Heating and Air Conditioning in Odessa, TX

Upon inspection, the drain appeared to be operating at an excessive speed, causing water to overflow from the drain pan inside the coil and drip out of the corner just past the primary drain. Adjusting the blower speed did not resolve the issue. The plenum/coil was slightly tilted towards the coil, which I leveled to ensure proper drainage, but this also did not help. To temporarily address the issue, I elevated the secondary drain pan to ensure it drains towards the secondary drain line. I will contact FSR for further recommendations regarding a potential runtru solution. No other issues were identified during the service.

I performed a comprehensive cooling maintenance service, starting with a thorough inspection of the system's pressures, volts, amps, and microfarads (mfds) to ensure optimal performance. I meticulously cleaned the unit to remove any accumulated dirt and debris, enhancing its efficiency. Additionally, I cleared the primary drain line to prevent any blockages that could affect the system's functionality. After completing these tasks, I verified that the unit is operating correctly with no issues detected.

During the AC tune-up, I began by inspecting the dual capacitor, which was found to be below the 10% mark. After obtaining the customer's approval, I replaced the capacitor. Following this, I cleaned the condenser and allowed it to dry. Upon checking the pressures and temperatures, I noticed they were lower than normal. Additionally, I observed an oil-like spot inside the coil of the condenser. The customer opted to have the system charged temporarily. Apart from these findings, no other issues were detected during the service.

Upon inspection, the outdoor unit had suffered significant damage due to a fire, with all electrical components completely burnt out. The compressor was found to be grounded, rendering the unit inoperable. As a result, a complete replacement of the outdoor unit was necessary. We carefully removed the damaged unit and installed a new one, ensuring all connections were secure and the system was functioning correctly. An estimate has been sent to Angfc1221@gmail.com. Unfortunately, the payment link for the Capital One card did not go through, so please try again or use an alternative payment method.

Upon inspection, the primary drain line was found to be obstructed, causing potential water damage. The air handler in the suspended ceiling lacked a secondary drain pan and a float switch, which are crucial for preventing water damage. To resolve the clog, I used a vacuum and nitrogen purge to clear the drain line. Additionally, I highly recommend installing a float switch on the evaporator coil and a new drain with a stack and P-trap to ensure proper water flow. The return plenum exhibited an air leak, which I addressed by covering it with aluminum tape and applying duct seal. All repairs have been successfully completed.

We successfully completed a comprehensive cooling maintenance service on a 34-year-old R22 system. Our team began by replacing the 55/5 capacitor for the outdoor unit, ensuring optimal performance and efficiency. Additionally, we replaced the 10mfd capacitor for the indoor blower motor, addressing any potential issues and enhancing the system's functionality. Throughout the process, we meticulously inspected the pressures, amps, volts, and mfds to guarantee everything was within the correct parameters. We also took the time to thoroughly clean the unit, removing any accumulated dirt and debris. As a result, the system is now running perfectly, providing reliable and efficient cooling.

Picked up unit

During the cooling inspection, we thoroughly examined a 13-year-old Lennox 5-ton commercial RTU system. Critical repairs were identified, including condenser and evaporator coil cleaning, replacing the blower motor capacitor, and updating the compressor and fan motor capacitors. We also recommended cleaning the reusable filter. If needed, we estimated a 2 lb refrigerant charge to meet manufacturer specifications post-cleaning. All repairs are essential for optimal performance.

During the recent air conditioning tune-up, I meticulously inspected the entire system. I found that one return flex duct was loose inside the attic space, which was causing it to draw in attic air. To rectify this, I securely attached the return flex to the appropriate return grill/box. Additionally, I recommended adding a float switch to either the coil or the drain pan to enhance system efficiency and prevent potential overflow issues. I provided detailed estimates for both the duct attachment and the float switch installation. Apart from these adjustments, the system was in excellent condition and fully operational.

During the service, we identified a blockage in the primary drain line, which was impeding proper drainage. Additionally, the air handler in the suspended ceiling lacked a secondary drain pan and a float switch, posing a risk of water damage to the ceiling. To resolve the clog, we used a vacuum and nitrogen purge to clear the drain line. We highly recommend installing a float switch on the evaporator coil and adding a new drain with a stack and P-trap to ensure proper drainage. An estimate has been sent out and is awaiting approval. Once approved, our office will schedule the necessary repairs.

I inspected five units, examining ductwork supply/return, drains, and line sets. I measured pressures on all systems, finding two with low readings. The north upstairs unit, a 4-ton system, was charged with 4 lbs of 410a refrigerant. The maid quarters unit, a 2-ton system, was charged with 3.5 lbs of 410a. All systems require condenser coil cleaning, followed by a recheck of refrigerant pressures and temperatures.

During the service, we addressed a clog in the drain line, which lacked a clean-out point and featured a man-made P-trap. We successfully cleared the drain line and replaced the man-made P-trap with a proper one, adding a clean-out for future maintenance. Both the primary and secondary drain lines were thoroughly cleared. Additionally, we identified a small gap in the hard duct leading to the restroom, which could be sealed for added efficiency or left for the customer to handle as they see fit. No other issues were found.

Upon arrival, I identified that the defrost circuit board was malfunctioning, preventing the system from cooling effectively. I began by safely disconnecting the power supply to ensure my safety and the integrity of the equipment. I then accessed the system's internal components, carefully removed the faulty defrost circuit board, and replaced it with a new one. After confirming the new board was securely installed, I restored power and tested the system. The cooling function was restored, and the system operated smoothly without any additional issues. I conducted a thorough inspection to ensure all components were functioning correctly and left the area clean and tidy.

