Including Scaffolding, MEWPS, Ladders and Roof Work

Slides:



Advertisements
Similar presentations
Fixed and mobile scaffolds
Advertisements

SCAFFOLDING AWARENESS
Safe working on or near roofs
Working at Height - Ladders. Legislation The Work at Height Regulations 2005 Ladders can be used for short duration work when: the risk assessment shows.
Workers Compensation Ladder Safety Training
Take Ladder Safety One Rung at a Time
Ladders As a plumber you will need to use ladders frequently, either working from the ladder directly or using it to gain access to the place of work or.
FHM TRAINING TOOLS This training presentation is part of FHM’s commitment to creating and keeping safe workplaces. Be sure to check out all the training.
Scissor Lift Safety Training
PowerPoint presentation
OSHA’s Fall Protection Requirements
Ladder Safety Today’s topic is Ladder Safety. This training is a part of OSHA’s Portable Wood and Metal Ladder Safety Standards (29 CFR ). You.
Ladder Safety Today’s topic is Ladder Safety. This training is a part of OSHA’s Portable Wood and Metal Ladder Safety Standards (29 CFR ). You.
§ – Subpart L Oklahoma State University2.
OSHA Office of Training & Education
Leaning Ladder & Stepladder Safety
FALL PROTECTION.
Stairways and Ladders 1926 Subpart X - Stairways and Ladders
Stairways & Ladders
OSHA Susan Harwood Training - AGC Fall Protection Susan Harwood Grant Training Program 2013 Scaffolds, Ladders and Lifts.
Roofing Fall Protection The following presentation can be used to satisfy the training requirements of the Fall Protection Standard in the WISHA Safety.
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.
OSHA Office of Training & Education
Summit’s “TOOLBOX SAFETY TALK”
Climbing the Ladder to Safety
SAFETY TALK - SLIDE 1 OF 10 Elkhart Products Corporation 02/00 WELCOME THANKS TO ELKHART PRODUCTS CORPORATION FOR THIS “TOOLBOX SAFETY TALK” OSHA 29 CFR.
OSHAX.org - The Unofficial Guide to the OSHA1 Stairways and Ladders.
Stairways and Ladders.
Walking-Working Surfaces
Walking-Working Surfaces: Preventing Falls.
1 Telecom Cabling Ladder safety. 2 OSHA Office of Training & Education ation Telecom Cabling Stairways and Ladders.
Walking-Working Surfaces. Housekeeping is more than being tidy All areas are clean, orderly, and sanitary Floors are clean and dry Areas free of protruding.
Health and Safety Manual Section F9 Working at Height.
LADDER & STAIRWAY SAFETY
DZAC March 2012 Opening Remarks. DZAC News Items of Interest Review of Purpose and Expectations Bring safety suggestions, complaints or concerns from.
Safety for Working in High Places
FALL PROTECTION. WHY? –BECAUSE: Falls accounted for 10% of fatal work injuries in 1994 & Serious hazards can be present while above ground. –Examples:
Outcome 5 Safety requirements for using access equipment Unit 201: Health and safety in building services engineering.
Fall Hazards.
Scissor Lift Safety Training Working Safely on Scissor Lifts 29 CFR OSHA Scaffolding Safety Requirements.
Leaning Ladder & Stepladder Safety
Walking-Working Surfaces: Preventing Falls. Start Safe and Stay Safe In order to Start Safe and Stay Safe in the areas where you walk and work, you should.
OSHA Office of Training and Education - Revised by TEEX 12/04/07 1 Walking-Working Surfaces.
Health & Safety Life Book AM ST p. 1 v.01 - Aug.18, 2011 Working at Height Portable Ladders Design Specifications The use of home made ladders.
Fall Protection.
1 Construction Safety. 2 Construction Site …… A dangerous Workplace.
LADDER SAFETY Information provided by Texas Workers’ Compensation Commission.
Supported access Stairways and Ladders
Fall Hazards Susan Harwood Training Grant Program (2006) Focus Four Hazards in the Construction Industry.
OSHA Office of Training and Education 1 Walking-Working Surfaces.
Safety on Call LADDER SAFETY. Safety on Call LADDERS CAN TAKE YOU… To great heights or on a quick trip to the ground.
Falls From Height. Identifying fall hazards Falls are a major cause of workplace fatalities and serious injuries. There are many jobs that require people.
1Fall FALL PROTECTION. 2Fall CONTENTS  Introduction  Purpose  Same Level Falls  Lower Level Falls  Fall Prevention  Summary.
Procedure for erection and use of mobile tower scaffolds (Revision 1 – 5 th April 2011) Toolbox talk.
Procedure for use of Zarges ZAP scaffold (Revision 0 – 5 th April 2011) Toolbox talk.
Aerial Lift Safety Today, we’re going to talk about aerial lift safety. You may know this type of equipment by commonly used names such as “cherry pickers”
BPS3413 CONSTRUCTION SAFETY Lecture 6 : Working at Height.
OSHA Office of Training & Education
Scaffolds 1926 Subpart L - Scaffolding
Keep your back straight Keep your arms as close to the body as possible Place hands under the load and pull the load close to your body Grip firmly using.
Ladder Safety Training
Walking and Working Surfaces
Stairways & Ladders
ELKHART PRODUCTS CORPORATION
Stairways & Ladders
Stairways & Ladders
Session 1 Ladders Health and safety Book Pages
Click anywhere to get started…
Top Ten Violations in Construction FY 2018
Work at Height – Ladders and Step Ladders
Presentation transcript:

