Kansas City, MO HVAC & Plumbing Services

Recently, I conducted a thorough plumbing maintenance service for a customer. During the inspection, I identified several areas that required attention. These included checking the water pressure, examining the condition of the pipes, and ensuring that all fixtures were functioning correctly. I meticulously documented these findings on the inspection report, providing a detailed overview of the current state of the plumbing system. Additionally, I prepared and will be sending estimates for the necessary repairs and improvements to ensure the customer is fully informed about the costs involved. This comprehensive approach ensures that the customer receives high-quality service and clear, actionable information.

The customer requested assistance with kitchen and bathtub drain issues. Upon inspection, the bathtub drain had a drum trap and a cracked pipe, necessitating trap removal to augur. The kitchen drain frequently clogged, suggesting a need for repiping. I recommended options and the customer chose the first. I augured the kitchen drain to clear it and will return to repipe both drains. This ensures long-term solutions for both plumbing issues.

Upon arrival, I identified that the HVAC system had a leaking water line due to an over-tightened FIP fitting that had cracked over time. I explained the issue to the customer and provided a detailed pricing breakdown for the necessary repairs. The customer agreed to proceed with the work. I carefully removed the old, damaged FIP fitting and installed a new one, ensuring it was properly tightened to prevent future issues. After the installation, I conducted a thorough inspection to confirm there were no leaks. The new fitting is now secure, and I provided a 2-year warranty on the water line repair to ensure the customer's peace of mind.

I conducted a performance maintenance check. Upon arrival, I identified a leaking plumbing line and a faulty fitting on the furnace's exhaust. I coordinated with a plumber and ordered parts for the furnace repair. I set up for combustion analysis, performing temperature split and static pressure tests. I verified the operation of all mechanical and electronic components, checked the blower for cleanliness and bearing play, and noted dust accumulation on the heating and cooling fan. I also inspected the heat exchanger and verified the humidifier's operation, discovering calcification on the humidifier panel and a clogged solenoid valve. After parts arrived, I completed the repairs and replaced the furnace filter. The system is now operational.

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I visited the site to discuss various replacement options with Ryan. We explored different materials, styles, and brands to ensure the best fit for their needs. I provided detailed information on each option, including pros and cons, and highlighted the most suitable choices based on their preferences and budget. Ryan appreciated the thorough explanations and requested time to discuss the options with his wife before making a final decision. I left detailed information and samples for their review.

Followup

Upon arrival, I conducted a thorough inspection of the heat pump system. I checked for any visible signs of damage or wear and tested the electrical connections. After ensuring the system was safe to operate, I performed a series of diagnostic tests to identify any potential issues. I adjusted the thermostat settings and monitored the system's performance. The heat pump was found to be functioning correctly, maintaining the desired temperature efficiently. I cleaned the exterior and interior components, ensuring optimal airflow and efficiency. The job was completed successfully, leaving the system in excellent working condition.

I arrived to address an inoperable system. The home was set to 82°, but the actual temperature was 75°. After inspecting the furnace, I found it was overheating due to a 3M filter causing airflow restriction, leading to a 10° temperature spike. I removed the filter and installed one that allows better airflow. I calibrated the gas valve to reduce temperature rise, ensuring the home reaches the desired temperature. After running the system for a while, it operated correctly, achieving the set temperature.

Upon receiving the bid for the sewer, we conducted a thorough inspection of all fixtures. Despite the customer opting for a different company to line the sewer, we verified that all internal plumbing components were in excellent condition. However, we identified significant buildup in the service line leading into the house. Our team meticulously addressed this issue, ensuring the service line was cleared of obstructions and restored to optimal functionality. This detailed assessment and subsequent remediation ensured the plumbing system was fully operational and free from potential future issues.

I successfully replaced the patio door handle, ensuring a seamless transition from the old to the new. I carefully removed the old handle, paying attention to any screws or components that needed to be preserved. After installing the new handle, I tested its functionality to confirm smooth operation. The new handle was securely attached, and I ensured everything was aligned properly for optimal performance.

Upon arrival, I assessed the reported issues with two toilets. The main floor toilet exhibited poor flushing performance, while the upstairs toilet had a persistent issue with the tank filling every few minutes. Despite the customer replacing the flapper in the upstairs toilet, the problem persisted. I recommended either a different flapper or a potential replacement of the flush valve. Given the customer's rental status and the landlord's refusal to authorize repairs, I informed them that landlord permission is necessary before proceeding with any work on the property.

