IPCS Automation Training Courses in Chennai

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IPCS AUTOMATION CHENNAI
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IPCS AUTOMATION CHENNAI BRANCH

• Industrial Automation Training and Services are
  our area of competence at IPCS Chennai Branch as
  a company. In order to compete in the fiercely
  competitive fields of PLC, SCADA, DCS, HMI, VFD,
  Panel Design, and Electrical Controls, we offer
  training programmes that are up to date with
  technical advances. Our training courses are
  designed to be practically oriented and geared on
  training both professionals and freshmen equally
  so they can meet industry requirements.
• We are a forerunner in this field. The company
  started operating in 2008, utilising its vast
  industrial experience in the automation sector.
  Our training courses provide the most recent
  knowledge on the most cutting-edge topics and
  solutions in the fiercely competitive domains of
  embedded and automation technology. The best
  location in Chennai for automation and PLC
  training is IPCS Global.

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Below is a collection of programmes that have
been specifically created for beginners,
professionals, or business experts.

• Automation System Engineer (Duration 240 Hrs)
• Professional Diploma In Industrial Automation
  (Duration 6 Months)
• Advanced Automation System Professional (Duration
  150 Hrs)
• Advanced PLC Program Professional (Duration 60
  Hrs)
• DCS Engineering Maintenance (Duration 30 Hrs)
• Electrical Control Panel Designing (Duration
  60 Hrs)
• Industrial Networking (Duration 30 Hrs)
• Diploma in Marine Automation Systems (Duration
  240 Hrs)
• VFD Installation Professional (Duration 30 Hrs)
• Customize programming PLC SCADA (Duration 30
  Hrs)

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1) Automation System Engineer

• Automation engineers are professionals with the
  knowledge, skills, and abilities to design,
  develop, manufacture, and manage equipment and
  systems, such as automated factories, automated
  processes, and automated warehouses.
• Seven sessions make up the broad division of the
  training programme. Each class is led by subject
  matter specialists with practical experience.
  Engineers need sufficient basic to advanced level
  training to survive in the rapidly developing
  world of automation. To prepare our qualified
  engineers to work as professionals in the
  industry, we have established our curriculum. In
  order to prepare participants to create a
  cost-effective design that adheres to industry
  standards, we have established our training
  programme.

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2) Professional Diploma In Industrial Automation

• The goal of the Industrial Automation course is
  to provide students with the information and
  abilities needed to function as an automation
  technician in factories and other commercial
  settings.
• Introduction to Automation was a 6-month course
  for the Professional Diploma in Industrial
  Automation (PDIA).
• Industrial Electrical systems, Basic Electrical,
  Basic Electronics, Industrial Process
  Instrumentation Systems, Programmable Logic
  Controllers (PLC), Basic Digital Electronics Lab,
  Supervisory Control and Data Acquisition
  (SCADA), Human-Machine Interface (HMI) etc. will
  all be covered during the training.

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3) Advanced Automation System Professional

• The term "automation" refers to a broad range of
  technologies that minimise human involvement in
  processes, namely by predetermining decision
  criteria, subprocess linkages, and related
  activities, as well as by encoding those
  predeterminations in machines.
• Generally speaking, there are seven sessions in
  the training programme. Experts with previous
  work experience lead each session. Engineers need
  comprehensive training from the fundamentals to
  the most sophisticated levels to survive in the
  rapidly developing world of automation. Our
  curriculum has been created to produce
  industry-ready professionals among our qualified
  engineers. Because of this, we have created our
  training programme to enable participants to
  create a design that is both affordable and
  compliant with industry requirements.

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4) Advanced PLC Program Professional

• PLC Program offers a collection of programming
  languages and a software paradigm for creating
  PLC control systems.
• An industrial computer control system called a
  PLC (PROGRAMMABLE LOGIC CONTROLLER) continuously
  analyses the status of input devices and decides
  how to regulate the state of output devices based
  on a customised programme. Using PLC-based
  systems, virtually every manufacturing line,
  machine feature, or process may be significantly
  improved. With improved performance and
  reliability under real-time restrictions, PLCs
  can be programmed to carry out a variety of
  tasks. The most used PLC programming language is
  ladder logic.
• Programmable logic controllers, supervisory
  control and data acquisition, human machine
  interface, field instrumentation and pneumatics,
  and control panel design are the key topics
  addressed in this course.

