Proven HVAC Solutions in Kissimmee, FL

Replaced the main PCB (control board) and ambient temperature sensor. Applied new thermal cooling paste to the replacement board, reinstalled it, and reconnected all safety circuits. After restoring power, the system displayed an E11 error code, indicating that the unit required a system test mode. Performed the required test mode using the Daikin thermostat, and the test completed successfully. No error codes were present after the test. Verified system operation, and the unit is now operating normally and cooling properly at this time.

Performed a diagnostic on a Bryant 4-ton heat pump system. Upon arrival, I found the condenser fan motor running, but the compressor was not operating. I tested the dual run capacitor and found it had completely failed. I provided the customer with a quote for the dual capacitor replacement, and the customer approved the repair. I replaced the defective capacitor and restarted the system. After the repair, I verified proper system operation by checking refrigerant pressures, subcooling, superheat, compressor amperage, condenser fan motor amperage, and temperature split. All readings were within normal operating range, and the system is now cooling properly. I also verified that the condensate drain is flowing properly at this time. The system is operating normally upon departure.

Performed a diagnostic on a 5-ton Carrier system approximately 15 years old. The customer stated the unit had been dripping water from the front of the air handler. Upon arrival, the system was no longer leaking because the customer had already cleared the drain line. The customer requested a complete system inspection. I checked the operation of the system and found it cooling and draining properly at this time. During the inspection, I found the evaporator coil to be in very poor condition with extensive rust and corrosion. There was a significant amount of rust particles and debris in the drain pan, which can clog the drain line and cause the drain pan to overflow, resulting in water leaking from the front of the unit. I recommended a professional drain line and drain pan cleaning to remove the accumulated rust and debris and help prevent future drain blockages. The customer declined the recommended repairs at this time. Due to the age and condition of the system, I discussed rep

Performed a diagnostic on the drain issue and found the condensate drain line to be extremely clogged. Water was overflowing from the evaporator coil drain pan and the PVC tee due to the blockage. I presented the customer with a quote for a professional drain line cleaning. The customer declined the repair, stating that the cost was too expensive and that he plans to clean the drain line himself. Collected the $79 diagnostic fee in cash. The system was left as found. The customer was advised that the clogged drain line may continue to cause water overflow and potential water damage until the drain line is properly cleaned.

Performed a diagnostic on the air conditioning system due to the unit tripping on the high-pressure safety switch. Upon inspection, I found the water pressure slightly low. I shut off the water valve, removed and cleaned the strainer, and flushed the water lines until the water ran clear. After reassembling the strainer and restoring water flow, I restarted the system and checked operation. The system is now running properly in cooling mode. I verified system pressures and temperature split, and both are within normal operating range. The unit is cooling and operating correctly at this time. If the issue continues, the problem may be related to the building’s water chiller system or insufficient water flow being supplied to the unit. At this time, the system is operating normally.

Performed a diagnostic on the mini-split system. Found the unit low on refrigerant with a suction pressure of 49 PSI. Customer requested refrigerant be added only and declined equipment replacement at this time. Added approximately 1.5 lbs of R-410A refrigerant to the system per customer request. After charging, the system achieved a 27°F temperature split and was cooling properly at the time of service. Performed a complimentary leak search and found the evaporator coil leaking refrigerant. Advised the customer that the evaporator coil leak is the cause of the low refrigerant condition and that adding refrigerant is only a temporary solution. Customer is aware that the system is older and that the evaporator coil is leaking. I advised the customer that the system holds approximately 2 lbs of refrigerant when completely empty and that the system was not flat at the time of service. I recommended adding only the amount necessary to restore operation; however, the customer specifically r

Performed a diagnostic on the upstairs 1.5-ton Carrier system. Checked system operation in cooling mode and verified overall performance. Inspected system pressures, temperature split, compressor amperage, condenser fan motor amperage, and blower motor amperage. System pressures were within manufacturer specifications, temperature split was normal, and all electrical and mechanical components were operating properly at this time. Inspected the capacitor and found it testing within tolerance. The contactor was inspected and found to be clean and operating properly. Overall, the system is cooling and operating normally. During the inspection of the condensate drain system, I found debris accumulation in the drain pan and drain line, which caused the safety float switch to trip. Contacted the customer and recommended a Level 2 drain line cleaning. Customer approved the repair. Performed a Level 2 drain line cleaning using a drain snake to clear the blockage from the drain line. Flushed

Performed a diagnostic on the system due to the unit not maintaining temperature during the daytime. Checked system pressures, subcooling, superheat, temperature split, compressor amperage, condenser fan motor amperage, blower motor amperage, and overall system operation. At this time, all readings are within normal operating range and the equipment is functioning properly. No mechanical or refrigerant-related issues were found. Completed a full system inspection and found the evaporator coil clean, blower wheel clean, condenser coil clean, and condensate drain operating properly. The drain pan is clean, and no bacterial or microbial growth was observed inside the air handler cabinet. Inspected the home using an infrared camera and found the ceiling insulation to be performing properly throughout the area. The only notable finding was heat infiltration around the attic access located near the thermostat, which may be influencing thermostat readings and contributing to temperature con

Performed a diagnostic on a 3-ton Ruud 4yrs old air conditioning system. Upon arrival, I found the indoor blower motor running and the condenser fan motor operating, but the compressor was not running. I checked the compressor capacitor and found it had failed. I presented the findings to the customer and received approval for the capacitor replacement. After replacing the capacitor, I tested system operation. The compressor started immediately, and the system returned to normal cooling operation. I verified proper system performance, and the unit is cooling properly at this time.

Diagnostic Report – Upstairs HVAC System (Located in Front of Laundry Room) Performed a diagnostic inspection on the upstairs HVAC system. The equipment consists of a 2-ton condenser matched with a 2.5-ton air handler. Upon arrival, system performance was evaluated and refrigerant pressures were checked. The system was found to be significantly low on refrigerant, with a suction pressure of approximately 70 PSI. A complimentary leak search was performed, and the source of the refrigerant leak was detected at the evaporator coil. The evaporator coil is heavily corroded and compacted with debris, resulting in reduced airflow and loss of refrigerant. Due to the condition of the coil, repair is not recommended. The only viable solution is replacement of the evaporator coil. A complete system inspection was also performed and the following additional deficiencies were found: * Contactor is heavily pitted and showing signs of wear. * Blower wheel is compacted with dust, debris, and bact