Liquid Cooling Server Rack

For users with high density server technologies we offer in rack a compact and lightweight chilled water cooling unit intended for attaching to the rear of rack cabinets.

Liquid cooling server rack.

A liquid cooled server can bring a number of distinct benefits to your business. Reduces power to cool by 98 over air cooling. Rack based cooling strategy makes it possible to address high operating densities while maintaining redundancy characteristics. Heat from the servers is absorbed by the coolant and quickly removed from the rack.

The motivair chilleddoor rack cooling system is an active rear door heat exchanger that is mounted directly to the back of any standard server rack. The vertiv vrc rack cooling system is designed specifically for fast easy installation in small server rooms network closets and edge computing spaces. Vertiv vrc rack cooling system 3500 watts. Rack mount liquid to air cdu providing in rack liquid cooling without facility water the ahx10 is a compact 5u rackmount cdu capable of managing 7kw at 25 c ambient air temperature.

Istarusa wn1510 15u 1000mm depth rack mount server cabinet oem. Liquid cooling becomes more efficient as the data center gets larger due to density per rack. This product expands to a 6u and 7u configuration via the available expansion kit that manages up to 10kw of heat load. Reduced capital and operational costs.

The asetek lnrackcdu is a warm water cdu cooling distribution unit system capable of removing up to 80kw of heat from the rack. One solution is rack level cooling. It s better to dissipate 30 kwh of power from one rack than 15 kwh in two racks because you have to run half the amount of pipe. Oem servers are immersed in a cooling rack filled with a proprietary nontoxic non conductive coolant called electrosafe which provides 1200x the heat capacity of air.

Pre installed 1 set of 120mm 120v ac fan model. The system is designed to be installed in liquid cooled data centers and enables deployment of high wattage processors in clusters with high interconnect densities while reducing overall data center cooling costs.