HVAC & Plumbing Excellence in Lawton, OK

Installed a 3-ton Amana heat pump and air handler with a Wi-Fi thermostat. Flushed the existing line set, pressure-tested at 300 PSI, and pulled a 300-micron vacuum. Installed a new disconnect and whip, secured the unit cage, and tested the system

Upon inspection, it was discovered that the return ductwork was not properly sealed, allowing attic air to infiltrate the system. This issue was causing inefficiencies in the HVAC system and potentially leading to higher energy costs. The team addressed the problem by thoroughly inspecting the entire ductwork system to identify all points of air leakage. Necessary materials and techniques were used to seal these points effectively. The team ensured that all connections and joints were properly sealed to prevent any future air infiltration. Post-installation, the system was tested to confirm that the return air was now free from attic air, enhancing overall system efficiency and comfort.

Upon inspection, it was determined that the condensate drain line was experiencing backup issues due to an inadequate slope. This improper slope caused water to accumulate and stagnate, leading to potential system inefficiencies and possible damage. The solution involved a thorough assessment of the existing drainage setup. Adjustments were made to ensure the line had the correct gradient, facilitating proper water flow and preventing future backups. Tools and techniques were employed to safely and effectively modify the slope, ensuring the system would function optimally. Post-adjustment testing confirmed the effectiveness of the changes, restoring the system's performance and reliability.

Conducted a comprehensive maintenance service for the new furnace in preparation for the fall and winter seasons. This included a thorough inspection of all components, such as the burners, heat exchanger, and blower motor, to ensure optimal performance. Cleaned and replaced the air filter to enhance air quality and efficiency. Lubricated moving parts to reduce wear and tear. Tested the thermostat and control systems to verify accurate temperature regulation. Performed a safety check on the flue and venting system to prevent carbon monoxide leaks. Provided recommendations for any necessary adjustments or upgrades to improve overall system performance and energy efficiency. Ensured the furnace was ready to provide reliable heating as temperatures dropped.

A comprehensive new heating system installation was completed, starting with a thorough assessment of the space to determine the most efficient and effective system. The old system was carefully removed, and the new unit was installed, ensuring all components were correctly positioned and securely mounted. Following installation, a detailed heater checkup was performed to verify that all parts were functioning optimally. This included inspecting the thermostat, burners, heat exchanger, and airflow systems. Maintenance tasks such as cleaning the heat exchanger, checking and lubricating moving parts, and ensuring proper ventilation were also carried out. Finally, a test run was conducted to confirm the system's efficiency and reliability, ensuring it met all safety standards and performance expectations.

I meticulously installed two new filter bases, ensuring they were securely positioned and properly aligned. Each base was carefully sealed and taped around to prevent any air leaks, enhancing the system's efficiency. Additionally, I added a 10-inch duct return, which was precisely measured and fitted to maintain optimal airflow. The installation process involved precise cutting, fitting, and securing of all components to ensure a seamless integration with the existing system. The final inspection confirmed that the new filter bases and duct return were functioning correctly, contributing to improved air quality and system performance.

A comprehensive maintenance tune-up was performed on the gas furnace and ductwork system. The furnace inspection included cleaning

HVAC Installation Summary Installed new 3-ton evaporator coil and condenser. Sealed plenum. Installed new SS2 float switch. Installed new Armaflex insulation. Added Dragonfly kit for A2L system compatibility. Installed new outdoor unit pump-ups. Pressure-tested system at 350 PSI for 30 minutes; pressures held. Pulled vacuum below 500 microns. Installed new insulated P-trap. Installed new condensate drain line.

Installed ecm blower with a failed speed tap for cooling. With the new motor installed, the system is back to working as designed.

Ecm motor locked up and will not spin at all. Will order motor from distributor and return to replace it.

A customer reached out for an estimate regarding system repairs following a theft incident. Upon inspection, it was determined that several critical components had been stolen, including the control panel and several copper pipes. The assessment involved a thorough evaluation of the damage, identification of necessary repairs, and estimation of the associated costs. The team provided a detailed report outlining the extent of the damage, the parts required for repair, and the labor costs involved. Additionally, recommendations for enhanced security measures to prevent future incidents were included. The customer was provided with a comprehensive estimate, ensuring transparency and clarity in the repair process.

HVAC Installation Summary – 2-Ton Electric Heat Pump Installed new 2-ton electric heat pump system. Installed new filter base and air filter. Installed new SS2 safety switch. Installed new Armaflex insulation. Installed new thermostat. Installed new outdoor unit pad and pump-ups. Installed new outdoor disconnect and fuses. Installed new electrical whip. Installed new plenums and sealed all connections. Pressure-tested system at 300 PSI for 30 minutes; pressures held. Pulled vacuum below 500 microns. Verified all new components and connections were installed.

HVAC Installation Summary – 2-Ton Electric Heat Pump Installed new 2-ton electric heat pump system. Installed new filter base and air filter. Installed new SS2 safety switch. Installed new Armaflex insulation. Installed new thermostat. Installed new outdoor unit pad and pump-ups. Installed new outdoor disconnect and fuses. Installed new electrical whip. Installed new plenums and sealed all connections. Pressure-tested system at 300 PSI for 30 minutes; pressures held. Pulled vacuum below 500 microns. Verified all new components and connections were installed.

HVAC Installation Summary – 2-Ton Electric Heat Pump Installed new 2-ton electric heat pump system. Installed new filter base and air filter. Installed new SS2 safety switch. Installed new Armaflex insulation. Installed new thermostat. Installed new outdoor unit pad and pump-ups. Installed new outdoor disconnect and fuses. Installed new electrical whip. Installed new plenums and sealed all connections. Pressure-tested system at 300 PSI for 30 minutes; pressures held. Pulled vacuum below 500 microns. Verified all new components and connections were installed.

