Professional HVAC Services in Davenport, FL

Performed diagnostic on a 6-year-old York air conditioning system. Upon inspection, the condenser was displaying an error code of two flashes, indicating that the system had been shut down by the high-pressure safety switch. Testing confirmed that the high-pressure switch was stuck in the open position. The high-pressure switch was temporarily bypassed with the customer’s approval so the system could be tested. After bypassing the switch, the system started and operated normally. System performance and operating pressures were checked, and the unit is currently cooling properly and draining correctly. The customer was informed that the high-pressure switch bypass is temporary and that operating the system without the high-pressure safety protection could result in excessive system pressure, which may cause compressor damage, refrigerant leaks, or other system damage. The customer understood and approved the temporary bypass. The customer requested a proposal for replacement of the

Performed a diagnostic on a 3-ton Goodman system, approximately 12 years old. Upon inspection, the system was tripping the condensate drain safety/flow switch due to a clogged drain pan and condensate drain line. Customer approved the recommended drain cleaning. I cleared the drain line, cleaned the drain pan, and added Viper drain treatment. After completing the cleaning, I tested the drain system and confirmed that it is draining properly at this time. I also informed the customer about the condition of the evaporator coil and blower wheel, which require cleaning due to significant buildup. Recommended repairs and improvements include pulling and cleaning the evaporator coil, pulling and cleaning the blower wheel, microbial sanitization treatment, installation of a UV light, and repair/improvement of the condensate drain line. The main drain line does not currently have a PVC access tee for proper flushing. I recommend installing a PVC tee to provide future access for drain-line m

Service Summary: Mini split (UPSTAIRS) The error history was reviewed, showing a prior EA error related to the four way valve. Refrigerant readings confirmed normal, and all control board connections were checked and found secure. The reversing valve coil was tested and found out of specification, indicating a faulty component that requires replacement. We will order the part needed and contact the customer schedule a return date

Completed Arctic Summer Checkup. Tested system operation and checked the temperature split; readings are within the proper range at this time. Flushed the system drain line and replaced the air filter.

Performed a diagnostic on a 13-year-old Amana system. Found the dual capacitor out of range, causing the system to repeatedly attempt to start approximately six times before going into a safety lockout. Received customer approval to replace the dual capacitor. Replaced the capacitor and tested the system operation. After the repair, the system started and is running properly at this time. The customer would like to extend the life of the existing system and is considering replacing it at a later time. Also found the supply plenum has dropped approximately three inches, creating a significant air leak into the garage. Recommended reinstalling and properly securing the supply plenum, then sealing it to prevent air loss. The system is currently operational; however, due to its age and existing conditions, the equipment is operating outside of the manufacturer’s specifications.

Performed preventive maintenance on the HVAC system. Upon inspection, found the system drain line and drain pan clogged with a significant amount of bacterial and algae buildup. Cleared the drain line using a drain snake, cleaned the drain pan, and flushed the drain system with approximately 4 gallons of hot water. Checked system operation, refrigerant pressures, subcooling, superheat, and temperature split. The system is showing signs of an improper refrigerant condition, with only a 10°F temperature split, very high subcooling, and high superheat. Performed a complimentary electronic leak inspection of the evaporator coil, but no leak was found. I recommend performing a complete system leak detection using UV dye to properly identify any refrigerant leaks. The evaporator coil is partially compacted and has significant rust and bacterial buildup. Due to the coil design and limited access, I was unable to properly clean the underside and backside of the coil. The only way to thorough