Medical Sector Grade Advanced Cooling System for High-Density Data Centers Worldwide
The nVent RackChiller CDU800 is engineered specifically for Medical Sector applications, delivering reliable, high-efficiency liquid cooling for sensitive healthcare data infrastructure. This Medical Sector grade system ensures optimal thermal management, supporting mission-critical servers, imaging systems, and laboratory computing equipment. Designed for continuous operation, the CDU800 provides precise temperature control, reduces energy consumption, and enhances the lifespan of hardware.
Primary Application and Use
Designed to provide reliable, energy-efficient liquid cooling for healthcare data centers, this system supports servers, medical imaging systems, and laboratory computing equipment. It ensures stable operation, precise temperature control, and optimized performance in critical Medical Sector environments globally.
Key Specifications
| Feature |
Specification |
| Maximum Cooling Capacity |
800 kW (at 6K Delta T) |
| Pump System |
Redundant, N+1 configuration |
| Control Interface |
Integrated 10-inch touchscreen |
| Dimensions (HxWxD) |
87 x 31 x 47 inches |
| Design |
Compact, fits standard raised floor layouts |
Core Advantages and Benefits
The nVent RackChiller CDU800 offers exceptional cooling capacity of over 800 kW, providing a future-proof solution for growing thermal loads. The integrated redundant pump system ensures exceptional reliability, eliminating single points of failure for continuous operation.
- Compact, space-saving design for flexible deployment
- User-friendly 10-inch touchscreen for intuitive control
- Real-time system monitoring and management
- Superior total cost of ownership
- Exceptional cooling efficiency for sustainable operations
The nVent RackChiller CDU800 is a cornerstone technology for any organization worldwide requiring dependable, high-efficiency liquid cooling. It empowers data centers to deploy next-generation hardware with confidence, ensuring stability and enabling innovation on a global scale.
