Liebert PDX, Direct Expansion Floor-Mount Cooling

Liebert PDXRoom cooling Vertiv PDX

The Vertiv PDX direct expansion large room cooling unit is equipped with the most advanced industry cooling system technology, which allows the unit to provide thermal management efficiency for data centers and server rooms.

Best Suited For:

  • Banking
  •  Financial and Insurance
  • Broadcast and Entertainment
  • Data Center/Colocation/Hosting
  • Government
  • Healthcare
  • Oil and Gas
  • Power Generation
  • Telecom
Liebert PDX, Direct Expansion Floor-Mount Cooling

Benefits

  • Vertiv PDX is the highest performing floor mount direct expansion unit in its range, delivering outstanding efficiency.
  • Suitable for all data center environments with a wide range of configurations to meet all installation requirements.
  • PDX is ideal for data centers facing load and temperature variations, such as those typical of cloud computing environments. 

Features

Installed Liebert PDX in a server room cooling system

PDX is available both in air cooled and water cooled versions to suit various site installation requirements. It also allows multiple freecooling modes of operation (Direct Air, Indirect Water, Chilled Water on Freecooling Chiller and Liebert® EconoPhase™ pumped refrigerant economizer) increasing its ability to adapt to diverse application demands.

The Liebert® EconoPhase™ pumped refrigerant economizer is compatible with Liebert® PDX and Liebert® MC microchannel condenser to improve thermal management and control, while drastically cutting energy costs and lowering pPUE 

The unit can be configured with modulating capacity compressors for a precise supply temperature control and annual consumption reduction, while the fresh air economizer function, operated by the iCOMTM control, is adopted when outside air temperature is colder than the return temperature.

In addition, the combination of R410A refrigerant, Electronic Expansion Valve (EEV) and new generation Liebert® EC Fans 2.0 allows the unit to reach significant levels of efficiency.