HVAC, Plumbing, & Electrical Services in Benbrook, TX

I performed a comprehensive inspection and maintenance of the HVAC system. I checked all electrical components, ensuring they were functioning correctly and drawing the appropriate amperage. The refrigerant levels were verified to be adequate, and the temperature split between the indoor and outdoor units was within acceptable parameters. Drains were inspected and found to be clear and unobstructed. The condenser was cleaned thoroughly, and the filter was replaced to ensure optimal airflow. Additionally, I verified that the heating elements were working properly, and the overall unit was operating efficiently.

Upon arrival, I identified a leak in the coupling on the main water line for the water heater, located in the roof soffit. The leak was at the junction where the pipe curves to descend the wall. I removed the faulty coupling and replaced it, successfully stopping the leak. To ensure complete resolution, I will schedule a full-day project for next Tuesday to replace the hot side water line leading to the water heater, which will require assistance.

Today, I meticulously assessed the requirements for a new zone control system. I began by thoroughly reviewing the existing setup and discussing the client's needs and preferences. After understanding their requirements, I provided a detailed quote, breaking down the costs and explaining each component of the system. I ensured the client had a clear understanding of the pricing structure. She then presented her invoice for comparison. I reviewed the invoice, cross-referencing it with my quote to ensure accuracy and fairness. The client was satisfied with the pricing, and we proceeded with the next steps for installation.

Upon arrival, I began by thoroughly inspecting the brickwork for any visible signs of moisture or damage. Using specialized equipment, I conducted a detailed analysis to pinpoint the exact location of the leak. After identifying the source, I carefully removed sections of the brick to access the underlying plumbing. Once the leak was located, I repaired the damaged pipes and ensured all connections were secure. I then reassembled the brickwork, ensuring it was structurally sound and aesthetically pleasing. The job was completed efficiently, with all work performed to the highest standards.

Recently, I successfully completed a project involving the installation of high-efficiency heating and cooling systems. I installed a Level 2 24K heat pump, which provides robust heating and cooling capabilities for medium-sized spaces. Additionally, I installed a Level 3 48K heat pump, offering superior performance for larger areas, ensuring optimal comfort. For the garage, I installed a Soul Level 1 mini-split system, providing efficient and quiet cooling. Each system was carefully selected and installed to meet the specific needs of the client, enhancing their home comfort and energy efficiency.

I conducted thorough system tuneups for the homeowners, evaluating both upstairs and downstairs systems. I checked refrigerant pressures, inspected all electrical components, and cleaned and replaced the filters. Both systems showed lower refrigerant levels, with coil leaks and significant rust. There was also biological growth present. A Comfort Advisor is scheduled for a detailed review of custom system upgrades. The homeowners purchased refrigerant, which will be reimbursed or applied to a new system if they decide to upgrade. They also signed up for a membership.

A scheduled call was set for a time after 12 PM. The task involved assessing the client's current comfort systems, identifying areas for improvement, and providing expert recommendations. This included a thorough review of existing equipment, energy efficiency, and potential upgrades. The goal was to ensure optimal comfort and efficiency, tailored to the client's specific needs. The consultation was aimed at enhancing overall living or working conditions through expert insights and practical solutions.

00 PM today.

I conducted a comprehensive inspection of the HVAC system, including washing the outdoor coil, checking air filters and drain lines. I examined all electrical components, installation, refrigerant levels, and delta T. Although refrigerant levels were slightly off, no leaks were detected. The blower and compressor capacitors were out of tolerance, so I recommended replacing them and installing a soft start kit for efficient startups. I also suggested installing a UV system inside the air handler to prevent biological growth and resealing the supply plenum. Before discussing repairs, I advised the homeowner to consult a comfort advisor about potential system replacement. The system is currently operational.

I successfully completed a drain clearing task, ensuring that the drainage system was free from obstructions and functioning optimally. The customer plans to run a circuit and acquire a duck booster for their attic. Once they have set up the necessary components, I will proceed to install the duck booster. This will involve precise wiring to integrate it with the existing communicating system, ensuring seamless operation and enhanced performance. My role included diagnosing the issue, performing the necessary maintenance, and preparing the system for the customer's additional equipment. This comprehensive approach guarantees that the system will operate efficiently once the booster is installed.

Upon inspection, the system was significantly low on 410a refrigerant, requiring a full recharge of 70oz to reach the optimal level of 188oz. The suction coil temperature was at 0°, while the head pressure exceeded 60°. A thorough leak search was conducted to identify the source of the issue, which is a recurring problem. To permanently resolve this, a repair involving welding and recharging is necessary. In some cases, coil replacement may be required, which can be costly. Additionally, the fan motor, an Exam model, has stopped working and needs replacement. The homeowners, preparing to sell the house, have opted to delay repairs for now.

Upon arrival, I diagnosed a running toilet in the master bathroom, adjacent to a wall with a visible leak from the brick line. I inspected the water heater, confirming no leaks inside the box. I rebuilt the toilet, replaced the seal at the bottom, and reset it. I advised the customer to monitor the wall for any ongoing leaks. After repairs, I checked the water meter, which showed no movement, indicating the issue was resolved. Further investigation may be needed if the leak persists.

Today, I successfully replaced the cap under the parts and labor warranty for the Amana system. This involved carefully removing the old cap and inspecting the surrounding components for any damage. After ensuring everything was in good condition, I installed the new cap, making sure it was securely fastened. The system was then tested to confirm proper functionality. This task was completed efficiently, ensuring the system operates smoothly.

