Data Center
Cooling

Do More with Less — Less Energy. Fewer Motors. Lower Harmonics.

Infinitum helps data centers lower cooling energy and improve PUE while supporting higher power densities and evolving cooling demands. The result is more performance, greater efficiency, and less complexity.

Right Application.
Right Fit.
Right Now.

Built for mission-critical cooling environments, Infinitum’s integrated motor and fan solutions help data center operators, OEMs, and engineers reduce cooling energy, simplify system architecture, and improve electrical efficiency—without adding infrastructure burden.

Fan
Arrays

CRAC / CRAH Systems

Cooling Distribution Units (CDUs)

Air Movement
Systems

Built for Every Layer of Data Center Cooling

Whether you’re designing, specifying, manufacturing, or retrofitting premium commercial HVAC systems, Infinitum was built for applications where performance and efficiency must work together.

Fan Arrays

Built for fan array systems where airflow demands are high and reducing motor count improves system simplicity.

I d e a l f o r

When moving more air efficiently matters, Infinitum helps reduce motor count, lower system complexity, and free electrical capacity for revenue-generating IT loads.

CRAC / CRAH

Built for precision cooling systems where efficiency at variable speed matters most.

I d e a l f o r

When systems spend most of their life at partial load, Infinitum helps reduce cooling energy where it matters most—real operating conditions.

Cooling Distribution Units (CDUs)

Built for premium and custom FCU applications where space is limited, performance expectations are higher, and design flexibility matters.

I d e a l f o r

When power density increases and cooling architectures evolve, Infinitum helps simplify deployment while improving operational efficiency.

Supporting Air Movement Systems

Built for the broader cooling ecosystem supporting data hall performance.

I d e a l f o r

When every kilowatt matters, Infinitum helps improve system-wide efficiency.

Five Ways Infinitum Helps Data Centers Do More with Less

Cut Energy Where Systems Actually Run

Most cooling systems operate at partial load. Infinitum maintains higher efficiency across the operating range—turning partial-load operation into your biggest energy savings opportunity.

Move More Air with Fewer Motors

Reducing motor count simplifies cooling system architecture. Fewer motors means lower installation burden, less electrical infrastructure, and easier maintenance planning.

Free Up Capacity for IT Load

Cooling should not consume more electrical capacity than necessary. Infinitum helps reduce power requirements—freeing electrical capacity for what drives revenue.

Reduce Harmonics at the Source

No external harmonic mitigation equipment. No added electrical complexity. Cleaner power with IEEE 519 support.

Designed for Mission-Critical Reliability

Data center cooling cannot fail. Infinitum’s engineering, testing, and integrated architecture support the reliability mission-critical cooling demands.

Upgrade Cooling Capacity Without Rebuilding Infrastructure with Retrofits

Retrofitting data center cooling systems often creates costly tradeoffs: added electrical capacity, more wiring, harmonic mitigation requirements, and deployment complexity.

Infinitum eliminates those barriers.

Its compact, integrated architecture makes cooling upgrades easier to evaluate, easier to deploy, and easier to scale—without adding unnecessary electrical burden or redesigning the entire system. When the fit is right, the upgrade is practical. 

Fan Systems Engineered for Mission-Critical Performance

Infinitum Fan Systems combine high-efficiency Aircore motors with optimized fan technology to simplify architecture, improve electrical performance, and reduce cooling energy.

Available configurations:

Trusted by Data Center Cooling Innovators

See How BASX Reimagined Fan Arrays with Infinitum

Watch how BASX reduced labor costs, improved serviceability, and accelerated deployment with Infinitum fan systems.

Ready to Optimize Your Cooling System?

We’ll help evaluate airflow requirements, motor count optimization, controls integration, and energy impact—before the system is locked.