Osha Quick Card 452
•
2 likes•450 views
This document provides guidance on safety practices for using aerial lifts over water in shipyards. It states that aerial lifts are commonly used in shipyards when erecting staging is impractical, but that boom failure, tipping over, falls, and ejections can occur if not properly operated. It outlines requirements for employers to provide safe equipment, training, fall protection, and rescue assistance. It provides numerous safe work practices for operating lifts safely, such as always tying off, not exceeding weight limits, avoiding overhead power lines, and taking precautions to prevent tipping over like setting brakes and extending outriggers. It emphasizes that personal flotation devices alone are not sufficient fall protection from heights over 40 feet.
Report
Share
Report
Share
Download to read offline
Recommended
OSHA AWP Lift Fact Sheet
The document provides safety guidelines for working with aerial lifts. It states that workers should maintain a minimum 10 foot clearance from overhead power lines. The dangers of aerial lifts include falls, electrocutions, and tip-overs if not operated properly. Safety practices include clearly marking a danger zone around the lift, using fall protection when working in the basket, ensuring all controls are clearly marked, not overriding safety devices, and making sure the lift is on solid ground before elevating. Workers should be properly trained and inspect the lift daily before use.
Material Handling Training by OSHA
This document provides information on material handling safety. It discusses manual material handling such as lifting and carrying, machine material handling using forklifts, and associated injuries. Hazards of improper lifting, struck by injuries, and forklift rollovers are covered. Safe lifting techniques, use of personal protective equipment, training requirements, and forklift safety checklists are also summarized.
Materials Handling and Storage by National Safety Council
The document discusses materials handling and storage safety. It provides guidance on preventing common injuries from handling materials, which account for 20-45% of occupational injuries. Proper personal protective equipment like gloves, safety shoes, and protective clothing can help reduce strains, sprains, fractures and contusions. The document also discusses fall protection, guidelines for safe lifting based on weight and force limits, and proper use of tools and accessories to reduce injury risks from manual handling activities.
Safe Work at Heights by Queensland
This document discusses work at heights safety. It notes that falls are a major cause of work-related injuries and deaths in Australia. The key points are:
- There are specific regulations around managing fall hazards, with a focus on eliminating hazards or using higher level controls before lower ones.
- A risk assessment process should identify and control fall hazards. Control measures follow a five-level hierarchy, with elimination and engineering controls preferred over administrative controls or ladders.
- Examples of common fall hazards in the workplace are provided, along with guidance on developing safe work procedures and ensuring appropriate training for staff.
Working at-height
The document defines work at height as any work performed 1.8 meters or more above ground level, including below ground. Work above 1.8 meters requires a permit and safety checklist. Fall distances increase rapidly with time, emphasizing the need for fall protection like railings, safety harnesses attached to lifelines, and safety nets. Proper planning, equipment, and rescue procedures are required for working at heights.
working at height
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.
Fall Protection Systems Training by
This presentation discusses fall protection systems and why they are needed in the construction industry. It provides statistics showing that falls are a leading cause of fatalities. It then defines fall protection and describes different philosophies for preventing or arresting falls, including guardrails, safety nets, warning lines, and fall arrest systems. The presentation outlines planning considerations and controlling fall exposures. It details various fall protection systems and components, such as harnesses, lanyards, lifelines, positioning devices, and safety nets. Planning for rescue is also addressed.
Fall Protection in Constuction
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.
Recommended
OSHA AWP Lift Fact Sheet
The document provides safety guidelines for working with aerial lifts. It states that workers should maintain a minimum 10 foot clearance from overhead power lines. The dangers of aerial lifts include falls, electrocutions, and tip-overs if not operated properly. Safety practices include clearly marking a danger zone around the lift, using fall protection when working in the basket, ensuring all controls are clearly marked, not overriding safety devices, and making sure the lift is on solid ground before elevating. Workers should be properly trained and inspect the lift daily before use.
Material Handling Training by OSHA
This document provides information on material handling safety. It discusses manual material handling such as lifting and carrying, machine material handling using forklifts, and associated injuries. Hazards of improper lifting, struck by injuries, and forklift rollovers are covered. Safe lifting techniques, use of personal protective equipment, training requirements, and forklift safety checklists are also summarized.
Materials Handling and Storage by National Safety Council
The document discusses materials handling and storage safety. It provides guidance on preventing common injuries from handling materials, which account for 20-45% of occupational injuries. Proper personal protective equipment like gloves, safety shoes, and protective clothing can help reduce strains, sprains, fractures and contusions. The document also discusses fall protection, guidelines for safe lifting based on weight and force limits, and proper use of tools and accessories to reduce injury risks from manual handling activities.
Safe Work at Heights by Queensland
This document discusses work at heights safety. It notes that falls are a major cause of work-related injuries and deaths in Australia. The key points are:
- There are specific regulations around managing fall hazards, with a focus on eliminating hazards or using higher level controls before lower ones.
- A risk assessment process should identify and control fall hazards. Control measures follow a five-level hierarchy, with elimination and engineering controls preferred over administrative controls or ladders.
- Examples of common fall hazards in the workplace are provided, along with guidance on developing safe work procedures and ensuring appropriate training for staff.
Working at-height
The document defines work at height as any work performed 1.8 meters or more above ground level, including below ground. Work above 1.8 meters requires a permit and safety checklist. Fall distances increase rapidly with time, emphasizing the need for fall protection like railings, safety harnesses attached to lifelines, and safety nets. Proper planning, equipment, and rescue procedures are required for working at heights.
working at height
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.
Fall Protection Systems Training by
This presentation discusses fall protection systems and why they are needed in the construction industry. It provides statistics showing that falls are a leading cause of fatalities. It then defines fall protection and describes different philosophies for preventing or arresting falls, including guardrails, safety nets, warning lines, and fall arrest systems. The presentation outlines planning considerations and controlling fall exposures. It details various fall protection systems and components, such as harnesses, lanyards, lifelines, positioning devices, and safety nets. Planning for rescue is also addressed.
Fall Protection in Constuction
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.
