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Thermal Management

Soeteck AICoolit™ Rack CDU Coolant Distribution Unit

The Soeteck Rack CDU Coolant Distribution Unit is a versatile rack-level liquid cooling solution for small-to-medium data centers, edge computing facilities, and flexibly expandable cold-plate liquid-cooled scenarios. With multi-scenario compatibility, 50-200kW high heat-density support, and high redundancy design, it ensures efficient and safe operation.

Cooling Capacity
50-80 kW
Inlet Flow Rate
4.32-6.91 m³/h
Outlet Flow Rate
4.56-7.29 m³/h
Rated Power
0.8/1.4 kW

Overview

The Soeteck Rack CDU Coolant Distribution Unit is a sophisticated rack-level liquid cooling cooltant distribution unit designed for diverse data center and edge computing scenarios. It is specifically tailored to meet the needs of small-to-medium-sized data centers, which are suitable for small-scale or decentralized liquid-cooled computing deployments (applicable to setups with more than 1 liquid-cooled cabinet).

This CDU is also ideal for edge computing facilities, where there is limited space but a demand for high-performance liquid-cooled edge computing environments. Additionally, it fits well in cold-plate liquid-cooled computing application scenarios that require flexible expansion, as it can scale up with single cabinets as the smallest granularity.

It boasts multi-scenario compatibility, offering two size specifications of 19 inches and 21 inches to adapt to different application scenarios. It enables high heat-density deployment, with the power density of standard cabinets supporting up to 50-200kW. Moreover, it has a high redundancy design; key sensors and pumps of the CDU adopt redundant design, which maximizes operational safety.

Key Features

Multi-Scenario Compatibility

  • Offers two size specifications of 19 inches and 21 inches, enabling adaptation to a wide variety of application scenarios, from small-scale data centers to specialized edge computing environments. This flexibility allows for seamless integration into different infrastructure setups.

High Heat-Density Deployment

  • The power density of standard cabinets can support up to 50-200kW, which is essential for efficiently dissipating heat from high-power computing equipment in environments where space is at a premium but computing power demands are high. This ensures that servers and other hardware can operate within optimal temperature ranges even under heavy load.

High Redundancy Design

  • Key components of the CDU, such as sensors and pumps, adopt redundant design. This means there are backup components available to take over in case of a failure, maximizing operational safety and minimizing the risk of system downtime during maintenance or component malfunction.

Applications

  • Small-to-medium-sized data centers
  • Edge computing facilities
  • Flexibly expandable cold-plate liquid-cooled computing scenarios