BLOG Category Archives: In-the-News

January 2019

Dear valued customers,

We have some exciting news to share with you! We are pleased to announce that, after careful deliberation and planning, we have decided to merge the Standard & Stanpro businesses together.

Strategically, this merger will allow the two companies to utilize each other’s strengths and synergies. This will allow the combined entity to increase its value proposition and to invest and grow at an accelerated pace.

Merger benefits and features

This said, some of the key benefits and features of this combined business are as follows. It will:

• Be one of the largest lighting companies in Canada, employing close to 400 people
• Be 100% Canadian owned and managed
• Have Design, Engineering & Manufacturing capabilities in Canada
• Possess core strengths in Construction Projects, Retrofit, & National Accounts
• Enjoy extensive business development capabilities at Specification, Contractor, and End-User levels to create demand for its products and to support its distributor network
• Include the following major categories:
  • Industrial Lighting
  • Commercial Lighting
  • Architectural Lighting
  • Decorative Lighting for Commercial & Residential Applications
  • Emergency Lighting
  • Explosion Proof and Harsh Location Lighting
  • Accent Lighting (Tapes, Strings, Pucks, Undercabinet, etc.)
  • Temporary Lighting
  • Lamps
  • Ballasts
  • Drivers

In the meantime

Combining the two businesses will be a major effort, of course. We plan to “go live” as a combined business in the fourth quarter of this year once we migrate to a uniform platform on SAP. Between now and then, we will combine parts of the businesses that make sense and leave other parts as is. For example, you will continue to call the same inside sales people, place purchase orders, and receive orders for Stanpro separately from Standard. From an outside sales perspective, each company’s reps will be able to offer both Standard and Stanpro products for stock as well as for project and retrofit opportunities.

In the next week, we will be busy communicating and rolling out the plan to our employees and will be providing a further update on February 7th. It will outline detailed changes that we will be implementing. We feel confident that our updated structure will allow us to serve and support you in an even more significant way moving forward.

The future

In the fourth quarter, once we “go live”, the combined company name will change to Standard-Stanpro Inc. All services and support, namely, will be integrated. Currently, distribution centers and sales offices are located in multiple buildings in BC, Ontario, Quebec, & Nova Scotia. While we plan to keep the same footprint, we will eventually be consolidating into one facility in each area where we have more than one property.

In terms of Management, Standard’s David Nathaniel will be the CEO of the combined business. On the other hand, Stanpro’s Sam Rimoin will be President, and Stanpro’s Rob Nadler will be Executive Vice-President. Sam and Rob have done a fantastic job building Stanpro over the past 18 years. They have the experience and capabilities to take our new business successfully into the future.

We are proud of the teams at both Standard and Stanpro and thank them for putting us in a position that allows us to join our forces. We will move forward stronger and more capable than ever to bring value to you, our employees, and the marketplace.

Most of us take light for granted. It has become so ubiquitous and cheap to use that we don’t really stop to think about emergencies. Thankfully most buildings are required by law since 1974 to be equipped with emergency lighting that automatically activates during power failures to facilitate our exit.

Emergency lighting is only one component of a building’s life safety systems, but perhaps one of the most important. It provides a minimum level of visibility to help direct the building’s occupants safely out of it. Moreover, it also helps personnel and emergency responders locate safety equipment, perform safety functions, or shut down hazardous equipment or operations.

Requirements for emergency lighting differ from facility to facility, but we will attempt to shed some light on the subject so you can better be acquainted with the emergency lighting category.

About emergency lighting

An emergency light is, in its most simple definition, a battery-backed lighting device that switches on automatically when a building experiences a power outage or when a lighting circuit fails.

Emergency lighting is mandated by federal, provincial and/or association codes and criteria. These are borne out of those collective governing bodies’ desire to achieve safety and security on the path of egress, in residential, commercial and industrial areas.

Path of egress refers to a continuous and unobstructed way to exit a building, structure or space. Buildings or portions of buildings thereof must, in accordance with various safety codes, have a sufficient amount of lighting on paths of egress. These must be maintained and well lit in the random event of an emergency. The lighting used in these emergency exit paths must also fit certain codes.

Emergency lighting other than emergency signs must provide an average level of illumination of 10 lx or 1 foot candle and cannot be less than 1 lx or .1 foot candles (luminous flux per unit area) at floor or tread level in places such as exit ways, principal exit routes, corridors serving the public, underground walkways, and more.

How does emergency lighting work?

When power is lost, AC power is therefore lost, so the backup battery unit turns on and transfers power to the lighting system (this is called DC power). When AC power is restored, the emergency lighting batteries must be fully charged within 24 hours.

The National Fire Code of Canada (FCC) requires that emergency lighting be tested for one minute each month and once a year a full discharge for 30 minutes (repeated 24 hours later)

The reason is simple, cyclic operation is required for all batteries; otherwise it will probably not work when the time comes. It’s proven that non cycled batteries have a lifespan of no more than 3 years, whereas regularly cycled batteries have a minimum lifespan of 7 years. Most battery units can comprise an auto-test function to facilitate meeting code requirement. The 30-minute discharge test is intended to simulate an emergency situation in accordance with FCC requirements. The second 30-minute discharge test performed 24 hours later aims to ensure that the product is ready in case of power failure CSA requires all emergency power supplies to be fully charged in less than 24 hours.