Materials Handling Ppt
Handling and storing materials safely involves proper lifting techniques to prevent back injuries, as well as ensuring materials are not stacked in a way that could cause struck-by or crushed-by injuries. Machinery like forklifts and cranes used to move materials require training and have specific safety operating procedures to follow. Inspection of lifting slings is important to check load capacity and remove slings that show signs of wear, damage, or stress. Work areas should be kept organized and clear of debris to reduce hazards.
Aerial Lift Safety Training by FHM Insurance
This training presentation covers safety procedures for operating aerial lifts. It reviews standard operating procedures, OSHA regulations, and safety hazards. The presentation outlines proper authorization and training for lift operators, control placement and operation, load limits, positioning lifts on stable surfaces, fall protection requirements, and safety around overhead power lines. It emphasizes the major causes of injuries - falls, electrocutions and tip-overs - and recommends inspection, following manufacturer instructions, and not overriding safety devices.
OSHA- Material Handling
This document provides guidance on safely using various material handling aids. It identifies potential hazards like losing loads from dollies and hand trucks or overexerting oneself. It recommends selecting the proper aid for the job, loading and operating it safely, and inspecting rope aids regularly to prevent deterioration and ensure safety. Proper techniques like lifting with legs not back, securing loads, and moving slowly are emphasized.
Ppt Workplace Fall Protection
The document discusses fall protection in the workplace. It notes that falls are a leading cause of on-the-job deaths and injuries, killing over 11,000 people each year. It describes common fall hazards like ladders, scaffolds, buckets and towers. It emphasizes inspecting equipment, following safe work practices, and using fall arrest systems when working at heights over 4 feet or 6 feet in construction. These systems include a full body harness, connecting device, and anchor point that can support over 5000 pounds.
Working at heights
The document provides an overview of safety procedures for working at heights. It discusses ladder safety, fall protection equipment like harnesses and lanyards, scaffolding safety, and mobile elevated work platforms. It emphasizes the importance of fall protection, noting that falls are the leading cause of construction fatalities and that workers should be protected from falls of 2 meters or more.
Work at Height
Work at height poses serious injury risks from falls. Collective protection like guardrails and safety nets are preferred over personal protective equipment. Specific precautions are required for different work sites like roofs, walls, and floor openings to prevent falls. Proper equipment selection and maintenance also helps control risks, such as only using ladders suitable for the task and in good condition, having scaffolding erected by specialists, and qualifying personnel to operate elevated work platforms. Fall protection systems must be worn with many types of equipment.
Working at Height by TB Davies
This document provides guidance on working safely at height using ladders and steps. It discusses selecting the appropriate equipment based on a risk assessment and hierarchy of fall protection. Key points include maintaining three points of contact, ensuring ladders are stable, leveled and secured properly, the requirements for short duration and low risk work, and basic safety checks for ladders and steps. Records of inspections are required to be kept and both employee and employer responsibilities for health and safety are outlined.
Aerial Lifts Training by University of Wisconsin
The document provides information about aerial lifts used at the University of Wisconsin-Eau Claire, including types of lifts, safety considerations, inspection procedures, operation, hazards, and precautions. It details the training objectives, lift models and locations on campus, safety information on capacity and authorization to operate. It also outlines pre-operation inspection, workplace inspection, set up procedures, standard features, safe work practices, major safety hazards, required personal protective equipment, and hazards/precautions for each lift model.
SG4:10 presentation
The document discusses fall prevention methods for scaffolding work as outlined in SG4:10. It emphasizes creating a "safe zone" through fully boarded platforms with guardrails to prevent falls. Advanced guardrail systems that allow protected traversing are presented as alternatives to personal fall arrest equipment. Traversing without protection is no longer permitted; if a safe zone is not possible, workers must remain clipped to an anchor point within 1 meter of the edge.
Safe Material Handling
Material Handling accidents are growing our industries , it's main reason is untrained people , over confidence , working pressure etc , This PPT make very good training material ...
Lift Equipment
Torcan Lift Equipment provides Forklift Training (all classes of lifts), Boom Lift Training, Scissor Lift Training, Man Lift Training, W.H.M.I.S Training, Fall Arrest Training, Propane Exchange Training.
www.torcanlift.com
Industrial safetY of height works
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.
Roofing Operations & Aerial Lifts Training by NAHB
The document provides guidance on roofing operations and fall protection. It discusses using personal fall arrest systems (PFAS) when installing roofing materials. It emphasizes attaching anchor points according to manufacturer instructions and using multiple anchor points to manage swing fall hazards. The document also discusses fall protection options like guardrails and describes ladder safety including selecting the proper ladder, setting it up correctly, and maintaining three points of contact. Scaffolding safety practices are outlined as well as safety procedures for operating aerial lifts.
Work at height safety
Fall hazard means a circumstance that exposes a worker in a workplace to a risk of a fall that is reasonably likely to cause injury to the worker or other person.
Assessing risks from working at height.
Common Fall Hazards at construction site.
Common Scaffold Hazards.
PERSONAL FALL PROTECTION.
Travel-Restraint Systems.
Fall-Arrest Systems.
Lifelines.
Scaffolding, also called scaffold or staging, is a temporary structure used to support a work crew and materials to aid in the construction, maintenance and repair of buildings, bridges and all other man made structures.
OSHA regulations Fall protection
Here are the answers to the quick quiz:
- Anchorages must be 5,000 lbs.
- Fall arrest forces for harnessing shall not exceed 1,800 lbs.
- The best in the hierarchy of fall protection is elimination.
- Covers must hold twice the anticipated load.
- Free fall over 24 inches is not allowed in work positioning.
Manual Material Handling by CNA
Manual material handling trends and solutions were discussed. Raising materials off the floor using methods like strapped pallets or lift tables can reduce bending and lifting injuries. Mechanical devices can help transport materials to reduce forceful manual handling. Cart and dolly designs should consider factors like wheel size and handle height. Transferring materials presents risks that can be addressed using conveyors, slides, or hoisting systems. Websites were provided as resources for products that can improve material handling ergonomically and reduce injury risks.
Cranes ppt
The document discusses major causes of crane accidents such as contact with power lines, overturns, falls, and mechanical failures which are often due to instability of loads, lack of communication, lack of training, and inadequate maintenance or inspection. It notes that crane operators and others on site are at risk and outlines important definitions, parts, types of cranes, hazards, safety planning considerations, load capacities, and the importance of inspections and training to reduce accidents.
