Efficient, reliable data center cooling solutions designed with sustainability in mind.
Infinitum’s high efficiency motors and environmentally-forward technology support lower carbon emissions through modular design. Our circular design strategy is centered around reliability, serviceability, and remanufacturing.
Aircore EC motors easily mount directly to fan applications and increase efficiency by 10-15 percent over conventional systems.Infinitum motors run at variable speeds, saving energy
at off-peak times and maintaining efficiency. Save on your energy bill
and improve your PUE
(Power Usage Effectiveness).
Our solutions require less labor to install, are easier to maintain, offer redundancy and higher reliability. The integrated VFD paired with optional IoT connectivity makes predictive and prescriptive maintenance easy. In the event a component ever needs replacing, the modular design facilitates replacing just that part rather than the entire motor or fan.
Our lightweight, PCB stator uses 66% less copper than conventional iron-core stators. Aircore EC motors are 50% smaller and lighter, requiring less material for the housing— further reducing transportation emissions by 30%. We remanufacture our motors to take advantage of components that can be kept in service and out of the landfill.
Designed for data centers
CRAC / CRAH
Infinitum’s Aircore EC Motor system can lower energy consumption and boost fan efficiency in Computer Room AC units and Computer Room Air Handlers. Its ability to use less energy for the same power output without compromising air volume results in improved energy efficiency. The integrated Variable Frequency Drive (VFD) allows for adaptable speed adjustments based on operating conditions, leading to substantial energy savings. This dynamic fan speed control optimizes thermal efficiency, ensuring maximum savings while accommodating varying load requirements.
The Aircore EC motor is optimized for space utilization, ideal for fan arrays and cube assemblies with limited room. Infinitum’s lightweight motors require minimal structural support during installation, resulting in substantial cost and time savings during manufacturing and assembly processes. The modular design allows for easy replacement of specific parts instead of the entire motor, simplifying maintenance and reducing downtime. When utilized in a multi-motor array, the integrated VFD provides inherent built-in redundancy, ensuring reliable operation and increased system resilience.
Looking for EC fans?
Infinitum EC motors are the key ingredient. Choose the option of designing your own fan system with an Infinitum motor or purchasing one of the many EC fans that incorporate Infinitum motors. Either way we have the tools and resources to make your solution a success.
Highest wire-to-air efficiency in the industry and high-efficiency across a wide range of load conditions to improve a data center’s Power Usage Effectiveness (PUE).
Modular design for serviceability, limits potential downtimes — leads to longer life of the cooling system and compelling TCO over its lifetime.
The heart of the motor is a stator producing the magnetic field driving it. Infinitum motors feature PCB stators to create a magnetic field — which are more durable, reliable, and last 9x longer on average, in contrast to traditional copper wound iron core stators.
Operational cost savings through higher energy efficiency of the fan wheel (in typical data center operating points) with significant savings on electrical infrastructure build-out, and reduced maintenance costs (through longer service life of the motor).
Dedication to sustainability spanning the entire lifecycle of the motor with reduced raw materials, high-efficiency operation, and end-of-life reuse/remanufacturing practices — all enhancing the Carbon Usage Effectiveness (CUE) of data centers.
Short lead times, quick delivery, and supply chain versatility (with the top fan providers in the industry) to meet the rapid demands of today’s data centers.
Ready to evaluate your next EC fan solution?
Our team can help you build or buy what you need.
See how our motor’s innovative design and form factor helps BASX Solutions reimagine the design of its fan arrays, reducing labor costs and lead times.
Infinitum’s air-core motors are 50% smaller and lighter, more efficient, much quieter and use 66% less copper than traditional motors. They are designed and manufactured with a sustainable, circular lifecycle in mind. A modular design allows the housing, rotors and stators to be re-used, giving their parts multiple lives.
Easy to install.
The effort required for installation and maintenance of conventional motors is significant. Infinitum’s integrated motor and drive saves space for the control panel, reduces wiring costs, and shortens commissioning time. The motors also feature plug-and-play monitoring and control software that requires zero programming.
Easy to maintain.
Optional IoT connectivity makes predictive and prescriptive maintenance possible. Being able to collect and access test data for the life of a motor can provide real-time, actionable data from anywhere so early warning signs can be addressed. In the event a component ever needs replacing, the modular design facilitates replacing just that part rather than the entire motor.
A motor to last a lifetime.
The majority of compnents can be reused and kept in service for generations. Our circular design strategy means we reuse what we can, recycle what we can’t and remanufacture motors to give them a second life, and beyond. We reuse what we can, recycle what we can’t and remanufacture motors to give them a second life.
Build your custom nameplate
Infinitum makes it easy to rightsize your motor for data center applications. Find the optimal configuration for your fan system with our Aircore EC Motor Selection Tool.
Choosing a motor that not only performs well, but also has a longer, sustainable lifespan.
Aircore EC motors offer indispensable attributes in fan cube and fan array applications.
What factors are most important to consider when selecting a motor to maximize efficiency and future-proof a fan unit?
Experience our motors
The best way to experience and evaluate industry-changing technology is to try it out first hand.