This document provides guidance on working at height using ladders and steps. It discusses selecting the appropriate equipment based on a risk assessment and hierarchy of fall protection. It emphasizes maintaining three points of contact, securing ladders, pre-use checks, and keeping records of inspections. Employers are responsible for providing suitable and safe equipment, while employees must use equipment properly and report any safety hazards.
Over 1000 deaths have occurred since 2000 relating to ladder use. Falls are the largest risk factor. 91 of the 101 deaths in 2010 were due to falls, with distances ranging from under 6 feet to over 40 feet. Training employees on proper ladder setup and fall protection can prevent many accidents. Alternatives to ladders such as aerial lifts should be considered when practical to eliminate fall risks.
Over 1000 deaths have occurred since 2000 relating to ladder use. Falls are the largest risk factor. 91 of the 101 deaths in 2010 were due to falls, with distances ranging from under 6 feet to over 40 feet. Training employees on proper ladder setup and fall protection can prevent many accidents. Alternatives to ladders such as aerial lifts should be considered when practical to eliminate fall risks.
Falls are a leading cause of worker deaths in construction. Proper fall protection includes guardrails, covers, fall arrest systems, and planning to eliminate hazards. Fall arrest systems must include an anchorage rated for 5,000 lbs, a body harness limiting the arresting force to 1,800 lbs, and an energy absorbing lanyard. Elimination of fall hazards through design changes is the best approach according to the hierarchy of fall protection. Covers must support twice their weight and free fall must be less than 24 inches for work positioning.
Work at height procedure in relation of safety at construction projects.pdfosamasheikh20
This document provides training on working at heights, ladders, scaffolding, and fall protection. It discusses common hazards, safe practices, and proper use of equipment. The training aims to help workers understand how to identify fall risks and use control measures to reduce falls from heights. Key topics covered include over-reaching, unguarded holes, platform collapse, fall restraint systems, inspection of ladders and scaffolding, scaffold tagging systems, and fall protection requirements.
Working at height safety is important to prevent falls which can cause serious injury or death. Fall hazards exist in many work environments and proper precautions should be taken which may include fall protection equipment like harnesses, lanyards, lifelines, barricades, and properly secured ladders. Employers must inspect for fall hazards and provide training to workers on fall prevention methods appropriate for each job. Rescue plans should also be in place in case a fall occurs.
step and straight Ladder safety, usage, requirementstmd1977
This document provides training on ladder safety. It discusses how falls from ladders are a leading cause of injuries and fatalities in residential construction. It reviews OSHA requirements for ladder safety, including proper ladder selection, setup, securing, inspection, and safe work practices. The training aims to help workers identify fall hazards, understand OSHA regulations, and use ladders safely. It emphasizes the importance of ladder safety to prevent injuries and fatalities.
The document discusses regulations and guidance around working at height, including using ladders. It provides key safety tips such as ensuring ladders are on firm, level ground and at a 75 degree angle. Ladders should only be used for light-duty short duration work and all work at height requires risk assessments and following procedures to prevent falls from causing injury. Common myths are debunked, such as the need for formal training to use ladders or a ban on their use on construction sites.
Over 1000 deaths have occurred since 2000 relating to ladder use. Falls are the largest risk factor. 91 of the 101 deaths in 2010 were due to falls, with distances ranging from under 6 feet to over 40 feet. Training employees on proper ladder setup and fall protection can prevent many accidents. Alternatives to ladders such as aerial lifts should be considered when practical to eliminate fall risks.
Over 1000 deaths have occurred since 2000 relating to ladder use. Falls are the largest risk factor. 91 of the 101 deaths in 2010 were due to falls, with distances ranging from under 6 feet to over 40 feet. Training employees on proper ladder setup and fall protection can prevent many accidents. Alternatives to ladders such as aerial lifts should be considered when practical to eliminate fall risks.
Falls are a leading cause of worker deaths in construction. Proper fall protection includes guardrails, covers, fall arrest systems, and planning to eliminate hazards. Fall arrest systems must include an anchorage rated for 5,000 lbs, a body harness limiting the arresting force to 1,800 lbs, and an energy absorbing lanyard. Elimination of fall hazards through design changes is the best approach according to the hierarchy of fall protection. Covers must support twice their weight and free fall must be less than 24 inches for work positioning.