Crane Safety
Major causes of crane accidents include contact with power lines, overturns, falls, mechanical failures, and instability from unsecured or overloaded loads. Operators and others on site are at risk of injury. Proper planning, inspections by a competent person, training, and following load limits and safety procedures can reduce accidents.
A fall protection
This document provides guidance on fall protection when working at heights. It outlines that falls are a leading cause of death in construction and that fall protection measures should follow a hierarchy of first removing hazards, then using passive barriers like guardrails if work at heights is necessary, and if those are not possible using fall restraint or arrest systems. It details requirements for guardrails, safety nets, harnesses and other fall protection equipment. Situations requiring fall protection include various elevated work areas, openings, excavations and mobile equipment. Ladders, stairs and scaffolding must also be properly constructed and used to prevent falls from any height.
Working at heights training powerpoint
This document outlines requirements and safety procedures for working at heights. It discusses proper fall protection equipment like harnesses and lifelines, as well as safety protocols like hazard identification checklists and permits. Temporary anchor points must be approved and capable of withstanding significant loads. Proper PPE like hard hats is required, and workers must be trained before working alone or using fall arrest vs. restraint systems.
More Related Content
What's hot
Materials Handling Ppt
Handling and storing materials safely involves proper lifting techniques to prevent back injuries, as well as ensuring materials are not stacked in a way that could cause struck-by or crushed-by injuries. Machinery like forklifts and cranes used to move materials require training and have specific safety operating procedures to follow. Inspection of lifting slings is important to check load capacity and remove slings that show signs of wear, damage, or stress. Work areas should be kept organized and clear of debris to reduce hazards.
Aerial Lift Safety Training by FHM Insurance
This training presentation covers safety procedures for operating aerial lifts. It reviews standard operating procedures, OSHA regulations, and safety hazards. The presentation outlines proper authorization and training for lift operators, control placement and operation, load limits, positioning lifts on stable surfaces, fall protection requirements, and safety around overhead power lines. It emphasizes the major causes of injuries - falls, electrocutions and tip-overs - and recommends inspection, following manufacturer instructions, and not overriding safety devices.
OSHA- Material Handling
This document provides guidance on safely using various material handling aids. It identifies potential hazards like losing loads from dollies and hand trucks or overexerting oneself. It recommends selecting the proper aid for the job, loading and operating it safely, and inspecting rope aids regularly to prevent deterioration and ensure safety. Proper techniques like lifting with legs not back, securing loads, and moving slowly are emphasized.
Ppt Workplace Fall Protection
The document discusses fall protection in the workplace. It notes that falls are a leading cause of on-the-job deaths and injuries, killing over 11,000 people each year. It describes common fall hazards like ladders, scaffolds, buckets and towers. It emphasizes inspecting equipment, following safe work practices, and using fall arrest systems when working at heights over 4 feet or 6 feet in construction. These systems include a full body harness, connecting device, and anchor point that can support over 5000 pounds.
Working at heights
The document provides an overview of safety procedures for working at heights. It discusses ladder safety, fall protection equipment like harnesses and lanyards, scaffolding safety, and mobile elevated work platforms. It emphasizes the importance of fall protection, noting that falls are the leading cause of construction fatalities and that workers should be protected from falls of 2 meters or more.
Work at Height
Work at height poses serious injury risks from falls. Collective protection like guardrails and safety nets are preferred over personal protective equipment. Specific precautions are required for different work sites like roofs, walls, and floor openings to prevent falls. Proper equipment selection and maintenance also helps control risks, such as only using ladders suitable for the task and in good condition, having scaffolding erected by specialists, and qualifying personnel to operate elevated work platforms. Fall protection systems must be worn with many types of equipment.
Working at Height by TB Davies
This document provides guidance on working safely at height using ladders and steps. It discusses selecting the appropriate equipment based on a risk assessment and hierarchy of fall protection. Key points include maintaining three points of contact, ensuring ladders are stable, leveled and secured properly, the requirements for short duration and low risk work, and basic safety checks for ladders and steps. Records of inspections are required to be kept and both employee and employer responsibilities for health and safety are outlined.
Aerial Lifts Training by University of Wisconsin
The document provides information about aerial lifts used at the University of Wisconsin-Eau Claire, including types of lifts, safety considerations, inspection procedures, operation, hazards, and precautions. It details the training objectives, lift models and locations on campus, safety information on capacity and authorization to operate. It also outlines pre-operation inspection, workplace inspection, set up procedures, standard features, safe work practices, major safety hazards, required personal protective equipment, and hazards/precautions for each lift model.
SG4:10 presentation
The document discusses fall prevention methods for scaffolding work as outlined in SG4:10. It emphasizes creating a "safe zone" through fully boarded platforms with guardrails to prevent falls. Advanced guardrail systems that allow protected traversing are presented as alternatives to personal fall arrest equipment. Traversing without protection is no longer permitted; if a safe zone is not possible, workers must remain clipped to an anchor point within 1 meter of the edge.
Safe Material Handling
Material Handling accidents are growing our industries , it's main reason is untrained people , over confidence , working pressure etc , This PPT make very good training material ...
Lift Equipment
Torcan Lift Equipment provides Forklift Training (all classes of lifts), Boom Lift Training, Scissor Lift Training, Man Lift Training, W.H.M.I.S Training, Fall Arrest Training, Propane Exchange Training.
www.torcanlift.com
Industrial safetY of height works
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.
Roofing Operations & Aerial Lifts Training by NAHB
The document provides guidance on roofing operations and fall protection. It discusses using personal fall arrest systems (PFAS) when installing roofing materials. It emphasizes attaching anchor points according to manufacturer instructions and using multiple anchor points to manage swing fall hazards. The document also discusses fall protection options like guardrails and describes ladder safety including selecting the proper ladder, setting it up correctly, and maintaining three points of contact. Scaffolding safety practices are outlined as well as safety procedures for operating aerial lifts.
Work at height safety
Fall hazard means a circumstance that exposes a worker in a workplace to a risk of a fall that is reasonably likely to cause injury to the worker or other person.
Assessing risks from working at height.
Common Fall Hazards at construction site.
Common Scaffold Hazards.
