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Industrial and Collaborative Robotics
Industrial Control
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Assembly Line Automation and Traceability
Vision Systems
Training
Products
Industrial and Collaborative Robotics
Industrial Control
CNC machining
Assembly Line Automation and Traceability
Vision Systems
Training

Training

of Industrial Automation

Robotics
Vision Systems
Control Systems
sistemas-de-vision
Robotica (1)
sistema-de-control (1)
Training adapted to current industry demand.
Aimed at engineers, technicians, operators and students.
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Basic-Intermediate Siemens PLC Programming in TIA PORTAL

It is the acquisition of knowledge and skills for the development of ladder programming and configuration of a programmable logic controller (PLC).

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Logo Soft Comfort for LOGO! V8.3

Develop programming and fault detection skills, knowing the basics of building LOGO! controllers, as well as the architecture and structure of programming, reading and developing code in LAD/KOP by creating and editing small programs with digital signals .

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Industrial communication protocols

Know the general aspects of industrial networks, becoming familiar with communications applied in the Automotive, Food and Medical industries.

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Mexico

+52 (686) 841 6048

De Las Misiones Nte. 172, Parque Industrial, Las Californias, 21394 Mexicali, B.C.

info@datatechnic.com.mx

USA

+1 (323) 284 9466

1101 Ollie Ave, Calexico, CA 92231, Estados Unidos

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Basic-intermediate Siemens PLC programming in TIA PORTAL.

Course objective:

It is the acquisition of knowledge and skills for the development of ladder programming and configuration of a programmable logic controller (PLC).

Syllabus:

1. The families of PLC systems.
2. Introduction to the TIA Portal.
3. PLC Simulators Sim.
4. Devices and networks.
5. Project Creation in TIA PORTAL.

6. Variables and PLC Tags.
7. Block architecture and editor.
8. LAD binary instructions.
9. LAD digital instructions.
10. PLC simulation.

11. DB data blocks.
12. Functions and function blocks.
13. Human-Machine Interface Integration

Addressed to:

Maintenance, Engineering and/or Instrumentation and Control Personnel.

Technical vocational training.

Pre requirements:

Technical vocational training.

Course duration:

5 days

Logo Soft Comfort for LOGO! V8.3

Course objective:

Develop programming and fault detection skills, knowing the basics of building LOGO! controllers, as well as the architecture and structure of programming, reading and developing code in LAD/KOP by creating and editing small programs with digital signals .

Syllabus:

1.Logo! V8 What is the logo?
2. LOGO Soft Comfort.
3. Display Logo and TDE Logo.
4. Astronomical Clock.
4. LOGO! simulation.

5. Basic functions.
6. Special functions.
7. UDF.
8. LOGO! In the net.

9. Communication between LOGO!-LOGO!.
10. LWE-LOGO! Web Editor.

Addressed to:

Maintenance, Engineering and/or Instrumentation and Control Personnel.

Pre requirements:

Technical vocational training.

Course duration:

2 days

Industrial communication protocols.

Course objective:

Know the general aspects of industrial networks, becoming familiar with communications applied in the Automotive, Food and Medical industries.

Syllabus:

1. Introduction to industrial communication protocols.
2. CAN networks.
3. Ethernet networks.

4. Introduction to the DeviceNet protocol.
5. Introduction to the Profibus DP protocol.
6. Introduction to the Profinet protocol.

7. Introduction to Modbus TCP/RTU.
8. Introduction Ethernet IP.

Addressed to:

Maintenance, Engineering and/or Instrumentation and Control Personnel.

Pre requirements:

Technical vocational training.

Course duration:

2 days

Cognex In-sight EasyBuilder Standar/Advanced

Course objective:

It is the acquisition of knowledge and skills for the development of ladder programming and configuration of a programmable logic controller (PLC).

Syllabus:

1. Hardware and connections.
2. Software navigation and image acquisition.
3. Part location tools.
4. Inspection tools.
5. Identification tools and image filters.

6. Defect detection tools.
7. Mathematical and logical tools.
8. OPC.
9. Colour.
10. OCRMax.

11. Digital inputs and outputs (I/O).
12. VisionView and EasyView.
13. Network communications.
14. Lighting and optics.
15. Troubleshooting.

Addressed to:

Maintenance, Engineering and/or Instrumentation and Control Personnel.

Pre requirements:

Technical vocational training.

Course duration:

5 days

Cognex In-sight Spreadsheet Standard.

Course objective:

Basic configuration of a vision systems application in a spreadsheet, using the spreadsheet method in In-Sight Explorer.

