Reputable HVAC Services in Clermont, FL

Performed a diagnostic on a 3-ton gas furnace split system serving a 1,460 sq. ft. home. During the inspection, I found the evaporator coil case/plenum leaking air around the entire cabinet. Cold air could be felt escaping from all sides, reducing system efficiency and conditioned airflow. I checked the system operating pressures, subcooling, superheat, and temperature split. The head pressure was unstable, repeatedly rising to approximately 370 PSI and then dropping to around 305 PSI without stabilizing. This indicates likely refrigerant contamination. Based on the system’s symptoms, I explained to the customer that the system may not have been properly evacuated during the original installation, allowing moisture to remain in the refrigerant circuit. The system uses a piston metering device. Indoor humidity measured 64%, which is above the recommended range. The customer stated that the system runs continuously and was unable to maintain the thermostat setting of 74°F yesterday, with

Cleaning evaporator coil, blower wheel and UV lights.

Diagnosis on 2016 Carrier Heat Pump Upon arrival, found the indoor coil slightly frozen. After further inspection, found the cause to be a failed blower motor, which was preventing proper airflow across the evaporator coil. After replacement, verified system operation and confirmed the system is now running and cooling properly with normal airflow and temperatures.

Replaced and tested the defrost control board on a Carrier unit under parts warranty. The original board was found to be corroded on the back side, which caused improper operation. Installed new defrost board and tested system operation. Verified proper function of the defrost cycle and overall system performance. All system operations are running properly at this time.

Performed a diagnostic and found the thermostat calling for cooling, but the system was not running. Checked for high voltage at the furnace and found no power present. Verified the breaker was on and confirmed 122.7 volts at the breaker. Inspected for a disconnect switch and found it in the OFF position. Turned the disconnect back ON, and the system started operating normally. After restoring power, checked compressor amps, condenser fan motor amps, blower motor amps, system pressures, subcooling, superheat, and temperature split. All readings are within normal operating range at this time. System is running and cooling properly.

Performed a diagnostic on a 2024 Carrier 3-ton air conditioning system. The system was calling for cooling; the indoor blower was operating, but the outdoor unit was not running. Checked the capacitor and found it within specifications. Inspected the contactor, which is in good condition. Verified that the thermostat is properly calling for cooling mode. Confirmed that 24 volts is present at the defrost board; however, no voltage is being sent from the board to the contactor. Tested the low-pressure switch and found it operating correctly. Verified line voltage at the defrost board, with power present at T1 but not passing through to T2. Determined that the relay on the defrost board is stuck open, preventing the compressor and outdoor unit from operating. Spoke with the customer and recommended temporarily bypassing the defrost board to restore cooling, along with replacing the defective defrost control board. Customer approved the repair and authorized ordering the replacement par

Performed a diagnostic for a water leak in the first-floor kitchen ceiling. Upon inspection, found a 90° PVC coupling inside the armaflex insulation that was loose and not properly glued. The coupling had minimal glue and was not fully seated into the pipe. Cut open the insulation to access the issue, removed the faulty 90° PVC coupling, and installed a new properly fitted coupling. All connections were cleaned and securely glued to ensure a proper seal. Tested the drain line by running water through it and verified that there are no leaks present. No further water dripping was observed. Reinstalled the armaflex insulation and sealed it with foam tape. Water leak has been resolved at this time.

Gas Furnace & Condensing Unit – Full Inspection Report System Age: System is approximately 12–13 years old. • Evaporator coil (case coil): 2014 • Gas furnace: 2013 Performed a complete system inspection on the gas furnace and condensing unit. Verified system operation in both cooling and heating modes. Checked system pressures, compressor amperage, fan motor amperage, and overall performance — system is currently operating within normal range. Tested all capacitors (compressor, condenser fan motor, and blower motor) and found them within manufacturer tolerances. Findings & Conditions: • Contactor: The contactor is heavily pitted. This condition can lead to inefficient operation, increased amperage draw, and potential failure to properly complete the electrical circuit. Replacement is recommended. • Condenser Coil & Airflow: Debris was found inside the condenser. The unit is experiencing airflow restriction, indicated by air being pulled from the top of the condenser. This suggests

To keep your HVAC system running safely, efficiently, and reliably, we recommend the following work: Air Handler Platform Rebuild The platform that supports your air handler is worn and no longer providing proper support. Rebuilding it ensures the unit sits level and secure, which helps prevent vibration, water damage, and long-term structural issues. Evaporator Coil Cleaning The evaporator coil collects dirt and debris over time. When it’s dirty, airflow is restricted and the system has to work harder, which increases energy bills and reduces cooling performance. Cleaning the coil improves efficiency, indoor air quality, and helps extend the life of your system. Contactor Replacement The contactor is an electrical component that controls when your system turns on and off. A worn or failing contactor can cause intermittent cooling or complete system failure. Replacing it now helps prevent unexpected breakdowns. Ultraviolet (UV) Light Installation A UV light is installed inside the

Completed blower wheel cleaning. Installed UV light and applied complimentary microbial growth treatment. Installed surge protection for both the indoor and outdoor units. System is operating properly at this time.