PERSONAL FALL PROTECTION.
Travel-Restraint Systems.
Fall-Arrest Systems.
Lifelines.
Scaffolding, also called scaffold or staging, is a temporary structure used to support a work crew and materials to aid in the construction, maintenance and repair of buildings, bridges and all other man made structures.
OSHA regulations Fall protection
Here are the answers to the quick quiz:
- Anchorages must be 5,000 lbs.
- Fall arrest forces for harnessing shall not exceed 1,800 lbs.
- The best in the hierarchy of fall protection is elimination.
- Covers must hold twice the anticipated load.
- Free fall over 24 inches is not allowed in work positioning.
Manual Material Handling by CNA
Manual material handling trends and solutions were discussed. Raising materials off the floor using methods like strapped pallets or lift tables can reduce bending and lifting injuries. Mechanical devices can help transport materials to reduce forceful manual handling. Cart and dolly designs should consider factors like wheel size and handle height. Transferring materials presents risks that can be addressed using conveyors, slides, or hoisting systems. Websites were provided as resources for products that can improve material handling ergonomically and reduce injury risks.
Cranes ppt
The document discusses major causes of crane accidents such as contact with power lines, overturns, falls, and mechanical failures which are often due to instability of loads, lack of communication, lack of training, and inadequate maintenance or inspection. It notes that crane operators and others on site are at risk and outlines important definitions, parts, types of cranes, hazards, safety planning considerations, load capacities, and the importance of inspections and training to reduce accidents.
Crane Safety
Major causes of crane accidents include contact with power lines, overturns, falls, mechanical failures, and instability from unsecured or overloaded loads. Operators and others on site are at risk of injury. Proper planning, inspections by a competent person, training, and following load limits and safety procedures can reduce accidents.
A fall protection
This document provides guidance on fall protection when working at heights. It outlines that falls are a leading cause of death in construction and that fall protection measures should follow a hierarchy of first removing hazards, then using passive barriers like guardrails if work at heights is necessary, and if those are not possible using fall restraint or arrest systems. It details requirements for guardrails, safety nets, harnesses and other fall protection equipment. Situations requiring fall protection include various elevated work areas, openings, excavations and mobile equipment. Ladders, stairs and scaffolding must also be properly constructed and used to prevent falls from any height.
Working at heights training powerpoint
This document outlines requirements and safety procedures for working at heights. It discusses proper fall protection equipment like harnesses and lifelines, as well as safety protocols like hazard identification checklists and permits. Temporary anchor points must be approved and capable of withstanding significant loads. Proper PPE like hard hats is required, and workers must be trained before working alone or using fall arrest vs. restraint systems.
What's hot (20)
Roofing Operations & Aerial Lifts Training by NAHB
Roofing Operations & Aerial Lifts Training by NAHB
Viewers also liked
Randall Ave
This listing is for a 3 bedroom, 1 bathroom home located at 146 Randall Ave in Warwick, Rhode Island for $249,900. The home has a generous and open floorplan along with a large private yard. It is described as a peaceful retreat located on Warwick Neck within steps of golf and water.
Leveraging Enterprise 2 Technologies
This document discusses leveraging Enterprise 2.0 technologies within a company. It addresses getting support from senior leadership, dealing with security and culture issues, choosing a solution, launching a project, and ensuring ongoing usage after launch. The document provides lessons learned and asks questions related to cash required, personnel needed, timeline, and determining if a project was successful.
Mechanical Reliability Prediction: A Different Approach
This paper critically analyses the current industry practices for making reliability prediction prevalent among the aircraft manufacturers and further explores the more accurate and cost effective methods for predicting the failure rate of a component or subsystem during the early design phase of the product development cycle namely NSWC method , PoF approach and SSI theory. It elucidates the effectiveness of these alternative approaches with the help of a case study on Hydraulic Accumulator (HYDAC).
Genielift
This 3-page document is an operator's manual for Genie TMZ-34/19 machines. It provides important safety information and instructions for operating the controls of the machine. The manual replaces an earlier version and covers machines with serial numbers before T3400-2. It contains sections on safety rules, controls, inspections, maintenance, operation and specifications. Personnel are instructed to read, understand and follow the safety rules in the manual before operating the machine.
The black hole sword is an elegant weapon
The Black Hole Sword uses singularities fired in sequence to form an energy blade. The speed and duration of the singularities determine the length and width of the blade. Unlike a natural black hole, the singularities used in the sword are temporary and will dissipate, making the blade straight and evenly shaped. While dangerous, reducing the speed of the singularities during swinging could potentially cause gold nuggets to accidentally release from the blade.
Curriculum vitae
Pradeep Singh Chauhan has over 8 years of experience as a graphic designer and visualizer for advertising agencies. He has worked on campaigns, logos, banners, and other materials for clients like Relaxo, Nikon, Pioneer, and HCL. Pradeep has diplomas in multimedia and graphic design and a BA degree. He is proficient in design software like CorelDraw, Illustrator, and Photoshop.
La Stampa: la Torino del futuro disegnata dai cittadini
Un sondaggio tra i torinesi promuove le trasformazioni urbane avvenute in questi anni
Target audience
My target audience will primarily be male football fans, as a survey found 85% of Premier League fans were male. While 11% of fans were aged 16-24 in 2007/2008, the average age is now 41. To promote the football film, advertising during football TV programs and near stadiums using billboards would be effective strategies since they directly reach this intended audience of football fans.
Residuos
El documento clasifica los residuos según su origen (domiciliario, industrial, etc.) y composición (orgánicos, inorgánicos, peligrosos, tecnológicos). Explica que los residuos orgánicos son de seres vivos, los inorgánicos son creados por el hombre y se pueden reutilizar, los peligrosos pueden causar daños a la salud y el ambiente, y los tecnológicos son aparatos electrónicos obsoletos. Además, enfatiza las tres erres de la ecología
How well do you know Britain?
This document contains a schedule for flights departing from an unspecified airport on Thursday May 22, 2014. It lists the flight number, destination, and status (gate open or scheduled) for four flights departing at 15:00, 15:10, 15:20, and 15:30 from Terminal one. The flights are going to Vienna, London, Zurich, and Barcelona respectively.
