Thermoelectric assemblies (TEAs) are cooling and heating devices, consisting of several high-density heat-exchangers bolted together with high efficient thermoelectric coolers (TEC) between them. Their application allows to create temperature control systems with operating temperatures equal or less than ambient temperatures with maximum coefficient of performance (COP). Usage of assemblies does not require special knowledge in the field of thermoelectric cooling design and is able to provide precise temperature control of the object. Assemblies are optimized for 12, 24 and 48 V of on-board supply voltage. Because no refrigerant fluid (CFC) is used TEAs are environmentally friendly.
Liquid-to-liquid thermoelectric assemblies allow to remove large amount of heat from an object to a counter-flow heat exchanger.
— high speed integrated circuits cooling;
— technological liquid coolers (exchangers) for semiconductor industry equipment;
— constant temperature baths for different technology processes;
— cooling systems for industrial and medical lasers and their’s power supply units;
— heat exchanging for surgery;
— cold plates and isothermal bases for pharmacy and biology.
High efficient TECs and precision liquid heat-exchangers mechanical parts ensure high reliability of compact and powerful liquid-to-liquid cooling system.