Responded to a home on the outskirts of Giddings where the homeowner said a 16-year-old system had been struggling all summer and finally gave up on one of the hottest afternoons of the year. The compressor locked up and there wasn't any sense putting money into a unit that old. Did a proper load calculation before recommending equipment, removed the old indoor coil and outdoor condenser, and installed a new high-efficiency matched system with updated refrigerant lines and a new filter drier. Charged to spec, balanced airflow through the existing ductwork, and ran a full cooling cycle to confirm everything was delivering correctly. Homeowner said it was already quieter and colder than the old system had been in years.

Upon my arrival I evaluated 2 Goodman gas furnace systems. I verified system safety and performance is to manufacture specifications for both systems. Flushed and treated the water removal systems. Cleaned the electrical cabinets and checked terminals. Did not wash the condenser heat transfer media coils due to the condition of them. Water would destroy the fins and reduce the efficiency of the system. Fixed a loose coupling on the water removal system to prevent any more leaks. Found unit #1 to be low on R22 refrigerant and unit #2s outdoor electrical safety circuit system plug to be very hot, but not overamping. Made sure the plug was all the way in and making good contact. Overheating due to aged and worn terminals. Informed the customer of my findings. And recommended having out comfort specialist come out and give estimates on replacement. The customer wants to let the current systems run as long as they can before replacement. Both systems from 2006. Systems cooling to the best

I returned to the job to re-insulate and reseal the duct run for the entryway. I removed the old insulation and installed new insulation. I resealed all tape points with mastic sealant. Informed customer to wait at least 6 to 8 hours to start system to let the mastic sealant harden. System cooling properly at this time.

Upon my arrival, the customer is concerned that the register above the front entranceway was dripping water. Upon my diagnosis, I found the register to be exposed to the attic air, causing condensation. Will need to return with duct wrap insulation to re-insulate the duct run. The office will be in contact about a date and time for a return.

Summertime AC Maintenance: Completed a pre-summer seasonal tune-up on a residential split system before peak Texas heat. Removed debris and cottonwood from inside the condenser cabinet, rinsed the outdoor coil, tested the capacitor and contactor, and inspected electrical connections at the disconnect. Flushed the condensate drain with treatment solution, replaced the return air filter, and verified supply and return temperature differential during a full cooling cycle.

On arrival, customer is concerned that the ductwork in the attic was split and blowing cold air into the attic. Upon my investigation, I found the ductwork to be split at a previous splice. Informed customer of my findings and recommended replacing the entire run. Customer agreed and wants whole run replaced. The office will call and schedule a date and time to return and perform the repair. I placed a temporary patch on the ductwork to keep the customer cooling until then.

On my arrival, the customer was concerned that the indoor unit was running, but not blowing cold air. Upon my investigation, I found the outdoor exhaust removal system to be running, but not the refrigerant circulation pumping system. The refrigerant pumping systems windings were shorted to one another not allowing the refrigerant circulation pumping system to come on when called. Customer is interested in having our comfort specialist come out and give quotes on a new system. Due to the faulted windings, the system is not cooling at this time.

Upon my arrival i checked into the concerns with the upstairs system not cooling. Performing my diagnostics I found the voltage distribution system to be faulted. I spoke with the customer about my concerns and presented repair options. A repair was approved while onsite and performed. Installed new voltage distribution system, added performance enhancement system, redid wire terminals then ran a performance and safety testing finding everything performing to manufacture specifications at this time.

Upon my arrival I evaluated 2 carrier heat pump systems and one Goodman heat pump system. I verified system safety and performance is to manufacture specifications for all systems. Flushed and treated the water removal systems. Cleaned the electrical cabinets and washed units using water. Found each system to have signs of bacterial growth inside the air handler cabinets. Informed customer of my findings. Customer wants options sent over for SOLARIS UV prevention system installation. The bacterial growth present may negatively impact indoor air quality; if left unaddressed, it can also restrict airflow within the system, resulting in reduced heating and cooling efficiency. Replaced downstairs unit #2 IFlo cartridge. All systems cooling properly at this time.

Upon my arrival I evaluated 2 Goodman gas furnace systems. I verified system safety and performance is to manufacture specifications for both systems. Flushed and treated the water removal system. Cleaned the electrical cabinet and cleaned off flame sensor with an abrasive cloth. Found no issues at this time. No recommendations at this time.

AC Repair: Responded to a unit that was short cycling intermittently during hot afternoons. Inspected the thermostat, control board, and outdoor condenser, and identified a failing thermistor sensor causing incorrect temperature readings. Replaced the sensor, verified voltage and control signals, recalibrated the thermostat, and tested multiple cooling cycles to confirm consistent operation at the set temperature.

