EKS Thermal Systems · Caldwell, Idaho · Made in USA
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Fluid Coolers and Dry Coolers. Built around your cooling loop.

Air-cooled heat rejection for data center and process fluid loops. Configured for your thermal load, fluid conditions, and installation requirements.

Common Specifications

Specifications and configuration options.

We select the coil, fan array, and fluid connections around your operating conditions, with a structural base designed for rigging and placement.

Fan TechnologyVariable-speed, direct-drive ECM fans
Coil ConstructionCopper tubes with aluminum fins
Coil CasingAluminum
Structural BasePainted, welded structural steel
Control PanelUL 508A Listed
Fan Speed Control0–10 VDC or 4–20 mA signal supplied by others
Available OptionsProtective coil coating, main non-fused disconnect switch, and custom configurations
EKS twenty-fan dry cooler with V-shaped coil banks, structural steel base, and flanged headers; photorealistic rendering
Product SpecificationsSpec Sheet Coming Soon

Need specifications now? Email Our Team →

Design Features

Controlled airflow. Practical construction.

Variable-Speed Fans

ECM fans modulate airflow in response to the control signal, matching fan operation to changing cooling demand.

Copper and Aluminum Coils

Copper tubes and aluminum fins provide the heat-transfer surface. Protective coil coatings are available as an option.

Structural Steel Base

A welded steel base with lifting points supports equipment handling, rigging, and placement.

Applications

Heat rejection for demanding fluid loops.

Data Centers

Outdoor fluid cooling for compute cooling loops, selected for the required heat rejection and fluid temperatures.

Process Fluid Cooling

Air-cooled heat rejection for process loops where the fluid temperature and ambient conditions support dry cooling.

Custom Configurations

Discuss your fluid, flow rate, temperature targets, footprint, and controls requirements with our team.

Discuss your project.

Share your heat load, fluid type and concentration, flow rate, entering and leaving temperatures, design ambient, and available footprint.

Contact Our Team →