Adaptive Peltier Module Thermoelectric Cooler, 55.6W Cooling Capacity, 6A Current, 15.7V, 10mm x 4mm x 3.9mm ETH-127-14-15-RS

Adaptive ETH-127-14-15-RS Peltier Module is a thermoelectric cooler module delivering a maximum cooling capacity of 55.6 W at 6 A current and 15.7 V operating voltage. Its compact construction, measuring 10 mm in length, 4 mm in width, and 3.9 mm in thickness, makes it ideal for integration into various electronics thermal management applications.

This module operates using the Peltier effect, effectively pumping heat when voltage is applied, providing precise temperature control with a maximum temperature difference of 74°C. The unstripped lead wire configuration facilitates easy electrical connectivity to circuits.

Designed to meet RoHS compliance, the module offers environmentally friendly performance with solid-state long-term stability and no acoustic noise. It suits applications such as refrigeration, power generation, and cooling of miniature devices including infrared detector chips, microwave integrated circuits, fiber-optic lasers, and sensors.

The thermoelectric cooler is effective for laboratory, industrial, HVAC, and manufacturing sectors requiring compact, reliable cooling solutions without moving parts. Its silicone sealing ensures durability and protection from environmental factors.

Operates on the Peltier effect principle for active heat transfer. Maximum cooling capacity of 55.6 W enables effective temperature regulation. Compact size allows cooling of miniature electronic components and assemblies.

RoHS certified, assuring safe and compliant operation. Provides silent operation with no acoustic noise. Unstripped leads allow customized connections in varied applications. Suitable for industrial refrigeration and power generation purposes.

Provides stable, long-term temperature management and protection. For high-quality electronic thermal management components, explore EnvMart’s extensive catalog of Adaptive brand Peltier Modules and other thermoelectric cooling solutions.