Upon my arrival I evaluated 1 carrier gas furnace system. I verified system safety and performance is to manufacture specifications. Flushed and treated the water removal system. Cleaned the electrical cabinet and cleaned off the flame sensor with an abrasive cloth. Found no issues at this time. No recommendations at this time

Upon my arrival for a heating service, I performed a performance check on a 5-ton split system. I found the voltage distribution system was pitted and causing resistance. Customer approved replacement of the voltage distribution system. I also washed the outdoor coil with water and verified the heat strips were engaging during emergency heat mode.

Upon my arrival, I evaluated a gas furnace system that was not igniting. Verified system safety and found the flame sensor was heavily oxidized. I cleaned the sensor with abrasive cloth and verified proper fuel delivery. I also inspected the air movement system and found it operating within static pressure limits. System is back up and running safely.

Upon my arrival in Giddings for a heating repair, I evaluated a Carrier heat pump system that was blowing cold air. I performed my diagnostics and found the voltage enhancement system for the outdoor compressor had failed. I replaced the voltage enhancement system and cleaned the electrical cabinet. I also flushed the water removal system as a precaution. System is now heating to manufacturer specifications.

Upon my arrival I evaluated 1 Rheem gas furnace system. I verified system safety and performance is to manufacture specifications. Flushed and treated the water removal system. Cleaned the electrical cabinet and washed unit using water. Found no issues at this time. No recommendations at this time

I spoke with Troy regarding his HVAC issue. He reported that the system serving the first floor was not cooling. During troubleshooting, I found that the outdoor unit was not turning on. Further diagnosis revealed that the voltage enhancement system was weak, and the voltage distribution system had burned contacts. Troy approved a full renovation of the voltage enhancement system. This service included: • Replacing the voltage enhancement system • Replacing the voltage distribution system • Installing a hard start kit • Replacing damaged wire terminals • Cleaning the outdoor condenser coil • Performing a full performance and safety test Following these repairs, the system is now operating properly.

Upon my arrival I evaluated 2 furnace strait cool systems. I verified system safety and performance is to manufacture specifications. Flushed and treated the water removal system. Cleaned the electrical cabinet and washed unit using water. Found the voltage enhancement system low for the left indoor furnace, both heat exchangers need a cleaning, I also recommended replacing both voltage distribution systems and voltage enhancement systems on both out door units. . Trevor approved the complete voltage enhancement system renovation for both outdoor units, which allowed me to replace the voltage distribution systems, voltage enhancement systems, install hard start kits clean coils for both outdoor units.

Upon my arrival, in Giddings, for an AC repair, I spoke with the customer about their concerns with the outdoor system running and the indoor system not. I performed my diagnostics and found that the indoor air movement system is faulted. Parts house is closed so I will have to call in the morning to verify part availability. I will be ordering both the air movement system and main control board covered under full 10 yr P&L. Customer asked that the office call them tomorrow to renew their contract.

Upon my arrival in Giddings, for an AC evaluation, I performed a 6 month checkup on 2 furnace systems. I found that the aged equipment is operating properly in both the performance and safety aspects the best that it can. I spoke with the customer about our free consultations and financing options. She does believe they are looking to upgrade the equipment soon given its age and feels that it struggles to keep up when it’s cooling. I also went overt reasoning for performing a furnace check instead of the a cooling check up even though they won’t be using it anymore.

Upon my arrival in Giddings, for an AC evaluation, I performed a 6 month check up on one 2 stage furnace system. I found everything to be operating properly in both the performance and safety aspects of the equipment.

Today I arrived in Paige for a maintenance evaluation, and met with the home owner. I completed the fall evaluation of 3 hvac systems today. I began by verifying units are operating safely and performing well. While inside I flushed and treated indoor water removal systems. I changed out the iFLo Drain Solution for the downstairs south end unit. I also washed all outdoor units using water today. I had one maintenance concern today of the downstairs south unit that the outside voltage enhancement system is out of tolerance and should be replaced currently it is still operating. Upon departure left systems running auto mode following schedules.

Yesterday, I serviced a Lennox gas furnace. I cleaned the burners, replaced the air filter, and adjusted the thermostat. The homeowner reported the heat is now evenly distributed throughout the house.

Working in Giddings today, I repaired a malfunctioning central air conditioning unit. I checked the refrigerant levels, cleaned the condenser coils, and replaced the faulty blower motor. The Trane system is now operating efficiently again.

Upon my arrival in Giddings I found that the water removal system was clogged causing the float safety switch to trip and shut the system down. I spoke with the customer about his different options for repair and he chose to go with HF3E. I installed iFlo pro with 6 month drain pan solution, redid the thermostat wiring to make it more uniform, installed new SS1 & SS3 float switches, redid the drain line and added a vent after the p-trap. I tested the systems operations and set the iFlo pro up to find out that the iFlo was not getting external power and was only running off of battery power. I checked proper voltage coming to the iFlo and it had 26 volts being supplied to it. We will be returning to install and new head and verify it is working properly.