Adaptive Peltier Module 1.74 W 600 mA 5.7 V 22 mm x 22 mm x 3.2 mm MGM250-71-10-16

Adaptive MGM250-71-10-16 Peltier Module is a high-performance thermoelectric module with a maximum cooling capacity of 1.74 W, operating at 600 mA and 5.7 V. Its compact dimensions of 22 mm length, 22 mm width, and 3.2 mm thickness make it suitable for integration in compact industrial and IoT devices. This mini thermoelectric generator (TEG) module efficiently manages heat without moving parts, ensuring noise-free and maintenance-free operation.

The module provides a maximum temperature difference of 250°C, enabling effective thermal management in precision electronics. Its epoxy sealing guarantees reliable performance in high humidity environments, making it well-suited for harsh industrial, laboratory, and commercial HVAC applications.

The insulated lead wire ensures electrical safety while the low resistance of 4.3 Ω supports efficient current flow. Modular by design, this Peltier module can be scaled to harvest larger amounts of energy when connected in arrays.

RoHS compliance assures environmentally responsible manufacturing. Applications include powering sensors, environmental monitoring systems, and other low power electronics that require consistent cooling in industrial and IoT settings.

Maximum temperature difference of 250°C for effective thermal management. Epoxy sealed for high humidity tolerance and durability. Compact size of 22 mm x 22 mm x 3.2 mm with no moving parts. Low resistance value ensuring efficient electrical performance.

Insulated lead wires for safe and reliable connectivity. Scalable modular design suitable for energy harvesting systems. RoHS compliant for environmental safety. Ideal for sensors and low power electronics in industrial IoT applications.

Manufactured in China to high-quality standards.

Explore more Peltier Modules in the Electronics Components category at EnvMart for a range of thermal management solutions suited to industrial, laboratory, manufacturing, and commercial environments.