Including Scaffolding, MEWPS, Ladders and Roof Work Work at Height Including Scaffolding, MEWPS, Ladders and Roof Work

Rules to Prevent Falls Don’t work at height unless it is essential Ensure work platform is secure. Check that it: Will support weight of workers, materials & equipment Is stable and will not overturn Is footed on stable ground or on a stable support or structure Provide guard rails, barriers etc. at open edges of floors, floor openings, edges of roofs and edges of working platforms

Factors for Selecting a Work Platform Duration of work Risks encountered during erection of working platform Difficulty of maintaining platform Number of people to work on equipment Security of platform

Guard Rails and Toe Boards Guard rails, toe boards and other similar barriers should be provided whenever someone could fall 2m or more

Guard Rails and Toe Boards They should: be made from a material strong & rigid enough to prevent people falling and able to withstand other loads likely to be placed on them be fixed to a structure capable of supporting them include: Main guard rail at least 910mm above any edge from which people are liable to fall Toe board at least 150mm high Sufficient number of intermediate guard rails so that unprotected gap does not exceed 470mm

Guard Rails and Toe Boards

Guard Rails and Toe Boards If risk is from falling through openings or fragile material, an alternative is to cover the opening or material. Coverings should be: Strong enough to support any loads likely to be placed on it (including weight of a person) Fixed in position to prevent accidental dislodgement. To prevent people removing coverings, mark them with a warning e.g. “Hole below - do not remove”.

General Access Scaffolds For any scaffold ensure: Designed, erected, altered and dismantled by competent people and work is directed by a competent supervisor Based on firm, level foundation. Watch out for basements, drains or soft ground Braced and tied into a permanent structure It’s capable of supporting loads likely to be placed on it Fully boarded and wide enough for work and access

General Access Scaffolds For any scaffold ensure: Scaffold boards are properly supported and not overlapping excessively Safe ladder or other access onto work platforms Suitable for the task before it is used and checked whenever it is substantially altered or adversely affected by, for example, high winds

General Access Scaffolds

Tower Scaffolds If a tower scaffold is going to be used: Follow manufacturers instructions for erection, use and dismantling. Have a copy of the instruction manual available - if scaffold is hired, the hirer should provide Tower must be vertical and legs should rest properly on firm, level ground Lock any wheels & outriggers - base plates provide greater stability if tower doesn’t have to be moved Provide safe access & egress e.g. internal ladders

Tower Scaffolds If a tower scaffold is going to be used: Provide edge protection at platforms higher than 2m Provide edge protection on any intermediate platforms used to work from or store materials Tie tower rigidly to the structure if: Tower is sheeted Likely to be exposed to strong winds Used for carrying out grit blasting or water jetting Heavy materials are lifted up the outside of the tower Tower base is too small to ensure stability for the height of the platform

Tower Scaffolds If a tower scaffold is going to be used: Do not overload the working platform Ratio = Height of tower:Minimum base dimension 3:1 for for outside 3.5:1 for inside on firm, level ground When moving a tower scaffold: Check for power lines or overhead obstructions Check for holes or dips in the ground Do not allow people or materials to remain on tower

