High Efficiency Thermoelectric Air Conditioners - ThermoElectric Cooling America (TECA) Corp.

Description

TECA Corporation (Chicago, IL), continuing its industry leadership, introduces the AHP-6200 family of thermoelectric air conditioners. The AHP-6200 provides cooling performance up to 5,200 BTU/hr in the 240 VAC configurations. This is the highest performance, commercially available thermoelectric air conditioner in the world, offering about 60% more performance than competing models. This achievement in performance will allow broader use of thermoelectric air conditioners. The AHP-6200 air conditioners operate at high C.O.P. values, meeting TECA’s “Green Zone” standard of high energy-efficiency. The AHP-6200 air conditioners include TECA’s exclusive temperature control design with Eco-Mode, which helps save energy by limiting the need for active cooling when it’s not needed. The Eco-Mode design lowers total power consumption of the AHP-6200 by up to 75%. The Eco-Mode switches on passive cooling when the enclosure reaches 25C. 

Active cooling begins when the enclosure reaches 35C and, on heat/cool configurations, active heating begins when the enclosure temperature drops to 10C. In addition to the high performance and high efficiency ratings, the AHP-6200 air conditioners are designed with a low profile, which translates into more available enclosure space. The robust mounting flange, gasket and hardware and centrally located power input contribute to user-friendly installation. High air-flow fans and high fin-density heat sinks on the cold side maximize performance and minimize condensation. An integral condensate removal system absorbs condensation and transports it to the hot side, where it gets evaporated into the ambient. The AHP-6200 air conditioners, like most TECA air conditioners, are available with industrial grade or military grade sealed fans, depending on what is required by the end user’s environment. Customization is possible.

Specs

  • cooling performance up to 5,200 BTU/hr
  • temperature control design 


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