Kyle TX Heating & Air Conditioning Services

Service diagnostic found that the power wire from the defrost control board to the condenser fan motor was broken. The fan motor had been replaced some time before they had moved into the home and whoever had done the work zip tied the wire tight against a metal edge. I ran the new wire from the defrost control board to the fan motor. The system was function checked and is operational. System was running at the time of departure.

Performed AC cool check. Checked electrical, mechanical, safety, and performance of the system. Drain line was cleared and treated. Air handler and blower wheel are clean. Electrical connections are tight and in good condition. Condenser fan motor is in good condition. Capacitor is within value. Disconnect is also in good condition and the surge protection is operational. Condenser coil was cleaned. System was set to the customer’s desired setting and was running at the time of departure. See attached checklist for full tune up details.

Replaced supply plenum and sealed all duct and plenum connections with mastic air lock. Cleared and treated primary drain line. Installed surge protector for outdoor condenser. Everything is operational at this time.

This system is a 3-ton Carrier heat pump. I checked electrical, mechanical, safety and performance of the system. The filter was dirty and they didn’t have a replacement filter on hand. The return and supply ducts are clean. Evaporator coil, blower wheel and air handler are also clean. Electrical wiring is tight. Auxiliary heat strips are operational and running at 19 amps. I cleared the condensation drain line and flow tested the drain with water. I then treated the drain. Condenser coil was clean. Refrigerant pressure within range. Condenser fan motor disconnect and contactor are in good condition. Capacitor for the condenser unit is within value. Electrical connections are tight. I spared JS ant treatment around the contactor and electrical connections to prevent damage from ants. System was running at the time of departure. See attached checklist for full tune-up details.

On arrival, I met with the homeowner who stated that his thermostat went blank the other day. His neighbor came and replaced the fuse in the indoor furnace, but it still would not work. I went through the system and found that the outdoor starter relay was shorted, which was causing the control voltage fuse to blow. Installed new relay and new indoor control fuse. Verified all wiring was secure and all connections were done correctly. While on-site, performed semiannual maintenance on one straight electric cooling system. Inspected all Performance, Mechanical and Safety Systems. Verified everything was working within manufacture’s specifications for operation. Everything is working at this time. See attached checklist for full tune-up details.

Indoor Air Purification System Installation: Addressing a homeowner's concern about indoor air quality, we facilitated the seamless installation of a cutting-edge indoor air purifier. Expert positioning and meticulous integration maximized air purification capabilities, contributing to a healthier and more refreshing indoor environment. The new air purifier effectively addresses identified areas for improvement in the homeowner's living space.

On arrival, the customer stated that he noticed that his outdoor condenser fan motor had not been working since last night. After I inspected the system, I found that the motor had failed. I presented repair options to the customer, and he chose to have it replaced with our Azure universal motor. I replaced the motor and cycled power at the thermostat confirming that the motor is now working. I then performed maintenance on the system and checked all electrical, mechanical and performance of the system. I also cleared the drain line and washed the outdoor coil. No other major issues were found, and the system is operational at this time. See attached checklist for full tune-up details.

Performed heating maintenance on one furnace system. Checked all electrical, mechanical and performance of the system. I found that the blower motor capacitor is below value. I informed the customer and presented options for repair. She chose to have it replaced at this time. I replaced the capacitor and cycled power at the thermostat. No other major issues found. See attached checklist for full tune-up details.

Performed service diagnostic. Diagnostic found that the condensate drain line was clogged. Water had backed up and tripped the safety switch. Blower motor capacitor is also below value. Options for repair were presented to the customer and they chose to have the drain cleared and have the capacitor today. He also chose to sign up for our maintenance plan. I cleared the drain line and flow tested the drain with water. I also treated the drain line. I replaced the capacitor and tested the system. Everything is working properly at this time.

On arrival, I started the cooling system and found that the exhaust fan motor was not running. Tested the charge rating of the run capacitor and found it to still be within range on both the FAN and HERM side of terminals. Looked closely at the motor wiring and found burn marks coming out of the motor area. Recommended replacement of the condenser fan motor and the homeowner agreed. Installed new motor and programmed it to match system specifications. Once fully installed, I tested the system and verified everything was operating within manufacture’s specifications for operation.

Performed heater check on a Goodman gas furnace. Checked electrical, mechanical, safety, and performance of the system. Drain line was cleared and treated. Return duct and blower wheel are dusty. Flame sensor was cleaned. Igniter is within value and operational. Blower motor capacitor is within value. Inducer motor is operational and drawing normal amperage. No other major issues were found. See attached checklist for full tune-up details. Options for cleaning were presented to the customer. They declined the repair but asked that we email an estimate. System was running at the time of departure.

Homeowner mentioned that it had quit heating a couple of days ago. I went over the system and discovered the following: the system is a 90% Goodman furnace on natural gas. The air filter underneath the system was completely clogged up. The safety limits had been cutting the furnace off due to a lack of airflow. I removed the filter and replaced it with a new one from the customer. I then was able to cycle the heat and everything fired up and ran without any issues. I also went over the rest of the heating system. I found that the capacitor for the inducer motor has a broken spade connector. I went ahead and got that connection fixed after checking the capacitor. I also switched the heating system down to a 10-minute stage up delay. I found the temperature rise to be within spec. I also adjusted gas pressures to get them closer to the manufacturer’s specifications. System is in working order at completion of appointment.

Homeowner mentioned that it had quit heating a couple of days ago. I went over the system and discovered the following: the system is a 90% Goodman furnace on natural gas. The air filter underneath the system was completely clogged up. The safety limits had been cutting the furnace off due to a lack of airflow. I removed the filter and replaced it with a new one from the customer. I then was able to cycle the heat and everything fired up and ran without any issues. I also went over the rest of the heating system. I found that the capacitor for the inducer motor has a broken spade connector. I went ahead and got that connection fixed after checking the capacitor. I also switched the heating system down to a 10-minute stage up delay. I found the temperature rise to be within spec. I also adjusted gas pressures to get them closer to the manufacturer’s specifications. System is in working order at completion of appointment.

Homeowner mentioned that it had quit heating a couple of days ago. I went over the system and discovered the following: the system is a 90% Goodman furnace on natural gas. The air filter underneath the system was completely clogged up. The safety limits had been cutting the furnace off due to a lack of airflow. I removed the filter and replaced it with a new one from the customer. I then was able to cycle the heat and everything fired up and ran without any issues. I also went over the rest of the heating system. I found that the capacitor for the inducer motor has a broken spade connector. I went ahead and got that connection fixed after checking the capacitor. I also switched the heating system down to a 10-minute stage up delay. I found the temperature rise to be within spec. I also adjusted gas pressures to get them closer to the manufacturer’s specifications. System is in working order at completion of appointment.

Homeowner mentioned that it had quit heating a couple of days ago. I went over the system and discovered the following: the system is a 90% Goodman furnace on natural gas. The air filter underneath the system was completely clogged up. The safety limits had been cutting the furnace off due to a lack of airflow. I removed the filter and replaced it with a new one from the customer. I then was able to cycle the heat and everything fired up and ran without any issues. I also went over the rest of the heating system. I found that the capacitor for the inducer motor has a broken spade connector. I went ahead and got that connection fixed after checking the capacitor. I also switched the heating system down to a 10-minute stage up delay. I found the temperature rise to be within spec. I also adjusted gas pressures to get them closer to the manufacturer’s specifications. System is in working order at completion of appointment.