The Electricity at Work Regulations 1989 (EAW Regulations) came into force on April 1, 1990 and provide guidance for inspectors on key issues related to inspection and enforcement. Practical guidance on the regulations is available in a Memorandum, and an open learning course was also previously available. The regulations apply to electrical work and installations, requiring proper construction, insulation of conductors, and means of isolation. They revoke some prior regulations but some others still overlap, and experts can help determine applicability in unclear cases. Enforcement does not require changes, but attention should be paid to regulation 14 regarding live working, and experts can provide evidence in court if needed.
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Isolation Procedures for Safe Working on Electrical Systems and Equipment by the JIB | solation Procedures for Safe Working on Electrical Systems and Equipment
This chart shows the safe isolation procedure that you should use when working on electrical systems and equipment.
You'll receive a printed copy of this from your Training Provider, but it's also here as a handy reference to keep electronically.
THE RULES OF SAFE ISOLATION ARE:
Obtain permission to start work (a Permit may be required in some situations)
Identify the source(s) of supply using an approved voltage indicator or test lamp
Prove that the approved voltage indicator or test lamp is functioning correctly
Isolate the supply(s)
Secure the isolation
Prove the system/equipment is DEAD using an approved voltage indicator or test lamp
Prove that the approved voltage indicator or test lamp is functioning correctly
Put up warning signs to tell other people that the electrical installation has been isolated
Once the system/equipment is proved DEAD, work can begin
Uploaded by THORNE & DERRICK LV HV Jointing, Earthing, Substation & Electrical Eqpt | Explosive Atmosphere Experts & ATEX IECEx.
An overview of Eaton's Utility segment solutionsEaton Electrical
Design, build and maintain an automated, secure and cost-effective grid
Eaton enables you to manage and modernize your grid to improve reliability, drive operational efficiencies, reduce costs and protect your people and equipment.
Isolation Procedures for Safe Working on Electrical Systems and Equipment by the JIB | solation Procedures for Safe Working on Electrical Systems and Equipment
This chart shows the safe isolation procedure that you should use when working on electrical systems and equipment.
You'll receive a printed copy of this from your Training Provider, but it's also here as a handy reference to keep electronically.
THE RULES OF SAFE ISOLATION ARE:
Obtain permission to start work (a Permit may be required in some situations)
Identify the source(s) of supply using an approved voltage indicator or test lamp
Prove that the approved voltage indicator or test lamp is functioning correctly
Isolate the supply(s)
Secure the isolation
Prove the system/equipment is DEAD using an approved voltage indicator or test lamp
Prove that the approved voltage indicator or test lamp is functioning correctly
Put up warning signs to tell other people that the electrical installation has been isolated
Once the system/equipment is proved DEAD, work can begin
Uploaded by THORNE & DERRICK LV HV Jointing, Earthing, Substation & Electrical Eqpt | Explosive Atmosphere Experts & ATEX IECEx.
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Carbon Fibers & Carbon Fiber Reinforced Plastics (CFRP) - A Global Market Ove...Industry Experts
Carbon fibers have gained an immense importance in a range of applications in industrial sectors such as wind energy, automotive, civil engineering, pressure vessels as well as in aerospace & military, motorsports and other sporting goods because of their superior characteristics like enhanced stiffness & tensile strength, low weight, improved chemical resistance & temperature tolerance and low thermal expansion. The industries, having the high growth potential for carbon fiber reinforced plastics (CFRP) and intern carbon fibers in the near future include automotive, wind energy, aerospace & defense, offshore oil & gas applications and composite pressure vessels among others.
Green card is the ticket to getting a comfortable job and to reside peacefully in the US. It gives a sense of secure feeling to the individuals as they have the most important legal rights granted to them. The easiest way of getting a green card is by marrying a US citizen, as the citizens have the right to sponsor their immediate relatives. Getting a green card is very important and at the same time, keeping it fully updated and valid is also important. This is where the green card renewal comes to play.
Designed to provide employees and their families with income benefits and medical and other benefits in the event of work-connected sickness, injury or death.
In this white paper sponsored by TalentWise, I take a look at some of the key moments in staffing technology history and some of the key trends for the future that are going to make history. I also share a few staffing tips and tricks for staffing to help make sure agency recruiters and search firms aren't consigned to history.
Jury awarded $999,891.70 in back pay and benefits in age discrimination case. Also awarded $500,000 in compensatory damages for emotional distress and found that "IBM knew or showed reckless disregard for whether its termination [of employee] constituted age discrimination."
Purpose
Earthing systems are required to manage the transfer of fault energy in such a manner as to limit the
risk to people, equipment and system operation to acceptable levels. An earthing system is required
to perform this function for the life of the electrical network for which it is installed, for the range of
configurations of the network and nearby infrastructure that are foreseeable. The earthing system
may need to be augmented over time so as to continue to fulfil this function.
Safety for personnel and public
The earthing system is required to manage any hazardous potential differences to which personnel
or members of the public may be exposed. These potential differences include:
»» touch voltages (including transferred touch voltages)
»» step voltages
»» hand to hand voltages.
These voltages can be present on metallic equipment within substations, associated with substations
or equipment associated with powerlines/cables, or even on non-power system plant items nearby
(and not associated with) the electrical system. The soil potential relative to the metallic equipment
needs to be carefully considered. For a hazardous situation to arise, a power system earth fault must
be coincident with a person being at a location exposed to a consequential hazardous voltage.