Work at height procedure in relation of safety at construction projects.pdfosamasheikh20
This document provides training on working at heights, ladders, scaffolding, and fall protection. It discusses common hazards, safe practices, and proper use of equipment. The training aims to help workers understand how to identify fall risks and use control measures to reduce falls from heights. Key topics covered include over-reaching, unguarded holes, platform collapse, fall restraint systems, inspection of ladders and scaffolding, scaffold tagging systems, and fall protection requirements.
Working at height safety is important to prevent falls which can cause serious injury or death. Fall hazards exist in many work environments and proper precautions should be taken which may include fall protection equipment like harnesses, lanyards, lifelines, barricades, and properly secured ladders. Employers must inspect for fall hazards and provide training to workers on fall prevention methods appropriate for each job. Rescue plans should also be in place in case a fall occurs.
step and straight Ladder safety, usage, requirementstmd1977
This document provides training on ladder safety. It discusses how falls from ladders are a leading cause of injuries and fatalities in residential construction. It reviews OSHA requirements for ladder safety, including proper ladder selection, setup, securing, inspection, and safe work practices. The training aims to help workers identify fall hazards, understand OSHA regulations, and use ladders safely. It emphasizes the importance of ladder safety to prevent injuries and fatalities.
The document discusses regulations and guidance around working at height, including using ladders. It provides key safety tips such as ensuring ladders are on firm, level ground and at a 75 degree angle. Ladders should only be used for light-duty short duration work and all work at height requires risk assessments and following procedures to prevent falls from causing injury. Common myths are debunked, such as the need for formal training to use ladders or a ban on their use on construction sites.
This document discusses regulations and guidance around working at height, with a focus on ladders. It provides statistics on falls from height injuries and summarizes the key requirements of the 2005 Working at Height Regulations. It dispels common myths around ladders and clarifies proper ladder use. Guidance emphasizes having a firm, level surface under ladders; maintaining three points of contact; not overreaching; keeping ladders in good condition; and positioning ladders at a 75 degree angle. Resources for further information are also listed.
This document discusses regulations and guidance around working at height, with a focus on ladders. It provides statistics on falls from height injuries and summarizes the key requirements of the 2005 Working at Height Regulations. It dispels common myths around ladders and clarifies proper ladder use. Guidance emphasizes having a firm, level surface under ladders; maintaining three points of contact; not overreaching; keeping ladders in good condition; and positioning ladders at a 75 degree angle. Resources for further information are also listed.
All employers must conduct a risk assessment to identify hazards, though small businesses with fewer than five employees do not need to write anything down. The document provides a sample risk assessment for a school setting up a stage to illustrate what a risk assessment should include. It identifies potential hazards like slips, trips and falls from ladders, falling objects from heights, and ladders collapsing or falling. For each hazard, it suggests how to reduce the risks, such as keeping work areas clear, using spotters, and wearing protective equipment like hard hats. Employers are advised to review and update their risk assessments periodically or when changes occur.
The document provides guidance on various construction site safety topics, including site organization, slips/trips/falls, work at height, structural stability, cranes, electricity, fire, mobile plant/vehicles, and demolition. It discusses hazards associated with these topics and control measures to manage risks. Specific sections provide more detail on slips/trips, assessing work at height, roof work, fragile surfaces, using ladders safely, and erecting/using tower scaffolds. The overall message is that safety must be properly planned, supervised, and carried out by competent workers to prevent accidents and injuries on construction sites.
Last year in the UK 40 people died and nearly 43,000 reported non fatal injuries as a result of a fall from height in the workplace. Falls from height are the most common cause of fatal injury and the second most common cause of major injury to employees, accounting for around 15% of all such injuries...
All employers must conduct a risk assessment to identify hazards and risks in their workplace. The document provides a sample risk assessment for a school addressing hazards like slips and trips, falling objects, and falling from a tower when working with lighting equipment. It includes potential harms, existing controls, and additional actions needed like ensuring safe rigging and wearing hard hats. Employers are advised to identify real priorities for their business and review the risk assessment as needed based on changes. Example assessments by industry are available online for reference.
This document provides training on working at height. It discusses hazards of working at height like falls, falling objects, and unstable platforms. Fall prevention methods are covered such as full body harnesses, lanyards, guardrails, and safety nets. Inspection and use of fall protection equipment is outlined. The roles and responsibilities of supervisors to ensure safety are also summarized. Emergency procedures in case of an accident or fall are defined.
