• Hydrophilic coated adiabatic heat exchanger specially designed and highly efficient with adiabatic performance
• Water frost protection feature
• Ability to work without problems up to -25 ° C
• Water saving mode
• Tank system feature, as well as water saving feature
• Fresh air fans are working proportionally according to the need to provide full capacity under normal conditions, and energy savings are achieved.
• Fresh air fans can achieve full capacity cooling by operating only half the capacity of data center fans even in the worst case. By this way, the energy is saved.
• Water hardness value measurement and water discharge
• One-piece assembly
• No screws are used on the device covers and the ability to easily service from each cover
• Proportional use of nozzle feed water depending on the outside temperature and humidity
• A design in itself, including each part of the monoblock and DX cell
• The energy efficiency rate goes over 30’s. (EER> 30)
• PUE <1.05 high efficiency energy saving
• Communication within the devices, teamwork compatibility and ability to
Cooling Capacity (up to 50- 250 kW)
High Performance
EC Fan Technology
High Technology
Precise Temperature Control
Environmentally Friendly
Screwless Design
High Water Saving
Intelligent Control Mechanism
Modular Structure
High Energy Saving
Easy Service
Wide Range of Alternative Options
2 Years Warranty
ICERA CAN-IAC | |||||||
Process Temp. °C | °C | 36-22 | 36-24 | 37-25 | 40-25 | 42-27 | |
DT | K | 14 | 12 | 12 | 15 | 15 | |
CAN-IAC50 Cooling Capacity 30-75 kw |
Process Air Flow | m3/h | 7.000 | 10.500 | 12.500 | 12.500 | 15.500 |
Adiabatic Cooling | kW | 30 | 41 | 50 | 60 | 75 | |
Pressure Drop | Pa | 146/156 | 219/250 | 262/309 | 265/311 | 330/407 | |
Water Consumption | kg/h | 52,9 | 74,9 | 89,4 | 99,2 | 124 | |
Trim Cooling | kW | 0% - 100% | max. | 50 | - | - | |
Dimension (WxHxL) | cm | 200x280x500 | |||||
CAN-IAC100 Cooling Capacity 60-150 kw |
Process Air Flow | m3/h | 14.000 | 21.000 | 25.300 | 25.300 | 28.000 |
Adiabatic Cooling | kw | 60 | 80 | 100 | 120 | 140 | |
Pressure Drop | Pa | 146/156 | 219/250 | 262/309 | 265/311 | 330/407 | |
Water Consumption | kg/h | 106 | 150 | 180 | 188 | 254 | |
Trim Cooling | kW | 0% - 80% | max | 80 | - | - | |
Dimension (WxHxL) | cm | 400x280x500 | |||||
CAN-IAC150 Cooling Capacity 90-220 kw |
Process Air Flow | m3/h | 19.000 | 29.800 | 37.300 | 39.800 | 43.800 |
Adiabatic Cooling | kw | 90 | 120 | 150 | 200 | 220 | |
Pressure Drop | Pa | 146/156 | 219/250 | 262/309 | 265/311 | 330/407 | |
Water Consumption | kg/h | 125 | 181 | 231 | 286 | 327 | |
Trim Cooling | kW | 0% - 80% | max | 120 | - | - | |
Dimension (WxHxL) | cm | 570x385x350 | |||||
CAN-IAC200 Cooling Capacity 120-300 kw |
Process Air Flow | m3/h | 29.000 | 42.500 | 51.000 | 51.000 | 55.000 |
Adiabatic Cooling | kW | 120 | 160 | 200 | 240 | 280 | |
Pressure Drop | Pa | 146/156 | 219/250 | 262/309 | 265/311 | 330/407 | |
Water Consumption | kg/h | 210 | 274 | 341 | 380 | 403 | |
Trim Cooling | kW | 0% - 80% | max | 160 | - | - | |
Dimension (WxHxL) | cm | 710x385x350 | |||||
CAN-IAC250 Cooling Capacity 150-375 kw |
Process Air Flow | m3/h | 36.000 | 50.000 | 63.500 | 63.500 | 65.000 |
Adiabatic Cooling | kW | 150 | 200 | 250 | 300 | 340 | |
Pressure Drop | Pa | 146/156 | 219/250 | 262/309 | 265/311 | 277/329 | |
Water Consumption | kg/h | 263 | 343 | 389 | 421 | 489 | |
Trim Cooling | kW | 0% - 80% | max | 200 | - | - | |
Dimension (WxHxL) | cm | 850x385x350 |