Product Description
B & R Automation is a globally recognized manufacturer known for its advanced industrial automation products. Their portfolio includes products like PLCs, HMI systems, servo drives, and industrial PCs. These products are utilized across various industries to enhance automation and efficiency.
The 5AC700.HS01-03 is a high-performance passive heat sink designed for CPU boards operating at 1600 MHz. Constructed from black-coated, anodized aluminum, it offers reliable thermal management for industrial applications. The heat sink is ideal for environments with fluctuating temperatures, as it maintains stable performance between -20 degrees C and 85 degrees C. Its thermal resistance of 0.5 degrees C/W ensures efficient heat dissipation that makes it suitable for high-density installations. This 5AC700.HS01-03 heat sink features a standard slot fit installation and is mounted securely using screws, providing robust attachment and easy integration into existing setups. The installation must be performed exclusively by a certified and trained technician to guarantee that the procedure is executed with precision and adherence to safety standards. Engaging a professional with the appropriate expertise not only ensures that each step of the installation is conducted accurately but also significantly minimizes the potential for errors, malfunctions, or safety hazards.
With dimensions of 205 mm in width, 208 mm in height, and 12.8 mm in depth, the model is engineered to optimize airflow and heat transfer within compact spaces. Weighing approximately 1450 g, the model is lightweight yet durable, ensuring long-term performance. It is specifically designed for use with B&R Automation's CPU boards that enhance their longevity and reliability under demanding conditions. Wake Industrial offers the 5AC700.HS01-03 heat sink with a comprehensive replacement warranty that is designed to provide customers with peace of mind. In the event of a fault or malfunction, customers can easily claim the warranty through a streamlined process.