Low Voltage Solutions

BLDC - Low Voltage Solutions


28/48 VDC
055 to 115 motor frames

BLDC motors are low voltage, brushless DC motors with frame sizes from 55mm to 115mm.

These compact motors offer high energy efficiency for applications requiring extended battery-life.  Unlike conventional DC motors, BLDC motors are maintenance-free thanks to their brushless design.

For optimal performance, each motor is customized to the application and we work closely with our customers to tailor products to their specific requirements. Our expertise in this field means that we can engineer solutions for a wide range of applications including:

  • E-mobility (electric vehicles)
  • AGV (Automated Guide Vehicle)
  • Hoisting
  • Door opening
  • Printing
  • Power generation

  • Advantages

    Custom-built solution

    • Range of options : brakes, gearboxes, hall effect sensors, connectors
    • Special shafts and flanges
    • Dimensions, interfaces and electrical connections adapted to the application

    Compact with high power density

    • Ideal for applications where space is restricted and mobility is needed

    High motor efficiency 

    • Extended battery life


    • Advantage compared to traditional DC motors
    • Potted stator for increased durability and resistance to harsh environments

  • Main characteristics

    Because BLDC motors are custom-built, their specifications vary considerably depending on the required application. The table below gives an overview of the motor sizes, speeds, torques and feedback devices available. For more information on how to configure your personalised low voltage solution, contact one of our engineers.

    Motor Type​​ ​
    24/48 VDC
    Frame Size
    (mm)​ ​
    ​​ Rated Torque​ ​(N.m) ​ Feedback
    ​2000 rpm ​3000 rpm 6000 rpm​
    SMV51​ ​55 ​- ​0.4 to 1.3 ​0.3 to 0.7 ​R, E, S
    SMV62​​ ​67 ​- ​0.8 to 2.5 ​0.6 to 2.3 ​R, E, S
    ​SMV84 ​89 ​2.4 to 4.9 ​2.1 to 4.5 ​1.9 to 4.2 ​R, E, H, S
    SMV107​ ​115 ​3.5 to 9.0 ​3.0 to 8.0 ​- ​R, E, H, S

    *R = Resolver  E = Encoder  H = Hall effect sensor  S = Sensorless


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