Canadian Electrical Industry News Week

Mar 7, 2021

William (Bill) BurrBy William (Bill) Burr

Section 30 - Installation of Lighting Equipment as outlined in Rule 30-000 Scope is a supplementary or amendatory section of the code and provides additional and specific requirements for the location, installation, wiring, protection, and control of all lighting equipment. Appendix B contains important additional helpful notes and the CEC Handbook contains helpful information on determining conductor sizes and protection ratings.

Rule 30-002 - Special terminology, has definitions for terms specifically used in this section for specific types of lighting.

Cabinet lighting systems, undercabinet lighting systems and landscape lighting systems are complete extra-low-voltage lighting assemblies that are packaged by the manufacturer & which include installation instructions.

Cable lighting systems are extra-low-voltage lighting systems with bare secondary conductors for one or more luminaire heads, commonly referred to as trapeze lighting.

Recessed luminaires, Type IC, inherently protected, Non-IC, and Non-IC with marked spacing are luminaires intended to be wholly or partially recessed in a ceiling or surface and are either intended to be in contact with insulation, not in contact with insulation, in contact with insulation but inherently thermal protected or not in contact with specifically marked spacing.

General

Rules 30-100 to 30-110 cover general requirements for the installation and wiring of luminaires, lampholders, incandescent filament lamps, electric discharge lamps and associated electrical equipment.

Rule 30-102 requires that branch circuits for luminaires etcetera be limited to a nominal system voltage of 600Y/347 volts and 150 volts-to-ground in dwelling units.

Rule 30-104 requires that the rating of protection of luminaires be based on the voltage involved, whether in a dwelling unit or non-dwelling unit, and type and arrangement of the luminaire as per sub rules (a) to (d).

Rule 30-106 requires that the overcurrent device for high-intensity discharge lighting equipment shall not be included in the luminaire or ballast box unless the combination is so marked.
Rule 30-108 specifies that an overcurrent device be provided for each arc lamp or series of lamps.

Rule 30-110 requires that, except for cases of line-to-line voltage, luminaires shall be polarized so that the identified insulated conductor is attached to the identified terminal.

Rule 30-112 requires the non-current carrying metal parts of luminaires to be bonded to ground as per the rules of Section 10.

Location of lighting equipment

Rule 30-200 provides requirements for luminaires when installed near or over combustible material.

Rule 30-202 outlines the requirements for luminaires installed in show windows.

Rule 30-204 gives restrictions on the location of luminaires, and prohibits the installation of some types of luminaires, in clothes closets.

Installation of lighting equipment

Rules 30-300 to 30-324 provide requirements for the installation of all lighting equipment. These rules cover such areas as preventing exposure of live parts, proper supporting of luminaires, providing covers for associated outlet boxes, providing adequate wiring space for insulated conductors and connections, and preventing temperatures exceeding insulated conductor ratings.

Rules 30-308 to 30-310 provide requirements for circuit connections and for the insulation of conductors when the luminaire is used as a raceway.

Rules 30-312 to 314 provide requirements governing the installation of luminaires with combustible shades and enclosures and protection of luminaires below a minimum height. (Note that these requirements reflect requirements in the National Building Code as referenced in Appendix G).

Rules 30-316 to 30-322 provide requirements for luminaires installed in damp or wet locations, lighting equipment in damp locations near grounded metal, where exposed to flying objects, and for totally enclosed gasketted luminaires.

Rule 30-324 provides requirements for the installation of arc lamp luminaires either indoors or outdoors.

Wiring of lighting equipment

Rules 30-400 to 30-412 provide requirements for connection of all lighting equipment. They cover connection of luminaires, colour coding of insulated conductors, conductor insulation, exposed conductors on suspended luminaires, connection of ceiling outlet boxes, connection of show window luminaires and the use of tap connection insulated conductors.

Rule 30-500 has been reserved for further use.

Lampholders

Rules 30-600 to 30-608 are the requirements for the installation of lampholders. These rules cover the connection of the identified insulated conductor to lampholders, switched lampholders used on an unidentified circuit, luminaires with pull-type switch mechanisms, lampholders in wet or damp locations, and pendant lampholders.


Electric-discharge lighting systems operating at 1000 V or less

Rules 30-702 to 30-712 provide the requirements for the non-use of oil-filled transformers, installation on DC circuits, voltages in dwelling units, installation of auxiliary equipment such as reactors, capacitors, and resistors, control of luminaires, and branch circuit capacity.


