Industrial automation with hydraulics certification program
The participant will
Advanced programming functions of a PLC for the automation of industrial processes:
The participant will be able to:
Apply improvements in equipment and machinery.
Analyze and interpret basic pneumatic circuits on schematic diagrams.
Locate and correct failures in basic pneumatic circuits.
Observe security measures when working with pneumatic.
Increase his knowledge on the industrial automation technique.
Apply improvements in equipment and machinery.
Analyze and interpret electro-pneumatic circuits on schematic diagrams, on both American and European system.
Locate and correct failures in basic electro-pneumatic circuit systems.
Have the basis to begin programming programmed logic controls PLC’s.
Advanced programming functions of a PLC for the automation of industrial processes:
The participant will be able to:
Basic Seminaries
Understand the function and possible applications of a programmed logic control in the industry.
Reduce costs and increase productivity by selecting most appropriate PLC in accordance with your industrial process.
Install, connect and start up systems controlled by PLC.
Optimize production processes by applying free programming (PLC) systems.
Reduce machinery stopping time using remote control by PLC by detecting and correcting faults efficiently.
Advanced programming functions of a PLC for the automation of industrial processes:
The participant will be able to:
Apply improvements in its equipment and machinery.
Analyze and interpretation of basic hydraulic circuits in schematic diagrams.
Locate and correct failures in basic hydraulics systems.
Expand their knowledge in the industrial automation technology.
Introduction to the automation with hydraulic technique.
The participant will learn the bases of hydraulics and apply this knowledge in:
Learn the foundations of industrial robotics for the purpose of applying this technology in automatic-guarantee process.
Will schedule and simulate industrial software tasks of: manipulation, soldering, dotting, painting, etc.
Optimize automatic processes in order to increase productivity using the robot best suited according to the type of application
Programming and application of industrial robots
The participant will
Advanced programming functions of a PLC for the automation of industrial processes:
The participant will be able to:
Apply and take advantage of the resources offered by the PLC, for the solution of a task of industrial control.
Improve and optimize processes installed at plant, controlled by PLC.
Develop and document projects of automation controlled by PLC.
Reduce machinery stopping time using remote control by PLC by detecting and correcting faults efficiently.
Basic Certification Program
Understand the bases of industrial automation technique.
Understand the functioning principles of control and work elements: hydraulic, electric and electronic used in an automated system.
Learn to design, build and test circuits involving hydraulic, electro-hydraulic and programmable logic controllers.
Be able to apply improvements in equipment and machinery.
Be able to reduce unemployed times in automated machinery applying a methodology for the detection and correction of failures.
Content
Module I
"Programming advanced features of a PLC for the automation of industrial processes"
Module II
"Ethernet communication networks"
Module III
"Industrial positioning servo-systems"
Module IV
"Programming and application of Industrial Robots"
Duración 96 hrs.
Understand the bases of industrial automation technique.
Understand the functioning principles of control and work elements: hydraulic, electric and electronic used in an automated system.
Learn to design, build and test circuits involving hydraulic, electro-hydraulic and programmable logic controllers.
Be able to apply improvements in equipment and machinery.
Be able to reduce unemployed times in automated machinery applying a methodology for the detection and correction of failures.
Content
Module I
"Introduction to the technique of automation with pneumatic"
"Techniques of design for industrial pneumatics systems"
Module II
"Electric control for pneumatic systems"
"Introduction to the proportional hydraulics"
Module III
"Introduction to automated with PLC system programming"
Duración 96 hrs.
Mechatronics certification program
The participant will
Understand the bases of industrial automation technique.
Understand the functioning principles of control and work elements: pneumatic, electric and electronic used in an automated system.
Learn to design, build and test circuits involving pneumatic, electro-pneumatic and programmable logic controllers.
Be able to apply improvements in equipment and machinery.
Be able to reduce unemployed times in automated machinery applying a methodology for the detection and correction of failures.
Content
Module I
"Introduction to the technique of automation with pneumatic"
"Techniques of design for industrial pneumatics systems"
Module II
"Electrical Control for pneumatic systems"
Module III
"Introduction to automated with PLC system programming"
Duration 96 hrs.
Industrial automation with pneumatics certification program
The participant will
Workshops
Know lean manufacturing techniques and the benefits of each one of them.
View the waste that exists in the productive processes and their impacts on the cost, productivity and delivery time and reliability.
Detect effective application of tools of lean manufacturing in their company.
Recognize the importance of the roll that the staff participation plays in your company in the processes of continuous improvement and the permanence of the solutions slender.
Apply the slender thought in his company.
Content:
The slender thought content and the principles that govern it.
The seven large wastes.
The inventory reduction as an important basis to productivity increase.
The principle of the production control "pull".
Comparison of the lean manufacturing against traditional methods of production.
Introduction to: 5S, SMED, analysis of the value flow, flow of a piece, TPM, and continuous improvement.
Practical implementation of these techniques in a production system.
Duration 16 hrs.
Lean manufacturing as a strategy for competitiveness
The participant will be able to
Recognize the waste in processes of change and adjustment.
Know the importance of reducing the times of change and adjustment, process quickly production orders, make more flexible the process and maintain low levels of inventory.
Apply the SMED method in their processes.
Content
Relationship between the size of the lot and the preparation time of a machine.
Reduction of time of preparation as the only way to reduce batch sizes and production inventories.
SMED method and its phases.
OTED method.
Organization of work for a quick change.
Effects of the production control.
Implementation of ideas and practical improvement processes.
Duration 16 hrs.
The change of tool or production optimization
The participant will be able to
ALLIANCE