This document provides safety tips for operating aerial lifts. It notes that the major causes of aerial lift fatalities are falls, electrocutions, and tip-overs or collapses. It lists several safety practices for operating aerial lifts, including conducting pre-start inspections, maintaining clearance from power lines, using fall protection equipment like harnesses, not exceeding load limits, and operating lifts according to manufacturer instructions. Resources for additional aerial lift safety information from OSHA are also provided.
Use these tips, adapted from an article by Safety Management Group, to help ensure safer crane operation on your worksites. Includes images and links to additional resources.
Safety is Integral part of all projects in Kenya, but the people have an attitude. We should understand that safety is for our own Good. Your Best bodyguard is your own self. Do not take chances, Live life and live abundantly
Use these tips, adapted from an article by Safety Management Group, to help ensure safer crane operation on your worksites. Includes images and links to additional resources.
Safety is Integral part of all projects in Kenya, but the people have an attitude. We should understand that safety is for our own Good. Your Best bodyguard is your own self. Do not take chances, Live life and live abundantly
Safety harness - fall protection - Wessam AtifWessam Atif
A brief presentation on how and when to use fall arrest system, how to don full body harness, when to use shock absorber and what to do if someone falls while wearing harness and lanyard to rescue them. Dr. Wessam Atif.
"Falls from height and slips, trips or falls on the same level are associated with more fatal and major/specified injuries to workers than any other injury kind." This statement can be reversed if we train and empower the workers at workplace.
Before using suspended access cradle/ gondola or platform for an activity, you must be certain that it is suitable for its intended purpose and ensure that:
• It has been erected and installed by a competent person and as per the manufacturer’s instructions.
• It has been inspected and certified by 3rd Party at least once every six months.
• MSRA, Tool Box Talk, JSA are conducted and a Permit to Work has been obtained.
• The safe working load is not exceeded, and canopy is fitted.
• Tools and equipment are secured appropriately. Tool lanyards must be utilized.
• Whilst the cradle is in use no other work must be carried out directly above and under the cradle including any worker that manages the cradle wires.
• All person/s operating in Cradles must be trained and competent and must always be supervised.
• If malfunctions occur, work is stopped immediately and the malfunctions reported.
• An appropriate rescue from heights plan must be in place.
• When weather conditions deteriorate, wind, rain etc. worked is stopped immediately.
• Areas below where Cradles are working must be properly barricaded and warning sign posted to prevent entry of unauthorized personnel (Exclusion Zone).
• The barricades/ticker tape and warning signs should be stored in the cradle when not in use and put in place by cradle operator before use.
• An independent life line rope/wire and rope grabbing device must be installed.
• All person/s in the Cradle must wear a harness, with the lanyard attached to the independent safety line at all times.
• All cradles are to be fitted with a remote control extension cord (which is attached to the main control box).
• Electrical Distribution Panels must be wired correctly, with Residual Current Device (RCD)/ Earth Leakage Circuit Breakers (ELCB) installed and must have lockable cover.
• Cradles can only be entered/exited from ground floor or purpose built landing platforms.
• Climbing outside the Cradle is strictly prohibited.
• All landing wheels must be attached and intact.
• All Cradles are to be fitted with a fit for purpose fire extinguisher and first aid box.
• No storage of flammable materials and housekeeping must be maintained at all times.
• Cradle to be shut down and locked out at the end of shift or at any time that the cradle is not in use (break times, collecting materials/equipment) and when safe wind speeds are exceeded.
Slings for hoisting and rigging must be selected & used with care. The workers need to inspect the sling for use with focus on size, weight, shape, temperature, and sensitivity of the material being moved, and the environmental conditions. The Infographic shows key tips for use of slings.
Safety harness - fall protection - Wessam AtifWessam Atif
A brief presentation on how and when to use fall arrest system, how to don full body harness, when to use shock absorber and what to do if someone falls while wearing harness and lanyard to rescue them. Dr. Wessam Atif.
"Falls from height and slips, trips or falls on the same level are associated with more fatal and major/specified injuries to workers than any other injury kind." This statement can be reversed if we train and empower the workers at workplace.
Before using suspended access cradle/ gondola or platform for an activity, you must be certain that it is suitable for its intended purpose and ensure that:
• It has been erected and installed by a competent person and as per the manufacturer’s instructions.
• It has been inspected and certified by 3rd Party at least once every six months.
• MSRA, Tool Box Talk, JSA are conducted and a Permit to Work has been obtained.
• The safe working load is not exceeded, and canopy is fitted.
• Tools and equipment are secured appropriately. Tool lanyards must be utilized.
• Whilst the cradle is in use no other work must be carried out directly above and under the cradle including any worker that manages the cradle wires.
• All person/s operating in Cradles must be trained and competent and must always be supervised.
• If malfunctions occur, work is stopped immediately and the malfunctions reported.
• An appropriate rescue from heights plan must be in place.
• When weather conditions deteriorate, wind, rain etc. worked is stopped immediately.