Work at height refers to any work where a person could fall and be injured, including work at or below ground level. A work permit is required to ensure hazardous jobs are carried out safely. Safe work at heights involves avoiding work at heights if possible, preventing falls through fall protection devices like safety nets and harnesses, and using the proper access equipment like ladders, scaffolds, and mobile elevated work platforms. Proper erection, use, and inspection of this equipment is necessary to minimize fall risks.
Working at height poses significant risks, as falls are a leading cause of workplace injuries and fatalities. To work safely at height, one must first avoid the need to work at height if possible, and if not, take precautions to prevent falls from occurring. This involves using guardrails, safety nets, or fall arrest systems. For any work at height, proper training and equipment are required, fragile surfaces must be identified, and risks must be minimized through inspection and maintenance of safety measures.
Winter is almost upon us and at this time of the year snow and ice introduce an additional hazard on scaffold platforms and access’s. This toolbox talk covers both working on scaffolds and the hazards of winter.
This document is a guide published by the Labour Department of Hong Kong that provides information on working safely with ladders and elevated working platforms. It defines different types of ladders and platforms, and gives guidance on their proper selection, use, inspection and maintenance. The guide stresses the importance of following safety procedures like securing ladders properly, inspecting equipment beforehand, and receiving training, in order to prevent common accidents like falls from heights. It aims to educate workers on best practices for using ladders and platforms safely.
Presentation work at height by sharif ullah khan wazir sharifullahkhan5
Work at height refers to any work where a person could fall and be injured, such as working on roofs, scaffolds, ladders, or large equipment. Proper precautions and fall protection are required when working at heights of 1.8m or more to prevent falls of workers or falling objects. Several hazards are associated with working at heights, including over-reaching, fragile surfaces, unguarded holes, and falling objects. The hierarchy of controls for working at heights includes avoiding work at heights where possible, using collective protection like guardrails, then personal protective equipment if needed, and training workers on safety measures.
Why osha scaffold safety training matters – scaffold do’s and don’tsOSHA NYC, New York
Loads of individuals have hurt-and some have killed-every year in scaffold mishaps. However the good news is, most scaffold accidents is often avoided by proper scaffold safety training.
Working at height remains a major cause of injuries and fatalities. Employers must properly plan work at height, use the right equipment, and provide fall protection training to competent workers. Simple precautions like performing work from ladders safely and avoiding fragile surfaces can reduce risks. Workers should avoid working at unprotected heights whenever possible.
- Falls are a leading cause of fatalities in construction. Fall protection is needed for falls of 6 feet or more from walkways, ramps, open sides, edges, excavations, roofs, and wall openings.
- Fall protection options include safety nets, hand rails, safety harnesses, guardrails, and fall protection systems which must be installed before work begins.
- Proper training and inspection of personal fall arrest systems is required to ensure the safety line can support 5000 lbs and prevent free falls of more than 6 feet.
This document provides information on scaffold safety training. It aims to improve participants' skills in scaffolding safety requirements and transfer technical knowledge about scaffolding safety practices. The objectives are to make participants familiar with international scaffolding standards, scaffold components, hazards of erecting and dismantling scaffolds, and roles and responsibilities of scaffold supervisors. It also discusses common causes of scaffolding disasters and accidents, as well as personal protective equipment requirements.
Construction Safety Training_Session 05_Access Equipment and Fall ProtectionMuizz Anibire
Learning Objectives
Identify types of access equipment used in the construction industry.
Identify hazards associated with the use of access equipment.
Describe safety controls and precautions in the use of access equipment.
Describe fall arrest systems used for work at height.
The leading causes of worker deaths on construction sites were falls, followed by struck by object, electrocution and caught-in/between. Our eBook shows you how to avoid OSHA' 'Fatal Four' on the construction site.
Microbial characterisation and identification, and potability of River Kuywa ...Open Access Research Paper
Water contamination is one of the major causes of water borne diseases worldwide. In Kenya, approximately 43% of people lack access to potable water due to human contamination. River Kuywa water is currently experiencing contamination due to human activities. Its water is widely used for domestic, agricultural, industrial and recreational purposes. This study aimed at characterizing bacteria and fungi in river Kuywa water. Water samples were randomly collected from four sites of the river: site A (Matisi), site B (Ngwelo), site C (Nzoia water pump) and site D (Chalicha), during the dry season (January-March 2018) and wet season (April-July 2018) and were transported to Maseno University Microbiology and plant pathology laboratory for analysis. The characterization and identification of bacteria and fungi were carried out using standard microbiological techniques. Nine bacterial genera and three fungi were identified from Kuywa river water. Clostridium spp., Staphylococcus spp., Enterobacter spp., Streptococcus spp., E. coli, Klebsiella spp., Shigella spp., Proteus spp. and Salmonella spp. Fungi were Fusarium oxysporum, Aspergillus flavus complex and Penicillium species. Wet season recorded highest bacterial and fungal counts (6.61-7.66 and 3.83-6.75cfu/ml) respectively. The results indicated that the river Kuywa water is polluted and therefore unsafe for human consumption before treatment. It is therefore recommended that the communities to ensure that they boil water especially for drinking.
