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The Ultimate Drawing Course Beginner to Advanced...
$179
$79
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User Experience Design Essentials - Adobe XD UI UX...
$179
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Total:
$659

Description

Electrical and electronic equipment such as motors, generators, transformers, circuit breakers, fuses, switches, relays, solenoids and resistors produce significant amounts of heat, arcing and sparking during normal and abnormal operation, which could pose a substantial risk of fire or explosion in facilities where chemicals are manufactured, processed or utilized. To minimize the risk of fires or explosions that could result from this arcing, sparking and heat dissipation, it is critically important that electrical/ electronic equipment be designed, tested and labeled as being acceptable for use in the areas in which they are installed. This holds especially true for
hazardous (classified) locations,
i.e. locations where flammable, combustible or ignitable gases, vapors, liquids, dust, fibers or flyings may be present.
Hazardous area classification
is the evaluation and classification of hazardous (classified) locations using scientific and engineering principles, within facilities where chemicals are manufactured, processed or utilized. Hazardous areas are classified solely for the purpose of ensuring the safe and proper specification and installation of electrical/ electronic equipment located within them. In this masterclass, the Hazardous Area Classification is studied from point of view of various standards like IEC, NPFA, CENELEC etc.
A hazardous area classification is typically shown on plan view drawings of the facility (and sometimes on elevation drawings) that are commonly referred to as
area classification drawings/diagrams
. Based upon the area classification drawings, electrical/ electronic equipment can be properly specified and installed such that the risk of fires or explosions is greatly reduced. This course shows how to read these diagrams in a very easy way so that an absolute beginner is also able to understand.
This course mainly follows IEC 60079 standards and following protection techniques are covered:
•IEC/EN 60079-0 - General Requirements
•IEC/EN 60079-1 - Flameproof Enclosure 'd'
•IEC/EN 60079-2 - Pressurization 'p'
•IEC/EN 60079-5 - Powder Filling 'q'
•IEC/EN 60079-6 - Oil Immersion 'o'
•IEC/EN 60079-7 - Increased Safety 'e'
•IEC/EN 60079-11 -Intrinsic Safety 'i'
•IEC/EN 60079-15 -Electrical Apparatus type 'n'
•IEC/EN 60079-18 -Encapsulation 'm'
This course will definitely help persons working in different domains in following way:
1. Operation Engineer: Knows the significance and extent of Hazardous Area.
2. Maintenance Engineer: Which type of equipment to be procured? How to do maintenance?
3. Safety & PSM: Increase overall know how and will help in Audit and PHA.
Who this course is for:
Plant Manager, Supervisor, Technician, Marketing and Sales Personnel, Electrical Engineers, Instrumentation Engineers, Operation Engineer, Chemical Engineer or Engineering Students

What you'll learn

Details about Hazardous Area Classification/ Electrical Area Classification.

a) Hazardous Area Classification/Temperature Classification b) Flammable Gas Atmosphere/ Gas Grouping c) Explo

Process Safety

Selection of Instruments

Fire and Gas Detectors

Requirements

  • You will need a copy of Adobe XD 2019 or above. A free trial can be downloaded from Adobe.
  • No previous design experience is needed.
  • No previous Adobe XD skills are needed.

Course Content

27 sections • 95 lectures
Expand All Sections
1-Introduction
2
1.1-Introduction
1.2-Hazard and Hazardous Area
2-Hazardous Area Classification Study
11
2.1-Stages of HAC Study
2.2-Objective, Approach and Limit of HAC Study
2.3-Important Terms and Definitions
2.4-Area Classification
2.5-Hazardous Area Classification Techniques
2.6-Direct Example Approach-Part1
2.7-Direct Example Approach-Part2
2.8-Point of Source Approach
2.9-Hazard Prevention Techniques
2.10-Dust Explosion
2.11-Quiz-1
3-Hazardous Area Protection Methods
14
3.1-Introducing Protection Methods
3.2-Temperature Classification
3.3-Gas Grouping
3.4-Ingress Protection
3.5-Explosion Proof Housing
3.6-Intrinsic Safety Exia, Exib
3.7-Intrinsic Safety Entity Calculation
3.8-Pressurization
3.9-Increased Safety
3.10-Oil Immersion
3.11-Non Sparking Apparatus (Ex n)
3.12-Powder Filling ExQ
3.13-Encapsulation Exm
3.14-Quiz
4-Fire & Gas Detection
26
4.1-What is Gas
4.2-Gas Hazard
4.3-Toxic Gas Hazard
4.4-Fire Triangle
4.5-LEL & UEL
4.6-LEL difference in ISO vs IEC
4.7-Auto Ignition and Flash Point
4.8-Catalytic Gas Sensor
4.9-Catalytic Sensor Advantages and Disadvantages
4.10-IR Sensor
4.11-Open Path IR Sensor
4.12-Advantages and Disadvantages of IR Sensor
4.13-Electrochemical Sensor
4.14-Ultrasonic Sensor
4.15-E- Book on Fire Detector
4.16-Fire Spectrum
4.17-Different Types of Fire Detectors
4.18-UV Detector
4.19-IR Detector
4.20-UV-IR Combined Detector
4.21-UV-IR2 Combined Detector
4.22-Multi IR Detector
4.23-Placement of Fire Detectors
4.24-Gas Detector Location Guidelines
4.25-Fire & Gas Mapping Techniques
4.26-Quiz-3
5-Different Types of Fire
4
5.1-Jet Fire, Pool Fire, Flash Fire
5.2-Bleve
5.3-Vapor Cloud Explosion
5.4-Even Tree of Chemical Release