BIAYA PANGAN SEMINGGU
The document lists the weekly food expenditures of families from 12 different countries - Germany, the United States, Japan, Italy, Mexico, Poland, Egypt, Ecuador, Bhutan, Chad, Indonesia, and an unknown location. It provides the amount spent in each family's local currency and a converted amount in Indonesian Rupiah.
635935315990367406 (1) - DM level 1
This certificate of completion was awarded to Kinjal Ladani for successfully completing the learning path and certification examination for Digital Marketing Level 1 on March 14, 2016.
COPA ARGENTINA - FECHA 4.
Este documento resume los resultados de cuatro partidos de la Copa Argentina de fútbol jugados el 5 de octubre. En el primer partido, Rezono FC derrotó a Rusticos 17-4, con cinco goles de D. Sánchez y ocho de N. Vásquez para Rezono. En el segundo partido, La Uruguay venció a Bata Bata 7-5, con cuatro goles de D. González para La Uruguay. En el tercer partido, La Aviación derrotó a Fate FC 11-6, con cinco goles de L. Wilvers para
Viewers also liked (18)
Mechanical Reliability Prediction: A Different Approach
Mechanical Reliability Prediction: A Different Approach
La Stampa: la Torino del futuro disegnata dai cittadini
La Stampa: la Torino del futuro disegnata dai cittadini
Similar to Osha Quick Card 452
Aerial Lifts Factsheet
Aerial lifts are used to elevate workers and include boom lifts, aerial ladders, and scissor lifts. They have replaced ladders and scaffolding on work sites due to their mobility. Workers must be trained on the hazards of aerial lifts which include falls, falling objects, tip-overs, and electrocutions. Proper inspection and maintenance of aerial lifts is required along with securing the work area from overhead and ground-level hazards. Workers in aerial lifts must use fall protection and follow safety procedures for operation, loading, and movement.
Scissor Lifts Powerpoint
This document outlines safety requirements and training for operating scissor lifts. It discusses that there are 8 fatalities per year involving scissor lifts, mostly from tipping over. Scissor lifts must support 4 times their intended load and not exceed rated load capacities. Workers must be trained on scissor lift safety, and properly protect themselves from electrical, fall, and falling object hazards when working on lifts. Lifts should not be moved with workers onboard unless certain precautions are followed.
Aerial Lifts by University of Wisconsin
The document provides information about aerial lifts available at the University of Wisconsin-Eau Claire, including types of lifts, safety considerations, inspection procedures, and safe operating practices. It describes three aerial lifts located in different buildings on campus, their maximum capacities, and features. It outlines pre-operation inspection steps and highlights two major safety hazards of electrocution and fall hazards. Personal protective equipment requirements and additional hazards/precautions are also summarized.
Equipment Operation, Skid Loader
Stark Parks provides training on skid steer loader operation and safety. The training includes online modules, reviewing equipment manuals, and hands-on evaluation. It covers the purpose, controls, attachments and hazards of skid steer loaders. Operators must complete pre-start inspections, enter and exit safely, avoid tipping and crushing hazards, and only use attachments as intended. Maintaining safety is critical when operating these powerful machines.
Lifting & Rigging Safety.pptx
The document provides guidance on safety procedures for lifting operations using cranes and rigging equipment. Some key points include:
- Proper planning of lifting operations, selection of suitable cranes and equipment, maintenance, training of personnel, and supervision are essential for safety.
- Cranes must be set up correctly with outriggers fully extended on level, stable ground before heavy lifts.
- Rigging such as slings and shackles must be inspected and rated for the load, with the load balanced and secured above its center of gravity.
- Personnel must stand clear of lifts and be protected from potential hazards during the operation.
- Guidelines are provided for safe practices regarding crane operation
Procedures for Safe Ground Handling Practices
This document outlines procedures for safe ground handling practices at an airport. It details requirements for personnel protective equipment, safe loading and unloading of aircraft, handling of ground support equipment, and other operational safety practices like speed limits and fire prevention. Personnel must follow outlined safety protocols to protect themselves, aircraft, and equipment during all ground handling operations.
Overhead and gantry cranes safe operating procedures
We supply overhead crane,gantry crane,jib crane,crane parts,port
crane,electric hoist!
Yuantai can make nonstandard crane according to your individual drawing or sample. If you need, we also can offer the installation, test and mechanism debugging, and hand you the installation and testing data report.
skype:
cherry.swallow
Email:
christine@ytcrane.com
Web:
http://www.ytcrane.com
Crane safety
Crane safety is important to prevent fatalities and serious injuries. The document outlines several safety precautions for operating cranes, including ensuring cranes are inspected and used properly by qualified personnel. Contact with power lines is a major hazard that can cause electrocution. Workers can also be injured if they are struck by loads, caught inside the crane's swing radius, or if the crane is not properly assembled or disassembled. Guidelines are provided such as fully extending outriggers, maintaining clearance from power lines, inspecting rigging, not exceeding load charts, and following signals.
Boom lift training
The document provides guidance on safely operating boom lifts. It outlines various OSHA requirements including fall protection, preoperational inspections of the lift, controls and their functions, safety hazards like pinch points and tip over risks. Operators must follow procedures like lowering and retracting the boom before driving, maintaining distance from power lines, and having a fire extinguisher. Practical training with an instructor is required before operating a boom lift independently.
How to handle the Crane & Lifting Safety Campaign.pptx
This document discusses crane and lifting safety. It identifies common lifting hazards such as loads falling, equipment toppling, and human error. It then provides guidance on hazard controls such as using proper lifting techniques, inspecting and maintaining equipment, checking ground conditions, avoiding overloading, and ensuring workers are trained. Personal protective equipment and clear communication are emphasized.
Caught in or between hazards 2020
This document discusses caught-in and between hazards, which are the fourth leading cause of construction worker deaths. It defines caught-in/between hazards as injuries caused by being crushed by or caught between objects, machinery, or equipment. The document then provides examples of common caught-in/between hazards like unguarded machinery, trench collapses, and getting pinned between equipment and structures. It also outlines steps workers and employers can take to protect against these hazards, such as using proper machine guarding, fall protection, and trench shoring.
