switch designed to detect water levels. This switch will automatically shut down the system if water reaches a critical level, thereby averting potential flooding. I thoroughly tested the system to ensure the safety switch operated correctly and that the HVAC system functioned optimally. The customer was informed about the importance of regular maintenance to avoid similar issues in the future.

Upon inspection, it was determined that the outdoor system was not functioning properly due to a failed contactor coil. The coil, responsible for activating the outdoor unit, had malfunctioned, preventing the system from operating as intended. After identifying the faulty component, the defective contactor coil was carefully removed and replaced with a new one. Following the replacement, the system was tested to ensure proper functionality. The outdoor unit began operating correctly, restoring full functionality to the system. This meticulous process ensured the system was back to optimal performance, providing reliable and efficient service.

A new 3.5-ton gas furnace w

Upon inspection, a low reading capacitor was identified on the outdoor unit for the condenser fan motor. This capacitor was found to be underperforming, which could lead to inefficient operation of the fan motor. The capacitor was carefully removed and tested using a capacitance meter to confirm the low reading. A replacement capacitor with the appropriate specifications was then installed. Post-installation, the system

Upon arrival, I conducted a thorough inspection of the outdoor HVAC system. The customer had reported that the system was not turning on. After examining the components, I identified a faulty contactor as the root cause. The contactor, a crucial part of the system, was not engaging properly, preventing the system from starting. I replaced the defective contactor with a new one, ensuring it was correctly installed and tested. Following the replacement, the system was able to turn on and function as intended. The customer was pleased with the resolution, and the system is now operating efficiently.

Upon inspection, the system was experiencing hard start failures and an out-of-range capacitor reading, which prevented proper operation. The compressor was struggling to start, leading to inefficient performance. I began by diagnosing the hard start issue, which involved checking the compressor's windings and ensuring there were no obstructions. Next, I assessed the capacitor, finding it to be outside the acceptable range. I replaced the faulty capacitor with a new one, ensuring it matched the specifications required for the system. After the replacement, I tested the system to confirm that the compressor started smoothly and the new capacitor was functioning correctly. The system was then able to operate efficiently, resolving the issues that had previously hindered its performance.

Conducted a comprehensive preventive maintenance check on a 4-ton air conditioning system. This involved inspecting and cleaning the condenser and evaporator coils, checking and replacing air filters, lubricating the compressor motor, and testing the thermostat functionality. The refrigerant levels were verified, and any necessary adjustments were made to ensure optimal performance. Electrical connections were inspected for tightness and wear, and the system's drainage was cleared to prevent water accumulation. The overall efficiency and functionality of the system were assessed, and any minor issues were promptly addressed to ensure the system operates smoothly and efficiently.

I poop

Upon inspection, the HVAC system was found to be intermittently cutting out, which was traced back to low pressure issues. A thorough examination revealed that the root cause was a restriction in the filter drier. This restriction was impeding the system's ability to maintain adequate pressure levels, leading to the shutdowns. To resolve the issue, the filter drier was carefully inspected and cleaned to remove any contaminants that were causing the blockage. After ensuring the filter drier was functioning correctly, the system was tested to confirm that the pressure levels were stable and the system was operating efficiently. This meticulous approach ensured the system's reliability and performance were restored.

A thorough inspection of the HVAC system revealed that the blower wheel was obstructed, significantly restricting airflow. To address this, I carefully disassembled the blower assembly, ensuring all components were safely set aside. The blower wheel was then removed and meticulously cleaned, removing accumulated dust, dirt, and debris. Each blade was inspected for damage and straightened as needed. After cleaning, the wheel was reassembled, and the entire system was tested to ensure optimal airflow and efficiency. This detailed cleaning restored the system's performance, enhancing overall comfort and energy efficiency.

Upon inspection, the air conditioning system's compressor was drawing excessive amperage during startup, indicating a potential issue with the motor's initial load. To address this, I installed a hard start kit, which includes a capacitor and relay designed to reduce the inrush current. This modification ensures smoother operation and extends the compressor's lifespan. After installation, I tested the system to confirm that the amperage draw was within normal limits during startup, resulting in improved efficiency and reliability. The system now operates seamlessly, providing consistent cooling performance.

Upon inspection, it was discovered that the liquid line thermistor wire had been severely damaged by rodents, causing a disruption in the system's performance. The wire had been chewed through, leading to a fault code being displayed. To rectify the issue, I carefully identified the damaged section of the wire and proceeded to repair it using appropriate splicing techniques. This involved stripping the insulation, twisting the exposed conductors together, and securing them with electrical tape and heat shrink tubing to ensure a reliable connection. After the repair, I tested the system to confirm that the fault code had been resolved and the thermistor was functioning correctly. The system was then returned to normal operation, ensuring the comfort and efficiency of the HVAC system.