This document discusses regulations and guidance around working at height, with a focus on ladders. It provides statistics on falls from height injuries and summarizes the key requirements of the 2005 Working at Height Regulations. It dispels common myths around ladders and clarifies proper ladder use. Guidance emphasizes having a firm, level surface under ladders; maintaining three points of contact; not overreaching; keeping ladders in good condition; and positioning ladders at a 75 degree angle. Resources for further information are also listed.
This document discusses regulations and guidance around working at height, with a focus on ladders. It provides statistics on falls from height injuries and summarizes the key requirements of the 2005 Working at Height Regulations. It dispels common myths around ladders and clarifies proper ladder use. Guidance emphasizes having a firm, level surface under ladders; maintaining three points of contact; not overreaching; keeping ladders in good condition; and positioning ladders at a 75 degree angle. Resources for further information are also listed.
All employers must conduct a risk assessment to identify hazards, though small businesses with fewer than five employees do not need to write anything down. The document provides a sample risk assessment for a school setting up a stage to illustrate what a risk assessment should include. It identifies potential hazards like slips, trips and falls from ladders, falling objects from heights, and ladders collapsing or falling. For each hazard, it suggests how to reduce the risks, such as keeping work areas clear, using spotters, and wearing protective equipment like hard hats. Employers are advised to review and update their risk assessments periodically or when changes occur.
The document provides guidance on various construction site safety topics, including site organization, slips/trips/falls, work at height, structural stability, cranes, electricity, fire, mobile plant/vehicles, and demolition. It discusses hazards associated with these topics and control measures to manage risks. Specific sections provide more detail on slips/trips, assessing work at height, roof work, fragile surfaces, using ladders safely, and erecting/using tower scaffolds. The overall message is that safety must be properly planned, supervised, and carried out by competent workers to prevent accidents and injuries on construction sites.
Last year in the UK 40 people died and nearly 43,000 reported non fatal injuries as a result of a fall from height in the workplace. Falls from height are the most common cause of fatal injury and the second most common cause of major injury to employees, accounting for around 15% of all such injuries...
All employers must conduct a risk assessment to identify hazards and risks in their workplace. The document provides a sample risk assessment for a school addressing hazards like slips and trips, falling objects, and falling from a tower when working with lighting equipment. It includes potential harms, existing controls, and additional actions needed like ensuring safe rigging and wearing hard hats. Employers are advised to identify real priorities for their business and review the risk assessment as needed based on changes. Example assessments by industry are available online for reference.
This document provides training on working at height. It discusses hazards of working at height like falls, falling objects, and unstable platforms. Fall prevention methods are covered such as full body harnesses, lanyards, guardrails, and safety nets. Inspection and use of fall protection equipment is outlined. The roles and responsibilities of supervisors to ensure safety are also summarized. Emergency procedures in case of an accident or fall are defined.
Work at height refers to any work where a person could fall and be injured, including work at or below ground level. A work permit is required to ensure hazardous jobs are carried out safely. Safe work at heights involves avoiding work at heights if possible, preventing falls through fall protection devices like safety nets and harnesses, and using the proper access equipment like ladders, scaffolds, and mobile elevated work platforms. Proper erection, use, and inspection of this equipment is necessary to minimize fall risks.
Working at height poses significant risks, as falls are a leading cause of workplace injuries and fatalities. To work safely at height, one must first avoid the need to work at height if possible, and if not, take precautions to prevent falls from occurring. This involves using guardrails, safety nets, or fall arrest systems. For any work at height, proper training and equipment are required, fragile surfaces must be identified, and risks must be minimized through inspection and maintenance of safety measures.
Winter is almost upon us and at this time of the year snow and ice introduce an additional hazard on scaffold platforms and access’s. This toolbox talk covers both working on scaffolds and the hazards of winter.
