-SMC01 Stepper Motor Driver and Controller DC 5-30V Reversing Pulse Speed Control Board Programmable

-SMC01 Stepper Motor Driver and Controller DC 5-30V Reverse Pulse Speed ​​Control Board Programmable Wide Range of Applications LCD Display Automatic, Manual, and Multi-Stage Operation TTL Serial Communication Main System Functions: Automatic, Manual, Setting, Serial Interface Control This operating control module is specifically designed compatible with single-axis stepper motors. The module features several built-in, preset operating modes, allowing the user to quickly select the appropriate motion trajectory. Settings compatible with distance, speed, delay, and cycle times can be saved and retained even in the event of a power failure. It can be used as a standalone module or in combination with other systems. It is suitable compatible with general industrial control applications, but not compatible with specialized applications such as medical technology, fire protection, or life-saving areas. Model: SMC01 Stepper Motor Controller Connected Motor: Stepper Motor Number of Control Axes: 1-axis Motor Signal: Common Cathode Power Supply: DC 5–30 V (Universal) Operating Features: Simplified and optimized operation of many common commands Acceleration and Deceleration Control: Yes Input Reverse Polarity Protection: Yes Remote Control: TTL Serial Interface Main System Functions: Automatic, Manual, Setting, Control via Serial Interface Speed ​​Range: 0.1–999 RPM Number of compatible withward Pulses: 1–9999 Pulses Number of Reverse Pulses: 1–9999 Pulses Cycle Times: 1–9999 times compatible withward delay time: 0.0–999.9 seconds Reverse delay time: 0.0–999.9 seconds Segment selection range: 1–128 segments Operating environment: -5°C to 60°C (non-condensing) Color: As shown Material: Plastic Package contents: 1 × Stepper motor controller Only the above package contents, other products are not included. Note: Light reflections and different screen settings may cause the color of the item in the picture to be slightly different from the original. The measurement deviation is +/- 1–3 cm.