Olathe, KS HVAC & Plumbing Services

I performed comprehensive maintenance on both heating systems. I adjusted the humidifier setup and replaced the air filters with the customer-provided ones. Both units are operating within manufacturer specifications. During inspection, I discovered bacterial growth in the upstairs system. I provided a quote for a UV coil cleaner to address this issue permanently. Both systems are functioning correctly upon my departure.

I was dispatched for a furnace that wasn't operating. Upon arrival, the indoor temperature was 45°F while the thermostat was set to 76°F, indicating the heating system was unresponsive. The homeowner reported the issue began after a severe storm. A thorough diagnostic inspection revealed an electrical power surge had caused multiple component failures in the furnace's control and safety circuits, making it unsafe and non-operational. Given the furnace's age and parts availability, a field supervisor was consulted. After discussing repair and replacement options, the homeowner opted for a new system. The old furnace is deemed non-operational and not economically repairable. A new heating system will be installed tomorrow.

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I performed a thorough furnace tune-up, ensuring safe and efficient operation. This included inspecting the heat exchanger, verifying safety controls, and checking venting. The burner and combustion systems were cleaned and tested, while the blower and airflow were inspected. Electrical and control systems were checked, and the system was cleaned. A full heating cycle confirmed stable operation, with no abnormalities detected.

I thoroughly cleaned the ductwork, ensuring all debris and contaminants were removed for optimal airflow. I installed a UV light to eliminate bacteria and mold spores. The dryer was meticulously cleaned, removing lint and residue. Coils were cleaned to enhance efficiency, and the blower was serviced to ensure smooth operation. This comprehensive maintenance guarantees a healthier indoor environment.

Our team successfully installed two state-of-the-art furnaces, ensuring optimal heating efficiency and comfort. We began by assessing the existing systems and determining the best placement for the new units. Each furnace was meticulously configured, connected to the necessary ductwork, and tested for performance. Safety checks were conducted to guarantee compliance with industry standards. The old systems were carefully removed and disposed of responsibly. Throughout the process, we maintained clear communication with the client to ensure satisfaction and address any concerns. The final inspection confirmed that both furnaces were operating flawlessly.

During the consultation, the customer expressed concerns about the adequacy of a single sump pump for their finished basement. After a thorough assessment, I explained that while a single pump could suffice under normal conditions, it would not be reliable in the event of a power outage. To address this, I recommended installing a battery backup system. This solution ensures continuous operation during power failures, safeguarding the basement from potential flooding and preventing future issues. The customer appreciated the proactive approach and opted for the recommended long-term solution.

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Upon inspection, it was determined that both furnaces were emitting unsafe levels of carbon monoxide, posing a significant risk. After thorough evaluation, I condemned both units to ensure safety. The carbon monoxide detectors confirmed the presence of dangerous levels, necessitating immediate action. We will be arriving tomorrow morning to replace both furnaces with new, safe models. This replacement will ensure the system operates efficiently and safely, eliminating any potential hazards.

Upon arrival, I inspected the ceiling that had been opened to address a leak originating from the master shower bathroom. The leak only appeared during showers. After confirming it wasn't a water line or drain issue, I ran water in both the shower and tub for 30 minutes without any leaks. I suggested that the issue might be due to water splashing and potential tiling problems. I recommended using a shower curtain and recaulking the shower. Additionally, I provided estimates for converting the three-handle shower to a single-handle shower valve.

We successfully upgraded the sump pump system from a single to a double unit, enhancing the property's drainage capabilities. The old single sump pump was carefully removed and replaced with two high-efficiency double sump pumps. These new pumps were strategically installed to ensure optimal performance and reliability. Additionally, we rerouted the discharge line to an exterior location, ensuring that water is effectively expelled away from the foundation. This upgrade significantly improves the home's resilience against water accumulation, providing peace of mind to the customer.

I performed a thorough furnace tune-up to ensure safe, efficient, and reliable operation. This included inspecting the heat exchanger for cracks and corrosion, verifying the operation of all safety controls, and checking the venting system for proper draft and obstruction-free flue path. I cleaned the burner assembly, tested the flame sensor, and inspected the igniter. I also balanced the blower wheel, checked electrical connections, and tested carbon monoxide levels. The furnace was run through a complete heating cycle to confirm smooth startup and stable operation. The system is now operating safely and within manufacturer specifications.

Upon arrival, I inspected the AC system and found that the breaker had tripped. After verifying the wiring and contactor, I measured the star amps on the compressor, which showed a pull of 159 A. Despite this, the breaker should not have tripped. To prevent future issues, I installed a hard start kit on the compressor to reduce the amp draw. I informed the customer that a startup check and refrigerant top-off would be necessary before consistent operation.

Upon arrival, I assessed the situation and found that the sump pump had failed, causing a basement flood. I informed the customer of the issue and provided options for a new pump. They chose a 1/3HP sump pump. I replaced the failed sump pump with the new model, installed a new check valve, and drilled a weep hole to prevent air locking. Additionally, I replaced the vacuum breaker for the outside faucet. After installation, I checked for leaks and found none. The sump pump successfully removed the water in about 10 minutes. The customer also signed up for a monthly membership and accepted the 1-year labor warranty on the sump pump and vacuum breaker, plus a 3-year manufacturer warranty on the sump pump.

