The ATS-15E-16-C1-R0 is a thermal heat sink developed by the multinational electronics manufacturer Alpha Therm Solutions (ATS). It’s among the most reliable and efficient devices in their thermal management lineup. This article is going to discuss the device’s application field and working principles.

Applications

The ATS-15E-16-C1-R0 is a high-performance thermal heat sink designed for use in electrical and mechanical devices. It’s well-suited for applications where high thermal efficiency is essential, such as high-power electronic systems, electric motors, and robotic controllers. It’s also capable of withstanding high-vibration and shock environments, making it suitable for automotive applications.

The device is quite compact, measuring in at only 50mm (2 inches) in width, making it highly suitable in tight spaces. It also features an adjustable, screw-in mounting system for ease of installation, making it ideal even in applications that require frequent maintenance or changes.

Working Principles

The ATS-15E-16-C1-R0 operates by transferring the heat created by the device to which it\'s attached into the environment. It does this using a combination of radiation, convection, and conduction. It also has a series of metal fins that create a larger surface area for radiating heat more effectively.

The device is coated in an electrolytic layer, which makes it highly corrosion-resistant. This layer helps to create a barrier between the device and the environment, reducing the amount of heat transferred to the environment. This helps to keep the device running cooler and more efficiently, while still regulating heat in the environment.

The device can be managed remotely by a controller, allowing it to be adjusted in order to keep the device running at peak efficiency. This ability makes it great for applications that require monitoring or adjustment.

Conclusion

The ATS-15E-16-C1-R0 is a highly reliable and efficient thermal heat sink that can be used in a variety of applications. It operates via a combination of radiation, convection, and conduction, and has an adjustable mounting system for ease of installation. It’s also corrosion-resistant and remotely controllable, allowing it to provide optimal performance in a wide range of environments.