Laboratory Chiller Range
Applied Thermal Control offers a comprehensive chiller range designed to meet diverse application needs in research, scientific, and manufacturing settings. This range, including models like the Mini, ecoMini, and the K-Series, is engineered for precise temperature control, reliability, and efficiency, suitable for a wide variety of laboratory environments. Each chiller model is tailored to offer specific cooling capacities, configurations, and features, ensuring optimal performance for both routine and specialised cooling applications. The integration of optional technologies across the range enhances system efficiency, operational cost savings, and environmental sustainability.
Mini Recirculating Chillers – 500W
M-Series chillers from Applied Thermal Control are compact, advanced cooling solutions with a footprint comparable to a desktop PC. Perfect for laboratories, where space and noise are crucial factors, these chillers feature variable speed fans and compressors. Designed as an upgrade from the KT series, the Mini not only offers exceptional cooling performance but also has a 24VDC internal circuit for remarkable energy efficiency. Its compatibility with various power supplies (90-240V, 50/60Hz) further enhances its versatility.
Beyond laboratory use, the Mini’s robust steel enclosure makes it suitable for industrial applications, such as cooling lasers. Its wide range of applications includes bioreactors, electron microscopes, automation systems, vacuum pumps, rotary evaporators, electrophoresis, and industrial environments. This blend of compact design, energy efficiency, and versatility makes the M-Series an ideal choice for those in search of a small yet powerful chiller solution.
0-1000W Recirculating Chillers
KT Series chillers from Applied Thermal Control, designed for laboratory and various industrial applications, combine compact size with a versatile design, including venting on all sides and mobility castors for easy placement. These chillers, known for their quiet operation and precision temperature control up to 0.1°C, are built to meet specific customer requirements, making them suitable for a broad range of applications from research to manufacturing processes. With a cooling capacity of up to 1000W, and compliance for both indoor and outdoor use, the KT series also offers global compatibility with variable power supplies.
1050 – 3200W Recirculating Chillers
Applied Thermal Control specialises in precision recirculating chillers for laboratory, research, and manufacturing, offering a range from 1.75W to 3.2W in this section. These compact, quiet units are built to specific needs, supporting sectors like scientific instruments and semiconductor processes. They are environmentally friendly, utilising accurately cooled house water for sustainable operations. ATC chillers can be adapted to a range of various power supplies, and are supported by an extensive service network and emergency engineers, ensuring minimal downtime and reliable, continuous performance.
3250W – 14kW Recirculating Chillers
The K4, K6, and K9, and K12 recirculating chillers from ATC are engineered for precision cooling in both laboratory and industrial environments, offering cooling capacities from 4.5 to 14kW. Designed to meet specific requirements, these chillers ensure accurate temperature control and reliable performance. Their compact size and mobility optimise space, making them ideal for sectors like food manufacturing, scientific instrumentation, and semiconductor processing. Featuring a variable power supply for global compatibility, these chillers adapt to various applications, demonstrating versatility and efficiency in demanding cooling tasks.
Industrial Chillers
Applied Thermal Control partners with EF Cooling to broaden our range of cooling solutions. This collaboration ensures that customers have access to a comprehensive selection of cooling technologies, from compact laboratory chillers to robust industrial systems, all designed to meet diverse application requirements efficiently and reliably.