Aerial_Lift_1.ppt
This document provides safety information for operating aerial lifts. It states that lifts are safer than ladders for overhead work but safety precautions must be followed. Fall protection is required for boom lifts but not necessarily for scissor lifts. Operators must avoid tip over hazards like uneven surfaces and slopes. Precautions are outlined to prevent electrocution hazards and other dangers. Daily inspection and maintenance is important.
Hse alert 43 forklift safety
Forklifts are extremely useful workplace vehicles, as long as they are used safely and properly by operators who have been trained and are deemed competent to use them. Forklifts are dangerous: they account for 25% of injuries at work. Many workplace accidents involve people being hit or run over by forklift trucks (typically when the forklift is reversing). Forklift accidents can cause serious injury, death, property and product damage. Accidents can be prevented if risk assessment are conducted, safe work procedures are followed, regular Tool Box Talks are conducted and HSE continuous surveillance observations of work tasks are performed periodically.
Common Forklift Hazards:
• Overloading
• Unsafe Stacking
• Speeding
• Unauthorized operation of forklift
• Untrained forklift operators.
• Pedestrians and forklifts moving in the same place.
• Obstruction in the path e.g. overhead, uneven ground surfaces, blind corners etc.
• Reversing
Common Safe Practices:
• Prior to use, forklifts must be inspected by a competent person, & inspection sticker should be posted on it.
• Only trained and authorized operators can operate a forklift.
• Carry out daily forklift pre-operation checks using checklist.
• Report to supervisor any forklift damage or problem.
• Don’t use a forklift to lift a worker.
• Check the load loads carefully before moving them for stability and damage.
• Slow down and sound the horn at crossings, and locations where view is blocked.
• Do not authorize anyone to stand or walk under the load or forklift machinery.
• Be aware of the height of the load, mast and overhead guard of the forklift when entering or existing buildings.
• Don’t handle loads that are above the weight capacity of the forklift.
• Follow the speed limit.
• Flagmen must be available while forklift is in operation.
• Focus on the travelling path and keep a clear view of it.
• When leaving a forklift, pull the parking brake, lower the forks and neutralize the controls.
• Don’t drive and raise load at the same time
• Don’t make sudden sharp turns
• Don’t brake suddenly when the forklift is loaded.
• Watch out for overhead structures (e.g. pipes & beams)
• Follow traffic management.
• Use rear view mirrors and camera while reversing.
Pallet jack safety training.pptx
This document provides safety information and guidelines for operating electric and manual pallet jacks. It discusses potential hazards and injuries from unsafe pallet jack operation. Key safety tips include only operating pallet jacks after receiving training, inspecting equipment before use, pushing rather than pulling loads when possible, maintaining control of loads, and following rules for inclines, parking, and load handling. Safety equipment like gloves and protective footwear is also recommended.
Quality Control Operator Training &.pptx
The document provides training information for crane operators, including their responsibilities and safety hazards. It discusses proper inspection and maintenance of cranes, as well as safe operating procedures like ensuring clear communication during lifts, level ground support, and keeping people clear of loads. Hazards mentioned include power lines, overloading, instability, and lack of training or maintenance. Trainees are tested to identify unsafe conditions in images.
MEWP TRAINING 27.07.2022.pptx
Kindly see attached PowerPoint Training Slide
Conducted on 27th of July 2022 at 08.30 am
With the GDES working team at Fujairah
Mewp training
This document provides an overview of MEWP (mobile elevating work platform) training. It discusses the different types of MEWPs, factors to consider when selecting a MEWP, pre-use inspection requirements, common accident causes, fall protection requirements, electrical and wind hazards, emergency planning, and rescue procedures. Trainees are instructed to always read operating instructions, wear appropriate PPE, receive proper training, inspect equipment thoroughly before each use, and immediately report any accidents or issues. Safety is emphasized throughout, including fall prevention measures, following manufacturer guidelines, and having emergency controls and response plans in place.
Struck by hazards 2019
Struck-by hazards refer to injuries caused by impact from objects or equipment. They are the second leading cause of construction fatalities. Struck-by hazards can occur when workers are hit by flying, falling, swinging, or rolling objects. Employers must ensure proper safety protocols and training are followed to prevent struck-by injuries, such as securing materials, using barriers, and providing personal protective equipment. Workers should stay clear of heavy equipment, secure tools and materials, and be aware of potential hazards.
Cranes 2.ppt
This document provides safety guidelines for overhead lifting and crane operations. It outlines responsibilities for safety, requirements for operator authorization, and importance of inspecting equipment like cranes, hoists, slings, hooks and ensuring it is safe to use. It describes what to look for in sling inspections and proper use and storage of slings. Guidelines are provided for safe lifting practices, such as planning the lift, knowing the weight, having the proper rigging, and never exceeding crane capacity or becoming distracted. Incidents should be reported and it emphasizes establishing safety as the top priority.
WINCH-SAFETY-TRAINING-ppt.pdf
This document provides safety training on air winches. It defines a winch, describes common types including man-riding winches and portable air winches. It outlines the basic parts of winches and safety requirements like inspecting equipment, keeping hands clear, and following load weight limits. The responsibilities of winch operators are explained as well as specific Saudi Aramco safety requirements for air hoists and man-riding operations. Hand signals for man-riding are illustrated and procedures for lifting personnel are described.
Similar to Osha Quick Card 452 (20)
Overhead and gantry cranes safe operating procedures
Overhead and gantry cranes safe operating procedures
How to handle the Crane & Lifting Safety Campaign.pptx
How to handle the Crane & Lifting Safety Campaign.pptx
More from Craig Ihde
Z359-1_History___Overview_2016
The 2016 revision of ANSI/ASSE Z359.1, known as The Fall Protection Code, changes the standards for fall protection equipment in significant ways. It references all 12 existing standards in the Z359 series, requiring manufacturers' equipment to meet the provisions of all standards. This closes a loophole where manufacturers could claim compliance with only Z359.1. The revision also affects businesses, which should understand the changes to properly evaluate new equipment. Future revisions to several Z359 standards are planned along with new standards on topics like horizontal lifelines.
