Liquid Cooling Pumps for Data Center Servers
The Importance of Data Center Cooling Pumps: Essential for Efficient Operation
As technology continues to evolve, the demand for efficient, high-performance data centers has never been greater. With an increasing number of servers, higher computing power, and constant data flow, managing heat in data centers has become one of the most critical aspects of operations. This is where Moog’s CoreMotion™ magnetic data center cooling pump comes into play.
The Benefits of Liquid Cooling
Liquid cooling significantly improves Power Usage Effectiveness (PUE) by reducing the energy required to cool data centers, leading to lower operational costs and a smaller carbon footprint. Unlike traditional air cooling, liquid cooling efficiently absorbs and dissipates heat directly from high-performance IT equipment, minimizing thermal resistance and reducing the need for energy-intensive air conditioning.
Advanced solutions like Moog’s CoreMotion™ pumps further enhance PUE by integrating high-efficiency direct-drive motors, variable-speed control, and seal-less magnetic space saving designs, which eliminate unnecessary energy losses and optimize coolant flow in real-time. By utilizing wet rotor designs and using eco-friendly materials and fluids, these systems not only improve cooling efficiency but also contribute to a sustainable, greener data center infrastructure. As a result, organizations can achieve a lower PUE ratio, ensuring greater energy efficiency, reduced costs, and improved hardware longevity all while maintaining performance supporting global sustainability initiatives.
Reliable
Moog’s CoreMotion™ cooling pumps are designed for continuous operation in demanding liquid-cooling environments, helping maximize uptime and reduce the risk of system failure. Their compact design supports N+1 architectures, ensuring cooling performance can be maintained even during maintenance or unexpected pump outages.
Energy Efficient
Moog’s CoreMotion™ magnetic pump and compatible drive reduces energy loss and eliminates leaks. Moog’s CoreMotion™ cooling pumps also have compact and robust construction with high-density computing, meaning it can accommodate more computing power in smaller spaces.
Scalable
Moog’s CoreMotion™ cooling pumps feature variable-speed control that adapts to changing thermal demands in real time. As cooling requirements grow, pump performance adjusts accordingly, helping optimize energy use while supporting 230/240 VAC, 12 VDC, and 48 VDC architectures.
Connected
CoreMotion™ cooling pumps offer multiple communication options for seamless integration into modern liquid-cooling systems. Integrated temperature and current feedback provide real-time performance monitoring, while advanced diagnostics support leak detection and system optimization.
Durable
Built with a seal-less magnetic-drive architecture and minimal wear components, CoreMotion™ pumps are designed for long service life with little to no routine maintenance. This helps reduce downtime, lower maintenance costs, and improve overall system reliability.
Advanced Fluid Control
Moog’s wet-rotor design promotes efficient coolant circulation and effective heat transfer with minimal flow resistance. Integrated ultrasonic sensing can detect changes in fluid conditions, including cavitation and air entrainment, helping protect critical cooling infrastructure and maintain system performance.
Reliable Liquid Cooling at Scale
Moog liquid cooling pump designs offer different frame sizes and matching intelligent controls.
| Model | Input Voltage | Power | Variable Speed | Flow Rate Range (GPM) | Pressure Range (PSI) | Certifications |
| RM23 | 12 VDC | 120 watts | 1,050 - 4,200 rpm | 0.5 - 7 | 0.5 - 7 | Contact factory |
| RM30 | 48 VDC | 480 watts | 430 - 4,300 rpm | 5 - 37 | 12 - 26 | Contact factory |
| RM44 | 230 / 340 VAC | 2.5 kW | 1,070 - 4,300 rpm | 10 - 65 | 35 - 65 | Contact factory |
| CM28 | 45 - 55 VDC | 2.8 kW | 450 - 4500 rpm | 55.5 | 72.5 | UL 52368 |
| CM400 | 380 - 416 VAC | 37 kW | 430 4,300 rpm | 250 - 500* | 25 - 112 | UL 778, UL 61800 |
Contact a Moog expert to discuss sizing options and latest innovations in development.
All related technology is proudly owned by Moog.
Cooling at the Core.
Datasheets
Related Products