Electrical Hazards Clause Samples
The Electrical Hazards clause defines the responsibilities and safety requirements related to electrical systems and equipment on a project site. It typically outlines the standards for installation, maintenance, and operation of electrical components, and may require compliance with specific codes or the use of protective measures such as signage and barriers. By clearly assigning duties and establishing safety protocols, this clause helps prevent accidents, injuries, and property damage caused by electrical risks.
Electrical Hazards. Keep the generator dry and do not use in exposed rain or wet conditions. To protect from moisture, operate it on a dry surface under an open, canopy-like structure. Dry your hands if wet before touching the generator. • Plug appliances directly into the generator. Or, use a heavy duty, outdoor-rated extension cord that is rated (in ▇▇▇▇▇ or amps) at least equal to the sum of the connected appliance loads. Check that the entire cord is free of cuts or tears and that the plug has all three prongs, especially a grounding pin. • Most generators come with Ground Fault Circuit Interrupters (GFCI). Test the GFCIs daily to determine whether they are working • If the generator is not equipped with GFCI protected circuits, plug a portable GFCI into the generator and plug appliances, tools and lights into the portable GFCI. • Never store fuel near the generator or near any sources of ignition. • Before refueling the generator, turn it off and let it cool down. Gasoline spilled on hot engine parts could ignite. • Subcontractors are responsible for complying with all applicable HS&E training requirements and for providing the training necessary to complete their tasks safely. Subcontractor training shall be verified by the Subcontractor to OWNER’S CONSTRUCTION MANAGEMENT CONTRACTOR prior to the start of field operations. • Electrical wiring and equipment shall be de-energized prior to conducting work unless it can be demonstrated that de-energizing introduces additional or increased hazards or is unfeasible due to equipment design or operational limitations. • All electrical systems shall be considered energized until lockout/tagout procedures are implemented. • Only qualified personnel donning a garment compliant with NFPA 70E are permitted to work on unprotected energized electrical systems. An Energized Electrical competent person shall be present and shall complete an Energized Electrical Work Permit. • An Energized Electrical Work Permit is required to be completed by the energized electrical qualified persons who enter a Limited Approach Boundary or the Flash Protection Boundary to work on electric circuit parts or equipment that have not been properly de-energized, locked out, and tagged. • An Electrical Hazard Analysis must be performed to identify energized electrical safe work practices before any person approaches exposed live parts within a Limited Approach Boundary (as determined by the shock hazard analysis), by performing both shock hazard analysis and f...
Electrical Hazards. 19.2.5.1. These arise when electrical energy over 15 volts is used.
19.2.5.2. As voltage increases, the penetrating power of electric fields and currents into the human body increases. When the current is strong enough to move through body tissues, it can cause shocks and electrical b▇▇▇▇. If the flow crosses the heart muscle, arrhythmia and cardiac fibrillation may lead to death.
19.2.5.3. To prevent injury: • Never touch l▇▇▇ ▇▇▇▇▇. Check with appropriate personnel before using any electrical device. Report any electrical shock immediately. • Do not attempt repairs or adjustments on live circuits. Qualified service personnel must un-plug, turn off or lockout the switch before any work is done. Electrical work in progress must be roped off and posted appropriately. • Electrical equipment must be internally grounded (and labeled) or have a grounding wire in the system. o Use three-hole receptacles o Don't force plugs o Never cut off the grounding prongs in power cables.
• 1. If possible, and if it is safe to do so turn off electrical supply immediately. Get assistance to contact closest First Aid Responder.
Electrical Hazards. The Contractor(s) is expected to follow safety precautions as outlined in ANSI Z133 Section 5 – Electrical Hazards, including but not limited to:
A. If the minimal approach distance cannot be maintained during pruning or removal operations, electrical system owner/operator shall be advised before any work is performed in proximity to energized electrical conductors. The Contractor(s) is also responsible for notifying the utility companies as to when service can be restored prior to night fall each day.
B. Only qualified line-clearance arborist or trainees shall be assigned to work where an electrical hazard exists.
C. If the utility company must remedy a hazard before tree work can commence, the Contractor shall notify the City to establish a work plan and scheduling. DocuSign Envelope ID: CE10B096-ACC7-42B5-99B9-D7E70ED7894D Exhibit A - A2-0000898 | 09-18-2023
Electrical Hazards. All Contractor, Subcontractor, and Contracted Service employees must be aware of the electrical hazards within the scope of the contract. They shall follow the safe work procedures described in this section to eliminate electrical hazards. These hazards are broken down into the categories of High Voltage (over 1000 volts) and Low Voltage (under 1000 volts).
8.9.1 High Voltage
1) Unless specially trained and authorized, DO NOT work on or around any high voltage power lines or electrical equipment. Special training shall be required as defined in document standard 32.60.
1. If applicable, the High Voltage Clearance Order procedure for creating a safe work zone shall be completed and followed.
2) DO assume all power lines and electrical equipment are energized.
3) DO NOT work within 10 feet of un-insulated power lines or equipment.
4) DO NOT have materials, tools, or other objects within 10 feet of un- insulated power lines or equipment.
5) DO NOT operate mobile equipment in a manner that would allow any part of the equipment to be within 10 feet of un-insulated power lines or equipment.
6) DO NOT place buildings, store materials, park vehicles, etc. under power lines or within a horizontal distance of 10 feet of power lines.
7) DO NOT block access to substations or other electrical equipment.
8) DO NOT work outside during thunderstorms or when lightning is present.
9) DO NOT exit a vehicle or other mobile equipment if it becomes energized due to contact with a high voltage power line.
10) DO notify your Alcoa Project Leader in the event of an electrical malfunction.
8.9.2 Low Voltage
1) DO NOT work on or around any electrical equipment unless you have been specially trained and certified.
2) DO NOT store materials, park vehicles, or leave equipment within 4 feet of breaker panels, transformers, or other electrical equipment.
3) DO NOT touch cables, breaker panels, transformers, or other electrical equipment unless authorized.
4) DO NOT operate disconnect switches unless authorized.
5) DO NOT use faulty electrical tools, cords, or other equipment.
6) DO use battery powered, grounded or “Double Insulated” tools, cords, and other electrical equipment.
7) DO use “Ground Fault” outlets and/or cords for all construction activities.
8) DO NOT use metal or other conductive ladders.
9) DO NOT remove “Ground” wires from poles, towers, fences, transformers, motors, panels, or other electrical equipment.