This document is a guide published by the Labour Department of Hong Kong that provides information on working safely with ladders and elevated working platforms. It defines different types of ladders and platforms, and gives guidance on their proper selection, use, inspection and maintenance. The guide stresses the importance of following safety procedures like securing ladders properly, inspecting equipment beforehand, and receiving training, in order to prevent common accidents like falls from heights. It aims to educate workers on best practices for using ladders and platforms safely.
Presentation work at height by sharif ullah khan wazir sharifullahkhan5
Work at height refers to any work where a person could fall and be injured, such as working on roofs, scaffolds, ladders, or large equipment. Proper precautions and fall protection are required when working at heights of 1.8m or more to prevent falls of workers or falling objects. Several hazards are associated with working at heights, including over-reaching, fragile surfaces, unguarded holes, and falling objects. The hierarchy of controls for working at heights includes avoiding work at heights where possible, using collective protection like guardrails, then personal protective equipment if needed, and training workers on safety measures.
Why osha scaffold safety training matters – scaffold do’s and don’tsOSHA NYC, New York
Loads of individuals have hurt-and some have killed-every year in scaffold mishaps. However the good news is, most scaffold accidents is often avoided by proper scaffold safety training.
Working at height remains a major cause of injuries and fatalities. Employers must properly plan work at height, use the right equipment, and provide fall protection training to competent workers. Simple precautions like performing work from ladders safely and avoiding fragile surfaces can reduce risks. Workers should avoid working at unprotected heights whenever possible.
- Falls are a leading cause of fatalities in construction. Fall protection is needed for falls of 6 feet or more from walkways, ramps, open sides, edges, excavations, roofs, and wall openings.
- Fall protection options include safety nets, hand rails, safety harnesses, guardrails, and fall protection systems which must be installed before work begins.
- Proper training and inspection of personal fall arrest systems is required to ensure the safety line can support 5000 lbs and prevent free falls of more than 6 feet.
This document provides information on scaffold safety training. It aims to improve participants' skills in scaffolding safety requirements and transfer technical knowledge about scaffolding safety practices. The objectives are to make participants familiar with international scaffolding standards, scaffold components, hazards of erecting and dismantling scaffolds, and roles and responsibilities of scaffold supervisors. It also discusses common causes of scaffolding disasters and accidents, as well as personal protective equipment requirements.
Construction Safety Training_Session 05_Access Equipment and Fall ProtectionMuizz Anibire
Learning Objectives
Identify types of access equipment used in the construction industry.
Identify hazards associated with the use of access equipment.
Describe safety controls and precautions in the use of access equipment.
Describe fall arrest systems used for work at height.
The leading causes of worker deaths on construction sites were falls, followed by struck by object, electrocution and caught-in/between. Our eBook shows you how to avoid OSHA' 'Fatal Four' on the construction site.
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Microbial characterisation and identification, and potability of River Kuywa ...Open Access Research Paper
Water contamination is one of the major causes of water borne diseases worldwide. In Kenya, approximately 43% of people lack access to potable water due to human contamination. River Kuywa water is currently experiencing contamination due to human activities. Its water is widely used for domestic, agricultural, industrial and recreational purposes. This study aimed at characterizing bacteria and fungi in river Kuywa water. Water samples were randomly collected from four sites of the river: site A (Matisi), site B (Ngwelo), site C (Nzoia water pump) and site D (Chalicha), during the dry season (January-March 2018) and wet season (April-July 2018) and were transported to Maseno University Microbiology and plant pathology laboratory for analysis. The characterization and identification of bacteria and fungi were carried out using standard microbiological techniques. Nine bacterial genera and three fungi were identified from Kuywa river water. Clostridium spp., Staphylococcus spp., Enterobacter spp., Streptococcus spp., E. coli, Klebsiella spp., Shigella spp., Proteus spp. and Salmonella spp. Fungi were Fusarium oxysporum, Aspergillus flavus complex and Penicillium species. Wet season recorded highest bacterial and fungal counts (6.61-7.66 and 3.83-6.75cfu/ml) respectively. The results indicated that the river Kuywa water is polluted and therefore unsafe for human consumption before treatment. It is therefore recommended that the communities to ensure that they boil water especially for drinking.
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2. Introduction
Falls from height are a leading cause of serious and fatal injuries in
the workplace.
