ATS-11A-110-C2-R1

Thermal - Heat Sinks are an important component of any temperature-control system. The ATS-11A-110-C2-R1 Heat Sink plays a pivotal role in regulating temperatures in applications where ambient temperatures and other environmental conditions, such as wind and sunlight, are all essential factors to consider.

As the name implies, a Heat Sink is used to transfer heat away from a component or system, typically by dissipating it in the air or conduction into a body of liquid. It is designed to reduce the temperature of the component by providing a large area for it to dissipate heat into the surrounding air. This heat sink is equipped with a series of fins having a high thermal resistance value and a low airflow resistance, which helps to evenly and efficiently distribute heat from the component to the surrounding environment. With this device, temperatures can be regulated or maintained to the predetermined threshold.

The ATS-11A-110-C2-R1 Heat Sink is equipped with an improved thermally-conductive design to provide an even heat distribution. It utilizes a finned aluminum construction that is lightweight, durable, and corrosion resistant. The fanless construction ensures that it is quiet and vibration-free. This device also features a Riveted Bimetallic Plate to provide enhanced heat dissipation when active thermal management is required. It can be installed in two different configurations, vertical or horizontal, depending on the particular application.

The unit is suitable for use in high-temperature applications such as, electronics, telecommunications, motor control, industrial control systems, power supplies, and many other applications. It is also suitable for indoor and outdoor use as it is highly resistant to moisture and other environmental conditions.

The advanced design features of the ATS-11A-110-C2-R1 Heat Sink make it an ideal choice for applications requiring precision temperature control. It is easy to install and maintain, and its thermally-conductive design ensures that temperatures are kept at an optimal level. With its superior heat dissipation capabilities, the device can be depended on to provide an effective and reliable temperature regulation.