Good for Small-sized Enclosures and the Environment

Rittal’s thermoelectric coolers employ the “Peltier Effect” to provide 340 BTU’s (100 W) of cooling output without refrigerants or gases and with very few moving parts. This is achieved by passing an electric charge through a series of semiconductors which, as discovered by 19^th Century physicist Jean-Charles Peltier, lowers the temperature of the “Peltier element.” Fans are then used to circulate the cool air generated by the Peltier element to provide cooling for the enclosure.

The absence of refrigerants and small number of moving parts help to make the Rittal thermoelectric cooler extremely environmentally friendly because it effectively reduces carbon emissions and poses no threat of chemical or gas leaks that can harm the natural world. Additionally, the variable speed, “soft-starting” fans used in the thermoelectric cooler creates an increase in energy efficiency of 60% when compared to competitor offerings. 
Small in size (16” H x 5” W x 6” D), and the lightest thermoelectric cooler on the market at a mere 7 lb, Rittal’s versatile thermoelectric coolers can be mounted internally or externally, horizontally or vertically and produce very little noise or vibration. Their flexibility and low-vibration operation make them an ideal cooling solution for pendant arm and other HMI applications or any small-to-medium size enclosures used in high precision processes or to house sensitive electronics. 
The Rittal thermoelectric cooler is an enclosure cooling solution that can help users achieve the cooling they need in a way that is good for the environment.