Course Details:

• • Become an Electrical Design Engineer Course Outline
  • Become an Electrical Design Engineer Training Course
  • AutoCAD Electrical basics and the professional commands.
  • NO contact, NC contact CT, Relay Coil, Timer coil, NO push button, NC push button, SP MCB:
  • Copy and paste attribute symbols into palate and design center
  • Discus types of electrical diagram
  • How to make lighting distribution board (LDB) for story building
  • Draw DB diagram with respect to different types of load. (SLD and power circuit & calculation)
  • Load Balancing
  • SLD of DB checking/finishing and discussion
  • Draw SLD of motor control center (MCC), motor calculation & selection method of motor components
  • SLB MCC diagram checking/finishing and discussion
  • Study and understand DOL circuit and operation
  • DOL starter diagram (used attribute & Dynamic blocks for control circuit)
  • Study and understand ASD circuit and operation
  • ASD starter diagram (used attribute & Dynamic blocks for control circuit)
  • Study and understand REV/FOR circuit and operation
  • REV/FOR starter diagram (used attribute & Dynamic blocks for control circuit)
  • Checking schematic diagram of DOL, ASD & REV/FOR starters / fishing and discussion
  • Overview about all international standard relevant to electrical switchgear field
  • Types of switchgear panels (slides), Types of diagram (slides)
  • ANSI protection relay codes
  • Switchgear device/components codes
  • Draw the SLD & Schematic diagram of interlocking between 3 –motors with operating water level switch23. Checked schematic & control circuit of motor interlocking/fishing and discussion
  • Draw SLD, Schematic & diagram and interlocking of WAPDA & Generator source with using TP ACBs (25. Draw PFI diagram (SLD and power circuit)
  • PFI diagram discussion and Calculation for Power factor bank.
  • Wiring diagram of LT Switchboard
  • Copper bus bar calculations
  • ATS (Automatic Transfer Supply) Control Power diagram and Selection criteria.
  • Transformer and Generator size calculation and Proposal
  • Motor Control Center sizing i.e. Breaker sizing according to NEC, Contactor sizing, overload relay sizing
  • DOL, DOL 2 location, DOL long distance
  • DOL Reverse Forward
  • Star Delta
  • Reverse Forward star delta
  • Series Resistance Method
  • Series Inductance Method
  • Autotransformer Method
  • Buzzer and Light indication for faults
  • CT and PT calculation
  • Cable sizing and BS/NEC standard for voltage drop of cable selection.
  • Short circuit current calculation for breaker and cable selection
  • Introduction to industrial panels
  • Panel components
  • Transformers
  • Power Supply
  • Circuit Breakers
  • Disconnect Switch
  • Terminal Blocks
  • Relays
  • Contactors
  • Overload Relay
  • Fuses
  • Panel layout and design
  • Enclosure type and sizing
  • Power and circuit protection
  • Control components
  • Operator interface
  • Motor Drives
  • VFD
  • Motor Forward reverse run
  • Motor Starters
  • Star delta
  • DOL
  • Cable selection and size calculation
  • Panel wiring
  • Programmable Logic Controller (PLC)
  • Safety and regulations
  • Panel maintenance
  • LV Panels
  • LV Metering Panel
  • Synchronization
  • ATS with Auto Generator Sulf
  • Main Panel and Sub Main Panel
  • Generator Panel
  • Relay Panel
  • Power Factor Improvement Panel
  • LT Switchboard with different incomings
  • ACB
  • HV Panels
  • 11KV Protection Panel
  • 11KV Switchboard Incomings and Outgoing Panels.
  • Breaker Sizing for 11KV Line (Transformer Primary)
  • VCB
  • Butchers Relay
  • Distance Relay
  • CDG 112 Relay
  • Relays Panel and Relays connections
  • Different types of switching relays
  • Home Wiring/Building Wiring
  • Test for Building Wiring
  • Continuity test
  • Short circuit test
  • Open circuit test
  • Earth Leakage Test
  • Polarity test
  • Home wiring Principles and rules according to IEE Rules and Regulation
  • Test with Must meter, Series test lamp, and Mugger for Home or Building
  • Home wiring circuits and their applications
  • One Lamp control
  • Two Lamps in Parallel
  • Two Lamps in series
  • Series test Lamp
  • Panel testing using series test lamp or two lamp in series
  • Testing of all circuits and practical’s of all circuits
  • DB Design/Power DB Design SLD for multi storage building
  • Single Line Diagram of Sub Main Panel /Main Panel
  • ATS Panel
  • Lighting Calculation, Lighting design and lighting plan with DIALUX
  • Earthling and Grounding according to NEC Article 250
  • Tower Calculation for Lighting Arrestor
  • Cable Selection and format of reading a cable according to BS/NEC/IEC
  • Load scheduling Transformer selection and Generator selection and Main bus bar selection
  • Building/Home/Room Layout for lighting, fans or other equipment’s on design.
  • LAYOUT Plan Drawings reading and working and conduit LAYOUT
  • BOQ and SOP
  • Cables and glands types
  • SPDs and Lighting arrestors
  • Cable Trays
  • CCTV System
  • Fire Alarm System
  • Important Documents
  • Cable schedule
  • Material take off list
  • ETAP Software Installation
  • Introduction to ETAP Software
  • How to Create a New Project in ETAP
  • How to Load the existing Project
  • ETAP toolbar introduction
  • One Line Diagram in ETAP
  • Create your first one line diagram
  • Composite Network in ETAP
  • Creating a template and importing it to one line diagram
  • Load Flow Analysis
  • Run Load Analysis on Single Line Diagram
  • Voltage Drop Calculations
  • Bus Voltages, Cable voltage Drops
  • Bus Under voltage
  • Cable overload
  • Transformer Overload
  • Alert View in ETAP
  • Critical and Marginal Conditions in ETAP
  • Arc Flash and Short Circuit Analysis
  • Run Short circuit and Arc Flash Analysis
  • Short Circuit Current Evaluation
  • How to Fault a bus
  • Edit Study Case
  • Motor Start Analysis
  • Setting up the Motor Rating
  • Motor Start static
  • Setting up the Motor Events in Edit Study Case
  • Starting Current and its Plot in ETAP
  • Motor Start Dynamic
  • Setting up the Motor Parameters
  • Setting up the Motor Inertia, Load
  • Motor Start Dynamic using VFD
  • Protective Device Coordination Study
  • Breaker Settings
  • CT settings
  • Over current Relay Settings
  • Sequence of Operation