The goals of this talk are to help you:
manage risk by educating your team on how to select and use
the most appropriate piece of equipment when working at
height
understand how to anticipate the risks of fall hazards in your
work place
understand the Health & Safety Executives short duration
and low level safety requirements when working at height
3. What isWork
at Height?
Work at Height means work in any place where, if there were no
precautions in place, a person could fall a distance liable to cause
personal injury.
Take a sensible approach
to working at height.
There may be some low-
risk situations where
common sense tells you
no particular precautions
are necessary, the law
recognizes this.
4. The
percentage of
fatal injuries
due to falls
from height
has not
decreased
in 2013/14 thirty-nine fatal injuries to workers involved falls from
height. Eighteen were in the building trades, six in farming and
four in manufacturing.All fatal fall injuries were males
27% of major specified injuries (fractures, amputations etc.)
involved falls from height with the highest fall injury rates to older
men
Falls from height are not subject to seasonal variations
Source – HSE Slips & trips and falls from height in Great Britain, 2014 (Total 28, 528 reports, 6521 were falls from height – 39 fatal/3,317 major/ 3,165 over 7 days)
19%
81%
Slips,Trips & Falls
Falls from Height
Total (Slips, Trips & Falls)
5. Are ladders &
step ladders
banned?
There is a common misconception that
ladders and stepladders are banned, but this
is not the case.
There are many situations where a ladder is
the most suitable equipment for working at
height. For tasks of low risk or short
duration, ladders and step ladders can be a
sensible option.
Remember -Take a sensible approach to
working at height.There may be some low-
risk situations where common sense tells you
no particular precautions are necessary, the
law recognizes this.
Source – HSE indg 344, 401, 455
6. Hierarchy of
Fall
Protection
MEWPS – Mobile ElevatedWork Platforms (Eg Scissor Lifts)
AvoidWorking
at Height
Guard the
Hazard
Protect the
Worker
Low Risk Short
Duration Work
Avoid working at height were possible using tools and
plant from ground level.
Where there are no fixed parapets or guardrails
consider a Freestanding Guardrail System or else other
collective protection plant such as MEWPS, Scaffold,
Towers, or at lower heights Podiums.
If the risk of a fall remains minimise the distance or
consequence of the fall with a suitable Fall Protection
System.
For tasks of low risk or short duration, ladders and step
ladders can be a sensible option.
7. Examples of
temporary
products that
help us ‘Guard
the Hazard’
Freestanding Guardrail Systems
VersiRail
KeeGuard
Mobile Elevated Work Platforms
(MEWPS)
Genie Scissor Manitou Articulated Boom
Mobile ScaffoldTowers &
Podiums
TB Davies Podium Step TB Davies Contractor Tower
8. ‘Protect the
Worker’
Types of Fall
Protection
Systems
• Personal Fall Arrest Systems
• Class A – Fixed Anchor Points
• Class B – Temporary Systems
• Class C - Horizontal Lifelines
• Safety Nets
• Demarcation Systems (an economical solution to
Freestanding Guardrail Systems providing it is placed at
least 2m from the roof edge.)
Freestanding Weighted
Anchor to BS EN 795
Safesite Demarcation Systems
Temporary Eyebolts
9. When is a
ladder the
most suitable
equipment?
The law says that ladders can be used for work at height when a risk
assessment has shown that using equipment offering a higher level of
fall protection is not justified because of the low risk and short duration
of use; or there are existing workplace features which cannot be
altered.
Source – HSE indg 344, 401, 455
10. Is specialized
training
required to
use ladders?
You should make sure that people with sufficient skills, knowledge and
experience are employed to perform the task, or, if they are being
trained, that they work under the supervision of somebody competent to
do it.Training often takes place on the job, it does not always take place
in a classroom.
In the case of low-risk, short duration tasks (short duration means tasks
that take less than 30 minutes) involving ladders, competence
requirements may be no more than making sure employees receive
instruction on how to use the equipment safely (eg how to tie a ladder
properly) and appropriate training.
When a more technical level of competence is required, existing training
and certification schemes drawn up by the Ladder Association is one way
to help demonstrate competence.
Source – HSE indg 344, 401, 455
11. What isShort
Duration
Work?
As a guide, if your task would require
staying up a leaning ladder or
stepladder for more than 30 minutes
at a time, it is recommended that you
consider alternative equipment.
Source – HSE indg 344, 401, 455
12. What is Low
Risk?
