Brushless Motor Controllers
SBL Family Motor Controller
- The SBL Family offers Low-Power and Compact Brushless DC Drives designed for machine control and robotics applications.
- Available in Single or Dual Channel configurations, these drives provide flexibility to suit diverse applications.
- Featuring Advanced RoboteQ™ Core Technology, these drives deliver cutting-edge capabilities, multiple connectivity options, and scripting support.
- With a power output of up to 30A and voltage options reaching 60V, the SBL Family ensures efficient and compact operation for low-power applications.
- Equipped with a bottom conduction plate, these drives are designed for optimal heat dissipation, enhancing their reliability.
- This family is tailored for both machine control and robotic applications.
Product Description
The SBL Family consists of a series of Low-Power and Compact Brushless DC Drives designed for machine control and robotics. These drives come in Single or Dual Channel configurations. They also feature Advanced RoboteQ™ Core Technology for advanced capabilities, various connectivity options, and scripting support. With a power output of up to 30A and voltage options reaching 60V, the SBL Family ensures efficient and compact operation. Equipped with a bottom conduction plate, these drives are designed for effective heat dissipation. This further enhances their reliability. Specifically tailored for machine control and robotics, the SBL Family provides a user-friendly solution for low-power applications.
More Than Just a Distributor - Your Engineering Partner
At Motion, we don’t just ship parts - we build solutions. Unlike standard distributors, our team of engineers is here to help you through the entire process:
- Design & Consultancy: From concept to custom machine builds.
- Installation: Professional setup and full system integration.
- Maintenance: On-site surveys, safety chuck alignment, and rapid repairs.
Need more than just the part? Our engineering team can help you integrate this product into your specific application.