Applied Thermal Control’s Airblast Coolers are an efficient solution for effectively managing the temperature of process fluids in various industries, utilising ambient air to dissipate unwanted heat. The A-Series, encompassing a range from small to large units, caters to diverse cooling needs, offering both standard and customised designs. These coolers are known for their energy efficiency, robust performance, and adaptability to different applications, backed by ATC’s extensive engineering expertise. With a focus on sustainability and operational excellence, Applied Thermal Control’s Airblast Coolers ensure optimal thermal management, supported by a global network of service agents.
A-Series Airblast Coolers
ATC A-Series Airblast Coolers are now classified as Non-Standard products and are no longer included within our standard offering.
Airblast coolers use ambient air to remove heat from process fluids, providing an efficient alternative
Applied Thermal Control is proud to introduce the G-Series and MG-Series recirculating chillers, the latest evolution in our product line up, designed for high-performance cooling with a lower environmental impact. These new ranges utilise R290, offering improved efficiency and sustainability while maintaining the reliability and precision our customers expect. The G-Series and MG-Series supersede our previous K-Series and M-Series chillers, delivering advanced features and optimised designs to meet the demands of modern laboratory and industrial applications.
Whether you require compact cooling solutions or advanced touchscreen functionality, these next generation chillers provide superior temperature stability, energy efficiency, and long-term value.
How Much Can You Save by Changing To A Closed-Loop System?
Water is one of the most precious resources on the planet, yet it is often overlooked in industrial and laboratory cooling applications. While tap water may seem like an inexpensive and convenient option for cooing, it carries hidden costs – both financial and environmental. Even if a business isn’t directly paying for its water usage, excessive consumption places unnecessary strain on local water supplied and infrastructure. As water conservation becomes an increasingly critical issue, industries must rethink how they use water, particularly in cooling processes.
A closed cooling system, such as a chiller or an airblast cooler, provides
Cooling Responsibly: Reducing Plastic Pollution with ATC
IES Technical Sales, partnered with Applied Thermal Control, is proud to join the global movement to beat plastic pollution. As a manufacturer of specialist recirculating chillers and process cooling systems, ATC is always looking for opportunities to reduce their environmental impact, not just thought product innovation, but through the materials and practices that theyuse every day.
How Much Could You Save by Changing to a Closed-Loop System?
Water is one of the most precious resources on the planet, yet it is often overlooked in industrial and laboratory cooling applications. While tap water may seem like an inexpensive and convenient option for cooing, it carries hidden costs – both financial and environmental. Even if a business isn’t directly paying for its water usage, excessive consumption places unnecessary strain on local water supplied and infrastructure. As water conservation becomes an increasingly critical issue, industries must rethink how they use water, particularly in cooling processes.
A closed cooling system, such as a chiller or an airblast cooler, provides
ATC has formally announced their new G Series, with an exceptionally low GWP (Global Warming Potential). This latest technology release from ATC maintains powerful and precise performance while lowering environmental impact. Read more on the latest releases below.
The Mini chiller is the most sophisticated and energy efficient chiller ATC have ever produced.
Designed to augment the KT range, the Mini combines excellent cooling performance, a smaller footprint and new touchscreen controller. As all of the internals run on 24 volts, the unit is incredibly energy efficient and suitable for use all over the world. The low noise variable speed fans make the Mini whisper quiet and the perfect addition to your laboratory or workplace. The EcoMini, based on the success of the KTR, provides 500W of cooling to a factory set temperature, in stable conditions.
Traditional cooling systems can take up precious space in laboratories and data centers. Rack mounted chillers are cooling systems designed to fit into standard electrical housings, ideal for a reduced footprint. However, rack mounted chillers are not always mounted into electrical housing. They can be mounted into any electrical frame, such as a test rig.
19" Rack Mount Chillers
Rack mounted chillers use a refrigeration cycle to remove unwanted heat from heat transfer fluids. The heat transfer fluid may be water, glycol (ethylene glycol or propylene glycol) or oil.
Applied Thermal Control manufactures rack mounted chillers designed to fit within standard electrical housings with a minimum depth of 23.62 inches (600mm). Mounting a chiller within existing electrical racking reduces the loss of valuable floorspace, making no addition to the existing footprint of the system.
The basic function of a primary (house) cooling circuit is to transfer heat from either a process, or secondary cooling loop. The primary coolant collects heat from the process and is then cooled, usually by air.
Water-to-water heat exchangers are commonly used with primary cooling circuits. In this configuration, the fluid being cooled flows through the heat exchanger, transferring heat into the secondary (process) fluid circuit. The primary circuit then carries the heat to a cooling source, where it is dissipated, and the fluid is cooled. The cooled fluid then returns to the heat exchanger to absorb more heat from the secondary circuit. Using a water-to-water heat exchanger helps to ensure that components receive fluid at the correct flow rate and temperature, making them more effective and reliable.
