Electric Motor Innovation and Resources

Are You Oversizing Your Pump Motor? Field Data Reveals the Hidden Cost

The Problem: Designing for Startup Instead of Reality In HVAC pump systems, motors are often specified to meet worst-case startup torque requirements. That makes sense from a safety margin perspective.

Resources

Explore more detailed information with the free downloads below.

Resource Type

Industries

Advantages

How PCB Stator Motors Are Changing the Game in Data Center Cooling

ECM Insights: Strengthening U.S. Manufacturing with PrintStator Motor CAD and PCB Stator Technology

Lowering Total Cost of Ownership in Data Centers with ECM PCB Stator Technology

Beyond Unit Costs: How Manufacturing PCB Stator Motors Drives System-Wide Savings

Game-Changing HVAC Efficiency: A Motor That Does More with Less

Your First Step to Motor Innovation: PCB Stator Evaluation Kit

Design Better Motors Faster: Prototypes in Weeks, Production in Months

Tackling Manufacturing Challenges with Transformative Electric Motor Design Technology

The Lighter Side of Innovation: How ECM’s PCB Stator Technology Simplifies HVAC Installation and Maintenance

Optimizing Data Center Efficiency with ECM PCB Stator Motors

Efficiency Losses in Electric Motors: Unraveling the Complexities

PCB Stator Motor Design Can Improve Your Products and Bottom Line

Innovate to Thrive: Design Your Own PCB Stator Electric Motor in Four Easy Steps

Lightweight Electric Motors: Compact Design, Fewer Raw Materials, and Premium Efficiency

ECM Motors Tested Up to 30 dB Quieter than Conventional Motors

Are You Oversizing Your Pump Motor? Field Data Reveals the Hidden Cost

How Does a PCB Stator Work

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