Publication date : 01/19/2024

Course : Robot FANUC R30ia / R30ib / R30ib+, operation and basic programming

Practical course - 5d - 35h00 - Ref. RQO
Price : 3030 € E.T.

Robot FANUC R30ia / R30ib / R30ib+, operation and basic programming




Using a FANUC robot in production means knowing how to program it (TPE language) and communicate with the various peripherals. This course is ideal for anyone in charge of programming a FANUC robot, and is a prerequisite for any robot integration or trajectory optimization project.


INTER
IN-HOUSE
CUSTOM

Practical course in person
Disponible en anglais, à la demande

Ref. RQO
  5d - 35h00
3030 € E.T.




Using a FANUC robot in production means knowing how to program it (TPE language) and communicate with the various peripherals. This course is ideal for anyone in charge of programming a FANUC robot, and is a prerequisite for any robot integration or trajectory optimization project.


Teaching objectives
At the end of the training, the participant will be able to:
Use all manual movement modes and recorded trajectories
Adapt the trajectory in the robot's programmed cycle to changes in the robot, reference points and positions
Modifying points
Test modifications
Making a backup

Intended audience
Operators, set-up personnel, technicians and line operators wishing to acquire basic programming skills for a FANUC robot.

Prerequisites
Basic knowledge of FANUC robotics or have taken the course "Industrial robotics, the basics - Ref. RWR".

Practical details
Hands-on work
Numerous exercises on robot simulator + training robot to illustrate each half-day of training.
Teaching methods
This course can be delivered in-house on a real robot, subject to logistical conditions.

Course schedule

1
Safety in industrial robotics

  • Personnel safety.
  • Security of resources.
  • Introduction to robot safety standards.
  • Presentation of safety features and the emergency stop chain.
  • Wiring to be carried out.

2
Manual robot movements

  • Teach Pendant navigation.
  • Joint/linear displacement and orientation.
  • Speed management.
  • Creating and configuring work references: tool and work area.
Hands-on work
Discovery of the FANUC environment on the Teach Pendant. Learning the robot's bearings and manual movement on the training robot.

3
Movement instructions, trajectory management

  • Programming principle.
  • Notion of position.
  • Movement types (movement instructions).
  • Trajectory optimization (speed and smoothing zone).
  • Robot Payload data parameterization.
  • Position modification.
  • Movement options.
  • Test and execute a trajectory in manual mode.
Hands-on work
Create multiple trajectories with optimization and trajectory modification exercises using different movement options.

4
Cycle management instructions

  • Advanced functions.
  • Operations on variables.
  • Logical equations.
  • Program structures (loops / jumps / tests).
  • Call subprograms. Pass parameters.
  • Multitasking.
  • Communication instructions.
  • Macro commands.
Hands-on work
Implementation of programming instructions through programming exercises. Synthesis exercise: complete palletization of a part.

5
Robot maintenance elements

  • Visualization and configuration of inputs/outputs.
  • Data backup and restoration (file management).
  • Recommendations for use and fault acknowledgement (Reset Pulse Encoder, system variables).
  • Controller start-up modes.
  • Interpretation of error messages.
  • Rapid robot calibration.
Hands-on work
Saving and reloading the controller. Controller fault scenario enabling the learner to resolve anomalies and acknowledge faults. Quick Master robot calibration.