Canadian Electrical Industry News Week

May 4, 2020

ElectrocutionWhen working with electricity, no hazard should be overlooked. According to specialists, there is no situation where electricity represents a lesser risk for workers. If the power is on, there is danger. The best protection against the risk of electric shock is to turn the power off before starting the task. It doesn’t take much to cause an accident.

Canadian federal legislation requires that employers exercise due diligence against workplace hazards, which means to make every reasonable effort to protect their employees. Bill C-21, passed in 2004, added Section 217.1 to the Criminal Code: “Everyone who undertakes, or has the authority, to direct how another person does work or performs a task is under a legal duty to take reasonable steps to prevent bodily harm to that person, or any other person, arising from that work or task.”

For electrical safety, the CSA Z462-08 standard “Workplace Electrical Safety” began in Canada in 2008. Today, the CSA Z462-18 standard, edited in 2018, is in effect. This standard focuses mainly on arc flash and electrical shock risks, and provides preventive measures to be implemented in order to avoid damages occurring generally when the work is performed in hazardous conditions.

How it is going with your electrical safety program?

According to the regulation, employers must implement and document a comprehensive electrical safety program to outline the activities adapted to electrical hazards, voltage, energy level and circuit conditions in the workplace and surrounding area.

Three types of risk when working on energized equipment:

• Electrization and electrocution. Electricity going through the body or “electrization”, can sometimes cause external and internal burns, cardiac rhythm disorders and injuries to organs. In severe cases, when injuries lead to death, this constitutes an electrocution.

• Burns caused by arc flash. Arc flash can be created by faulty equipment, unleashing a significant amount of energy that will burn the worker. The quantity of energy freed up by the arc is called “incident energy”. This depends on the short-circuit capacity at the fault, the circuit voltage, and opening time for protection.

• Explosion. This is a very dangerous phenomenon for workers. It can rupture eardrums, crush the lungs, and throw debris and molten metals that can severely injure the workers.


Analyzing incident energy

A study shall be conducted by experts to determine the potential exposure of a worker to the energy generated by arc flashes in order to prevent injuries, establish safe work practices and a proper arc flash perimeter, as well as to define the appropriate level of personal protective equipment.
Control of electric risks: working offline

The essence of the Occupational Health and Safety Act supports hazard elimination at the source. Working offline is an efficient method to eliminate hazards and prevent accidents from occurring every year. Constraints sometimes make it difficult to work on de-energized equipment; work planning is also required. Standards, work methods and equipment allow workers to perform their tasks safely.

Personal protective equipment

Employees working in locations where electrical hazards are present must use personal protective equipment designed and manufactured according to the body part to protect and the type of work to accomplish. The equipment is intended to protect workers against arc flash and electric shocks. Although certain situations can provoke skin burns even when protected, these burns are visibly reduced and not lethal. The protective equipment must be maintained in a safe and reliable state, visually inspected before each use, and stored properly to prevent deterioration due to humidity, dusts and other deteriorating agents.

Labelling clothing and PPE

The labelling of clothing and equipment must contain the following information:

• tracking code
• compliance to the ASTM F1506 standard
• name of manufacturer
• size
• care instructions and fibre composition
• ATPV (Arc Thermal Performance Value) or EBT (Energy Breakopen Threshold) indicated in cal/cm2 (for each fabric layer)

Labelling of electrical equipment

The relevant electrical equipment must be labelled on site to warn qualified people of the potential risks of arc flashes. Here are a few examples of equipment that must be labelled using warning labels:

• distribution panels
• electrical panels
• motor control center
• industrial control panels
• counter junction boxes

Labelling is necessary for every electrical equipment that may require an inspection, adjustment or maintenance when energized, which can potentially cause an arc flash.

Every modification or renovation of electrical equipment can cause a change in the data indicated on the label and will require an update of the arc flash assessment and labelling. The CSA Z462 standard can guide organizations through the implementation of an appropriate safety program. The safety program must at least be verified at intervals of no more than three years and the evaluation of electrical hazards must be reviewed periodically at intervals of no more than five years.

