DOL-2312-G05MMD1

The SICK DOL-2312-G05MMD1 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: - **Type**: Photoelectric Sensor - **Detection Principle**: Time-of-flight (TOF) laser measurement - **Operating Range**: 0.1 m to 12 m, adjustable based on application needs - **Output Type**: Digital output (PNP or NPN), configurable via teach-in function - **Response Time**: < 1 ms, suitable for high-speed applications - **Beam Diameter**: 20 mm at 10 m, ensuring precise detection of small objects - **Supply Voltage**: 10 V to 30 V DC, allowing for flexible integration into various systems - **Current Consumption**: < 50 mA, ensuring low power operation - **Temperature Range**: -20 °C to +60 °C, enabling use in harsh environments - **Housing Material**: Robust plastic housing with IP67 protection rating, ensuring durability and resistance to dust and water - **Connection Type**: M12 connector for easy and reliable wiring - **Weight**: Approximately 200 g, lightweight for easy installation### Features: - **Teach-in Functionality**: Simplifies setup and configuration for different detection scenarios. - **LED Indicators**: Provide visual feedback for power and output status, facilitating troubleshooting. - **Adjustable Sensitivity**: Allows for fine-tuning of detection parameters to suit specific applications. - **Compact Design**: Space-saving design suitable for integration into tight spaces.### Applications: The DOL-2312-G05MMD1 is ideal for applications such as: - Object counting and presence detection in conveyor systems. - Level measurement in tanks and silos. - Positioning and alignment tasks in automated machinery.Overall, the SICK DOL-2312-G05MMD1 sensor combines advanced technology with robust design, making it a reliable choice for demanding industrial environments.