Mini Mate 2

Ceiling mounted system designed for small computer and telecommunications rooms. Cooling range of 1 - 8 tons.

Datamate

Wall mounted system for small computer and telecommunications rooms.  Cooling range of 1 - 3 tons.

Intelecool

Outside wall mounted system designed specifically for the telecommunication tower shelters.  Cooling range of 1-1/2 -5 tons.

Challenger 3000

Free standing system designed for a corner area to server small to medium size computer and telecommunications rooms.  Cooling range of 3 -5 tons.

Process Fluid Chiller

A fluid chiller designed for critical medical and industrial applications such as MRI and CAT scan equipment.  Cooling range of

1-1/2 - 10 tons.

Deluxe System 3

The ultimate in computer room cooling equipment with redundant cooling cababilities for all types of critical cooling applications.  Cooling range of 6 - 30 tons.

DS

Precise control of temperature and humidity for mission critical equipment. Flexible configuration, energy efficiency and advanced controls make the Liebert DS perfect for sensitive electronics. 28-105kW (8-30 tons) downflow models.

CSU3000 Chillers

Originally designed to cool mainframes, the CSU 3000 has expanded into critical applications for medical and industrial equipment. Cooling range of 2-1/2 - 37 tons.

ICS Industrial Cooling Series

Expanded from the System 3 with industrial grade components, the ICS works well in the harsher industrial environments. Cooling range of 10 - 60 tons.

Heat Rejection

Air cooled condensers and drycoolers designed to work with the other Liebert products, also works well for most types of heat rejection.  Cooling range from 1 - 50 tons.

Xtreme Heat Density
(coolant base)

For cooling applications of equipment exceeding 150watt/sq ft. This product cools the latest blade servers and pizza box servers elimintating dangerous hot spots.

Xtreme Heat Density
(water base)

For cooling applications of equipment exceeding 150watt/sq ft. This product cools the latest blade servers and pizza box servers elimintating dangerous hot spots.