About exit signs

An exit sign is a device used in any public facility and denotes the location of the closest emergency exit in case of a fire or other emergency. It has to be powered, show the exit direct, and can be mounted in various ways depending on preferences or location (ceiling mounting, recessed mounting, end mounting, wall mounting or pendant mounting).

There are different types of emergency exit signs, depending on environment and application.

Electrical signs include:

• Running Man
• Exit
• Exit-Sortie
• Sortie

Non-electrical signs include:

• photo-luminescent signs
• tritium (radio luminescent) signs

Currently, new constructions are required by code to install the new green running man signs, consisting of a green and white pictogram and arrow, which display the direction of the exit. Older constructions are required to gradually update the old red exit text signs to the running man ones, to conform to the 2015 National Building Code.

Every exit sign must be visible from a distance of 100 feet and on approach of the exit. It can be internally or externally illuminated, in conformance with their respective codes. Internally illuminated signs are powered by an electrical circuit. Externally illuminated signs are not powered by an electrical circuit, but by regular luminaires and must maintain 5’ candle per legend 24/7.

The breaker serving emergency signs cannot light anything else but the sign it was wired for. It must also be connected to an emergency power supply at all times and remain on even when there is no AC power failure. In short signs must be on a dedicated breaker.

AC/DC

No, we’re not referring to the 80s band! AC/DC refers to the current that powers the emergency light.

The abbreviations are defined as follows:

• AC = alternating current (hydro)

• DC = direct current (batteries)

Alternating current (AC) is an electric current that periodically reverses direction, in contrast to direct current (DC) which flows only in one direction. Alternating current is the form in which electric power is delivered to businesses and residences, and it is the form of electrical energy that consumers typically use when they plug kitchen appliances, televisions, fans and electric lamps into a wall socket.

Direct current (DC) is constantly self-powered, such as with a battery, so that the current (voltage) is always constant, with no dips or spikes.

Normally on/off

• “Normally on” means the unit is on all the time, 24/7. It is active when AC power is present or when DC power kicks in. Exit signs are always “normally on”.

• “Normally off” means the unit is off when AC power is running, but turns on when DC power kicks in. Remote heads are usually “normally off”.

Types of emergency lighting 

Traditional: battery units utilizing sealed lead batteries in various configurations to give 6vdc, 12vdc or 24vdc output to normally off remote heads when AC power is lost to the panel they are connected to. 

Battery packs will operate to a maximum of 120 minutes to the minimum required by code of 30 minutes.

Inverters: there are two types:

• IPS interruptible power supply... in short standby system non instant transfer

• UPS Inverters uninterruptible power supply... in short no break load. Maintains 1 cycle of load 24/7 unnoticeable transfer

Both types work off of batteries IPS (mini inverters up to 1440w), utilize a 12vdc or 24vdc battery source, and convert to 120vac for a minimum of 30 minutes with one single circuit allowing regular luminaires to be lit 100% normally on and during a power failure.

UPS Inverters work utilizing 10 12vdc batteries in series to handle normally on loads up to 55kw in single phase or 3 phase applications (loads may vary pending on which phase using).

Inverters are a continuous AC supply and are a single point of service for large commercial, industrial and institutional projects.

To learn more about our inverters, check our Inverters Brochure.

Generators: no batteries required but a backup of diesel or propane tanks are needed to fuel this standby system, which will back up critical lighting and signage in case of a power outage.

The transfer time varies on these 120v or 347v systems but normally is 10-16 seconds pending on loads and age of systems.

These systems are generally used in large condos and industrial jobs.

In conclusion

As we’ve seen, there are many things that make the emergency lighting category particular. We looked at emergency light principles and codes, how it functions, the exit signs subcategory (including electrical and non-electrical signs), and what AC/DC and normally on/off mean. We hope we were able to enlighten you on the subject and that it will help you on your next emergency lighting project.

E.L.S. is now an Authorized Dealer for STI Products.

A stairwell door that did not latch properly let smoke fill a stairwell of the Jane St. apartment block.

The owner of a Jane St. apartment building where a woman died in an April 2015 blaze will pay $71,000 in fines for fire code infractions.

The landlord pleaded guilty July 15 to breaches including exit signs not being illuminated, no records of tests for emergency lighting and a stairwell door not closing or latching properly, Toronto Fire Service said Monday in a news release.

Firefighters responding to a fire in a second-floor unit of found a 3-year-old boy and his mother unconscious in a fifth-floor stairwell of 2850 Jane St., south of Finch Ave., and the boy’s father unconscious in the same stairwell three floors below.

The woman, believed to be in her 30s, died. The man and boy were hospitalized in critical condition but survived their injuries.

Of the fine, $50,000 was related to the stairwell door not latching properly, which let smoke fill the stairway.

The Ontario Fire Marshal's office said the fire was started by an unattended candle in a bedroom in a second-floor apartment.

“Toronto Fire Service offers its sincerest condolences to the family and friends of the deceased,” said Deputy Fire Chief Jim Jessop in the news release. “Fire Services is committed to ensuring that life safety risks to Toronto residents — and to our firefighters responding to incidents in the community — are addressed.”