Tower Scaffolds

Mobile & Suspended Access Equipment Trained and competent operators Emergency and evacuation procedures Handover certificate provided by installer Control areas of site where people may be struck by falling items Protect equipment from adverse weather Secure equipment at end of day

MEWPS When using a MEWP, ensure that: Operatives are trained and competent Platform is provided with edge protection It is used on firm and level ground. Ground may have to be prepared in advance Tyres are properly inflated Outriggers are extended and chocked as necessary Everyone knows what to do if platform fails in raised position

MEWPS When using a MEWP, do not: operate close to OH lines or other dangerous machinery Allow a knuckle, or elbow, of the arm to protrude into a traffic route when working near vehicles Move equipment with platform in raised position (unless equipment is designed for this) Wearing a harness with a lanyard attached to the platform can provide extra protection against falls

MEWPS

Suspended Access Cradles/Platforms Most accidents happen due to: unsafe access to and from cradle Insufficient or poorly secured counterweights and holding down systems Failure of the cradle platform or components Failure of winches, climbing devices, safety gear and ropes usually due to poor maintenance Failure to follow manufacturers instructions on erection & dismantling

Suspended Access Cradles/Platforms When using cradles, ensure that: Equipment is selected, installed and tested to ensure suitability It is only used by trained & competent workers Adequate edge protection is provided, and that materials cannot fall from or through cradle base Equipment fits closely to building Building is capable of carrying loads, particularly counterweights. Advice of a structural engineer may be needed

Suspended Access Cradles/Platforms When using cradles, ensure that: Adequate stops are provided to prevent cradle running off track Adequate operating instructions and technical support is available Cradle is not overloaded Loads are placed on cradle as uniformly as possible There is safe access onto cradle. Access at ground level is safest Provide safety harnesses attached to inside of cradle

Boatswains Chairs Used for light, short-term work Only used where it is not practicable to provide a working platform User should be attached to suspension system by harness and lanyard

Safety Harnesses Last resort! Will not prevent falls - only minimise risk of injury Person may be injured by shock load Allow for free-fall of no more than 2m People should be able to attach themselves before they are relying on protection by the harness

Safety Harnesses Any attachment point must be capable of withstanding the shock load Everyone wearing a harness must know how to check, wear and adjust it before use and how to connect themselves to the structure or safety line as appropriate

Safety Harnesses

Ladders Only to be used as a workplace for short-term work Only suitable for light work If ladders are to be used, make sure: Work can be reached without stretching Ladder can be fixed to prevent slipping Good handhold is available

Ladders Carry light tools in a shoulder bag or holster on belt Heavy or bulky loads should not be carried up or down a ladder Check stiles are not damaged, buckled or warped Make sure no rungs are cracked or missing

Ladders Do not use makeshift or home-made ladders or carry out makeshift repairs Do not use painted ladders (can hide defects) Ladders made for DIY use may not be strong enough for site work Set on a firm, level surface Always secure by rope or other stabilisation device

Ladders When using ladders, ensure: Ladder is angled to minimise risk of slipping (one out for every four up) Top of ladder rests against solid surface Both feet of ladder are on firm footing and cannot slip If ladder is more than 3m long, or used as access to a workplace, it is secured from falling If ladder cannot be fixed, it is footed by a second person Ladder extends above any landing place where people will get on and off (about 1m) Extending ladders have an overlap of at least 3 rungs

Ladders

Step-Ladders Easily overturned Not designed for any degree of side loading Never work on top step unless designed for this purpose

Roof Work Openings & lights can be protected by barriers or with covers either secured in place or labelled with a warning Use purpose made roof ladders or crawling boards to spread the weight of workers and materials Edge protection at eaves level is usually needed

Roof Work For work on roofs, ensure: Safe access onto and off the roof e.g. a general access scaffold safe means of moving across the roof e.g. roof ladders secured on the roof apex or crawling boards Safe means of working on the roof e.g. scaffold or MEWP Do not throw debris from top of roof - use enclosed debris chutes or lower debris in containers

Roof Work

Roof Work

Protection Against Falling Items Keep platforms clear of loose materials Provide toe boards, solid barriers, brick guards or similar at open edges If scaffold is erected in a public place, nets, fans or covered walkways may be needed

Protection Against Falling Items