Understanding_Construction_Risk_Assessment
Understanding Construction Risk Assessment provides guidance on conducting risk assessments for construction sites. It explains that as an employer, you must identify hazards, assess the level of risk, and implement control measures to protect workers. The key steps are to: 1) Look for situations where people could be harmed; 2) Determine the likelihood and severity of injury for each hazard; and 3) Decide on and communicate control measures to address the hazards. Examples show how to assess risks for tasks like steel erection and operating machinery. Following a safe system of work plan can help ensure all hazards are properly managed.
OSHA3842
Scissor lifts provide a safe work platform when used properly but can present serious hazards if not. OSHA investigated incidents involving scissor lifts and found most injuries and fatalities resulted from lack of fall protection, stabilization, and proper positioning. Employers must ensure scissor lifts have guardrails, are used on level surfaces away from hazards, and positioned away from electrical sources and crushing hazards. Workers must be trained before operating scissor lifts.
Guidance Document EWPs with Outriggers on Inclines NEW - Nov 2015
This guidance document outlines the risks of operating scissor lifts and other mobile elevating work platforms (MEWPs) with outriggers on inclines. Positioning outrigger footplates on ramps and slopes can cause the MEWP to slide down the incline. The document provides recommendations to avoid this, including not exceeding the gradeability rating, placing braked wheels up the incline, and ensuring outriggers are lowered only onto firm, level surfaces capable of supporting the weight. A competent person must assess slope and surface conditions before setting up any MEWP on an incline.
E20815
This document provides guidance on exiting mobile elevating work platforms (MEWPs) at height. It states that MEWPs are designed to lift people safely within the platform and not for transferring between levels. Exiting the platform should only be done at ground level or on the chassis. In exceptional cases, exiting at height may be allowed if a risk assessment shows it is the safest method and part of an emergency plan. Employers must ensure exiting at height is addressed in safety procedures and training before being done. A site-specific risk assessment should also be conducted to identify and mitigate all risks.
Work Platform Transport Incidents Issue 01 June 2015
A document from Work Platform Transport Incidents outlines several incidents where work platforms being transported struck bridges, resulting in damage. It provides details of specific incidents where booms or lifts made contact with bridges, in some cases moving bridge structures or crushing vehicles below. The document emphasizes the importance of ensuring work platforms are properly secured and stowed for transport in accordance with regulations, to avoid exceeding height clearances.
FORKLIFT_EXCERPTS_FOR_REGULAR_PRINTING
OSHA and ANSI standards outline safety requirements for using forklifts to elevate personnel on work platforms. Key requirements include:
- Work platforms must have guardrails, toe boards, and fall protection when elevated over 47 inches. Personal fall arrest systems must limit fall distance and forces.
- The platform must be securely attached to the forks or lifting carriage and centered. Controls on the platform must disable all other controls except lowering.
- When elevating personnel, the forklift must be on level ground, travel controls neutralized, overhead hazards avoided, and lifts done smoothly at the workers' request. The combined weight of personnel, equipment and platform cannot exceed half the forklift's capacity
FORKLIFT_EXCERPTS_FOR_REGULAR_PRINTING
OSHA and ANSI standards provide requirements for using forklifts to elevate personnel on work platforms. Key requirements include:
- Platforms must have guardrails, personal fall arrest systems, or both if elevated over 47 inches to prevent falls.
- Additional precautions are required when platforms are used on forklifts not designed for elevating workers. Precautions include securely attaching the platform, ensuring the forks cannot pivot up, and not exceeding 1/3 of the forklift's rated capacity.
- Operator platforms on forklifts designed for elevating workers must withstand heavy loads and have overhead protection. Work platforms must be securely attached and centered, and not exceed the forklift
Telehandler & Rough Terrain Fork Truck with Man Platform Incident Investigati...
This document provides guidelines for investigating incidents involving telehandlers and man platforms in the United States. It includes sections to record details of the incident location, individuals involved, telehandler and property damage, telehandler activity, and witness accounts. The investigator is advised to secure evidence from the telehandler and contact its manufacturer. Standards from ANSI and OSHA on telehandler and man platform safety are referenced.
Consequences of Operating AWPs on Inclines Unsupported Surfaces and Soft Grou...
The document discusses the consequences of operating aerial work platforms (AWPs) on inclines, soft ground, and unsupported surfaces. It notes that overturning or instability can result in operators becoming trapped or suffering life-threatening injuries and fatalities. Manufacturers develop systems to limit unsafe operation conditions but cannot control site conditions. The document provides examples of accidents where AWPs overturned or collapsed through soft ground or voids, resulting in fatalities and injuries. It emphasizes the importance of assessing site conditions and following manufacturers' instructions and warnings.
EWPA Incident Document Australia Issue 1 April 2015
The document provides guidelines for investigating elevating work platform (EWP) incidents in Australia. It includes sections to record details of the incident location, persons involved, the EWP and any damage, activities taking place, and witness accounts. Appendices provide guidance on equipment for inspections, photographing the scene, and relevant safety standards. The goal is to gather comprehensive information about EWP incidents to understand their causes.
AWP Incident Investigation Document Canada Issue 01 May 2015
This document provides a checklist for investigating aerial work platform (AWP) incidents in Canada. It includes sections to record details of the incident site, persons injured, property damage, the AWP involved, its operator and other occupants. Sections are also included to document the activity being performed, other equipment nearby, transport of the AWP, site conditions, and a site map. The final sections provide a list of specific AWP items to investigate, what happened, and witness statements. Appendices provide lists of recommended equipment, photo guidelines, standards, and other resources.
AWP Incident Investigation Document Canada Issue 01 May 2015
This document provides a checklist for investigating aerial work platform (AWP) incidents in Canada. It covers various types of AWPs and provides sections to document details of the incident location, any injured parties, property damage, the AWP involved, its activity, and witnesses. Appendices provide guidance on equipment for the investigation and documenting photos, as well as references to relevant regulations and standards. The goal is to gather thorough information about an AWP incident to determine its cause.
AWP Incident Investigation Document North America Market Issue 01 May 2015
The document provides guidelines for investigating incidents involving aerial work platforms (AWPs) in North America. It includes sections to record details of the incident location, any injured parties, property damage, the AWP involved, its operator, witnesses, and activities. Appendices provide recommendations for equipment, photos, standards, and a site layout diagram. The document is intended to gather comprehensive information about AWP incidents to determine causation factors.
