HVAC & Plumbing Excellence in Elgin, OK

Completed a comprehensive HVAC installation project, featuring a 4-ton gas furnace installed horizontally. This involved the integration of new Armaflex insulation, ensuring optimal thermal efficiency. New plenums were installed and sealed to enhance airflow distribution. A new thermostat and air scrubber were added for improved indoor air quality and temperature control. A 4-ton condenser was installed, paired with new pump-ups for reliable operation. Additional Armaflex insulation was used to minimize noise and energy loss. System pressures were tested, holding at 350 for 30 minutes, and a vacuum test was conducted, achieving a reading below 500 microns to ensure a leak-free system.

Conducted a comprehensive maintenance check on two package units, ensuring peak performance and efficiency. This involved inspecting and cleaning the air filters, checking refrigerant levels, lubricating moving parts, and testing electrical connections. The units were also calibrated to maintain optimal temperature and humidity levels. Additionally, potential issues were identified and addressed to prevent future breakdowns. The maintenance was performed with precision and care, ensuring the units operate smoothly and reliably.

A 4-ton heat pump stand-up air handler was installed, featuring new Armaflex insulation, a sealed plenum, and a fresh condensation drain with Armaflex. A new thermostat wire was added, and the drain pan was replaced. The outdoor unit was installed with a new whip, pump-ups, and wiring inside Car-flex. The system was vacuumed to below 500 microns, and pressures were held at 350 for 35 minutes. The installation ensured optimal performance and efficiency, adhering to industry standards.

Conducted a comprehensive maintenance service on a Bryant air conditioning system. The process began with a thorough inspection of the entire system, including the compressor, condenser, evaporator coils, and air filters. Each component was meticulously examined for signs of wear, corrosion, or damage. Air filters were replaced to ensure optimal airflow and efficiency. The system's electrical connections and controls were tested for proper functionality. Refrigerant levels were checked and adjusted as necessary to maintain peak performance. Lubrication was applied to moving parts to reduce friction and wear. The system was tested for cooling efficiency and noise levels. Finally, a detailed report was provided, highlighting the maintenance performed and any recommendations for future care.

A customer was in need of immediate cooling while awaiting the installation of their new HVAC system. To address this, I installed multiple portable air conditioning units strategically placed throughout their home. Each unit was carefully positioned to maximize efficiency and coverage, ensuring a comfortable environment. The units were set up to operate seamlessly, providing consistent cooling until the permanent system was ready. Throughout the process, I ensured that all units were functioning optimally and adjusted settings as needed to meet the customer's comfort preferences. This temporary solution allowed the customer to enjoy a cool and comfortable living space while they waited for their

Upon inspection, a leak was identified in the condenser coil. The process began with a thorough visual examination of the coil to locate any obvious signs of damage or wear. Utilizing specialized tools, I carefully checked for refrigerant leaks by applying a soap and water solution to the coil's surface. Bubbles formed at the leak site, confirming the presence of a leak. I then proceeded to isolate the affected section of the coil. Using precise techniques, I repaired the leak by sealing the damaged area with appropriate materials. Post-repair, I conducted a series of tests to ensure the integrity of the repair and the proper functioning of the condenser coil. The system was then refilled with the correct amount of refrigerant, and performance checks were carried out to confirm optimal operation.

Completed a thorough cleaning of a Lennox air conditioning unit. First, I inspected the system for any visible debris or obstructions. The condenser coils were heavily soiled, which was contributing to the high pressure readings. I carefully removed the debris from the coils using a coil cleaner solution and a soft brush. Next, I cleaned the evaporator coils, ensuring they were free of dust and grime. I also inspected and cleaned the air filter, replacing it if necessary. After cleaning, I checked the refrigerant levels and found them to be within the optimal range. Finally, I tested the system to ensure proper operation and balanced the airflow. The unit is now running efficiently with normal pressure readings.

Leak search 2012 Trane Heat pump

Replaced supply Zone Dampener

Completed a full duct cleaning service, including cleaning accessible supply and return vents, along with the dryer vent.

System maintenance on Amana inverter.

