Precision Cooling
Vertiv Liebert PEX4 Plus
Precision environmental control for equipment rooms and data halls with variable thermal loads.
Review the seriesRoom, row and hybrid architectures
Precision Cooling Systems
Match cooling architecture to load density, airflow, climate and expansion—not just nominal room tonnage.
Final design and equipment selection require project-specific engineering inputs.
Target outcome
A cooling concept that explains where heat is captured, how it is rejected and how capacity remains available during service.
Why this is difficult
- Average room load can hide high-density hotspots.
- Airflow recirculation can consume capacity without cooling IT.
- Outdoor conditions and part-load operation change system performance.
Engineering workstreams
What the solution must connect.
- 01Thermal load model
- 02Room versus in-row architecture
- 03Containment and airflow strategy
- 04Outdoor heat-rejection selection
- 05Controls and redundancy
Before we size equipment
Send these six design inputs.
If some values are not yet known, say so. The uncertainty itself becomes part of the engineering review.
- 01Room and rack heat loads
- 02Rack layout and containment
- 03Indoor and outdoor design conditions
- 04Available piping routes
- 05Redundancy requirement
- 06Future density growth
Relevant product families
Equipment considered inside this architecture.
Precision Cooling
Vertiv Liebert CRV4S
Close-coupled in-row precision cooling for dense rack environments and contained aisles.
Review the series
Precision Cooling
Vertiv Liebert DSE
A 260–350 kW prefabricated precision-cooling family with side- or roof-mounted configurations.
Review the seriesRequest a project review
Turn your precision cooling systems brief into a configuration path.
Our engineering team will turn the brief into a product shortlist, open technical questions and a quotation path.