The earthing system achieves an acceptable risk of shock for people by equipotential bonding or
isolating the metallic equipment and infrastructure. The earthing system may also involve the use of
insulating barriers to reduce the risk of hazardous potential differences. Earthing systems, while not
actively operating for the majority of time, are 'safety critical' systems in that under fault conditions
they must operate to ensure safety of staff and the public as well as protection of system equipment.
As 'constant supervision' is not usually available (as it is for the phase conductors) deterioration or
damage can remain latent. For this reason the design, installation and maintenance is all the more
critical. Where an earthing system is inadequately designed, poorly installed, or not supervised through
appropriate maintenance it will not reliably operate to provide safety when required to do so. This risk
is not acceptable, as responsible management can generally ensure safety for a reasonable cost.
The presentation is based on the discussions about the safety in Power Plants and substations. The presentation is a part of the seminar on Electrical safety and reliability. The reporting of accidents was also discussed at length in the seminar
Best Practice(s) in regulating Electrical Safety in the homeLeonardo ENERGY
Highlights:
* Overall goal is to safeguard the lives of citizens and avoid fires.
* Argues for a correct approach by all parties involved to achieve safe electrical installation in every home.
* Discusses the role of the contractor/installer, utilities company, network distributor, owner, user, and authorities.
* Offers some best practices to achieve safe domestic electrical installations.
* Suggests that regular inspections are also necessary.
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1. The electricity at work regulations 1989
1 The Electricity at Work Regulations 1989 (EAW Regulations) came into force on 1 April 1990. This circular aims to
highlight the key issues on inspection and enforcement for inspectors. It is not comprehensive.
2 Practical guidance on the regulations is given in the Memorandum of guidance on the Electricity at Work Regulations
1989 HS(R)25 which should be read in conjunction with this circular.
3 An Open Learning Course on the Electricity at Work Regulations 1989 was available from HMSO bookshops - ISBN
0 11 8854437 (this is no longer in print) . The Open Learning Course was written with the training needs of LA
inspectors in mind. Other persons who may have duties under the regulations may also find it useful.
4 A number of references are made in this circular to the use of an "expert". Where LAs do not have their own experts,
assistance from HSE's Electrical Specialist Inspectors may be requested via the ELO in the usual way. Where expert
assistance is required in the investigation of a reportable incident involving electricity, the Electrical Specialist should
normally be involved at the earliest opportunity.
5. General
1.The majority of the regulations are directed at hardware requirements. Installations are required to be of proper
construction; conductors must be insulated or other precautions taken; there must be means of cutting off the power and
means for electrical isolation. The hardware requirements are complemented by a group of regulations stating principles
of safe working practice. Regulation 14, which covers live working, is of particular importance.
2.The scope of the EAW Regulations is limited by the definition of danger and injury solely to risks arising from an
electrical source and does not include, for example, control-system faults and consequent hazards such as aberrant
machinery behaviour.
3.The EAW Regulations revoke a number of specific regulations, but a number remain which either overlap or appear to
overlap, for example i.the Electricity Safety, Quality and Continuity Regulations 2002 (as amended): see the
introduction to the Memorandum of guidance.
ii.the Low Voltage Electrical Equipment (Safety) Regulations 1988 (made under the Consumer Protection Act 1987);
iii.the Building (Scotland) Regulations 2004: these give deemed to satisfy status to BS7671 Requirement for Electrical
Installations (also known as the Institution of Electrical Engineers Wiring Regulations, 16 th Edition); and
iv.the Cinematographic (Safety) Regulations, 1955.
If demarcation between these sets of regulations and the EAW Regulations is unclear in a particular case, then details
should be passed to HSE, via the Enforcement Liaison Officer.
4.Appendices 1 and 2 of the Memorandum of guidance list publications relating to electrical safety.
6. Enforcement
1.There is no expectation that inspectors should change their general approach to enforcement. However, particular
attention should be paid to the enforcement of reg 14. (Work on, or near, live conductors).
2.In situations where the 1908 Regulations previously applied or where HSW Act was used, inspectors should now
enforce the EAW Regulations.
3. There should be no difference in enforcement between situations in which no specific regulations previously applied
and those which were regulated
4. Nothing is required by the EAW Regulations which is not already the norm in the best undertakings.
2. 5. The EAW Regulations will apply to electrical work in domestic premises. Such work will fall to HSE to enforce.
6.Expert assistance to prove the presence of electricity should not be necessary when contemplating enforcement action.
Circumstantial evidence should suffice to indicate that electricity is present and that the EAW Regulations apply. Such
evidence could include: i.that the equipment carried a plate indicating that it worked at mains voltage;
ii.that the equipment was connected to a supply via a 3-pin plug;
iii.that the premises were supplied with electricity for lighting which was working; and
iv.that a person on the premises paid an electricity bill.
In court, an expert witness should be able to use such evidence to express a professional opinion as to the dangers which
were present or likely to occur.
7.It may also be possible to use an on-site electrician to measure voltages and use his or her measurements in evidence.
8.An improvement notice may be appropriate it conductors are inadequately protected against damage; for example, not
routed through conduit, tubing or armouring in premises where the risk of physical damage is apparent. In particularly
arduous conditions, eg construction work, stronger action may be considered.
9.Exposed and accessible live conductors or a lack of earthing could justify a prohibition notice. Lack of earthing can
only be proved by measurement; simple observation is never adequate.
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