Data Center Pumps For Cooling, Power And Moisture Control

Pumps for data centers ensure safe cooling and stable power. They move water, glycol or fuel in critical systems. They help manage heat, energy and uptime in AI and HPC facilities with high efficiency.

Modern data centers – particularly those supporting AI and high-performance computing (HPC) – require highly reliable and energy-efficient fluid management systems. As rack densities increase and uptime expectations reach Tier III and Tier IV levels, pumps become critical components. They optimize cooling, fuel, and condensate infrastructure and support data center cooling needs.

ARO, a brand of Ingersoll Rand, delivers reliable pumping solutions globally. Backed by more than 95 years of expertise in industrial fluid management, we offer a large, pump portfolio with regional manufacturing and service capabilities to scale solutions quickly. Other Ingersoll Rand brands such as MP Pumps and Hartell provide additional solutions to address rigorous pumping challenges.

Together, we support advanced pumping applications in data centers with systems integrated for efficiency.

Ingersoll Rand Lubrication Gear Pumps provide the rugged reliability and pressure performance needed for modern backup‑power systems. Built on more than 125 years of engineering expertise, they ensure stable fuel delivery and long service life.

Key Benefits

• Reliable, Continuous Operation
  Cast‑iron construction and internal‑gear design deliver smooth, pulse‑free fuel flow during generator starts and extended outages.
• High Pressure & Temperature Capability
  Rated up to 500 PSI and 475°F (246°C) for demanding fuel‑oil environments.
• UL Listed for Fuel‑Oil Service
  Supports safe, compliant installation in generator rooms.
• Energy‑Efficient Fuel Transfer
  Internal‑gear technology reduces energy loss, wear, and pressure fluctuations—ideal for bulk‑to‑day‑tank transfer.
• Durable, Long‑Life Design
  Cast‑iron housings, steel rotors, and Viton seals support today’s diesel blends and heavy‑duty use.
• Compact, Flexible Installation
  L‑Series pumps integrate easily into generator skids, fuel‑polishing systems, and tight mechanical spaces.
• Low Maintenance Requirements
  Precision machining and tight tolerances minimize wear and reduce downtime in mission‑critical power systems.

High‑density AI and GPU racks rely on liquid‑cooling systems to manage massive heat loads. Effective condensate removal is essential to keep CDUs, rear‑door heat exchangers, and advanced cooling loops running at peak efficiency.

Condensate Solutions for Modern Cooling Architectures

Hartell Condensate Pumps for Rack & Rear‑Door Cooling deliver reliable condensate management across in‑row, rear‑door, D2C, and immersion systems—supporting consistent performance in today’s data centers.

Key Benefits

• Reliable Condensate Management
  Ensures stable airflow, efficient heat removal, and dry, controlled data‑hall conditions.
• Supports All Liquid‑Cooling Types
  Compatible with rear‑door, in‑row, direct‑to‑chip, and immersion cooling designs.
• Built for Data Hall Environments
  Performs in high temperatures, tight spaces, and mission‑critical installations.
• Compact Footprint
  Fits constrained rack spaces; easy to integrate and service.
• Plenum‑Rated Options
  Meets air‑handling and installation requirements for compliant deployment.
• Refrigerant‑Ready
  Works with modern A2L and A3 low‑GWP refrigerants.
• Multiple Voltage Configurations
  Available in 115V, 230V, 277V, and 460V (50/60Hz) for global deployments.

AI and GPU racks demand reliable liquid cooling. CDUs, D2C loops, and chilled‑water systems require pumps that deliver high flow, steady head pressure, and nonstop performance.

Engineered for Modern AI, Cloud & HPC

MP Pumps Chemflo™ Centrifugal Pumps keep liquid‑cooling systems operating efficiently—supporting multi‑megawatt heat loads in hyperscale and high‑density environments.

Centrifugal pumps feed chilled water systems. They work with dry coolers, heat exchangers and HVAC loops. Their design saves energy and lowers PUE while offering space savings.