Aermec UK Limited has raised the bar in chiller design with the launch of a stackable water-cooled modular chiller ideal for data centre applications.
The WWM chiller has been engineered to provide optimal performance levels whilst delivering energy efficiencies and maximum flexibility through its modular design. It also offers a small footprint and enables cooling capacities to be increased over time to suit changing requirements.
The WWM features dual circuit units, reversible water side with hermetic scroll compressors and source side plate exchanger.
Ease of maintenance has not been overlooked, the WWM provides total accessibility; the refrigerant components can easily be reached as they are located in a draw that slides out from the front for easy service and maintenance.
“This latest chiller in the Aermec portfolio showcases our innovative technologies and solutions, which we are continually implementing to benefit our customers and their applications,” says Paul Lawrence, Managing Director of Aermec UK.
“The WWM has been brilliantly engineered and offers a streamlined and flexible solution for both installers and building owners. No other product can offer the same levels of adaptability and enable cooling capacities to be increased as requirements change over time,” adds Lawrence.
Flexibility underpins the entire design. The WWM provides a small footprint of 1321mm (H) x 1331mm (L) x 1151mm (W) and a weight of 676 Kilograms. The WWM’s size not only frees up valuable floorspace but enables it to fit through standard sized doors, into lifts, simplifying access and installation processes.
A maximum of 32 chillers can be linked together hydraulically, either side-by-side or back-to-back, they can also be stacked on two levels (up to 16 on each level), offering flexible layout options and keeping the overall unit dimensions to a minimum.
An optional power bar facilitates single or multiple point electrical connections and each module has its own electrical panel and control logic, it can be operated and controlled as an individual chiller.