Product Description

The X20SL8100/PL3 openSAFETY manager module provides a comprehensive safety monitoring solution for complex applications. As an openSAFETY manager, it is capable of coordinating up to 100 decentralized safety nodes into a cohesive safeguarding scheme. Communication between nodes occurs over a high-speed POWERLINK network, allowing large numbers of distributed I/O points to be seamlessly integrated. Configuration and programming is straightforward using the standardized Automation Studio safety engineering software.

Several diagnostic indicators keep users informed of system status. LEDs clearly show the operating state of the CPU, condition of POWERLINK communication, and whether safety memory is present via the SafeKEY functionality. This level of transparency into process and machine safety operations facilitates rapid issue detection. Should any abnormalities arise, their precise cause can be swiftly identified and rectified. Additionally, the module undergoes rigorous third-party certification, having obtained ratings up to Performance Level e and SIL 3.

Powered by just 4.3W, the X20SL8100/PL3 contributes minimal heat load while reliably executing complex safety functions. Based on openSAFETY and supporting SafeLOGIC features, an extensive library of standard and application-specific logic functions is available. Complex pre-built blocks allow formulation of customized safe sequences, guard door and two-hand monitoring solutions, or other production line safety schemes. System builders can efficiently implement diverse safeguarding without extensive programming. The compact design of this module streamlines its integration, fitting ideally into distributed control stations. Its robust housing withstands the effects of vibration, dirt, and chemicals often seen in industrial environments. Approvals like CE, UKCA, and ATEX Zone 2 authentication realize global compliance, suitable for safety installations internationally. As a result, machine builders can trust this versatile product family to satisfy demanding functional safety requirements.