A 50-gallon water heater was thoroughly flushed to remove sediment buildup, ensuring optimal performance and efficiency. The process began by turning off the power to the heater and draining the existing water. A hose was connected to the drain valve, and the water was directed to an appropriate drainage area. After draining, the sediment was flushed out using a garden hose. The tank was refilled with fresh water, and the heater was powered back on. Temperature and pressure relief valves were checked for proper operation. The water was heated to the desired temperature, and the system was tested for leaks and proper function. The job was completed with the water heater running smoothly and efficiently.

Ac system evaluation.

Customer having a zone dampener issue.

Hvac tuneup

Capacitor replacement on annual tuneup.

Dual run capacitor reading out of range.

Completed a comprehensive maintenance service on a 2-year-old Carrie air conditioning system. The process began with a thorough inspection of the unit, checking for any signs of wear or damage. I cleaned and inspected the condenser coils, ensuring they were free from dirt and debris to optimize cooling efficiency. The air filter was replaced to enhance air quality and system performance. I also checked and cleaned the evaporator coils and drain pan, ensuring proper drainage to prevent water accumulation. The refrigerant levels were verified and topped off if necessary, ensuring the system operated at peak efficiency. Additionally, I inspected and lubricated the motor and fan components, and calibrated the thermostat for accurate temperature control. The system was tested for proper operation, and all electrical connections were inspected for safety and reliability. The maintenance concluded with a detailed report of the work per

A recent project involved diagnosing and resolving an issue with a Bryant HVAC system that was experiencing problems due to a malfunctioning thermal expansion valve (TXV). Upon inspection, it was evident that the TXV was not regulating refrigerant flow correctly, leading to inconsistent cooling performance. The first step was to isolate the TXV and verify its condition using a manifold gauge set. The results confirmed that the TXV was indeed faulty. The next step was to replace the defective TXV with a new one, ensuring it was properly installed and calibrated. Post-installation, the system was tested to ensure optimal performance and efficiency. The replacement and calibration of the TXV restored the system’s functionality, resulting in balanced and efficient cooling throughout the space.

Hvac consultation

Installed a new 4-ton Amana heat pump system with matching air handler and new Wi-Fi thermostat.

Conducted a thorough inspection to ensure unobstructed airflow throughout the system. Checked all components, including ducts, vents, and filters, to confirm smooth operation. Verified that there were no obstructions or debris that could impede the flow of air. Performed necessary adjustments and cleaning to maintain optimal performance. Verified that all parts were functioning correctly and efficiently, ensuring a seamless and effective airflow system.

a Carrier package unit and an Armstrong package unit. The maintenance began with a thorough inspection of both units, checking for any signs of wear, damage, or inefficiencies. Filters were replaced to ensure optimal air quality and system performance. Lubrication of moving parts was performed to reduce friction and extend the lifespan of the components. Electrical connections and controls were tested for proper functionality. Refrigerant levels were checked and adjusted as necessary to maintain efficiency. The cooling and heating capacities were verified to ensure they met the required specifications. Both units were cleaned, including coils and fins, to enhance heat transfer and overall performance. Post-maintenance testing was conducted to confirm that both systems were operating within optimal parameters. Documentation of the maintenance activities and findings was completed for future reference.

Conducted a comprehensive maintenance service on a Goodman air conditioning unit. The process began with a thorough inspection of the entire system, including the compressor, condenser, and evaporator coils. I cleaned the condenser and evaporator coils to ensure optimal heat transfer and efficiency. The air filter was replaced to improve indoor air quality and system performance. Lubrication was applied to the motor bearings and other moving parts to reduce wear and ensure smooth operation. I checked and adjusted the refrigerant levels to maintain proper pressure and cooling capacity. Electrical connections and components were inspected for any signs of wear or damage. Finally, I tested the

A gas line testing procedure was initiated by the gas company, which required immediate attention. Upon arrival, a thorough inspection of the gas line was conducted to identify any potential issues. The gas line was carefully examined for leaks, blockages, or any other irregularities that could compromise safety. After pinpointing the problem areas, precise repairs were executed to ensure the gas line was fully operational. This involved replacing damaged sections, sealing leaks, and ensuring all connections were secure. Once the repairs were completed, the gas line was tested again to confirm that it met safety standards and functioned correctly. The gas was then turned back on, and the system was verified to be in optimal working condition.