European Thermodynamics Seebeck Effect Module, 3.7 W, 5.61 A, 1.89 V, 30 mm x 30 mm x 3.5 mm GM200-31-28-12

European Thermodynamics GM200-31-28-12 Seebeck Effect Module is a high-performance thermoelectric power generation module designed to convert heat directly into electricity using the Seebeck Effect. This module features a compact structure measuring 30 mm by 30 mm with a thickness of 3.5 mm, making it suitable for integration into various thermal management and energy harvesting systems. It operates at a maximum voltage of 1.89 V and supports a current up to 5.61 A, delivering a cooling capacity of 3.7 W.

Designed with reliability and environmental sustainability in mind, the module has no moving parts, which ensures silent operation and minimal maintenance requirements. Its low carbon footprint aligns with green energy initiatives, providing an efficient, noise-free solution for power generation.

The unstripped lead wire type allows for versatile wiring configurations, facilitating easy and secure connection in thermal management setups. With a resistance of 0.17 Ω, the module ensures consistent electrical performance and durability, suitable for demanding industrial and laboratory environments.

Compliant with RoHS standards, the GM200-31-28-12 module guarantees adherence to international environmental and safety guidelines. It is ideal for use in applications such as sustainable energy harvesting, electronic cooling systems, and thermal sensors.

Compact thermoelectric power generation module using Seebeck Effect. Low carbon and maintenance-free operation. Operates silently with no moving parts. Unstripped lead wire type for flexible installation. Compliant with RoHS standards for safety and reliability.

High-efficiency conversion of heat to electricity. Durable construction with 0.17 Ω resistance ensuring performance stability. Suitable for industrial, laboratory, and renewable energy applications. Explore more high-quality Peltier Modules and thermoelectric components on EnvMart for innovative thermal management and power generation solutions.