How Termination Type Affects Robot Path and Cycle Time
Explore FANUC robot termination types and see how fine, CNT, CR, and CD settings affect path accuracy, corner rounding, and cycle time.
Adam's guide covers the essential FANUC programming technique of Simulating I/O, perfect for debugging robot code when physical components are absent during startup. He demonstrates forcing inputs and outputs in a program with imaginary vacuum control, clarifying that inputs must be set to "simulate" to be forced, while simulated outputs won't activate physical devices. Recognizing the production risks, Adam shares vital safety protocols: enabling a Production Check alarm to block automatic operation with simulation active, and mapping a safety output for team alerts. As a final tip, he shows how to use the 'Remark' feature to easily comment out I/O lines for clean dry runs.
Explore FANUC robot termination types and see how fine, CNT, CR, and CD settings affect path accuracy, corner rounding, and cycle time.
Learn how FANUC user frames simplify robot programming, enable quick recovery, and improve accuracy by aligning motions to fixtures.
Learn how to teach a coordinated pair with a single axis positioner, covering setup, calibration, and validation for FANUC robots.
Learn how to teach a coordinated pair with a two-axis positioner using FANUC robotics. Step-by-step setup, calibration, and verification.
Discover how mixed logic simplifies IO control and boosts automation efficiency. Learn autoexec programs, background logic, and markers.
Discover FANUC’s Servo Gun Diagnosis Package and learn how predictive maintenance improves weld gun health, reliability, and performance.