- Signal Requirements: The sensor operates with an active low signal and is compatible with three-wire sensors (NPN-NO type). The components K1, K2, SW1, and SW2 comply with these specifications, ensuring seamless integration. - Limit Signal Functionality: The limit signal, also known as the stop signal, is a trigger-type and level-activated feature. When a short limit signal is detected during forward rotation, the movement halts immediately. This stop is maintained even after the limit signal is gone, requiring a restart of the forward rotation signal to resume movement. - PO Versions Explained: The PO version features self-locking capabilities. For instance, when the external forward switch (K1) is engaged, the motor rotates forward. Once the switch is released, the motor continues to operate until it encounters the reverse turn signal (K2) or the forward turn stop signal (SW1), ensuring reliable and consistent performance. - Key Benefits: - Enhanced safety with immediate stop functionality. - Reliable operation with self-locking mechanism to maintain motor movement. - Easy integration with existing systems using standard sensor types. - Applications: - Industrial Automation: Ideal for machinery requiring precise control over movement and stopping mechanisms. - Conveyor Systems: Perfect for ensuring that conveyor belts halt at designated points without manual intervention. - Robotics: Suitable for robotic arms and automated systems needing accurate limit detection to avoid collisions. - Performance Attributes: - Compatibility: Works with standard NPN-NO sensors for easy installation. - Durability: Built to withstand industrial environments while maintaining functionality. - Efficiency: Streamlines operations by automating stopping processes, reducing the risk of mechanical failure. - Size and Material: Compact design allows for installation in tight spaces, made from high-quality materials to ensure longevity and reliability in various applications.