I installed a new 2-ton electric heat pump system, including a filter base and air filter. A SS2 safety switch, Armaflex insulation, and a thermostat were also installed. The outdoor unit pad, pump-ups, disconnect, and fuses were set up. Electrical whip was connected, and plenums were installed and sealed. The system was pressure-tested at 300 PSI for 30 minutes and vacuumed below 500 microns. All components and connections were verified.

Conducted a thorough leak search on an empty system containing 410a refrigerant. Initiated the process by ensuring all safety protocols were in place, including wearing appropriate personal protective equipment. Utilized advanced leak detection equipment to meticulously scan the entire system for any signs of leaks. Inspected all joints, connections, and components for potential refrigerant loss. Verified the integrity of seals and gaskets, ensuring no gaps or damage that could lead to leaks. Documented findings and provided a detailed report on the system's condition, highlighting any areas of concern. Completed the search with precision, ensuring the system was ready for future use.

Conducted a comprehensive maintenance inspection of a gas furnace, starting with a visual examination of the unit's exterior and interior components. Checked for any signs of wear, corrosion, or damage. Inspected the burner assembly, heat exchanger, and flame sensor for proper function and cleanliness. Evaluated the air flow and ventilation systems to ensure optimal performance. Tested the thermostat and control board for accurate readings and responsiveness. Cleaned and lubricated moving parts as needed. Verified the gas supply and pressure to ensure safe and efficient operation. Conducted a functional test to confirm the furnace's ability to heat the space effectively. Documented findings and recommendations for future maintenance.

A comprehensive maintenance service was performed on the gas furnace to ensure optimal performance as colder weather approaches. This included a thorough inspection of all components, such as the burners, heat exchanger, and air circulation system. Dirty filters were replaced with new ones to enhance airflow and efficiency. Lubrication was applied to moving parts to reduce wear and ensure smooth operation. The ignition system was tested and adjusted if necessary to guarantee reliable startup. Additionally, the venting system was inspected for blockages or damage, and any necessary repairs were made to ensure safe and efficient exhaust. The overall system was tested to confirm it operates correctly and efficiently, providing reliable heating for the upcoming season.

Installed 5 ton gas ac furnace with new armaflex new pumpups pressures held at 400 psi for 30 minutes vaccum pulled below 300 microns indoor unit sat with new pan new pumpups 2 ss2’s new armaflex sealed plenums no gas leaks sealed flue pipe

Completed the replacement of an outdated thermostat with a modern, programmable model on a heat pump system. The process began with a thorough inspection of the existing thermostat and its wiring. The old thermostat was carefully removed, and the wiring was labeled for accurate reconnection. The new thermostat was installed, ensuring all connections were secure and properly configured. The system was then tested to confirm optimal performance, including heating and cooling functions. The new thermostat was programmed to the customer's preferences, enhancing energy efficiency and convenience. The job concluded with a detailed explanation of the new system's features and operation to the customer.

During the fall maintenance on the gas furnace, I began by inspecting all components for signs of wear and tear. The furnace's air filters were replaced to ensure optimal airflow and efficiency. I meticulously cleaned the burners, heat exchanger, and blower assembly to remove any accumulated dust and debris. The ignition system was tested and adjusted to guarantee reliable ignition. Lubrication of moving parts was performed to reduce friction and extend the lifespan of the furnace. A thorough check of the venting system ensured proper operation and safety. Finally, I calibrated the thermostat and conducted a full system test to confirm the furnace was operating efficiently and safely for the upcoming heating season.

HVAC Installation Summary * Installed a new 4-ton S-Series system. * Installed a new drain pan and two SS2 safety switches. * Installed and sealed new plenums. * Installed a new drain line with insulation. * Ran new insulated copper refrigerant lines. * Installed new wiring and pump-ups. * Added a new 12” return duct. * Installed a new 12” x 24” return grille and filter. * Sealed all plenums and connections. * Installed the outdoor unit on a new condenser pad. * Installed new insulated copper lines, wiring, electrical whip, and disconnect for the outdoor unit. * Pressure Test: System held at 400 PSIG for 30 minutes. * Vacuum Test: Pulled the system below 500 microns. * Payment: Collected in full by customer check.

The task involved meticulously inspecting the plenum cabinet of the HVAC system to identify any potential air leakage points. Using specialized sealing materials and tools, each joint, seam, and connection within the plenum was carefully sealed to ensure a tight, airtight environment. This process included applying high-quality sealant to all exposed edges and gaps, followed by smoothing and finishing to maintain a professional appearance. Additionally, any previously failed seals were removed and replaced with new ones to guarantee maximum efficiency. The final step involved a thorough inspection to confirm that no air leakage remained, ensuring optimal performance and energy efficiency of the HVAC system.

I meticulously replaced the existing copper insulation on the 7/8 copper line, ensuring a precise fit and optimal thermal performance. The old insulation was carefully removed, and new, high-quality insulation was applied to the copper line. This process involved measuring the line accurately, cutting the insulation to size, and securing it with appropriate fasteners. The new insulation was checked for proper coverage and snugness to prevent any gaps or looseness that could compromise efficiency. The job was completed with attention to detail, ensuring the system's integrity and efficiency were maintained.

Upon arrival, the Bryant Evolution system displayed a communication error, preventing proper operation. After a thorough inspection, it was determined that converting the system to a standard 24V heat pump would resolve the issue. The process began by carefully disconnecting the existing Evolution control components and wiring. Next, the new 24V heat pump components were installed, ensuring all connections were secure and correctly configured. The system was then tested to confirm seamless communication and optimal performance. This conversion not only addressed the initial error but also enhanced the system's reliability and efficiency. The job was completed successfully, ensuring the system operates as intended.