- Signal Requirements: The sensor is designed for active low signals and is compatible with three-wire sensors (NPN-NO type). Models K1, K2, Sw1, and SW2 adhere to these specifications. - Limit Signal Functionality: The limit signal, also known as the stop signal, operates as a trigger-type and level-activated signal. If a short limit signal is detected during forward rotation, the movement halts immediately. The motor will remain stopped even if the limit signal is removed, requiring the forward rotation signal to be reactivated to resume movement. - Self-Locking Operation (PO Versions): The PO version features a self-locking mechanism. When the external forward switch (K1) is activated, the motor begins to rotate forward. The motor continues to operate even after the switch is released. It will only stop when it encounters the reverse turn signal (K2) or the forward turn stop signal (SW1). - Key Benefits: - Reliability: Ensures consistent performance with clear signals for operation and stopping, minimizing the risk of unexpected movements. - Compatibility: Works seamlessly with standard three-wire sensors, making it easy to integrate into existing systems. - User-Friendly: The self-locking feature simplifies operation and enhances control, allowing users to focus on their tasks without constant monitoring. - Applications: - Automated Machinery: Ideal for use in assembly lines where precise control of motor functions is essential for efficiency. - Robotics: Perfect for robotic systems that require reliable stopping mechanisms to prevent damage during operation. - Conveyor Systems: Suitable for conveyor belts that need to stop automatically when reaching a designated point, ensuring safety in material handling. This product combines advanced functionality with ease of use, making it a valuable solution for various industrial applications.