List of products by brand Roboteq
Roboteq is a company specializing in designing and manufacturing motor controllers for robots and autonomous vehicles. Roboteq motor controllers are known for their reliability, precision, and ease of use.
These motor controllers offer advanced features such as DC motor control, BLDC motor control, AC motor control, position sensors, current sensors, digital and analog inputs and outputs. They also have safety features such as protection against overvoltage, overcurrent, and short circuits.
Roboteq motor controllers are available in different configurations to meet the specific needs of each application. They are compatible with a wide range of motors and sensors, allowing for great flexibility in the design of robotic systems and autonomous vehicles.
Programming Roboteq motor controllers is easy with user-friendly software that allows users to configure and program the controllers intuitively. In addition, online documentation and technical support are available to help users troubleshoot and maximize the performance of their systems.
This very compact Roboteq controller allows you to control a brushed DC motor while delivering high power and output voltages.
The Roboteq SBL 1360 A controller allows you to control motors up to 30A and 60V equipped with a Hall effect sensor or with no sensor thanks to a trapezoidal control mode.
This high-power brushed motor controller can drive up to 3 motors simultaneously with a high degree of precision.
This professional version of the RoboRun+ licence makes it easier to configure and program the Roboteq motor controllers.
The RoboPad magnetic system offers a charging solution for automated robots and vehicles. It is composed of a fixed base and a mobile collector.
The Roboteq SBL 2360 controller can drive two brushless DC motors, with or without sensors, in sinusoidal or trapezoidal mode.
The Roboteq SBL 1360 A controller allows you to control motors up to 30A and 60V equipped with a Hall effect sensor or with no sensor thanks to a trapezoidal control mode.