Kyle TX Heating & Air Conditioning Services

Performed heat check on a Carrier gas furnace. Checked electrical, mechanical, safety, and performance of the system. System sterilizers are operational. Filters were recently replaced. Supply and return plenums are clean. The blower wheel and evaporator coil are also clean. Condensate drain line was cleared and treated. System was running at the time of departure. No major issues were found. See attached checklist for full tune-up details.

I arrived at the home to find the system trying to cool but the outside system was not running. I started my diagnostics and discovered that the outdoor fan motor had completely seized up. I also found the contactor to be heavily pitted and charred. The homeowner decided to sign up for our membership, replace the condenser fan motor, and replace the contactor. I replaced both the condenser fan motor and the contactor. I tested the system after replacing those components and everything came on and ran properly. System is in working order at completion of appointment.

I arrived at the home to find the system trying to cool but the outside system was not running. I started my diagnostics and discovered that the outdoor fan motor had completely seized up. I also found the contactor to be heavily pitted and charred. The homeowner decided to sign up for our membership, replace the condenser fan motor, and replace the contactor. I replaced both the condenser fan motor and the contactor. I tested the system after replacing those components and everything came on and ran properly. System is in working order at completion of appointment.

I arrived at the home to find the system trying to cool but the outside system was not running. I started my diagnostics and discovered that the outdoor fan motor had completely seized up. I also found the contactor to be heavily pitted and charred. The homeowner decided to sign up for our membership, replace the condenser fan motor, and replace the contactor. I replaced both the condenser fan motor and the contactor. I tested the system after replacing those components and everything came on and ran properly. System is in working order at completion of appointment.

I arrived at the home to find the system trying to cool but the outside system was not running. I started my diagnostics and discovered that the outdoor fan motor had completely seized up. I also found the contactor to be heavily pitted and charred. The homeowner decided to sign up for our membership, replace the condenser fan motor, and replace the contactor. I replaced both the condenser fan motor and the contactor. I tested the system after replacing those components and everything came on and ran properly. System is in working order at completion of appointment.

Performed heating maintenance on one furnace system. Checked all electrical, mechanical and performance of the system. Customer supplied filter for replacement. I talked to the homeowner about adding a float switch on the secondary drain line and disconnecting it from the emergency drain pan line. He declined repairs at this time and asked me to email an estimate for the repair. No other major issues were found, and system is operational at this time. See attached checklist for full tune-up details.

Service diagnostic found that the capacitor on the condenser unit has failed. Options for repair were presented to the customer and they chose to have the capacitor replaced. I replaced the capacitor and sprayed the inside of the condenser cabinet with JS insecticide. The system was function checked and is running normally.

Performed heat maintenance. Checked electrical, mechanical, safety, and performance of the system. All heat strips activated. Filter was changed by homeowner before arrival. During maintenance I noticed some buildup of dirt on the outside condenser coil. Sprayed off coil and cleaned the condenser. No other major issues were found and the system was running at time of departure. See attached checklist for full tune-up details.

I arrived at the home to find the main system trying to heat but not running. I went into diagnostics over the unit and discovered that the disconnect had melted. Previously they had number 4 aluminum wire feeding a disconnect that had a shared 45-amp and 20-amp circuit. Loose connections or some type of surge caused those contact points to get very hot and then they melted the disconnect. I brought all of this to the attention of the homeowners and provided them with a few solutions. They elected to replace the existing disconnect with a small breaker box so that the circuits could be split properly. I collected the parts and returned to install the box. I made all of the connections nice and tight and also used Oxgard on the aluminum wire. Once the work was completed, I switched the system on and performed testing. The system came on and ran immediately. Main house system is in working order at completion of appointment.

I arrived at the home to find the main system trying to heat but not running. I went into diagnostics over the unit and discovered that the disconnect had melted. Previously they had number 4 aluminum wire feeding a disconnect that had a shared 45-amp and 20-amp circuit. Loose connections or some type of surge caused those contact points to get very hot and then they melted the disconnect. I brought all of this to the attention of the homeowners and provided them with a few solutions. They elected to replace the existing disconnect with a small breaker box so that the circuits could be split properly. I collected the parts and returned to install the box. I made all of the connections nice and tight and also used Oxgard on the aluminum wire. Once the work was completed, I switched the system on and performed testing. The system came on and ran immediately. Main house system is in working order at completion of appointment.

I arrived at the home to find the main system trying to heat but not running. I went into diagnostics over the unit and discovered that the disconnect had melted. Previously they had number 4 aluminum wire feeding a disconnect that had a shared 45-amp and 20-amp circuit. Loose connections or some type of surge caused those contact points to get very hot and then they melted the disconnect. I brought all of this to the attention of the homeowners and provided them with a few solutions. They elected to replace the existing disconnect with a small breaker box so that the circuits could be split properly. I collected the parts and returned to install the box. I made all of the connections nice and tight and also used Oxgard on the aluminum wire. Once the work was completed, I switched the system on and performed testing. The system came on and ran immediately. Main house system is in working order at completion of appointment.

I arrived at the home to find the main system trying to heat but not running. I went into diagnostics over the unit and discovered that the disconnect had melted. Previously they had number 4 aluminum wire feeding a disconnect that had a shared 45-amp and 20-amp circuit. Loose connections or some type of surge caused those contact points to get very hot and then they melted the disconnect. I brought all of this to the attention of the homeowners and provided them with a few solutions. They elected to replace the existing disconnect with a small breaker box so that the circuits could be split properly. I collected the parts and returned to install the box. I made all of the connections nice and tight and also used Oxgard on the aluminum wire. Once the work was completed, I switched the system on and performed testing. The system came on and ran immediately. Main house system is in working order at completion of appointment.

Performed heating maintenance on one heat pump system. Checked all electrical, mechanical and performance of the system. Cleared and treated the drain line and washed the outdoor coil. The air handler has a dirty blower wheel, and the condenser fan motor is showing signs of overheating. I informed the customer and presented options for repair. She declined repairs at this time. No other major issues were found, and the system is working at this time.

Performed heat check on a Carrier heat pump system. Checked electrical, mechanical, safety, and performance of the system. The air handler, evaporator coil and blower wheel are clean. Filter was replaced with a customer supplied filter. I cleared the drain and flow tested the drain with water. I then treated the drain. All heat strips are operational. Condenser coil was cleaned. No major issues were found. Electrical disconnect confirmed in and on. System was running at the time of departure.

Performed heat maintenance. During maintenance, I checked over all the electrical wiring to make sure it was tight. I cleaned and tested the flame sensor and igniter. Filters were dirty and were changed with customer supplied filters. During my maintenance I also noticed that there are two issues: the condenser fan motor is showing signs of overheating, and the capacitor is below value. I also noticed some build up starting to occur on the indoor blower motor. I brought all my findings to the homeowner, and they decided to move forward with a replacement condenser fan motor and capacitor and would like to address the blower cleaning during the Spring visit. Completed the repairs and tested the system. No other major issues were found, and the system was running at time of departure. Gas valve confirmed on. See attached checklist for full tune-up details.