Act Now! Limited Seating! Full Program Details
Click Here For Your FREE On-Site Training Quotation
Visit Our Arc Flash Information Centre
Reduce your personal risk of injury by attending our NFPA 70e Presentation. This year, Michael Hodder, one of the electrical industry's leading authorities on Arc Flash and Arc Blast Hazard Protection and Mitigation, will present new content NOT covered in our previous forums and report on recent code revisions from NEC and NFPA, and the Canadian Electrical Code. In addition to this, Andy Kerr of EUSA will discuss general electrical safety principles and will train delegates on how to best develop an effective electrical safety program. Between these two elements, there will be plenty of examples and exercises for delegates to follow and then take back and apply to their electrical safety work practices.
From our "Arc Flash Awareness" presentation you will:
- Define short circuits and electrical arcs.
- Understand electrical safety parameters.
- Determine energy released during a short circuit and why you need to be protected.
- Learn techniques for reducing potential explosive energy.
- Learn how to protect yourself and those around you from electrical hazards.
- Learn how to select proper personal protective equipment (PPE) for the right environment.
Dangers such as shock, electrocution, and arc blast will always be present on the job, but proper training and safety strategies can minimize the likelihood of injuries and fatalities. NFPA 70E - Electrical Safety in the Workplace - covers the full range of electrical safety issues from work practices to maintenance, special equipment requirements, and installation. In fact, OSHA in the United States already bases its electrical safety mandates on the comprehensive information in this important Standard. THIS
STANDARD FOR ELECTRICAL SAFETY PROTECTION IS BEING CONSIDERED FOR ADOPTION IN
CANADA AND IT IS ADVISABLE THAT ALL CANADIAN COMPANIES BECOME FAMILIAR WITH ARC
FLASH STANDARDS AND PRACTICES
Who Should Attend:
Utility, industrial, commercial, institutional electrical professionals, electrical contractors, and others who are involved in hands-on electrical roles or maintenance planning. This includes electrical engineers, electrical technicians, electricians, linemen, supervisors, and other personnel who work on or near energized electrical equipment and systems.
Bonus Features:
With your forum participation, (which includes Refreshments and Lunches) you will receive the following:
- FREE 133-Page NFPA 70E STANDARD FOR ELECTRICAL SAFETY IN THE
WORKPLACE (Value $60)
- FREE Electricity Forum 120-page Electrical Safety Handbook (Value $35.00)
- $100 Coupon Toward any Future 2006 Electricity Forum Event
(Restrictions Apply)
- 1.4 Continuing Education Unit (CEU) Credits
- FREE Magazine Subscription (Value $50.00)
- Forum Presentations in Paper Format
- CD-ROM containing Presentations
- Register Three, Get One FREE
FULL DAY TUTORIAL
DAY 1
9:00 a.m.
Electrical Safety and Arc Flash Awareness
This year's NFPA 70e presentation contains new content NOT covered in previous Forums. We will be detailing the basic elements of electrical safety, current and proposed standards, how to prepare for safe electrical work, and a detailed analysis of the NFPA 70E standard for determining arc flash and arc blast hazard and then how to properly protect yourself from such incidents. There will be plenty of examples and exercises for delegates to follow and then take back and apply to their electrical safety work practices.
Hightlights of Presentation:
Electrical Hazards
FIVE MAIN FACTORS IN ELECTRICAL ACCIDENTS
ELECTRICAL SHOCK
ARC FLASH DEFINED
INCIDENT ENERGY DEFINED
ARC FLASH BURN INJURIES
ARC BLAST PRESSURE
INHALATION INJURIES
Existing and Proposed Standards
NFPA70E-2004
IEEE 1584-2002
CANADIAN ELECTRICAL CODE 2006 CHANGES
OSHA
OCCUPATIONAL HEALTH AND SAFETY ACT AND REGULATIONS
PROVINCIAL REGULATIONS
Preparing to Work Safely
DETAILED DESCRIPTION OF A "JOB BRIEFING"
HOW TO PREPARE AN "ENERGIZED WORK PERMIT" AS PER NFPA 70E
Determining Safe Approach Distance
DEFINITIONS OF BOUNDARIES AND SPACES
LIMITS OF APPROACH
SHOCK HAZARD ANALYSIS
SHOCK PROTECTION BOUNDARIES
UNDERSTANDING AND APPLYING NFPA 70E TABLES
LIMITED APPROACH BOUNDARY
RESTRICTED APPROACH BOUNDARY
PROHIBITED APPROACH BOUNDARY
HAZARD BOUNDARY
Determining ARC Hazard Risk Category
USING NFPA70E TABLES
Fault Current Calculations
POWER SYSTEM SHORT CIRCUITS
BOLTED FAULTS
CALCULATING PROSPECTIVE SHORT-CIRCUIT CURRENT
CALCULATING BOLTED FAULTS
ARCING FAULTS
CALCULATING ARCING FAULT CURRENT
Determination of Arcing Fault Clearing Time
TIME CURRENT CURVES
COORDINATION STUDIES
Boundary Calculations
DETAILED EXAMPLES AND EXERCIZES
Determining Arc Flash Hazard Risk Category
DETAILED EXAMPLES AND EXERCIZES
SIMPLIFIED TABLE APPROACH
MATRIX TABLE APPROACH
SINGLE LINE DIAGRAM
SHORT CIRCUIT STUDY REPORT
COORDINATION STUDY REPORT
EXERCISE #1 - HAZARD/RISK CATEGORY FOR AN MCC
EXERCISE #2 - HAZARD/RISK CATEGORY FOR AN MCC
EXERCISE #3 - HAZARD/RISK CATEGORY FOR POWER CIRCUIT BREAKER SWITCHGEAR
EXERCISE #4 - HAZARD/RISK CATEGORY FOR METAL CLAD SWITCHGEAR 1Kv AND ABOVE
NFPA 70E TABLE 130 - PROTECTIVE CLOTHING AND PPE MATRIX
Incident Energy Exposure Calculations
SELECTING THE CORRECT LEVEL OF PPE
NFPA 70E CALCULATION METHOD
CALCULATING ARC IN A CUBIC BOX
COMPARISON OF "ARC IN OPEN AIR" TO "ARC IN A BOX"
IEEE 1584 METHOD
Hazard Analysis
DEMONSTRATION OF VARIOUS SOFTWARE PACKAGES
ARC FLASH LABELS
NEC 2002 EDITION
Practical solutions for Reducing Arc-Flash Hazard
MINIMIZE RISK WITH GOOD SAFETY PRACTICES
CONSIDERATIONS FOR NEW EQUIPMENT
REDUCE THE AVAILABLE FAULT CURRENT
HOW TO INCREASE WORKER DISTANCE
PROVIDE FASTER TRIPPING TIME
Act Now! Limited Seating! Full Program Details Here
|