Stable environment
Accurate temperature and humidity control for continuous IT operation.
Precision environmental control
Precision cooling for critical IT environments.
Stable temperature and humidity for server rooms, Data Centers, telecommunications and technical rooms. We select the system for the heat load, room layout and required redundancy.
- DX / CWmultiple cooling architectures
- 24/7continuous IT operation
- N+1redundancy-ready designs
Coolnet solutionPrecision Coolingselection and integration
Technology for critical infrastructure
Controlled conditions, not comfort cooling.
IT equipment generates concentrated, continuous heat loads. Precision cooling maintains controlled supply-air conditions, humidity and airflow while supporting alarm monitoring and integration with the facility infrastructure.
The final design depends on sensible heat load, rack density, room geometry, available utilities and the required availability level.
Directed airflow
Room, In-Row and rack architectures deliver cooling where heat is generated.
Energy efficiency
Variable-capacity components and free-cooling options reduce unnecessary consumption.
Monitoring
Operating parameters, alarms and communication can be integrated with BMS or DCIM.
Solution families
Select the architecture for the actual application.
The final configuration is confirmed after reviewing capacity, installation conditions, required availability and future expansion.
Compact room cooling
Cool Smart Series
Compact precision units for smaller server rooms, telecommunications rooms and technical spaces.
- DX configurations for local installations
- Capacity matched to small and medium heat loads
- Continuous-duty control
- Optional monitoring integration
Room precision cooling
CyberMaster Series
Floor-standing room units for medium and large technical spaces, available in several cooling architectures.
- DX and chilled-water variants
- Upflow or downflow arrangements depending on model
- Capacity and redundancy selected for the room
- Service access and central monitoring
High-density rows
In-Row Series
Cooling positioned between racks to shorten the air path and handle higher rack densities.
- Close-coupled heat removal
- DX or chilled-water configurations
- Hot- or cold-aisle containment support
- Variable-capacity operation
Rack-level cooling
Rack Mounted PAC
Compact cooling for individual racks, edge locations and enclosed micro data centers.
- Cooling close to the IT load
- Compact rack installation
- Suitable for distributed sites
- Integration with cabinet monitoring
Applications
Infrastructure matched to the operating environment.
Equipment selection should reflect the consequences of downtime, site conditions, service strategy and the expected development of the IT load.
Describe your project →Server rooms
Continuous cooling for local IT infrastructure.
Data Centers
Scalable room and row-based cooling with redundancy.
Edge sites
Compact units for distributed technical locations.
Telecommunications
Environmental control for network and transmission equipment.
Selection criteria
What should be confirmed before configuration?
- 01
Heat load
Current and target sensible heat load, rack density and load distribution.
- 02
Room layout
Raised floor, aisle containment, rack arrangement and available service space.
- 03
Cooling source
DX, chilled water, Dual Cool, free cooling and available external infrastructure.
- 04
Availability
Redundancy, power supplies, alarms, remote monitoring and maintenance access.
Technical documentation
Coolnet Precision Cooling portfolio.
The catalog presents available product families, configurations and technical data. Final selection should be confirmed for the specific project and installation conditions.
Frequently asked questions
FAQ: Precision Cooling
How is precision cooling different from comfort air conditioning?+
It is designed for continuous sensible heat loads, controlled airflow and integration with technical monitoring.
Which architecture is best for high-density racks?+
In-Row or rack-level cooling usually shortens the air path, but the final choice requires a heat-load and airflow analysis.
Can the units use chilled water?+
Yes. The portfolio includes chilled-water and other configurations depending on the product family.
Can redundancy be implemented?+
Yes. Redundancy is designed according to required availability, capacity and maintenance conditions.
Can cooling alarms be connected to DCIM?+
Yes, subject to the interfaces and communication options of the selected units.
Request a consultation
Select cooling for the actual heat load and room layout.
Send the available project data. We will identify the information required to prepare an appropriate configuration.