According to the CE Electrical Code, it is required to affix the label in a visible place for qualified people so it can be consulted before beginning the work. Generally, the label is placed on the outside of the panel or on the box door. In certain cases, organizations can choose to install the label on the inside of the door to protect it; however, it should only be done if the door must be opened to remove the front of the box in order always to make the label visible.

The key point is that labels must always be easily visible to workers before they are exposed to potentially dangerous equipment.

From the moment organizations become aware of electrical hazards, SPI offers services and equipment to protect people who work, one way or another, with electricity. Contact our experts for advice or for training your teams.

This article was first published online by SPI Health and Safety; www.spi-s.com/en/blog/electrical-safety/electrical-safety-in-the-workplace. The company’s mission is to be the single most valuable partner for companies that value health and safety in their work environment.


 Salex Expands to Southwestern Ontario                                                                   

LDS Salex 12 175

Salex continues to support the Southwestern Ontario market with representation of key market leaders in lighting and controls, including its partnership with Axis Lighting, Beghelli Canada and OSRAM.

Axis Lighting is an innovative, forward-thinking manufacturer delivering high-performance LED luminaires for general, ambient and task lighting in office, commercial and institutional spaces. One of their leading-edge developments includes Stencil. Stencil brings together lighting segments and connectors called Hubs, the building blocks for creating forms and patterns of all sizes. 

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Changing Scene

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The Jaibot executes its tasks based on building information modeling (BIM) data. The robot is a completely cordless and easy-to-use system that doesn’t require expert skills. It locates itself accurately indoors, drills the holes dust-controlled and finally marks them according to the trade. 

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EIN AEA virtual 400Mark your calendars for Nov. 24-25 and get ready for a virtual trade show and amazing technical presentations. AEA, the exhibitors and presenters are so excited to present this event to the entire province of Alberta.

Attendees will have easy access to virtual booths with an opportunity to have their questions answered by qualified people, and win some prizes throughout the days at both the trade show Virtual Floor and by attending the seminars.

 

Go HERE to register and for the full event details

 

 


 



Lighting ControlsBy Jeremy Day

Building a control system for a modern lighting installation can seem like an impossibly complex task. To simplify it, a systematic approach to understanding the needs of the design, facility, and user can be employed. In this white paper, we aim to define the questions one must answer to construct an appropriate control system.

First, and perhaps counterintuitively, one must start with the control narrative. A lighting programming and control narrative is a document that is essential to coordinate the design/construction process with a fully realized final architectural product. 

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Terry BeckerBy Terry Becker

Changes in the CSA Z462 Workplace electrical safety standard are slowing down. Good news! The 2021 edition will see significant reorganization of content in Clause 4.1, changes to existing annexes, some new annexes and a significant change to the arc flash PPE category method of determining “additional protective measures” for a work task’s arc flash risk assessment are included in the 2021 edition.

CSA Z462 2021 edition will not be 100% technically harmonized with the 2021 edition of NFPA 70E...


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Product News

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Shat-R-Shield Ironclad VR ProShat-R-Shield's Correctional Cell Fixture is designed to withstand extreme abuse by using materials that are virtually indestructible. Built with 1/2" thick 304 Stainless Steel and a cast .400" thick diffused lens, this light fixture is built to withstand hard/repetitive impacts and its tight design offers no point of entry.

The Ironclad® Vandal-Resistant (VR Pro) fixture uses an LED high efficiency light engine with a cool light that simulates daylight. The incorporated count light LED module can be turned on and off. Tested to Canadian and US standards by Underwriters' Laboratories, this fixture carries a cULus rating.

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M12™ Heated TOUGHSHELL™ Jacket KitOur heated TOUGHSHELL™ jacket is powered by our powerful M12™ REDLITHIUM™ batteries. Each heated jacket uses carbon fiber heating elements to create and distribute heat to your chest, back and front hand pockets. A one-touch LED controller heats up the battery heated jacket to three heat settings, creating a comfortable heat for any environment or weather.

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Peers & Profiles

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Rutul Bhavsar 1 400By Blake Marchand

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Sustainability at Mohawk College. Rutul’s interests lie in the more progressive areas of the industry, automation, control, and energy efficient technologies. It is no doubt a positive sign for the industry to have talented individuals such as Rutul who are passionate about contributing to a more sustainable future. 

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