Upon arrival, I identified that the thermostat was set to 'off', causing the system to not cool. After turning it on, the system began to operate correctly. I educated the homeowner on thermostat controls and inspected the system. I ensured electrical components and refrigerant levels were adequate, with a delta T of 20°. I also placed a pan strip in the drain pan and recommended starting a maintenance kit for the outdoor unit to enhance efficiency. The system is now cooling effectively.

I conducted a comprehensive inspection of the HVAC system, focusing on various critical components. The inspection included cleaning the coils, checking the drains, and thoroughly examining all electrical components. I also verified the refrigerant levels and delta T. The system was found to be running and cooling effectively without any major operational issues. To enhance system performance and air quality, I recommended installing a germicidal unit in the air handler to prevent biological growth. Additionally, I suggested cleaning the blower wheel to reduce motor wear and installing a start kit on the outdoor unit to lower startup amperage and improve efficiency. A pan strip was added to the primary drain pan. The homeowner expressed interest in a UV system but needs to consult with her brother before proceeding with any repairs.

Upon inspection, I identified a faulty dual run capacitor as the root cause of the system's malfunction. I replaced the capacitor unit, restoring proper operation. Additionally, I verified that the Freon levels were adequate and the temperature split was optimal. The condenser was thoroughly cleaned to ensure efficient performance. I also enrolled the customer in the Comfort Care Club, which includes a lifetime warranty on the capacitor as long as the contract is maintained. The customer paid in full via credit card.

During the recent service, I identified several critical issues with the system. Firstly, a dead capacitor was found, which was impeding the system's efficiency. Additionally, the thermal expansion valve (TXV) was malfunctioning, leading to improper refrigerant flow. The system also exhibited a high inrush current, which can be harmful to the compressor. To rectify these issues, the system requires a new thermal expansion valve, a replacement capacitor, and the installation of a soft start device to mitigate the inrush current. The client specifically requested a new capacitor, which we have procured and installed. These interventions will ensure the system operates efficiently and reliably.

Upon arrival, I conducted a thorough diagnostic evaluation of the cooling system, which was not functioning as expected. After a detailed inspection, I identified that the run capacitor had failed, which was preventing the system from cooling effectively. I explained the issue and the necessary repair to the customer, providing a clear estimate for replacing the capacitor. Despite the detailed explanation and cost breakdown, the customer opted to have their friend, an HVAC technician, handle the repair. Consequently, no repairs were performed during my visit, and the system remained inoperative, circulating only warm air. Thank you for choosing our services.

A customer requested a Super Tune-Up for their 15-year-old heat pump system. I began by servicing the outdoor unit, cleaning the condenser coils, and checking the refrigerant pressures, which were within the manufacturer's acceptable range. I inspected all electrical components and controls, finding everything to be in proper working order. Moving to the indoor unit, I identified a refrigerant leak in the evaporator coil, consistent with a previous technician's findings. I also discovered significant biological growth inside the air handler, rust on the evaporator coil and blower assembly, and heavy dirt buildup on the blower wheel fins. The blower motor produced an abnormal noise, suggesting it may fail soon. I verified proper condensate drainage and measured a 15°F temperature split, indicating the system is cooling. I informed the customer about the refrigerant leak, the blower motor's condition, and the overall state of the equipment. I recommended discussing repair versus replacem

I conducted a comprehensive tuneup on the customer's system, starting with a thorough inspection of the tires and ensuring all components were functioning optimally. During the assessment, the customer reported experiencing excessive dust in her home and related allergy issues. Upon further investigation, I discovered biological growth within the system. To address these concerns, the customer opted for a RM to germicidal oxidation system. After installation, I performed a detailed test to confirm that the new system was operating as intended, ensuring the customer's comfort and health were prioritized.

During the service, I identified a faulty dual run capacitor and a defective compressor start kit. The capacitor was covered under the parts warranty, while the start kit was not. After replacing the capacitor and the start kit, I verified that the unit is now operating correctly with proper refrigerant levels. Payment was collected via credit card.

A customer requested an evaluation of their HVAC system. Upon arrival, I noticed a previously wet area that had dried up. I conducted a thorough inspection, including testing the condensate drain by pouring 4.5 gallons of water through the primary drain line. The drain operated smoothly, with no signs of restriction or backup. I also checked the system's overall functionality, confirming that it was cooling properly and operating normally. The evaluation concluded with the system fully functional. Thank you for choosing our services.

Upon arrival, I conducted a thorough inspection of the condenser unit. Upon examination, it was determined that the dual capacitor was faulty. I replaced the faulty capacitor with a new unit, ensuring compatibility and proper installation. Following the replacement, I tested the system to confirm that the condenser was functioning correctly. The cooling system was checked for proper Freon levels, which were found to be adequate. The system was then tested for efficient operation, and it was confirmed that the issue had been resolved. Payment was collected via credit card, and the job was completed to the customer's satisfaction.

Upon arrival, I thoroughly inspected the AC system's drain, confirming it was not clogged. To ensure optimal performance, I ran a cable through the drain to remove any potential debris. Following this, I poured a full gallon of water through the drain to verify proper drainage. The system functioned correctly, with all water draining smoothly, ensuring the AC system's continued efficiency.

Upon arrival, I conducted a comprehensive evaluation of the down system, which was operational. However, a thorough inspection revealed a clog in the HVAC condensate drain line. I presented repair options to the customer, who approved the recommended drain service. During further inspection, I discovered that the primary condensate line had been cleared, but the larger drain pipe it discharges into was also clogged. This secondary blockage was causing intermittent shutdowns as the condensate backed up and activated the safety switch. I advised the customer that a licensed plumber is needed to resolve this issue. They requested scheduling a plumber promptly. The HVAC system was operating properly and cooling by the end of the evaluation. I recommended temporarily setting the thermostat a few degrees higher to reduce condensate production and prevent further drain backups.