As data centers continue to evolve to support artificial intelligence, cloud computing, and high-performance computing workloads, thermal management systems must deliver higher efficiency, greater reliability, and increased scalability. Gates Data Center Pumps are specifically engineered to meet these demands by maximizing coolant flow while minimizing energy consumption and system footprint.

Leveraging more than a century of expertise in thermal management, Gates has developed a comprehensive portfolio of high-performance pumps designed for modern liquid cooling architectures. Available in multiple radial and axial flux motor configurations, Gates Data Center Pumps provide exceptional efficiency, reliability, and adaptability for a wide range of cooling applications and Coolant Distribution Unit (CDU) designs.

Designed for mission-critical operation, these pumps feature integrated monitoring capabilities that provide real-time system feedback, helping detect conditions such as cavitation, air entrainment, and flow restrictions before they impact performance. Their compact, modular design enables seamless integration into evolving data center infrastructures while supporting flow rates up to 1,500 L/min.

Key Features:

• High-Efficiency Cooling Performance: Maximizes coolant flow while reducing energy consumption and operational costs.
• Modular and Scalable Design: Easily adapts to a wide range of liquid cooling architectures and CDU configurations.
• Integrated System Monitoring: Provides real-time diagnostics to enhance reliability and maximize uptime.
• Broad Coolant Compatibility: Supports glycol-based and dielectric coolants used in advanced liquid cooling systems.
• Compact and Efficient Design: Delivers high power density with reduced installation footprint.
• Optimized for Mission-Critical Applications: Engineered for continuous operation in AI, HPC, and next-generation data center environments.

Discover how Gates Data Center Pumps deliver the efficiency, scalability, and reliability required to power the future of liquid cooling infrastructure.