Proven HVAC Solutions in Kissimmee, FL

Service call - 2017 Carrier - leaking thru ceiling - verified issue, water coming through ceiling from return. Drain completely clogged and float not functioning properly. Guests were set to arrive in less than hour, so had to make quick drain service. Snaked/flushed drain until flowing and cleaned as much water from return/platform as possible. Found float switch wired incorrectly, separated the wires correctly and float now working as designed. System now cooling and draining without issue. Unable to look over full system due to guests arriving, owner very happy we were able to come out and fix so fast

Upon arrival, the customer had already vacuumed the condensate drain line, and the drain was clear. However, the thermostat had no power. During the inspection, I found that the customer had disconnected the safety float switch wiring and removed the entire float assembly. I reinstalled the safety float switch assembly and properly reconnected the wiring. Once everything was restored to its correct position, power was restored to the thermostat and the system started operating again. The safety float switch was empty and dry, confirming that the customer had already cleared the drain blockage. I offered the customer a maintenance agreement and explained the available membership options. The customer requested time to review the options and call back regarding enrollment. I proceeded with the first preventive maintenance visit today. Performed the following services: Cleaned the condensate drain line using a drain snake. Applied Viper drain treatment. Checked system operation in cooling

Performed the first Polar preventive maintenance visit on the Carrier 2.5-ton system. The air handler is located inside the first-floor bathroom closet, and the outdoor condenser is located on the right side at the rear of the building. The system’s drain line is the one closest to the unit. This property has one main drain serving all three floors. Performed drain line cleaning, cleaned the drain pan, applied Viper treatment, and flushed the drain line with six gallons of hot water to ensure proper drainage. Checked system operating pressures, subcooling, superheat, temperature split, compressor amperage, outdoor fan motor amperage, and indoor blower motor amperage. During the inspection, I found bacterial growth inside the air handler cabinet. I also found the outdoor contactor badly pitted and the condenser fan capacitor slightly out of the manufacturer’s specified tolerance. System Configuration: The equipment is designed as a heat pump but is currently operating in straight-co

Performed a diagnostic and found the condensate drain line clogged and the drain pan full of algae buildup. The customer has an active maintenance agreement. Performed a complete drain line cleaning by running the drain snake from outside to inside and inside to outside to remove the blockage. Cleaned the drain pan and applied Viper treatment to both the drain line and drain pan to help prevent future algae buildup. After completing the cleaning, I tested the system in cooling mode and checked the temperature split. The unit is cooling properly and draining correctly at this time. System operation is normal.

Service Summary: Upstairs Unit Full preventative maintenance completed The system was operating as designed. Snaked and flushed drain line and rinsed outside coil. Recommendations: 1. Microbial growth treatment for inside the air handler. 2. UV light.

Performed a diagnostic on the 20-year-old Goodman air conditioning system. The system uses R-22 refrigerant, an older refrigerant that has been phased out of production in the United States. Checked system pressures, subcooling, superheat, temperature split, and indoor humidity. The system is cooling properly at this time. Inspected the air handler cabinet, blower wheel, and evaporator coil for bacterial growth. A small amount of bacterial growth was observed on the insulation on the right side of the air handler. No visible bacterial growth was found on the remaining components. Inspected the supply vents and their interiors, with no visible bacterial growth observed. Used an infrared camera to inspect areas throughout the house for potential moisture intrusion. No wet spots were detected during the inspection. However, some areas showed visible deterioration. Mold-like growth and a musty odor were observed underneath the kitchen cabinet near the dishwasher. Used a moisture meter t

Completed the first Arctic maintenance visit. The customer signed up for the Arctic membership today. Tested system operation in cooling mode and verified that the unit is cooling within manufacturer specifications. Checked compressor, condenser fan motor, and blower motor amperage. Inspected the condenser contactor and found it badly pitted. The compressor and condenser fan motor capacitors were out of tolerance. The blower capacitor was operating properly, and the UV light was working correctly. The evaporator and condenser coils appeared clean. Recommended replacing the defective contactor and capacitors and installing a surge protector at the condenser. The customer approved all recommendations. Replaced the condenser contactor and capacitors and installed the condenser surge protector. Cleaned the drain pan and drain line using a drain snake and applied Viper drain treatment. After completing all maintenance and repairs, tested system operation and verified that the unit is co

Performed a Comfort Performance maintenance visit and completed a full system inspection. Upon inspecting the air handler, I found bacterial growth on the wiring and portions of the insulation inside the cabinet. The existing UV light is not operational. I recommended replacing the UV light to help prevent further bacterial growth inside the air handler cabinet and on the evaporator coil. Inspected the air filter and found it clean. The evaporator coil was also clean, with only a few localized areas of bacterial growth. The drain pan was slightly dirty, so I cleaned the pan and drain line and applied Viper treatment. Inspected the outdoor condenser and found the contactor slightly pitted. I recommended replacing the contactor as preventive maintenance. The capacitor tested within the manufacturer’s specifications. Checked system refrigerant pressures, cooling superheat, and temperature split. All operating readings were satisfactory, and the system is cooling properly at this time.

Performed a diagnostic on the Rheem pool heat pump due to an H2 sensor failure error code. I checked the error code and performed multiple system inspections. I tested the sensor and confirmed it was reading properly. I also tested the pressure switch and verified that it was operating correctly. I continued troubleshooting by inspecting the water filter, which appeared clean. During the inspection of the pool area, I discovered a plastic cup obstructing water flow inside the skimmer basket. I removed the obstruction and coordinated with property management to restart the heat pump. After restoring operation, I checked the refrigerant pressures, measured the temperature split across the evaporator coil, and verified the temperature difference between the pool water inlet and outlet. The system started and operated properly, with all checked operating conditions appearing normal. Final Status: The pool heat pump is running and heating properly at this time. The water flow obstruction

Performed a diagnostic on a 20-year-old Goodman system. Upon inspection, I found the system completely out of refrigerant and observed a significant amount of oil inside the condenser, indicating a potential refrigerant leak. I provided the customer with a quote for leak detection and one pound of refrigerant. I clearly explained that this service was intended to locate the leak and was not a repair or a permanent solution to restore the system to normal operation. Due to the age of the equipment and the condition of the system, the customer requested a proposal for a new system. I contacted the office to create a call for Kenneth to assist with the replacement proposal. Kenneth arrived at the job site, presented the proposal, and the customer signed the agreement for a new system installation. The system will remain out of operation until tomorrow, when the new equipment is scheduled to be installed. Diagnostic Fee: Waived. No diagnostic fee was charged because the customer procee