RELIABILITY BACKED BY DATA

10,000× the Voltage Endurance.
See the Science Behind It.

From mounting configurations to assembly and airflow, get the practical insights to design compact, efficient and reliable fan cubes and fan arrays with Infinitum Aircore EC+.

Tested Under Stress. Engineered for Reliability.

10,000×

Voltage Endurance

Modeled advantage under unstressed test conditions

500

Thermal Cycles

From 30°C to 105°C

1 Million

Bending Cycles

Mechanical stress testing of PCB samples

The Reliability Claims Are One Thing.

The Test Results Are Another.

Go beyond the specifications and explore the engineering behind PCB stator durability. This technical whitepaper examines how PCB stators compare with conventional copper windings under electrical, thermal and mechanical stress.

Inside the whitepaper:

01

Side-by-side voltage endurance testing of PCB stators and conventional coils

02

How insulation design and manufacturing consistency influence reliability

03

The effects of thermal cycling and mechanical stress on endurance

04

Test data, performance curves and engineering conclusions

Don't Just Take Our Word for It. See the Data.

Download the full endurance and lifetime assessment and discover the testing behind PCB stator reliability.

Engineered to Do More With Less

Lowest real-world energy consumption

Maintain high efficiency across a wide operating range to reduce kWh consumption and operating costs.

Fewer motors, lower power requirements

Achieve required performance with fewer motors, lower kW consumption, reduced wiring and maintenance costs.

Low harmonics, across the entire load curve

Integrated AFE technology reduces harmonics at the motor, eliminating the need for centralized filtering systems.

More whitepapers

Endurance and Lifetime Assessment of PCB Stators

Key Considerations When Choosing Your Next Fan Motor

Fan Cube and Fan Array Design

A Lifetime of Bottom-Line Benefits with Infinitum's Aircore EC