Courses & Details
Course Description – This course covers the basic tasks and procedures required for an operator, engineer or programmer to set up a vision process, vision application, and vision hardware.
Prerequisites: Handling Tool Operation and Programming
This course is hands-on experience with demonstrations, presentations for student based learning along with a “Pre and Post Test” for confirmation of knowledge retained.
- OBJECTIVES
- – Safety
- – Pretest
- – Frame programming & manipulation
- – Advanced control structures
- – Develop language independent model
- – Error Proofing
- – Advanced Coding & Programs
- – Error & Fault Recover
- – Create Condition Monitoring
- OBJECTIVES
- – Monitor/Force and simulate I/O
- – Advanced Teach Pendent Navigation
- – Basic Vision Process/Vision Concepts & Lighting
- – Calibrate Camera
- – iRVision software setup
- – Overview of DCS
- – System Variables
- – Re-Mastering Robot
- – Maintenance of Robot/Lubing
CERTBRO1 Rev. A – Basic Robot Operations
CERTBRO1 Rev. A – Introduction to Programming Motion Instruction and File Backup
FANUC Robotics America Corporation, Copyright 2012
This course covers the tasks that an operator, technician, engineer or programmer will need to setup, record and/or troubleshoot programs on a FANUC Robotics Handling Tool Software Package. The course code is J2P0310. Students completing this course will be able to power-up and jog the robot, teach frames, recover from robot faults– as well as execute, create, and modify programs! Students will also have an understanding of pulse encoders and the maintenance of robots.
This course consists of lectures, chapter reviews, and hands on lab time. In addition to lab exercises, a pre-test and post-test are used to measure mastery of objectives. This course is intended for the person who must set up and maintain robot systems utilizing Handling Tool application software. A prerequisite is a FANUC e-learning software package that will establish some basic concepts and terminology prior to attending the class. The e-learning requires approximately 30 hours of online training.
- OBJECTIVES
- – Safety
- – Pretest
- – Robot System
- – Teach Pendent
- – Navigate Controller Software
- – Power-Up, Jogging & Initial Set-up
- – Error & Fault Recovery
- – Frames
- – Motion programs
- OBJECTIVES
- – Motion Instructions
- – Copying and Editing
- – Branching
- – Instructions—Position Registry & Misc
- – Input & Output
- – Macros
- – Program Adjust
- – Mastering
- – Post Test
For information on scheduling training Contact Wes Gast C.E.R.T. Fanuc Robotics
740-396-9011 or 740-389-8553
32 Hours
Course Description – Advanced programming is the next step after a Handling Tool Operation class. Topics from the previous classes will be used and expanded to develop more complex programming scenarios for work cells. Students will be creating necessary programs to understand multifaceted issues using Advanced programming methods.
Prerequisites: Handling Tool Operation and Programming
- OBJECTIVES
- – Safety
- – Pretest
- – Frame programming & manipulation
- – Advanced control structures
- – Develop language independent model
- – Error Proofing
- – Advanced Coding & Programs
- – Error & Fault Recover
- – Create Condition Monitoring
- – Maintenance of Robot / Lubing
- – Post Test
- OBJECTIVES
- – Monitor/Force and simulate I/O
- – Advanced Teach Pendent Navigation
- – Basic Vision Process
- – Vision Concepts
- – Understanding DCS
- – Recover from DCS alarms
- – Modify DCS Zone
- – System Variables
- – Re-Mastering Robot
- – Maintenance of Robot / Lubing
- – Post Test
- Upcoming Classes
- 6/24/24-6/27/24 FANUC HTOP
- 7/22/24-7/25/24 FANUC Advanced Programming
- 7/29/24-8/1/24 FANUC HTOP
- 8/5/24-8/8/24 FANUC HTOP
- 10/21/24-10/24/24 FANUC HTOP
- 10/28/24-10/31/24 FANUC 2D iRVision
- 11/11/24-11/14/24 FANUC HTOP
- 11/18/24-11/21/24 FANUC 2D iRVision
- 12/2/24-12/5/24 FANUC Advanced Programming
- 12/9/24-12/12/24 FANUC HTOP