The guidance from the HSE leaves this to your judgment but do allude
to examples such as ‘Starting a Screw’, ‘HangingWallpaper’, ‘Installing
a Smoke Detector’ etc.
Using these examples should provide an idea of what you may define
as Low risk.
Source – HSE indg 344, 401, 455
13. You should
only use
ladders and
steps in
situations
where they can
be used safely.
Ladders and steps needs to be
Level
Stable
Ladders need to be secured (where it is reasonably
practicable to do so).
You can source ladders or accessories that can help
make your ladder meet these requirements
Check all four stepladder feet are in contact with the
ground and the steps are level
Source – HSE indg 344, 401, 455
14. PreUseChecks
At the beginning of the working day the user should make the following
checks or after something has changed (eg a ladder has been dropped
or moved from a dirty area to a clean area).
Check the stiles – make sure they are not bent or damaged
Check the feet – if they are missing, worn, damaged or dirty (eg soil,
chippings or embedded stones) the ladder could slip.
Check the rungs – if they are bent, worn, missing or loose the ladder
could fail.
Check any locking mechanisms – if they are bent or the fixings are
worn or damaged the ladder could collapse. Ensure any locking bars
are engaged.
Check the stepladder platform – if it is split or buckled the ladder
could become unstable or collapse.
Check the steps or treads on stepladders – if they are contaminated
they could be slippery; if the fixings are loose on steps, they could
collapse.
15. Leaning
Ladders
Setting up.
• Don’t overload it –
consider workers’ weight,
equipment & materials
• Don’t try to move or
extend ladders while
standing on the rungs
• Don’t work off the top
three rungs
• Don’t stand ladders on
moveable objects
• Don’t work within 6 m
horizontally of any
overhead power line
Source – HSE indg 344, 401, 455 / Image courtesy of WorkSafeBC Canada
16. Leaning
Ladders
Setting up
• Make sure the ladder
angle is at 75°
• Tie the ladder to a
suitable point,
making sure both
stiles are tied
• Where this is not
practical, secure with
an effective ladder
stability device,
‘footing’ is the last
resort.
Source – HSE indg 344, 401, 455 / Image courtesy of WorkSafeBC Canada
17. Leaning
Ladders
Climbing
• Always grip the ladder
and face the ladder rungs
while climbing or
descending
• Avoid holding items
when climbing (consider
using a tool belt)
• Maintain three points of
contact when climbing
(this means a hand and
two feet)
• Do not rest a ladder
against weak upper
surfaces (eg glazing or
plastic gutters)
Source – HSE indg 344, 401, 455 / Image courtesy of WorkSafeBC Canada
18. Three points
of contact
other than a
brief period.
Maintain three points of contact wherever possible at the work
position.
Where you cannot maintain a handhold, other than for a brief period
(e.g. to hold a nail while starting to knock it in, starting a screw etc.),
you will need to take other measures to prevent a fall or reduce the
consequences if one happened.
Source – HSE indg 344, 401, 455
A work positioning belt with a
short lanyard may be appropriate if
the ladder is suitably secured.
Working through the ladder with
your body resting against may help
in preventing a fall.
19. Ladder
stability
solutions
Ladder stability is a major root cause in accidents involving ladders.
Research on leaning ladders has shown that base slip and
movement at the top of the ladder are the top cause for accidents.
Source – HSE/GPSD ‘2009 Safety of Ladders report’
TB Davies Pinnacle Combination
ladders have built in levelling and
stability to reduce the chance of the
ladder moving at the base or the top.
Latest generation LittleGiant Ladders have
in built stabiliser and leg levelling options.
Splayed bases reduce the chance of the
ladder moving as standard.
20. Ladder safety
accessories
Ladder stability is a major root cause in accidents involving ladders.
Research on leaning ladders has shown that base slip and
movement at the top of the ladder are the top cause for accidents.
Source – HSE/GPSD ‘2009 Safety of Ladders report’
LittleGiant Ladders have leg
levelling accessories to cope
with uneven ground, slopes
or steps.
TB Davies Ladder Base
reduces the risk of slip on a
range of surfaces.
TB Davies StandOff bracket
ensures the ladder is secured
against a stable surface.
21. What about
ladders used
for access?
Source – HSE indg 344, 401, 455
Ladders used to access another
level should be tied and extend at
least 1 m (typically three clear
rungs) above the landing point to
provide a secure handhold.At
ladder access points, a self-closing
gate is recommended
Stepladders should not be used to
access another level, unless they
have been specifically designed for
this.
