HVAC, Plumbing, & Electrical Services in Crowley, TX

During the inspection, I meticulously examined the HVAC system, confirming that the coils were clean and the air filter was in good condition. I identified a slow drain issue and suggested clearing the drain lines. To maintain cleanliness, I recommended installing a germicidal unit inside the indoor system. Additionally, I advised adding a soft start kit to the outdoor unit for more efficient startups and to reduce compressor wear. All electrical components were tested and found to be functioning correctly. The system is currently running and cooling effectively. The homeowner needs to discuss the proposed options with their spouse before proceeding.

I visited to provide a detailed quote for necessary repairs identified by an inspector. I explained that certain issues, while flagged, were not mandatory due to the house's age and existing codes. However, I assured the customer that if these updates were desired, I fully understood and could complete them. I presented a comprehensive quote covering all potential repairs, ensuring transparency and customer satisfaction.

I visited the customer's home to assess their needs. They required insulation for their suction pipe and p-trap to improve efficiency and prevent freezing. Additionally, there was a noticeable dent on the condenser, which could affect its performance. I provided a detailed estimate for these services, including the materials and labor required. The customer appreciated the thoroughness of the assessment and requested some time to discuss the estimate with her husband before making a decision. I ensured she had all the necessary information to make an informed choice.

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00 p.m. The system was operational but had a 5° Delta on the thermostat. After a detailed inspection, I discovered that the system was shutting off during peak heat due to a thick layer of dirt around the outdoor coil, causing the compressor to shut off on thermal overload. Additionally, the capacitor was out of tolerance. I replaced the capacitor and meticulously cleaned the condenser coils from the inside out. Post-cleaning, I tested the unit's operations and confirmed that the system was cooling effectively with a 20° Delta. The job was successfully completed, ensuring optimal system performance.

I was called to address an issue with a system that was not cooling. The unit in question is an R22 system with a convertible 410 evaporator coil, which is under warranty. Upon inspection, I found the refrigerant to be at a flat charge. I used H/O's R22 refrigerant to pressurize the system and conduct a leak check, but I was unable to locate the leak. I recommended the homeowner consult with a comfort advisor for a more efficient system. No repairs were made, and the homeowner mentioned they know someone who handles R22 equipment and will contact them.

Upon returning for a follow-up, I discovered the system was not cooling below 75°. Initially, the unit appeared fine during the tune-up due to high temperatures and a dirty outdoor coil, which masked the refrigerant issue. The system was slightly low on charge, with a delta T of 14°. I added the necessary refrigerant, ensuring it met specifications. After topping off, the delta T improved to 20°, and the system is now cooling effectively. The next scheduled tune-up will include a thorough check of the refrigerant levels and an assessment of the leak's size. Thank you for your cooperation.

I conducted a comprehensive inspection of the upstairs HVAC system, starting with the replacement of the air filter. I meticulously checked the drain lines for any blockages and ensured all electrical components were functioning correctly. The refrigerant levels and delta T were also evaluated to confirm optimal performance. The homeowner had approved an upgrade to their existing UV system, which had a faulty bulb. I installed the new iaq200 germicidal unit, ensuring the coils were clean. After installation, I tested the unit operations to verify everything was working as intended. The system is now operating efficiently, and no issues were detected. Thank you for the opportunity to service your HVAC system.

Upon arrival, I found the air conditioning system was completely shut off. After having the customer turn it back on, I checked the refrigerant pressures and confirmed they were within the manufacturer's specified tolerances. I then measured a 17° temperature split between the return and supply plenums, indicating proper system operation. However, while checking the compressor inrush amperage, I discovered it was significantly higher than normal. I explained to the customer that this high startup amperage could lead to compressor overheating and inefficient operation. To address this, I recommended replacing the capacitor and installing a compressor saver hard start kit. The customer approved the repairs and signed up for our maintenance membership. After completing the repairs, I verified proper system operation, and the air conditioning is now cooling effectively and efficiently.

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Recently, I successfully completed a project involving the sale and installation of a high-efficiency heat pump. The system chosen was a level 4-60k heat pump, designed for upflow applications, which was sold for $24,844. The client opted for a full financing arrangement through Google Leap, facilitating a seamless transaction. The installation was meticulously planned and scheduled for Monday, July 13th. Throughout the process, I ensured that all technical specifications were met, and the installation was performed with precision to guarantee optimal performance and energy efficiency. This project highlights my commitment to delivering top-tier HVAC solutions and customer satisfaction.

Upon inspection, the compressor had an open leg, causing it to malfunction. After cooling it down with water, it briefly restarted but failed to operate properly. I replaced the hard start and cap, successfully restoring functionality. The system is currently in a fragile state, and I advised the client of this condition. They are interested in discussing a potential system replacement to prevent a complete shutdown. Additionally, the system has low freon levels, as indicated by a low SC 4.6 reading. A follow-up appointment is scheduled for tomorrow at 10 am.

