Advanced 32-bit motor control dedicated digital signal processing chip and vector closed-loop control technology. The default work is in closed loop mode, no loss of step, and also supports working in open loop mode.Improve the output torsion and running speed of the motor. The current level is adjusted according to the load intelligently, which reduces the temperature rise of the motor, locks the current, and does not change the maximal current. Adapt to various mechanical load conditions, no need to adjust the gain parameters. The position command smoothing filter can be set, the motor runs smoother, the vibration is lighter, and the acceleration and deceleration dynamic performance is higher. 0-speed static capability without vibration after positioning.
Support single and double pulse input, pulse response frequency up to 200KHZ. Support 15 fixed subdivisions and support software to set arbitrary subdivisions. Position and speed controlled by communication mode.
Support monitoring of motor running state, including speed, position deviation, bus voltage, operating voltage, etc. With overcurrent, overvoltage, position over tolerance protection. Suitable for all kinds of small and medium-sized automation equipment, such as industrial robots, CNC machine tools, engraving machines and automatic assembly equipment, etc. We will reply your message within 48 hours. If you do not receive our reply within 48 hours, pls.
Post a message again because sometimes our message system may block some emails. If you are satisfied with our service, pls. Our aim is to provide Level Customer Service, your recognition will encourage us greatly and serve you better. We strive to keep all our customers satisfy.We will do our up most to exceed your expectations in customer service, communication and dispatching of your orders. This item is in the category "Industrial\Industrial Automation & Motion Controls\Electric Motors\Stepper Motors". The seller is "industry_mall" and is located in this country: CN. This item can be shipped worldwide.