Posts Tagged ‘facts’
Shocking Facts on Electrical Safety
Shocking Facts on Electrical Safety
When it comes to electrical safety, many people in commercial, service and light industrial sectors view their workplaces as low risk environments where their safety is not at risk. Unfortunately, electrical shock accidents in the workplace are increasingly common in all work environments; not just in construction and heavy industrial settings. In fact, between 1997 and 2003 the workplace became the primary environment for electrical shock accidents!
Identifying electrical hazards and effectively addressing them to prevent accidents that could cause injuries and/or property damage is essential. You may have even noticed some of the most commonly occurring electrical hazards in your workplace without recognizing them as such. For example, lights that flicker, switches or receptacles that are warm to the touch, extension cords not rated for the equipment to which they’re connected, frayed or cracked wires, a slight burning odour coming from panels or transformers or equipment such as computers and photocopiers left on for extended periods of time when not in use.
Though these conditions seem relatively harmless, the fact is that they represent a serious risk of electrical shock or fire; a risk that can and should be prevented. How? By taking a common sense approach that includes:
1. Employee Training
Ensure all employees have taken the appropriate safety training relative to the work that they do; a wide range of training in electrical safety is available through the Electrical Safety Authority and other sources.
2. Awareness
In Ontario, any electrical product sold, displayed, or connected to a source of power must be approved by a recognized certification agency. Any electrical product that is not approved by such an agency may be unsafe and could pose a serious electrical shock and/or fire hazard. Inexpensive extension cords are a primary example; many imported items such as these are not certified to Canadian safety standards and should not be used.
3. Inspections
Electrical Inspections are required for all new electrical equipment installations and for the electrical maintenance of existing electrical installations. Ensure that all work is performed by a licensed electrician as mandated by the Ontario Ministry of Labour.
4. Planned Maintenance
Stop trouble before it starts! Plan electrical maintenance checks for all systems including production, HVAC and others; this not only helps to minimize risk it can also minimize costs by reducing emergency electrical services, electrical maintenance requirements and expensive, avoidable repairs.
Dial One Wolfedale Electric is one of Ontario’s leading commercial and industrial electrical contractors. With over thirty years of comprehensive electrical service experience and over 100 qualified electricians and registered apprentices, Dial One Wolfedale Electric is one of the largest union-free electrical contractors in the province, with offices in Mississauga and London.
For more information about Dial One Wolfedale Electric, please visit our website at http://www.dialonewolfedale.com.
Find More Electricity Articles
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- Workplace Health – Proper Diet And Nutrition | Food and Drink – Report Universe
- Troy Lee Designs and Shock Doctor Announce A Design/Technology Partnership « Transworld Motocross
- Workplace Discrimination & Related Rights in Employment | The World Business
- Wellness not Illness in the Indian Workplace! | Cardrifting.info
Shocking Facts on Electrical Safety
Shocking Facts on Electrical Safety
When it comes to electrical safety, many people in commercial, service and light industrial sectors view their workplaces as low risk environments where their safety is not at risk. Unfortunately, electrical shock accidents in the workplace are increasingly common in all work environments; not just in construction and heavy industrial settings. In fact, between 1997 and 2003 the workplace became the primary environment for electrical shock accidents!
Identifying electrical hazards and effectively addressing them to prevent accidents that could cause injuries and/or property damage is essential. You may have even noticed some of the most commonly occurring electrical hazards in your workplace without recognizing them as such. For example, lights that flicker, switches or receptacles that are warm to the touch, extension cords not rated for the equipment to which they’re connected, frayed or cracked wires, a slight burning odour coming from panels or transformers or equipment such as computers and photocopiers left on for extended periods of time when not in use.
Though these conditions seem relatively harmless, the fact is that they represent a serious risk of electrical shock or fire; a risk that can and should be prevented. How? By taking a common sense approach that includes:
1. Employee Training
Ensure all employees have taken the appropriate safety training relative to the work that they do; a wide range of training in electrical safety is available through the Electrical Safety Authority and other sources.
2. Awareness
In Ontario, any electrical product sold, displayed, or connected to a source of power must be approved by a recognized certification agency. Any electrical product that is not approved by such an agency may be unsafe and could pose a serious electrical shock and/or fire hazard. Inexpensive extension cords are a primary example; many imported items such as these are not certified to Canadian safety standards and should not be used.
3. Inspections
Electrical Inspections are required for all new electrical equipment installations and for the electrical maintenance of existing electrical installations. Ensure that all work is performed by a licensed electrician as mandated by the Ontario Ministry of Labour.
4. Planned Maintenance
Stop trouble before it starts! Plan electrical maintenance checks for all systems including production, HVAC and others; this not only helps to minimize risk it can also minimize costs by reducing emergency electrical services, electrical maintenance requirements and expensive, avoidable repairs.
Dial One Wolfedale Electric is one of Ontario’s leading commercial and industrial electrical contractors. With over thirty years of comprehensive electrical service experience and over 100 qualified electricians and registered apprentices, Dial One Wolfedale Electric is one of the largest union-free electrical contractors in the province, with offices in Mississauga and London.
For more information about Dial One Wolfedale Electric, please visit our website at http://www.dialonewolfedale.com.
Related Electricity Articles
Related Blogs
- SHOCK « The Professional Heckler
- Workplace Health – Proper Diet And Nutrition | Food and Drink – Report Universe
- Troy Lee Designs and Shock Doctor Announce A Design/Technology Partnership « Transworld Motocross
- Workplace Discrimination & Related Rights in Employment | The World Business
- Wellness not Illness in the Indian Workplace! | Cardrifting.info
The History Of Glass Windows – It’s Older Than You Think!
The history of glass windows is something that dates back further than you may expect. Although glass in its natural form has been around since the dawn of time, man-made glass appeared around 3500 B. C. In Mesopotamia. At this time glass was mainly used for decorative purposes and evolved into making vessels out of the substance.
The first instance of glass being used for windows in buildings, especially in Britain, was during the period of the Romans. In the 1st century A. D. It is known that the Romans used glass for a variety of reasons including mosaic tiles, decorating pottery and as windows. It seems that the glass window became more popular with the advent of churches and other places to worship. Most of the earliest examples of Roman window glass are coloured, suggesting that they were stained-glass windows from churches, for example.
The manufacture of glass for windows did not really escalate until the 13th century. The Germans had managed to manufacture sheet glass as early as the 11th century, a process that was to be perfected by the Venetians in the 13th century.
The French were responsible for creating Crown glass (hand blown glass that was flattened) and blown plate glass (hand blown glass that was grinded and polished) in the 14th century. Not keen on sharing their secrets, it was not until the 17th century that other countries in the world learned these techniques. Crown glass and blown plate glass became the two most popular types for glass windows from the 17th century until the 19th century.
After the demise of Crown glass and blown plate glass in the 19th century, sheet glass took over as the popular choice. This is the type of glass that was used in the majority of British windows, in particular the sash window. Sheet glass was quick to fall in popularity after the First World War and from 1959, float glass that had been invented by Sir Alistair Pilkington took over as first choice.
The history of glass windows is a fascinating story and is something that is destined to go on and on. Indeed, we have different types of glass being developed frequently, such as toughened glass and safety glass that are often used in many of the double glazing units found in modern homes. The development of glass windows is always evolving, with the newest form being Smart glass, which changes the light intensity of the window with just the flick of a button.
Urgently need to call in the help of window cleaners? Check out our super online guide to top window cleaning service for the inside skinny!
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