2015 Canadian Electrical Code
October 26-27, 2017 - Halifax, NS
Designers, installers and operators of electrical equipment and electrical facilities are responsible for code compliance and public safety. The Canadian Electrical Code provides minimum safety requirements designed to prevent undue electrical fire and shock hazards. This seminar offers important insight into correct application of the code to wiring systems, grounding and bonding, protection and control, motor applications, lines, high voltage substations, hazardous locations, fire alarm systems and emergency systems. It explains the use of other standards referenced throughout the electrical code such as the National Building Code, IEEE, NFPA and CSA. Provincial and Territorial amendments to the code are also covered as applicable.
The seminar will highlight some important code changes such as new definitions and new requirements for grounding and bonding, tamper-proof receptacles, sunlight resistance for wiring and cables, abandoned wire and cables, carbon dioxide detectors, wiring over swimming pools, hazardous location motors transformer loading and overcurrent protection coordination for emergency power supplies.
Participants are encouraged to bring a copy of the 2015 Canadian Electrical Code to the course as it will be frequently referenced throughout the two days.
You Will Receive
Each participant will receive a set of notes that will serve as reference and information.
Who Should Attend
This seminar will be of interest to engineers, technologists, contractors and management involving design, construction, maintenance, plant management, electrical utility operations, manufacturing and government.
Electrical code compliance is a mandatory requirement in all provinces and territories of Canada. Excellent code knowledge is fundamental to correct specification, installation and operation of electrical equipment and facilities. Compliance with the electrical code is a legal requirement. This seminar offers participants an in-depth understanding of the code in a broad range of applications.
Day 1 - registration/check-in will start at 8:00 a.m. with sessions to begin at 8:30 a.m. and adjourn at 4:00 p.m. Day 2 will commence at 8:30 a.m. and adjourn at 4:00 p.m. There will be 15 minute mid-morning and afternoon breaks. Lunch is on your own from 12:00 noon to 1:00 p.m.
Wire and Cable Applications
- Wire and cable - specifications and conditions of use
- Conductor sizes, ampacities, temperature ratings
- Flame spread ratings
- Parallel conductors
- Underground conductors
- Sheath currents and eddy currents
- High voltage conductors
Grounding and Bonding
- Electrical system grounding
- Electrical equipment bonding
- Bonding other systems
- Single point bonding
- Grounding and bonding methods
High voltage grounding, ground potential rise, step and touch potentials
Protection and Control
- Overload and overcurrent protection
- Ground fault protection
- Series rated equipment
- Fuse and circuit-breaker applications
Switching and disconnection
Fire Alarm Systems and Fire Pumps
- Wiring and overcurrent protection methods
- Service duty
- Overcurrent and overload protection
- Conductor ratings, services, feeders and branch circuits
- Grouped motor protection
- Motor disconnection
High Voltage Substations and Lines
- Electrical system fault levels
- Basic impulse levels
- Overcurrent protection
- Lightning arresters
- Clearances - lines and substations
- Liquid-filled electrical equipment
- Class I flammable and explosive gases and vapours
- Class II combustible and conductive dusts
- Class III ignitable fibres and flyings
- Area classifications, divisions and groups
- Electrical equipment specifications for hazardous locations
- Wiring systems and sealing method
- Intrinsically safe and non-incendive circuit
Purged electrical systems
Emergency Power Supply, Unit Equipment, Exit Signs and Life Safety Systems
- Emergency power supply
Emergency lighting and exit signs
Questions & Answers
Les Stoch is President of L. Stoch and Associates, offering electrical engineering services, professional development and training. His industry experience includes 21 years with Ontario Hydro as an Electrical Inspection Manager and Engineer. Mr. Stoch obtained his Electrical Engineering Degree from Sir George Williams University (Concordia) in Montreal. He is a member of the Professional Engineers of Ontario, the American Society for Quality, the Ontario Electrical League and the International Association of Electrical Inspectors. He served for eight years on the Provincial Advisory Committee, which develops Ontario's Electrical Safety Code. Mr. Stoch also audits electrical utilities for compliance with Ontario’s electrical distribution regulation OR 22/04. He also carries out forensic engineering work – investigating and reporting on electrical fires and accidents.