'Fall distance' diaporamas de présentation

Fall Protection Refresher Orientation

Fall Protection Refresher Orientation. FN000304. Course Objectives. Understand the definitions of fall prevention, fall restraint, and fall arrest. Understand the requirements of fall protection. Recognize the hazards associated with fall protection.

897 views • 68 slides

Fall Protection Refresher Orientation

Fall Protection Refresher Orientation. Course Objectives. Understand the definitions of fall prevention, fall restraint, and fall arrest. Understand the requirements of fall protection. Recognize the hazards associated with fall protection.

1.03k views • 68 slides

Fall Protection Refresher Orientation

Fall Protection Refresher Orientation. FN000304. Course Objectives. Understand the definitions of fall prevention, fall restraint, and fall arrest. Understand the requirements of fall protection. Recognize the hazards associated with fall protection.

691 views • 68 slides

9186 LOOPED CROSS-ARM STRAP WITH SHOCK ABSORBER

9186 LOOPED CROSS-ARM STRAP WITH SHOCK ABSORBER. 8183 CROSS-ARM STRAP. ALWAYS INSPECT YOUR FALL PROTECTION EQUIPMENT!!!. Calculating Forces. Calculating Total Fall Distance. Freefall = 6 feet maximum Deceleration Distance = 3.5 feet maximum Lifeline elongation = 2 feet maximum

442 views • 32 slides

706 views • 24 slides

Personal Fall Arrest Systems

Personal Fall Arrest Systems. Inspection and Maintenance OSHA REGULATION CFR 1926.502-503. Disclaimer.

396 views • 17 slides

Fall Protection

Fall Protection. Work at Height January 29, 2019 Paraic Brennan. Fall Protection. Fall Arrest Fall Guarding Fall Restraint Rescue. Fall Arrest. Fall arrest is the form of fall protection which involves the safe stopping of a person who is already falling Vertical Fall. Fall Guarding.

235 views • 17 slides

Personal Fall Arrest Systems

Personal Fall Arrest Systems. Inspection and Maintenance OSHA REGULATION CFR 1926.502-503. Disclaimer.

183 views • 17 slides

Science Starter !

Science Starter !. A frustrated student drops a book out of a window that is 18 m above the ground. A curious student below notices that it takes 1.92 s for the book to reach the ground. (a) Draw and label a diagram of the scenario.

234 views • 9 slides