Codes & Standards

EEMAC works actively in North American and International standards harmonization arenas to ensure members' interests are heard.  

EEMAC's close connection with its sister organization in the United States, the National Electrical Manufacturers Association (NEMA), and its work with the Council for the Harmonization of Electrotechnical Standards of the Nations of the Americas (CANENA) allows members on either side of the border to be kept current and involved with developments in each country.  

For more information on codes and standards activities, contact Joseph Neu, Vice President, Engineering, Codes & Standards at jneu@electrofed.com, 905-602-8877 ext. 232.  

EEMAC STANDARDS

EEMAC has not supported the development or updating of any EEMAC Industry Product Standards since 1994. While most EEMAC Standards are inactive and out of date, a number of them continue to be referenced in Federal and Provincial legislation and some are still being used by our member companies. There is no plan to formally withdraw the EEMAC Standards at this time. All of the known EEMAC and CEMA (Canadian Electrical Manufacturers Association) Standards are available free of charge for information or downloading on this website.

• 1B-1 CEMA Standard for Wet - Process Porcelain Insulators (Strain Type)
• 2B-1 EEMAC Standard For Wet - Process Porcelain Insulators (Spool Type)
• B6-1 EEMAC Standard For Insulating Mineral Oil For New Electrical Apparatus
• 1D-1 CEMA Wiring Device Standard
• 2D-1 CEMA Wiring Device Standard
• 3D-1 CEMA Wiring Device Standard
• 1E-1 EEMAC Suggested Standard For Future Design
• E14-2 EEMAC Standard For Industrial Controls And Systems
• F4-1 CEMA Standard For Underfloor Distribution System
• F5-1 EEMAC Standard For Cabletrough Systems & Accessories
• 1G-2 EEMAC Switchgear Standard Ratings Of Indoor Disconnecting Switches
• 2G-2 CEMA Switchgear Standard Ratings Of Indoor Disconnecting Switches
• G1-1 EEMAC Specification For Indoor & Outdoor Switch & Bus Insulators
• G8-2 CEMA Switchgear Assemblies
• G8-3.1 EEMAC Standard For Metal Enclosed Low Voltage Power Circuit Breaker Switchgear
• G8-3.2 EEMAC Standard For Metal Clad And Station Type Cubicle Switchgear
• G10-1 CEMA Revenue Metering Equipment In Switchgear Assemblies
• G11-1 EEMAC Standard Guide For Measurement Of Corona In Switchgear Assemblies
• G13-1 EEMAC Standard For Unit Substations
• GL1-3 EEMAC Standard For Power Transformer & Reactor Bushings
• 8L-3 EEMAC Standard For Instrument Transformers
• L10-1 CEMA Standard For Load Tap Changing Paralleling Schemes
• L13-1 CEMA Standard For Dielectric Tests And Test Procedures For Power Transformers
• L14-1 CEMA Standard For Liquid Level Indicators For Power Transformers
• L15-1 CEMA Standard For Temperature Indicators For Power Transformers
• L16-1 EEMAC Standard Distribution Transformer Warning Labels
• L9-3 EEMAC Standard Interchangeability Of HV Bushings On Pole Type Distribution Transformers
• M1-6 EEMAC Standard For Motors & Generators
• M1-7 1990 EEMAC Standard For Motors & Generators
• M1-7 1992 EEMAC Standard For Motors & Generators
• M2-1 EEMAC Standard For Lead Marking & Connections For Single Phase & Polyphase Induction Motor
• M3-1 CEMA Standard For Terminology Of Motor Parts
• 1Q-1 CEMA Standard For Packing Of Pole Line Construction Materials
• 100-2 EEMAC Authorized Engineering Information Motor Starting Data
• 101-1 EEMAC Authorized Engineering Information Ground Fault Protection Application Guide
• 102-1 EEMAC Authorized Engineering Information Guide For Joining Electrical Conductor In Switchgear
• 1Y-2 CEMA Standard For Bushing Stud Connector & Aluminum Adapters
• 2Y-1 CEMA Standard For CEMA Light Grey Colour For Indoor Switchgear
• Y1-2 EEMAC Standard For Performance Specification For Finishing Systems For Outdoor Electrical Equipment
• G8-3.3 EEMAC Standard For Metal Enclosed Interrupter Switchgear Assemblies
• G12-1 CEMA Standard Practices & Requirements For Semiconductor Power Rectifiers
• G14-1 EEMAC Procedure For Testing The Resistance Of Metal Clad Switchgear Under Conditions Of Arcing Due To An Internal Fault