The carriage mounted on the robot guide rail will accelerate rapidly on the curve when the speed is too fast and the load is too heavy. After deceleration, there is a possibility of the slider separating. When the center of gravity supporting the carriage load is suspended or the system is placed on a vertical plane, high speed will also be affected. These high-speed applications may be caused by the selection of fixed connections between the drive belt and the carrier carrier carrier, in which case the installation of an active drive torque limiter should be considered. The sensitivity of this overload protection device is not sufficient to avoid damage.

Specify dynamic parameters, load and external force of the carriage. The complete speed configuration includes acceleration. Direction, speed, work cycle, and all required time. Make initial selection, taking into account the physical dimensions and weight of the load components, and preliminarily select the system standard. The components installed on the load bracket can extend the sliding table, and the system design allows for this installation method.

Use the catalog of circular orbits and orbit systems to determine whether the selected carrier carrier carrier is suitable for the application.

Usually, even numbered bearing brackets are selected to form a symmetrical bearing bracket layout. The spacing between selected carriers must be a multiple of 10mm, and carriers are usually equidistant.

Calculation of the overall size of the system N=number of carriers S=spacing between carriers (ignoring belt stretching) L=system length (distance between the centers of two pulleys) W=system width between the centers of pulleys)

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