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Question 1
What records should a rigger keep to demonstrate competence and compliance?
Correct Answer:
Training certificates, equipment inspection logs, load test data, rigging plans, lift plans, incident/near-miss reports, and maintenance records.
Explanation:
Keeping thorough records shows you are competent and compliant with safety and regulatory requirements. Training certificates prove you completed the required instruction and stay qualified. Equipment inspection logs demonstrate regular checks and that gear is in safe condition. Load test data confirms the lifting system has been tested for the loads it will handle. Rigging plans and lift plans document how the work will be done, including load paths, equipment choices, and safety controls. Incident and near-miss reports show that issues are investigated and corrective actions are taken. Maintenance records reflect ongoing care, service, and part replacements to prevent equipment failures. Together, these records create a verifiable trail for audits and safety management. A single recent certificate doesn’t show ongoing qualification; a marketing brochure is irrelevant to safety or competence; and a personal daily activity log doesn’t address equipment, procedures, or safety compliance.
Question 2
What is the correct use of a spreader bar in a multi-point lift?
Correct Answer:
Attach the spreader to the crane hook and connect slings at equal distances to distribute load evenly and maintain level lifting.
Explanation:
Using a spreader bar in a multi-point lift is about turning one lifting point into multiple, so the load is distributed evenly and stays level. The best way is to attach the spreader to the crane hook and connect the slings at equal distances along the spreader. This balanced arrangement ensures similar tension in each sling, keeps the load’s center of gravity aligned with the hoist, and prevents tilting or side loading that can stress slings, the spreader, or the crane hook. Attaching the spreader directly to the load at a single point creates a point load and defeats the purpose of distributing forces. Using the spreader only for non-symmetric loads or connecting all slings to the same side would cause imbalance and tilt. Removing the spreader during the lift would remove the mechanism that maintains even distribution and level lifting, increasing the risk of instability and accidents.
Question 3
Which configuration provides best contact between sling and load when rigging a bundle of pipe?
Correct Answer:
Double wrap choker
Explanation:
Maximizing contact area between the sling and the load is key for a bundle of pipe, because more contact length and surface distribute the bearing pressure and increase friction, reducing the chance of the sling slipping or the pipe edges being damaged. A double wrap choker wraps around the bundle twice, giving significantly more contact along the pipe surface and over a longer arc. That extra contact area helps hold the bundle tightly in place as you lift, so it’s less likely to shift or tighten unevenly and cause the sling to bite into the pipe. In contrast, a basket hitch cradles the load but doesn’t wrap around it enough to ensure consistent contact on all sides; a single wrap choker provides less contact length and higher pressure concentration; and a vertical choker offers minimal grip and more tendency for movement. So the double wrap choker is the best choice for achieving the strongest, most stable contact with a pipe bundle.
Question 4
ASME B30.26 maximum included angle for multiple slings in a shackle
Correct Answer:
120°
Explanation:
When multiple slings share a single shackle, the way the load is distributed depends on the angle between the sling legs at the connection point. As this included angle increases, the force each leg (and the shackle itself) must carry grows, even if the vertical lifting capacity stays the same. This happens because the horizontal components of the sling forces add up, loading the hardware more heavily as the legs diverge. To keep this loading within safe limits, standards specify a maximum included angle for any two sling legs in a shackle. The limit is 120 degrees. Keeping the angle at or below this value helps ensure the hardware isn’t overstressed and that each leg remains within its rated capacity. If you need a wider spread than that, you must reconfigure the rigging—add more shackles or use different hardware to maintain safe angles and load distribution. The angle is measured at the point where the sling legs enter the shackle, between any two legs.
Question 5
Which statement best defines shock loading in rigging?
Correct Answer:
A load measured in pounds per square inch.
Explanation:
Shock loading is a dynamic, transient force that occurs when a rigging system experiences a sudden change in motion. When you jerk a load or it strikes a stop, inertia resists the rapid slowdown or impact, creating a peak tension that can greatly exceed the steady, static weight. The rope, chain, and hardware may stretch or momentarily absorb energy, so the force spikes for a moment before settling. Operators must account for this by avoiding abrupt movements and using means to dampen or control motion, since the actual load on the equipment during shock loading can be much higher than the simple weight of the load. The other descriptions don’t fit as well: a load measured in pounds per square inch is a unit of pressure, not a definition of shock loading; a steadily increasing load without acceleration describes a static change rather than a dynamic spike; a SAMPLEload that never reaches full rated capacity isn’t about the sudden peak forces involved in shock loading.
Question 1
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About this Exam

Prepare with the Rigger Safety Training Course Practice Test practice quiz. This question bank includes 10 questions covering load, rigging, lift, sling, and asme. Use it to review important concepts, identify knowledge gaps, and build confidence for the related exam, course, or assessment.

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Rigger Safety Training Course Practice Test

This practice set contains 10 questions from the matching question bank and focuses on load, rigging, lift, sling, and asme. Work through each question carefully, review the provided solutions, and revisit topics that need more study before your next attempt.

This is an independent study resource intended for practice and review; it is not an official examination or an endorsement by any organization named in the title.

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