HVAC, Plumbing, & Electrical Services in Springtown, TX

Upon arrival, the customer reported that the thermostat was displaying 82 degrees while set to 74, and the system was unresponsive. After an open house, she discovered the issue. Upon evaluation, I found the primary drain clogged and the float switch tripped. I discussed the issue with the customer, recommended clearing and treating the drain. I cleared the drain, performed a system check in both cool and heat modes, and found no other issues. The system is now running in cool mode.

I performed a comprehensive tune-up on a 14-year-old Amana LP furnace with a straight cool condenser. All electrical connections were inspected and found to be tight and free from corrosion. The blower wheel and evaporator coil were cleaned, ensuring optimal airflow. Gas pressure and the igniter were verified to be within specifications and functioning correctly. The heat exchanger was inspected and deemed acceptable. The system was tested in both heating and cooling modes, with all safeties confirmed to be operational. The outdoor unit was cleaned and waxed, and the UV bulb was noted for replacement due to its age.

During the service, water pressure was measured at 60 psi, but a camera inspection couldn't be done due to the absence of a clean-out. No leaks were detected in the water heater, which is 8 years old. Low faucet flow was noted. The AC was draining into the pan with significant buildup, and dirty filters were found. A moisture alarm system was recommended for both the AC and water heater. The homeowner agreed to a follow-up visit and pre-payment for a water heater flush.

Upon arrival, we found a significant amount of water in the emergency drain pan, indicating a serious issue. The primary drain line was clogged, causing water to accumulate. Reviewing previous notes from last year's tune-up in July, we discovered that the condensate pan inside was cracked. This crack was confirmed to still be present, and the drain line remained clogged despite our efforts to clear it. Consequently, water continued to leak into the system due to the cracked condensate pan. Although we attempted to contact the homeowner, we were unable to reach them. We have created an estimate for repairing the drain pan, which includes pumping down the refrigerant, moving the coil, installing a new pan, and conducting a pressure test and vacuum. We will email the estimate to the homeowner. Additionally, we highly recommend considering a Comfort Advisor for a system replacement, as the current system is outside of the manufacturer's warranty.

Upon arrival, the customer reported that the system was operational but only blowing warm air. Upon evaluation, the condenser fan motor was running, but the compressor was not audible. The dual run capacitor was within the correct range for both the fan and compressor sides. Voltage checks confirmed proper levels on both high and low settings. Using gauges, I found the head pressure at 286 psi and suction pressure at 42 psi. After shutting off the system, the pressures remained unchanged, indicating a locked-down thermal expansion valve (TXV). Adjusting the TXV bulb did not resolve the issue. The system was slightly outside its manufacturer's warranty. I discussed potential compressor damage and future failures due to low refrigerant levels with the customer. Additionally, I explained the benefits of heat pumps for winter efficiency and cost savings. We reviewed repair costs, potential compressor replacement, and the option to replace the system with a new one under warranty. The custo

I conducted a comprehensive system evaluation and maintenance. The evaporator coil and blower wheel were tuned up, ensuring optimal performance. The recently replaced UV lamp was inspected for proper functionality. Additionally, the air filter was replaced to enhance air quality. A vinegar solution was added to the system to help eliminate any lingering odors. The primary P-trap was checked and found to be in good condition. Refrigerant levels were verified to be within acceptable parameters. The condenser coils were cleaned to remove any debris, and the dual run capacitor was tested, showing it was within the acceptable range. The primary electrical unit was also inspected and found to be in good working order. A microair soft start kit was installed as requested, pending confirmation of payment arrangements between Diane and Don.

I began by using a cable line to break up and remove stubborn grease build-up from the sewer line. Following this, I employed a high-pressure jet to thoroughly clean the pipe walls, ensuring all residues were removed. After the cleaning process, I conducted a video inspection to confirm the pipes were clear and free of obstructions. Although the inspection showed no signs of grease blockage, I noted that there is no warranty on future grease stoppages. Additionally, I discussed the benefits of the comfort care club with the homeowners, but they expressed no interest in enrolling at this time.

On 9/30, I installed three 1" ball valves on the main water line and branch lines to isolate sections for leak identification. After thorough inspection, the leak was traced to the city water line, which had been left open at the meter box. A follow-up visit with Wade is scheduled for the next morning to finalize the leak location and repair.

Upon arriving for the job, I found myself without immediate assistance but managed to complete the task within a reasonable timeframe. The customer expressed satisfaction with the outcome. I took the opportunity to explain that all work is covered under our warranty, provided the customer maintains her membership. This coverage ensures that any issues with the circuit can be addressed free of charge. During the process, I realized a cover was missing and had to procure it from a local store. However, the customer kindly assured me not to worry about the inconvenience, stating they would obtain the cover themselves, sparing me the round trip.

I completed a comprehensive level 2 duct cleaning using a specialized fogger. This involved thoroughly inspecting the ductwork to identify areas with significant dust and debris accumulation. The fogger was used to evenly distribute a cleaning solution, which effectively loosened and dislodged contaminants. After application, I carefully vacuumed the ducts to remove the loosened particles, ensuring optimal airflow. The process was meticulous, ensuring that all sections of the ductwork were cleaned to industry standards, enhancing indoor air quality and system efficiency.

repairing the existing spout or replacing it entirely. The customer decided to purchase new faucets and will contact us once they are ready for installation. We ensured the customer understood the process and provided clear instructions for the next steps.

I conducted a comprehensive tune-up on a 6-year-old heat pump and a 19-year-old blower section of the air handler. Refrigerant levels were found to be acceptable. All electrical connections were inspected, tightened, and found free of corrosion. The blower wheel was heavily compacted with dust and dirt, despite the filter being recently changed by the homeowner. The evaporator coil and condensate drain were both in good condition, with the drain clear and functioning properly. The capacitor was within manufacturer specifications, and the amp draw for both the compressor and fan motor met the manufacturer's standards. The condenser coils were meticulously cleaned from the inside out. The top of the unit was washed and waxed. Additionally, a UV200 unit was installed, and a level 2 duct cleaning is scheduled for this Thursday, with the first call confirmed by Joe.

Upon arrival, the system was not providing any cooling. After a thorough inspection, it was determined that a failed 70mfd capacitor was the root cause of the issue. I replaced the faulty capacitor with a new one, ensuring it was properly installed and securely connected. Following the replacement, I conducted a comprehensive function check to verify that the system was operating correctly. The system was successfully restored to full functionality, providing adequate cooling as confirmed during my departure.

I arrived on-site to perform the scheduled service. Unfortunately, the customer was not present. I left a detailed message with clear instructions on how to proceed, ensuring they would be informed of the work completed. I also took the opportunity to inspect the area and ensure everything was in order before leaving. I will follow up with the customer to confirm the service was satisfactory and to schedule any necessary follow-up tasks.

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.