Polar X | Coolant Distribution Units | CDUs

Transtherm’s 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.
Standard designs can be altered to match specific client preferences. Plus, Transtherm has built its reputation on offering completely bespoke equipment when needed.

Leading cooling density with minimal footprint
Unique slider arrangement for easy pump and heat exchanger maintenance
All major maintenance from front CDU face
Schneider based PLC + HMI control system
316 grade stainless steel fluid circuits
Option for 25 or 50 micron TCS filters

Polar X | Coolant Distribution Units - Accelerated Heat Rejection Design for Data Centres

Peak Thermal Efficiency

Leading performance at the closest approach temperature differentials

Latest IE5 Efficiency

Latest IE5 efficiency pump technology

Slide-Out Maintenance

Unique Pump and heat exchanger slider design for easy maintenance

Full Front-Face Access

All pumps, heat exchanger, strainers and controls accessible from front face

Precision Flow Control

Standard fast acting 2-way valve or EPIV available

Advanced Power Protection

Options for active harmonic filtration and supercapacitor

The Polar X | Coolant Distribution Units - 3-Step Project Accelerator

Step 1 - Minimal Input

Provide us with just four data points:

TCS Circuit Fluid Temperatures
Heat Load per CDU (kW/MW)
TCS Circuit External Pump Pressure (kPa/psi)
Data Centre Site Location

Step 2 - Integrated Deliverables

We design all equipment and provide:

Detailed Technical Specifications
Equipment Drawings (.dwg & .stp)
Transparent Project Pricing
Annual Energy Consumption Report

Step 3 - Review & Activate

We schedule a quick call to:

Walk through the technical offering
Review the energy & cost savings
Refine and finalise the proposal

Up to 80%

Reduction in Design & Procurement Time

Up to 15%

Annual OPEX Savings via Optimisation

0%

Component Integration Risk

Download The Polar X | CDUs Brochure...

Polar X | CDUs | Coolant Distribution Units - Performance

Polar X - Head Load (kW) vs. Approach Temperature Differential (°C) - Max. Flow Rate

Polar X - Heat Load (kW) vs. Approach Temperature Differential (°C) - 10°C TD on TCS

Polar X - TCS Pressure Capability vs. Flow Rate - 0% Glycol

Polar X - FWS Pressure Loss vs. Flow Rate - 0% Glycol

What Transtherm's Customers Say...

Briggs and Forrester

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.

Mark Mickleburgh

Senior Project Manager, Briggs and Forrester

NGD

Completing a build of such scale and complexity within just 16 weeks requires suppliers to adjust the design and build of their products in accordance to the build schedule and deliver them just in time for installation to prevent costly delays to NGD and our local contracting firms. The solution provided by Stulz and Transtherm is a great example of how data centres can work with trusted, reliable and dedicated supply chain partners..

PHIL SMITH

Senior Project Manager, Briggs and Forrester

Uni of Plymouth

We were ultimately thrilled with the decision to upgrade to a new ambient-only cooling system, rather than simply switch the old chillers for a like-for-like replacement; something which we didn’t think was achievable within our original budget.

Commissioned during one of the hottest UK summers on record, the new system has already demonstrated its performance credentials and we are delighted with the results.

Paul Nile

Maintenance Manager, University of Plymouth

Wessex Water

With a dramatic increase in digestion capacity and therefore gas production, the CHP system was working harder than ever before. With the CHP plant working harder, the original coolers were running at higher fan speeds for prolonged periods in order to manage the increased heat dissipation requirement.

It was clear the current cooler specification simply wasn’t able to maintain the engine and intercooler temperatures required for optimum engine performance. This was the point we turned to Transtherm.

MARK BEAN

EM&I Manager North, Wessex Water

MEP Studio

Working with Transtherm and the team of engineers from Geoffrey Robinson, we were able to clarify a number of sensible operating conditions in accordance to ARUP’s requirements...

In a project like this one, the keys to success are undoubtedly collaboration and communication up and down the supply chain, ensuring that any changes to the specification are quickly and efficiently implemented.

JON ROSS

Senior Mechanical Engineer, MEP Studio

Geoffrey Robinson

By working with Transtherm, we have been able to dramatically reduce both the initial capital expenditure and future operating expenditure. The solution is also far more energy-efficient than alternative systems too, delivering considerable savings in electricity and huge reductions in water consumption over comparable adiabatic air-cooling systems. With sustainability key to the successful delivery of the project, the Transtherm system ticks all of the boxes.

STEPHEN PAYLOR

Senior Project Engineer, Geoffrey Robinson