Heating and Air Conditioning in Odessa, TX

Upon inspection, the drain was not functioning efficiently. To address this, I applied a specialized drain cleaner to ensure it would flow smoothly. This solution was carefully measured and added to the drain to break down any blockages. After allowing the cleaner to work for the recommended time, I flushed the drain with hot water to clear any remaining debris. The drain now drains properly, and the issue has been resolved.

No issues to report

I performed a comprehensive AC tune-up, starting with a thorough inspection of the system's components, including the thermostat, filters, and electrical connections. I cleaned the condenser coils and checked the refrigerant levels to ensure optimal performance. The system's airflow was tested, and all moving parts were lubricated. After confirming that everything was functioning correctly, I provided a detailed report of the findings and recommended no immediate repairs. Additionally, I reviewed the existing comfort survey and confirmed it was already on file, so I declined to place a yard sign.

We completed a thorough cooling maintenance service. The outdoor unit was heavily clogged with dirt, which we meticulously cleaned and washed out. We also cleared the drain to ensure proper water flow. During the inspection, we checked the pressures, coils, amps, and mfds, confirming that the unit is in working condition. We provided an estimate for charging 3 lbs of R22 refrigerant. The customer agreed to contact us if the unit fails to cool properly. Our goal was to ensure optimal performance and reliability of the cooling system.

I completed a comprehensive service call, starting with vacuuming out the secondary drain pan to ensure proper drainage. I then cleaned the evaporator coil in place, requiring the removal of the return plenum for access. This task necessitated two people to safely carry the return plenum with the aid of two 10ft ladders. Additionally, I billed for the full repairs and service call. A new 20x22x1” filter was installed to enhance system efficiency.

Upon inspection, the coil was found to be frozen, indicating a recurring issue. To address this, I recommended adding a 20-inch flexible duct to enhance airflow and installing a wide louvre filter grill to improve efficiency. I provided a detailed estimate for these replacements, along with a case of filters to ensure optimal performance. The estimate was reviewed, signed, and the job is now scheduled for completion. This solution aims to prevent future freezing and enhance the overall efficiency of the system.

I recently completed a task involving the foyer unit's return air system. The current setup has 2.6 tons of return air with a 1-inch filter. To enhance efficiency, I installed a 2-inch filter in a closet, along with a wide louvered grill measuring 30x18. This involved expanding the side draft return duct work from its original dimensions of 20x25x1 to 20x25x2. The labor included precise modifications to ensure optimal airflow and efficiency. The customer opted for a cash payment as they did not have a card on hand.

Upon arrival, I began by assessing the fan motor's functionality. The motor was operational, and I proceeded to measure the amp draw and capacitor, both of which were within the manufacturer's specified parameters. I then examined the system's pressures and temperatures, finding them to be within normal ranges. To ensure optimal performance and quick response to any future issues, I emphasized the importance of contacting us when problems arise, allowing us to address them while they are active. After a thorough inspection, I confirmed that no issues were present, and the system was in good working condition.

I began by adjusting the float switch, which had been collecting water and causing the system to turn off prematurely. After ensuring the float switch was functioning correctly, I re-ran the drain to establish a proper gradient of 1/4 inch drop every 3 feet, ensuring optimal drainage. I then performed essential cooling maintenance, meticulously washing off the unit to remove any accumulated debris. The cooling system was tested by lowering the temperature from 72 degrees to 66 degrees, with the unit operating smoothly throughout the entire service call and maintenance, which lasted 2.5 hours.

pumping down the system, removing the coil, cleaning it, reinstalling, soldering, and conducting a pressure test. Following these steps, a vacuum was run to ensure no contaminants remained, and the refrigerant was released back into the system. The cleaning of the evaporator coil and blower wheel was successfully completed, resulting in the system cooling properly with no issues detected.

I installed a new secondary drain line to enhance the system's efficiency. This involved measuring and cutting the appropriate length of PVC pipe, ensuring a proper slope for optimal drainage. I connected the new line to the existing system, sealing all joints with PVC cement. The new line was tested for leaks and functionality, ensuring it met all safety and performance standards.

I completed a comprehensive cooling inspection and installed a new blower motor and blower wheel for the furnace. Additionally, I replaced the old thermostat with a new one and installed a new 7.5 mfd capacitor for the outdoor fan motor. I also signed the customer up for a membership and kindly requested a 5-star review with a name mention. The outdoor coil is severely dirty and requires immediate maintenance. I provided an estimate for evaporative coil cleaning and included the cost of approximately 2 lbs of R22 refrigerant if needed post-cleaning. The customer paid $1210.54 via check and financed the remaining balance. The system needs more return air, currently at 3.48 tons, while the requirement is 5 tons.

Upon inspection, the condenser dual capacitor (35/5mfd) was found to be faulty, preventing the system from operating. I replaced the faulty capacitor, and the system resumed normal function. After running the system for approximately 20 minutes, I observed that the pressures appeared slightly low. To address this, I added 1 pound of 410a refrigerant, which restored the pressures and temperatures to their appropriate levels. Although the system is currently functioning correctly, I noted the possibility of a small, currently undetectable leak. If the issue worsens, a thorough leak search will be necessary. No other issues were detected during the service.

