India's No : 1 Automation , Control & Instrumentation Training Institute in Chennai.

| PLC | SCADA | DCS | ESD | SIS | FGS | INSTRUMENTATION | INDUSTRIAL AUTOMATION | Consultancy | Training | Project's | In Chennai | Call +91 88 7000 7000 | +91 97 1002 7000 |

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www.excelautomationsolutions.com

Excel Automation Solutions
Sarayu Park No: 15, IInd floor,
2nd Main Road New Colony,
Chrompet,Chennai- 600044
Phone: +91 44 - 43857000
Mobile: +91 88 7000 7000
+91 97 1002 7000

[email]venkatesh@excelautomationsolutions.com[/email]
[email]selvavenkatesh@gmail.com[/email]

Below You can find the PLC SCADA DCS HMI VFD ESD/SIS Instrumentation Training Syllabus

http://www.excelautomationsolutions.com/plc-training-in-chennai

Course Code CIAE 45D ( PLC/SCADA/HMI )
Training Duration: 45 DAYS


Trainer's :

Mr. SatishKumar ( 10 Years Industrial PLC/SCADA Experience )

Mr. BalaMurugan ( 6 Years Industrial PLC/SCADA Experience )

Mr. Venkatesh ( 10 Years Global Project Experienced in PLC / SCADA / DCS / /ESD / SIS / Instrumentation )

Training Method :

All of our engineer's are Industrial experienced engineers and we will give training based on our existing projects.

Overview (PLC & Automation):

Basic of Electronics, Electrical,Instrumentation,Programming,Process.
Understanding for Automation & Control
History of PLC / SCADA
Basic Compoents of Automation
Hardware / Software classification of Automation
Allication of Industrial Automation
Job opportunity for PLC / SCADA
Course Content : PLC
Introduction to PLC’S
Architecture of PLC
Application and Advantage of PLC
Automation Concept and basic design
PLC programming
Introduction of Ladder Logic
Introduction of SFC
Introduction of Instruction list
Programmable Logic Controllers basic's
Software / Hardware Introduction
Programming of PLC using 1131-3 Languages ( LD,FBD,IL,etc....)
Developing the PLC programming from Control Narratives
Creating & Editing Ladder Logic Program
Developing industry oriented application programs using plc Programming Software
interfacing PLC with various field input/output devices
PLC Fault Finding, Trouble Shooting
Forcing I/O's
Detailed sequence of wiring
PLC Control Panel Wiring
Interfacing with Relay logics
Hands on Experience from Real time application
Detailed Fuctions blocks and Wiring concept of Digital & Analog I/O modules.
Fundamental of Basic Process Control
Implementation of Control Narratives
Transmitters / Transduces / mA Sources / HART Communicators connect with PLC
Overiview of Flow, Pressure, Level, Temperature Transmitters
Overview of Control valve and ON/OFF valves

PLC Lab Capacity :

Siemens PLC
Allen Bradly
Schneider PLC
ABB PLC
Mitsubishi PLC
GE Fanuc PLC
Fuji PLC
Panasonics PLC
Omran PLC
Delta PLC
Keyence PLC

Industrial / Project Documents :

P&ID Diagram (P&ID)
I/O List
Cause & Effect diagram (C&E)
Control Narratives
Single Line diagram
Function Design specifications (FDS)
Single Line Diagram (SLD)
Alarm management



HMI (Human Machine Interface):

Introduction to HMI
Architecture of HMI/MMI
Creating Slides/Screens
Images, Objects Configuration
Alarm Configuration
Live interfacing with PLC

http://www.excelautomationsolutions.com/scada-training-in-chennai

SCADA

Introduction to SCADA
Establishing master-slave control
Creating & Editing Objects
Creating Database / New SCADA Project
SCADA page design from P&ID Diagram
Alarm Configuration
Trends- Real Time & Historical
Database & DDE connectivity
Driver configuration
Live interfacing with PLC
Graphics Properties - Sizing,Filling,Blinking,Analog Entry,Visibility,Etc.
SCADA & PLC Interface used Different drivers
Understaning of P&ID diagram
SCADA Mimic page create from P&ID Diagram
Alarm / Events Configuration
Report generation
Modbus / Profibus / OPC
Data transfer from PLC/RTU , Report Generation
Process Graphics Developmet
Dynamic Object / Display Creation
Cause & Effect Matrix creation
Dynamo creation for display

http://www.excelautomationsolutions.com/PLC-SCADA-DCS-Training-Chennai

SCADA Lab Software's :

Wonderware
IFIX 32
KingsView
AFCON (PCIM)

Human Machine Interface (HMI ) Lab's:

Siemens
Mitsubishi
Delta
Omran

Variable Frequency Drives ( VFD ) Lab's :

Mitsubishi
Delta
Omran

http://www.excelautomationsolutions.com/Emerson-deltav-esd-sis-training-in-India

DCS Training ( Emerson DeltaV DCS & Honeywell DCS ) :

Training Content :

