Cooling that keeps up with the test schedule.
Development labs run prototype accelerators, GPU servers and electronics under changing loads, often in rooms never designed for liquid cooling. Facilities upgrades take months; test schedules don't wait.
- Self-contained units roll in and connect to the test loop the same day
- Stable supply temperature through test and validation cycles, with the unit sized to your peak load
- Stainless steel fluid circuit
Dedicated cooling without touching the central plant.
Research groups add compute and instruments faster than campus infrastructure can follow. Tying into the building's chilled water is slow, costly and often not possible.
- A dedicated chiller for the lab, independent of the building's chilled-water plant
- Air-cooled, so no cooling tower or new piping to the roof
- Compact footprint for shared or older lab space
Real cooling where space and power are tight.
Edge sites put compute close to where data is created: factories, telecom shelters, retail back rooms, remote facilities. There is rarely spare floor space, power or on-site staff.
- Compact units fit small rooms and utility spaces
- Single- and three-phase power options for the power you have
- Simple controls and robust components for sites without daily attention
Add capacity rack by rack.
A few high-density servers or HPC nodes can outgrow a room's air cooling overnight. Upgrading the whole room is rarely justified for a handful of racks.
- Cool the racks that need it, not the entire building
- Scale by adding units as racks are added
- Top-discharge airflow on Chilly Max and MCK keeps hot exhaust out of the aisle
Cold-plate servers usually connect to a chiller through a CDU or heat exchanger. Bring your server or CDU maker's requirements for coolant, flow rate, pressure drop and supply temperature, and we'll match a unit to them.
Localized cooling at the production cell.
Automated production cells increasingly carry their own compute, drives and vision systems. Heat builds up right where the work happens.
- Compact units sit next to the cell they cool
- Heavy-duty, industrial-grade construction for production floors
- Stainless fluid circuits for long, uninterrupted duty
Steady temperatures for compute-intensive analysis.
Imaging and sequencing labs pair sensitive instruments with heavy data processing. Temperature swings can interrupt runs or shorten hardware life.
- Precise, stable supply temperature from German-engineered, high-end units
- Self-contained, air-cooled units with no tie-in to the building's chilled-water plant
- Stainless steel fluid circuit
