Saturday, October 1, 2016
VOLUME -25 NUMBER 3
Publication Date: 03/1/2010
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Archive >  March 2010 Issue >  New Products > 

Laird Intros Next Gen TE Cooling Modules
TE cooling module.
St. Louis, MO — Laird Technologies, Inc. has introduced its newly modified Tunnel Series Thermoelectric Assemblies (TEAs). The TEAs are designed with a patented, high-performance cross-flow technology that maximizes heat transfer when pulling air through a heat exchanger. Heat is absorbed and dissipated through a high density heat sink equipped with sheet metal shrouds and fans. The number of airflow paths required is minimized when compared to traditional impingement flow TEAs.

The Thermoelectric Modules (TEMs) are custom designed to achieve a high coefficient of performance (COP) to minimize power consumption with reliable solid-state operation that does not use a compressor or CFC refrigerants.

The Tunnel Series TEAs are available in two cooling configurations: Air-Air (AA) convection cooling where heat is absorbed and dissipated by heat exchangers equipped with fans. Products in this series include AA-027-12-22 and AA-035-24-22. The second configuration is Direct-Air (DA) conduction cooling where heat is absorbed through a cold plate, pumping the heat through the TEM and dissipating it into the air through a heat sink equipped with a fan. Products in this series include DA-033-12-02 and DA-039-12-02. The Tunnel Series are compact TEAs that maximize cooling capacity and efficiency, while minimizing the number of air circulation paths required to operate properly.

They are suitable for use in cooling applications with tight geometric space constraints by offering greater performance, higher reliability, and low cost of ownership. Their advanced capabilities are aided by new material technologies, thinner profiles, and automated assembly.

Contact: Laird Technologies, 3481 Rider Trail South, St. Louis, MO 63045 888-246-9050 or 314-344-9300 or 847-839-6907 fax: 314-344-9333 E-mail: sales@lairdtech.com Web:
http://www.lairdtech.com

 
 
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