Fall Protection for Canada
Working at elevated heights presents a serious danger of falling. Falls can be caused by inattentiveness, slippery surfaces, working in awkward or out-of-balance positions, or insufficient training. This course highlights numerous methods of prevention and protection, including fall arrest systems, the equipment associated with fall prevention and protection systems, vertical and horizontal lifelines, as well as inspection and maintenance guidelines. This course also discusses associated topics such as the proper procedure for putting on a body harness, lifeline swing hazards, calculating fall space clearance, and harness suspension syndrome. [course outline] Primary Defenses Against Falls Employer Responsibilities Employer Responsibilities – Training Stairways 1 of 2 Stairways 2 of 2 Working/Walking Surface Guardrails 1 of 2 Working/Walking Surface Guardrails 2 of 2 Ladders Portable Ladders Fixed Ladders Ladder Safety Systems Scaffolds Scaffold Fall Protection Scaffold Guardrail Systems Personal Fall Arrest System Overview Body Belt and Body Harness Putting on a Body Harness 1 of 2 Putting on a Body Harness 2 of 2 Lanyards Overview Using a Lanyard 1 of 2 Using a Lanyard 2 of 2 Anchorage Points 1 of 2 Anchorage Points 2 of 2 Free-fall Distance Anchorage Point Location Vertical Lifelines Vertical Lifeline – Length Guidelines Vertical Lifeline – Swing Hazard Horizontal Lifelines 1 of 2 Horizontal Lifelines 2 of 2 Fall Arrest System Performance Fall Space Factors Calculating Fall Space Clearance Harness Suspension Syndrome Fall Protection System Rules Inspecting and Maintenance 1 of 2 Inspecting and Maintenance 2 of 2 Lift Equipment Requirements Scissor Lifts Personnel Baskets (Lift Truck-mounted) Personnel Baskets (Crane-suspended) Aerial Work Platforms





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Course Details
Learning Objectives
• Identify and describe types of fall protection systems, including best practices for their use
• Describe employer fall protection responsibilities, including training
• List in order the steps to put on a body harness
• Identify and describe different types of lanyards
• Describe different types of anchorage points
• Define free-fall distance
• Identify and describe vertical and horizontal lifelines
• List the calculation factors for determining fall space clearance
• List emergency action plan steps in case of a fall
• List inspecting and maintenance guidelines for fall protection systems
• List fall protection use guidelines in lift equipment
Specs
Frequently Asked Questions
Why is fall prevention and protection training important?
What are some lines of defense against falls and related injuries?
What is the goal of fall protection?
What is the goal of fall protection?
What equipment is used for fall protection?
What is an anchor point?
Is fall protection required when using lift equipment?
What about crane-suspended baskets?
What is the last line of defense when dealing with fall hazards?
When should workers be trained about fall prevention and protection?
Sample Video Transcript
To help understand how to calculate the fall space clearance required, here is an example using a 1.8 meter tall worker, with a 1.8 meter shock-absorbing lanyard, anchored to a rope grabbing device, which is attached to a D-ring that is 1.5 meters above the working surface. If the worker falls 1.8 meters, he will be 0.3 meter below the platform and the rope grabbing device will activate and fully lock after allowing about 0.6 meter of sliding. If the lanyard releases its maximum amount of length, 1.2 meters, plus an additional 0.5 meter of stretch in the lifeline, the fall distance will equal about 4 meters or 2.4 meters from the bottom of the platform.