San Marcos TX Heating & Air Conditioning Services

I made sure to clear the drain and also rinse out the outdoor unit. I checked over the system and everything is in good shape. All components of the indoor and outdoor unit are operating properly. Refrigerant charge is proper which was determined through non-invasive testing. No major issues found. System is in working order at completion of appointment.

I made sure to clear the drain and also rinse out the outdoor unit. I checked over the system and everything is in good shape. All components of the indoor and outdoor unit are operating properly. Refrigerant charge is proper which was determined through non-invasive testing. No major issues found. System is in working order at completion of appointment.

I made sure to clear the drain and also rinse out the outdoor unit. I checked over the system and everything is in good shape. All components of the indoor and outdoor unit are operating properly. Refrigerant charge is proper which was determined through non-invasive testing. No major issues found. System is in working order at completion of appointment.

I went over the system (2006) and discovered the following: the defrost control board has failed, the condenser fan motor is the wrong type and is also oily, the contactor is pitted and charred, and the system is low on refrigerant. I brought all of this into the attention of the homeowner and made him a few options. Jesus elected to have me bypass the defrost control board so the system would work. I converted the condenser fan motor from a 4-wire universal fan to a 3-wire fan and I removed the 5mfd capacitor for the universal fan. I also removed a lot of the excess wiring inside the electrical cabinet and the 2 speed fan relay that had been left there. I also wired Y2 together with Y1 at the thermostat because it was previously put into W for some reason. We got the system switched on and everything came on and ran properly. System is in working order at completion of appointment.

I went over the system (2006) and discovered the following: the defrost control board has failed, the condenser fan motor is the wrong type and is also oily, the contactor is pitted and charred, and the system is low on refrigerant. I brought all of this into the attention of the homeowner and made him a few options. Jesus elected to have me bypass the defrost control board so the system would work. I converted the condenser fan motor from a 4-wire universal fan to a 3-wire fan and I removed the 5mfd capacitor for the universal fan. I also removed a lot of the excess wiring inside the electrical cabinet and the 2 speed fan relay that had been left there. I also wired Y2 together with Y1 at the thermostat because it was previously put into W for some reason. We got the system switched on and everything came on and ran properly. System is in working order at completion of appointment.

I went over the system (2006) and discovered the following: the defrost control board has failed, the condenser fan motor is the wrong type and is also oily, the contactor is pitted and charred, and the system is low on refrigerant. I brought all of this into the attention of the homeowner and made him a few options. Jesus elected to have me bypass the defrost control board so the system would work. I converted the condenser fan motor from a 4-wire universal fan to a 3-wire fan and I removed the 5mfd capacitor for the universal fan. I also removed a lot of the excess wiring inside the electrical cabinet and the 2 speed fan relay that had been left there. I also wired Y2 together with Y1 at the thermostat because it was previously put into W for some reason. We got the system switched on and everything came on and ran properly. System is in working order at completion of appointment.

I went over the system (2006) and discovered the following: the defrost control board has failed, the condenser fan motor is the wrong type and is also oily, the contactor is pitted and charred, and the system is low on refrigerant. I brought all of this into the attention of the homeowner and made him a few options. Jesus elected to have me bypass the defrost control board so the system would work. I converted the condenser fan motor from a 4-wire universal fan to a 3-wire fan and I removed the 5mfd capacitor for the universal fan. I also removed a lot of the excess wiring inside the electrical cabinet and the 2 speed fan relay that had been left there. I also wired Y2 together with Y1 at the thermostat because it was previously put into W for some reason. We got the system switched on and everything came on and ran properly. System is in working order at completion of appointment.

Single system cool check performed. The air handler was examined for cleanliness. I tightened the wiring. The drain line was cleared and treated. The float switch was checked and is operational. Condenser coils cleaned thoroughly. Capacitor and amp draws within range. Contactor is showing signs of wear and tear. Refrigerant levels within spec. No other major issues found, and the system is cooling properly at this time.