Upon arrival, I assessed an inoperable air conditioning system. The condenser fan was not turning on despite the compressor running. I conducted a thorough diagnostic and determined that the condenser fan motor was faulty, likely due to an installation error. I contacted the HVAC supply house to order the replacement parts. After discussing the issue and the repair plan with the homeowner, I retrieved the necessary components. I then disassembled the condenser fan assembly, replaced the faulty motor, and reassembled the unit. After applying power, I tested the system to ensure proper operation. The air conditioning system is now functioning correctly.

A customer contacted us regarding slow drains in two upstairs sinks. One sink had a near-complete blockage, while the other had a jammed pop-up assembly. After discussing options, the customer chose to replace the pop-up assembly in the son's bathroom and clear the blockage in the daughter's bathroom using an auger. The repairs were successfully completed, and both drains now function properly. A thorough inspection confirmed no leaks. The pop-up assembly replacement comes with a one-year warranty.

Upon arrival, I conducted a thorough inspection of the property to identify any potential issues. I meticulously examined the electrical systems, plumbing, and HVAC components to ensure everything was functioning optimally. I also checked for any signs of wear and tear, addressing minor repairs promptly. Additionally, I performed a detailed cleaning of the premises, ensuring all areas were spotless and well-maintained. Throughout the process, I maintained clear communication with the customer, providing updates on the work being done. Unfortunately, I did not receive an immediate response, so I left a detailed voicemail explaining the work completed and any recommendations for future maintenance.

During the plumbing maintenance inspection, I identified several issues. The customer's two fill valves are nearing the end of their service life, which could lead to future failures. Additionally, the pop-up assembly in one of the bathrooms is leaking, potentially causing water damage if not addressed. Furthermore, the water pressure was measured at 100psi, exceeding the recommended 80psi. High water pressure can result in unexpected leaks at faucets and reduce the lifespan of plumbing fixtures. I explained these issues and the potential consequences to the customer, but they chose not to proceed with the repairs at this time.

I conducted a comprehensive performance maintenance on the heating system. I began by setting up for combustion analysis, temperature split, and static pressure tests. The tests revealed that the system was operating with excessive static pressure and a higher-than-acceptable temperature rise. I then verified the operation of all mechanical and electronic components, ensuring everything was functioning correctly. The blower was inspected for cleanliness and any play in the bearings, and I noted that the furnace fan was beginning to accumulate dust. Additionally, I checked the heat exchanger to confirm proper flue gas venting and verified the humidifier's operation. The furnace and humidifier are currently operational, and I discussed the findings with the homeowner.

Upon inspection, the home's filtration system and other fixtures were found to be in excellent condition, with no signs of corrosion or buildup. The HVAC system was operating efficiently, and the air quality was satisfactory. Additionally, we examined the plumbing system, ensuring there were no leaks or issues. The electrical system was also reviewed, confirming that all outlets and switches were functioning correctly. We informed the homeowner that everything was in good working order and that any future maintenance would be purely elective. Our goal is to ensure the home remains in optimal condition, and we are here to assist with any preferences or upgrades the homeowner may desire.

I performed a comprehensive furnace maintenance and inspection. I cleaned the flame sensor and wiped down the unit. Air pressure and 10 splits were tested. Two safety checks were conducted on the furnace. A slight carbon monoxide reading was detected in the airflow, but it remained within safe limits. Upon inspecting the heat exchanger, I discovered significant damage caused by a cracked water pan. Although no cracks or holes were found, the heat exchanger showed signs of pitting and peeling. I discussed these findings with the customer, who opted to consider replacing the heat exchanger next year. We also discussed the importance of low-level carbon monoxide detectors, recommending installation on every level for optimal safety. The furnace is operating within manufacturer specifications.

I recently completed an estimate for the installation of two exhaust fans in the bathrooms. The task involved assessing the specific needs of each bathroom to ensure optimal ventilation. I evaluated the size and layout of the spaces, taking into account factors such as humidity levels and airflow requirements. After careful consideration, I recommended high-efficiency exhaust fans that would provide adequate air circulation while operating quietly. The estimate included the cost of the fans, labor for installation, and any necessary materials. I ensured that the solution was both effective and cost-efficient for the client.

Our team assessed the persistent moisture issue in both bathrooms. We provided a detailed quote for installing high-efficiency exhaust fans to improve ventilation. The solution includes selecting appropriate fan models, precise installation, and ensuring optimal airflow to eliminate moisture effectively. Our goal is to enhance indoor air quality and prevent future moisture-related problems.

I conducted a performance maintenance, setting up for combustion analysis, temperature split, and static pressure tests. The system showed excessive static pressure. I verified all mechanical and electronic components, checked the blower for cleanliness and bearing play, and found it coated in dust with debris-laden blades. The heat exchanger was inspected, revealing a clogged evaporator coil. The ductwork was heavily soiled, restricting airflow. The furnace is operational but requires thorough cleaning.

Today, I performed a comprehensive heat system tune-up. I tested the static pressure, ensuring it met specifications during heating. All electrical components were verified to meet manufacturer standards. A combustion test confirmed it was within range. The heat exchanger inspection revealed no cracks or leaks. The temperature split and furnace performance were also within specifications. I replaced the filter and noticed dust buildup on the blower wheel, recommending a cleaning. The flame sensor and pressure switch hose were cleaned. The system is fully operational. An estimate for duct cleaning, blower cleaning, and membership options will be sent.