IODD file WL4SC-3P2232B01

The SICK WL4SC-3P2232B01 is a photoelectric sensor designed for precise object detection in various industrial applications. This sensor features a compact design and operates on a 3-wire system, making it suitable for integration into diverse automation setups.### Key Technical Specifications: - **Type**: Photoelectric Sensor - **Model**: WL4SC-3P2232B01 - **Detection Principle**: Through-beam, retro-reflective, or diffuse reflection - **Operating Range**: Up to 2 meters, depending on the mode of operation - **Output Type**: PNP/NPN, configurable depending on the application needs - **Supply Voltage**: 10 to 30 V DC, allowing for flexibility in power supply options - **Response Time**: < 1 ms, ensuring quick detection and response in high-speed applications - **Housing Material**: Robust plastic housing, IP67 rated for dust and water resistance - **Connection Type**: M12 connector for easy and reliable wiring - **Temperature Range**: -25 °C to +60 °C, suitable for various environmental conditions - **Light Source**: Infrared LED, with a wavelength of 850 nm for effective detection - **Adjustable Sensitivity**: Allows for fine-tuning of detection parameters to suit specific applications### IODD File: The IODD (Implementation Object Description Document) file for the WL4SC-3P2232B01 provides detailed information about the device's parameters, configuration options, and communication protocols. This file is essential for integrating the sensor into fieldbus systems and for configuring it via software tools. It includes: - Device identification and versioning - Supported communication protocols (e.g., IO-Link) - Parameter settings and diagnostic information - Configuration options for output behavior and sensitivity adjustments### Applications: The WL4SC-3P2232B01 is ideal for applications in packaging, material handling, and assembly automation, where reliable object detection is critical. Its robust design and versatile configuration options make it a preferred choice for many industrial environments.