Description
Application Scenarios
In an automotive welding line where robots and humans work in close proximity, a routine safety audit identified a non-conformity: the robot’s safety system response time was marginally outside the required limits for the new collaborative cell design. The root cause was traced to a latency issue in the legacy safety control circuitry. Upgrading to a controller equipped with the latest
abb_ypq101e_yt204001-fs_robotic_control_card was the solution. This card features a dedicated, high-integrity safety processor that manages all safety I/O with a certified, predictable scan time. After integration and validation, the system achieved a Performance Level (PL) “d” with a high Safety Integrity Level (SIL 2), ensuring the robot would enter a protective stop within milliseconds of a light curtain breach. This not only brought the cell into full compliance but also allowed for faster, more efficient human-robot handoff cycles, increasing overall line productivity by 8% while guaranteeing worker safety.
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