A customer contacted us for an evaluation of their cooling system, which was not functioning. Upon arrival, I conducted a thorough electrical inspection and identified that the outdoor run capacitor had failed. I explained the repair options to the customer, who approved replacing the capacitor. Since I didn't have the correct capacitor on my service vehicle, I temporarily installed a properly rated capacitor to restore operation. I then went to the shop to obtain the manufacturer-recommended capacitor. After returning, I installed the correct capacitor and verified that the system was operating normally. The cooling system was fully functional, and the customer was satisfied with the service provided. Thank you for choosing our services.

Upon inspection, I identified a faulty capacitor at the condenser as the root cause of the system's malfunction. I replaced the capacitor unit, ensuring the system now operates efficiently. Additionally, I verified that the Freon levels were within the optimal range, confirming the system's proper functioning. The replacement part is under warranty, and no labor charges were applied. Payment was processed via credit card.

Upon inspection, I identified a leak in the customer's evaporator coil. To address this issue promptly, I added a small amount of refrigerant to ensure the system operates efficiently for their upcoming holiday party. This temporary solution will help them enjoy their event without interruption. The customer plans to monitor the system's performance and will contact us if further assistance is needed. My goal was to provide a quick, effective fix to maintain comfort and convenience for their celebration.

A customer contacted us for an evaluation due to inadequate cooling in the master bedroom, master bathroom, and one additional room. Upon inspection, I found a disconnected supply duct in the attic. I informed the customer about the issue and, after their approval, reconnected, sealed, and repaired the duct. During the inspection, I also noticed significant buildup in the condensate drain line. I explained the situation to the customer and recommended a condensate drain treatment solution, which they agreed to. After completing the duct repair and drain line treatment, I verified the system's operation. The HVAC system is now cooling properly, and the previously affected rooms are receiving adequate airflow.

Upon arrival, I conducted an evaluation as the homeowner was not present. Both indoor and outdoor units were operational. After discussing symptoms, I found the system was cooling within tolerances, though the homeowner reported it felt warm. The primary issue was a blocked primary drain line. Despite the homeowner declining repair and being aware of potential water damage, I informed them of pet-related damage to the unit and cleaned the outdoor unit. The system was cooling effectively when I departed.

Upon receiving the call, I began by thoroughly inspecting the outdoor unit's electronics, ensuring everything was operational. I then proceeded to the disconnect box, where I discovered a burnt and disconnected wire. This wire had melted the plastic and severed the connection to the breaker. I promptly informed the customer of this critical issue. They decided to replace the disconnect and have the wiring redone. Following the repairs, I verified that the system was functioning correctly and the cooling was restored. The customer expressed their gratitude for the service provided.

I conducted a thorough plumbing inspection for the customer, meticulously examining all visible plumbing systems and components. I identified areas that required attention and documented my findings in detail. Based on the inspection, I provided specific recommendations to address potential issues and improve the overall functionality and safety of the plumbing system. I ensured the customer understood the importance of each recommendation. The customer will review the estimate and contact us when ready to proceed with the necessary work.

Upon inspection, I identified a clog in the primary drain line, which was causing the unit to cycle on and off intermittently. I carefully accessed the drain and thoroughly cleared the obstruction. After ensuring the drain was free-flowing, I tested the unit to confirm proper operation. The freon levels were checked and found to be within the optimal range, and the temperature split was satisfactory. The system is now functioning smoothly, and payment was collected via credit card.

A customer requested a Super Tune-Up for their HVAC system. I began by cleaning the outdoor unit's condenser coils and checking refrigerant pressures to ensure they met manufacturer specifications. All electrical components were inspected and verified for proper operation. Moving indoors, I found rust in the drain pan and water discharging from the secondary drain line. Several duct connections were improperly sealed. After discussing these findings, I cleared the drain line, poured two gallons of water through the primary drain to confirm proper drainage, and verified the sink connection. I also verified a 20-degree temperature split, replaced the air filter, and inspected for biological growth, finding none. The system now operates efficiently and as designed.

Upon arrival, I found the system to be heavily soiled. After thorough cleaning and inspection, I identified high superheat and inadequate cooling. Further examination revealed water in the drain pan, a suspected evaporator coil leak, and low refrigerant levels. These issues are compromising performance and could lead to continuous operation without achieving desired indoor comfort, especially in high temperatures. I explained these concerns and their potential consequences to the homeowner, who chose not to proceed with repairs or refrigerant service. I emphasized the importance of addressing these issues to prevent further damage and stress on the system.

Upon arrival, I identified a water leak originating from the HVAC system. Upon inspection, the primary drain line was found to be clogged. After discussing the situation with the homeowner, it was decided to only clear the drain. Notably, the system lacks a safety float switch to prevent water damage. I successfully cleared the drain, followed by testing the unit operations. The system is now functioning properly.