Safety- Aerial Lift Flashcards
The two main risk associated with operating an aerial lift are:
Electrocution and Falling
Caused by operating too close to power lines or using unsafe work practices.
Electrocution
Three common causes of aerial lift accidents:
Stability problems, Operating Errors, Violating OSHA regulations
Pay attention to _____ and _____ to ensure stability.
slope and road material
Movable, mechanical structure used to support a platform, material handling components and/or other attachments on a unit.
Boom
Specific requirements for extendable boom platforms. Includes:
- daily lift control tests
- unauthorized belting off locations
- authorized & unauthorized work positions
- harness and lanyard usage
- attachment boom and bucket load limits
- parking, stabilization, movement prohibition
- etc
OSHA 1926.453
Specific requirements for Vehicle-Mounted Elevating and Rotating Work Platforms has a general requirement for maintaining clearances while operating an aerial lift around electric power lines, depending on the line voltage.
OSHA 1910.67
Contains general responsibilities of the owners and users, inspection and testing classifications (frequent and periodic), inspection item lists, and maintenance and frequency of maintenance guidelines.
ANSI 92.2
Minimum clearance from power line voltage: 300V or less
avoid contact
Minimum clearance from power line voltage: Over 300V, not over 750V
12 inches
Minimum clearance from power line voltage: Over 750V, not over 2kV
18 inches
Minimum clearance from power line voltage: Over 2kV not over 15kV
24 inches
Minimum clearance from power line voltage: Over 15kV, not over 37kV
36 inches
Minimum clearance from power line voltage: Over 37kV, not over 87.5kV
42 inches
Name the three safety organizations that dictate the specific regulations regarding working with an aerial lift vehicle.
OSHA 1926.453
OSHA 1910.67
ANSI A92.2