HVAC, Plumbing, & Electrical Services in Springtown, TX

On 9/8/26, I was called to address an issue with a water heater that turned on and then immediately cut off. I conducted a thorough inspection by running both hot and cold faucets separately and together to identify any potential issues. Unfortunately, I was unable to reach technical support at that time. I coordinated with Zach W and Wade G, who need to return my call on Thursday as per Mark's instructions. This is the earliest available time for the customer, and they are only available until noon that day. After speaking with Wade, my senior plumber, we will decide whether this requires a callback or if the issue can be resolved during this visit.

I performed a comprehensive inspection and maintenance on a 2015 American Standard Airhandler and Heatpump. Starting with the Airhandler, I checked and tightened all electrical connections, ensuring they were secure. The filter was found to be in acceptable condition, and the drain was clear with proper drainage. The blower motor and wheel were inspected and found to be acceptable, as was the evaporator coil. The UV system had successfully eradicated all biological growth within the system. For the 2015 American Standard Heatpump, I again checked and tightened all electrical connections. The dual run capacitor was within the manufacturer's specified range, and the primary electrical unit was acceptable. The defrost board and compressor saver were both functional, with acceptable refrigerant levels. The fan blades and motor were inspected and found to be in good condition, as were the condenser coils. I cleared all debris from the bottom of the unit and washed the condenser coils from t

I visited the customer's home to provide quotes for two significant projects they are eager to complete. I thoroughly explained the details of each project, ensuring the customer understood the scope and benefits. Additionally, I reviewed their membership benefits and how they could be applied to these projects. Despite the customer's long-standing membership and satisfaction with our services, they requested some time before starting the work. I patiently addressed their concerns and provided all necessary information to facilitate their decision-making process. The customer remains committed to our company and is expected to engage with us soon.

Upon arrival, the customer reported that kitchen plugs were not working. After resetting the GFCI, all outlets functioned correctly. The customer had previously attempted to reset the breakers, but the issue persisted. It was discovered that three GFCI outlets were on a single circuit, likely causing the tripping. The customer was informed about this and advised to contact us if the problem recurs. Although no further tripping occurred during the visit, replacement of the GFCI outlets is available if needed.

Upon arrival, the customer reported that the system was not cooling effectively. During the evaluation, it was discovered that the capacitor had failed internally, causing the fan to operate in reverse. I replaced the faulty capacitor under warranty and upgraded the system to a higher-efficiency model with a Cold Climate Compress (CCC) rating. This upgrade ensures better performance and reliability in various conditions. The system is now functioning optimally.

I inspected the main unit and identified a weak run capacitor, which was causing the system to throw an Open start circuit code. I replaced the capacitor and verified its functionality. Additionally, I checked the compressor saver and found no other issues. After completing these tasks, I left the system running in cool mode, ensuring it was operating correctly. The system is now stable and performing as expected.

I thoroughly inspected and serviced the 2025 Carrier Airhandler, ensuring all electrical connections were secure and tight. The customer did not have an extra filter on hand, so I noted this for future reference. The drain was clear and functioning properly, and the drain safety mechanism was operational. The blower motor and wheel were in good condition, as was the evaporator coil. The condensate pan showed slight biological growth, which I recommended addressing with a UV system. For the 2025 Carrier Heatpump, I checked and tightened all electrical connections, verified the dual run capacitor was within the manufacturer's range, and confirmed the defrost board was functional. Refrigerant levels and the primary electrical unit were acceptable. The fan motor and blades, as well as the condenser coils, were in good condition. I cleared debris from the bottom of the unit and washed the condenser coils from the inside out, then waxed the top of the unit. I also suggested installing a micr

I successfully replaced the 1/2 horsepower, 230-volt x-13 blower motor. After installation, I conducted a thorough function check to ensure the motor was operating correctly. The system was tested for both heating and cooling capabilities, and it performed optimally upon completion of the work. The system was fully functional and providing adequate cooling when I left the site.

Upon arrival, I evaluated the system and found that it was not cooling. The air handler was running, but the heat pump was not operational. The heat pump displayed an L2 code, indicating a high-pressure cut-off. I inspected the condenser coils and discovered they were severely compacted with grass clippings. I carefully washed the condenser coils from the inside out to remove the debris. After cleaning, I reset the system and monitored the pressures. The high-side pressure did not exceed 300 PSI. I then left the system running in cool mode to ensure it was functioning correctly.

I diagnosed and confirmed a failure in the 1/2 horsepower, 230-volt Trane X-13 blower motor. The motor was not functioning due to internal component issues. I removed the faulty motor and prepared the system for the installation of a new universal X-13 blower motor, which will be installed during my next visit. This ensures the system will operate efficiently and reliably.

Upon arrival, I inspected the tankless water heater and all connected fixtures. I tested multiple faucets simultaneously and individually, confirming that hot water was delivered quickly and consistently. I proceeded to descale the tankless heater, ensuring optimal performance. Additionally, I cleaned the inline filter on the cold side to enhance water flow. After completing the descaling and cleaning, I restarted the system and verified that hot water was available throughout the home. No issues were detected, and the system is functioning as expected.

During the service, I began by pressure testing the pump system and its lines. Upon completing the coil pressure test, it failed, prompting a notification to the customer. We proceeded with a vacuum pull on the pool, but it only reached 2210. I informed the customer that the vacuum could not go any further. They requested the addition of refrigerant, which we did. After adding the refrigerant, we measured the superheat and found it within the acceptable range. I replaced both door and capacitors and added compressor savers to both condensers. Throughout the process, I emphasized the recommendation for a comfort advisor to review the system before continuing. Despite this, the customer chose to proceed with the repairs. I left the system running and confirmed it was cooling effectively.

