RKS11Y

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Part Status:	Active

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<p>The RKS11Y series closed loop feedback stepper motor system developed and manufactured by RKS Automation Technology Co., Ltd is a high-end product that integrates motion control, linear motion control, and mechanical installation. It has the function of precise controlling moving speed, position, and axial distance. It has been widely applied in the fields of medical engineering, electronics engineering, laser engineering, printing and packaging, and many other industrial automatic control fields.</p><p>The working principle of the RKS11Y series closed loop feedback stepper motor system is simple. In this system, the stepper motor serves as an actuator. The feedback part consists of an encoder integrated with a motor. The encoder monitors the motion of the motor, converts a physical change into an electrical signal, and sends it back to the controller. The controller receives the feedback signal from the encoder to compare the difference between the actual motion of the motor and the preset motion to generate a control signal and send it to the motor drive. The motor drive then converts the control signal into power and drives the motor to work.</p><p>RKS11Y stepper motor system has a closed loop control structure, which makes the system more stable and more accurate than the open loop system. The closed loop stepper motor system provides many benefits over the traditional open loop system, such as higher precision and self-diagnosis of errors. With this system, the positions or movements of the motor can be accurately controlled, even when the speed changes. It can effectively detect obstacles and adjust the speed accordingly. In addition, due to the small positioning error of this control system, it can realize high-precision continuous linear motion.</p><p>In general, RKS11Y stepper motor system can be used in many different applications such as optical lens alignment, medical research, visual inspection, manufacturing assembly, and especially in robotic arms. It is an ideal solution for high precision requirements of motion control. Furthermore, this system is also used in various fields such as printing, communications, automotive, aerospace, medical, and surgical applications for precise and fast motion control.</p>

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