Which table is referenced for determining minimum clearances while traveling under energized power lines?

Which table is referenced for determining minimum clearances while traveling under energized power lines?

• A. OSHA 1926.1408
• B. OSHA 1926.1411
• C. OSHA 1926.1400
• D. OSHA 1926.1406

Answer: (B)

The correct reference for determining minimum clearances while traveling under energized power lines is OSHA 1926.1411. This section of the Occupational Safety and Health Administration (OSHA) regulations specifically addresses the safety measures to be followed when working near power lines, including the required clearance distances necessary to ensure safety from electrocution and other hazards associated with overhead power lines. The regulations detailed in OSHA 1926.1411 set forth the minimum distances that equipment must maintain from energized power lines based on voltage levels, thereby providing essential guidance for safe operations. This ensures that operators are fully aware of and comply with the safety standards necessary to protect workers and equipment while in proximity to these hazards. Understanding and applying this standard is crucial in preventing workplace incidents involving overhead electrical hazards.

The correct reference for determining minimum clearances while traveling under energized power lines is OSHA 1926.1411. This section of the Occupational Safety and Health Administration (OSHA) regulations specifically addresses the safety measures to be followed when working near power lines, including the required clearance distances necessary to ensure safety from electrocution and other hazards associated with overhead power lines.

The regulations detailed in OSHA 1926.1411 set forth the minimum distances that equipment must maintain from energized power lines based on voltage levels, thereby providing essential guidance for safe operations. This ensures that operators are fully aware of and comply with the safety standards necessary to protect workers and equipment while in proximity to these hazards. Understanding and applying this standard is crucial in preventing workplace incidents involving overhead electrical hazards.