Thermal, CA

Demand Call – No Cool Upon arrival, client had the equipment turned off. Turned equipment on and found only the indoor equipment operating. Verified proper low-voltage call to the contactor, but found no 220V present at the contactor. Traced high voltage back to the outdoor equipment and found no power present due to a tripped breaker. Reset breaker and cycled equipment. Checked compressor startup and found inrush current exceeding desired operating specifications. Installed a compressor saver kit and retested compressor startup. Inrush current was reduced to approximately 61.25 amps, compared to the compressor rated LRA of 135 amps. Verified compressor running amperage at approximately 21.77 amps and condenser fan motor amperage at approximately 1.23 amps, both within equipment specifications. System is now cooling and operating properly upon completion. Client stated there had been previous issues with the AC system that were repaired by a family friend. Informed client of the benef

Due condensation backed up, need to have Angelo touch up drywall and paint, also have him verify drywall is in good shape and replace if needed

Cut new return 14x24

After Diagnostic found water in safety pan and primary was backed up vacuumed water out cleared condensation line check levelness on coil coil is leveled condensation line was backed up tested unit draining properly at this time

Sent estimate for return grill installation Cut wood panel and add return grill

Returned on recall for repeated water/moisture concern at the return register. During the previous visit, condensate drainage was verified clear and no active water leak was observed while the equipment was operating. At that time, moisture around the return area was believed to be related to restricted airflow/condensation, and the member was advised to monitor the area. During today’s visit, allowed the system to remain operating in order to reproduce the concern and inspect the condensate system under normal load. Further inspection found evidence of an actual condensate leak in the attic drain assembly. Located an abandoned safety switch installed in the condensate line that was no longer being utilized and was considered a potential leak point. Removed the abandoned safety switch, reconnected and properly sealed the PVC drain section, cleared the condensate line, and added support/lift beneath the PVC to improve downward pitch and promote proper gravity drainage. Verified condensa

Arrived for reported water leaking from the return register. Member stated the system had been turned off prior to arrival and that she had removed the return filter after noticing the issue. Inspected the return area and found no visible water leakage, gaps, or openings around the return boot/register. Verified condensate drain lines were clear and confirmed the secondary drain/water safety switch was in place. Allowed the equipment to operate while performing inspections and verification. No active water leakage was observed during operation. Based on findings, the previously clogged return filter may have contributed to restricted airflow and condensation forming around the return area. Advised member of findings and recommended maintaining clean filters and monitoring the area for any additional moisture. Perform service under warranty.

Fabricated and installed sheet metal discharge air defector.

🛠️🛠️ Demand service No cool Upon arrival and for me that system maintains temperature and around noon, it just stays running all day and temperature starts to slow slowly creep up Thermostat was set to verified indoor blower operations Went to condenser checked first stage, second stage, refrigerant pressures, and capacitor System is operating as designed While diagnosing system noticed that condenser sits underneath roof eve And recirculating the hotter discharged from condenser Spoke with client on adding an air deflector Also, system has high static pressure return 14 x 24 Recommend opening another return in one of the bedrooms for more air return Client approved, adding an air deflector Will have office follow up with client once metal is fabricated

❄️🧊 2017 York split system 4 ton condenser is located on ground Coleman FAU indoor mechanical closet Semi annual cooling service Cycle equipment followed, cooling sequence of operation check refrigerant subcool, superheat and line temperature Secured and clean electrical connections at condenser Checked capacitor, start kit, fan motor, compressor, amps and voltage Condensation drips straight down Thermostat checked out OK Rinse condenser coil ✅ Cooling equipment checked out operational at this visit

Today’s services consisted of two surge protectors being installed at the disconnect boxes for each system. One American standard on the main house and one Bosh unit at the casita.

Found bad wall switch and replaced

Today’s annual cooling maintenance consisted of one gold American standard system. I first began with replacing the filter in the home a 20 x 30 to ensure that proper airflow is able to circulate back to the system minimum resistance. I then clear the condensation line and ensure that proper drainage is occurring at this time All of the cooling sequence of operations have successfully checked out in the correct range, verifying that the system is providing a 20° split between the suction line and the liquid line, which is also verifying that the home is being cool to the proper temperature. The apps on the system are safely checking out in the correct range following with the capacitor also safely checking out. I then thoroughly wash the coils down on the unit to remove all dirt debris. I may have accumulated on the system. Overall, this American standard unit is operating to the manufacturer specs at this time of today’s preventative maintenance.

Today’s an annual cooling preventative maintenance consisted of two separate units located in two different areas. I first began with the American standard gold system located on the main house and I ensure that the Sensi thermostat is properly calling for cooling and turning the unit on with no error, codes or messages. Client previously replaced their own filters upon my arrival to ensure that proper airflow is circulating back to the system at minimum resistance. I then cleared the condensation line via Jones valve to ensure that proper drainage is occurring on the system. The amperage on the unit is safely checking out in the correct range verifying a controlled voltage is being used throughout the unit efficiently and safely. As well as the capacitor safely checking out in the correct range. I then thoroughly washed this American standard unit down to remove all dirt and debris that may have accumulated on the coils. For the other unit, it was a Bosch system and the amperage is sa

Performed annual maintenance in cooling on a 4 ton split, followed sequence of operation Changed filter checked amps voltage capacitor compressor savers pressures working at range changed contactor was was original and to avoid any further issues rinsed condenser down unit is working to manufacture specification in cooling, sent estimate for surge protector