European Thermodynamics Thermoelectric Power Generation Peltier Module 9.1W 0.64A 15.54V 40mm x 40mm x 3.4mm GM250-241-10-16

European Thermodynamics GM250-241-10-16 Peltier Module is a thermoelectric power generation device designed for efficient conversion of heat into electrical energy using the Seebeck Effect. This model features a maximum cooling capacity of 9.1 watts, a maximum current rating of 0.64 amperes, and operates at 15.54 volts, making it suitable for use in precise thermal management applications in industrial and laboratory settings.

The compact size with a square face of 40 millimeters by 40 millimeters and a thickness of 3.4 millimeters allows for convenient installation into a variety of electronic cooling systems, HVAC equipment, and instrumentation. The module's design includes unstripped lead wires for adaptable connection options.

Designed for low-carbon and maintenance-free operation, this Peltier module contains no moving parts, ensuring silent and reliable performance over its service life. It is ideal for use in industrial manufacturing, thermal management modules, and electronics heating and cooling component assemblies where noise, durability, and environmental impact are critical factors.

Manufactured in China and belonging to the GM250 series, this thermoelectric module complies with expected quality standards without formal approvals. Its resistance measurement is 12.24 ohms, further ensuring predictable electrical behavior in system designs.

This module offers a compact structure suitable for diverse mounting environments. No moving parts result in maintenance-free and reliable operation. Noise-free thermal management perfect for sensitive environments. Low carbon footprint ensures environmentally conscious product usage.

Suitable for industrial, laboratory, HVAC, manufacturing, and electronics thermal management applications.

Explore the broad range of European Thermodynamics Peltier Modules and other thermal management components on EnvMart to find solutions tailored to your specific cooling and power generation needs.