NPS - Vertiv Liebert XDH

Vertiv Liebert VIC

The Vertiv Liebert VIC is a cooling unit specifically designed to enhance the efficiency and effectiveness of cooling in data centers and environments with high cooling demands. This unit utilizes advanced liquid cooling technology to absorb and remove heat directly from IT equipment. By circulating coolant through pipes connected to the IT devices, the Vertiv Liebert VIC effectively manages temperatures and reduces the risk of overheating. Additionally, the unit is equipped with intelligent control systems that monitor and adjust cooling performance in real-time, ensuring optimal and energy-efficient operating conditions.

Technical Specifications

Models	Total Nominal Capacity kBtuh [kW]	Rack Dimensions (l x w x h)
Liebert VIC	100 kW	42U:- 2.2 m x 0.8 m x 1.5 m (85" x 30.5" x 60")

Key Features

Advanced Liquid Cooling Technology

Utilizes sophisticated liquid cooling systems to directly absorb and remove heat from IT equipment, providing efficient and effective temperature management.

Direct-to-Chip Cooling

Offers direct-to-chip cooling solutions, allowing for targeted cooling of high-heat-generating components such as CPUs and GPUs, ensuring optimal performance

Intelligent Control Systems

Equipped with smart control systems that monitor and adjust cooling performance in real-time, ensuring optimal and energy-efficient operation.

Energy Efficiency

Optimized for high energy efficiency, reducing operational costs and minimizing environmental impact through effective heat management and minimal energy consumption.

Scalability

Designed to be easily scalable, accommodating the cooling needs of growing data centers and allowing for future expansion without significant infrastructure changes.

Applications

High-Density Data Centers

Ideal for ensuring efficient and effective cooling in large-scale data centers, maintaining optimal performance and reliability of high-density server environments.

Research and Development Facilities

Applied in R&D environments where high-powered computing and data processing generate substantial heat, ensuring consistent and reliable cooling for uninterrupted operation.

Telecommunications

Used in telecommunications facilities to cool critical networking and communications equipment, ensuring reliable and continuous operation.

High-Performance Computing (HPC)

Essential for cooling high-performance computing environments where powerful computing clusters generate significant heat, requiring precise temperature management.