DOMAIN 1: UNIT 5: FALL PROTECTION Flashcards
What is a common hazard associated with fall protection systems?
A) Overuse of safety harnesses
B) Incorrect use or failure to use fall protection equipment
C) Excessive training on OSHA standards
D) Using too many anchorage points
B) Incorrect use or failure to use fall protection equipment
Explanation: Failing to use fall protection correctly increases the risk of falls and injuries.
According to OSHA, at what height must fall protection be used in general industry?
A) 2 feet
B) 4 feet
C) 6 feet
D) 10 feet
B) 4 feet
Explanation: OSHA requires fall protection at 4 feet in general industry and 6 feet in construction (OSHA Standard 1926.501).
What is a key control measure to prevent fall protection system failures?
A) Using the same equipment for all jobs
B) Only inspecting equipment once per year
C) Regularly inspecting and maintaining fall protection equipment
D) Allowing workers to choose their own gear without training
C) Regularly inspecting and maintaining fall protection equipment
Explanation: Routine inspections ensure equipment is in good condition and safe to use.
What is the required minimum strength for anchorage points in a fall arrest system?
A) 2,500 pounds
B) 3,000 pounds
C) 5,000 pounds
D) 10,000 pounds
C) 5,000 pounds
Explanation: OSHA mandates that anchorage points in a fall arrest system must withstand at least 5,000 pounds of force per worker (OSHA Standard 1926.502).
What is a hazard of an improperly fitted fall arrest harness?
A) It may not match the worker’s uniform
B) It may cause equipment to wear out faster
C) It may not distribute arrest forces properly, leading to injury
D) It prevents the worker from moving freely on-site
C) It may not distribute arrest forces properly, leading to injury
Explanation: A poorly fitted harness can cause uneven force distribution, increasing the risk of injury.
What is the maximum allowable arresting force on a worker when using a body harness?
A) 500 pounds
B) 1,800 pounds
C) 3,600 pounds
D) 5,000 pounds
B) 1,800 pounds
Explanation: OSHA limits arresting force to 1,800 pounds when using a body harness to minimize injury (OSHA Standard 1926.502).
What is a common hazard associated with restraint equipment?
A) Workers moving too freely
B) Equipment causing discomfort to workers
C) Insufficient restraint leading to potential falls
D) Too many workers using restraint equipment at once
C) Insufficient restraint leading to potential falls
Explanation: Restraint systems must prevent workers from reaching areas where a fall could occur.
What is a key requirement for restraint system anchorage points?
A) They must support at least 1,000 pounds
B) They must support at least 3,000 pounds or twice the potential impact load
C) They must be flexible to allow worker movement
D) They must be placed no higher than 4 feet from the ground
B) They must support at least 3,000 pounds or twice the potential impact load
Explanation: OSHA requires restraint anchorage points to be strong enough to prevent falls (OSHA Standard 1926.502).
Which of the following is a control measure to ensure the effectiveness of restraint equipment?
A) Limiting the number of workers using it
B) Only inspecting equipment if it looks damaged
C) Conducting regular inspections for wear and tear
D) Allowing workers to modify equipment as needed
C) Conducting regular inspections for wear and tear
Explanation: Routine inspections help identify and address wear before equipment failure occurs.
Why is training important for fall protection, arrest, and restraint equipment?
A) It helps workers understand the proper use and limitations of the equipment
B) It allows workers to choose the cheapest equipment available
C) It ensures workers can bypass OSHA regulations when necessary
D) It reduces the need for inspections and maintenance
A) It helps workers understand the proper use and limitations of the equipment
Explanation: Training ensures workers use equipment correctly and follow safety regulations.
