Licensed Electrician in Weatherford - Same Day

I contacted the customer to schedule an appointment for a comfort advisor, focusing on adding a second unit to the primary bedroom and splitting the home into two systems. Upon arrival, the system was not cooling. I identified a low pressure switch trip code on the outdoor unit, performed a hard reset, and allowed the system to restart. After ensuring refrigerant levels were within range, I confirmed the drains were clear and airflow was adequate. The air filter was slightly dirty, so I replaced it to rule out any potential issues. The system resumed normal operation, effectively cooling the home by the time I left.

On September 28, I received a request from a customer for estimates on the rough-in and top-out phases of their project. I reviewed the provided plans and scheduled a meeting with the homeowner and Mark W for October 5. During our discussion, we thoroughly examined the plans, ensuring all requirements were understood. I will contact the homeowner shortly to provide a detailed estimate, aiming to start the project promptly and efficiently.

On October 2, I visited the site to address an issue with the existing shutoff valve at the well. Upon inspection, it was determined that the current valve needed to be replaced. I assessed the situation and confirmed that a 1-inch shutoff valve would be the most suitable replacement. I proceeded to remove the old valve and installed the new 1-inch shutoff valve, ensuring it was securely and correctly positioned. The new valve was tested to confirm proper functionality. The job was completed efficiently, and the well system is now operating as intended with the new valve in place.

Upon receiving the call, I began by assessing the issue with the drain. I carefully disassembled the drain components, ensuring minimal disruption. Using specialized tools, I inspected the internal parts for any blockages or damage. After identifying the source of the obstruction, I employed various techniques to attempt clearing the blockage. This included using a drain snake and applying appropriate cleaning agents. Throughout the process, I maintained a high level of attention to detail to ensure thoroughness. Although I made every effort to resolve the issue, I want to clarify that this service is provided as an attempt only, with no warranty on the outcome.

During the service, I thoroughly inspected and maintained a 2025 Amana Airhandler. I checked and tightened all electrical connections to ensure safety and efficiency. The customer had recently changed the filter, which was in good condition. The drain was clear and functioning properly. The blower motor and wheel were inspected and found to be acceptable. The evaporator coil was also in good condition. Additionally, the unit surge protection was functional. For the 2025 Goodman Heatpump, I inspected and tightened all electrical connections. The dual run capacitor was within the manufacturer's specified range. The primary electrical unit and defrost board were both acceptable. However, the unit surge protection had no light, indicating it needed replacement. Refrigerant levels were acceptable, and the fan blades and motor were in good condition. The condenser coils were clean, and I washed them from the inside out. I also cleared debris from the bottom of the unit. I recommended replaci

Upon arrival, I assessed the customer's drainage system and identified a clog in the primary drain. The secondary drain was also leaking, causing water to drip. I recommended clearing the clog and addressing the leak. The customer opted for a drain switch and level 3 dryer vent cleaning. I successfully cleared the drain, installed the switch, and performed a thorough dryer vent cleaning. The customer also joined the Comfort Care Club for ongoing maintenance.

We conducted a thorough pressure test on the home to identify any potential leaks, either within the home or beneath the slab. To facilitate access, we removed the water heater. After the repair, we tested the circulation line and maintained a pressure of 58 psi for ten minutes, confirming no leaks were present. During the test, we observed that the Culligan water softener was undergoing a regeneration cycle, which is typically scheduled for nighttime. We advised the homeowner to contact Culligan for a system check to ensure optimal performance.

I successfully completed a pipe repair beneath the structure. The affected area is now sealed and operational. However, due to the age and condition of the existing pipe, I cannot provide a warranty for the connection. The repair process involved identifying the leak, replacing the damaged section, and ensuring a secure and leak-free seal. All work was performed with precision and care.

Upon arrival, I engaged in a conversation with the customer to understand their concerns regarding the noise level of the outside unit. After listening carefully, I inspected the unit and determined that it was operating normally. The noise they were hearing was the compressor kicking on at the start of each cooling cycle, a common occurrence. To address this, I explained that installing a soft start kit could effectively eliminate the thump. After discussing the potential solution, I collected the service fee via card. To ensure comfort, I left the thermostat set to 79 degrees before departing.

During the recent tune-up of the 2024 Amana heat pump system, the evaporator coil and blower wheel were found to be in acceptable condition. All electrical connections were secure and free from burn marks, and refrigerant levels were within the specified range. However, the condenser coils were heavily compacted with dust and dirt, which were cleaned thoroughly. The primary electrical unit and run capacitors were also within acceptable parameters. The drain in the primary P-trap was cleared to prevent future clogs. A recommendation to upgrade to a microair soft start kit was made to further reduce inrush energy usage at the compressor. Photos and detailed recommendations were emailed to the homeowner.

I arrived to install a new doorbell for the customer. After carefully mounting the doorbell, I tested it to ensure it functioned correctly. I then guided the customer through downloading the associated app and connecting it to the doorbell. I explained the app's features and how to use them. I reassured the customer that if any issues arise or further assistance is needed, they can contact us for support. The installation was completed successfully, and the customer was satisfied with the outcome.

Upon arrival, I assessed the condenser fan motor, which was struggling to spin. The motor had failed due to worn-out bearings. I replaced the faulty 825rpm, 1/3 horsepower condenser fan motor with a new one. After installation, I conducted a thorough function check to ensure the motor was operating correctly. The system was then tested for proper cooling efficiency. The home was successfully cooled upon my departure, with the new motor running smoothly.

