Liquid Cooling Cabinet Solution

The liquid cooled cabinet solution adopts standard EIA or ORV3 server cabinets, integrating Manifold, PDU/Basbar, rack mounted CDU, and liquid cooled back panel doors to achieve liquid cooling of the entire cabinet.

Under the power of the rack mounted CDU circulation pump, the cooling medium is evenly distributed to the liquid cooling plates in each server through the manifold supply pipe and carries out heat. After absorbing heat, the cooling medium converges to the manifold return pipe and re enters the CDU, forming a closed cooling cycle. The heat is transferred to the primary side cooling medium through the internal heat exchanger of the CDU, and then transported to the external cold source for heat dissipation through the EDU. The cooled cooling medium enters the CDU again through the primary side ring network for heat exchange, thus achieving the entire cabinet level cooling function.

Solution

Features

EIA or ORV3 standard server cabinets Rack mounted CDU (pump, heat exchanger, sensors, control system, etc.) Manifold (hand inserted or blind inserted) Power supply module (PDU or Basbar) Liquid cooled rear door (active or passive)       Figure 1: Schematic diagram of EIA liquid cooled cabinet

High integration, integrating liquid cooling related components into a standard cabinet for full cabinet delivery High reliability, rack mounted CDU adopts dual pump redundant configuration, and the overall design life of the machine is 10 years Flexible deployment, the number of liquid cooled cabinets on shelves in the computer room can be adjusted flexibly         Figure 2: Schematic diagram of ORV3 liquid cooled cabinet