Fast, Reliable Plumbing in Weatherford

Upon arrival, I assessed the customer's water heater, which was in dire need of replacement due to its advanced age. I meticulously evaluated the situation and presented the homeowner with several viable replacement options. As the homeowner was unavailable, I contacted them to discuss the available choices. They requested that I email detailed estimates for their review. I promptly sent the estimates and await their decision on which option to proceed with before scheduling the replacement.

Today, I replaced eight shut-off valves to ensure proper water flow control. I also installed a new kitchen faucet using the customer's supplied fixture, ensuring a seamless fit and function. In the hall bathroom, I rebuilt the toilet, flushing it multiple times to confirm it operates correctly. I will return on Monday to complete the remaining tasks and collect the balance of payment. This comprehensive approach guarantees all work is finished to the highest standard.

During our phone consultation, the customer inquired about our ability to install and repair a rain catchment system, including a pump and heater. They also mentioned broken PVC lines. I informed them that I could visit to assess the situation. The customer agreed and subsequently called back to reschedule the visit. This detailed evaluation will ensure we address all system components effectively.

I recently completed the installation of a 24k upflow heat pump, ensuring optimal performance for efficient heating and cooling. The system was equipped with high efficiency filtration to enhance indoor air quality and reduce allergens. Additionally, I integrated a UV system to eliminate bacteria and viruses, promoting a healthier living environment. The installation also included a code kit, which ensured compliance with all relevant regulations and standards. Throughout the process, I paid meticulous attention to detail, ensuring that every component was installed correctly and the system operated seamlessly. The end result was a reliable and efficient heating and cooling solution tailored to the client's needs.

Upon arrival, the customer reported that the system struggled to maintain the set temperature and frequently froze. A hearing evaluation revealed extremely low refrigerant levels and partially frozen oil. I conducted a leak search on the evaporator coil, detecting a small leak that was inconsistent due to ice buildup. I discussed the system's age, industry changes, and the benefits of setting up a comforter visor with the customer. I scheduled and confirmed the comforter visor setup for the same day. I left the system running to ensure it was operational.

Upon arrival, I identified a clog in the primary drain line, which was impeding proper drainage. I carefully unclogged the line, ensuring all blockages were removed. Following this, I added a pantry treatment to prevent future clogs and enhance system efficiency. The system is now functioning smoothly, with the cooling process underway. My work ensures optimal performance and longevity of the system.

Upon arrival, the customer reported an issue with the thermostat, stating that after changing the temperature, it displayed a "weight" signal. I explained to the customer that this is a 5-minute time delay that all thermostats undergo. This delay is a standard feature to prevent the system from cycling on and off too frequently. The customer mentioned that their wife is adjusting the thermostat more often due to recent changes, causing the system to repeatedly go through the 5-minute delay. To ensure everything was functioning correctly, I checked the refrigerant levels, the delta temperature, and the drain. No issues were found. I recommended that the customer maintain the thermostat at a specific temperature for the next couple of days to observe how the system performs. I left the system set to cool mode.

Completed a thorough inspection and maintenance of the dual run cap system. Conducted a function check, ensuring the system was operational and cooling effectively. Additionally, performed a function check on the mini split in the women's restroom, verifying refrigerant levels and confirming the system's cooling performance. The customer reported an issue with the mini split reaching temperature and then shutting down. After checking for error codes, no issues were found. The remote control was relocated to improve communication with the system.

Upon arrival, I identified that the plug was installed upside down. I carefully removed it and repositioned it correctly. After ensuring the switch was properly aligned on the right side, I conducted thorough testing of all electrical connections. Everything functioned perfectly, and the client was satisfied with the outcome. The job was completed efficiently, with all systems operating as intended.

I conducted a comprehensive inspection of all electrical outlets, ensuring that each plug had power. The wiring appeared to be in good condition, and all switches were functioning properly. However, I identified three Ground Fault Circuit Interrupter (GFCI) receptacles that required attention. These GFCIs are crucial for safety, especially in areas prone to moisture. I provided a detailed quote for the replacement of these receptacles, and the homeowner is currently considering the upgrade to enhance safety and compliance with electrical standards.

Recently, I completed the installation of a high-efficiency Level Four 24K heat pump in a residential closet. This sophisticated system was designed to provide optimal heating and cooling for the space. The 24K rating indicates its capacity to handle a significant amount of heat transfer, ensuring efficient performance. The Level Four classification signifies its advanced technology and energy-saving features. The installation process involved precise measurements, careful wiring, and thorough testing to ensure the system operates seamlessly. The result is a reliable and eco-friendly heating and cooling solution tailored to the specific needs of the closet.

