Be kinder to the environment with the TA range of adiabatic coolers
Water consumption typically less than 4% of wetted surface hybrid cooling towers and less than 1% of traditional cooling towers
Designed in conjunction with advice from the Biological Agents Unit at the British Health and Safety Executive
Low Legionella risk with no need for ongoing chemical treatment or registration with local authorities needed
Transtherm’s adiabatic coolers are a low maintenance, modern alternative to traditional cooling towers and offer lower Legionella risk and OPEX
Developed with energy efficiency and reliability in mind, our wide range of air blast coolers use the latest heat exchange coil, fan and control technologies
High water temperatures, low noise requirements and footprint considerations – Transtherm’s air blast coolers are designed to take all of these common factors into account
Combining both technologies from Transtherm, the Packaged Cooler & Pump Set Solution requires minimal system design, installation and commissioning time
Polar-X can be built in the form of in-row or larger skid based (up to 10MW) to allow for current and future needs
Transtherm’s packaged free cooling system significantly improves the efficiency of the majority of chilled water systems and saves substantial amounts of energy
Available for commercial and industrial applications, Transtherm’s standardised pump packages are a straightforward and cost effective ‘fit and forget’ solution
Whether rejecting heat from CRAC, direct liquid chip, immersion cooling and water-cooled chiller systems or offloading chilled water systems in the cooler months
Unique ability to manufacture both coolers and pump sets, removes a significant amount of time and risk from your bid/specification process
Adiabatic Retrofit bridges the gap between original air temperature design figures and on-site peak air temperatures, avoiding the possibility of overheating of your system
Transtherm’s adiabatic technology is an efficient, reliable and high-quality solution for directly cooling data centres in which the server temperature parameters allow for the eradication of compressor or refrigerant based technologies.
Their designs are based on real time weather data for the installation site and their knowledgeable team of mechanical engineers can quantify any specification decision with independent research and testing results for complete peace of mind.