A thorough cooling inspection was conducted, focusing on the condenser. Significant dirt accumulation was discovered, obstructing its function. The condenser was meticulously cleaned to remove all debris. Following this, the system was charged with 3 lbs of 410a refrigerant, ensuring it meets manufacturer specifications for optimal performance. The inspection and maintenance were completed successfully, enhancing the system's efficiency and reliability.

A comprehensive cooling inspection was conducted, revealing several issues that required attention. The first step was to install a new 40/5 capacitor, ensuring the system would operate efficiently. Next, the outdoor 2-wire condenser was repaired, addressing any faults that could hinder performance. Additionally, the system was charged with 1 lb of R-22 refrigerant, restoring the necessary pressure for optimal cooling. After these repairs, the unit was tested and found to be fully operational. Notably, the unit had not been used for four years, making this restoration particularly significant. The successful completion of these tasks guarantees reliable and effective cooling moving forward.

I addressed a clogged drain line leading to the condensate pump, which was impeding proper drainage. Using nitrogen, I successfully cleared the blockage. To prevent future water damage to the ceiling, I installed a float switch. The system is now draining correctly. No additional issues were found during the inspection.

The customer required maintenance on their blower motor, which was either in need of cleaning or replacement. After a thorough inspection, it was determined that the motor could not be repaired. Instead, the customer opted for a more permanent solution. I informed them about the benefits of installing a mini split system, which would provide better efficiency and comfort. They agreed to proceed with the installation, which was completed for a total cost of $1200. The new mini split system was installed efficiently, ensuring optimal performance and satisfaction.

Upon inspection, the existing air conditioning system, which was 32 years old, was found to be in need of replacement. The compressor had failed, leading to inefficient cooling and increased energy consumption. I conducted a thorough assessment and provided a detailed estimate for a new, high-efficiency unit. The new system was chosen based on its energy efficiency rating, durability, and compatibility with the existing infrastructure. Installation was completed with precision, ensuring optimal performance and longevity. The customer was satisfied with the professional service and the improved comfort of their living space.

Upon receiving the service request, I identified a blockage in the drain line. To address this, I utilized nitrogen to clear the obstruction, ensuring a thorough and efficient cleaning process. After successfully clearing the line, I reattached the drain using a PVC coupling, ensuring a secure and leak-proof connection. Post-repair, I conducted a comprehensive inspection to confirm that the drain line was functioning correctly. The system is now draining as intended, and no additional issues were detected during the assessment. The job was completed to the highest standards, restoring full functionality to the drain line.

During the cooling inspection, I thoroughly examined the unit and charged it with 5 lbs of 410a refrigerant. I identified a potential leak in the condenser coil, which showed signs of significant hail damage. Additionally, I discovered that the suspended ceiling had sustained damage due to a plumbing issue. A plumber had improperly connected the water heater's drain pan, causing the drain line to become blocked. This resulted in the water heater drain pan overfilling and water seeping through the ceiling. To address this, I recommended that the customer contact a plumber to install a separate drain line for the water heater, preventing future issues.

We recently completed a comprehensive service involving the replacement of the compressor and the thermal expansion valve (TXV) in the HVAC system. Our team first assessed the existing system to determine the necessary components and tools. The old compressor was carefully removed, and the new unit was installed with precision. The TXV was also replaced to ensure optimal performance and efficiency. Post-installation, we conducted thorough testing to confirm that the system operates correctly and meets the required standards.

During the cooling inspection, I identified that the condenser coil was heavily obstructed, which led to elevated head pressure and subsequent shutdown of the unit. Despite these issues, the unit itself is fully functional. The homeowner, an elderly gentleman who recently experienced a severe car accident and is unable to walk around, lives alone. Given his circumstances, I ensured that the system was operational and safe for use. I cleaned the condenser coil thoroughly, restoring the unit to optimal performance. This intervention not only resolved the immediate issue but also provided peace of mind to the homeowner, knowing his cooling system is reliable.

During the recent service, the internal valve of the compressor was found to have failed, causing refrigerant to bypass. Consequently, the compressor required replacement to restore proper functionality. Additionally, the client inquired about the possibility of extending ducts to outdoor patios that will eventually be enclosed. To address this, we assessed whether the existing system could handle the additional load or if an upgrade was necessary. Photographs of the patios were uploaded to facilitate a more accurate evaluation. Further consultation with Toby will be conducted to finalize the recommendations.

During the service, I replaced the air filter to ensure optimal airflow and efficiency. Additionally, I thoroughly cleaned the condenser unit to remove any accumulated dirt and debris, which helps maintain its performance. The unit is now operating smoothly. However, due to the lack of insulation in the house, achieving and maintaining a comfortable temperature of 72-74 degrees may be challenging. Regular maintenance and potential insulation improvements could help enhance the unit's effectiveness.

Upon inspection, the system was functioning as expected but was constantly running due to inadequate insulation in the attic. The temperature differential was accurate, about 1 degree off the thermostat setting. The air exiting the vents was a satisfactory 50-51°, indicating efficient cooling. However, the old insulation was insufficient, not even covering the 2x4s in the attic. Refrigerant levels were stable, consistent with the recent addition. While the system operates correctly, the lack of proper insulation significantly impacts temperature maintenance. Further consultation with Toby is necessary to address this issue. No other problems were identified.