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Upon arrival, I assessed the customer's complaint about the system's cooling performance. The system had intermittently failed to cool the house but eventually resumed operation for a brief period. After a thorough evaluation, I discovered that the refrigerant levels were significantly low. A detailed leak search on the evaporator coil revealed a refrigerant leak. I explained the issue to the customer, pinpointed the leak location, and demonstrated the problem. Additionally, I scheduled a Comfort Advisor Visit to address the issue further.

Recently, I successfully completed a task involving the replacement of a blower wheel. Upon inspection, it was determined that the existing blower wheel was under warranty. I carefully removed the old blower wheel, ensuring minimal disruption to the system. The new blower wheel was then installed with precision, following all manufacturer guidelines to ensure optimal performance. Post-installation, I conducted thorough testing to confirm that the new component was functioning correctly and efficiently. This replacement not only restored the system's performance but also extended its operational lifespan.

I successfully installed two Amana 2-speed 36k heat pump systems, transitioning from a single system to a dual system setup. This involved precise installation of both units, ensuring optimal performance and energy efficiency. I replaced the existing duct systems to accommodate the new setup, enhancing overall air quality and system efficiency. Additionally, I implemented a zoning system to allow for independent temperature control in different areas. High-efficiency filtrations were installed, complemented by UV systems to purify the air. The project also included the integration of code kits to ensure compliance with all relevant regulations and standards.

I began by opening the wall above the access panel to address the tub spout's rigidity issue. I removed the existing sharkbite fittings and installed copper tubing to enhance stability and reduce movement. Additionally, I cleared the drain at the master tub to ensure proper water flow. All sharkbite fittings were replaced with a combination of copper and PEX fittings to improve durability and performance. Following the installation, I tested both the shower and drain, confirming they functioned correctly. Although the faucet and shower surround are not under warranty, I secured the spout and applied caulk to the wall. However, the shower surround showed signs of cracking from previous work. The entire process was coordinated over the phone, and no signatures were obtained.

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I sent an estimate to the customer as per Mark W.'s instructions. The work involved a thorough inspection, repair, and replacement of faulty electrical wiring. I ensured all connections were secure and compliant with safety standards. The project was completed, and I paused to allow for collection and signature, ensuring all work met the customer's expectations.

I conducted a comprehensive system check on both the main house and the shop units. This included a thorough examination of the HVAC systems, electrical circuits, and plumbing. I provided the customer with a detailed price quote for adding a 10-inch collar with a scoop on the plenum or the upstairs area of the shop. Additionally, I discussed the benefits and options of installing mini-split systems. I contacted Riley to assist with providing a pricing quote for the mini-splits. Riley will reach out to the customer with the necessary information. This ensures the customer has all the details needed to make an informed decision about their home improvements.

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Upon arrival, the customer reported that the system was blowing air inside but the condenser was not operating. They did not mention any issues with freezing. The thermostat was set to 'off', so I adjusted it to 'cool', and the system started to cool. However, the suction pressure took longer than usual to build. The refrigerant levels were slightly low, and the actual superheat was 25, which is higher than the recommended superheat of 2. The temperature split from the return to the supply was 17°, as per Brian's specifications. Consequently, I determined that the TXV and the evaporator coil needed replacement. The parts ordered were a Coleman Evaporator Coil and TXV, with the coil model number MHSR4HXXFLX1 and the heat pump model number TH4B42235.

Upon arrival, I found the blower motor exhibiting irregular speed fluctuations, and the indoor coil was completely frozen. To address this, I initiated the thawing process by setting the system to heat mode. Once the system thawed, I conducted a thorough function check. The system operated normally with standard refrigerant readings. The homeowner reported similar occurrences about two weeks prior and again today. Based on the symptoms, I identified an intermittent issue with the blower motor. I will order the x-13 blower motor and return to replace it, ensuring the system operates smoothly.

Upon arrival, the customer reported a significant issue with the main train system leaking onto the living room ceiling. During the evaluation, it was discovered that the drain line was clogged. I cleared the clog and treated the P-trap to ensure it could handle a gallon of water without issues. After the treatment, the drain flowed properly. To prevent future clogs, I applied a preventive treatment. The system was left in optimal cooling condition.

Both systems were inspected and found to be cooling effectively with a 16-degree temperature difference. The blower on the new mini split in the bathroom was adjusted from high speed to "auto," allowing it to ramp up and down as needed. A slow drip from the men's bathroom mini split was traced to an uninsulated section of the copper lines. The drain was cleared, and the lines were reinulated. After securing the insulation, the system functioned properly without any further dripping. Signatures were not obtained.

I performed a comprehensive service on the pump down system, which included replacing the coil, TXV, and bi flow filter drier. I meticulously pulled a vacuum to achieve a pressure of 500 microns, ensuring all non-condensables were removed. After confirming the system was properly evacuated, I released the refrigerant. I then added 16oz of R410a refrigerant, carefully monitoring the system to ensure proper charge levels. The system was tested for functionality, and it was confirmed to be running efficiently and providing effective cooling upon my departure.