SlideShare a Scribd company logo
2
Most read
6
Most read
13
Most read
Working at Height
Learning Lite Module
Why do we need to understand the
risks?
• In 2008/09 there were 35 fatalities, 4654 major injuries and a further
7065 injuries that caused the injured person to be off work for over 3
days or more, due to a fall from height (Source HSE)
• In the blink of an eye we can hit the ground hard.
• Consequences of ignoring fall protection is obvious
• Falls from height remain the most common cause of workplace fatality.
What is working at height?
Work at height means work in any place where, if
precautions were not taken, a person could fall down
and injure themselves.
If you do any of the following then you will be working at
height, because you can fall from one level to another.
• Work above ground level.
• Could fall from an edge, through an opening or fragile
surface.
• Could fall from ground level into an opening in a floor or
hole in the ground.
• Using working platforms such as
scaffolds, tower.
• Scaffolds, cherry pickers, scissor
lifts and podium steps.
• Work on a roof, piece of plant or
equipment.
• Using ladders or stepladders.
Examples of working at height
What precautions do you need to take?
• Remember, work at height may be a one off,
or routine.
• You need more than a head for heights!
• We need to protect ourselves and others
(including the public from).
• You will need to make sure you identify all
tasks, which require work at height, so you
can make sure they are carried out safely.
• The key to preventing injury from work at
height is to carry out a risk assessment, so
you can choose the right precautions.
• This is a simple process, answering the
questions on the following slides will help you
do this.
Can you avoid the need to work at
height in the first place?
• Long-handled tools or other equipment can
sometimes be used to safely carry out a task from
ground level, e.g. a longhandled brush or roller
for painting and water-fed poles with brushes for
window cleaning.
• Think about whether it is possible to design out
the need to work at height, e.g. could new or
replacement services, such as pipes or cables,
be put at ground level?
• If you can’t avoid the need to work at height, you
must try to make sure the risk of a fall is
prevented.
Can you prevent a fall?
• You can do this by:
• Using an existing place of work.
• This is a place that is already safe, e.g. a
roof with permanent guard rails or a
parapet around the edges.
• Use a piece of plant or equipment that has
fixed, permanent guard rails around it.
Using work equipment
• If you cannot use an existing place of work,
consider whether you can use work equipment to
prevent people falling.
• Tower scaffolds, podium steps, cherry pickers and
scissor lifts are some common examples of work
equipment, which will do this because the
working platforms have guard rails.
• If regular access is required, it may be
reasonable to create a safe place of work by
installing permanent guard rails to and
around the work area.
• If you cannot put measures in
place to prevent a fall, you must
try to limit the risk by minimising
the distance and/or
consequences of a fall.
Can you minimise the consequences
of a fall?
• You must first try to avoid and then prevent a fall
before using measures that will only minimise or limit
the consequences.
• Airbags and safety nets are examples of such
measures, because they should minimise the risk of
injury if someone falls.
• Fall arrest equipment will also minimise injury if
someone falls, providing the equipment is set up
correctly, users know how to look after it and they
understand its limitations.
• REMEMBER Equipment being used at height may
fall, safety nets or drop protection should be used
to avoid exposing others to harm – should this
happen.
• While helmets, gloves and footwear are extremely
important personal protective equipment in fall
prevention and safety, complete fall protection must
include at least one of the following components:
Guard Rails, Safety Nets or Personal Fall Arrest
Systems.
What else?
• Installing guard rails is an extremely effective fall prevention system.
When installing a guard rail it can be temporary or permanent but the
following must be adhered to – rails must be able to support 200lbs,
stand 39-45 inches high, include a mid-rail, and be inspected in
regularly scheduled intervals.
• Sometimes guard rails cannot be installed and when this is the case,
safety-nets and debris-nets are common.
– Safety nets can be designed to catch falling workers
– Debris nets can be designed to catch falling tools.
– They should be inspected at least every week and after a human
or tool falls.
– Tools and other debris should be removed immediately from
nets.
• Sometimes, guard rails and nets are not enough and the serious
danger of falling still occurs. In these cases a “personal fall arrest
system” should be used. They are comprised of a full body harness,
a connecting device and an anchor point.
• Body harnesses distribute weight evenly over the shoulders,
buttocks and thighs.
What other additional measures do you need to
take to reduce the risk of a fall?
When using any equipment for work at height,
you also need to make sure:
• The people using it are trained to use it safely.
• It is regularly inspected and well maintained.
• The work is supervised to check people are working safely.
• The normal use of ladders or step ladders does not provide
measures which either prevent falls or minimise the consequences.
So you must be able to show that it was not reasonable to select
alternative equipment because the task is low risk and short
duration.
Have you identified whether there are any
Fragile surfaces?
• You need to be particularly aware of fragile materials when
working at height as their presence in, or near the working
area, increases the risk. A fragile surface is one, which
would be liable to break if a person worked on it or fell onto
it.
• Common examples include, fibre and asbestos cement
roof sheets and many skylights, but could also include
bridged materials in silos.
• You should make sure you:
• Avoid the need to work on or near or pass across them by,
e.g. repairing a skylight from underneath using a tower
scaffold or from above using a cherry picker;
• Prevent a fall by using fixed walkways with guard rails to
get across a fragile asbestos cement roof or use suitable
working platforms with guard rails during work on or near a
fragile surface;
• Minimise the consequences of a fall by using nets,
airbags or fall arrest.
What did we learn?
• When working off the ground in any capacity you
need the right mindset.
• Always think about safety and the safest way to
accomplish the task at hand.
• Never work above the ground if you are overly tired.
• Even working under emotional stress should be
avoided.
• You need your reflexes and mind to be at 100%
when working above the ground.
• We have mandated training for anyone who works
off the ground.
• Personal protective equipment is a big part of fall
prevention and knowing when and how to use the
equipment is critical.

