Design and application
- Copper tubes and a package of aluminum fin lamellae to increase the heat transfer surface area. Hydraulic heat exchanger circuit, consisting of tubes and manifolds, connected to the heat source.
- Supply air heating - increasing temperature, decreasing humidity.
- Supply air heating after dehumidification - increase in temperature, decrease in humidity
Design and application
- Copper tubes and a package of aluminum fin lamellae to increase the heat transfer surface area. The hydraulic heat exchanger circuit, consisting of tubes and manifolds, is connected to the coolant source.
- The DX cooler is also available for air heating in the DXH heater version.
- Supply air cooling - decreasing temperature, increasing humidity.
- Dehumidification of the air flow during the warm (summer) period.
- The direct evaporative cooler is generally used for smaller capacities than water coolers and for single units
Features
- Maximum coolant temperature: 60°C.
- Max. fluid working pressure: 3.84 MPa = 38.4 bar (tested at 50 bar).
- Heat output: see technical data (Technical Proposal or CCOL).
Features
- Min. evaporating temperature: +3 oC.
- Max. coolant working pressure: 2.2 MPa = 22 bar (tested at 29 bar).
- Coolant capacity: see technical data (Technical Proposal or CCOL).
