DOS-1612-WA

The SICK DOS-1612-WA is a high-performance photoelectric sensor designed for precise object detection and measurement in industrial automation applications. This sensor operates on the principle of time-of-flight measurement, utilizing advanced laser technology to achieve high accuracy and reliability.### Key Technical Specifications: - **Detection Range:** 0.1 m to 12 m, allowing for versatile applications in various environments. - **Output Type:** The sensor features both analog (0-10 V, 4-20 mA) and digital outputs (PNP/NPN), providing flexibility in integration with different control systems. - **Response Time:** Fast response time of up to 1 ms, suitable for high-speed applications. - **Operating Temperature:** -20 °C to +60 °C, ensuring reliable performance in harsh industrial conditions. - **Power Supply:** Operates on a wide voltage range of 10-30 V DC, making it compatible with various power systems. - **Housing:** Compact and robust design with an IP67 rating, ensuring protection against dust and water ingress. - **Interface:** Equipped with a user-friendly interface for easy configuration and diagnostics, including LED indicators for status monitoring. - **Mounting Options:** Versatile mounting options available, including brackets for easy installation in different orientations.### Applications: The DOS-1612-WA is ideal for applications such as: - Object detection in conveyor systems - Level measurement in tanks and silos - Positioning and counting in manufacturing processes### Additional Features: - **Adjustable Sensitivity:** Users can adjust the sensitivity settings to optimize detection for specific applications. - **Noise Immunity:** Enhanced noise immunity ensures reliable operation in environments with electromagnetic interference. - **Data Logging:** Capable of logging measurement data for further analysis and optimization of processes.The SICK DOS-1612-WA is a versatile and reliable sensor that enhances automation processes by providing accurate and timely data for decision-making.