Electric-discharge lighting systems operating at more than 1000 V

Rules 30-802 to 30-822 cover prohibition of equipment with voltage of more than 1000 volts in dwelling units, installation of lighting system control, transformer ratings, prohibition of liquid filled transformers except for non-flammable liquids, secondary connection of transformers, location of transformers, wiring methods, transformer loading, lamp supports, lamp terminals and lampholders, and marking.

Recessed luminaires

Rules 30-902 to 30-908 provide the requirements for the installation and spacing of various types of IC, non-IC and designed-for-non-combustible-surfaces luminaires recessed in cavities in ceilings or walls.

Rule 30-910 provides requirements for the connection of recessed luminaires.

Permanent outdoor floodlighting installations

Rules 30-1000 specifies that the requirements of this part are for installation of Permanent Outdoor Floodlighting Installations mounted on poles or towers and with the understanding that, except for changing of lamps, all maintenance is done by qualified persons.

Rules 30-1002 to 30-1014 cover service equipment, underground wiring methods, wiring methods on poles, disconnecting means at poles, overcurrent protection of pole-top branch circuits, branch circuit insulated conductors, cables, and joints.

Rules 30-1016 and 30-1018 are requirements for the location and overcurrent protection of transformers.

Rule 30-1020 covers the switching requirements for floodlights.

Rules 30-1022 to 30-1028 apply to the grounding and bonding of permanent outdoor floodlight installations in accordance with Section 10. Also note diagram B30-1 in Appendix B for additional guidance.

Rule 30-1030 applies to the necessity for and installation requirements of climbing steps on poles.

Exposed wiring for permanent outdoor lighting

Rules 30-1100 to 30-1120 provide the requirements for the installation of exposed insulated conductors and cables for permanent outdoor lighting other than floodlighting, where the circuits are run between buildings or poles. These rules cover insulated conductor and cable types, use of insulators, height of insulated conductors and cables, spacing from combustible material, spacing of insulated conductors and cables, lampholders, protection of lampholders, use and construction of messenger cables, and branch circuit loading and protection.

Extra-low-voltage lighting systems

Rules 30-1200 to 30-1208 are the requirements for extra-low-voltage lighting systems and provide guidelines for sources of supply and the installation of landscape, cable and cabinet and undercabinet lighting systems.

In the next installment, we will be discussing Section 32 – Fire Alarm Systems, Fire Pumps, and Carbon Monoxide Alarms.

William (Bill) Burr is the former Chair of the Canadian Advisory Council on Electrical Safety (CACES), former Director of Electrical and Elevator Safety for the Province of BC, and former Director of Electrical and Gas Standards Development and former Director of Conformity Assessment at CSA Group. Bill can be reached at Burr and Associates Consulting billburr@gmail.com.

* Source: CSA C22.1:21, Canadian Electrical Code, Part 1 - Safety Standard for Electrical Installations. © 2021 Canadian Standards Association. Please visit store.csagroup.org. With the permission of CSA Group, material is reproduced from CSA Group standard CSA C22.1:21, Canadian Electrical Code, Part 1 - Safety Standard for Electrical Installations. This material is not the complete and official position of CSA Group on the referenced subject, which is represented solely by the Standard in its entirety. While use of the material has been authorized, CSA Group is not responsible for the manner in which the data are presented, nor for any representations and interpretations. No further reproduction is permitted. For more information or to purchase standard(s) from CSA Group, please visit store.csagroup.org or call 1-800-463-6727.

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EIN ABB logo 400ABB is an international company with a large global presence, but did you know that a significant percentage of the products sold in Canada are also designed and manufactured locally?

ABB’s Installation Products division, formerly known as Thomas & Betts, operates seven manufacturing facilities in Canada, six of them in Quebec and one in Alberta.

Many of their most well-known brands, including IBERVILLE®️️, Marrette®️️, Microlectric®️️, and Star Teck®️️, are products that started in Canada and are still manufactured locally to meet Canadian standards.

 

 


 

Canadian Electrical Contractor Discussion Group: Can You Count the Deficiencies?

EIN CECD 400Have you ever been called to fix the work of a 'handyman'?

"Was supposedly done by a"certified ' electrician....told the homeowner that he got a $266 permit....no record at TSBC. Can you count the deficiencies?"

"There is a second panel change in the triplex also.......even more deficiencies. Think the guy was a glorified handyman. Ones not obvious: 240 BB heat hooked up 120....drier on 2p20....range on 2p50....water heater fed with 2c14 Bx on 2p15."