22. Step Ladders
Source – HSE indg 344, 401, 455
When deciding if it is safe to carry out a particular task on a
stepladder where you cannot maintain a handhold (eg to put a box
on a shelf, hang wallpaper, install a smoke detector on a ceiling), this
needs to be justified, taking into account:
The height of the task
Whether a handhold is still available to steady yourself before
and after the task
Whether it is light work
Whether it avoids side loading
Whether it avoids overreaching
Whether the stepladder can be tied (e.g. when side-on
working)
23. Step
Ladders
Positioning
and working
‘Side on’
Source – HSE/GPSD ‘2009 Safety of Ladders report’ / HSE indg 344, 401, 455 /
Try to position the
stepladder to face the work
activity and not side on.
3
A study by the HSE has shown sideways
tipping accounts for 40% of stepladder
accidents.
However, there are occasions when a risk
assessment may show it is safer to work side
on, eg in a retail stock room when you can’t
engage the stepladder locks to work face on
because of space restraints in narrow aisles,
but you can fully lock it to work side on.
Try to avoid work that imposes a side
loading, such as side-on drilling through
solid materials (e.g. bricks or concrete)
Where side-on loadings cannot be avoided,
you should prevent the steps from tipping
over. If you cannot secure the step you need
to consider using a more suitable type of
access equipment such as a podium step.
24. Step
Ladder
Stability
Source – HSE/GPSD ‘2009 Safety of Ladders report’ / HSE indg 344, 401, 455
• Check all four stepladder feet are in
contact with the ground and the steps
are level. Some step ladders may have
stability solutions built in to help adjust
the step on uneven ground surfaces
• Only carry light materials and tools and
consider a tool belt or a steps with a built
in work tray.
• Don’t overreach
LittleGiant Select Steps can
work on stairs and adjust to
different heights reducing
the risk of overreaching.
25. Can I stand on
the Platform of
a Platform
Step?
Don’t stand and work on the top three steps (including a step
forming the very top of the stepladder) unless there is a suitable
handhold.
The red line indicates this is the
highest tread you can work from
on a Swingback or Builders type
step.
Here you can stand on the platform
as the parapet or continuous
handrail provides a suitable
handhold and third point of contact.
Source – HSE indg 344, 401, 455 /
26. You can use
both hands for
brief periods
on a step
ladder!
Maintain three points of contact at the working position.This means two
feet and one hand, or when both hands need to be free for a brief period,
two feet and the body supported by the stepladder.
Where two hands need to be
free for a brief period for light
work. Keep two feet on the
same step and the body
(knees or chest) supported by
the stepladder to maintain
three points of contact.
Make sure a safe handhold is
available.
Knee Bar or
continuous
Handrail provides
a third point of
contact for the
Knee orThigh
area and a safe
handhold as
required.
Large
working
platform
shows
space for
both feet
Source – HSE indg 344, 401, 455
27. Keeping
records
You are required to keep a record of any
inspection for types of work equipment
including: guard rails, toe-boards, barriers or
similar collective means of protection;
working platforms (any platform used as a
place of work or as a means of getting to and
from work, e.g. a gangway) that are fixed (e.g.
a scaffold around a building) or mobile (e.g. a
mobile elevated working platform (MEWP) or
scaffold tower); or a ladder.
Source – HSE indg 344, 401, 455
28. Users
responsibilities
Employees have general legal duties to take reasonable care of
themselves and others who may be affected by their actions, and
to co-operate with their employer to enable their health and
safety duties and requirements to be complied with.
For an employee, or those working under someone else’s
control, the law says they must:
Report any safety hazard they identify to their employer;
Use the equipment and safety devices supplied or given to
them properly, in accordance with any training and
instructions (unless they think that would be unsafe, in
which case they should seek further instructions before
continuing).
Source – HSE indg 344, 401, 455
29. Employers
responsibilities
Employers need to make sure that any ladder or stepladder is
both suitable for the work task and in a safe condition before use.
As a guide, only use ladders or stepladders that:
Have no visible defects.They should have a pre-use check
each working day
Have an up-to-date record of the detailed visual
inspections carried out regularly by a competent person.
These should be done in accordance with the
manufacturer’s instructions
Are suitable for the intended use, ie are strong and robust
enough for the job
Source – HSE indg 344, 401, 455