Cool check completed on three mini splits systems. Condenser coils and air filters have been cleaned. Temperature deferential on the downstairs and living area are good. The customer expressed concerns about the bedroom unit head. Checked refrigerant levels on the unit and found them to be low. Used leak detector and soap bubble solution to identify the leak to the service port. Presented repair options and the customer has chosen to have refrigerant added today. Added refrigerant and the system is operational.

Performed cooling maintenance on a straight cool system. Checked all electrical, mechanical and performance of the system. I cleared the drain and cleaned the p-trap. I also poured 2 gallons of water down the drain line and then treated it. The outdoor condenser has been cleaned. I did find the following: the outdoor capacitor is below value on the herm side, the system is slightly overcharged, the blower wheel is dirty, and the condenser fan motor is starting to show signs of overheating. No other major issues found.

Cool check completed on a four-year-old horizontal gas system. The blower wheel is clean. All low voltage wiring tightened. Drain lines have been cleared. Float switch checked and is operational. Condensing coils have been cleaned. Amp draws within range. Refrigerant levels good. Capacitor is within manufacture specs but on the low side. All other electrical within manufacture specs. Unit is operating properly at this time.

Single system tune-up completed on a horizontal air handler/heat pump system. The evaporator coil is showing signs of rust after 10 years. The blower wheel is clean. The float switch was checked and is working properly. Removed clog from primary drain line and then treated the drain. Condenser coils have been cleaned. All electrical within manufacture specs. Refrigerant charge within range. The system is cooling properly at this time. No other major issues found.

Performed cooling maintenance on three systems. Checked all electrical, mechanical and performance of the systems. Cleared and treated all drain lines and washed all three outdoor coils. While onsite, the homeowner asked me to replace the thermostat in the hallway for the living area system. I replaced the thermostat and cycled power on all systems. Confirmed all three systems are operational at this time.

Performed AC cool check. Checked electrical, mechanical, safety, and performance of the system. The drain line was cleared, and flow tested with water. The drain line was treated. The air handler and blower wheel are clean. The condenser coil was cleaned. Condenser fan motor and contactor are in good condition. The capacitor for the condenser unit is within value and the refrigerant charge is within factory specifications. The system was cooling at 10.5 degrees of sub cooling. No major issues were found, and the system was running at the time of departure.

Installed Carrier gas system. Installed Ecobee Pro thermostat. Installed new supply and return plenums. Sealed all connections with mastic air lock. Replaced secondary drain pan. Rebuilt and insulated primary drain line. Installed SS2 and SS3 safety float switches. Cleared drain and verified operation. Pressure tested and pulled a vacuum on the line set. Verified charge was to manufacturers specifications.

Service diagnostic found that the primary condensate drain line was clogged. Water had backed up and tripped the safety switch. Options for repair were presented to the customer and Paul chose to have the drains line cleared today. I cleared the drain line and flow tested the drain with water. I then treated the drain. The system was function checked and was running at the time of departure.

Single system cool check completed on a horizontal heat pump system. Drain line has cleared and treated and the float switch has been tested and is operational. I did find the blower wheel to be dirty, which can restrict airflow across the evaporator coil. Outdoor coils have been cleaned and all electrical components have been checked. I did find that the contactor is charred and pitted. Refrigerant levels within range. No other major issues found.

Cool check completed on a horizontal gas system. The drain line has been cleared and treated, and the safety switch was tested and is operational. Air filter changed. Condenser coil cleaned and all electrical within manufacture specs. Refrigerant level within range. No major issues were found.

Air Conditioning System Repair Service: While assessing the client's AC system, I identified inadequate insulation on the refrigerant lines, leading to energy wastage. Implementing corrective measures, I bolstered the insulation, significantly reducing energy losses and enhancing overall system efficiency.

Whole Home Generator Installation: Installing a whole home generator, I provided peace of mind to the homeowner during power outages. With a focus on reliability and seamless integration, I ensured uninterrupted power supply to essential household systems, safeguarding against disruptions.