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DR-SP Process, Electrical & Instrumentation Drawings and Documentation

  • Duration:
  • Investment: US$ 249
Certificate:

Must complete all lessons

Content

Description

This course gives an insight into the drawings and documentation documentations that are used in the field of engineering by the process engineers, instrumentation engineers and electrical engineers in process, electrical and instrumentation industries. The schematic representations of elements in the system are very important in any type of industry
A process flow diagram (PFD) is used to show the relationships between the major elements in the engineering systems and a piping and instrumentation diagram (P&ID) shows the piping arrangements with installed equipment and instrumentation. These diagrams are very important in drawing management system that shows the detailed representation of the industrial systems. And also all the elemental drawings are enlisted in this course. A combination of practical as well as technical knowledge will be gained by the learner.
This course will be a great opportunity for the learners (fresher or experienced, technical or non-technical professional) to learn about the drawings and documentations that are used in any type of industry.

 

WHO SHOULD COMPLETE THIS COURSE

  • Instrumentation engineers
  • Electrical/Electronic engineers
  • Process engineers
  • Design technicians
  • Consulting Engineers
  • Engineering managers
  • Project Engineer

COURSE OUTLINE
STANDARDS

  • What are standards?
  • Why it is necessary?
  • Who sets the standards? 

STANDARDS IN OFFICE

  • Drawing office operating standards
  • Check list
  • Design/ drawing office
  • Organizational structure & work initiation
  • Draught procedures
  • Do’s & don’ts

STANDARD FORMATS OF DRAWING SHEETS

  • General drawing standards
  • Size of drawing sheets
  • Thickness of format lines
  • Text types and character heights
  • Text size & line thickness
  • Recommended sheets size with drawing types 

TECHNICAL DRAWINGS

  • Reference to standards
  • Instrumentation drawings and diagrams
  • Electrical drawings and diagrams
  • Process drawings and diagrams 

EQUIPMENT SYMBOLS

  • Plant equipment symbols
  • Instrumentation drawings list
  • Instrument symbols
  • SAMA systems with example
  • Instrument interconnections
  • Electrical drawings 

PROCESS FLOW DIAGRAM

  • Process diagrams
  • Block flow diagram
  • Process flow diagram (PFD)
  • Mass balance with PFD
  • Process description

PIPING & INSTRUMENTATION DIAGRAM (P&ID)

  • P&ID standards
  • System description with P&ID 

INSTRUMENTATION DOCUMENTATION

  • Instrument index
  • Loop list
  • Loop number
  • Tag number
  • Instrument identification table
  • Loop drawings
  • Data or specification sheet

ELECTRICAL 

  • Power distribution diagram
  • Earthing diagram
  • Input/output list

PLC SCHEMATICS

  • Trip/alarm schedule
  • Panel
  • Cubicle
  • Rack layout & general arrangement drawings
  • Cable schedule
  • Installation detail & BOM instrument location plans
  • Cable racking and routing layout
  • Cable block diagram
  • Field/JB wiring diagram
  • Hook up drawings

ELECTRICAL DOCUMENTATION

  • Load list
  • Single line diagram
  • Electrical schematic diagram
  • Component numbering
  • Wiring numbering
  • Main circuit
  • Control circuit
  • Overall schematic diagram
  • Electrical layout drawings
  • Racking & routing
  • Installation details
  • Panel layout

PNEUMATIC AND HYDRAULICS DRAWINGS

  • Pneumatic and Hydraulics system
  • Panel layout
  • General drawing layout
  • Hydraulic and pneumatic circuit
  • Electrical section
  • PLC section
  • General arrangement layout
  • Pneumatic symbols 

ELECTRICAL SINGLE LINE DIAGRAM

  • Purpose
  • Information
  • Merits and demerits
  • Typical examples

ELECTRICAL SINGLE AND THREE LINE DIAGRAM

  • Difference between single and three line diagrams
  • Three line diagram with typical examples
  • Applications, their conventions 

CONTROL DEVICES 

  • Electromechanical relays and contactors
  • NOTC contact
  • NCTC contact
  • NOTO contact
  • Permissive & interlock circuits
  • Symbols used, applications
  • Cross referencing between coils and contacts

SCHEMATIC DIAGRAMS EXAMPLES

  • Typical examples
  • Schematic diagrams for machines. 

CONTROL LOGIC CIRCUIT

  • Signal section
  • Description/interlock section
  • Action section 

LOGIC GATES 

  • AND, OR, NOT and NOR
  • NAND, XOR and XNOR
  • Typical examples 26.

PLANT INTERNAL CABLING AND WIRING

  • Purpose
  • Cable/conduit/tray schedule with example
  • Cable layouts
  • Pull box wiring and loop details
  • Duct bank detail drawing
  • Example of cable trenches
  • Control cable interconnections diagram
  • Applications
  • Terminal diagrams

LAYOUT FUNDAMENTALS

  • Conventions used
  • Typical plant layout diagram
  • Partial layout of a power plant
  • Elevation views
  • Sectional views
  • Detail views

EARTHING SYSTEMS

  • Electrical equipment layout
  • Earthing system layout
  • Plant earthing grid
  • Substation earthing
  • Dividing points
  • Inspection
  • Earthing scheme for instrumentation
  • Equipment earthing system
  • Neutral points

LIGHTNING SYSTEM LAYOUT

  • Protection
  • Ground termination
  • Lightning layouts
  • Applications 

DRAWING PROCESS FLOW

  • Planning and assigning of drawings
  • Submittal schedule, cad drawing guidelines
  • Need for drawing numbering standards
  • Drawing numbering
  • Sequences
  • Drawing process
  • Revision process
  • Revision control and ownership 

DRAWING MANAGEMENT SYSTEM

  • Work flow control
  • Activities
  • Input/output issues
  • Responsibilities
  • Online distribution of drawings
  • Cad
     

Investment

Plan Name Investment
Unlimited Access for 2 Years: US$ 249

Instructor

Hashemi Ford

Hashemi Ford   BE (Honrs)(Elec)  ME(Elec)   Principal Engineer

Hashemi has over 20 years international experience in electrical power industry with a focus on modelling, analysis, planning and operation of power systems including distribution, sub-transmission and transmission networks. He has been involved in modelling and analysis of major projects including HVDC interconnectors and wind farms. Currently Hashemi is working as a Principal Engineer for a power utility in Australia as well as teaching as a part time lecturer for EIT.

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