What is the step driver?

and -CROCE The controller is the type of electric driver that uses a stepper engine capable of producing a high level of output accuracy. Step motors are a special class of pattern electric motor, which can be rotated in very accurate additions or "steps". When used in step drives in conjunction with precise mechanisms, this rotary control allows you to use the controller to proceed or slow down through its range of movement and stop exactly at predefined points. These drives are usually used in applications such as automatic focus and binoculars, as well as accurate engineering devices that require a high level of accuracy. The step driver is generally used in low Torque applications and is powered by a reserved step engine driver that determines the control of the controller according to pre -programmed data or system inputs. Depending on the specific engine constructivity, step motors may have more than 60 individual positionsIC in which they can be stopped during full rotation of 360 °. This allows for very accurate engine rotary control and when integrating into the stepper control accurate control of the control range. In addition, the internal mechanisms of this type of controller are processed into closer tolerances than the standard in conventional types, which further increases the degree of possible accuracy.

The steppe driver can produce linear or rotary outputs and is commonly used in high -precision applications such as the automatic focus mechanism used in the camera and telescope lens and large microscopes. They are also used in manufacturing or engineering processes that require high -accurate progress of the machine process components. Robotics is another of the many industries where accurate control with Stepmors is used. Step engines are relatively low driven and have set, constant power ranges, so inMost cases are applications where they are used as controls, require mild torque and will focus more on accuracy than power.

The steps control control is achieved through the engine step driver that gives the step engine to stop and start at predefined points, and how quickly or far it should be extended. This control mode may be pre -programmed or dictated by specific system inputs. In general, at least a set of position sensors will be included, which precisely indicates the driver where the control mechanism is in relation to the rest of the system.