More Related Content

PDF
Wahthebasics
PPTX
Element 8. GENERAL WORKPLACE ISSUES.pptx
PPTX
Training on Working at Heights.pptx
PPT
049 Working at Heights.ppt
PPTX
Work at Height Training 3146- 23 Jan 2022
PPT
HSE-ENDECO Working at Heights Training.ppt
PPTX
Working at Heights HSE Prsentation (AD-Internal).pptx
PDF
Working_at_Height_Presentation__1679893011.pdf
Wahthebasics
Element 8. GENERAL WORKPLACE ISSUES.pptx
Training on Working at Heights.pptx
049 Working at Heights.ppt
Work at Height Training 3146- 23 Jan 2022
HSE-ENDECO Working at Heights Training.ppt
Working at Heights HSE Prsentation (AD-Internal).pptx
Working_at_Height_Presentation__1679893011.pdf

Similar to Working-at-Height.ppt (20)

PPT
Presentation work at height by sharif ullah khan wazir
PPTX
Working at Heights safety t16Oct'10.pptx
PPTX
Work At Height Electrcial engineering hiuhui hjipu oioijio ujhj
PPTX
07 work at height
PPTX
working at height
PPTX
Working-at-Height-presentation.pptx
DOC
Swp working safely at height
PPTX
Work At Height
PDF
Sayfa working-at-heights-manual
PPTX
Overhead Crane Safety.power point sldppt
PDF
HEIGHT WORK SAFETY REPORT
PPTX
FTS SOS Plan for Surprise falls (1)
PPT
Working at height regulations
PPTX
How To Use the Translation Features of PowerPoint New Employee Safety Orienta...
PPTX
WORKING AT HEIGHT pptx
PPT
safe-working-on-roofs.ppt
PPT
safe-working-on-roofs.safe-working-on-roofsppt
PDF
Presentation on Rooftop Safety and control measures.pdf
PPT
Work At Height Regulations
PPTX
Construction Safety Training_Session 04_Working at Heights and Over Water
Presentation work at height by sharif ullah khan wazir
Working at Heights safety t16Oct'10.pptx
Work At Height Electrcial engineering hiuhui hjipu oioijio ujhj
07 work at height
working at height
Working-at-Height-presentation.pptx
Swp working safely at height
Work At Height
Sayfa working-at-heights-manual
Overhead Crane Safety.power point sldppt
HEIGHT WORK SAFETY REPORT
FTS SOS Plan for Surprise falls (1)
Working at height regulations
How To Use the Translation Features of PowerPoint New Employee Safety Orienta...
WORKING AT HEIGHT pptx
safe-working-on-roofs.ppt
safe-working-on-roofs.safe-working-on-roofsppt
Presentation on Rooftop Safety and control measures.pdf
Work At Height Regulations
Construction Safety Training_Session 04_Working at Heights and Over Water
Ad

More from BlentlhanGoncalolu1 (13)

