Perryville, MD HVAC Specialists

Upon arrival, both rooftop units were operational. I conducted a thorough evaluation with GM Paul, performing an extensive quality check. The older unit's air movement system was disassembled, cleaned, and re-calibrated, achieving a .7iwc total static pressure. The refrigerant charge was verified, and the system operated efficiently with a 20⁰F deltaT. The new unit was also evaluated, achieving a.9iwc total static pressure and a 19⁰F deltaT. Both systems met manufacturer specifications, with no leaks or clogs. The units were set back to their schedules at 85⁰F. The roof was cleaned, and all doors were locked.

WO-TNFR687769 I replaced the condensate water removal system and reconnected the 3/4-inch condensate drain. After installation, I performed a leak check and found no leaks. During testing, I discovered that the main heat transfer media coil was not channeling condensate water properly due to debris buildup. I applied an approved cleaner to break down and remove the dirt and debris, restoring proper condensate drainage. I verified the system was operating correctly, with the condensate drain functioning properly.

I conducted a thorough maintenance check on the AC components of an oil furnace. Initially, the Delta T was 18 degrees, but it increased to 19 degrees after running for over five minutes. I replaced the filter and labeled it with the current date. Voltages and amps at the indoor unit were within acceptable limits, with fan motor amps at 5.31 and 5.24. The indoor voltage enhancement system was operating at 9.93 mfd within the 10mfd range. I cleaned the air handler with a suitable cleaner. The outdoor unit was tested in cooling mode, showing 120v on leg one and 121v on leg two, totaling 241v with no voltage loss. The compressor received 120v, and amp readings were 4.24 for start, 5.07 for run, and 4.61 for common. The outdoor voltage enhancement system was at 34mfd and 5mfd within the 35/5mfd range. Unfortunately, the homeowners' hose spout was broken, preventing coil spraying, though minimal debris was observed in the fins.

I meticulously cleaned the return box, ensuring all dust and debris were removed. Using specialized vacuum equipment, I carefully navigated the intricate components to avoid any damage. The process involved thorough inspection to confirm complete removal of contaminants. This ensured the return box was in optimal condition for its next use, maintaining the integrity and efficiency of our operations. Precision and attention to detail were paramount throughout the task.

I successfully replaced a malfunctioning 2 Hear 2 Cool thermostat. The initial issue was that the thermostat was not regulating the temperature correctly, leading to discomfort and potential energy inefficiency. I carefully removed the old thermostat, ensuring all wiring was disconnected safely. After confirming the model and compatibility, I installed the new thermostat, connecting all necessary wires and components. I then calibrated the settings to match the homeowner's preferences and preferences. The new thermostat is now functioning perfectly, providing accurate temperature control and enhancing overall comfort. This replacement comes with a full warranty, ensuring peace of mind for the homeowner.

During the inspection, a fault was identified in the water removal system. Upon further evaluation, a crack in the condensate collector pan was discovered, causing condensate water to leak into the return air box and saturate the air filter. This issue, if left unaddressed, could lead to reduced airflow, water damage, and potential indoor air quality concerns. The condensate collector pan requires replacement to resolve the problem. Currently, the system is operational, but condensate water continues to drip onto the air filter and into the return air box until the repairs are completed.

We conducted a thorough cleaning and inspection of the air conditioning system, focusing on both indoor and outdoor units. This included cleaning the evaporator and condenser coils, and unit cabinets to ensure optimal airflow and efficiency. We inspected all wiring and electrical connections, tested condensate drains and safety controls, and operated the system in both cooling and heating modes. The UV system bulb was replaced, and the filter was recommended for replacement. All systems are now operating within normal specifications.

I successfully replaced a malfunctioning controller as per the work order. Upon inspection, the previous controller was found to be non-functional, leading to operational issues. I carefully removed the defective unit and installed a new, high-quality controller. Following the installation, I conducted thorough testing to ensure that all systems were operating correctly. The new controller was configured to meet the specific requirements of the equipment, and all tests confirmed that the system was fully functional. The client was informed of the successful replacement and the satisfactory outcome of the tests.

I performed a thorough cleaning and inspection of the air conditioning system, focusing on both the indoor and outdoor units. The evaporator and condenser coils, along with the unit cabinets, were cleaned to ensure optimal airflow and heat transfer efficiency. All high- and low-voltage wiring and electrical connections were inspected and found to be secure with no visible defects. The condensate drains and safety controls were tested and verified to be functioning correctly. The system was operated and tested in both cooling and heating modes. The outdoor unit's voltage enhancement system and voltage enhancement device had failed, which were replaced and tested. All components are now operating within normal manufacturer specifications, and this repair comes with a one-year limited warranty.

I conducted a thorough cleaning and inspection of the air conditioning system, focusing on both the indoor and outdoor units. The evaporator and condenser coils, along with the unit cabinets, were meticulously cleaned to ensure optimal airflow and heat transfer efficiency. All high- and low-voltage wiring and electrical connections were inspected, found to be secure with no visible defects. The condensate drains and safety controls were tested and verified for proper operation. The system was operated and tested in both cooling and heating modes. The voltage enhancement system showed a 45/5 reading and failed at relief, prompting a recommendation for a voltage storage device and enhancement system. The drain lines were cleared of debris, and pan treatment was installed. Indoor unit readings showed a Delta T of 22°F, and the coil pass was clear of debris. The heat exchanger passed the smoke and visual inspection. The filter was changed, and all safeties passed.