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INDUSTRIAL AUTOMATION TRAINING

Industrial automation can be defined as the automatic operation and control of industrial processes through the use of set technologies and automatic control devices, without significant human intervention and attaining superior performance than manual control. Few such automation devices are PLCs, PACs, DCSs etc. and the technologies include various industrial communication systems.

” Our Vision is to create technically proficient individuals who meet global standards of excellence across multiple manufacturers domains”

” To become a world class training organisation in Asia by providing Quality and Advanced oriented training.”

OUR POPULAR COURSES

100 hours

PNEUMATIC CONTROL
SYSTEM

100 hours

HYDRAULIC CONTROL
SYSTEM

140 hours

PNEUMATIC & HYDRAULIC CONTROL SYSTEM

100 hours

INDUSTRIAL AUTOMATION
SYSTEM

30 hours

MOTION CONTROL
SYSTEM

270 hours

DIPLOMA IN INDUSTRIAL AUTOMATION

TYPES OF AUTOMATION INDUSTRIES

Manufacturing Industries

    Automobile Industry
    Food, Beverage Industry
    Fabrication Industry
    Packaging Industry
    Rubber Industry
    Textile Industry
    Die Casting Industry

Process Industries

    Power Plants
    Chemical Plants
    Cement Factory
    Petrochemical Industry
    Paper & Pulp Industry
    Oil & Gas Industry
    Additive Industry

HIERARCHY OF AN INDUSTRIAL AUTOMATION SYSTEM

Industrial automation systems are mostly very complex in nature, having large number of devices working in synchronization with automation technologies. The different hierarchical levels are as follows:

  • Field Level
  • Control Level
  • Programmable Logic Controllers (PLCs)
  • Supervising and Production Control Level
  • Information or Enterprise Level

It is like a pyramid in which as we go up, the information gets aggregated and while going down, we get detailed information about the process.

SCOPE OF INDUSTRIAL AUTOMATION

Upgradation of existing manual system to automatic system.
Increasing quality and productivity.
Integration of process for process optimisation and synchronisation.
Automation industries tend to achieve efficient manufacturing processes by eliminating various issues with the help of dynamically changing technologies an exceeding any human performance based on precision, accuracy, and speed.

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