The eco-ATC-A’s Ellipti-fin® Cooling Coil now features CrossCool™ Internal Tube Enhancement which increases the internal heat transfer coefficient of the coil and thus increases the cooling capacity of the unit. The-eco-ATC-A offers the most models and box sizes in the industry and is designed with IBC Compliant Construction.
The refrigerant gas discharges from the compressor into the inlet connection of the eco-ATC-A condenser. Ambient air is drawn into the unit and moves over the heat transfer coil. Heat from the refrigerant transfers to the air through the finned tubing. The cool tube walls cause the refrigerant gas to give up heat and condense into a liquid. The condensed liquid flows out of the coil to the high-pressure liquid receiver for return to the system. The hot discharge air is drawn through the drift eliminators and discharged into the atmosphere.
The refrigerant gas discharges from the compressor into the inlet connection of the eco-ATC-A condenser. Water from the condenser’s sump circulates over the condenser coil, while ambient air is simultaneously drawn into the unit. As the ambient air moves up through the coil section, a portion of the spray water evaporates into the air stream. The evaporative process cools the spray water, which in turn cools the tubes containing the refrigerant gas. The cool tube walls cause the refrigerant gas to give up heat and condense into a liquid. The condensed liquid flows out of the coil to the high-pressure liquid receiver for return to the system. The hot, saturated discharge air is drawn through the drift eliminators and discharged into the atmosphere. The water which was not evaporated falls into the sump and recirculates to the water distribution system above the condensing coil section.
EVAPCO's Zero Maintenance ZMII® spray nozzle remains clog free while providing even and constant water distribution, providing the industry's best performing non-corrosive, maintenance-free water distribution system.
Available with multiple equipment options to reduce the overall sound generated from the side or top of the unit.
Available with FACTORY-MOUNTED water treatment systems, providing environmentally sensitive alternatives for treating water in evaporative cooled equipment.
Available with multiple equipment options to aid in the maintenance of the condenser.
| Media name | Drawing Type | Drawing Format | Product Model |
|---|---|---|---|
| eco-ATC-1079A Unit Certified (English) | Unit Certified | Print (.pdf) | eco-ATC-1079A |
| eco-ATC-1079A Unit Certified (Metric) | Unit Certified | Print (.pdf) | eco-ATC-1079A |
| eco-ATC-1081A REVIT | REVIT | Revit (.zip) | eco-ATC-1081A |
| eco-ATC-1081A Steel Support (English) | Steel Support | Print (.pdf) | eco-ATC-1081A |
| eco-ATC-1081A Steel Support (Metric) | Steel Support | Print (.pdf) | eco-ATC-1081A |
| eco-ATC-1081A Unit Certified (English) | Unit Certified | Print (.pdf) | eco-ATC-1081A |
| eco-ATC-1081A Unit Certified (Metric) | Unit Certified | Print (.pdf) | eco-ATC-1081A |
| eco-ATC-1083A CAD Drawing | CAD Drawing | CAD Drawing (.dwg) | eco-ATC-1083A |
| eco-ATC-1083A REVIT | REVIT | Revit (.zip) | eco-ATC-1083A |
| eco-ATC-1083A Steel Support (English) | Steel Support | Print (.pdf) | eco-ATC-1083A |
Induced draft, counterflow condensers featuring the patented, high efficiency EVAPCO Ellipti-fin® Coil and EVAPCO’s ARID fin Pak® dry coil. The ultimate in wet/dry performance, every model has been engineered to provide a minimum 50% of the design heat of rejection (MBH) at 60F ambient dry bulb temperature or higher, based on a 96.3F (35.7C) condensing temperature.
