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 |
| Fluid Type | Water / 25% EG |
| W*D*H | 450*850*175/536*900*175 mm |
| Weight | 75/85 kg |
Product 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.
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
Models
The Soeteck Rack CDU Coolant Distribution Unit is available in multiple models to meet different cooling requirements. The SY-CDU-RK-50 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 SY-CDU-RK-80 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.
| Models | Cooling Capacity | Circulation Flow Rate | Rated Power | Fluid Type | Pump Count | Width | Depth | Height | Appox.Weight |
|---|---|---|---|---|---|---|---|---|---|
| SY-CDU-RK-50 | 50kW | 4.32/4.56 m³/h | 0.8kW | Water / 25% EG | none | 450mm | 850mm | 175mm | 75kg |
| SY-CDU-RK-80 | 80kW | 6.91/7.29 m³/h | 1.4kW | Water / 25% EG | none | 536mm | 900mm | 175mm | 85kg |