We completed a thorough furnace tune-up to ensure your home's heating system operates safely, efficiently, and reliably. Our work included a detailed inspection of the heat exchanger for cracks and corrosion, and we verified the proper flame pattern. All safety controls were checked, including the high-limit switch, rollout switch, pressure switch, and flame sensor circuitry. The venting system was inspected for proper draft, secure connections, and an obstruction-free flue path, with carbon monoxide levels tested at multiple points. The burner and combustion systems were cleaned, and the flame sensor was tested for accurate readings. The blower wheel was inspected for dust buildup, and airflow through the ducts was verified. Electrical connections were tightened, and the thermostat was tested for proper functionality. The system was run through a complete heating cycle to confirm stable operation.

Upon receiving the call, I promptly arrived at the site to address the customer's laundry drain issue. Initially, I attempted to snake the drain to dislodge the clog, but this method proved unsuccessful. Undeterred, I proceeded to use a blow bag, a specialized tool designed for such situations. By carefully inserting the blow bag into the drain and applying controlled air pressure, I was able to effectively clear the obstruction. The clog was completely removed, restoring proper drainage. The customer was pleased with the resolution, and I ensured they understood the importance of regular maintenance to prevent future clogs.

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Upon inspection, the kitchen line was found to be draining slowly, which was tied into the house trap. After a thorough evaluation, multiple potential causes were identified. The first step was to inspect the trap for any blockages or debris. Next, we examined the connection points for any signs of leaks or improper installation. Additionally, we checked the slope of the drain line to ensure it was correctly graded for optimal drainage. Recommendations included cleaning the trap, possibly replacing it if damaged, and ensuring the drain line was properly sloped. We also advised on the importance of regular maintenance to prevent future issues.

Upon receiving the call about an AC system not cooling, I conducted a detailed inspection. The thermostat displayed an error code indicating an overcurrent in the compressor inverter. After a comprehensive diagnosis, it was determined that the compressor was drawing higher amperage, similar to a defrost cycle, likely due to colder ambient temperatures. All components of the heat pump and AC system were found to be within the manufacturer's specifications, confirming the issue was related to the environmental conditions.

Auger main line

Maintenance

I adjusted the thermostat to enable automatic AC activation. Additionally, I identified and corrected the coil drain, ensuring it was properly connected to the PVC to prevent water leakage onto the floor. The system is now functioning efficiently, with no further leaks.

I conducted a comprehensive plumbing maintenance service for the customer. This included draining the water heater and inspecting the anode rod. After removing the anode rod, I examined it and presented it to the customer, explaining its condition. Based on the inspection, I recommended replacing the anode rod within the next year and suggested installing a water treatment system to enhance the home's water quality. Additionally, I adjusted the expansion tank pressure to 70 psi, ensuring it aligns with the house pressure requirements.

Aeroseal and duct cleaning. We discussed the benefits of Aeroseal, which includes sealing air leaks in the ductwork to improve energy efficiency and indoor air quality. Additionally, I explained the importance of regular duct cleaning to remove accumulated dust, debris, and allergens, ensuring a healthier living environment. Sean was particularly interested in these services, but he needs to discuss the options with his wife before making a final decision. I provided detailed information and answered all his questions to help him understand the value of these services.

I performed a thorough furnace tune-up, ensuring safe and efficient operation. This included inspecting the heat exchanger, verifying safety controls, and checking venting for obstructions. The burner and combustion systems were cleaned and tested, while the blower and airflow were inspected for optimal performance. Electrical and control systems were checked, and the furnace was run through a complete heating cycle to confirm stable operation. The system is now operating safely and efficiently.

Upon arrival, I conducted a thorough inspection and operational test of the newly installed heat pump and furnace system. When the thermostat called for heat, the outdoor unit was mistakenly operating in cooling mode. After a detailed diagnostic of the system settings and controls, it was found that the furnace control board was not configured to recognize the heat pump pairing. Correcting this configuration allowed the system to function properly. The heat pump engaged in heating mode, the reversing valve operated correctly, and the indoor blower and outdoor unit completed normal heating cycles. The supply air temperature increased as expected, confirming proper heat pump operation. The system now responds correctly to thermostat calls for heat.

Duct cleaning