LFPCT-0800N1

The SICK LFPCT-0800N1 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**: Laser Photoelectric Sensor - **Detection Range**: Up to 8 meters, depending on the target reflectivity - **Output Type**: PNP/NPN, configurable via DIP switches - **Response Time**: < 1 ms, allowing for fast detection of moving objects - **Operating Voltage**: 10 to 30 V DC, ensuring compatibility with a wide range of systems - **Current Consumption**: < 50 mA, providing energy efficiency - **Light Source**: Laser class 1, ensuring safety for operators - **Beam Diameter**: Adjustable focus, typically 10 mm at 1 m distance - **Environmental Rating**: IP67, making it suitable for harsh industrial environments - **Temperature Range**: -20 °C to +60 °C, allowing operation in diverse conditions - **Housing Material**: Robust metal housing for durability and resistance to mechanical stress - **Connection Type**: M12 connector for easy integration into existing systems### Features: - **Multi-Target Detection**: Capable of detecting multiple objects within its range, ideal for complex applications. - **Adjustable Sensitivity**: Users can fine-tune the sensitivity settings to optimize performance for specific applications. - **LED Indicators**: Integrated LED indicators for easy status monitoring and troubleshooting. - **Teach-In Function**: Simplifies setup by allowing users to teach the sensor the target distance.### Applications: The LFPCT-0800N1 is suitable for various applications including: - Object counting and sorting in conveyor systems - Positioning and alignment tasks in robotic systems - Level measurement in tanks and silos - Safety applications in automated machineryOverall, the SICK LFPCT-0800N1 is a versatile and reliable sensor that enhances automation processes through precise detection and measurement capabilities.