Soeteck 机架 CDU 冷却液分配装置

数益的 Soeteck 机架 CDU 冷却液分配装置 is a sophisticated rack-level liquid cooling solution 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 unit 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.

At the heart of this product are several advanced features. 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.

From a commercial perspective, the Soeteck 机架 CDU 冷却液分配装置 delivers significant value. Its multi-scenario compatibility allows it to be used in a wide range of settings, from small data centers to edge computing sites. The high heat-density deployment capability ensures efficient heat dissipation for high-power equipment, while the high redundancy design minimizes the risk of downtime, thereby enhancing the reliability and stability of the entire system.

Multi-Scenario Compatibility

• Offers two size specifications of 19 inches 和 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 和 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.

• Small-to-medium-sized data centers
• 边缘计算设施
• Flexibly expandable cold-plate liquid-cooled computing scenarios

数益的 Soeteck 机架 CDU 冷却液分配装置 is available in multiple models to meet different cooling requirements. The ULL00050 model offers a heat exchange capacity of 50kW, with a primary-side circulating water flow rate of 4.32 m³/h and a rated power of 0.8kW, making it suitable for smaller-scale installations. The ULL00080 model provides a heat exchange capacity of 80kW, a primary-side flow rate of 6.91 m³/h, and a rated power of 1.4kW, ideal for setups with higher heat loads. All models share common design principles in terms of multi-scenario compatibility and high redundancy features, while differing in key performance parameters to offer flexibility in meeting various data center and edge computing needs.