Upon arrival, I conducted a thorough inspection of the system. Pressure levels, temperatures, and amp draw were all within acceptable parameters. The capacitor was also functioning correctly. I listened carefully for any unusual sounds or humming from the units, but none were detected. All components appeared to be in good working order, and no issues were identified during my assessment. The system was left in a stable condition, with no immediate concerns.

I performed a comprehensive air conditioning tune-up, starting with a thorough inspection of the system's components. The fan motor capacitor was found to be operating below the 10% efficiency mark, indicating it was in need of replacement. After discussing the issue with the customer, they agreed to the replacement. I supplied and installed a new filter, ensuring the system would operate efficiently. The rest of the system components checked out well, with no other issues detected. Additionally, I placed a yard sign to indicate the service was completed and filled out the comfort survey to gather customer feedback.

I provided an estimate for a new Daikin unit installation. During the assessment, it was determined that the existing blower motor required replacement due to inefficient performance. Additionally, the system needed 2-3 pounds of refrigerant to ensure optimal cooling. I explained the necessity of these components to the customer and assured them that a detailed estimate for the new system would be delivered by the afternoon. The customer appreciated the thorough explanation and the promptness of the estimate delivery.

Upon inspection, the blower wheel was found to be dirty, which could affect the system's efficiency. I recommended pulling and thoroughly cleaning the blower wheel to restore optimal performance. Additionally, I identified a potential risk of water damage due to a clogged drain. To mitigate this, I installed a float switch on the coil, ensuring that the system automatically shuts off if water accumulates. Following these recommendations, the blower wheel and motor were meticulously cleaned, and the float switch was successfully added. The system is now operating without any issues.

Upon receiving the Lennox unit, I identified that the coil provided was incorrect for the specific model. After a thorough inspection, it became clear that the coil needed to be replaced to ensure optimal performance. I contacted the supplier to verify the correct specifications and ordered the appropriate coil. Once the correct part arrived, I efficiently disassembled the unit, removed the incorrect coil, and installed the new one. This meticulous process ensured that the Lennox unit would function as intended, providing reliable and efficient service.

I successfully replaced the faulty blower motor in the HVAC system. After diagnosing the issue, I carefully removed the old motor and installed a new one, ensuring all connections were secure and functioning properly. I tested the system to confirm the new motor was operating efficiently. Additionally, I scheduled routine maintenance for this Thursday to ensure the system continues to run smoothly and to address any potential issues early.

Upon arrival, I first assessed the cooling system to ensure it was functioning correctly. I tested the thermostat to verify if it was short cycling, as reported by the customer. After thorough testing, I confirmed that the thermostat did not exhibit any short cycling behavior. I then explained to the customer the importance of maintaining similar temperatures on both thermostats, especially since they are located in the same hallway. I emphasized that if one thermostat is set lower while the other is higher, the system will overcompensate, leading to inefficiencies. Both thermostats were found to be working fine, and I provided guidance on maintaining consistent temperatures to optimize performance.

A thorough cooling inspection was successfully completed. Due to the customer's illness, a 10% discount was applied. Unfortunately, the customer could not sign up for our membership due to insufficient funds. A friend assisted by covering the service call and the cost of a 10mfd capacitor. I emphasized the importance of changing the filter monthly and encouraged the customer to join our membership for regular condenser coil cleaning to prevent high head pressure.

Upon inspection, the drain pan was found to be full of water due to a persistent issue with the p trap, which was frequently getting clogged and triggering the float switch. To resolve this, I repiped the drain line using a p trap fitting and a stack, facilitating easier maintenance and cleaning. The drain pan was thoroughly vacuumed to remove the accumulated water. With the system now functioning correctly, the cooling process has resumed without any further complications.

Upon inspection, the blower wheel was found to be dirty, necessitating its removal and thorough cleaning. Additionally, a float switch was installed to either the coil or pan to prevent water ceiling damage. The blower wheel was meticulously cleaned, and the float switch was successfully added. The system is now functioning optimally with no reported issues.

Upon arrival, I conducted a thorough inspection of the entire system. Despite the customer's concern about the unit stopping to blow cold air the previous night, I found no underlying issues. The customer had turned off the system overnight and restarted it before my arrival. After a comprehensive check, all components were functioning normally. I advised the customer to contact us immediately if the issue recurs while it is actively happening. No further action was required, and the system was operating as expected.

I successfully cleared the primary drain, ensuring optimal drainage and preventing potential water damage. Additionally, I recharged the system with 2 lbs of refrigerant, restoring the unit's efficiency. I also signed up for a membership to provide ongoing support and maintenance. A cooling tune-up is recommended to maintain peak performance. Please call to schedule this essential service to keep your system running smoothly.