outTEG II Double Active

The outdoor cabinet outTEG II Double Active provides better thermal regulation of installed components through the natural air flow between the walls, as for the line outTEG II Natural.  outTEG II Double Active is equipped with a climate cooling unit and is particularly suitable for applications in extreme conditions, where it is necessary to ensure the smooth operation of components installed inside the cabinet.

The air/air heat exchanger allows more effective heat dissipation without mixing the outside and inside air. These units can only be used if the external ambient temperature is lower by at least 5 °C than the required cabinet internal temperature.

The cooling unit works on the same principle as the heat exchanger but cooling is done by the cooling medium R134a. These units are suitable when the required temperature in the cabinet is below the ambient temperature, or when large quantities of heat must be removed.

• Simple, practical, functional construction
• High protection against corrosion
• Welded stainless steel enclosure frame
• All removable parts are made of aluminium (doors, rear/side panels, roof)
• Air ventilation between the walls
• Mounting cover with clips to ensure maximum effectiveness of the seal
• Polyester powder coat with UV protection
• PUR non-porous gasket – suitable for extreme temperature ranges -40 °C to +60 °C
• IP55 Dust and water protection
• IK10 Mechanical protection – against severe damage
• Vandalism-proof - the side panels, rear panel and roof are screwed from the inside. The front door has hidden hinges and a metal handle.
• Tight mechanical construction - no point of access for lever-type tools
• Ready for crane transport
• High stability up to earthquake security

Conteg Company cooperates with Prague Technical University to get a simulation model of dynamic thermal behavior of outTEG outdoor cabinet. The aim is to forecast the changes of interior environment at different outdoor climatic conditions and present an expert estimate of heating and cooling equipment energy consumption. This research is supported by the Akcelerace business programme by the City of Prague.