AWP Incident Investigation Document North America Market Issue 01 May 2015
This document provides guidelines for investigating incidents involving aerial work platforms (AWPs) in North America. It includes sections to record details of the incident site, persons injured, property damage, the AWP involved, its operator and other occupants. The document also addresses transport of the AWP, site conditions, equipment nearby and responsibilities. Photographs and a site map are recommended. Appendices provide tools, photo guidelines, standards, a sample layout and terminology. The goal is to gather essential information while preserving evidence.
Statement of Best Practices - Fall Protection
This document provides guidance on best practices for personal fall protection systems used with aerial work platforms. It defines relevant terms and outlines the roles of industry associations, governing bodies, and standards organizations. These include OSHA, which regulates workplace safety, and ANSI, which develops voluntary safety standards. The document aims to educate users on regulations and identify appropriate fall protection options for different work tasks.
Risk_Assessment_and_AWP_Selection
The document provides guidance on workplace risk assessments and selecting appropriate aerial work platforms (AWPs). It discusses the roles of industry associations, governing bodies, and standards in promoting AWP safety. The document aims to help users identify hazards, conduct risk assessments, implement controls, and choose AWPs best suited for the work. It emphasizes that risk assessments should occur before starting any work involving AWPs to reduce fall and other hazards. Selecting the right equipment is dependent on properly assessing workplace risks. Compliance with safety standards and regulations is important for reducing liability and ensuring safe AWP use.
AWP Best Practices Document for Training & Familiarization
The document presents industry best practices for training operators of aerial work platform (AWP) equipment. It was developed by several associations to address inconsistencies in general training and familiarization. The document clarifies definitions, roles and responsibilities regarding training. It recommends that operators receive both general training on AWP equipment types, as well as model-specific familiarization before using a particular model. The goal is to increase safe use of AWP equipment through clarifying training standards.
More from Craig Ihde (20)
Guidance Document EWPs with Outriggers on Inclines NEW - Nov 2015
Guidance Document EWPs with Outriggers on Inclines NEW - Nov 2015
Work Platform Transport Incidents Issue 01 June 2015
Work Platform Transport Incidents Issue 01 June 2015
Telehandler & Rough Terrain Fork Truck with Man Platform Incident Investigati...
Telehandler & Rough Terrain Fork Truck with Man Platform Incident Investigati...
Telehandler & Rough Terrain Fork Truck with Man Platform Incident Investigati...
Telehandler & Rough Terrain Fork Truck with Man Platform Incident Investigati...
Consequences of Operating AWPs on Inclines Unsupported Surfaces and Soft Grou...
Consequences of Operating AWPs on Inclines Unsupported Surfaces and Soft Grou...
EWPA Incident Document Australia Issue 1 April 2015
EWPA Incident Document Australia Issue 1 April 2015
AWP Incident Investigation Document Canada Issue 01 May 2015
AWP Incident Investigation Document Canada Issue 01 May 2015
AWP Incident Investigation Document Canada Issue 01 May 2015
AWP Incident Investigation Document Canada Issue 01 May 2015
AWP Incident Investigation Document North America Market Issue 01 May 2015
AWP Incident Investigation Document North America Market Issue 01 May 2015
AWP Incident Investigation Document North America Market Issue 01 May 2015
AWP Incident Investigation Document North America Market Issue 01 May 2015
AWP Best Practices Document for Training & Familiarization
AWP Best Practices Document for Training & Familiarization
Osha Quick Card 452
- 1. QUICK CARD TM Aerial Lift Fall Protection Over Water in Shipyards Aerial lifts are often used in shipyards and boatyards when erection of staging is impractical. These boom- supported personnel platforms and bucket trucks (i.e., cherry pickers) may cause worker injuries or deaths. Boom failure, tip-over, falls and ejection may occur if the equipment is not properly used. Employers must take measures to ensure a safe work environment by providing: • Safe and adequately maintained equipment • Proper supervision and training • Fall protection • Prompt rescue in the event of a fall Safe Work Practices • Always tie-off. • Wear a body harness with a lanyard attached to an adequate anchorage point. • Never move the lift with workers elevated. • Train operators to safely operate equipment. • Maintain and operate equipment in accord with the manufacturer’s instructions. • Ensure that equipment controls are properly marked. • Never override safety devices. Overriding may lead to accidental or inadvertent movement of the basket or lift. • When a lift is on a barge, be aware of the list, trim and lash down points. • Place stops to prevent driving off when a lift is near open edges and capable of movement. • Know the swing radius to ensure that the aerial lift will not hit nearby structures as it moves. • When elevated, never get between structures and the lift. MOVEMENT COULD CRUSH THE WORKER. • To prevent tip-overs, it is important to: • set brakes • use wheel chocks • check tire pressure • extend outriggers • ensure lift is level (front/back/sides) • never operate in high winds • never operate under power lines
- 2. Remember • A Personal Flotation Device (PFD) alone will not help if a worker falls from heights of more than 40 feet to the water, or onto objects below (camels, floats, punts, fenders, or large floating objects). Always tie-off. • If a lift gets caught on an object or lines, it may cause an ejection when it comes loose. • Never lift, push or move objects with an aerial lift; this action may cause collapse, tip-over, or ejection. • Never exceed load capacity with the combined weight of the worker, tools and light materials. The extra weight may cause a collapse or tip-over. • The lift capacity is reduced when the lift is not level, tire pressure is low, or the outriggers are not fully extended. These conditions may cause a tip-over. • Half of all fatal falls from aerial lifts occur when workers are not tied off. One worker was ejected 80 feet from an aerial lift. • Improper set-up, operation, or exceeding weight capacity account for twice as many aerial lift fatal falls as mechanical failure. OSHA3452-09-11N Lifting Heavy Objects Exceeds Load Capacity of Basket Possible boom break and collapse Do not lift loads, use a crane Possible tip-over Basket Hang-Up on ShipWhile Being Raised Possible boom break and collapse Possible tip-over If object falls off Probable ejection Probable ejection U.S. Department of Labor www.osha.gov (800) 321-OSHA (6742) For more information: Occupational Safety and Health Administration You have a right to a safe workplace. If you have questions about workplace safety and health, call OSHA at 1-800-321-6742. It’s confidential. We can help!