Upon arrival, I conducted a thorough inspection of the system and identified that the primary drain was obstructed, leading to intermittent shutdowns. This blockage was triggering the brain safety switch, which was shutting down the unit. I carefully cleared the blockage from the drain to restore proper functionality. To prevent future issues, I installed a drain pan treatment designed to keep the drain clear and free from obstructions. After completing these tasks, I performed a comprehensive function check to ensure the system was operating correctly. The unit was successfully running and cooling efficiently upon my departure.

Upon arrival, the customer reported intermittent cooling issues with the bedroom system following a recent storm. They had already reset the system at the breakers, and upon inspection, the system was running normally. Refrigerant levels, amp draws, and electrical connections were all found to be within normal parameters. During the inspection, a wasp nest was discovered inside the service panel. The nest was carefully removed, and the wasps were safely relocated. A thorough safety check was conducted on the other unit, which was also operating normally. The UV bulb on the bedroom unit was identified as expired and was recommended for replacement. The UV bulb on the other unit is still operational but nearing the end of its service life and will require replacement soon.

Upon arrival, the customer reported that the air conditioning system had stopped cooling the previous night. Although air was circulating through the vents, it was not cold. I evaluated the system and discovered that the dual run capacitor had failed, preventing the outside unit from activating. After discussing the repair options and the benefits of the Comfort Care Club, the customer opted for the capacitor repair and an upgrade to the Comfort Care Club. No other issues were found, and I left the system running in cool mode, ensuring the house was comfortable.

I inspected and tightened all electrical connections on the 2025 Amana Airhandler and Heatpump. I replaced the filter, noting significant dust and dirt accumulation, and advised changing it every 4-6 months. The drain was clear, and the blower motor, wheel, and evaporator coil were in good condition. I found slight biological growth on the blower wires and A2L detector wire. For the Heatpump, I ensured refrigerant levels were acceptable and cleaned the condenser coils. I recommended a Micro Air Soft Start Kit and UV system options to address biological growth.

A comprehensive tune-up was performed on a 13-year-old Goodman heat pump and air handler. All electrical connections were inspected for tightness and free from corrosion. The blower wheel and evaporator coil were cleaned, ensuring optimal airflow and efficiency. Refrigerant levels were checked and found to be within the proper range. The outdoor unit was meticulously cleaned and waxed to protect against corrosion and enhance performance. A recommendation was made to install a GFCI in wet areas for safety. The system is now running efficiently, providing effective cooling.

Upon arrival, the customer reported that the system had been underperforming for weeks. I hooked up gauges and discovered slightly irregular refrigerant levels. The condenser coil was heavily coated with dust and dirt, obstructing visibility of the fence. I thoroughly washed the condenser coil, rechecked the refrigerant levels, and found no other issues. The system is now running efficiently in cool mode.

Upon arrival, the system was not cooling efficiently. Diagnostic readings revealed a subcooling of less than 1 and a superheat of 30, indicating a refrigerant deficiency. Using an IR leak detector, I conducted a thorough search and identified a leak in the bottom right side of the evaporator coil. Given the system's age and current condition, I recommended a replacement. There were no existing warranties on the system. I scheduled a meeting with the Comfort advisor to discuss the findings and recommendations with the customer, set for tomorrow afternoon.

I conducted a comprehensive tune-up on an 11-year-old Carrier heat pump. All electrical connections were inspected, found to be tight, and free of corrosion. The refrigerant levels were checked against the outdoor data tag, showing a target Subcool of 14 but an actual Subcool of 4.4. The compressor inrush was 121.3 amps, slightly exceeding the manufacturer's recommended LRA of 108 amps. The capacitor was within specifications. The condenser fan motor operated within the acceptable amp range. The indoor coil was clean, while the blower wheel had mild dust and dirt buildup. The condensate pan had mild rust, and the evaporator coil u-joints showed some rust. The drain was clear and functioning properly. Recommendations include installing a drain safety, surge protector, micro air soft start, and a CCC.

Upon inspection, the toilet bowl was not filling completely, causing inefficient flushing. I diagnosed the issue as a faulty fill valve. I replaced the existing fill valve with a new one, ensuring proper water flow and a complete fill. The toilet now operates efficiently, providing a satisfactory flush. This repair was performed without any warranty coverage.

Upon arrival, I identified that the incorrect parts were on-site, causing a temporary pause in the job. The correct blower housing and motor were ordered. After receiving the new parts, I swapped the legs from the old blower housing with the new one, as they were of the incorrect length. The major legs were undamaged and retained. I then replaced the blower housing with the new parts and installed the motor. A thorough check of the refrigerant levels was conducted, revealing no other issues. The system was left in a cooling state, ensuring optimal performance.

We successfully installed a Level 4 48k gas closet system, ensuring optimal performance and efficiency. The project involved precise measurements, installation of high-quality components, and rigorous testing to meet stringent safety standards. Our team meticulously calibrated the system to guarantee it operates seamlessly within the specified parameters. The installation was completed on time, and the system is now fully functional, providing reliable and efficient heating.

00 and 3:00 PM, confirming the appointment with the office.

Upon arrival, I identified a failed 35mfd capacitor, which had been replaced just a week prior. Despite thorough investigation, the cause of the repeated failures remained unclear. To address the issue, I installed a Turbo capacitor, aiming to prevent future failures. Refrigerant levels were confirmed to be within specifications, and the system was operational and cooling effectively upon my departure.