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5) DCS Engineering Maintenance

• Any dynamic system referred to as a "DCS"
  (DISTRIBUTED CONTROL SYSTEM) is one in which the
  controller elements are distributed throughout
  the system rather than being located in a central
  place, with one or more controllers controlling
  each component sub-system. An entire set of
  controllers and field devices are connected to a
  single communication network in a DCS, which is a
  fully computerised control system. For the
  monitoring and management of distributed
  equipment, the term "DCS" is extremely broad and
  is used in many different industries.
• Complex loop controls in process industries are
  handled by distributed control systems. In this
  case, various controllers share the control
  function. In both digital and analogue forms, the
  DCS system can handle thousands of I/O.
  Additionally, they give the plant control more
  redundancy.

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6) Electrical Control Panel Designing

• An electrical control panel is an enclosure,
  usually made of metal or plastic, that houses
  crucial electrical parts that regulate and
  observe a variety of mechanical operations.
• A key component in the efficient operation and
  performance of these systems is the ELECTRICAL
  CONTROL PANEL DESIGNING, which serves as the
  brain of all industrial automation projects. The
  most common accessories for controlling and
  monitoring field devices are push buttons,
  analogue instruments, Monitoring device
  Controllers, and other accessories. The
  Electrical Control Panel designing course covers
  a wide range of applications in producing DOL
  Starters and Star Delta Starters, using Analog,
  Digital Sequential timer modules, creating
  Relay logic, designing panel circuits, etc.
• The trainings are focused on
• PLCs in industrial Electrical Controls, Control
  Panel Design, and Electrical Controls Design and
  Installation.

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7) Industrial Networking

• Networks that handle large-scale data transfer
  are referred to as industrial networks.
• Industrial networking training industries are
  going through a significant shift as a result of
  the growing demand for interfaces in areas like
  robots, material handling, manufacturing, and
  other control processes. Unprecedented degrees of
  automation are now mainly owing to this trend,
  not just in factories but also across the board
  in commercial operations.
• This course covers the industry-standard
  networking hardware and protocols. For the
  control of numerous operations, PLC networking is
  frequently employed in industries. Maximum
  hands-on experience with networking hardware and
  network configuration is provided to participants.

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8) Diploma in Marine Automation Systems

• The standard list of marine automation systems
  includes traditional process control systems,
  safety systems, vessel management systems, power
  manager systems, propulsion control systems,
  dynamic positioning, and additional monitoring or
  control systems.
• In general, there are seven sessions in the
  training programme. Experienced professionals
  teach each session. Engineers cannot thrive
  without sufficient basic to advanced training in
  the automation industry, which is rapidly
  developing. To help our trained engineers become
  professionals who are ready for the workplace, we
  have established our curriculum. So, we created
  our training course to provide participants the
  tools they need to create a design that is both
  economical and compliant with industry
  requirements.

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9) VFD Installation Professional

• A motor controller known as a variable frequency
  drive (VFD) controls an electric motor by
  adjusting the power supply's frequency and
  voltage. The VFD may also regulate the motor's
  ramp-up and ramp-down during start and stop,
  respectively.
• Applications for VFDs range from little
  appliances to the biggest mining mill motors and
  compressors. One of the best energy management
  instruments ever developed for the flexible speed
  and torque control of three phase motors is the
  VFD.
• Today Energy-efficient Variable Frequency Drives
  have taken the place of conventional motor
  starters. Without damaging the motor windings,
  variable frequency drives can deliver the maximum
  starting torque.

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10) Customize programming PLC SCADA

• A PLC is a piece of tangible equipment. In
  contrast, SCADA is a piece of software. A PLC is
  tangible in this regard. A PLC can be held and
  looked at. In terms of software, SCADA is
  comparable to an operating system like Windows
  and runs on a computer system.
• The following trainings will be covered in this
  course Electrical Control Panel Designing
  Training, PLC, SCADA, and VFD

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• Thank You
• IPCS GLOBAL CHENNAI
• Website https//ipcsglobal.com/automation-traini
  ng-institute-courses-in-chennai/