DeltaV DCS Introduction
System Overview
DeltaV DCS Architecture Overview
DeltaV Explorer
DeltaV Operate
DeltaV Control Modules
DeltaV Program Types
Input / Output Configuration
DeltaV Database
DCS System Architecture Design
Alarm Management
Field Instruments
HART Transmitter Configuration
Field bus Configuration
Serial / Modbus Configuration
Profibus Configuration
FBD/SFC programming
Communication Methods
Pre Commissioning procedure's
Loop Checking
DeltaV Control Loops – Normal, Cascade, Split
DeltaV Loop Tuning’s
FAT / SAT procedures
Hardware Overview
Hardware design
Panel Design
I/O Generation
P&ID diagram Overview
Graphics Development
DeltaV Networks design
Process History view
Motor Control
Real time project Implementation
Project based learning
Commissioning Overview
Project Management

http://www.excelautomationsolutions.com/Emerson-deltav-esd-sis-training-in-India

Emerson DeltaV ESD/SIS Training:


Safety Instrumented Systems (SIS) play a vital role in providing the protective layer functionality in many industrial process and automation systems. These systems may also be referred to as Emergency Shutdown Systems (ESD) or Process Shutdown Systems (PSD).

Today SIS Safety Instrumented Systems play an increasingly important role in many process plants. Safety standards such as IEC 61508, IEC61511 and ISA S84.01, are creating more stringent safety requirements for process plants.

Depending on application use, other names used for SIS Safety Instrumented Systems are: Emergency Shutdown Systems (ESD), Burner Management Systems (BMS), Fire and Gas Systems (F&G), Critical Turbomachinery Control, Railway Switching, Semiconductor Life Safety Systems (SEMI S2), Nuclear 1E Safety Systems, High Integrity Protection Systems (HIPS), High Integrity Pressure Protection System (HIPPS).

Safety Methods employed to protect against or mitigate harm/damage to personnel, plant and the environment, and reduce risk include:

• Changing the process or engineering design

• Increasing mechanical integrity of the system

• Improving the Basic Process Control System (BPCS)

• Developing detailed training and operational procedures

• Increasing the frequency of testing of critical system components

• Using a safety Instrumented System (SIS)

• Installing mitigating equipment

Syllabus: Emerson DeltaV SIS / ESD / FGS

DeltaV SIS Introduction
DeltaV SIS Overview
DeltaV SIS Architecture Overview
DeltaV SIS with Marshalling Hardware
DeltaV SIS Safety Instrument Functions
DeltaV SIS Communications
DeltaV SIS Explorer
DeltaV SIS Graphics Development
DeltaV SIS Programming Methods
DeltaV SIS Version Controls
DeltaV SIS Cause & Effect Matrix
DeltaV SIS Analog Voters
DeltaV SIS Digital Voters
DeltaV SIS Hardware Design
DeltaV SIS Network design
DeltaV SIS Diagnostics
DeltaV SIS Commissioning
DeltaV SIS safety instruments
Real time practice with ESD valve’s and ESD transmitters
Project based learning

http://www.excelautomationsolutions.com/field-instruments-training-in-chennai

Field Instruments Training:


An instrument is a device that measures a physical quantity such as Flow, Temperature, Level, Pressure, Distance and Angle. Instruments may be as simple as direct reading thermometer or may be complex multi-variable process analyzers. Instruments are often part of a control system in refineries, factories, and vehicles. The control of processes is one of the main branches of applied instrumentation. Instrumentation can also refer to handheld devices that measure some desired variable. Diverse handheld instrumentation is common in laboratories, but can be found in the household as well. For example, a smoke detector is a common instrument found in most western homes.

Instruments attached to a control system may provide signals used to operate solenoids, valves, regulators, circuit breakers or relays. These devices control a desired output variable, and provide either remote or automated control capabilities. These are often referred to as final control elements when controlled remotely or by acontrol systems.

A Transmitter is a device that produces an output signal, often in the form of a 4–20 mA electrical current signal, although many other options using voltage, frequency, pressure are possible. This signal can be used for informational purposes, or it can be sent to a PLC, DCS, SCADA,ESD/SIS,FGS system, or other type of computerized controller, where it can be interpreted into readable values and used to control other devices and processes in the system.

A valve is a device for Controlling the passage of fluid/Pressume/Level through a Pipe or duct/Tank,especially anautomatic device allowing movement in one direction.Two type of valve's are used in industries, 1.Control Valve 2.On/Off Valve.

Control instrumentation plays a significant role in both gathering information from the field and changing the field parameters, and as such are a key part of control loops.

Syllabus:

Field Instruments Introduction
Filed Instruments Overview
Field Instruments Types
Pressure Transmitters Configuration
Flow Transmitters Configuration
Temperature Transmitters Configuration
Level Transmitters Configuration
Control Valve Configuration
On/Off Valve Configuration
Conventional type Transmitter
HART Type Transmitters and Control Valves
Field bus type Transmitters and Control Valves
Wireless Transmitters Overview
Wireless Transmitters Configuration
Filed Instruments Calibrations
375 Filed Communicator Overview
375 Filed Communicator Configuration
Filed instruments integrated with DCS/PLC systems
Field Instruments Selection
Filed Instruments range changing
Field Instruments identify from P&ID diagrams
I/O List generation from Field Instruments
Filed Instruments calibration from DCS and Marshalling panel
2-Wire / 3-Wire Transmitter overview and Configuration
ESD/SIS valve Overview

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