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February 2014

Laird Technologies Features 67 Different Thermoelectric Assemblies For Thermal Management Applications


laird technologies is an industry leader in high-performance, high-quality and highly-efficient thermoelectric assemblies (teas), laird technologies designs and manufacturers 67 different thermoelectric assemblies including: powercool series air-to-air thermoelectric assembly, powercool series direct-to-air thermoelectric assembly, cascade series thermoelectric assemblies, tunnel series thermoelectric assemblies, outdoor cooler series, liquid-air system (la) assemblies,  liquid-liquid system (ll) assemblies, and direct liquid systems (dl) assemblies.

 

laird-thermoelectric-assemblies_aa-xxx-xx_450x320_200

 

the aa powercool series is an air-to-air thermoelectric assembly (tea) that uses impingement flow to transfer heat. it offers dependable, compact performance by cooling objects via convection. heat is absorbed and dissipated thru high density heat exchangers equipped with air ducted shrouds and brand name fans. the heat pumping action is created by thermoelectric modules, which are custom designed to achieve a high coefficient of performance

 


 

laird-da-powercool-series-1_120_01

 

the da powercool series is a direct-to-air thermoelectric assembly (tea) that uses impingement flow to transfer heat. it offers dependable, compact performance by cooling objects via conduction. heat is absorbed through a cold plate and dissipated thru a high density heat exchanger equipped with an air ducted.

 

laird-thermoelectric-assemblies_aa-xxx-xx_450x320_200

 

the cascade series teas are designed with custom multistage thermoelectric modules to achieve a high temperature differential. this product series can produce up to 40% more cooling capacity at cold temperatures, surpassing standard product offerings with similar form factors. the cascade series is offered in two heat transfer mechanism configurations


 

laird-thermoelectric-assemblies_da-xxx-xx_450x320_120

 

the tunnel series teas are designed with a patented, high-performance cross flow technology that maximizes heat transfer when pulling air through a heat exchanger. the number of airflow paths required to operate is reduced when compared to traditional impingement flow teas. this product series is offered in two heat transfer mechanism configurations:


 

laird-outdoor-series_450x320_120

the aa outdoor cooler series is a ruggedized air-to-air thermoelectric assembly (tea) that uses impingement flow to transfer heat. it offers dependable, compact performance by cooling objects via convection. heat is absorbed and dissipated thru high density heat exchangers equipped with air ducted shrouds and brand name fans.


laird-thermoelectric-assemblies_la-xxx-xx_450x320_120


liquid-air assemblies are used to cool or heat a liquid (or gas) flowing through a heat sink. the liquid heat sink is designed for a recirculating system. the heat is absorbed by the liquid heat sink, pumped through the te modules, and then dissipated to the air by an air heat sink.


laird-thermoelectric-assemblies_ll-xxx-xx_450x320_120


liquid-liquid assemblies are used to cool or heat liquids (or gases) passing through a heat sink. heat is dissipated to a liquid on the warm side. the liquid circuit is normally of a recirculating type with a pump and a liquid-to-air heat exchanger to remove the heat into the ambient air. by using an efficient heat exchanger and one or more ll-assemblies, a powerful yet compact system is created.


laird-thermoelectric-assemblies_dl-xxx-xx_450x320_120


direct-liquid assemblies are used to cool or heat either objects attached directly to the cold plate, or enclosures by attaching a thermal conductive container to the cold plate. heat is dissipated to a liquid on the warm side. the liquid circuit is normally of a recirculating type with a pump and a liquid-to-air heat exchanger removing the heat into the ambient air.


for more information on laird's complete family, please visit them at laird technologies thermoelectric assemblies.

 

 


 


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