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Thermal Management

Thermal Management

The pace and growth of modern technology places numerous challenges across several industries. Telecommunications, power generation, IT and data storage, for example, are all pushed to the limit by growing demand, environmental restrictions and competitive markets. Protecting the sensitive equipment that drives our society is integral to providing solutions to these challenges.

As the scale and complexity of the electronic devices increases, so does the need to protect them from overheating, moisture, dust and other contaminants. Effective, reliable and environmentally friendly thermal management solutions are essential to a successful overall system design. Applying the correct thermal management system is critical for long service life, reduced operating costs, and minimal downtime.

ADVANTAGES

  • EXCELLENT PROTECTION
    Fully isolated flow paths to keep the electronical devices safely protected.  
  • FOR TOUGH CONDITIONS
    Solutions for applications in aggressive or harsh environments such as offshore.  
  • ENVIRONMENTALLY FRIENDLY
    Efficient cooling without refrigerants.

EXAMPLES OF APPLICATION AREAS

  • General electronic equipment cooling
  • Telecom enclosures
  • Wind power installations
  • Solar power
  • Data centers
  • Kiosks
  • Rail
  • Infrastructure/traffic
  • Automation equipment

CLOSED LOOP COOLING

A closed system design have fully isolated flow paths to keep cooled space safely protected from dust and moisture. The simple construction with no moving parts or required filters makes the system virtually maintenance free. We also offer options for applications in aggressive or harsh environments such as marine application. For more information, see our Thermal Management brochure.

Closed loop cooling

Principle drawing of a closed loop cooling application.

INDIRECT EVAPORATIVE COOLING

We have produced countless plate heat exchangers for evaporative cooling applications. The combination of the low cost, environmentally friendly cooling without the addition of latent energy make IEC and excellent alternative for many applications. Indirect evaporative cooling is ideal for warm and dry climates.

For more information, see our IEC brochure.


Indirect Evaporative Cooling

Principle drawing of an indirect evaporative cooling application.