Go HERE to join the discussion

 


 



 

 Siemens Built In Isolation Products 400By Alyssa Kerslake

Life safety today is top of mind for nearly everyone. There is a certain level of trust that fire alarm systems continue to work within a fire incident. With system survivability being a key concern to regulators, building managers, and the public, Siemens has developed systems that are designed to meet and exceed regulations that protect people, property, and assets. 

One of the most significant concerns, particularly in a large multi-story building, is implementing a secure and fully functional fire alarm system. Today, it is not uncommon to have power and data for hundreds of fire alarm devices connected over a single pair of wires. The concern is, if a fault occurs somewhere between the devices, the zone and location of the device may no longer be known, or the operation of that circuit reduced or possibly impaired. These scenarios could allow an undetected catastrophic event to develop within the space due to inoperable life safety devices. 

 

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David Gordon

By Terry Becker, P.Eng., CESCP, IEEE Senior Member

The CSA Z462 Workplace electrical safety Standard published its 2021 Edition in January.  A mandatory requirement for an employer is developing, implementing, and auditing an Electrical Safety Program.  If you have an Electrical Safety Program, is it up to date in its policies, practices and procedural requirements, is it performing as expected?  Workers do not necessarily do what you expect, they do what you inspect!  Management of change is required.

I have been involved in supporting industry with respect to shock and arc flash hazards in the workplace and in understanding what needs to be done to ensure worker safety, that effective defendable due diligence is established, and evidence of compliance is available related to occupational health & safety regulations both Provincial, Territorially or Federally.  I am in Ontario this week completing a detailed Electrical Safety Audit at multiple enterprise facilities.


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Milwaukee M12 Cable Stripper

Connect plug-in lamps, holiday lighting, and small appliances to the top “Controlled” outlet, while the bottom “Powered” outlet remains always on. The DW15R features tamper resistant receptacles with built-in shutters to prevent the insertion of unintended foreign objects. As well, the integrated button with vanishing feedback LED provides manual push-button on/off control and clear indiciation at any time.

Simplify control of the residence - schedule lamps and connected loads to turn on/off at specific times or based on sunrise/sunset, easily group smart devices into rooms, and create scenes to activate multiple loads at once. Utilize the auto-shutoff feature as a countdown timer in closets, hallways and bathrooms.

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Incoplas Hybrid

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Hazardous Location (HL) Series Contact Blocks are good for Hazardous Location CL1, DIV2 Applications using a Standard Enclosure NEMA 1, 12, 13, 4, 4X.

HL Series Contact Blocks are rated for switching high inrush loads like Tungsten Lamps.

 

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EarthTronics 25-Watt Emergency Driver for Linear Highbay

The 20A Outlet and 15A Outlet have the ability to allow function specific Inserts to be installed/removed/swapped making this platform an optimal choice for renovations and new construction. The Swidget Outlet is installed using the same wiring as a standard wall receptacle and when paired with a Swidget Insert turns into a powerful and flexible Smart Home device. The swapability of the Inserts ensures that this will work with Smart Home wireless systems now and in the future.

The Swidget product line targets the Home Automation and Smart Home markets with a unique future-proof solution. Swidget currently offers eight smart Inserts with different functionalities including Wi-Fi control, indoor air quality sensor, temperature, humidity, and motion sensors, as well as a USB charger guide light, and emergency lighting. They can all be controlled from anywhere with the Swidget App for iOS/Android or Alexa and Google Home.

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EngWorksBy Blake Marchand

EngWorks was formed in 2004 as an electrical engineering and consulting firm by Allan Bozek, “After a short time we realized there was a niche in hazardous locations, in particular in hazardous area classification design requirements for various facilities. And also helping people understand just how the Canadian Electrical Code applies to hazardous locations.”

Given the complexity of hazardous locations, Bozek saw a need for education while working in the field and began developing training courses designed.

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Éric DeschênesBy Line Goyette

As the head of ABB Canada's electrification business unit, Éric Deschênes is no newcomer to the electrical industry. He has a long track record and a passion for finding practical solutions to optimize technology adoption. Deschênes took on his current role with ABB January of 2020, he joined ABB in 2017 as Executive VP of the Electrification business after 15 years with Schneider Electric.

We met with him recently to discuss his new role at the helm of ABB Canada and his plans moving forward. He began by pointing out that the recent change to ABB Canada's structure, as elsewhere in the world, was made to make customer relations more straightforward. 

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