430078-525

Thermal - Thermoelectric, Peltier Modules are devices comprising two ceramic plates separated by a thin insulating layer and connected by several wire pairs. The 430078-525 is a thermoelectric module developed and manufactured by Advanced Thermoelectric Technology Ltd. It is designed to provide efficient and reliable thermal cycling between two temperatures.

Applications of 430078-525

The 430078-525 offers several potential applications in a variety of settings including:

• Industrial temperature control
• Environmental thermal cycling
• High temperature processing
• Material testing
• CAT scanning
• Semiconductor wafer testing

The thermoelectric module is also suitable for low temperature applications in research environments. In these instances, the device is able to effectively cycle between temperatures as low as -20 degrees Celsius (-4 degrees Fahrenheit).

Working Principle of 430078-525

The 430078-525 harnesses the thermoelectric cooling effect, a phenomenon discovered in 1821 by the French physicist Jean Charles Athanase Peltier. Peltier discovered that when a current is passed through two conductors joined at both ends a temperature difference is produced between the two conductors. This effect, known as the Peltier effect, allows the module to generate cooling or heating at any one of its two ends.

The device connects two ceramic plates separated by a thin insulating layer. The plates are connected by several wire pairs. Passing a current through the device causes the upper and lower plates to heat and cool at different rates, leading to a temperature difference between the two plates. This temperature difference is the thermoelectric cooling or heating effect created by the device.

The 430078-525 offers precise thermal cycling performance with an efficiency of up to 90%. This ensures a reliable thermal cycle between the two temperatures, allowing for precise temperature control. The module is also compact in size and easy to install in a variety of settings.

Conclusion

The 430078-525 from Advanced Thermoelectric Technology is a highly effective and efficient thermoelectric module. The device harnesses the Peltier effect to produce precise thermal cycles between two temperatures for applications across a range of industries. Its high efficiency makes it an ideal choice for efficient thermal cycling.