FTVOGUE Stepper Motor Driver Controller High Power Integrated Motor Driver and Controller with HD LCD Display for CNC 3D Printer Industrial Automation

FTVOGUE Stepper Motor Driver Controller High Power Integrated Motor Driver and Controller with HD LCD Display for CNC 3D Printer Industrial Automation

• [Integrated Stepper Motor Controller and Driver] This integrated control module combines the driver and controller functions, suitable for single pole 2 phase 4 wire stepper motors. It features power off memory function that stores the distance, speed, delay, cycle count settings. It can operate independently or be integrated with other systems, making it suitable for various industrial control applications
• [HD LCD Display] The high resolution display enables real time tracking and easy adjustment of speed, delay, and cycle parameters. The intuitive interface allows for precise motor control, while the TTL serial port ensures compatibility with industrial PLC and PC. The expandable control interface can be directly integrated with robotic arm, CNC equipment, 3D printer, and automated production system
• [High Power Driver] This stepper motor driver and controller supports 42/57/86 series stepper motors, with an output power of up to 6.6A, making it suitable for CNC machine tool, automated production line, 3D printer, and logistics equipment. It features a wide voltage input, adapting to complex factory power environments
• [Forward Reverse Rotation] The rotation direction can be changed via buttons or a potentiometer. It can also automatically change direction based on the selected operating mode, enabling multi scenario use. Suitable for small mechanical equipment applications, industrial automation control, and modular motor applications
• [15 Working Modes] This stepper motor driver and controller has 15 fixed working modes, it allows for quick selection of the appropriate motion trajectory to meet the needs of different scenarios, such as follow mode, jog control, cycling by preset distance, reversing after reaching a limit, cycling in reverse by preset time, and more