Air-cooled chillers
Review the condensing-temperature range, ambient profile, lift and expected part-load operation.
Data-center cooling
Compressors for mission-critical chillers.
Oil-free magnetic-bearing centrifugal compressor platforms for OEM-designed air- and water-cooled chillers.
The chiller, chilled-water system, heat rejection equipment and site controls remain within the OEM and project engineering scope.
System boundary
- 01Compressor platformComponent boundary
- 02OEM chillerRefrigerant circuit and controls
- 03Water loopProject-engineered distribution
- 04Data hallHeat-load interface
Compressor scope shown in blue; complete-system performance depends on OEM and site design.
Duty pointEvaporating and condensing conditions
Load profilePart-load and redundancy strategy
InterfacesPower, controls and protection
Application paths
Start from the chiller architecture.
Compressor selection follows the refrigerant circuit and required operating envelope—not a nominal capacity value alone.
Water-cooled chillers
Define cooling-water conditions, control sequence and plant-level operating points before selection.
Controls integration
Align compressor, drive, chiller controller and site supervisory requirements during platform development.
Engineering inputs
What an application review needs.
Provide the design and boundary conditions that shape compressor selection and controls discussion.
- Target refrigerant and requested market
- Cooling capacity at named rating conditions
- Evaporating and condensing ranges
- Electrical supply and control architecture
- Part-load, restart and redundancy requirements
- Acoustic, dimensional and service constraints
OEM application review
Bring the operating envelope, not just the tonnage.
The documented product families can be reviewed against your stated application inputs. Final selection data is supplied per project.
Prepare an application brief