Upon arrival, I conducted a thorough inspection of the unit and identified that the cooling system was not operational. After a detailed examination, I discovered that the 40/5 dual run capacitor had failed, which was preventing the system from functioning correctly. I promptly replaced the faulty capacitor with a new one. Following the replacement, I performed a comprehensive function check to ensure that the system was operating as intended. The system was successfully restored to full functionality, and the cooling was effectively re-established. The unit was running smoothly and providing adequate cooling upon my departure.

On August 18, I conducted a thorough inspection and tune-up of the HVAC system. The upstairs condenser struggled to maintain performance, frequently cycling on and off. Upon connecting gauges, I discovered a cross-threaded high side port from a previous service. Suction side readings indicated low refrigerant levels, and both condensers showed signs of wear. The upstairs condenser was heavily soiled, likely causing high pressure. I discussed repairs, including adding a Newport on the liquid line, and recommended a system replacement due to its age. The customer opted for repairs and declined a Comfort Advisor visit. Systems were left running cool. Additional labor is required to complete the job.

power to the red (R) and green (G) wires, but not the yellow (Y). I then inspected the thermostat wires and discovered that the yellow wire at the thermostat was loose. After tightening the wire, the system powered on and ran without issues. Additionally, the thermostat was loose on the wall, so I secured it and recommended reinstalling the back plate to prevent future wire disconnections. I left the system set to cool.

On August 12, I returned to address an issue that required immediate attention. Upon arrival, I conducted a thorough inspection of the system to identify the root cause of the problem. After diagnosing the issue, I implemented a series of corrective measures to ensure the system was functioning optimally. This involved replacing faulty components and performing necessary adjustments. Throughout the process, I maintained clear communication with the client, providing updates on the progress and expected outcomes. The job was successfully completed, and the system is now operating as intended.

I arrived to assess the air conditioning system and found it was underperforming. After a thorough inspection, I determined that adding refrigerant could improve its efficiency. I prepared the necessary equipment and explained the process to the customer. However, the customer was not available, and I left a detailed message. Later, I received a call from the customer's mother, who expressed her hesitation about adding refrigerant at that time. I respected her decision and did not proceed with the service. I ensured all equipment was safely stored and left the site in its original condition.

Upon arrival, the customer reported that the system was not functioning and freezing on the inside unit. After a thorough evaluation, I found that the refrigerant levels were extremely low, and the evaporator coil was heavily compacted with dust and dirt. The previous storms had caused the skirting on the mobile home to be ripped off, leaving the disconnect in an unsafe location on the ground. I discussed the system's age and industry changes with the customer, recommending a Comfort Advisor visit. I also confirmed the Comfort deposit for the night and ensured the office called the customer for a credit application to expedite the process. Additionally, I assisted in installing the customer-supplied window unit, ensuring it was mounted securely on the wall for safety, given the presence of young children in the house.

I conducted a thorough electrical inspection, identifying areas requiring attention. During the assessment, I discovered that the moth gn was incorrectly installed. Additionally, I confirmed the presence of surge protection and GFCI protection in necessary locations, addressing previous concerns. I discussed the potential benefits of replacement with the customer, but they opted to have their electrician son handle the reinstallation.

During the plumbing tune-up, I inspected all PEX water lines and found no visible leaks or slow drains. The water heater, aged 23 years, is still functioning but requires attention. I replaced the existing breaker with a 30-amp breaker and installed 10-gauge wire for enhanced safety and efficiency. The customer, currently dealing with a broken hand and medical issues, has decided to postpone further repairs.

Upon arrival, the customer reported that the system was functioning well and maintaining the desired temperature, but they were concerned about a loud hissing noise. During the evaluation, I was unable to reproduce the noise, but I noticed that when the system shut off, the refrigerant flowing through the line set and coil produced a small hiss. This could have been the source of the noise they were hearing. I conducted a thorough system check and found no issues. I reassured the customer that the system was in good condition and left with the system operating efficiently and maintaining a cool environment.

On the specified date, I installed a 20X20 April Aire filter box as requested. This involved carefully removing the old filter box and ensuring the new one was securely fitted. I took the time to explain the benefits of the new filter box to the client, emphasizing its efficiency and how it would improve air quality. Additionally, I performed a thorough inspection of the surrounding HVAC components to ensure everything was functioning correctly. I also provided recommendations for future maintenance and scheduled a follow-up visit for August 6th to address any additional work needed. The client was pleased with the installation and the clarity of the recommendations provided.

Upon arrival, the customer reported a recent power surge that caused the main system to emit a strange buzzing noise. During the evaluation, I thoroughly inspected all electrical components, including the capacitor, primary electrical unit, and wiring, but found no issues. The customer mentioned they have surge protection, but it is no longer functioning. I recommended replacing the surge protectors and adding micro air software kits to the system. Although the customer declined to add surge protection at this time, they opted to include the micro air soft start kits. I ensured the system was running smoothly in the cool mode before concluding the visit.

Upon arrival, I assessed the inverter issue and found that everything was functioning correctly after a quick consultation with Solar Edge. I explained to the client that if the problem reoccurs, they should contact us immediately. I emphasized that a second visit would allow me to thoroughly investigate and address any potential issues. At that moment, there was no problem to fix, as the system was operating smoothly. I ensured the client understood the process for future reference.

Upon arrival, I first inspected the thermostat in the hall to address the issue of it not holding settings. After a thorough examination, I found that the thermostat was functioning correctly. I then moved on to the PTU, ensuring all components were operating as expected. I conducted a series of tests to confirm that the system was running smoothly. Although the customer requested an AC technician to check the thermostat, my assessment indicated no issues with the thermostat or the PTU. I provided the customer with a detailed explanation of the findings and reassured them that everything was working as it should.