Schmersal CSS 8

The CSS 8 is a safety sensor with several key technical features and specifications:Technical Features and Specifications:Operating Principle: This safety sensor utilizes RFID (Radio-Frequency Identification) technology to provide reliable and secure safety monitoring.Sensing Range: It boasts a detection range of up to 10 mm, allowing for versatile installation while ensuring safety.Contact Type: The sensor uses electronic OSSD (Output Signal Switching Device) safety outputs, which guarantee secure switching operations.Diagnostics: The CSS 8 is equipped with advanced diagnostic features, including signal quality monitoring, which aids in the early detection of potential issues.Mounting Options: It offers various mounting options, including flush mounting and non-flush mounting, providing flexibility for installation.Usage and Applications:The CSS 8 safety sensor is designed for applications that require precise safety monitoring. It finds application in various industries and use cases, including:Machine Safety: It is commonly used in industrial machinery to monitor the position of safety guards, ensuring that they are securely closed during machine operation.Access Control: The sensor can be integrated into access control systems, enhancing security and ensuring that only authorized personnel can access specific areas or equipment.Safety Compliance: Industries that need to adhere to safety standards and regulations often employ the CSS 8 to effectively meet these requirements.Tamper Resistance: The RFID technology makes it highly resistant to tampering or bypassing, making it suitable for applications where security and safety are paramount.In summary, the CSS 8 is a dependable safety sensor that employs RFID technology for precise safety monitoring. With its flexible detection range and diagnostic capabilities, it is well-suited for applications in machine safety, access control, and industries where compliance with safety standards is vital. Its tamper-resistant design ensures the security and integrity of safety systems.