Stepper Motor 0.25 kg-cm Torque

Glass Agencies presents the Stepper Motor 0.25 kg-cm Torque, an educational training aid designed to demonstrate the working principles and practical applications of stepper motors in digital and control systems. This study card provides a clear overview of how stepper motors convert electrical pulses into precise mechanical motion, making them ideal for positioning, timing, and automation applications in robotics, instrumentation, and industrial systems. The layout includes functional diagrams illustrating the internal structure, winding arrangements, and stepping sequences, allowing learners to visualize how input pulses control rotor movement in discrete steps. Detailed illustrations explain different driving methods such as full-step, half-step, and microstepping, along with pulse sequence charts to show direction, speed, and step angle variations. Signal flow diagrams highlight the relationship between driver circuits, control inputs, and the stepper motor outputs, helping learners understand practical interfacing with microcontrollers and digital controllers. The card also outlines applications including precision positioning in CNC machines, robotic arms, automated conveyors, and timing devices, providing insight into real-world usage scenarios. Manufactured from durable, rigid material, the card resists bending and surface wear, making it suitable for repeated handling in classroom and laboratory environments. High-contrast printing ensures diagrams, labels, and text remain readable under various lighting conditions, supporting consistent reference during practical exercises and study. Its compact size allows convenient storage in lab kits, folders, or racks, making it accessible for regular academic use. The Stepper Motor 0.25 kg-cm Torque Card is suitable for diploma, undergraduate, and vocational programs in electronics, robotics, and automation engineering. It helps learners understand key concepts such as pulse-driven motion, step resolution, torque characteristics, and interfacing with digital control circuits in a visual and structured format. Instructors can use the card as a teaching aid during demonstrations, while students can reference it for laboratory experiments and revision sessions. Glass Agencies ensures each card is carefully checked for content accuracy, clarity, and print quality before supply.