Although the humidification system works independently, it is usually controlled by a BMS (building automation system). The technology is based on forcing water under high pressure through a very small nozzle orifice. The result is a fine mist of small water droplets. This mist evaporates in almost 1 second. The system consists of three main parts; High pressure water treatment system, humidifiers of different shapes and capacities and control units.
Features
Although the humidification system works independently, it is usually controlled by the BMS (building automation system). The unit is controlled and maintained using modern electronics. The status display gives all information about the unit's functions. When maintenance is required, a warning signal comes from outside.
Advantages
• Low operating costs
• Long lifespan
• Including Reverse Osmosis
• Water fresh
• Low sound level
• Adiabatic cooling
• Low maintenance costs
• Microprocessor controlled
Required Systems:
• Water trreatment is recommendedr.
• High Pressure unit
• High Pressure piping
Technical Specifications
Nozzle hole diameter | 100 μm | 150 μm | 200 μm | 300 μm | 400 μm |
Dimensions (diameter x length) mm | Ø10 x 34 | ||||
Weight (g) | 14 | ||||
Min-Max. Operating Pressure (bar) | 40-140 | ||||
Recommended operating pressure (bar) | 80 | ||||
Material | Stainless steel | ||||
Drop size (μm) | 15-20 | ||||
Humidification capacity | 2 | 2,7 | 3,8 | 6,6 | 9 |
(at 80 bar pressure) (1/hour) |