PDF
Proje 5.hafta ÖN ÇÖKTÜRME Havuzu Tasarımı
PDF
Toz Aktif Karbon Püskürtme İle Dioksin-Furan Giderimi.pdf
PPT
13.ders-P-Varyans Analizi (one-way ANOVA, two way ANOVA, ANCOVA,repeated ANOV...
PPT
PDF
microplastics-in-freshwater-environment.pdf
PPTX
FGPI_Worker_Presentation.pptx
PPT
0_4_safe_work_practices_ea_v2.0.ppt
PDF
lesson5_normaldistn.pdf
PPT
4181657.ppt
PPT
PPT
pilot-Occupational_Health_and_Diseases.ppt
PDF
Historical-Perspective-on-Occupational-Disease.pdf
PDF
etkili-sunum-yapmak.pdf
Proje 5.hafta ÖN ÇÖKTÜRME Havuzu Tasarımı
Toz Aktif Karbon Püskürtme İle Dioksin-Furan Giderimi.pdf
13.ders-P-Varyans Analizi (one-way ANOVA, two way ANOVA, ANCOVA,repeated ANOV...
microplastics-in-freshwater-environment.pdf
FGPI_Worker_Presentation.pptx
0_4_safe_work_practices_ea_v2.0.ppt
lesson5_normaldistn.pdf
4181657.ppt
pilot-Occupational_Health_and_Diseases.ppt
Historical-Perspective-on-Occupational-Disease.pdf
etkili-sunum-yapmak.pdf
Ad

Recently uploaded (20)

PPTX
Neuropathic pain.ppt treatment managment
PPTX
Fundamentals of human energy transfer .pptx
PPTX
Stimulation Protocols for IUI | Dr. Laxmi Shrikhande
PDF
Handout_ NURS 220 Topic 10-Abnormal Pregnancy.pdf
PPTX
surgery guide for USMLE step 2-part 1.pptx
PPTX
Chapter-1-The-Human-Body-Orientation-Edited-55-slides.pptx
PPTX
anal canal anatomy with illustrations...
PPT
Obstructive sleep apnea in orthodontics treatment
PPTX
POLYCYSTIC OVARIAN SYNDROME.pptx by Dr( med) Charles Amoateng
PPT
ASRH Presentation for students and teachers 2770633.ppt
PDF
Therapeutic Potential of Citrus Flavonoids in Metabolic Inflammation and Ins...
DOC
Adobe Premiere Pro CC Crack With Serial Key Full Free Download 2025
PPTX
JUVENILE NASOPHARYNGEAL ANGIOFIBROMA.pptx
PPTX
LUNG ABSCESS - respiratory medicine - ppt
PPTX
neonatal infection(7392992y282939y5.pptx
PDF
Oral Aspect of Metabolic Disease_20250717_192438_0000.pdf
PPT
1b - INTRODUCTION TO EPIDEMIOLOGY (comm med).ppt
PDF
Human Health And Disease hggyutgghg .pdf
PPTX
Respiratory drugs, drugs acting on the respi system
PPTX
Note on Abortion.pptx for the student note
Neuropathic pain.ppt treatment managment
Fundamentals of human energy transfer .pptx
Stimulation Protocols for IUI | Dr. Laxmi Shrikhande
Handout_ NURS 220 Topic 10-Abnormal Pregnancy.pdf
surgery guide for USMLE step 2-part 1.pptx
Chapter-1-The-Human-Body-Orientation-Edited-55-slides.pptx
anal canal anatomy with illustrations...
Obstructive sleep apnea in orthodontics treatment
POLYCYSTIC OVARIAN SYNDROME.pptx by Dr( med) Charles Amoateng
ASRH Presentation for students and teachers 2770633.ppt
Therapeutic Potential of Citrus Flavonoids in Metabolic Inflammation and Ins...
Adobe Premiere Pro CC Crack With Serial Key Full Free Download 2025
JUVENILE NASOPHARYNGEAL ANGIOFIBROMA.pptx
LUNG ABSCESS - respiratory medicine - ppt
neonatal infection(7392992y282939y5.pptx
Oral Aspect of Metabolic Disease_20250717_192438_0000.pdf
1b - INTRODUCTION TO EPIDEMIOLOGY (comm med).ppt
Human Health And Disease hggyutgghg .pdf
Respiratory drugs, drugs acting on the respi system
Note on Abortion.pptx for the student note

