| Advantages |
| ■ Constant cooling water temperature with adjustable setpoint temperature |
| ■ Constant cooling water quantity regardless of the hydraulic arrangements in the building |
| ■ Operational reliability through system
separation (permits leakage monitoring
and prevents corrosion and fouling effects thanks to a defined water quality on the secondary side) |
| ■ Operational reliability through redundancy |
| ■ Operational reliability through recording and centrally monitoring the operating parameters including warning and alarm signals |
| ■ Possibility of controlling emergency operation |
| ■ Flanged joint for addingmultiple CoolTrans®s |
| ■ Dew point dependent cooling water flow temperature increase to prevent condensation water and for piping without insulation |
| Features |
| ■ Hydraulic separation of the cold water circulation system in the building from the cooling water in the data center |
| ■ Use of the best quality components from building technology |
| ■ Integration of all thermohydraulic components for regulated liquid cooling (pumps, valves,mixers, heat exchanger, expansion tank) |
| ■ Redundant components permit uninterrupted operation, even during servicing |
| ■ Connection of individual CoolTherm®s and CoolAdd®s to the CoolTrans® |
| ■ Modular design for heat loads in excess of 100 kW |
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| CoolTrans®- up to 50 kW. Up to five CoolTherm® or CoolAdd® may be connected. |
CoolTrans® in compact 19“design. Ideal for fitting in data centers or IT rooms. |
CoolTrans® inmodular design. Adding on allows heat loads far in excess of 100 kWto be safely dissipated. |