IEC EN 62610-3 Mechanical Structures for Electronic Equipment - Thermal Management for Cabinets According to IEC 60297 and IEC 60917 Series - Part 3: Evaluation Method for Thermoelectric Cooling Systems

Electromagnetic and Electrical Tests

IEC EN 62610-3 Mechanical Structures for Electronic Equipment - Thermal Management for Cabinets According to IEC 60297 and IEC 60917 Series - Part 3: Evaluation Method for Thermoelectric Cooling Systems

EUROLAB, with its state-of-the-art accredited laboratories and expert team, provides precise and fast testing services within the scope of IEC EN 62610-3 testing. IEC EN 62610-3 provides an evaluation method for thermoelectric cooling systems (Peltier effect). With this design guide it is possible to calculate the efficiency (Peltier effect) of the thermoelectric cooling system and the cooling power depending on the ambient temperature and the internal temperature. This design guide can also be used to evaluate thermoelectric cooling systems based on their efficiency.

IEC EN 62610-3 Mechanical Structures for Electronic Equipment - Thermal Management for Cabinets According to IEC 60297 and IEC 60917 Series - Part 3: Evaluation Method for Thermoelectric Cooling Systems

The performance of thermoelectric cooling systems is a function of ambient temperature, hot and cold side heat exchanger (chiller) performance, thermal load, Peltier device design, and Peltier electrical parameters. Therefore, an evaluation method should be developed. This design guide provides a comparison of thermoelectric cooling systems.

The Peltier effect is the direct conversion of electrical voltage to temperature differences and the reverse process is called the Seebeck effect. Therefore, a thermoelectric cooling system (Peltier effect) transfers heat with electrical energy consumption from one side of the device to the other against the temperature gradient.

While thermoelectric cooling systems carry heat Qc from one medium to another, these mediums can be gas or liquid. For a better heat transfer, coolers are connected to both sides of the Peltier device. The material between the Peltier device and the heat sink is called the Thermal Interface Material (TIM).

EUROLAB assists manufacturers with IEC EN 62610-3 test compliance. Our test experts, with their professional working mission and principles, provide you, our manufacturers and suppliers, the best service and controlled testing process in our laboratories. Thanks to these services, businesses receive more effective, high-performance and quality testing services and provide safe, fast and uninterrupted service to their customers.

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