European Thermodynamics Seebeck Effect Module, 2.55 W Maximum Cooling Capacity, 0.55 A Maximum Current, 9.3 GM200-161-12-20

European Thermodynamics GM200-161-12-20 Seebeck Effect Module provides a reliable and green method for thermoelectric power generation by leveraging the Seebeck Effect to convert heat into electrical energy. With a maximum cooling capacity of 2.55 W and operating at up to 0.55 A current and 9.3 V voltage, this module is engineered for efficiency and compactness in industrial and electronic applications.

Measuring 40 mm in length, 4 mm in width, and 4.2 mm thick, the module is designed with a compact and robust structure that includes unstripped lead wires for easy integration into systems. Its noise-free operation and maintenance-free design make it suitable for various industrial, laboratory, and HVAC thermal management setups.

The module complies with RoHS standards, ensuring adherence to environmental and safety regulations. Its construction involves no moving parts, minimizing wear and tear and extending its longevity.

Direct thermoelectric conversion of heat to electricity. Compact size and lightweight design for versatile applications. Maintenance-free and noise-free operation enhances reliability. Unstripped lead wire type for flexible connectivity options.

RoHS certified for safety and environmental compliance. Ideal for use in electronics heating and cooling components, industrial and laboratory environments. Manufactured with quality controls in China under the GM200-161-12-20 series.

This Seebeck Effect Module is an excellent choice for energy harvesting and thermal management in modern electronic and industrial systems. Discover more products in the Peltier Modules category for complementary solutions on EnvMart.