Working-at-Height.ppt

  • 2. Why do we need to understand the risks? • In 2008/09 there were 35 fatalities, 4654 major injuries and a further 7065 injuries that caused the injured person to be off work for over 3 days or more, due to a fall from height (Source HSE) • In the blink of an eye we can hit the ground hard. • Consequences of ignoring fall protection is obvious • Falls from height remain the most common cause of workplace fatality.
  • 3. What is working at height? Work at height means work in any place where, if precautions were not taken, a person could fall down and injure themselves. If you do any of the following then you will be working at height, because you can fall from one level to another. • Work above ground level. • Could fall from an edge, through an opening or fragile surface. • Could fall from ground level into an opening in a floor or hole in the ground.
  • 4. • Using working platforms such as scaffolds, tower. • Scaffolds, cherry pickers, scissor lifts and podium steps. • Work on a roof, piece of plant or equipment. • Using ladders or stepladders. Examples of working at height
  • 5. What precautions do you need to take? • Remember, work at height may be a one off, or routine. • You need more than a head for heights! • We need to protect ourselves and others (including the public from). • You will need to make sure you identify all tasks, which require work at height, so you can make sure they are carried out safely. • The key to preventing injury from work at height is to carry out a risk assessment, so you can choose the right precautions. • This is a simple process, answering the questions on the following slides will help you do this.
  • 6. Can you avoid the need to work at height in the first place? • Long-handled tools or other equipment can sometimes be used to safely carry out a task from ground level, e.g. a longhandled brush or roller for painting and water-fed poles with brushes for window cleaning. • Think about whether it is possible to design out the need to work at height, e.g. could new or replacement services, such as pipes or cables, be put at ground level? • If you can’t avoid the need to work at height, you must try to make sure the risk of a fall is prevented.
  • 7. Can you prevent a fall? • You can do this by: • Using an existing place of work. • This is a place that is already safe, e.g. a roof with permanent guard rails or a parapet around the edges. • Use a piece of plant or equipment that has fixed, permanent guard rails around it.
  • 8. Using work equipment • If you cannot use an existing place of work, consider whether you can use work equipment to prevent people falling. • Tower scaffolds, podium steps, cherry pickers and scissor lifts are some common examples of work equipment, which will do this because the working platforms have guard rails. • If regular access is required, it may be reasonable to create a safe place of work by installing permanent guard rails to and around the work area. • If you cannot put measures in place to prevent a fall, you must try to limit the risk by minimising the distance and/or consequences of a fall.
  • 9. Can you minimise the consequences of a fall? • You must first try to avoid and then prevent a fall before using measures that will only minimise or limit the consequences. • Airbags and safety nets are examples of such measures, because they should minimise the risk of injury if someone falls. • Fall arrest equipment will also minimise injury if someone falls, providing the equipment is set up correctly, users know how to look after it and they understand its limitations. • REMEMBER Equipment being used at height may fall, safety nets or drop protection should be used to avoid exposing others to harm – should this happen. • While helmets, gloves and footwear are extremely important personal protective equipment in fall prevention and safety, complete fall protection must include at least one of the following components: Guard Rails, Safety Nets or Personal Fall Arrest Systems.
  • 10. What else? • Installing guard rails is an extremely effective fall prevention system. When installing a guard rail it can be temporary or permanent but the following must be adhered to – rails must be able to support 200lbs, stand 39-45 inches high, include a mid-rail, and be inspected in regularly scheduled intervals. • Sometimes guard rails cannot be installed and when this is the case, safety-nets and debris-nets are common. – Safety nets can be designed to catch falling workers – Debris nets can be designed to catch falling tools. – They should be inspected at least every week and after a human or tool falls. – Tools and other debris should be removed immediately from nets. • Sometimes, guard rails and nets are not enough and the serious danger of falling still occurs. In these cases a “personal fall arrest system” should be used. They are comprised of a full body harness, a connecting device and an anchor point. • Body harnesses distribute weight evenly over the shoulders, buttocks and thighs.
  • 11. What other additional measures do you need to take to reduce the risk of a fall? When using any equipment for work at height, you also need to make sure: • The people using it are trained to use it safely. • It is regularly inspected and well maintained. • The work is supervised to check people are working safely. • The normal use of ladders or step ladders does not provide measures which either prevent falls or minimise the consequences. So you must be able to show that it was not reasonable to select alternative equipment because the task is low risk and short duration.
  • 12. Have you identified whether there are any Fragile surfaces? • You need to be particularly aware of fragile materials when working at height as their presence in, or near the working area, increases the risk. A fragile surface is one, which would be liable to break if a person worked on it or fell onto it. • Common examples include, fibre and asbestos cement roof sheets and many skylights, but could also include bridged materials in silos. • You should make sure you: • Avoid the need to work on or near or pass across them by, e.g. repairing a skylight from underneath using a tower scaffold or from above using a cherry picker; • Prevent a fall by using fixed walkways with guard rails to get across a fragile asbestos cement roof or use suitable working platforms with guard rails during work on or near a fragile surface; • Minimise the consequences of a fall by using nets, airbags or fall arrest.
  • 13. What did we learn? • When working off the ground in any capacity you need the right mindset. • Always think about safety and the safest way to accomplish the task at hand. • Never work above the ground if you are overly tired. • Even working under emotional stress should be avoided. • You need your reflexes and mind to be at 100% when working above the ground. • We have mandated training for anyone who works off the ground. • Personal protective equipment is a big part of fall prevention and knowing when and how to use the equipment is critical.