DCS Stop Position Prediction with Parallel Motion
Discover how to optimize FANUC DCS Stop Position Prediction for parallel motion. Learn key methods, PTF impact, and best practices for safety.
In this video, Zoe Yaeger, Associate Engineer from the Robot Segment group at FANUC America, introduces the Stop Type by Direction feature available on the R-50iA controller. This allows users to configure distinct stop reactions (Category 0, Category 1, or Not Stop) based on the robot’s direction of motion when entering or exiting a Cartesian Position Check (CPC) zone. Users can streamline setup and improve safety logic using a single interface. Zoe walks through the software requirements, setup steps using the teach pendant, and demonstrates an operator zone application in a shared workspace. This feature is ideal for applications where directional motion impacts safety risk, and it empowers users to tailor robot behavior to their specific environment and risk assessment.
Discover how to optimize FANUC DCS Stop Position Prediction for parallel motion. Learn key methods, PTF impact, and best practices for safety.
See how FANUC’s Stop Position Prediction (SPP) feature enhances robot safety by predicting stop points and preventing zone violations.
How to configure a restricted DCS (Dual Check Safety) zone with a speed check on a CRX robot using the Tablet Teach Pendant. It shows how to limit robot speed in designated areas to ensure safe collaborative operation.
Brief overview tutorial on how to setup and use FANUC Dual Check Safety (DCS) option on your robot.
A quick "how to" on controlling robot speed based on external inputs. Inputs can be from PLC's, Ethernet IP, physically wired, etc.; just make sure they're mapped to DI[x]'s and follow this procedure!