• Areas below where Cradles are working must be properly barricaded and warning sign posted to prevent entry of unauthorized personnel (Exclusion Zone).
• The barricades/ticker tape and warning signs should be stored in the cradle when not in use and put in place by cradle operator before use.
• An independent life line rope/wire and rope grabbing device must be installed.
• All person/s in the Cradle must wear a harness, with the lanyard attached to the independent safety line at all times.
• All cradles are to be fitted with a remote control extension cord (which is attached to the main control box).
• Electrical Distribution Panels must be wired correctly, with Residual Current Device (RCD)/ Earth Leakage Circuit Breakers (ELCB) installed and must have lockable cover.
• Cradles can only be entered/exited from ground floor or purpose built landing platforms.
• Climbing outside the Cradle is strictly prohibited.
• All landing wheels must be attached and intact.
• All Cradles are to be fitted with a fit for purpose fire extinguisher and first aid box.
• No storage of flammable materials and housekeeping must be maintained at all times.
• Cradle to be shut down and locked out at the end of shift or at any time that the cradle is not in use (break times, collecting materials/equipment) and when safe wind speeds are exceeded.
Slings for hoisting and rigging must be selected & used with care. The workers need to inspect the sling for use with focus on size, weight, shape, temperature, and sensitivity of the material being moved, and the environmental conditions. The Infographic shows key tips for use of slings.
Occupational safety and health (OSH), also commonly referred to as occupational health and safety (OHS), occupational health, or occupational safety, is a multidisciplinary field concerned with the safety, health, and welfare of people at work (i.e. in an occupation). These terms also refer to the goals of this field, so their use in the sense of this article was originally an abbreviation of occupational safety and health program/department etc.
AERIAL LIFTS
Aerial lifts are vehicle-mounted devices that allow workers to perform work above the
ground. Construction workers involved in aerial lift accidents could face falls, broken
bones and death. Approximately 26 construction workers die each year from using
aerial lifts. More than half of the deaths involve boom-supported lifts such as bucket
trucks and cherry pickers. Most of the remaining deaths are electrocutions, falls and
tip-overs involving scissor lifts. OSHA requires full guardrails on scissor lifts.
Preventing Injuries from Aerial Lifts
Before Operating An Aerial Lift:
• Check operating and emergency controls.
• Check safety devices such as outriggers, guardrails and personal fall protection equipment.
• Look for leaks of air, hydraulic fluid and fuel.
• Look for a level surface that won’t shift. Never exceed the manufacturer’s slope limits.
• Look for hazards such as hole bumps, debris and overhead power lines.
• Set outriggers, brakes and wheel chocks, even if on a level surface.
• If working near traffic, set up work zone warnings using cones and signs.
While Operating An Aerial Lift:
• Always close lift platform chains or doors.
• Always wear fall arrest equipment with lanyard attached to a designated anchor point.
• Always stand on the floor of the bucket. Do not climb on or lean over guardrails.
• Do not exceed the load limits.
• Do not drive an aerial lift with the lift extended, unless designed for that purpose
This presentation provides general information about the requirements of the Lifting Operations and Lifting Equipment Regulations 1998 (LOLER):
What employers need to do to protect your employees
Also useful to employees and their representatives
More information : http://worlifts.co.uk/
1. SAFETY TIP:
Using Aerial Lifts
Aerial lifts include boom-supported aerial platforms, such as cherry pickers or bucket trucks.
(OSHA regulates scissor lifts as mobile scaffolds, not as aerial devices.) The major causes of
aerial lift fatalities are falls, electrocutions and collapses or tip-overs. Here are some
OSHA tips for safe work practices:
Prior to each work shift, conduct a pre-start inspection to
verify that the equipment and all its components are in safe
operating condition.
Inspect work zones for hazards and take action to
eliminate hazards before and during operation of an aerial
lift.
Never move the equipment with workers on an elevated platform unless this
is permitted by the manufacturer.
Do not allow workers to position themselves between overhead hazards,
such as joists and beams, and the rails of the basket. Movement of the lift could
crush the worker(s).
Maintain a minimum clearance of at least 10 feet, or 3 meters, from the
nearest overhead lines.
Always treat power lines, wires and other conductors as energized, even if
they are down or appear to be insulated.
Use a body harness or restraining belt with a lanyard attached to the boom or
basket to prevent worker(s) from being ejected or pulled from the basket.
Set the brakes, and use wheel chocks when on an incline.
Use outriggers, if provided.
Do not exceed the load limits of the equipment. Allow for the combined
weight of the worker, tools, and materials. Do not use the lift as a crane.
Ensure workers who operate aerial lifts are properly trained in safe use of the
equipment.
Maintain and operate lifts in accordance with manufacturer's instructions.
Never override hydraulic, mechanical or electrical safety devices.
Aerial lift safety resources:
OSHA aerial lift page.
OSHA Standard 1926.453 regarding aerial lifts.
Download an OSHA aerial lifts fact sheet. (pdf)
Browse PPE Fall Protection signs and labels at ComplianceSigns.com.
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