Lean, Mean, Green & Global
Lean, Mean, Green & Global

EQP Global Motor Series Design Concept  

The new EQP Global Motor Series offers the latest in Toshiba motor design. Using innovative technologies has allowed Toshiba to incorporate a more efficient design process to ensure the optimal motor design for the global market. The EQP Global Motor Series is CE certified and will address global motor standards including NEMA, IEC, and JIS regulations.

Click below to view design optimization details.


Stator Top of the page
  • Optimized Slot Geometry
  • Modeled Flux Density to Produce Best Stator Slot Configuration
  • Decreased Core Loss (Efficiency Increase)
  • Reduced Winding Resistance (Core Temperature Decrease)

Rotor Top of the page
  • Optimized Slot Geometry
  • Modeled Current Density to Produce Optimal Rotor Slot Configuration
  • Reduced Stray Load Loss

Frame Top of the page
  • Finite Element Model (FEM) Analysis Used to Determine Optimal Fin Geometry to Increase Heat Dissipation
  • FEM Analysis Used to Increase Strength-to-Weight Ratio

Brackets Top of the page
  • Optimized Rib Geometry with FEM Analysis to Increase Strength-to-Weight Ratio
  • New Casting Design Used to Eliminate Grease Pipes on Smaller Frames

Fan & Fan Cover Top of the page
  • 3-D Fluid Analysis Used to Model Airflow & Optimize Fan & Fan Cover Design
  • New Fan Designed to Provide Maximum Airflow with Reduced Frictional Losses
  • Cooling Improved which Decreased Stator Resistance Loss
  • CE Certified Fan Cover

Bearings Top of the page
  • Low Viscosity Grease Used to Decrease Mechanical Losses

Fan & Fan Cover Stator Rotor Frame Brackets Bearings Fan & Fan Cover Stator Stator Rotor Bearings Bearings Frame Brackets Brackets