Kyle TX Heating & Air Conditioning Services

Installed 4 Ton Carrier furnace. Installed Ecobee pro thermostat. Installed new supply and return plenums. Installed new secondary drain pan. Rebuilt and insulated primary drain line. Cleared drain and verified operation. Installed SS2 and SS3 safety switches. Installed new disconnect and whip at outdoor unit. Pressure tested lineset and pulled a vacuum. Weighed in additional charge to meet manufacturer specs. Function checked the system and everything is working at completion of install.

Service diagnostic found that the capacitor on the condenser unit had failed. I also found that the incorrect filter was installed inside the filter base. Options for repair were presented to the homeowners and I also let them know which filters to get for their system. They chose to have the capacitor replaced today. I replaced the capacitor and function tested the system. The system was running at the completion of service.

Performed AC cooling checks. Checked the electrical, mechanical, safety, and performance of the systems. I cleared the condensation drain lines and flow tested the drains with two gallons of water. I also treated the drain lines. The air filters were clean and had been recently replaced by the homeowner. The condenser coils were cleaned. No major issues were found. The systems were running at the completion of service.

Performed the AC cooling check. Inspected all high- and low-voltage electrical components, ensuring all connections were secure and properly tightened. Cleared the drain line using nitrogen and hot water. Inspected the blower motor, no signs of bio growth or build up. Inspected and washed down the outdoor condenser unit. All system components were operating within manufacturer specifications at the time of service. The electrical disconnect showed signs of sticking, which could potentially lead to high-voltage issues. This was brought to the homeowners attention. After completing maintenance and restoring power to the system, the unit was tested and is currently cooling properly.

Service diagnostic found that the capacitor on the condenser unit had failed. Options for repair were presented to the homeowner and they chose to have the capacitor replaced. I replaced the capacitor and function tested the system. The system was running at the completion of service.

Performed AC cooling check. Checked the electrical, mechanical, safety, and performance of the system. I cleared the condensation drain line and flow tested the drain with two gallons of water. I also treated the drain line. The air filters were replaced with client supplied filters. I cleaned the condenser coil. No major issues were found. The system was running at the completion of service.

Performed AC cooling check. Checked the electrical, mechanical, safety, and performance of the system. I cleared the condensation drain line and flow tested the drain with two gallons of water. I also treated the drain line. The air filter was replaced with a client supplied filter. I cleaned the condenser coil. While checking over the system, I found that the system has high static pressure. I also found that the hot surface igniter inside the furnace has a stress fracture forming. The condenser fan motor showed signs of overheating. Options for repair were presented to the homeowner. The system was running at the completion of service.

Put new plywood and foam block support under the beck end of the plenum where it had no support causing it to separate from the system. Resealed the plenum to the evaporator coil using mastic/hardcast. Installed new Totaline 14 inch round damper and ran new wire for 3 wire operation. Tested operation of system and new zone damper. Everything is working at completion of service.

Service diagnostic found that the capacitor on the condenser unit had failed. The condenser fan motor also showed signs of overheating. Options for repair were presented to the homeowner and he chose to have the capacitor and condenser fan motor replaced. I replaced the capacitor and condenser fan motor. I function tested the system and the system was running at the completion of service.

Performed AC cool check. Checked the electrical, mechanical, safety, and performance of the system. I cleared the condensation drain line and flow tested the drain with water. I also treated the drain line. The air filter was replaced with a client supplied filter. The condenser coil was cleaned. No major issues were found. The system was running at the completion of service.

Service diagnostic found that the capacitor on the condenser unit had failed. Options for repair were presented to the homeowner. She chose to have the capacitor replaced. I replaced the capacitor and function tested the system. The system was running at the completion of service.

AC cool check was completed on a vertical straight cool system. Drain line was flushed and treated. Outdoor coils were cleaned. All electrical and mechanical components were tested, refrigerant levels were checked. I did find the outdoor torque booster was well below the charge set by the manufacturer. I discussed the overall condition of the system and recommended preventative repairs with the homeowners. At this time, they have chosen to replace the failing torque booster. I replaced the torque booster and cycled the system on to verify proper operation. The system is cooling at completion of service.

Diagnosed a failed capacitor on the outdoor condensing unit. I also found some ants in the contactor. I was able to get the ants cleaned out and treated for ants around the contactor with JS685. I then replaced the capacitor and the system is now operational.

Diagnosed a failed capacitor on the condensing unit outside. I installed a new Amrad capacitor and the system is operational now. I was not able to look at the indoor unit due to there being no room to get into the attic. The system is operational at the completion of service.

Service diagnostic found the outdoor capacitor failed on the HERM terminal. This was preventing the outdoor compressor from turning on and causing the home to circulate hot air. Spoke with the homeowner and she chose to have the outdoor capacitor replaced. I replaced the capacitor and cycled power on the thermostat. Function tested the system and found no other issues. Rinsed off the outdoor coil and tested the drain with a gallon of water at no additional cost. The system is operational at this time.