This article will explore the most urgent factors to consider when specifying a thermoelectric enclosure cooler. This exploration will be followed by practical “what-to-expect” knowledge.

Features of the TFC-2700 include integral, tunable PID temperature control and through-flow temperature-controlled cooling and heating.

The popularity of enclosure coolers has grown exponentially in the last 40 years. The implementation of more sophisticated electrical equipment in industrial applications led to a demand for a more effective method to control enclosure internal temperatures.

Tunnel Series offers cooling capacities exceeding 100 W. Available in standard and custom configurations, the thermoelectric assemblies offer a compact form factor that fits inside analytical and medical instrumentation with tight space constraints.

Thermoelectric assemblies offer both cooling and heating capabilities to maintain the control temperature of the storage chamber between 40 and 104°F (4 and 40°C) in ambient temperatures of 73 to 86°F (23 to 30°C). 

More than a decade ago, the U.S. government began studying the link between power generation and the natural water resources critical for its production.

An alternative to standard compressor-based solutions, the 12 or 24 VDC thermoelectric modules (TEMs) and thermoelectric assemblies (TEAs) offer reliability and design flexibility via vertical integration capabilities.

The need for enclosure cooling is shared across industries. In recent years the thermoelectric enclosure-cooler market has multiplied its product offerings. 

The AHP-2259 Series automatically accepts 90 to 264 VRMS input. No adjustments are required to be made by the end user.

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