Electricity poses serious dangers that should not be underestimated. While 110 volts can kill, the risk depends on individual body resistance and conditions. Insulation failures in portable electric tools can cause electric shock, burns or falls. Electricity always seeks the lowest resistance path to ground through things like pipes, which increases the risk in wet conditions when body resistance is lower. When working in wet areas, take precautions like using wooden platforms or rubber boots and inspecting tools for defects. Regular tool inspections are important to catch any issues since just 1/10 of an amp can kill.
We depend on electricity for almost all of our daily life chores, yet we take it for granted and forget about the risks and hazards that can occur if not used carefully and wisely. The following tips help you use energy efficiently while staying safe in and around your home. visit website : https://goo.gl/xzRthA
We depend on electricity for almost all of our daily life chores, yet we take it for granted and forget about the risks and hazards that can occur if not used carefully and wisely. The following tips help you use energy efficiently while staying safe in and around your home. visit website : https://goo.gl/xzRthA
Lightning protection and ground solutions for wireless networksComms Connect
This presentation will address the theoretical and practical aspects of wireless communication site protection as well as safety and risk management associated with lightning discharge. Through the course, attendees will learn about the fundamentals governing lightning events, proper grounding, bonding and shielding practices, applications of lightning protections devices as well as pertinent industry standards and guidelines required by the industry.
Typically, more than 2000 thunderstorms are active throughout the world at any given moment producing in the order of 100 flashes per second. As our society becomes more dependent on computers and information/communications networks, protection from system disruptions becomes essential.
Wireless networks rely on communication towers for transmission of radio frequency, putting them statistically in a very high exposure zone. An average communications site in Florida, during thunderstorm season, will be exposed to 18 to 20 lightning strikes a year.
This presentation is intended for wireless network designers, implementation and service personnel and network operators. Managing wireless networks’ uptime and performance became one of the highest priorities for emergency service responders, network operators, industrial automation, transportation, SCADA and the broadband wireless industry. Proper design, implementation and maintenance of wireless infrastructure are essential components in managing uptime, productivity and personnel safety. All attendees will benefit from the latest IEEE, UL, TELCORDIA and IEC recommended standards and practices relating to the field of lightning protection of wireless networks.
This presentation capitalises on many years of design and application engineering experience in the area of lightning protection and grounding. It combines the ‘whole system approach’ to structural and equipment protection for RF, Data, Telephone, AC, DC and Telemetry from lightning-induced transients.
Bogdan Klobassa — Director, Protection Technologies, Times Microwave Systems
Lightning protection and ground solutions for wireless networksComms Connect
This presentation will address the theoretical and practical aspects of wireless communication site protection as well as safety and risk management associated with lightning discharge. Through the course, attendees will learn about the fundamentals governing lightning events, proper grounding, bonding and shielding practices, applications of lightning protections devices as well as pertinent industry standards and guidelines required by the industry.
Typically, more than 2000 thunderstorms are active throughout the world at any given moment producing in the order of 100 flashes per second. As our society becomes more dependent on computers and information/communications networks, protection from system disruptions becomes essential.
Wireless networks rely on communication towers for transmission of radio frequency, putting them statistically in a very high exposure zone. An average communications site in Florida, during thunderstorm season, will be exposed to 18 to 20 lightning strikes a year.
This presentation is intended for wireless network designers, implementation and service personnel and network operators. Managing wireless networks’ uptime and performance became one of the highest priorities for emergency service responders, network operators, industrial automation, transportation, SCADA and the broadband wireless industry. Proper design, implementation and maintenance of wireless infrastructure are essential components in managing uptime, productivity and personnel safety. All attendees will benefit from the latest IEEE, UL, TELCORDIA and IEC recommended standards and practices relating to the field of lightning protection of wireless networks.
This presentation capitalises on many years of design and application engineering experience in the area of lightning protection and grounding. It combines the ‘whole system approach’ to structural and equipment protection for RF, Data, Telephone, AC, DC and Telemetry from lightning-induced transients.
Bogdan Klobassa — Director, Protection Technologies, Times Microwave Systems
Looking to gain the UK's most popular safety qualification? The NEBOSH National General Certificate is just for you.
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The technicians at Caddell Electric (http://dallaselectricrepair.com/) provide the best and most comprehensive commercial electrical services in the DFW Metroplex.
Electrical Safety. Electrical hazards can cause burns, shocks and electrocution (death). Assume that all overhead wires are energized at lethal voltages. Never assume that a wire is safe to touch even if it is down or appears to be insulated.
Presentation About Common Electrical Hazards & Safety TipsService Today
You should stay careful while doing any kind of electrical work. This presentation (PPT) contains information about some common electrical hazards. Go through it to keep yourself and your loved ones from electrical shocks. For any kind of electrical emergency, call electrician Sydney or from nearby location.
Get more Information here: http://www.servicetoday.com.au/electricians/sydney/
Overhead crane, crane safety, lifting operation, EHS, Safety, Testing of Crane, Commissioning of Cranes,
for soft copy please email me at dawoodibrar@hotmail.com
Welcome to the Program Your Destiny course. In this course, we will be learning the technology of personal transformation, neuroassociative conditioning (NAC) as pioneered by Tony Robbins. NAC is used to deprogram negative neuroassociations that are causing approach avoidance and instead reprogram yourself with positive neuroassociations that lead to being approach automatic. In doing so, you change your destiny, moving towards unlocking the hypersocial self within, the true self free from fear and operating from a place of personal power and love.
1. October 2016
TOOLBOX SAFETY TRAINING
Electricity
There's a widespread but mistaken idea that 110 volts can't seriously injure or kill a person. Each of
you should think about the dangers of low voltage electricity, especially if you use portable electric
tools. The possibility of death from electric shock doesn't depend entirely on the voltage of the
power supply. It also depends on the resistance of the human body, which varies greatly among
individuals, and on the conditions under which a person is working. It takes only 1/10 of an AMP
TO KILL YOU!
One cause of electric shock when using portable electric tools is the failure of the insulation
between the current-carrying part and the frame of the tool. When insulation fails, fatal electric
shock, severe burns, or even a fall from one level to another may result.
Electricity always tries to reach a ground potential and will always take the path of least resistance.
If the outer metal shell of a defective tool becomes energized, the operator sets up a direct path
through his own body between the energized tool and the ground itself. The ground can be the earth
or it could be pipes or steel building structures that are in contact with the earth. Body resistance is
lowered when you work in wet areas or sweat heavily; electricity can then flow easily through vital
regions of the body.
When you work in a wet area, near a water pipe, grounded tank, or reinforcing rods that may be
grounded, be extra careful to keep yourself as dry as possible. Stand on a wooden platform or use
rubber boots. In places where tools may become wet, use only tools that are designed especially for
that type of service.
Keep portable electric tools in good condition through the use of a regular inspection program. It is
your responsibility to inspect your tools prior to use. Check both tools and cords and turn in any tool
that needs repair as soon as you see any defect.
THERE'S NO EXCUSE FOR UNSAFE EQUIPMENT. REMEMBER, IT ONLY TAKES 1/10 OF AN
AMP TO KILL YOU!