Cascada Fresh Water Station is an innovative compact product for FRESH WATER production with overheating control that offers easy and quick installation by saving at the same time space in engine rooms and roofs. It is suitable for:
– FRESH WATER production at the desired temperature
– control and operation of solar fields
– control and operation of auxiliary energy sources
– control and operation of recirculation
– avoiding overheating of the buffer tanks and the solar collectors
Its low height as well as its construction quality (INOX 304 stainless steel box, fully openable and internally thermally insulated), make it suitable for installation on roofs.
System operation is fully automated via PLC with real-time display provided via touch screen or PC.
| Casing material | INOX 304 |
| Heat exchanger | CASCADA FRESH WATER |
| Heat transfer pump | Wilo / Grundfos PWM |
| Solar field pump | Wilo / Grundfos PWM |
| Recirculation pump | Optional |
| Cooling element material | Copper with aluminum fins |
| Cooling element welding type | Automatic circular welding |
| Primary circuit nominal operating pressure | 3 bar |
| Primary circuit maximum operating pressure | 6 bar |
| Secondary circuit nominal operating pressure | 6 bar |
| Secondary circuit maximum operating pressure | 12 bar |
| Nominal/maximum operating temperature | 95oC/100oC |
| Three-way valve for overheating control | 24V |
| Fan | 230V |
| Automation control system | Control panel THALES AK400 with 4.3” touch screen |
| MODEL | CASCADA STATION FW-CF 1/2 | CASCADA STATION FW-CF 1/3 |
| Heat Exchanger | CASCADA HE FW-CF 1/2 | CASCADA HE FW-CF 1/3 |
| Nominal Flow Rate (lt/min) | 33,3 | 50 |
| Nominal Flow Rate (m3/h) | 2 | 3 |
| Nominal Useful Power (kW)* | 70 | 105 |
| Primary Circuit Connections | 1 1/4΄΄ | 1 1/2΄΄ |
| Secondary Circuit Connections | 1΄΄ | 1 1/4΄΄ |
| Heat Rejection Capacity (kW)** | 15 | 20 |
| Length (mm) | 1570 | 1570 |
| Width (mm) | 1120 | 1120 |
| Height (mm) | 800 | 800 |
| Weight (kg) | 137 | 145 |
| *( Primary circuit temperatures: 60-55oC, Secondary circuit temperatures: 20-50oC) | ||
| **(Environment temperature : 42 oC, Solar field temperatures: 75-70 oC) | ||