I assessed the existing thermostat and identified the need for replacement due to outdated technology and user complaints about inaccuracy. I selected a modern, energy-efficient thermostat that matched the customer's preferences and system requirements. I carefully removed the old thermostat, ensuring no damage to the existing wiring or wall plate. Next, I installed the new thermostat, connecting it to the system and ensuring all settings were correctly configured. I tested the new thermostat to confirm it was functioning properly and provided the customer with a detailed guide on its features and usage. The customer was satisfied with the improved performance and ease of use of the new thermostat.

A thorough cleaning of the drain pan was performed on a Trane 2-stage communicating system. This involved removing accumulated water, debris, and dirt from the pan to ensure proper drainage and prev

Installed a 4-ton Amana AC, furnace, and coil with WiFi thermostat. Completed PSO, flushed and tested the lineset, pulled vacuum to 300 microns, upgraded the disconnect, gas and drain lines, sealed the plenum, verified pressures and temperatures, and confirmed proper operation with the customer.

Upon inspection, it was evident that the HVAC system was struggling to maintain efficienc

Conducted a thorough HVAC inspection, identifying a faulty capacitor as the root cause of operational issues. Carefully removed the old capacitor, ensuring all connections were safely disconnected. Installed a new, high-quality capacitor, double-checking all connections for accuracy and safety. Tested the HVAC system post-installation to confirm the issue was resolved and the system was functioning optimally. Provided detailed notes on the inspection and replacement process, ensuring the system's reliability and efficiency.

Upon inspection, the 4-ton heat pump system exhibited signs of a leaking braze joint, leading to refrigerant loss and inefficient operation. The faulty thermal expansion valve (TXV) was not metering the refrigerant correctly, causing imbalance in the system. I meticulously diagnosed the issue, identified the leaking braze joint, and repaired it using proper brazing techniques to ensure a secure connection. Next, I replaced the faulty TXV with a new one, ensuring it was correctly installed and calibrated. Post-repair, I performed a thorough system check, including a refrigerant charge and pressure test, to confirm optimal performance. The system now operates efficiently, maintaining the desired temperature with improved reliability.

Completed a comprehensive adjustment of the refrigerant charge for a newly installed system. This involved precise measurement and calibration of the refrigerant levels to ensure optimal performance and efficiency. The process included checking for any leaks, verifying the correct refrigerant type and quantity, and fine-tuning the system to meet manufacturer specifications. Additionally, I conducted a thorough inspection of all connections and components to guarantee a secure and reliable setup. The system was tested post-adjustment to confirm proper operation and cooling capacity. This meticulous attention to detail ensures the longevity and effectiveness of the new installation.

Upon inspection, it was discovered that the existing drain line setup had developed a critical issue due to a separation in the pipe. To resolve this, the entire drain line system was meticulously reconfigured. This involved carefully dismantling the affected sections, ensuring no damage to surrounding components. New materials were selected to match the original specifications, and the pipe con

A comprehensive cleaning and servicing process was executed on a 5-ton, 2-stage condenser. The job began with a thorough inspection of the condenser unit to identify any visible signs of wear, damage, or debris. The condenser coils were meticulously cleaned using specialized equipment to remove dirt, dust, and other contaminants that could impede performance. Refrigerant levels were checked and adjusted as necessary to ensure optimal cooling efficiency. The system's electrical

Upon inspection, it was discovered that the drain line was obstructed, leading to water accumulation and subsequent activation of the drain safety switch. The initial step involved identifying the clogged section of the drain line. Using specialized tools, the blockage was carefully removed, ensuring no damage to the system. Post-clearance, the drain line was thoroughly flushed to eliminate any residual debris. A comprehensive inspection followed to confirm the resolution of the issue. The system was then tested to ensure proper functionality and to prevent future occurrences. The drain safety switch was reset, and the system was returned to optimal operation.

A comprehensive new HVAC system installation was completed, ensuring all components were installed according to industry standards and manufacturer specifications. The project involved precise ductwork layout, installation of high-efficiency heating and cooling units, and integration of smart thermostats for optimal energy management. Each component was meticulously checked for proper connections, airflow balance, and refrigerant levels. The system was tested for performance, ensuring it met the client's comfort and efficiency requirements. A thorough inspection was conducted to verify that all safety protocols were followed, and the system operated seamlessly. The final walkthrough confirmed that the installation met all quality control standards, providing reliable and efficient climate control.