Rear Door Rack Cooling

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.

Rear door rack cooling.

The cyberrack active rear door is a heat exchanger door with ec fans for installing on the rear door of server racks. Designed for and used by the world s preeminent enterprise data center and super computer owners and operators the chilleddoor allows for on demand cooling on a per rack row or room level. Active rear door heat exchangers. The cyberrack active rear door is a heat exchanger door with ec fans for installing on the rear door of server racks.

The system features a separate stacking frame with a fully perforated door enabling it to be retrofitted to existing racks. Efficient and targeted rack cooling. They are referred to as rear door heat exchanges rdhe and ideal for high density computing environments that utilise blade or high performance clusters hpc. Available in 600 mm and 800 mm width in 2000 mm 42ru 2200 mm 47ru and 2450 mm 52ru height.

Liebert dcd modules are connected to a liebert dcp coolant pumping unit which acts as an isolating heat exchanger between the building chilled water source and the circulating cooling water. The server rack door is swapped for the cyberrack active rear door which transforms the rack into an ac server rack that no longer discharges any heat load in the data center. The cooling door for highest energy efficiency standard heights of 2 000 and 2 200 mm 42 47u standard widths of 600 700 and 800 mm dcd50 for width 800mm only cooling water connection possible via floor or lid. The server rack door is swapped for the cyberrack active rear door which transforms the rack into a cooled server rack that no longer discharges any heat load in the data center.

The liebert dcd active chilled water heat exchanger module installs as the rear door of an equipment rack and provides 35 kw of high density cooling. This system was tested by the silicon valley leadership group which found this system uses 20 of the energy used by other conventional close. Frame solution allows separation of coil and condensate management from the rack mount equipment. Our active rear door heat exchangers adhx used in combination with our cooling distribution units provide the most energy and space efficient high density server rack cooling on the market as tested by silicon valley leadership group svlg who found that this system used just 20 of energy compared to conventional close control air conditioning unit.

Schroff varistar rear door coolers are designed to manage the critical cooling requirements of higher density server and network racks. Rear space inside the cabinet is completely available for cabling and power distribution.