Proven on rail applications with tens of thousands of hours in the field.

Rail
Proven on rail applications with tens of thousands of hours in the field.

Sector challenge
Electric traction motors in rail applications face significant challenges from the demanding operational environment. They must endure constant vibration, shock, and a dirty atmosphere while delivering high starting torque and operating efficiently across a wide speed range.
Sector challenge
Electric traction motors in rail applications face significant challenges from the demanding operational environment. They must endure constant vibration, shock, and a dirty atmosphere while delivering high starting torque and operating efficiently across a wide speed range.

Solution
Without magnets, which are at risk of damage from the challenging rail application conditions, AEMs HDRM motors remove critical failure modes. Ensuring long and reliable life in service.
HDRM300 SystemsAdvantages
As permanent magnets are no longer required, system level improvements deliver real world benefits. When HDRM is not being driven, it acts as a freely rotating mass that doesn’t generate current or torque, offering key safety and efficiency benefits

Sustainable
No rare earth magnets, smaller footprint

Improved performance
Higher peak efficiencies over a broader range of speed and torque

Market-leading cost
Simplified systems, less complexity and cost

Accelerated route to market
Modular, scalable design to meet your needs
Features

Simplified control
Patented control hardware enables our motors to operate with standard off the shelf power electronic solutions from all major suppliers

Modular design
The modular design allows up to three motors to operate in unison, which combined with the ability to be truly 'off' enables our motors to deliver highly efficient systems with as much power as needed

Robust construction
Maximising the benefits of the reluctance motor topology and using standard materials and components, HDRM motors provide cost competitive, durable solutions.

Freewheeling Efficiency
With no electromagnetic drag losses, HDRM increase efficiency in opperation. Allows improved part load efficiency with single motor operation and vehicle to coast when appropriate