Trusted HVAC Specialists in Davenport, FL

HVAC Maintenance Report: Performed maintenance on a 2020 heat pump system (4-ton). Checked all amperages and air flow readings. Cleanied the air handler drain pan, vacuumed and flushed the drain line, rinsed the condenser coil, and replaced the air filter. During inspection, I found the contactor to be pitted showing signs of wear. I informed the customer, and they approved replacement. Replaced the contactor and verified proper system operation. Completed full maintenance and tested the system. The unit is operating within normal ranges, and the drain line is flowing properly at this time. Optional Add-On Recommendation: Installation of a surge protector for the indoor unit. The outdoor unit already has surge protection in place. System Status: Operating and draining properly at this time.

Performed maintenance on the HVAC system. Checked refrigerant pressures and temperature split to ensure proper operation. Cleaned the drain pan, vacuumed and flushed the drain lines, and rinsed the condenser coil. During the inspection, found that the disconnect failed to reset to the ON position. The customer approved replacement of the disconnect; the disconnect was temporarily bypassed to restore operation. This return visit has been scheduled by our office. ADDITIONAL CONCERNS NOTATED: 1. Recommended installing locking caps, as the current caps are missing gaskets. 2. Observed significant microbial growth inside the air handler. Recommended a microbial treatment to disinfect the system, along with installation of a UV light to help prevent future growth. The system is currently operating properly. Customer signed up for the Club Membership, and today’s visit was used as the first maintenance under the plan.

Diagnostic Report – Carrier System (22 Years Old, R-22) Performed a diagnostic on a Carrier system approximately 22 years old using R-22 refrigerant. Found the unit transformer burned out, causing the system to be non-operational at this time. During full system inspection, the following conditions were observed: • Evaporator coil is in critical condition, heavily impacted by bacterial growth • Air handler cabinet interior has significant biological contamination • Blower wheel is heavily coated with bacteria buildup • Bacterial growth is present on internal wiring • Outdoor condensing unit is also in critical condition due to age and wear Due to the overall condition of the system, age of the equipment, and use of phased-out R-22 refrigerant, repairs are not recommended as a long-term solution. Discussed repair options with the customer; however, due to the extent of issues, I recommended system replacement. Customer requested a new system proposal. Contacted Canada, and th

Preventive Maintenance Report Performed preventive maintenance under contract. System was tested in cooling mode and is operating properly at this time. System Checks Completed: • Checked compressor amperage, condenser fan motor amps, and blower motor amps • Verified system pressures, subcooling, and superheat • Measured temperature split — all readings are within normal operating range Maintenance Performed: • Cleaned condensate drain pan and flushed drain line • Added Viper treatment to help prevent future buildup in the drain system • Removed debris from condenser • Cleaned condenser coil (rinsed from inside out and outside in for proper airflow) Findings: • Biological growth (bacteria) present on the evaporator coil, blower wheel, and portions of the air handler cabinet • Existing UV light system is a low-quality brand and was improperly installed by a previous contractor • Disconnect breaker was missing a safety cover, creating a potential electrical hazard (risk of

Preventive Maintenance Agreement – Initial Visit Completed Today, the first preventive maintenance visit was successfully completed. During the inspection, I found biological (bacteria) growth present on the evaporator coil, blower wheel, and inside the package unit cabinet. This buildup is currently restricting airflow and slightly reducing system performance (CFM). Additionally, I observed that: • The contactor is pitted • The capacitor is out of tolerance Work Performed Today: With customer approval, I: • Replaced the contactor and capacitor • Checked system operation including: • Refrigerant pressures • Subcooling and superheat • Temperature split • Compressor, fan motor, and blower amperage • Cleaned the condensate drain pan, vacuumed it, and applied Viper treatment • Removed debris from the condenser section • Rinsed the condenser coil (inside-out and outside-in) After repairs and maintenance, the system is operating within manufacturer specifications. Recommend

2016 Goodman - not running - Transformer is blown and needs replaced. Condenser coil is extremely compacted and not allowing airflow, also needs condenser coil chemical clean.

Condenser Coil chemical deep cleaning.

Performed preventive maintenance on a 3-ton Carrier system. Checked overall system operation in cooling mode, including compressor amps, fan motor amps, blower amps, system pressures, subcooling, superheat, and temperature split. All readings are within manufacturer specifications, and the system is operating properly at this time. During the inspection, it was noted that both the air handler and condenser are not equipped with surge protectors. It is highly recommended to install surge protection to help safeguard the equipment from electrical spikes and extend the lifespan of the system. Additionally, cleaned the drain line and drain pan, and applied Viper treatment to help prevent algae buildup. Removed debris from inside the condenser and thoroughly rinsed the condenser coil to improve efficiency. Tested the system safety flow switch, which is operating properly. Verified that the UV light is functioning correctly at this time. At this time, the system is running properly and p

Daikin fit

Diagnostic Report – 2005 Carrier System Upon arrival, the float switch was filled with water and tripped. Inspection revealed the drain line was installed at an incline, restricting proper drainage. The air filter had been sucked into the unit, and inspection of internal components showed the evaporator coil and blower wheel were both heavily compacted with debris. Severe restriction in air flow. The interior of the air handler also showed widespread microbial growth. The customer approved a Level 3 drain line service and full drain line rebuild, which were completed during the visit. VERY IMPORTANT! After restoring system operation, refrigerant pressures and amp draws were checked. ****Readings indicated poor system performance, with notably low vapor saturation (which can lead to unit freezing up****. This condition is most likely due to the severely restricted evaporator coil and blower wheel. The existing air filter was removed and not replaced because it was the incorrect