Liebert PDX
15 – 165 kW
A DX precision cooling solution featuring Digital Scroll technology for efficient and reliable operation in small and medium-sized data centers.
Liebert PDX High-Efficiency
DX Cooling System
An intelligent and scalable cooling architecture designed to support stable data center operation around the clock.
Liebert® PDX is an advanced direct-expansion (DX) precision cooling system designed for small and medium-sized data centers. Copeland Digital Scroll™ technology adjusts cooling capacity according to changing IT loads.
Efficiency options such as Liebert EC Fan 2.0 and Liebert EconoPhase™ help reduce energy consumption, improve cooling performance and support lower PUE values.
EconoPhase™ Free Cooling Integration
Uses favorable outdoor conditions to extend free cooling operation, helping reduce PUE and operating costs.
Energy-Efficient Design
EC fans, modulating compressors, Digital Scroll technology and EconoPhase™ free cooling support efficient operation.
Flexible Cooling Configurations
Air-, water- and free cooling configurations support diverse data center environments and installation needs.
Intelligent and Scalable Control
Vertiv™ iCOM™ control adjusts cooling capacity to changing loads, supporting efficient operation in dynamic environments such as cloud data centers.
Ideal Applications
Reliable Cooling for Mission-Critical Loads
Liebert PDX is particularly suitable for data centers exposed to changing load profiles and temperature conditions, including cloud computing environments. Its adaptable cooling architecture supports stable performance across demanding and mission-critical applications.
Recommended Applications
Liebert PDX: Technical Specifications and Operating Architecture
Core Technical Specifications
Liebert PDX provides Eurovent-certified performance across a broad range of data center cooling requirements.
Advanced Components
System efficiency is supported by high-performance components managed through an intelligent control architecture.
Critical Systems, Engineered for What’s Next
Let us evaluate your cooling capacity, redundancy and efficiency requirements to define the right precision cooling architecture.
