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Industrial Automation

Industrial Automation Laboratory

 

Industrial Automation Laboratory typically focus on research and experimentation related to sensors, actuators and industrial automation based systems. Here are some general aspects that are often associated with Industrial Automation Laboratories:

However, it's important to note that the specification can vary based on the industry, organization, and the focus of the automation efforts. Here are some key aspects that might be associated with an Automation Laboratory:

Purpose and Objectives:

The primary purpose of an Automation Laboratory is to develop, test, and implement automated solutions for various processes and systems.

Scope of Automation:

Automation laboratories can cover a wide range of domains, including industrial automation, software automation, robotic process automation (RPA), and more.

Equipment and Tools:

Depending on the focus, an Automation Lab may be equipped with a variety of hardware and software tools. For industrial automation, this could include programmable logic controllers (PLCs), robotic arms, sensors, and actuators. In software automation, it might involve testing frameworks, scripting languages, and other development tools.

Testing and Validation:

One of the critical functions of an Automation Lab is to rigorously test and validate automated processes or systems. This ensures that the automation meets the required standards and performs reliably under different conditions.

Interdisciplinary Approach:

Automation often requires collaboration between experts from different fields, such as engineering, computer science, and data science. An Automation Lab may thus involve professionals with diverse skill sets.

Research and Development:

Automation Labs are often involved in ongoing research and development to stay abreast of the latest technologies and methodologies in the automation field. This can involve exploring emerging technologies like artificial intelligence, machine learning, and the Internet of Things (IoT).

Integration with Industry Standards:

Automation solutions developed in the lab need to align with industry standards and regulations. This ensures that the automated processes comply with safety, quality, and other relevant standards.





 

List of Main Equipment’s:

 

Sr. No.

Equipment

1

Strain Gauge Transducers

2

Displacement Sensing Transducers

3

Speed Sensing Transducers Trainer

4

Sound Sensing Transducers Trainer

5

Light Sensing Transducers Trainer

6

Temperature Sensing Transducers Trainer

7

Air Flow Sensor Trainer

8

Encoder Trainer


 

Industrial Automation

Drives Laboratory

Electric Drives Laboratory typically focus on research and experimentation related to electric drives and motor control systems. Here are some general aspects that are often associated with Electric Drives Laboratories:

Research Focus:

  • Investigation and development of electric drive systems.
  • Motor control algorithms and strategies.
  • Power electronics for electric drives.

Equipment:

  • Motor test benches for various types of electric motors.
  • Power electronic converters and inverters.
  • Control systems and instrumentation for monitoring and analysis.

Applications:

  • Automotive electric drives.
  • Renewable energy systems (wind, solar) with electric drives.
  • Industrial automation and robotics.

Collaborations:

  • Often collaborates with industries for real-world applications.
  • May have partnerships with other research institutions.

Education and Training:

  • Provides a platform for students to gain hands-on experience.
  • Conducts workshops and training programs for professionals.

Development and Innovation:

  • Engages in innovative projects related to electric drives.
  • Develops and tests prototypes for new motor control technologies.

Simulation and Modelling:

  • Utilizes simulation tools for designing and testing electric drive systems.
  • Develops models to predict the performance of various components.

Faculty and Researchers:

  • Typically staffed by experienced faculty members and researchers with expertise in electrical engineering, power electronics, and control systems.

Publications:

  • Engages in publishing research papers and contributing to academic journals.
  • For specific details about a particular Electric Drives Laboratory, I would recommend checking the official website of the relevant institution or contacting them directly for the most up-to-date and accurate information.


 

List of Main Equipment’s:

 

Sr. No.

Equipment

1

Microcontroller Based Three Phase Induction Motor Drive (SPWM And SVM Combined) 

2

Microcontroller Based Control Rectifier Fed Separately Excited DC (SEDC) Motor Drive 

3

Microcontroller Based Four Quadrant Chopper Fed PMDC Motor Drive

4

Microcontroller Based  BLDC Motor Drive

5

Three Phase Thyristor Firing Card  With Power Card   

6

Isolation Transformer (230V/230V)

7

Power Scope Attachment 




 

Drives Laboratory