Syllabus:

1. Hardware and connections in spreadsheet.
2. Software navigation and image acquisition in spreadsheet.
3. Pattern recognition and logic.
4. Histogram and borders.

5. Image blobs and filters.
6. Calibration.
7. Digital inputs and outputs in spreadsheet.

8. Network communications in spreadsheet.
9. User interface.
10. Maintenance and implementation.

Addressed to:

Maintenance, Engineering and/or Instrumentation and Control Personnel.

Pre requirements:

Technical professional training, PLC knowledge, EasyBuilder Course.

Course duration:

3 days

Cognex In-sight Spreadsheet Advanced.

Course objective:

It is the acquisition of knowledge and skills for the development of ladder programming and configuration of a programmable logic controller (PLC).

Syllabus:

1. PatMax AND PatMaxRedLine.
2. Inspect Edge Tools.
3. OCRMax Tools.

4. Color Tools.
5. Test Run.
6.Flexible Flaw Detection.

7. Surface Flaw Detection.
8. Scripting.
9. IDMax.

Addressed to:

Maintenance, Engineering and/or Instrumentation and Control Personnel.

Pre requirements:

Technical professional training, PLC knowledge, EasyBuilder course, standard spreadsheet course.

Course duration:

2 days

Basic KUKA robot programming.

Course objective:

Execute all procedures for the basic operation and control of a KUKA robot, specifically: turning on, configuring and moving the robot manually, recovering from common errors, creating, modifying and executing programs, use of variables, general and special functions.

Syllabus:

1. Robot structure and function
2. Move a robot
3. Commissioning of the robot
4. Robot calibration
5. Program Files

6. Movement instructions
7. Run programs
8. Logical functions
9. Expert level introduction
10. Variables and declarations

11. Program execution controls
12. SPLINE movement programming
13. Use technology packages
14. Configuration and programming of external tools
15. Work with higher control

Addressed to:

Maintenance, Engineering and/or Instrumentation and Control Personnel.

Pre requirements:

Technical vocational training.

Course duration:

5 days

Advanced KUKA robot programming.

Course objective:

Execute all procedures for the basic operation and control of a KUKA robot, specifically: turning on and moving the robot manually, recovering from common errors, creating, modifying and executing programs, use of variables, general and special functions.

Syllabus:

1. Program with workvisual
2. Structured programming
3. Variables and declarations
4. Applets and functions

5. Programming a message in KRL
6. Programming movements in KRL
7. Interrupt scheduling

8. Switching functions in KRL
9. Analog signals
10. Interpreted submit

Addressed to:

Maintenance, Engineering and/or Instrumentation and Control Personnel.

Pre requirements:

KUKA Robot Basic Programming

Course duration:

3 days

Basic robot programming FANUC Handling tool application.

Course objective:

Execute all procedures for the basic operation and control of a FANUC robot, specifically: turning on, configuring and moving the robot manually, recovering from common errors, creating, modifying and executing programs, general and special functions.

Syllabus:

1. Security
2. Robot system
3. Operation interface
4. Turn on and move the robot
5. Robot configuration (Payload – Frames)

6. Movement instructions
7. Plan and create a program
8. Program instructions
9. Miscellaneous instructions

10. Entries and exits
11. Macro commands
12. Manipulation of files and programs
13. Mastering

Addressed to:

Maintenance, Engineering and/or Instrumentation and Control Personnel.

Pre requirements:

Technical vocational training.

Course duration:

4 days

Advanced robot programming FANUC Handling tool application.

Course objective:

Execute all procedures for the basic operation and control of a FANUC robot through offline simulation of movement and commands using ROBOGUIDE, specifically moving the robot manually, creating, modifying and executing programs, use of variables, general and special functions.

Syllabus:

1. System variables
2. Collision guard
3. Advanced Features

4. ROBOGUIDE operation interface
5. Create and modify Offline trajectories
6. Use logic and offline program instructions

7. Run Offline Programs
8. Error codes

Addressed to:

Maintenance, Engineering and/or Instrumentation and Control Personnel.

Pre requirements:

Technical vocational training.

Course duration:

2 days

FANUC robot mechanical and electrical service.

Course objective:

Execute basic procedures for the analysis, identification, restoration and maintenance of the FANUC robot.

Syllabus:

1. Safely turn on the robot
2. Robot manipulation
3. Recognize and describe the mechanical components of the robot.

4. Recognize and describe the electrical components of the robot
5. Backup and restore
6. Troubleshooting and error codes

7. Master the robot
8. Manipulate robot input and output signals
9. Preventive maintenance

Addressed to:

Mantenance staff

Pre requirements:

Technical professional training, basic FANUC robot programming course, electrical and mechanical knowledge.

Course duration:

2 days