TEXAS RIGGING & HOISTING SAFETY EXAM - (120 QUESTIONS) LATEST UPDATED
ACTUAL EXAM QUESTIONS AND COMPLETE SOLUTIONS | VERIFIED ANSWERS
Examiner/Administrator: Occupational Safety and Health Administration (OSHA) / NCCCO-
Aligned Industry Standards
TEXAS RIGGING & HOISTING SAFETY EXAMINATION
BOOKLET
Candidate Name: ___________________________________________
Candidate ID Number: _______________________________________
Date of Examination: _______________________________________
Testing Centre / Location: __________________________________
Supervisor / Proctor: _______________________________________
CORE COMPETENCY AREAS
Rigging Hardware and Components
Sling Selection and Inspection
, Load Weight Determination
Hoisting Operations and Safety Controls
Crane Signaling Procedures
Load Stability and Center of Gravity
OSHA and ASME Safety Standards
Personnel Safety and Hazard Recognition
Critical Lift Planning
Environmental and Site Conditions
Equipment Inspection and Documentation
Emergency Procedures and Accident Prevention
This examination evaluates the candidate’s practical and technical understanding of safe
rigging and hoisting operations commonly encountered in industrial, construction,
petrochemical, and heavy lifting environments throughout Texas. Candidates are expected to
demonstrate competency in identifying hazards, selecting appropriate rigging configurations,
interpreting load charts, conducting inspections, and applying OSHA-compliant lifting
practices. The assessment emphasizes operational judgment, accident prevention,
communication procedures, and adherence to recognized industry standards used in crane
and hoisting activities. Successful performance indicates the candidate possesses the
,foundational knowledge required to support safe lifting operations in high-risk work
environments.
CANDIDATE INSTRUCTIONS
Time Allowed: 3 Hours
Total Questions on Official Examination: Approximately 120 Multiple-Choice Questions
Read each question carefully before selecting your answer. Only one answer is considered the
best response unless otherwise stated. Calculators may be permitted for load and weight
calculations where applicable. Marks are awarded for correct technical judgment and safe
operational decision-making. Candidates must comply with all examination rules and
maintain examination integrity throughout the assessment. Failure to follow safety-based
procedures referenced in the examination may result in disqualification in real-world field
operations.
DO NOT OPEN THIS BOOKLET UNTIL INSTRUCTED.
Disclaimer:
This document is an original educational simulation created to reflect the style and
competency areas commonly associated with professional rigging and hoisting safety
, examinations. It is not an official examination paper and is intended solely for training and
study purposes.
Q1. During a refinery shutdown project, a rigger must lift a 14,000-pound heat exchanger
using a two-leg bridle sling. The sling angle from the horizontal is measured at 30 degrees.
What is the MOST critical concern regarding the sling configuration?
A. The sling legs will experience reduced tension due to the shallow angle
B. The sling tension will significantly increase as the angle decreases
C. The load weight will be evenly reduced between both sling legs
D. The crane boom capacity automatically compensates for sling stress
Correct Answer: 🔴 B. The sling tension will significantly increase as the angle decreases
Explanation: 🔹 A low sling angle creates dramatically higher tension forces within each
sling leg. At 30 degrees from horizontal, the tension becomes much greater than half the
load weight, increasing the risk of sling failure. Option A is incorrect because tension
increases—not decreases—at shallow angles. Option C is incorrect because the load is not
simply divided equally without considering angle stress. Option D is incorrect because crane
capacity charts do not compensate for unsafe rigging geometry or sling overload conditions.
ACTUAL EXAM QUESTIONS AND COMPLETE SOLUTIONS | VERIFIED ANSWERS
Examiner/Administrator: Occupational Safety and Health Administration (OSHA) / NCCCO-
Aligned Industry Standards
TEXAS RIGGING & HOISTING SAFETY EXAMINATION
BOOKLET
Candidate Name: ___________________________________________
Candidate ID Number: _______________________________________
Date of Examination: _______________________________________
Testing Centre / Location: __________________________________
Supervisor / Proctor: _______________________________________
CORE COMPETENCY AREAS
Rigging Hardware and Components
Sling Selection and Inspection
, Load Weight Determination
Hoisting Operations and Safety Controls
Crane Signaling Procedures
Load Stability and Center of Gravity
OSHA and ASME Safety Standards
Personnel Safety and Hazard Recognition
Critical Lift Planning
Environmental and Site Conditions
Equipment Inspection and Documentation
Emergency Procedures and Accident Prevention
This examination evaluates the candidate’s practical and technical understanding of safe
rigging and hoisting operations commonly encountered in industrial, construction,
petrochemical, and heavy lifting environments throughout Texas. Candidates are expected to
demonstrate competency in identifying hazards, selecting appropriate rigging configurations,
interpreting load charts, conducting inspections, and applying OSHA-compliant lifting
practices. The assessment emphasizes operational judgment, accident prevention,
communication procedures, and adherence to recognized industry standards used in crane
and hoisting activities. Successful performance indicates the candidate possesses the
,foundational knowledge required to support safe lifting operations in high-risk work
environments.
CANDIDATE INSTRUCTIONS
Time Allowed: 3 Hours
Total Questions on Official Examination: Approximately 120 Multiple-Choice Questions
Read each question carefully before selecting your answer. Only one answer is considered the
best response unless otherwise stated. Calculators may be permitted for load and weight
calculations where applicable. Marks are awarded for correct technical judgment and safe
operational decision-making. Candidates must comply with all examination rules and
maintain examination integrity throughout the assessment. Failure to follow safety-based
procedures referenced in the examination may result in disqualification in real-world field
operations.
DO NOT OPEN THIS BOOKLET UNTIL INSTRUCTED.
Disclaimer:
This document is an original educational simulation created to reflect the style and
competency areas commonly associated with professional rigging and hoisting safety
, examinations. It is not an official examination paper and is intended solely for training and
study purposes.
Q1. During a refinery shutdown project, a rigger must lift a 14,000-pound heat exchanger
using a two-leg bridle sling. The sling angle from the horizontal is measured at 30 degrees.
What is the MOST critical concern regarding the sling configuration?
A. The sling legs will experience reduced tension due to the shallow angle
B. The sling tension will significantly increase as the angle decreases
C. The load weight will be evenly reduced between both sling legs
D. The crane boom capacity automatically compensates for sling stress
Correct Answer: 🔴 B. The sling tension will significantly increase as the angle decreases
Explanation: 🔹 A low sling angle creates dramatically higher tension forces within each
sling leg. At 30 degrees from horizontal, the tension becomes much greater than half the
load weight, increasing the risk of sling failure. Option A is incorrect because tension
increases—not decreases—at shallow angles. Option C is incorrect because the load is not
simply divided equally without considering angle stress. Option D is incorrect because crane
capacity charts do not compensate for unsafe rigging geometry or sling overload conditions.
