SFS60-H1BT4K02

The SICK SFS60-H1BT4K02 is a high-performance safety laser scanner designed for industrial applications, particularly in automated environments. This device is part of the SICK SFS60 series, known for its robust design and advanced safety features.**Key Technical Specifications:** - **Detection Range:** The SFS60-H1BT4K02 has a scanning range of up to 8 meters, making it suitable for various applications including perimeter protection and area monitoring. - **Angular Resolution:** It offers an angular resolution of 0.25 degrees, allowing for precise detection of objects within its scanning area. - **Scanning Frequency:** The scanner operates at a scanning frequency of 10 Hz, ensuring timely detection and response to moving objects. - **Safety Category:** It complies with safety category 3 according to EN ISO 13849-1, ensuring high reliability in safety-critical applications. - **Output Interfaces:** The device features multiple output interfaces including safe digital outputs (SDO) and standard digital outputs (DO), facilitating easy integration into existing safety systems. - **Communication Protocols:** It supports various communication protocols such as Ethernet/IP and PROFINET, enabling seamless connectivity with industrial networks. - **Environmental Protection:** The SFS60-H1BT4K02 is rated IP65, providing excellent protection against dust and water ingress, suitable for harsh industrial environments. - **Operating Temperature Range:** The device can operate in temperatures ranging from -10°C to +50°C, ensuring functionality in diverse conditions. - **Mounting Options:** It offers flexible mounting options, allowing for installation in various orientations to suit specific application needs.**Applications:** The SICK SFS60-H1BT4K02 is ideal for applications such as automated guided vehicles (AGVs), robotic work cells, and perimeter guarding in manufacturing and logistics environments. Its advanced safety features and reliable performance make it a preferred choice for enhancing workplace safety and efficiency.