Functionality: The manifold gauge serves as a distribution unit that evenly divides the coolant among the cooling units in the system, ensuring optimal heat dissipation. It is designed to handle high thermal loads and maintain a uniform coolant flow
Design and Construction: The internal channels of a manifold gauge are precisely engineered to control the size and shape, ensuring the coolant's uniform distribution and efficient movement. The material chosen for the manifold gauge must be corrosion-resistant, strong, and have good thermal conductivity to withstand the operating conditions
Advantages: Manifold gauges offer several benefits, including high heat dissipation efficiency, strong stability, scalability, and ease of deployment and maintenance. They are equipped with automatic air purge functions for online maintenance, which enhances their reliability and operational efficiency
Integration with Liquid Cooling Systems: In a liquid cooling setup, manifold gauges work in conjunction with other components such as liquid-cooled servers, liquid cooling cabinets, and Coolant Distribution Units (CDUs) to maintain stable operation of the system. They are essential for high-density computing applications where traditional air cooling methods may not be sufficient
Technological Significance: As data centers and high-performance computing environments demand more efficient cooling solutions, manifold gauges play a pivotal role in enabling liquid cooling technologies that can handle higher thermal densities more effectively than air cooling systems
